23200 100TH AVE WZ
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PREVENTION
SNOfIONIISH CO
Serving Briet; rufftuf,.�, and 12425 Meridian Ave IS
INS PECTION REPORT.
SED
MONDS
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Mountlake Terrace, Everett, WA 98208
0 BRIER
Phone (425) 551-1200
0 MOUNTLAKE'TERRACE
DI SO I
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0 UNINCORP ORATED
www.FireDistrictl.org Fax (425) 551-1272
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LOCATION: 23200 100 th Avenue W 98026
BUSINESS NAME: Old Woodway High School PHONE: -4256n7495'
e' FREQUENCY 'I- STTft& SHIFT)
Annual
SCHEDULED Feb 2017
DATE DUE 1'
23353
MAILING 23200 1 00th Avenue W, Edmonds, WA 98026 LIFIR
ADDRESS:
BUSINESS OWNER: HOME PHONE:
EMERGENCY-1: ESD #15 HOME PHONE. 425-6707= CURRENT
HOME PHON CITY YES No
KEY ACCESS-2: E
BUSINESS F__j
EMAIL: LICENSE
PERSON CONTACTED: 1D0'k)1V_A INITIAL INSPECTION DATE
NAME OF INSPECTOR: kbf`11�7VIL)
FIRE SYSTEMS: FA 8113 FE 12113 WA
Date Last Serviced: -711)0 2-/1-7
HAZARDS FOUND AND LOCATIONS / COMMUNICATIONS
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DATE DUE: DATE DUE. GRANTEDTO, VIOLATIONS
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PERSON PERSON
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2
INSPECTOR: INSPECTOR -
INSPECTOR:
DATE DATE* 3
DATE:
VIOLATIONS VIOLATIONS PRE -CITATION CITATION ISSUED
1 5 1 5 LETTER SENT- NUMBER.
CODE 5
2 6 2 DATE SECTION
RETURN RECEIPT 6
3 7 3 7 RECEIVED
DISPOSITION*
7
4 4 .8 DATE,
LETTER NEEDED YES NO LETTER NEEDED [] YES NO 8
SNOHOMISH CO.
Serving Brier, Edmonds, -and
Mountlake Te�race
www.FireDistrictl.org
2 -A
8
12425 Meridian Ave S
Everett, WA 98208
Pho ne (425) 551-1200
Fax (425) 551-1272
FIRE PREVENTION
INSPECTION REPORT
OEDMONDS
E3 BRIER
E3 MOUNTLAKE TERRACE
0 UNINCORPORATED
" FREQUENCY STATION & SHIF')
LOCATION:
23200 100 th Avenue W 98026 Annual 20-C
BUSINESS NAME: PHONE: SCHEDULED
Old Woodway High School 4256707495 DATE DUE � Feb 2016
MAILING
IR 0 233 53
ADDRESS: 23200 1 00th Avenue W, Edmonds, WA 98026
BUSINESS OWNER: HOME PHONE:
EMERGENCY-1: HOME PHONE: "'�CURRENT
i ESD #15 4256707000
KEY ACCESS-2: YES NO
HOME PHONE: CITY
EMAIL: BUSINESS E]
'LICENSE
INITIAL INSPECTION DATE
PERSON CONTACTED: c
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NAME OF,INSPECTOR-, *j
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EXTENSION FINAL RE -INSPECTION .,�v� iLATiONS
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DATE: DATE:
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, ITIONS VIOLAT ONS:- PRE -CITATION 4
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RETURN RECEIPT
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DISPOSITION
7
18 4 18 DATE:
LETTER NEEDED LETTE
YES NO FINEEDED YES, NO 8
City crews clean up 2 hazardous spills - By Laura Daniali - Edmonds, WA - EdmondsBea... Page I of 3
City crews clean up 2 hazardous spills
By Laura Daniali I Nov 07, 2014
,A�g_ ii�e—spill-o-i�UpLt2l4O-gallong-at-th656Mer,'tgg�d a— _clio_ol7crn_N67nd "y- ��m�p�tdi
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staffto-call-94-1.—
School security was then notified, and Edmonds Police officers arrived shortly after.
There was no immediate danger to staff and students, and theywere allowed to remain in the
building, Sgt. Mark Marsh said.
Officers found an Edmonds School District van with a punctured gas tank that might have been
caused by vandals over the weekend.
"The cause of the gas spill was an unidentified suspect drilled a hole in the gas tank of a school
district vehicle," Marsh said. "This led to the gas spilling out onto the ground, causing a very
strong gas odor and a police and fire response."
The van had been filled with gas on Oct. 31 in prep for a school field trip on Monday, said Jerry
Shuster, City of Edmonds stormwater engineering manager.
He said gas was released onto the parking lot surface, but he is not sure of the amount.
"It depends on if the vandals were stealing gas and how successful they were in collecting the
spilled gas," Shuster said. "The van was parked approximately 30 feet from a private catch basin,
and a significant amount of gas — unsure as to volume, however the tank is probably 30 to 40
gallons — could have entered the catch basin."
However, there was a significant amount of gasoline odor present, Shuster said.
The private system is likely connected to the city's storm system on 23 1 st Street Southwest, which
then flows north past Sherwood Elementary, he said, and there was also noticeable gas odor in all
of the elementary schools' catch basins and detention system.
It would then head west until reaching Deer Creek in Woodway.
Shuster said the connection to the city's storrn system would be verified in the future when site
plans are received from the school district.
The school district's facilities manager was instructed to clean and jet the catch basins to ensure
removal of the gasoline, and the Department of Ecology was notified of the spill.
The city also notified Olympic View Sewer and Water District personnel.
City personnel went to the water treatment plant on Deer Creek to assess the situation, Shuster
said, and were told about bypass equipment that collects all stormwater before it enters their
collection system and reroutes it downstream of the plant.
When the plant received notice of the spill, they shut down, and a technician used a gas meter to
check a bypass outlet, which smelled quite strong, he said. The test result was negative.
A private firm was contracted by the district to clean up the spill, and city staff checked several
manholes between the spill site and Sherwood Elementary.
"There was still no sign of gas sheen," Shuster said, "but there was noticeable gas odor all the way
down the line."
In an unrelated event, the city also responded to an oil spill on Oct. 27 on 4th Avenue South.
Residents reported seeing oil leaking into the parking lot of Interiors of Edmonds just off Main
Street.
Shuster said a privately -owned underground heating oil tank was located in the parking lot behind
326 4th Ave. S., and had been leaking into the soil below for some time.
http://edmondsbeacon.vi,llagesoup.comlplcity-crews-clean-up-2-hazardous-spillsl1266674 11/12/2014
City crews clean up 2 hazardous spills - By Laura Daniali - Edmonds, WA - EdmondsBea... Page 2 of 3
"With one of the rainiest Octobers on record, a rise in the groundwater level mobilized the oil in
the soil," Shuster said, "and it found its way to the surface near the tank's fill port."
He said the mixture of heating oil and water travelled from the parking lot, onto the street, flowed
south down 4th Avenue South and entered the city's storm system north of Dayton Street.
"The oil and water mixture followed the city's storm system in a westerly direction on Dayton,"
Shuster said, "then south on 3rd Avenue South, discharging into Shellabarger Creek north of
Howell Street.
"A sheen was seen in the creek, but no 'free product' was seen."
He said very little product is needed to make a noticeable coloration on the street and on standing
water, and a representative of the Department of Ecology's spill response team was on site, and
evaluated the spill and its effect on the creek.
"The ecology representative indicated that the vegetation in the creek would help remove the sheen
and reduce the amount that entered the marsh, and that it really didn't look like a lot got in the
creek," Shuster said.
He said the property owners responded quickly to the notification and called a tank removal and
spill response firm upon being notified of the tank.
The firm power -washed the street, cleaned out the affected catch basins along 4th Avenue South,
and removed the remaining oil from the tank.
City crews placed oil collection materials in some of the city's catch basins, and strung an oil
boom across the entrance to Shellabarger Creek culverts that go under SR-104 into Edmonds
marsh, he said.
"The nature of the oil (oil, weathered oil) and the fact that it probably had been leaking over the
weekend prior to its discovery, is the reason the road gutter appears to still have oil on it," Shuster
said. "The concrete is likely stained, and the stain cannot be removed without damaging the
concrete."
http://edmondsbeacon.villagesoup.comlplcity-crews-clean-up-2-hazardous-sp.illsll266674 11/12/2014
SNOHOMISH CO. Serving Brier, 11 /Edmonds
Mountlake Terraceand
FIRE.
DISTI the Town of Woodway
Rlmt-T www.FireDistrict].org
LOCATION: 23200 100"' Avenue W 98026
BUSINESS NAME: Old Woodway High School
MAILING
ADDRESS: 23200 1.0.0th Avenue W, Edmonds, INA 98026
12425 Meridian Ave S
Everett, WA 98208
Phone (425) 551-1200
Fcix (425) 551-1272
FIRE PREVENTION
INSPECTION REPORT
EIEDMONDS
0 BRIER
0 WOODWAY
[I MOUNTLAKE TE�RRACE
v'�'E] UNINCORPORATED
R�QUENCY STATION 1, SHIFT
I 20�C
PHONE: 4-2,5&707495- SCHEDULED Sep
DATE DUE 1'
W1151 _71614b UFIR 593
BUSINESS,OWNF_R: HOME PHONE:
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EMERGENCY-1: ESE) #15 HOME PHONE: 4266707GOO
KEY ACCESS-2: HOME PHONE:
PERSON CONTACTED: e!>Wr"T- 1,&A,,.)V-- I
NAME OF INSPECTOR: f-T- cPE5rru'_'__bt")
CURRENT
CITY YES NO
BUSINESS
LICENSE ff 1:1
INITIAL INSPECTION DATE
C) k - 0-L - 14
191� 41 00
HAZARDS FOUND AND LOCATIONS / COMMUNICATIONS
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2
2
3
3
4
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I AGREE TO CORRECT THE ABOVE VIOLATION(S) IN THE NEXT 30 DAYS X
1st RE -INSPECTION
2nd RE -INSPECTION
FINAL RE -INSPECTION
EXTENSION
VIOLATIONS
DATE DUE:
DATE DUE:
GRANTED TO:
DATE DUE:
CITED:
PERSON
PERSON
PERSON
CONTACTED:
CONTACTED:
CONTACTED:
1
INSPECTOR:
INSPECTOR:
INSPECTOR:
2
DATE:
DATE:
DATE:
3
VIOLATIONS
VIOLATIONS
PRE -CITATION
CITATION ISSUED
1 15
1 15
LETTER SENT
NUMBER:
4
CODE
5
2
6
2
6
DATE:
SECTION:
RETURN RECEIPT
3
7
3
7
RECEIVED
6
DISPOSITION:
7
-4
8
4
8
DATE:
LETTER NEEDED 0 YES [I NO
FLETTER NEEDED [] YES Ej NO
8
FIRE DEPARTMENT COPY
APPLICATION FOR PERMIT
FOR MATERIALS OR PROCESSES
January 3, 2012
Please verify and correct the following information:
Name of Company (DBA):
ESD116 Edmonds Homeschool Resource Center
Edmonds Location :
23200 100th Avenue W
In conformity with the
terms of the International
Fire Code, application is
hereby made to store use
Places of Assembly - Occupant Load: Multi -purpose
!
or maintain the following
Room
activity, storage or pro-
cesses:
c/o Edmonds School District #15
Mailing Address:
20420 68th Ave W
Lynnwood, WA 98020
EFD UFIR #:
(for office use)
213121053
Your Signature
Your Name (print)
Your Title
Please make corrections, attach $40 payable to the City of Edmond - s and mail to:
Fire Marshal
Department of Fire Prevention
121-5 th Avenue North
Edmonds, WA 98020
FOR OFFICE USE ONLY
Rec'd
Check#— o_4
APPLICATION FOR PERMIT
FOR MATERIALS OR PROCESSES
D
March 7, 2011 APR 1 P PAID
Please verify and correct the following information: EDIVIONDS FIRE DEPT.
Name of Company; DBA
ESD15 Edmonds Homeschool Resource Center
Edmonds Location
23200 100th Avenue
In conformity with the terms of
Places of Assembly - Occupant Load: Multi -purpose Room
the International Fire Code,
application is hereby made to
store, use or maintain the
following activity, storage or
processes:
Mailing Address:
Edmonds School District #15
20420 68th Ave W
Lynnwood WA 98020
EFD UFIR #:
213121000053
(for office use)
Your Signature
Your Name (print)
Your Title
Please make corrections, attach $40 payable to the City of Edmonds, and mail to:
Fire Marshal
Department of Fire Prevention
121-5 th Avenue North
Edmonds, WA 98020
4
CITY OF EDMONDS
DEPARTMENT OF FIRE PREVENTION
PERMIT
January 1, 2011 213-121-000-053 December 31, 2011
Date of Issue UFIR Number Date of Expiration.
I This PERMIT is issued to: I ESD15 Edmonds Homeschool Resource Center
I located at: 123200 1 00th Avenue W I Edmonds, WA
I To engage in the business, occupation or process of: I
And shall constitute permission to maintain, store, use or handle materials or to conduct
process which produce conditions hazardous to life or property or to install equipment used in
connection with such activities as follows:
Places of Assembly - Occupant Load: Multi -purpose Room
I Allowed Occupant Load: I I
Pursuant to the provisions of the International Fire Code, any violation of the Code may be
grounds for the revocation of this PERMIT.
This permit does not take the place of any
license required by law and is not
transferable. Any change in the use or
occupancy of premises shall require a new
permit.
Firq)Aarshal,l
Debbrtment of Fire Prevention
This Permit Must Be Posted At All Times in The Premises Identified Above
City of Edmonds Community Development Code 19.25.020
#� 1-0 Detection Logic Fire Protection
Confidence Test Report
DETECTIONtL C 21312 30th Drive S.E. Suite 130
IF#njE swc. V � Fire Dept.
FIRE ALARM SYSTEMS
(One System per Report)
CONFIDENCE TEST 0 REPAIRS
Occupancy Address:
Building Owner:
Phone Number:
23200 1 OOTH AVE WEST
EDMONDS, Wa. 98020
--- Bothell WA. 98021
Coff—U6-2600 Fom Revi"d: 7/2/2007
Certification Given
RED El
I YELLOW El
I WHITE Z
Edmonds School Dist. #15
425-431-7252
Occupancy Name: OLD WOODWAY HIGH
SCHOOL
Responsible Person: Jim Trautman
Phone Number: 425-431-7252
Building Owner Address: 20420 68TH AVE. WEST LYNNWOOD, WA. 98036
Date of Inspection: 7/8/10 Inspection Type: Annual Z Quarterly R(High Rise Only)
Testers Name: ADAM FELDMAN SFD Certification Number: SCP-F06437
(Please Print)
Central station monitoring?
Yes Z No 0
Monitoring company name:
GUARDIAN SECURITY
Control panel manufacturer:
NOTIFIER
Model Number:
2020
Problems Found: None
BATTERY DURATION TEST".
Boiler Room
CHARGING UNDER STATIC
VOLTAGE LOAD VOLAGE
27.6 25.2 27.3
BOOSTER POWER SUPPLY
This certifies that this fire and life safety system has been properly inspected for reliability to cover the Items listed in
this report and is consistent with Fil De artment Fire Code standards, and the discrepancies are noted and have
been reported o the building Ma ger for corrective action.
Signature of Tester: Phone #: 425-486-2600
Testing Agency: DETIL&ION LOGIC FIRE PROTECTION INC.
Mailing Address: 21312 30TH DRIVE S.E. SUITE 103 BOTHELL, WA. 98021
Building Representative (signature):
Occu�jj.ncy Name: OLD WOODWAY HIGH SCHOOL
Date tested: 718/10
T14e items on the checklists below shall be inspected and tested. This list does not constitute all of the required
inspecting and testing of the fire and life safety system. Refer to the Fire Department Fire Code for inspecting and
testing requirements.
I Alarm System Functionality
Trouble signal with AC power off?
N/A
Yes
i4-o- —F]
System operates properly on battery backup?
NIA
Yes
No
Battery voltage (no load) 26.1 volts (Main Fire Alarm panel)
Battery voltage (full load) gM volts (signals operating)
Charge circuit voltage 27.1 volts
System operates properly on standby power?
N/A
M
Yes El
No El
All signals operate on AC power?
Yes M
No
No. of initiating circuits POINT ID
No. of signal circuits 12
Does alarm system meet audibility standards?
N/A
E]
Yes M
No n
All circuits checked for electrical supervision?
N/A
El
Yes M
No Ej
All auxiliary equipment operates (Elevators, fans, dampers)?
N/A
M
Yes El
No Ej
Ventilation controls operate?
N/A
M
Yes El
No El
Key to panel available?
Yes
No
Operating instructions at panel?
Yes
No
Trouble indicators function properly?
Yes
No
Remote Annunciator Panels function properly?
N/A
E]
Yes M
No F]
Elevator Call Down functions properly?
N/A
Yes
No
Test record posted at panel?
Yes
No
General alarm automatic time delay _ (minutes)
N/A
Other Devices (Specify)
Yes F]
No F-I
System Devices
Total Number
of Units in
Building
Total Number
Units Tested
Test Results
Acceptable
1
Bell, Horn or Speaker Strobe
46
46
N/A
0
Yes 0
No El
2.
Audio Devices (Horn/Speakers)
0
0
N/A
0
Yes El
No F1
3.
Visual Devices (Strobes)
12
12
N/A
F-I
Yes F]
No n
4.
Smoke Detectors
102
102
N/A
El
Yes 0
No 0
5.
Heat Detectors
43
43
N/A
'El
Yes N
No El
6.
Manual Pull Stations
56
56
N/A
Yes N
No 0
7.
Duct Detectors
0
0
NIA
Yes 0
No E]
8.
Sprinkler Flow Switches
0
0
N/A
N
Yes El
No El
9.
Sprinkler Supervisory Switches
0
0
N/A
N
Yes El
No El
10.
Automatic Door Unlocks
0
0
N/A
M
Yes [j
No
11.
Automatic Door Release
0
0
N/A
N
Yes 0
No
Communication Equipment
Total Number
Total Number
Test Results
of Units in
Units Tested
Acceptable
Building
12. Phone Sets
N/A M Yes 0 No E]
13. Phone Jacks
N/A M Yes 0 NoE]
14. Call -in Signal
N/A 15ZI Yes 0 No []
CITY OF EDMONDS
r121 5- AVENUE N. - EDMONDS, WASHINGTON 98MO - (425) 771-0215
FIRE DEPARTMENT
4�' t
FIRE PREVENTION
SAFETY SURVEY
I'IQ 44V f 06 'i)7-634
45, 3
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FREQUENCY STATION& SHIFT
AMY �O,� 'Aac 2 n As
LOCATION: � Z-5ZUU 100th Avenue
BUSINESS NAME: Old Woodway High School PHONE: 4256707495
MAILING.... 20420 681th Ay W
ADDRESS: Lynnwood .01 98036 -
BUSINESS OWNER: ESD #15 HOME PHONE: 4256707000
EMERGENCY-1: Scriber High Maint. HOME PHONE: 4256707937
KEY ACCESS-2: HOME PHONE:
SCHEDULED
DATE DUE
LIFIR 1. 215 9053
PREFIRE 999
e- - INITIAL INSPECTION DATE
PERSON CONTACTED: �'; �!-
NAME OF INSPECTOR: d5' 6
/A/,J �14<44- 711
FIRE FA 8102 FD LkBx FE
SYSTEMS:
'ANNUA,L
HAZARDS FOUND AND LOCATIONS COM UNICATIONS
2 MA /.'V T'd Al
ENTER CODE ONLY ONCE 0
VIOLATION CODE
2
3
4 /K-0 V/-'
IAvo eAll- /Og& 4:
3
4
5
5
6
7
8
------
7
6
7
7
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Ist RE-ASPECTIO-N
DATE DUE:
2nd RE -INSPECTION
DATE DUE:
PERSON
CONTACTE
INSPECTOR:
DATE:
\AD
5
6
7
4
LET1 EEDED YES I j NO
EXTENSION FINAL RE INSPECTION
GRANTED TO: DATE D
PERSOW
CONTACTED:
INSPECTOR
VIOLATIONS
CITED:
PERSON
CONTACTED:
INSPECTOR:
2
DATE:
DATE:
PRE -CITATION I CITATION ISSUED
LETTER SENT- NUMBER:
CODE
DATE, SECTION.
RETURN RECEIPT
RECEIVED
[LA�E DISPOSITION:
4
VIOL
5
2
6
5
6
4
8
7
8
LETTER NEEDED YES F-i NC
1
FIRE DEPARTMENT COPY
APPLICATION FOR PERMIT
FOR MATERIALS OR PROCESSES
MAR 1 7 2001
February 10, 2006
IDS FIRE DEPT.
Please verify and correct the following information:
Name of Company; DBA
Edmonds Homeschool Resource Center
Edmonds Location
23200 100th Avenue W
In conformity with the terms of
Places of Assembly - Occupant Load: Multi -purpose Room
the Fire Code, application is
hereby made to store, use or
maintain the following specific
or processes:
Mailing Address
Edmonds School District #15
2927 Aiderwood Mail Blvd
Lynnwood WA 98020
EFD UFIR #
213-121-000-053
(office use)
$iwtature
'Prl� Name U
Title
6
Please make corrections, attach $30, and mail to:
F' M hal
I �e
Eqntori s Fire Department
121-5 lhp�Vehue ' North
Edmonds, WA 98020
EDMONDS EDMONDS SCHOOL DISTRICT NO. 15
15 BILL TO: 20420 - 68TH AVE. W.
SCHICOL LYNNWOOD, WA 98036-7400
DISTRICT ATTN: ACCOUNTS PAYABLE
Gen Fund
Date: 03/15/2006
(0. No.. 152828
P IT
Vendor No. 978
EDMONDS-CITY OF
FIRE MARSHALL
121 5TH AVE N
EDMONDS WA 98020
QUESTIONS:
ACCOUNTS PAYABLE PHONE
(425) 670-7061
ACCOUNTS PAYABLE FAX
(425) 670-7198
PURCHASING PHONE
(425) 670-7100
PURCHASING FAX
(425) 670-7070
Vnd Phone:
Vnd. Fax:
Ship To: MAINTENANCE
92 2927 Alderwood Mall Blvd
Lynnwood WA 98036
Mark For: JIM TRAUTMAN/LINDA FAIRIES
Purchase Order No. 152828
VENDOR COPY
(Purchase Order No. 152828
TL__j
Page: I of 1
6 E N E R A L F U N D
2 0 0 5 - 2 0 0 6
PLEASE READ ALL THE FOLLOWING INSTRUCTIONS
PRIOR TO SENDING ORDER
1 . DISTRICT IS NOT SALES TAX EXEMPT
2. RO. NUMBER MUST APPEAR ON ALL INVOICES,
PACKAGES AND CORRESPONDENCE.
3. INVOICE PARTIAL AND COMPLETE SHIPMENTS
IMMEDIATELY. CLEARLY MARK IF PARTIAL ORDER.
4. PREPAY SHIPPING AND INVOICE AS A SEPARATE
LINE ITEM.
5. THE EDMONDS SCHOOL DISTRICT REQUIRES MSDS
(MATERIAL SAFETY DATA SHEETS) BE INCLUDED
WITH ALL APPLICABLE ITEMS PURCHASED.
[:1 CONFIRMATION ORDER
Quant
Jnt
Unit
Total
Item
Ordered Pea
Description
-
Cost
-----------------
Cost
---------------
-----
--------
11
----
---------------- ----------------
OCCUPATIONAL FIRE PERMITS FOR
FrTrMl�.!-717
330.00
THE PROTECTION OF BUILDING,
EMPLOYEES9 GUESTS, AND PATRONS
VARIOUS SCHOOLS
.7
REVOLVIN15 CHgC K#
_
-DATE: lit el nk
AMOUNT:
D
MAR 17 201
ONDS FIRE
DEPT.
`7
NOTICE TO VENDOR:
AS PART OF THIS CONTRACT OF SALE BETWEEEN EDMONDS SCHOOL DISTRICT
NO. 15 AND THE VENDOR, IT IS SPECIFICALLY AGREED THAT PAYMENT FOR ALL
GOODS AND SERVICES SATISFACTORILY RENDERED, SHALL BE MAILED TO THE
VENDOR OR MADE AVAILABLE TO THE VENDOR WITHIN THIRTY (30) DAYS OF
RECEIPT OF GOODS AND SERVICES OR A PROPERLY COMPLETED INVOICE,
WHICHEVER IS LATER.
W - I C%A Stu III Fj TA Wig
Page Sub -Tot 330.00
PO Sub -Total 330.00
Addll .00
Tax .00
PO Total 330.00
Item No Account Code Encumbered
1 7510-97-64-501- 330.00
IT PUR'HASING D RTMENT
(NOT LID UNLE APPROVED)
Z,
PROVIDING EQUAL OPPORTUNITIES IN EMPLOYMENT AND EDUCATION
CITY OF EDMONDS
FIRE DEPARTMENT
PERMIT
January 1, 2006 213-121-000-053 December 31, 2006
Date of Issue UFIR Number Date of Expiration
I This PERMIT is issued to: I Edmonds Homeschool Resource Center I
I located at: 123200 100th Avenue I Edmonds, WA I
I To engage in the business, occupation or pr cess of: I . I
And shall constitute permission to maintain, store, use or handle materials or to conduct
process which produce conditions hazardous to life or property or to -install equipment used in
connection with such activities as follows:
Places of Assembly - Occupant Load: Multi -purpose Room
[ Allowed Occupant Load: I
Pursuant to the provisions of the Uniform Fire Code, any violation of the Code may be grounds
fr%r tha roxint-nfinn nf thic PPPRAIT
This permit does not take the place of any
license required by law and is not
transferable. Any change in the use or
occupancy of premises shall require a new
permit.
Fire Prevention Division
This Permit Must Be Posted At All Times in The Premises Mentioned Above
City of Edmonds Community Development Code 19.75.060
�q
APPLICATION FOR PERMIT
FOR MATERIALS OR PROCESSES
January 25, 2005
Please verify and correct the following information:
Name of Company; DBA
Edmonds Homeschool Resource Center
Edmonds Location
2--Y-2,'O'Oril�0,0,t.h,,,iAvenue W
In conformity with the terms of
the Fire Code, application is
hereby made to store, use or
maintain the following specific
or processes:
Places of Assembly - Occupant Load: Multi -purpose Room
Mailing Address
2927 Alderwood Mail Blvd
Lynnwood WA 98020
EFD U.F.I.R. #
213-121-000-053
Signature
Print Name
Title
MAR 1 4 2005i"
kLl
Mail to: — ---- A
Fire Marshal [EDMONDS FIRE DEPT.
Edmonds Fire Department
121-5" Avenue North
Edmonds, WA 98020
Westfall, John
From:
Westfall, John
Sent:
Tuesday, February 27, 2007 1:00 PIVI
To:
Graf, Jeannine
Subject:
RE: EB of A TCO
Jeannine:
As you wish.
When a key item is obviously incomplete that means we'll only have to go out again and you'll have to
recharge the inspection hours.
My consideration is for the limited staff we have to perform the plentiful work.
John
----- Original Message -----
From: Graf, Jeannine
Sent: Tuesday, February 27, 2007 12:21 PM
To: Westfall, John
Subject: RE: EB of A TCO
JW
Since the contractor paid for TCO inspections we should probably perform an inspection and write everything up.
Because I am not sure that the north stair is the only outstanding issue. Do you agree? JLG
----- Original Message -----
From: Westfall, John
Sent: Tuesday, February 27, 2007 11:11 AM
To: Westfall, John; Harrison, Marie; McConnell, Jeanie; McMurphy, Linda; Smith, Mike; Snook, Mike; Bullock,
Steve
Cc: Graf, Jeannine
Subject: RE: EB of A TCO
I meant "exit ramp" instead of stairway.
----- Original Message -----
From: Westfall, John
Sent: Tuesday, February 27, 2007 11:07 AM
To: Harrison, Marie; McConnell, Jeanie; McMurphy, Linda; Smith, Mike; Snook, Mike; Bullock, Steve
Cc: 'Graf, Jeannine'
Subject: RE: EB of A TCO
Marie:
Until an approved stairway is constructed from the east garage (required) exit, fire department
will not be able to approve TCO for building or for tenant occupancy.
John
----- Original Message -----
From: Harrison, Marie
Sent: Tuesday, February 27, 2007 10:58 AM
To: McConnell, Jeanie; McMurphy, Linda; Smith, Mike; Westfall, John; Snook, Mike; Bullock, Steve
Subject: EB of A TCO
Just a heads up, EB of A will be calling for an inspection for temporary occupancy. If you approve
temporary occupancy, please go into Bitco and place a message like "Public Works Temporary
Occupancy Approved, 2/27/07". The inspection menu is not set up to take more than one Temp
inspection.
Thanks
Marie Harrison
MEMORANDUM
Date: May 6, 2005
To: Development Services Lead Theresa Umbau
From: Fire Marshal John J. Westfall 425.771.0213 - VJ nd p, W
Subject: Pre-App: Employee Benefits of America 22815 102
(4/20/05)
The following project has been evaluated under the 2003 International Codes.
1. No sheet C5.1 to evaluate water provisions included
2. Sheet M-0.1 calls out NFPA 13, standard for Automatic Fire Sprinkler System and
NFPA 14, standard for Fire Protection Standpipe. The building is not being
reviewed currently with either of these systems. oe
3. Automatic sprinkler and fire alarm systems are not -required; however, further
design considerations may create conditions where sprinklers or alarm systems
are required. Conditions might include construction over allowable area and/or
height, opening protection, FIR substitutions, egress spacing reductions, ... o j.-_/ _
4. Provide manufacturer's specifications for heat trace and identify pipe runs where
applicable. rxr6z,6 'I 7--ec 3, 3. 6 /" + 2-
5. Egress considerations including emergency lighting and exit identification must
be made at the (approved) required exit system pathways. az
6. Provide portable fire extinguishers for general area protection and special
hazards. 0
7. Provide fire department lockbox for emergency & after hours access. A(.,O Moo
8. New buildings shall have approved address numbers placed in a position that is
plainly legible and visible from the street or road fronting the property. These /17.0
numbers shall contrast with their background. Address numbers shall be Arabic
numerals or alphabet letters. Numbers shall be a minimum of 4 inches high with ft*0
a minimum stroke width of %inch and visible from public way.
Cc: Mr.Charlie Nathan, 9792 Edmonds Wy, PMB#266 Edmonds, WA 98020
Mr. Dennis Christianson, 2610 204 1h St SW, Lynnwood, WA 98036
Assistant Building Official Ann Bullis
Engineering Program Manager Lyle Chrisman
City of Edmonds �b Fire Marshal
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MEMORANDUM G`3
-U�A�A K-�-
Date: October 12, 2004 V)k
To: Development Services Lead Jennifer Readwin opc It
F,
From: Fire Marshal John J. Westfall 425.771.0213 0 LA 'V)
Subject: Pre-App: Nallund Mixed Use 22815 102 nd PLW 2PP
The following submittal has been reviewed under the 2003 International, Codes.
For future preapplication submittals may I suggest you number all sheets, in a single
numeric series in the preferred order of exhibition. The following items lent to confusion
regarding your exhibits:
There are three series of submittals numbered the same.
Dateframes for your conceptual sketches series and design studies series
overlap.
I have sheets 3, 6, 7, & 8 that are not dated.
List of Drawings Attached (pg 1) "sketch #2 & #1 deleted and updated" I am
unsure if I am missing these exhibits, or if, there are other reasons for submittal
or separate annotation.
General
1. Your Project Description describes "205 th Street Place West" that is presumed to
indicate "102 nd Place West".
2. Use International Code terms and descriptors with your submittal, e.g.
construction Type "V-A" vs. "V-1 hr".
3. Provide scaled site plan showing existing fire hydrants and site features with
other required construction documents at the time of your building permit
submittal.
4. Confirm Building Department classification of residential units as.R-2 or R-3.
5. Required permits/submittals may include:
a. Fire Sprinkler Permit
Classification and further identified design fire protection requirements
will clarify which type of sprinkler system will be required (i.e.NFPA 13,
13R, or 13D). Callout sprinkler riser location/area.
b. Fire Connection Permit
Fire protection underground design must be stamped by registered PE or
a Level III (WA) fire sprinkler contractor AND the installer must also
stamp the plans. The installer must be either Level III or Level "U" fire
City of Edmonds Sb Fire Karshal
sprinkler contractor licensed by the State. Provide three copies of plans
showing all valves, vault location, post indicating valve, fire department
connection and piping to include size and material, hydraulic calculations,
thrust blocking with calculations, pipe bury depth and any and all other
materials used and their fire protection listings.
c. Fire Protection Footprint
Construction documentation submittal specified by Building Department.
d. Fire Alarm Permit
Fire alarm system is required for the purposes of off -site sprinkler system
monitoring, local alarm audible/visual notification and exterior audibility.
Additionally, final occupancy classifications and design considerations
may require manual and/or automatic system detection.
e. Fire& Emergency Guide (for R2: see IFC408.9.1)
6. New and existing buildings shall have approved address numbers, building
numbers or approved building identification placed in a position that is plainly
legible and visible from the street or road fronting the property. These numbers
shall contrast with their background. Address numbers shall be Arabic
numberals or alphabet letters. Numbers shall be a minimum of 4 inches high with
a minimum stroke width of Y2 inch.
7. Provide Fire Department lockbox. Coordinate with Fire Department for a
"Lockbox Authorization Letter" and instructions to obtain and install lockbox at
your facility. 425.775.7720
8. Means of egress illumination and exit signs and illumination may be required in
areas of your building.
9. Portable fire extinguishers rated 2A: 1 OB:C maybe required for special -hazards.
10. Other requirements dependent upon design, material and construction
clarifications and changes.
Cc: Applicant Nalund & Associates/ Mr. Charlie Nathan
Assistant Building Official Ann Bullis
Engineering Program Manager Lyle Chrisman
owlenteladfir:
:444-ki ( 4 re I ( -wM IK 0 1 A A F 0' r 0
IE FAmiLy IN EVERETT
Its as a painter adorns her face during the fourth annual Family Fun
Hollow Park In Everett.
rsit'y blooms
nily- flestival
3pons compiex
suggested for
Woodway fields'7
A public -private partnership
studiesjoint developnwnt
of old high schoolfacility
BYSUEWAI.DBURGER
bleacher seating and rest -
Special to The Herald
rooms to create a family -
friendly play area also are on
EDMONDS — If a concept
the wish list.
served up by a public -private
The wisdom of designing the
partnership hits its mark, the
fields to accommodate upF;
result could be a new sports
and -coming sports such as
complex in Edmonds that
lacrosse and rugby is belr%
meets the needs of schools,
pondered
recreation leagues and the
"I think everyone recognized
community
it as an underutilized facility
The Edmonds School Dis-
that has much potential as'A
trict, city of Edmonds, King's
community park," McIntosh
Schools and Sno-King Youth
said.
Club would like to partner on a
The land is owned by the
--multifield sports complex on
school district. It is obliged by a
the playfields-and open space
long-standing agreement with
surrounding the formerWood-
the state to use the property for
way High School.
educational purposes, district
Supporters include Marla
officials said.
Miller, executive director of
That agreement would be
business and operations for
honored by continued use of
the school district; Jim Gwinn,
the school buildings by the
president of CRISTA Ministries,
Homeschool Resource Center
King1s parent organization; and
and several vocational and life -
Edmonds Mayor Gary Ha.aken-
skill programs, district
son
spokesman John Boerger said.
Costs, timelines and other
"The district is encouraging
details are down the road. The
this project," McIntosh said,
potential partners still are fig-
adding the "good d-iing is the
uring out if the project is even
land cost is zero" if the district
possible.
antes up the site for the proj-
Figure th6 price to be "in the
ect.
millions," guessed Brian McIn-
The partner with perhaps the
tosh, director of Edmonds
most to gain by co -owning ad -
Parks and Recreation. Probable
ditional playing fields is King's
funding sources, he said, are
Schools in Shoreline. The pri-
King's, city parks -develop-
vate Christian school, whose
ment, user -group contribu-
athletic program was recently
tions and user fees.
named No. I among all Wash -
A conceptual sketch by.Bas-
ington high schools by Sports
setti Architects, designers of
Illustrated, can now think serim
the new Lynnwood High
ously about expanding the rel-
School, shows three separate
atively limited number of team
fields — two for baseball and
sports it offers, superintendent
soccer and one for softball and
Eric Rasmussen said.
soccer. Depending on costs
He pointed to boys and girls
and field demand, McIntosh
soccer, softball and baseball as
said the multiplex could be
possible additions to the high -
built in one, two or three
school sports roster that's
stages.
made.up of football, boys and
lighting for nighttime play is
girls cross country, volleyball; '
a given, according to the part-
boys and girls basketball, boys
ners. There's talk of artificial-
and girls track and boys and,
grass playing surfaces to re-
girls golf.
duce maintenance and im-
prove playability. The addition Sue Waldburger is Edmonds'
of play structures, pathways, reporterfor The Enterprise
trails, a concession building, newspapers.
McComas, Gary
To: Harrison, Marie
Subject: �Ebdnio—rid��-H- me school Resource Center (Old Woodway High School.) 23200-1 00th ave. W
I contacted Dave Garrin (sp) at the site 7/28/04 to answer a question on strobes in the divided and newly created bathroom
in the shop area. I marked the plans on the job site to extend the wiring to each of the newly created spaces and install
horn/strobes in each. If you want me to mark the city plans send them up.
- - - - r"' - r7- 1,
Alan M. Weiss
EDMONDS-WOODWAY HIGH SCHOOL Principal
Jerry Crabb
23200 100th Ave. West, Edmonds, WA 98020-5099 Assistant Principal
(425) 670-7900 FAX (425) 670-7929
Robbi Perry
Assistant Principal
RECEIVED
August 25, 1997 AUG 28 1997
EDMOM&BRUERL
Dear John,
Here's aPopy of our emergency plans as I promised. After taking the CERT training,
there are a few things I plan on modifying. When the new building is ready, I'd like to
meet with you and review our emergency plans.
Sincerely,
obbi Perry
Preparing Students for the Future: Merging Tradition, Innovation, and Excellence
1997-98
EMERGENCY HANDBOOK
August 1997
Edmonds-Woodway High School
23200 1 00th Ave. W
Edmonds, WA 98020
(425) 670-7900
FAX (425) 670-7929
Up -to date class roster must be added
to this folderl
1
1997-98
This yellow folder is your new Emergency Handbook and it is to be kept in a
standardized location in all classrooms. Please put It in your too right hand
desk drawer., Every classroom/office should have one of these folders. If
you use more than one classroom and only received one Emergency folder,
be sure to pick up a second folder in the Main Office for your other classroom.
Your up4o-date class roster must be included. Be sure to up -date the
roster at the beginning of each semester and again about three to four weeks
after each semester begins.
This folder must go with you as you evacuate your room during a drill or
any actual disaster.
EMERGENCY PHONE NUMBERS
After Hour Emergencies only
In the event of an after hour building emergency call 911. They will notify the
appropriate school personnel.
TABLE OF CONTENTS
3
Block Watch Groups
5
School Closures & Delays
5
Power Outages
6
Fire Drills and Bomb Threats
8
Earthquake Response Plan
11
Weapons: Policies & Procedures
11
De-escalating Hostile Situations
12
Emergency Lockdown Procedures
14
Employee Responsibility
Evacuation Maps
Current Class Rosters
(Must update each semester)
2
1997-98
BLOCK WATCH GROUPS
Just as Neighborhood Block Watch programs are effective in protecting the
neighborhood, we have established a Block Watch program for our campus. In the
event of a disaster, members of each group will check on the safety of the other
members of their group and their students.
BLOCK WATCH RESPONSIBILITIES:
1. Plan system to check on condition of adult staff in contiguous area (see list
below). Assume responsibility for neighboring students if a teacher is injured.
2. In case of a fire, explosion or earthquake, make sure that all members of your
group have exited the building and are in their assigned area. If an actual
emergency situation occurs, send one person from your Block Watch Group
to the Command Center, located in front of the Main Office, to report when all
members of your group have exited the building.
3. In case of an earthquake or a major fire near your room, appoint a member of
your Block Watch to check for a safe exit route and inform group members.
4. In case of an emergency lockdown, do not leave your room until the all -clear
signal. At that point, the group leader should check on the safety of each
member of the Block Watch and their students.
5. As group membership changes, you are to meet and update your plan.
6. Appoint a student team leader in each class and an alternate in case you are
injured or absent. These students should know the location of your
emergency plan folder, your evacuation location and the block watch plan.
7. If the emergency occurs before or after school, all staff and students are to
report to their fourth period evacuation site. If the emergency occurs during
lunch, students and staff currently on lunch break should report to their
second period evacuation site; classes in session will report to their regular
evacuation site,
** Teachers who move to different locations throughout the day may be assigned to
more than one group. Their assigned group will be dependent upon which period
the emergency occurred.
3
1997-98
BLOCK WATCH TEAMS
Room Vs
Leader
Team Members
1 to 6
Zugel
Brancheau, Beytebiere, McAndrew, Seniuk,
Robbins, Curnow, Stensland
8 to 14
Olmer
Hayes, Blackwood, L. Berger, Calvert, Crook,
Spencer & Brown
15 to 22
Rudloff
Webster, Baugh, Watkins, Faires, Hoffman,
LaJoy, Cantwell, Anderson, Mindt (1,4,6)
23 to 30
D. Erickson
Bailey, Cleve, Quinn, LaPlante, Hanauer
31 to 34
Ludgate
Openshaw, Lindberg, Spears, Turner, Brown, Caldwell
35 to 42
Pittis
Taylor, VanNess, Admire, Howel 1, Miller, Squillace
43 to 47
Doughton
Scanlon, B. Erickson, Miler, Phillips
48 to 55
Ross
Hilson, Zhang (1,2,3), Egashira, Kirkpatrick, McNair,
Mummey, Nivens, Warner
56 to 61
Dwyer
K. Moseley, Karzmar, Laures, Maroutsas
62 & 63
Kovack
Colson, Dezell, Mindt (3,7)
Gym
Deebach
Gradwolh, Holland, Anderson (5)
90 & 91
Mueller
Gowen, Snoey, Myers
92-96
Hess
Webster, McGuire, T. Moseley, Geer
4
1997-98
SCHOOL CLOSURES & DELAYS
Weather conditions may make it necessary to close school. Listen to one of the following
radio stations for school closures or delays:
AM Stations
KING 1090
KIRO 710
KJR 950
KMPS 1300
KRKO 1380
KOMO 1000
EM Stations
KLSY 92.5
KMPS94
KPLZ 101.5
KUBE93
If the students are given a late arrival, the class schedule will be adjusted accordingly.
Teachers are still expected to be at school during. their regular time schedule.
ONE HOUR LATE ARRIVAL
TWO HOUR LATE ARRIVAL
1st/2nd Period 8:10 - 9:15
No Class
3rd/4th Period 9:25 - 10:30
9:20 - 10:30
5th/6th Period 10:40 - 12:50
10:40 - 12:50
.(includes 30 minute lunch)
7th/8th Period 1:00 - 2:30
1:00 - 2:30
POWER OUTAGE
In case of a power outage while the classes are in session, students are to remain in
class with thbir teachers. Teachers on their planning period are to report to the Main
Office at this time to assist in case of a prolonged power outage. Students will not be
permitted in dark halls as this is a serious safety, hazard. During a power outage,
disregard the normal bell schedule and keep the students in your classroom.
If the power outage lasts longer than thirty minutes, the school administrators and the
District office will determine if it is necessary to close the school. You will be notified by the
Main Office of the closure and provided with information regarding student transportation,
Depending on road condibons, students who drive to school and those who walk to school
may be allowed to leave at that time. Please announce to all other students the time when
District bus transportation will be provided. Teachers will be expected to remain on
campus until such time as all students have been transported home.
If the power is out in the building when you first arrive at school, students are to report to
their first period class and await further instructions, Teachers with first period planning are
to patrol the building and direct the students to the classrooms. Campus security personnel
will also patrol the buildings. Teachers are to remain with their classes to supervise.
5
1997-98
FIRE DRILL & BOMB THREATS
Each room will have a sign posted indicating the exit route. Please review the entire fire drill
procedure with your fourth period class the first Wednesday of each semester and review the exit
procedure with all other classes.
Signal: Voice message indicating a fire has occurred in the building and flashing strobe lights.
When the fire alarm sounds:
1 . Move immediately toward the exit. Remain quiet and walk quickly. Windows are to be
closed, lights turned off, and the doors left closed and unlocked as the rooms are vacated.
2. The first pupil to reach an exit door shall open the door and fasten it open until all have
passed through. The teacher is to be the last to vacate and will close the doors.
3. When outside, move away from the building and gather in your designated area. When
assembled outside, check that all your pupils are accounted for. Check to see that all
members of your Block Watch have exited the building. Keep all roads and fire lanes open.
4. Face away from the building. An explosive flash could result in serious eye damage.
5. Three (3) rings of the alarm bell will indicate the all clear signal; at that time you may return to
the building. In the event we cannot return to the building, further directions will be given by
the Command Center.
6. Teaching staff not assigned to classes should remain near the buliding exits to assist other
staff members or to assist the administration, if called upon to do so.
All personnel in the building MUST leave the building as quickly as possible. NOSTAFF MEMBER
HAS THE OPTION TO IGNORE THE FIRE ALARM. Staff must actively move students out of and
away from the building entrances and keep sidewalks, driveways, and fire lanes clear. WE MUST
TAKE EACH ALARM SERIOUSLY, even though we may be inconvenienced.
If an explosion occurs, do the following procedures:
I . Take immediate cover under a desk, table, or other furniture. If no cover is available, drop to
your knees along an inside wall and cover your head with your arms and hands.
2. Face away from windows.
3. If outside, move away from the building, wires, trees or poles.
4. When the emergency has passed, quickly check each other for injuries.
5. If someone is injured too seriously to be evacuated safely, insure that all other students are
safely evacuated and use prudent judgment as to whether it is necessary to leave the injured
student until you can get a Search and Rescue team to assist them.
6. Quietly evacuate the building to the designated areas (See map in Appendix). Report all
injuries to the Command Center in front of the Main Office and send any mobile injured to
the First Aid Station, also located in front of the Main Office.
7. Be alert for signs of shock or hypothermia. Keep people as warm as possible.
8. Further directions will be given by the Command Center.
It is the responsibility of students and their parents/guardians to decide where the students are to go if
no one is home at the time of the emergency. Bus transportation will be provided as soon as possible
for bused students.
CUSTODIANS: Custodians are to report to the Main Office to verify location of the fire. Building
administrators and the custodians will check that location to determine if there is a fire or other
emergency situation. The fire alarm will be turned off only after all students have exited the building.
ADMINSTRATION: Remain in contact via radio and report as needed.
OFFICE MANAGER: To remain at her desk until her chair is on fire!
�-9
1997-98
ROOM EXIT/DIRECTIONS
Room
IA Outside exit
B Outside exit
2 Outside Exit
3 Turn right, out west exit
4 Nearest outside exit
5 Turn left, out west exit
6 Nearest outside exit
7 Turn left, out east exit
8 Turn right, out east exit
9 Turn left, out east exit
10 Turn right, out east exit
11 Turn left, out east exit
12 Turn left, out east exit
13 Straight out east exit
14 Outside exit, right around bldg
15 Straight out east exit
16 Turn right, out east exit
17 Turn right, out east exit
18 Outside exit, right around bldg
19 Turn left, out east exit
20 Turn right, out east exit
21 Turn right, out east exit
22 Turn left, out east exit
23 Turn right, out north exit
24 Turn right, out north exit
25 Turn left, out north exit
26 Turn left, out north exit
27 Turn right, out north exit
28 Turn right, out north exit
29 Turn right, out north exit
30 Angle right, out north exit.
31 Turn left, turn left again,
out stub hallway
32 Turn right, right again,
out stub hallway
33 Turn left, out north exit,
then right
34 Turn right, out north exit,
then right
Portables
90 & 91 Exit & assemble in front of portable
92, 93 & 94 Exit, turn left, go west
95 & 96 Exit, turn left, go north
7
Room
35 Straight out north exit, then left
36 left, out north exit, then left
37 Left, out norht exit, then left
38 Right, out north exit, then left
39 Left, out north exit, then left
40 Left, out north exit, then left
41 Left, out north exit, then left
42 Right, out north exit, then left
43 Right, out exit, right again
44 Right, out exit, right again
45 Left, out exit, then right
46 Left, out exit, then right
47 Right, out east exit, then right
48 Go directly out west exit
49 Go directly out west exit
50 Go directly out west exit
51 Left, then left out west exit
52 Straight out west exit
53 Left, then right out west exit
54 Right, then right out west exit
55 Right, then right out west exit
56 Left, then right out east exit
57 Straight out east exit
58 Left, out east exit, then left
59 Left, out east exit, then left
60 Left, out east exit, then left
61 Right, out east exit, then left
62 Left, then right out west exit
63 Right, then left out west exit
64 Left, exit bldg
65 Right, exit bldg
66 Nearest outside exit
67 Nearest outside exit
Study Hall - nearest outside exit
Library - east exit
1997-98
EARTHQUAKE RESPONSE PLAN
1. INSTRUCTIONS AND PREPARATION:
It is vitally important that students are trained in the Drop -and -Cover earthquake response technique.
We live near a major fault line and earthquakes are a natural phenomena in this area. Teachers are
responsible for instructing and/or reviewing the Drop -and Cover routine with their fourth period class
the first Wednesday of each semester. You will receive at least one days notice prior to an
earthquake drill. Instruction and preparation should include the following:
• Teach the drop-pnd-cover procedures to your second period classes. Inform all class periods of
your evacuation location.
• Identify room hazards. All doors should open outwardly. Bookcases should be secured to the
wall. Be aware of room hazards that can become projectiles during an earthquake (windows, light
fixtures, bottles of chemicals). Whenever possible, secure heavy equipment to the floors or
walls. Teachers in classrooms with gas lines should know where the main shut-off valve is
located and turn it off as soon as possible.
11. EARTHQUAKE PROCEDURES
The earthquake drop, cover and hold signal is a continuous series of short rings (eight or more). In
the event of a real earthquake, we can assume that you will be well aware of the danger before
hearing the alarm bells. Two earthquake drills will be held during the school year. You will be
informed prior to the actual drill.
Two basic rules for everyone to follow during an earthquake are:
• Stay calm.
• Students may not leave the school. They are to stay with their classroom teacher so that
other people's lives are not risked searching for them. Students are not to leave their
assigned evacuation site without permission from their classroom teacher.
A. If in a classroom, students and teachers should:
1 . Drop, cover and hold: Drop to your knees with your back to the windows, keeping your knees
together. Clasp your hands behind your head, covering the neck, and bury your face in your
arms with your eyes closed tightly. Your head and beck are the ost vulnerable parts of your
body!
2. If possible, get under some furniture. Hold on to the furniture with one hand, while protecting
the back of your neck with the other hand. Student desks, while they may look relatively
weak, have held up collapsed ceilings in quakes in California!
3. Stay in this position until the earthquake is over and instructed differently.
4. Students in regular wheel chairs should have their wheels locked while they are in any regular
classroom situation. Students with electric ahairs do not need to lock their wheels due to the
weight of the chair. ASSISTANTS/TEACHERS RESPONSIBLE FOR LIFE SKILL
STUDENTS NEED TO SHIELD THOSE STUDENTS IN WHEEL CHAIRS BY LEANING
OVER THE TOP OF THE STUDENT COVERING COVERING THEIR OWN HEAD AND
NECK.
V
1997-98
5. Science Classrooms: Studnets are to duck and coer under their individual student desks and
NOT USE THE LAB ISLANDS FOR COVER unles absolutely necessary. Keeping students
away from potential cheiclas and lab island gas lines is essential.
6. Students should move to the wall areas of the gym EXCEPT THE AREA ADJACENT TO THE
GYM BLEACHERS. Gym bleachers will move during an earthquake so direct students away
from the bleachers. Standing next to the large folding center door will offer more protection
than being close to the bleachers.
7. Library: Immediately move away from windows and bookshelves. "Drop, cover and hold"
under tables or chair's.
8.- Teacher Planning Areas: Teachers need to get under their carrels. In the event of an
earthquake, the items stored in our planning area will topple and be projected through the air.
These areas are the worst areas in the buildings due to the nature of the things kept in the
planning rooms.
B. If not in a classroom:
1. In halls or gym: Drop, cover, and hold next to an interior wall but not by the bleachers.
After the earthquake stops, report to your classroom teacher for that period at your regular
building evacuation site.
2. Outside of building: Get clear of buildings, wire, poles or trees. After the earthquake stops,
report to your classroom teacher for that period at your regular building evacuation site. Do
not reenter the building.
3. During tutorial, lunch, passing period, or before or after school: Follow the instructions above
for protecting yourself. Then go to the evacuation site for your second period teacher.
Ill. EVACUATION OF THE BUILDING
1 . In an actual earthquake, classes should remain in the classroom until further directions are given
- unless student safety is in jeopardy. Each adult must use independent judgment to
determine when to evacuate the building. If the power is still operational, you will receive updates
over the P.A. system.
2. Before evacuating, check on the safety of other adults in your block watch group as planned in
advance. The designated person from each block watch will check for a safe exit route and
inform others in the group.
3. Check your group for injuries. Assign helpers to assist injured students to evacuate. Persons
injured too seriously to evacuate must be left behind (though a volunteer staff member may stay
with them). Reassure the injured person that first aid will be sent immediately. Notify the
Command Center of anyone left behind, indicating their exact location' and condition. The
Command Center will be located in the parking lot in front of the Main Office.
4. Lead students to your assigned evacuation location by the safest route.
5. All adults must send a report to the Command Center. Teachers with classes are to take roll
when you reach your evacuation site and immediately send a student messenger to the
Command Center to report your status and report any missing students and/or the location of
injured persons left behind.
�01
1997-98
6. Be alert for shock or hypothermia. Keep people as calm, warm and dry as possible. Have a
student or staff member escort any injured students to the First Aid Station located in front of the
Main Office. Keep your students together and await directions from the Command Center. Do
not release students until directed. Be alert for aftershocks.
7. If you have a responsibility at one of the stations (First Aid, Security, etc.)_ please turn your
students over to a teacher in your Block Watch group as prearranged.
8. Students without a class should also report to the Command Center.
IV. BUILDING -WIDE RESPONSIBILITIES
A. Communications Station (Main Office secretaries and Office Manager)
• Responsible for communications to and from the outside.
• Monitor situation on radio.
• Inform Building Administration of current situation.
• Report our status to ESC and emergency services.
B. Search and Rescue (Custodians and staff with First Aid/CPR training)
0 Turn off all utilities (Custodians).
0 Check building for safe re-entry.
0 Find and transport injured.
0 Inform Building Administration of current status.
C. First Aid (Staff with First Aid/CPR training and school nurse)
• Triage any injured.
• Provide first aid as needed.
• Report the names of any injured to the Personnel Station.
• Inform Building Administration of status.
D. Command Center
1. Personnel Monitoring (Dunnigan)
Account for staff and students.
Maintain casualty list.
Keep track of persons re-entering the building for search and rescue.
Record the names of students released to parents or designated persons.
11. Security (Maybo & Bathum)
• Secure building after re-entry.
• Control front entrance of building for releasing students.
111. Command Post (Building Administrators)
• Assess situation.
• Make decisions and assign responsibilities for total response to the earthquake.
E. Student Supervision (All Remaining Staff)
Continue to supervise students in the evacuation areas.
10
i
1997-98
WEAPONS: POLICIES& PROCEDURES
One special concern of teachers is what to do in case you suspect a student (or an intruder) is in
possession of a dangerous weapon. DO NOT CONFRONT THE INDIVIDUAL. Quickly send for an
administrator, but try to keep the individual under observation. If it is necessary to send a student,
write a note and have a student deliver it to the Main Office. Have the student request an immediate
response from Mrs. Perry, Mr. Anderson or Mr. Shipman. Do not use the P.A. system as it may
cause panic. An administrator will come to your room and escort the student outside. Additional
backup personnel will be outside the door. When the student has been isolated from the classroom,
we will then search the student. It is our policy to also search the student's locker and/or automobile
at that time.
If you are in a potentially dangerous situation, get assistance. Do not be macho. Do not intervene in
a fight with deadly weapons. Alert the office immediately and we will notify local law enforcement
agencies and send assistance to you.
New state legislation and District policy changes have strengthened our policy on the possession of
dangerous weapons. State law ESSB 5307 states that a student must be expelled from "the state's
public schools" for the possession of a firearm on any school district property. Possession of any of
the following dangerous weapons on the EDW campus will result in either expulsion or long-term
suspension: knives (except small pocket knives), throwing stars, nun-chu-sticks, any air gun (i.e. BB
gun), Mace or Pepper spray, brass knuckles, facsimile weapons, or any other object used in an
assault as a dangerous weapon. Further information on the EDW weapons policy may be found in
the Student Handbook.
De-escalating Hostile Situations
Unfortunately, we are occasionally confronted with a volatile, even violent situation. I think the best
advise I can give you is to speak softly, calmly and respectfully. If their voice goes up, you lower your
voice. Actively listen and actively watch - always be aware of your surroundings.
If students are fighting, please do the following:
• Get help before intervening! Call the office and/or get other nearby staff members to assist. Do
not intervene alone.
• Quietly, but firmly tell the students to stop fighting. Their friends will often intervene at this
point and pull the students apart.
• Control the crowd and get them to back off prior to trying to break up the fight.
• You will need at least three people: one person to pull each fighter back and one person to get
between the two fighter's to keep them separate.
• Escort each student to the office separately to avoid a re -occurrence of the fight.
• Continue to speak quietly and calmly to the students involved in the fight. Do not react to their
anger or profanity.
If a weapon is involved, do not intervene. Contact the office immediately and we will notify the
police. If the situation warrants, we will initiate a lockdown. Administrators and campus security
personnel also have access to pepper spray, but personal safety must be paramount.
Don't be macho. Remember that we are dealing with young adults, not small children.
11
1997-98
EMERGENCY LOCKDOWN PROCEDURES
EMERGENCY SITUATION PLAN
It is a sad commentary on the times, but outside forces have made it necessary for us to place into
effect some guidelines to help us handle critical situations at Edmonds-Woodway High School. Our
two greatest concerns are armed intruders and gang members trespassing on campus to harass,
intimidate, and/or harm our students. Please follow the procedures outlined below during any
dangerous'situation on campus.
HEADQUARTERS - THE MAIN ADMINISTRATIVE OFFICE
EMERGENCY ANNOUNCEMENT - Announcement will be given over the P.A. system when a
serious disorder appears. To prevent panic among the students, we will use a coded message that
reads as follows:
"Will Dr. Edmonds please report to the Main Office immediately."
(Message will be repeated twice.)
This statement should alert the faculty and all adult personnel in the building that an emergency
status has been called. This same message is being used throughout the Edmonds School District to
warn of dangerous situations.
EMERGENCY STATUS PLAN:
The Main Office Administrator on duty will insure that the following persons are notified immediately:
Edmonds Police Dept. and our campus resource officer. Inform them that a major disorder appears
probable. Phone # 911.
High School Asst. Supt. or Linda Shipp, Edmonds School District, ext. 7094.
The administrator will then turn on the bell system if it is deemed appropriate. Four (4) long bells
are the signal that we face a crisis. No other person is to use the Main Office telephones or P.A.
system except by direction of the administrator in charge.
ADMINISTRATOR(S) AND ALL CAMPUS SECURITY PERSONNEL:
All administrators and campus security personnel will report to or call the Main Office and then
proceed to the location of the disturbance. Evaluate the situation and give directions to the Main
Office and faculty involved. Be sure to take your cellular phone and walkie-talkie with you!
MEDIA CENTER:
If possible, the librarian will report to the Main Office and bring a video camera and report to the
location of the disturbance. She will take pictures of the person(s) creating the disturbance, if
possible. Personal safety must be given primary considerationl
CLASSROOM TEACHERS:
Keep all students in your classroom, but do not use force. Be certain that all exterior doors to the
room are locked. Close blinds to all windows. Keep students as calm and as on -task as possible.
12
1997-98
Any class that is outside the school building when the emergency message is given, should return to
a safe location within the building.
FACULTY ON PLANNING PERIOD:
Contact the Main Office for instructions. Make yourselves available, as needed, in the halls of the
building in which your classroom is located. If students enter the hall, encourage them to return to
their classes.
CUSTODIANS AND CAFETERIA WORKERS:
Custodians should immediately report to the main building and lock all outside doors. Teachers near
outside doors will also be given keys and should lock the outside door as soon as possible. Workers
in the cafeteria should immediately lock all doors into the cafeteria and Commons area.
RESTORATION:
After order has been restored, one long ring will signal the all clear. Administrators shall consult with
the Edmonds Police Department and the Superintendent's office ' to determine whether classes will be
dismissed or continued. Directions will be given over the P.A. system.
After order has been restored, any persons involved in any way In the disturbance, should
immediately report to the Main Office and provide a written account of the incident she/he observed.
Be sure to include the time and exact location of the disturbance, names (or descriptions) of those
involved and any other pertinent information.
A memo from the Administration detailing all know facts will be disseminated to classes as soon as
possible.
13
1997-98
EMPL 0 YEE RESPONSIBILITY
As an employee of Edmonds-Woodway High School, I am responsible to:
1. Observe all district and building safety and health rules and apply the principles of accident
prevention in my day-to-day duties.
2. Report any job -related injury, illness or property damage to my supervisor and promptly
seek treatment.
3. Report hazardous conditions (unsafe equipment, floors) and unsafe acts promptly to my
supervisor or safety committee.
4. Observe all hazard warnings and refrain from smoking on District property.
5. Keep aisles, walkways and working areas clear of slipping and tripping hazards.
6. Know the location of fire/safety exits and evacuation procedures.
7. Keep all emergency equipment such as fire extinguishers, fire alarms, fire hoses, exit doors,
and stairways clear of obstacles.
8. Not report to work under the influence of alcoholic beverages or drugs nor to consume
them while on School District premises.
9. Observe safe operating procedures for equipment I am authorized to operate.
10. Follow proper lifting procedures at all times.
11. Ride as a passenger in a vehicle only if it is equipped with a rider's seat and safety belt.
12. Be alert to see that all guards and other protective devices are in their proper places before
operating equipment.
13. Wear personal protective equipment where required (ear, eye, gloves).
14. Not wear frayed, torn or loose clothing, jewelry, or long uniestrained hair near moving
machinery or other.sources of entanglement, or around electrical equipment.
15. Practice universal precautions in handling bodily fluids (Blood -borne Pathogens).
16. Support the District's effort to provide a safe and healthy working environment.
We strongly recommend that all staff members receive CPR and first aid
training and keep their certification up-to-date.
14
Page I of 1
Westfall, John
From: Westfall, John
Sent: ' Monday, June 18, 2001 9:49 AM
To: 'Olsovsky, Claire (ESC)'
Cc: Smith, Mike
Subject: RE: Storage
Claire:
Thanks for the opportunity before the storage goes in. If storage should remain with Terrace Park (?) and the
Maplewood Center occupying next year, the area should be exclusive to storage and not half storage/half
student activities unless two areas can be properly separated. Assuming ESD workers / maintenance or
instructional staff will be the only persons occupying the storage space on a permanent or occasional basis. If
you are dedicating a separate area in a common space to be shared with EVA2.1 occupancy activities, we
must evaluate the exiting system and I'll need floor plans showing all exits and openings.
No students should be allowed in storage area.
Some general thoughts on storage arrangement:
Boxed items preferred on rack storage.
Racks need to be secured from tippage.
Rack storage should be no higher than 12' to top of storage.
Floor storage of non-combustible and combustible items in stacked boxes or on pallets should be kept to 6' in
height.
I ask that aisles be kept to 44" minimum with storage on either side, 36" with storage on one side (wall on other
side).
Aisle arrangements should allow clear access to all door openings (around perimeter). Let's keep the
maximum width of one side of storage area at 12', allowing the other dimension to form lengthwise along
longer aisles.
I recommend smoke detection in the storage area, I can't remember if the cafeteria has been so detected.
Hope this helps. If you have any questions meet me or Inspector Mike Smith.
John ,
425 771-0213.
----- Original Message -----
From: Olsovsky, Claire (ESC) rinailto:OlsovskyC@edmonds.wednet.edu]
Sent: Friday, June 15, 2001 1:43 PM
To: 'Westfall, John'
Subject: Storage
Hi John,
We have a couple of schools in transition this summer and want to use old
Woodway High School's cafeteria as a storage space. How should we organize
the boxes? We need to maximize the use of the space, but we want to store
things safely. Is there an easy answer or do we need to meet there to look
at the cafeteria?
Claire
6/18/2001
Sent, By: WALKER SPEOIALTY CONST; 4258067383; Jul-2-02 15:11;
WALKER SPECIALTY
CONSTRUCTION INC.
July 2, 2002
Edmonds Fire Department
Attn: Fire Marshall
121 5"' Avenue North
Edmonds, WA
VIA FACSIMILE (425) 775-7721
RE: Asbestos Removal at Woodway High School
To Whom It May Concern,
Pursuant to RCW 19.27 WAC 51-34 & 51-35 we are notifying you that We will be
performing asbestos abaternent at the old Woodway High School located at 21200 100"'
Avenue West in Edmonds.
The project involves removinglimited quantities of asbestos conWning floor tile,
gypsum wall board, caulking and lay in ceiling tiles in support of a seismic upgrade
contract.
� The work is located through out the school and will involve small masked off
containments which will be clearly marked with asbestos warning signs. The duration is
for approximately I nionth. starting July 8 2002.
If you have questions please call our office at (206) 361-8913.
Sincerely
Bill Walker,
President
Page 212
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PO. Box 469 , Snohomieh, WA 98291-0469 - (206) 361-$913 - (360) 805-0354 - FAX (425) goo-7383
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FlILE
Mike Smith, Fire Inspector
Removal of 2 head sprinkler system in boiler room
Edmonds/Woodway HS 23200 1 OOh Ave W
I contacted John from Edmonds School Dist. At the old
Edmonds/Woodway HS today. New check valves and a PRV system are
being installed to the domestic water system in the boiler room. Installed
on the domestic water line is an old 2-head sprinkler system that protected
the incinerator that was removed about 20 years ago. John requested the
2-head system be removed, as it serves no purpose. This is the 4' or 5'
system the school district has removed from various schools over the
years. Permission was given to remove the system.
City of Edmonds Fire Department
SCHOOL SCIENCE LABORATORIES
A GUIDE TO SOME HAZARDOUS SUBSTANCES
A supplement to the National Institute for Occupational Safety and Health
Manual of safety and Health Hazards In the School Science Laboratory
Prepared by the
COUNCIL OF STATE SCIENCE SUPERVISORS
Technical support from the U.S. Consumer Product Safety Commission
and the National Institute for Occupational Safety and Health
1984
AAve.;
A
Pi
DR. FRANK B. BROUILLET—
Superintendent oi Public Instruction
Old Capit(A Buikfinv. 1:6 11 1, Myrnpid WA 96-504
RECEIVED
JUN 23 1997
EDMOND9 FIRE DEPT.
r.-L.
�ehs
. S)
ENVIRONWNTAL KALTH
SERVICES SECTION
Office of Environmental Health ProgrOM3
DIVISION OF HEALTH
A*2 .:IN�'IOF
, a.,t
F, LIN
Disclaimer
The Council of State Science Supervisors and the U.S. Consumer Product Safety
Commission make no claims for the completeness of the materials used in this
publication. Both organizations welcome additional information on any of the
substances listed or on other substances that should be listed.
ALL OR ANY PART OF THIS PUBLICATION MAY BE DUPLICATED.
This publication was made -possible by a contract (#C.83-1180) with the
U.S. Consumer Product Safety Commission
Washington, D.C. 20207
ACKNOWLEDGEMENTS
We wish to thank the following for their assistance in the preparation of this document:
Dr. Norbert J. Berberich,-Jr.
Chief, Curriculum Development Branch
National Institute for occupational Safety and Health
Mr s. Glenda White
Division of Training and Manpower Development
National Institute for occupational Safety and Health
Mr. Kenneth Giles
office of Outreach Coordination
U.S. Consumer Product Safety Commission
Mrs. Susan Womble
Directorate for Health Sciences
U.S. Consumer Product Safety Commission
Dr. Jay A. Young
Consultant, Chemical Health and safety
silver Spring, MD 20904
Mr. Larry C. Flinn, Jr.
Flinn Scientific, Inc.
Dr. Max Boder
Oregon state Health Officer
Mr. Richard F. Gates
Supervising Chemist
Environment Ouality Laboratories and Applied Research
Oregon
Mr. John G. Willard, C.I.H.
Chief, occupational Health Program
Texas Department of Health
Mrs. Florence Jordan
Environmental Information center
National Toxicology Program
National Institute for Environmental and Health Study
Research Triangle Park, North Carolina
Dr. Emory Sabotta
Dr. Joseph W. Klinsky
Dr. Lew Mitchell
Department of Environmental Health and Safety
Iowa State University
American Chemical Society
Committee of Chemical Safety
Washington, D.C. 20036
PREFACE
The purpose of this supplement to the NIOSH Manual of Safety and Health Hazards in the School
Science Laboratory is to identify certain potentially hazardous substances that may be in use in
many school laboratories and to provide an inventory of these substances so that science instruc-
tors may take the initiative in providing for the proper storage, handling, use, and, if warranted,
removal of hazardous materials.
This document provides lists of explosives, carcinogens, highly toxic, and/or corrosive or irritant
chemicals. These lists are not all-inclusive, nor do they address all of the hazards associated with
handling chemicals. For example, effects such as central nervous system depression, behavioral
modifications, cardiovascular alterations, or allergic reactions which may be associated with ex-
posure to various chemicals have not been addressed. Information on hazards associated with
chemicals which have not been addressed, or on chemicals not identified in this document should
be obtained from the manufacturer, supplier, local American Chemical Society section members
qualified consultants, or the appropriate government agency.
3
f I
TABLE OF CONTENTS
5
Section 1
Total Science Safety Program ..................
Section 2
Limitations of this Guide ........................................
7
Section 3
Instructions for Use of Health and Safety Tables ...................
9
Section 4
The Health and Safety Tables ..................................
11
Section 5
Safety Recommendations ......................................
17
Section 6
Chemical and Biological Storage Rooms and
21
Suggested Chemical Storage Patterns ........................
...
25
Section 7
The Science Inventory .........................................
Section 8
Recommendations for Textbook Publishers and
.... 49
Science Supply Companies ................................
51
Section 9
Resources ................. ....................
.............
Section 10
Sources Consulted ...........................................
53
57
Section 11
Evaluation ...................................................
A
Section I
TOTAL SCIENCE SAFETY PROGRAM
The goal of the Council of State Science Supervisors is to aid in the development of a complete
science safety program. The Council advocates the use of chemical substances in the teaching of
science courses and believes that student laboratory experiences are essential to a meaningful
science curriculum. The Council also recognizes that not all schools can provide conditions
necessary for the safe use of all chemicals in their labpratories. The purpose of this document,
therefore, is to alert science instructors to the hazards associated with the use of various chemicals
found In schools.
Qualified science instructors, teachers who have been trained in laboratory procedures and who
have knowledge of potential laboratory hazards, are the foundation of any total school science safety
program. There is no substitute for qualified professionals, and only they should be assigned to
teach science courses.
Some level of risk is inherent in almost all science activities. Determination of an acceptable level
of risk for all planned activities in the science curriculum is the challenge. It is imperative that
students learn to identify laboratory risks and follow safe procedures in handling potentially
dangerous substances.
The potential hazards of certain substances outweigh their usefulness. In some cases, hazardous
substances have come into the schools through governmental surplus property, industrial and col-
lege "give-aways," or special purchases for student projects. Often a hazardous reagent has been
stored in quantities for a long period of time with only the antique packaging serving as a clue to its
age.
The decision to use certain substances in the school laboratory should be based on the best
available knowledge of each chemical's particular hazard and the availability of proper handling
facilities. Substitutions, either of chemicals or experiments, often can be made to reduce hazards
without sacrificing Instructional objectives. When the risk outweighs the benefit and no substitute
chemical is available, then the experiment should be eliminated.
Section 2
LIMITATIONS OF THIS GUIDE
The list of potentially hazardous substances under discussion here is not all-inclusive, nor does it
address all of the hazards which can be encountered when handling chemicals. The substances listed
herein were identified by the National Institute for Occupational Safety and Health (NIOSH) in the
Manual of Safety and Health Hazards In the School Science Laboratory from an examination of the
secondary school biology, chemistry, earth science, and physics textbooks, current school supply
catalogs, and by the U.S. Consumer Product Safety Commission's (CPSC) Directorate for Health
Sciences from an examination of several school science inventories. The Safety Committee of the
Council of State Science Supervisors. with the assistance of several toxicologists from state depart-
ments of health, the CPSC Health Sciences staff, and other organizations, conducted a literature search
to gather information on the hazard associated with exposure to these substances.
Terms used herein are defined as follows:
CARCINOGEN — A substance capable of causing cancer or cancerous growths in mammals.
— "Known" labels indicate that sufficient information exists which shows a
definite relationship between exposure to a substance and cancer in humans.
— "Probable" labels indicate there is limited evidence in humans and/or sufficient
evidence in experimental animals.
MUTAGEN —
A substance capable of causing changes in the genetic material of a cell, which
can be transmitted during cell division.
HIGHLY TOXIC —
Agqnts or substances that when inhaled, absorbed or ingested in small amounts
can cause death, disablement, or severe illness.
EXPLOSIVE —
An unstable substance capable of rapid and violent energy release.
CORROSIVE —
A substance that causes destruction of t.issue by chemical action on contact.
IRRITANT —
A substance that on immediate, prolonged, or repeated contact with normal tissue
will induce a local inflammatory reaction.
As new information on chemicals used in school laboratories becomes available, this inventory may
be modified to include those chemicals.
7
Section 3
INSTRUCTIONS FOR USE OF HEALTH AND SAFETY TABLES
Adverse health effects depend upon both the inherent hazard of the substance and the degree of
exposure. Therefore, to reduce the risk of adverse health effects, exposure to hazardous substances
should be reduced to the lowest possible level, which may in some instances require removal.
Two catagories of potentially hazardous substances have been identified for the purpose of this
report:
(1) Substances with hazards that may be greater than their potential usefulness are found
in Tables 1 and 2. Table 1 contains chemicals which are explosive, and Table 2 contains
chemicals which have been identified as known or probable human carcinogens. It is recom-
mended that these substances NOT be used or stored in schools. If it is determined that the
use of these substances is vital to the course, special precautions to prevent exposure and/or
injury should be employed. Material Safety Data Sheets should be obtained on each chemical
delineating particular hazards or handling procedures. In addition, for carcinogens, handling
guidelines published by the Federal government should be followed. Those guidelines are
published in
(a) Carcinogens — Regulation and Control, U.S. Department of Health, Education
and Welfare, NIOSH, Publication No. (NIOSH) 77-205, Cincinnati, OH 45226, 1977
(b) Carcinogens — Working with Carcinogens, U.S. Department of Health, Education
and Welfare, NIOSH, Publication NO. (NIOSH) 77-206, Cincinnati, OH 45226, 1977
(2) Based on current knowledge of the hazards associated with chemicals contained in
Tables 3, 4 and 5, their potential usefulness may be outweighed by their associated risks,
even when handled with caution and approved safety procedures designed to minimize ex-
posure. Table 3 is a list of substances reported to be animal carcinogens and/or mutagens.
Table 4 is a list of substances with a high degree of toxicity. Table 5 is a list of substances
that are corrosive or irritating. Storage information is contained in the Science Inventory with
special attention given to fire hazards and special storage problems.
The tables are designed to give the chemical name of the substance, a registry identification
number, the classified hazard — although not the only hazard which the substance may present —
and space for the instructor to enter the amount presently being stored. The Chemical Abstract Ser-
vice (CAS) Registry Number has been employed in the tables because synonyms and/or trade names
frequently make identification complex. When requesting information about a chemical, the CAS
number is a convenient reference.
In order to evaluate the usefulness of this document, WE REQUEST THAT AFTER COMPLETING
AN INVENTORY OF CHEMICALS STORED IN THE SCHOOL, THE INSTRUCTOR FILL OUT THE
HAZARDOUS SUBSTANCE REMOVAL FORM (p. 55) AND MAIL A COPY TO THE U.S CONSUMER
PRODUCT SAFETY COMMISSION WITH AN EVALUATION OF THIS PUBLICATION (p. 57).
Section 4
HEALTH AND SAFETY TABLES
Table 1
B(PLOSIVES
CAUTION: This is not a comprehensive list of all possible explosive chemicals.
The substances in this table are NOT recommended for use or storage in schools, except as in-
dicated, unless an absolute need is determined and appropriate safety procedures are instituted.
REMOVAL: Explosives should be removed by trained fire or police bomb squads, or other qualified
officials. Limit movement of containers of such chemicals in order to minimize the
chance of detonation.
SUBSTANCE
CAS NO.
RECORD OF REMOVAL
WHO, WHERE TAKEN, DATE
P
Benzoyl Peroxide
94-36-0
Carbon Disulfi7del
75-15-0
Diisopropyl Ether'
108-20-3
Ethyl Ether'
60-29-7
Picric Acid'
88-89-1
Perchloric Acid,,
7601-90-3
[Potassium metal' j
7440-09-7 j
'The flashpoint of carbon disulfide 22 *F) is well below room temperature and small amounts of the vapor in air can be ex-
plosive.
'These chemicals become dangerous upon aging. Ethers and potassium metal can both form explosive peroxides upon ex-
Posure to air. Old opened containers of ether should be treated with great caution as should potassium metal not stored under
kerosene.
'Picric acid should always contain 10-20% water and bottles should be disposed of after two years. Dry picric acid is explosive.
'Although the 70% acidiwater mixture is not explosive by itself, the use of perchloric acid often leads to the formation Of per.
chlorates which are very explosive.
11
Table 2
SUBSTANCES IDENTIFIED* AS KNOWN OR PROBABLE HUMAN CARCINOGENS
CAUTION: This is not a comprehensive listing of all chemicals having substantial evidence of car-
cinogenicity. Further, each substance listed here may have additional health hazards.
These substances are NOT recommended for use or storage in schools unless an absolute need is
determined and appropriate use and storage safety procedures are instituted. If it is determined that
there is a definite need to use one of these carcinogenic chemicals, obtain additional information on
the risk involved. Information on many carcinogenic chemicals can be obtained from NIOSH or
CPSC. Ask for the NIOSH criteria document on the chemical of interest by writing to NIOSH, Publica-
tions Dissemination DSDTT, 4676 Columbia Parkway, Cincinnati, OH 45226, or write for additional in-
formation to CPSC, Directorate for Health Sciences, Washington, D.C. 20207. (For more information,
contact the groups listed in Section 9 of this document.) REMEMBER — Some carcinogens are more
potent than others and risk increases with level and duration of exposure.
REMOVAL: These substances should be removed by health authorities or a licensed commercial
company. All state, local and federal regulations must be adhered to in the removal pro-
cess. Once removed, the substances should not reenter the school. Instructions should
be added to the procedures for ordering chemicals to make sure that, once removed,
these chemicals are not reordered.
KNOWN CARCINOGENS
CAS NO.
AMOUNT
Arsenic Powder—
7440-28-2
Arse iic Pe r1toxide
13 3-28-2
Arsenic Trichloricle
lori
7784-34-1
Arsenic Trioxide
1327-53-3
Asbestos
1332-21-4
Benzene
71-43-2
Benzidine
92-87-5
Chromium Powder—
7440-47-3
Chromium (VI) Oxide
1333-82-0
Lead Arsenate
7784-40-9
Sodi im Arsenate
7631-89-2
Sodium Arsenite
7784-46-5
PROBABLE CARCINOGENS
CAS NO.
AMOUNT
Acrylonitrile
107-13
0
Cadmium Powder"
0
7440-43#-9
Cadmium Chloride
Cad nium Sulfate
10108-64-2
10124-36-4 -
Carbon Tetrachloride
56-23-5 -
Chloroform
67-66-3
0 "00"'
Ethylene 0 xide
75-21-8
N �j P
ickel Powder—
7440-
O-Toluidine
95-53-4
*Based on the International Agency for Research on Cancer (IARC) classification. "Known" carcinogens are IARC Group 1;
"Probable" carcinogens are IARC Groups 2A and 2B.
—Evidence for the carcinogenicity of these metals is derived from occupational exposure studies. Although it is uncertain
whether the metal or a metal Compound(s) is responsible, only respirable particulates are thought to be of concern,
12
Table 3
SUBSTANCES REPORTED AS ANIMAL CARCINOGENS* OR MUTAGENS**
ANIMAL CARCINOGENS: Reports on the extent of the hazard to. humans are not complete as of this
edition. Substances that are animal carcinogens should be regarded as posing a carcinogenic risk to
humans and should be used with appropriate caution.
MUTAGENS: The extent of the hazard to humans associated with exposure to mutagens is less clear
than it is with carcinogens. However, it is recommended that similar (to that exercised in handling
carcinogens) caution should be exercised in handling substances which are mutagenic.
Substances are identified as KNOWN ANIMAL CARCINOGENS or MUTAGENS
SUBSTANCE
CAS NO.
ANIMAL
CARCINOGENS
MUTAGENS
AMOUNT
Acetamide
60-35-5
0
0
Acridine Orange
494-38-2
a
Ammonium Chromate
7788-98-9
0
Ammonium Dichromate
Ammonium Bichromate
7789-09-5
0
Aniline (or any of its salts)
142-04-1
0
Anthracene
120-12-7
0
Antimony Oxide
4327-33-9
0
Beryllium Carbonate
66104-24-3
0
0
Cobalt Powder
7740-48-4
0
Colchicine
64-86-8
0
1,2-Dichloroethane
(Ethylene Dichloride)
107-06-2
0
0
1,4-Dioxane (p-Dioxane)
123-91-1
0
Formaldehyde
50-00-0
0
0
Hydroquinone
123-31-9
0
Indigo Carmine
860-22-0
0
Lead Diacetate
301-04-2
0
9
Nickel (11) Acetate
373-02-4
0
Osmium Tetraoxide
20816-12-0
0
Potassium Chromate
7789-00-6
0
Potassium Permanganate
7722-64-7
0
Pyrogallic Acid
87-66-1
0
Silver (1) Nitrate
7761-88-8
0
Sodium Azide
26628-22-8
0
Sodium Dichromate Dihydrate
7789-12-0
0
Sodium Nitrate
7631-99-4
0
Sodium Nitrite
7632-88-3
0
Thioacetamide
62-55-5
0
0
Toluene
108-88-3
0
Urethane (Ethyl Carbamate)
51-79-6
0
0
'Based on IARC classification or the National Toxicology Program testing classifications.
—Based on IARC classification, the National Toxicology Program testing classification, or the Registry of Toxic Effects of
Chemical Substances (following review of citations by CPSC).
13
Table 4
HIGHLY TOXIC SUBSTANCES THAT SHOULD ONLY BE USED WITH CAUTION
AND APPROVED SAFETY PROCEDURES
Substances in Table 4 are highly toxic as defined by the Federal Hazardous Substances Act
(FHSA). Very small amounts of these chemicals may cause immediate, acutely toxic reactions. All
necessary precautions should be taken to limit exposure to these highly toxic chemicals and
substitutes for such chemicals should be used whenever possible. V of a substance. The FHSA
The FHSA uses the LD5o and LC5o as a measure of the acute toxicit' rally administered
defines a highly toxic substance as one where the LDso is 50 mg/kg or less when o
or where the LCso is 200 ppm or less when a gas or vapor is inhaled. The L05o is the dose of a
substance that produces death in 50% of a group Of laboratory animals. The LCso is the vapor con-
centration of a substance that produces death in 50% of the animals. Although these measures 1 0 1 t
lethality can be influenced by a variety of factors, historically they have provided a measure of tOx C -
ty which can be used in estimating the comparative safety of substances. The LDso values in this
ing oral administration of the chemical to rats and are
table are determined for the most part follow expressed in parts per million (ppm). The
expressed in milligrams per kilogram (Mglkg). The LCso is
lowest LD5o or LCso reported in the literature is shown for each substance.
CAS NO.
LD,o (mgikg) or LCso (PPM) AMOUNT
SUBSTANCE
51-43-4
50 rng/kg
Adrenaline
5 to 50 mglkg
Barium Hydroxide
.17194-00-2
7782-50-5
137 ppm
Chlorine
64-86-8
50 mg/kg
Colchicine
7439-97-6
mercury presents a "181 1 pe 01 h
ard. Due to &cuts 0 chronic nourotol,
Mercury
1 i I Of ercu Vap rs.,the,.ccupationat
t.ty n a& in A nist iton ties set
to eiii oncent(ation, at
cc@ to
I 1cr r& 3 r cubic star.
7487-94-7
10 mg/kg
Mercuric Chloride
7774-29-0
40 mglkg
Mercuric iodide
Mercuric Nitrate
7783-34-8
21908-53-2
18 mg1kg
Mercuric Oxide
Mercuric Sulfate
13766-44-4
54-11-5
24 mg/kg
Nicotine
osmium Tetraoxide
20816-12-0
14 mg/kg
Phosphorus (White)
7723-14-0
4.8 mglkg
Phosphorus Pentoxide
1314-56-3
9.7 ppm
Potassium Cyanide
151-50-8
Potassium Periodate
7790-21-8
48 mg1kg
Silver Cyanide
506-64-9
Sodium Cyanide
143-33-9
4 mg/kg
'Acceptable Ceiling Concentration is the level which cannot be exceeded at anytime during an eight hour work shift.
*Toxicity is expected to be similar to other mercuric sails.
**Toxicity is expected to be simil.ar to Sodium Cyanide.
I f
Table 5
SUBSTANCES IDENTIFIED* AS CORROSIVE OR IRRITATING
THAT CAN BE USED WITH CAUTION AND APPROVED SAFETY PROCEDURES
For those substances labeled corrosive, great care should be taken to prevent contact with the skin
and especially with the eyes, since blindness or impaired vision could result. For those chemicals
labeled as irritants, care should be taken to avoid skin and eye contact; for volatile substances, addi-
tional care should be exercised to avoid inhalation of vapors.
SUBSTANCE
CAS NO.
CORROSIVE
IRRITANT
AMOUNT
Acetaldehyde
75-07-0
0
Acetic Acid
64-19-7
0
Acetic Anhydride
108-24-7
0
Aluminum Chloride
7446-70-0
0
Ammonia
1336-21-6
0
Ammonium Dichromate
7789-09-5
9
Ammonium Oxalate
14258-49-2
0
Antimony Pentachloride
7647-18.9
0
Antimony Oxide
1309-64-4
0
Antimony Trichloride
10025-91-9
0
Bismuth Trichloride
7787-60-2
0
Bromine
7726-95-6
Calcium Carbide
75-20-7
0
Calcium Fluoride
7789-75-5
0
Calcium Oxide
1305-78-8
0
Catechol (pyrocatechol)
120-80-9
0
Chlorine—
7782-50-5
0
Cupric Bromide
7789-45-9
0
Cupric Chloride
1344-67-8
0
Cupric Nitrate
10031-43-3
0
Cupric Sulfate
7758-98-7
0
p-Dichlorobenzene
106-46-7
0
Diethyl Phthalate
84-66-2
0
Ethyl Methacrylate
97-63-2
0
Ferric Chloride
7705-08-0
0
Hexachlorophene
70-30-4
0
Hydrochloric Acid
7647-01-0
Hydrofluoric Acid
7664-39-3
Hydrogen Peroxide (30%)
7722-84-1
0
Hydrogen Sulfide
7783-06-4
0
Hydroquinone
123-31-9
0
Iodine (crystals)
7553-56-2
0
Lead Carbonate
598-63-0
0
*According to NFPA and RTECS
* *Highly toxic substances included here for their corrosive or irritant characteristics.
15
Table 5. continued — Substances identified* as CORROSIVE or IRRITANT
SUBSTANCE
Lithium
CAS NO.
7439-93-2
CORROSIVE
0
IRRITANT
AMOUNT
Methyl Ethyl Ketone
78-93-3
0
Methyl Methacrylate
80-62-6
0
Methyl Salicylate
119-36-8
0
Naphthalene
91-20-3
0
Nitric Acid
7697-37-2
0
Oxalic Acid
144-62-7
0
Phosphorus (White)**
7723-14-0
0
Phosphorus Pentoxide**
1314-56-3
0
Phthalic Anhydride
85-44-9
0
Potassium Chromate
7789-00-6
0
Potassium Cyanide—
Potassium Fluoride
151-50-8
7789-23-3
0
0
Potassium Metal
7740-09-7
0
Potassium Hydroxide
1310-58-3
0
Potassium Permanganate
7722-64-7
0
Sodium Metal
7440-23-5
0
Sodium Cyanide**
143-33-9
9
Sodium Ferrocyanicle
13601-19-9
0
Sodium Hydroxide
1310-73-2
0
Sodium Sulfide
1313-84-4
0
Disodium Hexafluorosilicate
(Sodium Silicofluoricle)
16893-85-9
0
Stannic Chloride
7646-78-8
0
Sulfuric Acid
7664-93-9
0
Sulfuric Acid Fuming
. 8014-95-9
0
Titanium Trichloricle
7705-07-9
0
Toluene
108-88-3
0
Trichlorotrifluoroethane
76-13-1
0
Turpentine
8006-64-2
0
According to NFPA and RTECS
'Highly toxic substances included here for their corrosive or irritant characteristics.
19
Section 5
SAFETY RECOMMENDATIONS
WORK HABITS
— Never work alone in a science laboratory or storage area.
— Never eat, drink, smoke, chew gum or tobacco in a science laboratory or storage area. Do not
store food or beverages in the laboratory environment.
— Never pipette by mouth.
— Wash hands before and after work in a science laboratory, and after spill cleanups.
— Restrain loose clothing (e.g. sleeves, full cut blouses, neckties etc.), long hair and dangling
jewelry.
— Tape all Dewar flasks.
— Never leave heat sources unattended (e.g. gas burners, hot plates, heating mantles, sand baths,
etc.).
— Do not store reagents and/or apparatus on lab bench, and keep lab shelves organized.
— Never place reactive chemicals (in bottles, beakersiflasks, wash bottles, etc.) near the edges of a
lab bench.
— Use a fume hood when working with volatile substances.
— Never lean into the fume hood.
— Do not use the fume hood as a storage area.
Obtain and read the Material Safety Data Sheets (MSDS) for each chemical before beginning any
experiment.
Analyze new lab procedures in advance to pinpoint hazardous areas.
Analyze accidents to prevent repeat performances.
Protection should be provided for not only the lab worker but also the lab partner working nearby.
Do not mix chemicals in the sink drain.
— Always inform co-workers of plans to carry out hazardou� work.
— Record who worked with what, when, and how long In order to allow meaningful retrospective
contamination studies.
— Conduct regular In-house safety and health Inspections with an emphasis on improvement rather
than guilt.
— Inform lab occupants about the alarm bell and what to do if it sounds.
— Carry out regular fire or emergency drills with critical reviews of the results.
— Have actions pre -planned in case of an emergency (e.g. what devices should be turned off, which
escape route to use, a personnel meeting place outside the building, a person designated to
authorize re-entry into the building).
— Lab personnel should have recent training in first aid, CPR etc.
SAFETY WEAR
— ANSI (or equivalent standard) approved eye or face protection should be worn continuously.
— Gloves should be worn which will resist penetration by the chemical being handled and which
have been checked for pin holes, tears, or rips.
— Wear a laboratory coat or apron to protect skin and clothing from chemicals.
— Footwear should cover feet completely; no open -toe shoes.
FACILITIES AND EQUIPMENT
— Have separate containers for trash and broken glass.
— Never block any escape routes, and plan alternate escape routes.
— Never block a fire door open.
— Never store materials in lab or storage area aisles.
— All moving belts and pulleys should have safety guards.
— Instruct lab personnel in the proper use of the eye -wash fountain, emphasizing rolling of the eye-
balls, and turning eyelids "inside -out".
— Ensure that eye -wash fountains will supply at least 15 minutes of water flow.
— Sample breathing air space for measurement of possible contaminants, and keep good records.
17
SAFETY RECOMMENDATIONS. continued
— Regularly inspect fire blankets for rips and holes and keep good records of the inspections.
— Regularly inspect safety showers and eye -wash fountains and keep records of inspections.
— Keep up-to-date emergency phone numbers posted next to the phone.
— Place fire extinguishers near an escape route, not in a "dead end".
— Regularly maintain fire extinguishers, maintain records, and train personnel in the proper use of
extinguishers through actual fire situations.
— Acquaint personnel with the meaning of "Class A fire". ''Class 8 fire", etc., and how they relate to
fire extinguisher use.
— Regularly check hood for proper draft; also check that exhaust air from an external hood vent is
not redrawn into room air.
— Secure all compressed gas cylinders when in use and transport them secured on a hand truck.
— Install chemical storage shelves with lips, and never use stacked boxes in lieu of shelves.
— Only use an explosion -proof refrigerator for lab storage.
— Have appropriate equipment and materials available for spill control; replace when it becomes
dated. I
PURCHASING, USE, AND DISPOSAL
— If possible, purchase chemicals in class'size quantities only.
— Label all chemicals accurately with date of receipt, or Preparation, initialed by the person re-
sponsible, and pertinent precautionary information on handling.
— Generally, bottles of chemicals should not remain unused on shelves in the lab for more than one
week, in the store room near the lab unused for more than one month, or in the main stockroom
unused for more than one year.
— Follow all directions -for disposing of residues and unused portions of reagents.
— Properly store flammable liquids in small quantities in containers with a provision for bonding to
receiving vessels when the liquid is transferred.
— Never open a reagent package until the label has been read and completely understood.
— Have a Material Safety Data Sheet on hand before using a chemical.
— Prepare a complete list of chemicals of which you wish to dispose.
— Classify each of the chemicals on the disposal list into a hazardous or non -hazardous waste
chemical. (Check with the local environmental agency office for details.)
— Unlabeled bottles (a special problem) must be identified to the extent that they can then be class-
ified as hazardous or non -hazardous wastes. (Some landfills will analyze a mystery bottle for a
fee, if it is shipped to the landfill in a separate package, labeled as a sample, and accompanied by
a letter also identifying it as a sample, with instructions to analyze the contents sufficiently to
allow proper disposal).
SUBSTITUTIONS
Reduce risks by diluting substances instead of using concentrates.
Use micro/semi-micro techniques instead Of macro -techniques.
Use films, videotapes, and other methods rather than experiments involving hazardous sub-
stances.
Undertake all substitutions with extreme caution.
W.
CLASSES
— All science teachers should complete a science saiety course such as "Safety in.the School
Science Laboratory." It has been developed cooperatively by the Council of State Science Super-
visors (CSI) and the National Institute for Occupational Safety and Health (NIOSH). For informa-
tion concerning this course, please contact the local state science supervisor or Mrs. Glenda
White, Division of Training and Manpower Development, NIOSH. 4674 Columbia Parkway, Cincin-
nati, OH 45226.
— Other chemical safety training courses are offered by commercial organizations, universities,
professional societies and trade associations.
— All science teachers should complete a first aid and CPR course offered by the American Red
Cross.
EMERGENCY TELEPHONE NUMBERS
Post these numbers in a conspicuous place near the telephone:
Fire
Police
Rescue Squad
Hospital
Poison Control Center
The local fire department should be regularly informed of current hazardous situations in the lab,
and yearly visits by the fire chief are recommended. Nearby hospitals should be aware of current
specifics of hazardous chemicals used in the lab. Local physicians should be aware of proper
treatments for exposures to chemicals used in the lab.
OFFICIAL IINSPECTIONS
Although few schools have the necessary test instruments and personnel trained to conduct a
thorough inspection, local health authorities will be able to determine whether or not science
laboratory facilities, equipment and storage areas are safe for the substances being used in the pro-
gram. In the event local authorities are unable to perform this service, consultants from commercial
companies are available to make inspections and perpare written reports on their findings.
DAILY INSPECTIONS
Official inspections do not relieve the science instructor of the responsibility of daily and other
periodic inspections necessary to maintain a high standard of health and safety for the protection of
students and school property.
REFERENCES
.Many helpful suggestions may be found in the NIOSH publication Safety in the School Science
Laboratory.
E
F Section 6
CHEMICAL AND BIOLOGICAL STORAGE ROOMS AND SUGGESTED CHEMICAL STORAGE PATTERNS
One chemicalibiological storage room under the supervision of a qualified person is essential for
each school. The storage room should have adequate security. Safety facilities should include the
following:
— Fire extinguishers of the approved type, including sand and soda positioned near an escape
route.
— Spill control and clean-up materials.
— Master control shut-off valves for gas, water and electricity.
— Approved eye/face wash.
— Shower
— Smoke detector.
— Forced ventilation from floor to ceiling with exhaust above roof level.
— Lip -edged shelving secured to wall with top shelf below eye level.
— Safety cabinets for specific groups of compatible substances.
— A communication system to the main office or emergency center.
The alphabetical method of storing chemicals presents hazards because chemicals which react
violently with each other may be stored in close proximity. The J. T. Baker Chemical Company has
devised a simple color coding scheme to address this problem. The code includes both solid and
striped colors which are used to designate specific hazards as follows:
Red — Flammability hazard: Store in a flammable chemical storage area.
Red Stripe — Flammability hazard: Do not store in the same area as other flammable substances.
Yellow — Reactivity hazard: Store separately from other chemicals.
Yellow Stripe — Reactivity hazard: Do not store with other yellow coded chemicals; store separately.
White — Contact hazard: Store separately in a corrosion -proof location.
White Stripe — Contact hazard: Not compatible with chemicals in solid white catagory.
Blue — Health hazard: Store in a secure poison area.
Orange — Not suitably characterized by any of the foregoing categories.
21
Once the chemicals are sorted according to ther color codes, sorting into organic and inorganic
classes within a color should occur. The Flinn Chemical Catalog Reference Manual suggests
organic and inorganic groupings which are further sorted into compatible families. The compatible
families suggested* are:
INORGANIC
1 . Metals, hydrides
2. Halides, sulfates, sulfites, thiosulfates,
Phosphates, halogens
3. Amides, nitrates— (except ammonium
nitrate), nitrites—, azides**, nitric acid
4. Hydroxides, oxides, silicates, carbonates,
carbon
5. Sulfides, selenicles, phosphicles, carbides,
nitrides
6. Chlorates, perchlorates* *, perchloric
acid**, chlorites, hypochlorites,
peroxides—, hydrogen peroxide
7. Arsenates, cyanides, cyanates
8. Borates, chromates, manganates,
permanganates
9. Acids (except nitric)
10. Sulfur, phosphorus—, arsenic, phosphorus
pentoxide * *
ORGANIC
1. Acids, Anhydrides, peracids
2. Alcohols, glycols, amines, amides, imines,
imides
3. Hydrocarbons, esters, Aldehydes
4. Ethers—, ketones, ketenes, halogenated
hydrocarbons, ethylene oxide
5. Epoxy compounds, isocyanates
6. Peroxides, hydroperoxides, azides
7. Sulfides, polysulficles, sulfoxides, nitriles
8. Phenols, cresols
Using a combination of the J. T. Baker and Flinn Scientific storage schemes should eliminate
chemical incompatibilities in the chemical storage room.
On the opposite page is a suggested Arrangement of the compatible chemical families on the shelf
areas of a chemical storage room. This suggested arrangement is taken from the Flinn Chemical Catalog
Reference Manual.* It should be remembered that storage shelves should not be above eye level and the
chemicals marked with a double asterisk (**) deserve special attention due to their potential instability.
Additional information on chemical incompatabilities can be found on p. 45.
Be sure to follow local fire codes when storing flammable chemicals in separate cabinets.
STORAGE SUGGESTIONS
1. Avoid floor chemical storage (even temporary)
2. No top shelf chemical storage
3. No chemicals stored above eye level
4. Shelf assemblies are firmly secured to walls.
Avoid island shelf assemblies.
5. Provide anti -roll lips on all shelves
6. Ideally shelving assemblies would be of wood
construction
7. Avoid metal, adjustable shelf supporls and
clips. Better fixed, wooden supports.
8. Store acids in dedicated acid cabinet. Store
nitric acid In that same cabinet only if isolated
from other acids. Store both inorganic and
some organic acids in the acid cabinet.
9. Store flammables in a dedicated flarnmables
cabinet.
10. Store severe poisons in a dedicated poisons
cabinet.
*Reprinted with permission of Flinn Scientific, Inc., P.O. Box 231, Batavia, IL 60510 U.S.A.
—These chemicals deserve special attention due to their potential instability.
22
.11 0
SUGGESTED SHELF STORAGE PATTERN - INORGANIC
INORGANIC #10 INORGANIC #7
SULFUR, PHOSPHORUS. ARSENIC, ARSENATES, CYANIDES, CYANALES
PHOSF440RUS PENTOXIDE (Sk" away t")m any Wate"
INORGANIC N2 INORGANIC #5
HALIDES. SULFATES, SULFITES, SULFIDES, SELENIDES, PHOSPHIDES.
THIOSULFATES, PHOSPHATES CARBIDES. NITRIDES
HALOGENS, ACETATES
INORGANIC #3
AMIDES, NFTRATES INORGANIC #8
tNot AMMONIUM NITRATE) BORATES. CHROMATES,
NITRITES, AZIDES MANGANATES, PERMANGANATES
Mixe Anvnonkgn Nftrzft we" tmm
10 Wier taftiances — WILATE ITI)
INORGANIC #1 INORGANIC #3
CHLORATES, PERCHLORATES,
METALS & HYDRIDES CHLORITES, PERCHLORIC ACID,
islim away t-n wW — -
(Sim figammatiat sailds in Rownsities cmbkwU PEROXIDES. HYPOCHLORITES.
HYDROGEN PEROXIDE
INORGANIC #4
HYDROXIDES. OXIDES, SILICATES. MISCELLANEOUS
CARBONATES, CARBON
INORGANIC #9
ACIDS, except NITRIC
(Acids are b ' eat stored In
dedicated cabinetso
I
ACID
I
Store Nitric Acid away from
other acids uniess your acid
cabinet provides a separate
compartment for Nitric Acid.
11 possible
avoid
using the floor
SUGGESTED SHELF STORAGE PATERN - ORGANIC
ORGANIC #2
ALOOHOLS. GLYCOLS. AMINES,
AMIDES, IMINES. INIDES
(SWas Ilewnritatfte in a dedlicelied
ORGANIC #3
HYDROCARBONS, ESTERS, ALDEHYDES
gAme Awnenablia in a dedicated cabinan)
ORGANIC #4
ETHERS. KETONES. KETENES.
HALOGENATED HYDROCARBONS.
ETHYLENE OXIDE
rAws ftewwrabin in a I I I , IN it
ORGANIC 05
EPDXY COMPOUNDS. ISOCYANATES
ORGANIC #7
SULFIDES. POLYSULFIDES, ETC
ORGANIC #8
PHENOL CRESOLS
ORGANIC #6
PEROXIDES. AZICIES. HYDROPEROXIDES
ORGANIC 01
ACIDS. ANHYDRIDES. PERACIDS
(Si *~ 0MIeft K*ls in acid Cabwwt)
MISCELLANEOUS
MISCELLANEOUS
STORE
SEVERE POISONS
IN
POISONS CABINET
I I POISON 11
I
ORGANIC #2
ALCOHOLS. dLYCOLS, ETC
I
ORGANIC #3
HYDROCARBONS. ESTERS. ETC
ORGANIC #4
ETHERS. KE�ONES. ETC .
I STORE FLAMMABLES IN A
DEDICATE CABINET
FLAMMABLES
it possible
avoid
using the floor
23
Section 7
SCIENCE INVENTORY AND STORAGE HAZARDS
This list is derived from a current school supply catalog as well as from Chemicals identified as be-
ing in high school laboratories. The two complementary organization schemes are included under
the "Organization" heading of this list. The colors refer to the J. T. Baker system (page 21) and the
numbered inorganic and organic catagories are derived from the Flinn Scientific scheme (page 22).
The suggested joint use of these two systems is as follows: (1) Divide the chemicals within their
color coding; (2) Separate chemicals within their color according to the inorganic and organic
classifications; (3) Separate acids from bases, and oxidizers from reducing agents; and (4) store all
compressed gases separately.
Substances listed in Tables 1-5 are also identified in this list. The National Fire Protection
Association flammability classifications have been used to designate the "Storage Hazard." They
are based on the flashpoints of materials and are the following: if the flashpoint is less than 73*F. the
material is highly flammable; between 73*F. and 1000F. the material is flammable; and between
1000F. and 2000F. the material is combustable. TABULATED BELOW ARE STORAGE AND USE
HAZARDS FOR EACH CHEMICAL. THE ABSENCE OF A HAZARD. OR TOXICITY DESIGNATION IS NOT
MEANTTO IMPLY SAFETY. Chemical carcinogens (Tables 2 and 3) should be clearly designated.
SUBSTANCES
ORGANIZATION
STORAGE HAZARDS
AMOUNT
Acetalclehyde (Table 5)
Organic #3, Red
Oxidizes readily in air to form
unstable peroxides
Acetamide (Table 3)
Organic #2, Orange
Acetanilicle
Organic #2, Orange
Acetic Acid (Table 5)
Organic #1, Red
Combustible, above 103*F.
Explosive vapor air mixture
(fireproof storage)
Acetic Anhydride (Table 5)
Organic #11, Red Stripe
Combustible, above 120'F. ex-
plosive potential (fireproof storage)
Aceto Carmine (Natural Red 4)
Miscellaneous, Dye
Acetone
Organic #4, Red
Highly flammable, vapor air mixture
explosive (fireproof, cool storage)
Aceto-orcein (Orcinol)
Miscellaneous, Orange
Acetylcholine
(as bromide or chloride)
Organic #3
Acridine Orange (Table 3)
Miscellaneous, Dye
Acrylonitrile (inhibited)
(Table 2)
Organic #2, Red
I Flammable, explosive
1(fireproof storage)
Adenine
Organic #2, Orange
Adrenaline (Table 4)
Organic #2, Orange
Agar
Miscellaneous, Orange
Alanine
Organic #2, Orange
Albumin
Miscellaneous, Orange
Alizarin Yellow
Miscellaneous, Dye
Alizarin Red (Red #1)
Miscellaneous, Dye
Alum
Inorganic #2, Orange
See aluminum ammonium sulfate,
aluminum potassium sulfate
Aluminum Ammonium Sulfate
Inorganic #2, Orange
Aluminum Chloride, hydrate
(rable 5)
Inorganic #2, Orange
Aluminum Chloride, anhydrous
(Table 5)
Inorganic #2, Yellow
Store separately from strong bases.
reacts violently with water
25
Section 7, continued - Science Inventory and Storage Hazards
SUBSTANCE
ORGANIZATION
STORAGE HAZARD
AMOUNT
Aluminum Hydroxide
Inorganic #4, Orange
Aluminum, metal
Inorganic #1, Red
Aluminum Nitrate
Inorganic #3, Yellow
Enhances combustion of other
materials (avoid contamination)
Aluminum Oxide
Inorganic #2, Orange
Aluminum Potassium Sulfate
Inorganic #2, Orange
Aluminum Sodium Sulfate
Inorganic #2, Orange
Aluminum Sulfate
Inorganic #2, Orange
Ammonia, liquid (Table 5)
Inorg. #4, White stripe
Ammonium Acetate
Inorganic, #2, Orange
Ammonium Bicarbonate
Inorganic #4, Orange
Ammonium Bichromate
(Table 3, 5)
Inorganic N8, Yellow
Many reactions may cause fire and
lexplosion (fireproof storage)
Ammonium Bromide
Inorganic #2, Orange
Ammonium Carbonate
Inorganic #4, Orange
Ammonium Chloride
Inorganic #2, Orange
Ammonium Chromate
(Table 3)
Inorganic #8, Blue
Ammonium Citrate
Inorganic #8, Orange
Ammonium Dichromate
(Table 3, 5)
Inorganic #8, Yellow
See Ammonium Bichromate
Ammonium Hydroxide
Inorg. #4, White stripe
Ammonium Iodide
Inorganic #2, Orange
Ammonium Metavanadate
Inorganic #2
Ammonium Molybdate
Inorganic #8, Orange
Ammonium Nit ate
Yellow, store separately
Enhances combustion of other
substances, strong oxidant
(fire Proof storage)
Ammonium Oxalate (Table 5)
Inorganic # 2, White
Ammonium Persulfate
Inorganic #6, Yellow
Enhances combustion of other
substances; explosive reaction with
reducing agents, metals
Ammonium Phosphate
Inorganic #2, Orange
Amm)nium Sulfate
Inorganic #2, Orange
Ammonium Sulfide Inorganic
#5, Red
Am onium Sulfite Inorganic
#2, Orange
Ammonium Tartrate Inorganic
#2, Orange
Ammonium Thiocyanate Inorganic
V, Orange
Amyl Acetate
Organic #3, Red Flammable,
(fireproof
explosive
s,torage)
N-Amyl Alcohol
Organic #2, Red Combustible
Aniline (Table 3)
Organic #2, -Red Combustible;
air
away
above 160*F. explosive
vapor mixtures (fireproof storage.
from acids, oxidants)
26
Section 7, continued - Science Inventory and Storaqe Hazards
SUBSTANCE
ORGANIZATION
STORAGE HAZARD
AMOUNT
Aniline Blue
Miscellaneous, Dye
Aniline Hydrochloride
(Table 3)
Organic #2, Orange
Aniline Violet
Miscellaneous, Dye
Anthracene (Table 3)
Organic #3, Orange
Antimony
Inorganic #1, Blue
Antimony Oxide (Trioxide)
(Table 3, 5)
Inorganic #4, Blue
Antimony Pentachloride
(Table 5)
Inorganic #2, White
Antimony Potassium Tartrate
Inorganic #2, White
Antimony Trichloride (Table 5)
Inorganic #2, White
Antimony Trisulfide
Inorganic #5, Blue
May enhance combustion of
other substances
Arabinose
Organic #2, Orange
Arsenic (Table 2)
Inorganic #10, Blue
Arsenic Chloride (Trichloride)
(Table 2)
Inorganic #10, Blue
Arsenic Pentoxide (Table 2)
Inorganic #10, Blue
Arsenic Trioxide
(Arsenous Acid) (Table 2)
Inorganic #7, Blue
Asbestos (Table 2)
Inorganic #4, Blue
Ascorbic Acid
Organic #1, Orange
Balsam
Organic #2, Orange
Barford Reagent
Organic #1, Orange
Contains cupric acetate, acetic acid
and water
Barium Acetate
Inorganic #2, Blue
Barium Carbonate
Inorganic #4, Orange
Barium Chlorate
Inorganic #6, Yellow
Enhances combustion of other
substances: explosive, oxidant
Barium Chloride
Inorganic #2, Blue
Barium Hydroxide (Table 4)
Inorganic #4, Blue
Barium Nitrate
Inorganic #3, Yellow
Enhances combustion of other
substances; explosive, oxidant
Barium Oxalate
Inorganic #2, Blue
Barium Oxide
Inorganic #4, Blue
Oxidant
Barium Peroxide
Inorganic #6, Yellow
Enhances the combustion of other
substances: many reactions cause
fire or explosion
Barium Sulfate
Inorganic #2, Orange
Barium Sulfide
Inorganic #5, Blue
Beal Orcinol Reagent
Organic #2, Red
Contains resorcinol, ethyl alcohol,
and ferric chloride
Beeswax
Miscellaneous, Orange
Benedict's Solution
Inorganic #2, Orange
27
Section 7, continued - Science Inventory and ctr)rnnA Hq7nrri,-
SUBSTANCE ORGANIZATION
TORAGE HAZARD
AMOUNT
Benzaldehyde
Organic #3, Red
Combustible: above 145 *F. explosive
ir vapor mixtures (fireproof storage)
Benzene (Table 2)
Organic #3, Red stripe
Highly flammable (fireproof storage)
Benzidine (Table 2)
Organic #2, Blue
Benzoic Acid
Organic #1, Orange
Benzoyl Peroxide (Table 1)
Organic #6, Yellow stripe
Contamination or heating can cause
violent decomposition
Beryllium Carbonate (Table 3)
Inorganic #4, Blue
Biphenyl (Diphenyl)
Organic #3, Red
Bismuth Nitrate
Inorganic #3, Yellow
Oxidant
Bismuth Trichloricle (Table 5)
Inorganic #2
Boric Acid
Inorganic #9, Orange
Bouin's Fluid
Organic #1, White
Saturated picric acid solution,
formalin and acetic acid
Brilliant Green
Organic #3, Dye
Bromine (Table 5)
Inorg inic #2, Yellow
Many reactions may cause fire and
explosion; oxidant
Bromine Water
Inorg inic #2, -Yellow
Ox -idant
Bromocresol Green
Miscellaneous, -Dye
Bromocresol Purple
Miscellaneous, Dye
Bromophenol Blue
Miscellaneous, Dye
Bromothymol Blue
Miscellaneous, Dye
Butanol (n-Butyl Alcohol)
Organic #2, Red
Flammable, explosive
(fireproof storage)
Butyric Acid
Organic #1, White
Explosive in above 161 *F. air vapor
mixtures (fireproof storage)
Cadmium Acetate
Inorganic #2, Blue
Cadmium Carbonate
Inorganic #4, Blue
Cadmium Chloride (Table 2)
Inorganic #2, Blue
Cadmium, metal (Table 2)
Inorganic #11, Blue
Cadmium Nitrate
Inorg. #3, Yellow stripe
Oxidant
Cadmium Oxide
Inorganic #4, Blue
Cadmium Sulfate (Table 2)
Inorganic #2, White
Calcium
Inorganic #1, Red
Many reactions may cause fire or
explosion
Calcium Acetate
Inorganic W, Orange
Calcium Bromide
Inorganic #2, Orange
Calcium Carbide (Table 5) Inorganic
#5, Red
Reaction with water may cause fife
and explosion
Calcium Carbonate Inorganic
#4, Orange
Calcium Chloride Inorganic
#2, Orange
Calcium Dioxide Inorganic
#4, Yellow
Calcium Fluoride (Table 5) Inorganic
#2, Orange
28
Section 7, continued — Science Inventory and Storage Hazards
SUBSTANCE
ORGANIZATION
STORAGE HAZARD
AMOUNT
Calcium Hydroxide
Inorganic #4, Orange
Calcium Hypochlorite
Inorganic #6, Yellow
Enhances combustion of other
i substances; oxidant
Calcium Nitrate
Inorganic #3, Yellow
Enhances combustion of other
substances: oxidant
Calcium Oxide (Table 5)
Inorganic #4, Orange
Calcium Phosphate
Inorganic #2, Orange
Calcium Sulfate
Inorganic #2, Orange
Camphor
Organic #4, Red
Combustible: above 150*F.
explosive vapor air mixtures
Carbolfuchsin (Ziehl's Stain)
Organic #2
Carbolic Acid (Phenol)
Organic #8, Blue
Carbon
Inorganic #10, Orange
Carbon Dioxide
Miscellaneous
Solid can cause frostbite
Carbon Disulfide (Table 1)
Organic #7, Red
Highly flammable, explosive
(fireproof storage under 'water or
inert gas)
Carbon Tetrachloride
(Table 2)
Organic #4, Blue
Carborundurn
Inorganic #4, Blue
Carmine
Miscellaneous, Dye
Carnoy Fixative (mixture of
alcohol, acetic acid and
chloroform)
Organic #2, Red
Flammable
Casein
Miscellaneous, Orange
Catechol (1,2-dihydroxy-
benzene) (Table 5)
Organic #8, Red
Combustible
Ceric Sulfate
Inorganic #2, Yellow
Fire risk in presence of organic
substances
Charcoal
Inorganic #10, Red
Chloral Hydrate
Controlled Substance
Blue
Should not be stored on
school premises
Chloretone (Chlorobutanol)
Organic #2, Blue
Chlorine (Tables 4,5)
i
Bottled gas, Yellow
I
N4any reactions may cause fire and
explosion
Chlorine Water
Inorganic #2, Yellow
Chlorobenzene
-1
Organic #4, Red
Combustible; above 84*F. explosive
vapor air mixtures (fireproof storage)
Chloroform (Table 2)
Organic #4, Blue
Chorionic Gonadatropin
Miscellaneous, Orange
Chromium (Table 2)
Inorganic #11, Blue
Chromium Acetate
Inorganic #2, Blue
Chromium Cffloride
Inorganic #2, Orange
Chromium Nitrate
Inorganic #3, Yellow
Strong Oxidant
Chromium VI Oxide (Table 2)
Inorganic #4, Blue
Oxidant
ORE
Section 7, continued — Science Inventory and Storage Hazards
SUBSTANCE ORGANIZATION STORAGE HAZARD
AMOUNT
Chromium (111) Potassium
Sulfate Inorganic #2, Orange
Chromium Trioxide (Table 2) Inorganic #4, Yellow Many reactions may cause fire and
explosion: strong oxidant
Cobalt (Table 3) Inorganic #1, Orange Dust is flammable
Cobalt Chloride 1; Inorganic #2, Blue
Cobalt Nitrate
Inorganic #3, Yellow Enhances the combustion of other
I substances; oxidant
Cobalt Sulfate
Inorganic #2, Orange
Colchicine (Tables 3, 4)
Organic #8, Blue
Cupric Acetate
Inorganic #2, Orange
Cupric Bromide (Table 5)
Inorganic #2, Orange
Cupric Carbonate
I �no rg a n �ic #4, �®ra n g �e
Cupric Chloride (Table 5)
Inorganic #2, Orange
Cupric Nitrate (Table 5)
Inorganic #3, Yellow
I Strong oxidant
Cupric Oxide
Inorganic #4, Orange
Cupric Sulfate (Table 5)
Inorganic #2, Orang
Cyclohexane
organic #3,-Red
Highly flammable (fireproof storage)
Cyclohexene
Organic #3, Red
Highly flammable (fireproof storage,
add inhibitor)
Deoxyribonucleic Acid
Organic #1, Orange
Dextrin Starch
Miscellaneous, Orange
Dex -ose
I
Miscellaneous, Orange
Diastase of Malt
Miscellaneous, Orange
P-Dichlorobenzene (Table 5)
Organic #4, Red
Combustible; above 150*F. explosive
air vapor mixtures (fireproof storage)
Dichloroethane (Table 3)
Organic �#4,Red
See ethylene dichloride
Dichloroindophenol
Sodium Salt
Organic #8
Dichloromethane
Organic #4, Blue
See methylene chloride
Dichlorophenol (Table 5)
Organic #8, Blue
Diethyl Phthalate
Organic #4, Red
Combustible
Digitonin
Organic #3
Diisopropyl ether (Table 1)
Organic #4, Red
Explosive
N,N Dimethylaniline
—
Organic #2,
Combustible: above 145*F. explosive
vapor air mixtures (fireproof storage)
Dimethylglyoxime
Organic #2
1,4-Dioxane (P-Dioxane)
(Table 3)
Organic #4, Red
peroxides
Flammable; may develop explosive
(fireproof storage)
Diphenylamine
Organic #2, Orange
Dipotassium Chromate
Inorganic #8, Yellow Oxidant
EDTA
Organic #11, Orange
Q—fi 7 �nntini,ori — �,rhonr-a lnvpntf)ry and Storaae Hazards
SUBSTANCE 'ORGANIZATION
STORAGE HAZARD
AMOUNT
Eosin miscellaneous,
Epinephrine Organic #2, Orange
See adrenaline
Epsom Salt !inorganic #2, Orange
See magnesium sulfate
Erythrosine !miscellaneous, Dye
Ether, Ethyl (Table 1)
Organic K Red
Highly flammable, explosive, forms
peroxides
Ethyl Acetate
Organic #4, Red
Flammable, explosive
(fireproof storage)
Ethyl Alcohol
Organic #2, Red
Flammable
Ethylene Dichloride (Table 3)
Organic K Red
Flammable
Ethylene Glycol
Organic #2, Orange
Ethylene Oxide (Table 2)
Organic #5, Red
Highly flammable (fireproof storage)
Ethyl Methacrylate (Table 5)
Organic #3, Red
Flammable
F.A.A. Solution
Organic #2, Red
Contians formaldehyde, ethyl
alcohol and acetic acid
Fehling's Solution A linorganic
#2, Orange
Fehling's Solution B 11norganic #4
Ferric Acetate
Inorganic #2, Orange
Combustible
Ferric Ammonium Acetate
Inorganic #2, Orange
Ferric Ammonium Citrate
inorganic #2, Orange
Ferric Ammonium Sulfate
Inorganic #2, Orange
Ferric Chloride (Table 5)
Inorganic #2, Orange
Ferric Nitrate
Inorganic #3, Yellow
Oxidant
Ferric Oxide
Inorganic, #4, Orange
Ferric Phosphate
Inorganic, #2, Orange
Ferric Sulfate
inorganic #2, Orange
Ferrous Ammonium Sulfate
Inorganic #2, Orange
Ferrous Chloride
Inorganic #2, Orange
Ferrous Nitrate
inorganic #3, Orange
Ferrous Oxide
Inorganic #4, Orange
Ferrous Sulfate
inorganic #2, Orange
Ferrous Sulfide
Inorganic #5, Orange
Feuigen Stain
Miscellaneous, Dye
See Schiff Reagent
Flagella Stain
Miscellaneous, Dye
See Loeffler's Stain
Fluorescein
organic #8
Formaldehyde (Table 3)
Organic #3, Red
Formalin (Table 3)
Organic #3
37%-50% solution of formaldehyde
Formic Acid
Organic #1, Red
Above 156*F. explosive
vapor air mixtures
Fructose
Miscellaneous, Orange
Fuchsin
Miscellaneous, Orange
31
Section 7, continued — Science Inventory and Storage Hazards
SUBSTANCE
ORGANIZATION
STORAGE HAZARD
AMOUNT
Fumaric Acid
Organic #1
Combustible
Gasoline
Organic #3, Red
Highly flammable
Gelatin
Misc,-Ilaneous, Orange
Gentian Vi.olet
Miscellaneous, Orange
See Methyl Violet
Gibberellic Acid
Organic #1,'Erange
Giemsa Stain
Organic #2,-6ye
Gilson Fluid
Organic #2
Contains acetic acid, nitric acid,
ethyl alcohol, and zinc chloride
Glucose
Organic #2, Orange
Glycerine
Organic #2, Orange
See Glycerol
Glycerol
Organic #2, Orange
Gold Foil
inorganic #11, Orange
Gram's Iodine Stain
Miscellaneous, Dye
Graphite
inorganic #1, Red
Gum Arabic
Organi #1, Orange
Gum Tragacanth
Organic #2, Orange
Eulfate
Gypsum
Inorganic #2, Orange
See Calcium sulfate
Hayem's Solution
Inorganic #2, Blue
Contains mercuric chloride, sodium
chloride. and sodium sulfate
Helium
Bottled Gas
Hematoxylin
Organic #2, Blue
Heptane
Organic #3, Red
Flammable; explosive vapor air
mixtures
Hexachlorophene
[2,2-Methylenebis (3,4,6
trichlorophenol)] (Table 5)
Organic #8, Blue
Hexane
Organic #3, Red
Hoitfreter's Solution f
Inorganic —#2, Orange
Contains sodium chloride,
0 r ,d e
Potassium Chloride, calcium
c a ,C u m
,a
chloride. sodium bicarbonate
r b 0 n ate
Hydroiodic Acid
Inorganic #9, White
Hydrochloric Acid ffZle 5)
Inorganic #9, White
Hydrofluoric Acid (Table 5)
Inorganic #9, White
Hydrogen
Bottled Gas, Red
Highly flammable, explosive
Hydrogen Peroxide, TO—%
(Table 5)
Inorganic #6, Yellow
Enhances combustion of other
substances, Possible explosive
mixed with other substances
Highly flammable, explosive gas
Hydrogen Sulfide (Table 5)
Inorganic #5, Red
Hydroquinone (Tables 3, 5)
Organic #3, Red
Indigo
Miscellaneous, Dye
Indigo Carmine (Table 3)
Miscellaneous, Dye
Indolacetic Acid (Table 3)
Organic #1
Indolphenol Sodium Salt Inorganic
#8
�Fu
7 4 - Q�ianna Invantnry ;;nri F;tnracie Hazards
SUBSTANCE 0
RG A N�l Z ALT ION STORAGE�IHIAZARD
AMOUNT
Iodine (Table 5) Inorganic
iko V
#2, White
Iron Acetate Inorganic
#2, Orange See
Ferric Acetate
Iron, metal inorganic
#1, Orange
--
Iron Pyrite inorganic
i
#2, Orange 'see
Ferrous Sulfide
Isciamyl Alcohol
organic #2, Red Combustible
Iscibutyl Alcohol
Isopentyl Alcohol
isopropyl Alcohol
Organic #2, Red Combustible,
exolosive above 82-F.
Organic #2, Red ISee
Isciamyl Alcohol
Organic #2, Red Flammable
Janus Green B
Miscellaneous, Dye
Kaolin
Inorganic #4, Orange
Kerosene
Lactic Acid
Organic #3, Red
air
Combustible; above I 10*F. vapor
mixtures are explosive
Organic #1, White
Miscellaneous, Orange
Lactose
Lauric Acid
Organic #1
Combustible
Lead Acetate (Table 3) -
inorganic #2, Blue
Lead Arsenate (Table 2)
organic V, Blue
Lead Carbonate (Table 5)
inorganic #4, Blue
Lead Chloride
inorganic #2, Blue
Oxidant
Lead Dioxide
inorganic #4, Yellow
Enhances the combustion of other
substances; oxidant; reacts violently
Lead Iodide
inorganic #2, Blue
Lead, metal
Inorganic #1, Orange
lic #
Lead Monoxide (Litharge)
I
inorganic #4, Blue
Lead Nitrate
Inorganic #3, Yellow
Enhances combustion of other
substances: oxidant
Lead Oxide
Lead Pe roxide
ead Sulfate
Lead Sulfide (Galena)
Lead Tetraoxide
inorganic #4, Blue
Oxidant: strong reactant
inorganic #4, Yellow
See Lead Dioxide
inorganic #2, White
inorganic #5, Blue
inorganic #4, Blue
ESee L:e:ad:Oxide
Lime Water
Linseed Oil
inorganic #4, Orange
See Calcium Hydroxide
organic #2, Red
Lithium Carbonate
inorganic #4, White
Lithium Chloride
inorganic #2, Orange
Lithium Hydroxide
Lithium, metal (Table 5)
Inorganic #4, White
Reacts violently with acids
Inorganic #1, Red stripe
Flammable; reacts violently with
water, oxidants (fireproof storage)
Lithium Nitrate
Inorganic #3, Yellow
Oxidant
Inorganic #2, Orange
Lithium Sulfate
Litmus
Miscellaneous
33
Section 7, continued — Science Inventory and Storage Hazards
SUBSTANCE
ORGANIZATION
STORAGE HAZARD
AMOUNT
Loeffler's Flagella Stain
Organic #2
Contains fUChSin, ethyl alcohol
and aniline
Logwood Extract (Hematin)
Organic #2
Luminol
Miscellaneous
Explosive as dust
See Sodium Hydroxide
Highly flammable in powder form;
lexplosive
Lugol's Iodine
Inorganic #2, Blue
Lycopodium Powder
-----------
Miscellaneous
Lye
Inorg. #4, White stripe
Magnesium Acetate
Inorganic #2, Orange
Magnesium Bromide
Inorganic #2, Orange
Magnesium Carbonate
Inorganic #4, Orange
Magnesiu Chlo ide
Inorganic #2, Orange
Magnesium, metal
Inorganic #1, Red
Magnesium Nitrate
Inorganic #3, Yellow
Enhances combustion of other
substances; oxidant
Magnesium Oxide
Inorganic #4, Orange
Magnesium Sulfate
Inorganic #2, Orange
Magnesium Trisilic
Inorganic #4, Orange
Malachite Green
MiscDllane)US
Maleic Acid
Organic #1, Red
Combustible
Malonic Acid
Organic #11, White
W I
Maltose
Miscellaneous, Orange
Manganese Bromide
(Manganous Bromide)
Inorganic #2, Orange
Manganese Chloride
(Manganous Chloride)
Inorganic #2, Orange
Manganese Carbon
Inorganic #4, Orange
Manganese Dioxide
Inorganic #4, Yellow
Enhances combustion of other
substances: many rea ctions may
cause tire and e;xplosionq
Manganese, metal
Inorganic #11, Red stripe
Dust is flammable
Manganese Nitrate
(Manganous Nitrate)
Inorganic #3, Yellow
Oxidant
-Manganese Oxide
(Manganous Oxide)
Inorganic #4, Orange
Manganese Sulfate
(Manganous Sulfate)
------------
Inorganic #2, Orange
Mayer's Fluid
Inorganic #2 Contains
nitrate,
Potassium phosphate,
magnesium sulfate. ammonium
calcium phosphate
Mercuric Chloride (Table 4) Inorganic
#2, Blue
combustion of other
I
ubstances; strong oxidant
Mercuric Iodide (Table 4) InorgaEnic#2,
Ic Blu
E Ee
Mercuric Nitrate ja�le 4) Inorg.
org. # Y i
#3, Yellow stripe Enhances
s
34
Section 7. continued — Science Inventory and Storage Hazards
t 1, � 9.
SUBSTANCE
ORGANIZATION --[STORAGE
HAZARD
AMOUNT_
Mercuric Oxide (Table 4)
Inorganic #4, Blue
Mercuric Sulfate (Table 4)
inorganic #2, Blue
Decomposes on exposure to light
Mercuric Sulfide
inorganic #5
Mercurous Chloride Inorganic #2, Blue
Mercurous Nitrate Inorg. #3, Yellow stripe
Mercurous Oxide Inorganic #4, Yellow
Oxidant
Mercury Bichloride
Inorganic #2, Blue
See Mercuric Chloride
Mercury, metal (Table 4)
Inorganic #1, Blue
Toxic Vapors
Methanol, Methyl Alcohol
Organic #2, Red
Flammable; vapor air mixture ex -
plosive (fireproof storage, separate
from oxidants)
Methyl Cellulose
Miscellaneous, Blue
Methylene Blue
Miscellaneous, Orange
Methylene Chloride (Table 3)
Organic #4, Blue
Methyl Ethyl Ketone (Table 5)
Organic #1, Red lHighly
flammable: vapor air mixturesi
explosive (fireproot storage.
separate trom oxidants)
Methyl Iodide
Organic #4, Blu
Methyl Methacrylate
(Inhibited) (Table 5)
Organic #3, Red stripe
Flammable; vapor air mixture
explosive (fireproof storage, cool)
Methyl Orange
Miscellaneous
Methyl Red
Miscellaneous, Orange
Me.thyl Salicylate (Table 5)
Organic #3, Orange
Methyl Sulfoxide
(Dimethyl Sulfoxide)
Organic #4, Orange
Methyl Violet
Miscellaneous
Mineral Oil
Organic #3, Red
Molasses
Miscellaneous, Orange
Monochloroacetic Acid
Organic #1, White
Naphthalene (Table 5)
Organic #2, Red stripe
2-Naphthol (B-Naphthol)
Organic #2
Combustible
Nessler's Reagent
Inorganic #2, Blue
Nickel (11) Acetate (Table 3)
Inorganic #2, Blue
Nickel (11) Ammonium Sulfate
Inorganic #2, BI ue
Nickel (11) Carbonate
Inorganic #6, Blue
Nickel Chloride
Inorganic #2, Blue
Nickel Hydroxide
Inorganic #4, Blue
Nickel, metal (Table 2)
Inorganic #1, Orange
Nickel Nitrate
Inorg. #3, Yellow stripe
Oxidant
Nickel Oxide
Inorganic #4, Blue
Nickel Sulfate
Inorganic #2, Blue
Nicotine Sulfate (Table 4)
Organic #2, Blue
RR
Section 7, continued — Sciencp Invpntnry inri Ctnrqna Hn7nrr4c
SUBSTANCE
ORGANIZATION
STORAGE HAZARD
AMOUNT
Nicotinic Acid (Niacin)
Organic #1, Blue
Nigrosine Black
Miscellaneous
Ninhydrin
Organic #2, Blue
Nitric Acid (Table 5)
Inorganic #3, Yellow
Many reactions may cause
explosion: oxidant
Nitrobenzene Inorganic #4, Red
Nitrobenzeneazoresorcinol
Organic #8
Combustible
Nitrogen
Bottled Gas
P-Nitrophenol (Table 4)
Organic #8, Yellow
Strong oxidant
Nucleic Acid
Organic #11, Orange
Oleic Acid
Organic #11, Orange
Olive Oil
Miscellaneous, Orange
Orange IV (Torpeolin 00)
Miscellaneous
Orcein Staining Solu
Miscellaneous
Contains orcein, hydrochloric acid
and ethylanol. Flammable liquid
Osmium Tetroxide (Table 3)
Inorganic #4, Blue
Vapors are highly irritant
Oxalic Acid (Table 5)
Organic #11, White
Separate from oxidants and strong
bases
Oxygen
Bottled gas
Fire and explosion risk
Pancreatin
Miscellaneous, Orange
Paraf f i n
Miscellaneous, Orange
Peanut Oil
Miscellaneous, Orange
Pentane
Organic #3, Red
Highly flammable; vapor air mixture
explosive (fireproof storage)
Perchloric Acid (Table 5)
Inorganic #6, Yellow
Petroleum Ether
Organic #4, Red
Highly flammable
Phenolphthalein
Miscellaneous, Orange
Phenyl Salicylate (Salol)
Organic #3
Combustible
Phosphoric Acid
Organic #11, White
Phosphorus (Red)
Inorg. #10, Red stripe
Separate from oxidants
Phosphorus (White)
(Tables 4,5)
Inorg. #10, Red stripe
Flammable; ignites upon contact
with air
Phosphorus Pentoxide
(Tables 4,5)
Inorganic #10, Yellow
I
Many reactions may cause fire or
explosion
Phthalic Anhydride (Table 5)
Organic #11, White
Picric Acid (Table 1)
Organic #8, Red
Explosive, it dry
Potassium Bicarbonate
Inorganic #4, Orange
Potassium Bisulfate
Inorganic #2, Orange
Potassium Bitartrate Inorganic
#2, Orange
Potassium Bromate Inorganic
#2, Yellow
Potassium Bromide Inorganic
#2, Orange
Potassium Carbonate Inorganic
#4, Orange
36
�;ection 7. continuea - Science Inventory and Storaqe Hazaras
SUBSTANCE
ORGANIZATION !STORAGE HAZARD
AMOUNT
Potassium Chlorate
Inorganic #6, Yellow Enhances combustion of other
substances; if contaminated may
explode from shock or mechanical
friction
Potassium Chloride
inorganic #2, Orange
Potassium Chromate
(Tables 3,5)
Inorganic #8, Blue
Potassium Cyanide
(Tables 4,5)
Inorg. #7, White stripe
Potassium Dichromate
Inorganic #8, Yellow
Strong oxidant
Potassium Ferricyanide
Inorganic #7, Orange
Potassium Ferrocyanide
Inorganic #7, Orange
Potassium Fluoride (Table 5)
Inorganic #2, Blue
Potassium Hydroxide
(Table 5)
Inorg. #4, White stripe
Reacts violently with acids
Potassium Iodate
Inorganic #8, Yellow
Enhances combustion of other
Isubstances;
strong oxidant
Potassium Iodide
Inorganic #2, Orange i
Potassium, metal (Tables 1,5)
Inorg. #1, Red stripe
Combustible; many reactions may
cause fire and explosion; reacts
violently with water (fireproof sto-
rage separately under paraffin or oil)
Potassium Nitrate
Inorganic #3, Yellow
Enhanc.is combustion of other
substances; oxidant; violent reactant
Potassium Oxalate
Inorganic #2, Blue
Potansium Oxide
Inorganic #4, White
Potassium Periodate, meta
Enhances combustion of other
(Table 4)
Inorganic #6, Yellow
substances; many reactions may
cause fire or explosion
Potassium Permanganate
Enhances combustion of other
(Tables 3,5)
Inorganic #8, Yellow
substances. many reactions may
cause fire and explosion; powerful
oxidant; violent reactant
Potassium Phosphate
Inorganic #2, Orange
Potassium Pyrosulfate
Inorganic #2, Orange
Potassium Sodium Tartrate
Inorganic #2, Orange
Potassium Sulfate
Inorganic #2, Orange
Potassium Sulfide
Inorganic #5, Red
May ignite spontaneously on
contact with air; flammable; explos-
ive on heating (fireproof storage)
Potassium Tartrate
Inorganic #2, Orange
Potassium Thiocyanate
Inorg. #2, Yellow stripe
Propane
Bottled gas, Red
Highly flammable: explosive air
vapor mistures
Propionic Acid
Organic #11, Red
Combustible
Propyl Alcohol
Organic #2, Red
Flammable; vapor -air mixtures
explosive
Pyridine
Organic #2, Red
Flammable; vapor -air mixtures
explosive (fireproof storage separate
from oxidants)
37
Section 7, continued — Science Inventory and Storage Hazards
SUBSTANCE ORGANIZATION TSTORAGE HAZARD
Pyrogallic Acid (Table 3)
Quinine Sulfate
Resorcinol
Ringer's Solution
Rosin
Safranine
Salicylic Acid (Table 3)
Sand
Schiff Reagent
Selenium
Sesame oil
Silicic Acid
Silica Gel
Silicon, metal
Silver Acetate
Silver Chloride
Silver Cyanide (Table 4)
Silver Iodide
Silver, metal
Silver Nitrate (Table 3)
Silver Oxide
Silver Sulfate
Sodium Acetate
Sodium Arsenate (Table 2)
Sodium Arsenite (Table 2)
Sodium Azide (Tab
Sodium Bicarbonate
Sodium Bismuthate
Sodium Bisulfate
Sodium Bisulfite
Sodium Borate
Sodium Bromide
Sodium Carbonate
Sodium Chlorate
Organic #4, Blue
Organic #2
Organic #2, Red
Miscellaneous
Miscellaneous, Red
Miscellaneous, Dye
Organic #1, Orange
iWi—scellaneous, Orange
Organic #2
Inorganic #1, Orange
Organic #4, Orange
I Inorganic #9, Orange
Miscellaneous, Orange
Inorganic #1, Orange
Inorganic #2, Blue
Inorganic #2, Blue T
Inorganic #7, Blue
Inorganic #2, Blue
Inorganic #1, Blue
Inorganic #3, Yellow
: Inorganic #4, Orange
i Inorganic #2, Blue
Inorganic #2, Orange
Inorganic #7, Blue
j Inorganic #7, Blue
iInorganic #3, Blue
Inorganic #4, Orange
Inorganic #7, Orange
Inorganic #2, Orange
Inorganic #2, Orange
Inorganic #8, Orange
Inorganic #2, Orange
Inorganic #4, Orange
Inorganic #6, Yellow
Dust explosive
Contains fuchsin, sodium bisultite
and hydrochloric acid
Many reactions may cause fire and
explosion; violent reaction with
organic substances
Oxidant
Explosion possible from concussic
friction (fireproof storage, mix with
water, 20%)
Many reactions may cause fire and
explosion: strong oxidant
Sodium Chloride Inorganic #2, Orange
Sodium Chromate Inorganic #8, Yellow Oxidant
AMOUNT
lillilliIIIIIIIIII0
38
Section 7. continued — Science inventory and Storage Hazards
# I -
SUBSTANCE iORGANIZATION
STORAGE HAZARD
AMOUNT
Sodium Citrate
Inorganic #8, Orange
Sodium Cyanide (Tables 4,5)
Inorganic #7, Blue
Sodium Dichromate (Table 3)
Inorganic #8, Yellow Many reactions may cause fire and
;eXDiosion; oxidant
Sodium Dithionite Inorganic #2, Red stripelOxidant
Sodium Ferrocyanide
(Table 5) Inorganic V, Orange
Sodium Fluoride Inorganic #2, Blue
Sodium Hydroxide (Table 5)
Inorg. #4, White stripe !Reacts violently with acid
I I
Sodium Hydrosulfite
inorganic #2, Red stripelSee Sodium Dithionite
Sodium Hypochlorite
Inorganic #6, Orange Reacts violently with acids; forms
toxic fumes in presence of ammonia
Sodium Hyposulfate
Inorganic #2, Orange !See Sodium Dithlonite
Sodium Iodate
!Inorganic #2, Yellow
Sodium Iodide
Inorganic #2, Orange
Sodium Lauryl Sulfate
inorganic #2
Sodium Metabisulfite
Inorganic #2, Orange
Sodium, metal (Table 5)
Inorganic #11, Red stripe
Combustible; many reactions may
cause fire and explosion; violent
reaction with water (fireproof stor-
age;,separate under paraffin oil or
kerosene from all substances)
Sodium Metaphosphate
Inorganic #2, Orange
Sodium Molybdate
Inorganic #2, Orange
Sodium Nitrate (Table 3)
Inorganic #3, Yellow
Enhances the combustion of other
Isubstances; oxidant
Sodium Nitrite (Table 3)
Inorganic #3, Yellow
I
Many reactions may cause fire and
I explosion
Sodium Oxalate
inorganic #2, Blue
Sodium Perborate
Inorganic #8, Orange
Oxidant
Sodium Permanganate
Inorganic #8, Yellow
Oxidant
Sodium Peroxide
Inorg. #6, Yellow stripe
many reactions may cause fire and
explosion; reacts violently with water
Sodium Phosphate
Inorganic #2, Orange
Sodium Pyrophosphate
inorganic #2, Orange
Sodium Salicylate
Organic #1, Orange
I
Sodium Silicate
11norganic #2, Orange
1
Sodium Silicofluoride
(Disodium Hexafluorosilicate)
(Table 5)
Inorganic #4
Sodium Sulfate
Inorganic #2, Orange
Sodium Sulfide (Anhydrous)
(Table 5)
Inorganic #5, Red
Store separately from acids,
oxidants, dry
Sodium Sulfite
Inorganic #2, Orange
Sodium Tartrate
Inorganic #2, Orange
39
Section 7, continued — Science Inventory and Storage Hazards
SUBSTANCE
Sodium Tetraborate
Sodium Thiocyanate
Sodium Thlosulfate
Sodium Tungstate
Stannic Chloride (Table 5)
Stannic Oxide
Stannous Chloride
Starch
Stearic Acid
Strontium
Strontium Bromide
Strontium Chloride
Strontium Nitrate
Succinic Acid
crose
Sudan Black 8
Sudan III
Sudan IV
Sugar
Sulfamic Acid
Sulfanilic Acid
Sulfur
Sulfur Black Dye
Sulfur Blue Dye
Sulfur Yellow Dye
(Napthol yellow, citronin)
Sulfuric Acid (Table 5)
Talc
Tannic Acid
Tartaric Acid
Terpineol
Testosterone
Tetrahydrofuran
Thermite Igniting ?Wlxture
Thioacetamide (Table 3)
Thiourea
ORGANIZATION
t11norganic #8, Orange
""'96n'c I
l'n O:r :ga:n: :Jjc�# 7, Orange
11norganic #2, Orange
2, Orange
Inorganic #2. White
Inorganic #2, Orange
Inorganic #2, Orange
Miscellaneous, Orange
Organic #11, Orange
Inorganic #1, Red strip
Inorganic #2, Orange
Inorganic #2, Orange
Inorganic # , Yellow
Organic #11, Orange
Miscellaneous, Orange
If 3
Miscellaneous, Dye
Miscellaneous, Dye
Organic #2, Dye
Misc!ellaneous, Orange
Organic #11, White
Organic #11, White
Inorganic #10, Orange
Inorganic #10, Dye
Inorganic #10, Dye
Inorganic #10, Dye
Inorganic #9, White
Miscellaneous, Orange
Organ Ic #1 , —0range
Organic #11, Orange
Organic #2, Orange
Miscellaneous, Blue
Organic #4, Red
Inorganic #4, Red
Organic #2, Blue
Organic #2, Blue
STORAGE HAZARD
See sodium borate
Separate from strong bases
Many reactions may cause fire and
explosion; water reactive
Highly flammable, vapor air mixtures
are explosive; also forms explosive
Peroxides
Contains Fe,O, and At:
Flammable
Burning difficult to Stop once started
(fireproof storage)
AMOUNT
40
., C L. Spcfion 7. continued — Science inventory and Storaqe Hazards
ISUBSTANCE
Thymol Blu
Thyroxine
Tin, metal
Titanium, metal (Table 5)
Titanium Dioxide
(Titanium Oxide)
I
1ORGANIZATION
jMiscellaneous
:Miscellaneous, Orange
linorganic #1, orange
.Inorganic #1, Red
Inorganic #4, Orange
STORAGE HAZARD
Combustible as dust
Combustible as dust
Combustible; many reactions may
cause fire and explosion; store
under inert gas
AMOUNT
I Titanium Trichloride (Table 5) 1 Inorganic #2, Red I I I
I Toluene (Tables 3,5) 1 inorganic #3, Red
O-Toluidine (Table 2) '!Organic
#2, Blue
Tricane Methane Sulfonate !Organic
#2
Trichloroacetic Acid iOrganic
#1, White
Trichlorotrifluoroethane
.(Table 5) Organic #4, Orange
Triethanolamine
Organic #2, Orange
Trimethylpentane
Organic #3, Red
Triphenyl Tetrazolium Chloride
Miscellaneous
Trisodium Phosphate
Inorganic #2, White
Turneric Powder
Organic #2, Orange
Tungsten, metal
Inorganic #1, Orange
Turpentine (Table 5)
!Organic #2, Red
Ultramarine Blue
Uranyl Nitrate
Urea
Urethane (Table 3)
Vegetable Oil
Wood's metal
Wright's Stain Solution
Xylene
Yeast
Zenker's Fluid
Zeolite
Zinc Acetate
Zinc Carbonate
Zinc Chloride
Zinc, metal
Miscellaneous
Inorganic #3, Yellow
Organic #2, Orange
Organic #2, Orange
Organic #2, Orange
Inorganic #1, Orange
Miscellaneous, Red
Organic #3, Red
Miscellaneous, Orange
Inorganic #2, Blue
inorganic #4, Orange
inorganic #2, Orange
inorganic #2
inorganic #2, White
inorganic #1, Red stri
Flammable; vapor -air mixtures
explosive (fireproof storage,
separate from H2SO4)
Separate from Acids
Flammable
Separate from strong acids
Dust Is flammable
Combustible (fireproof storage,
spearate from oxidants)
Strong oxidant
Contains bismuth, lead, tin, cadmiu
Flammable
Combustible; above 81 *F. explosive
vapor -air mixtures (fireproof storage
Contains mercuric chloride, potas-
sium dichromate, sodium sulfate
and acetic acid
Combustible as dust (fireproof
storage separated from oxidants)
41
Section 7, continued — Science Inventory and Storaqe Hazards
SUBSTANCE
ORGANIZATION
STORAGE HAZARD
AMOUNT
Zinc Nitrate
Inorganic #3, Yellow
Enhances combustion of other
substances
Zinc Oxide
Inorganic #4, Orange
Zinc Stearate
Inorganic #2—,Orange
Zinc Sulfate
Inorganic #2, —Orange
Zinc Sulfide
Inorganic #5, Orange
11noLZ I rconiurn Nitrate
_rganic #3, �ello—w
T , .
42
This form is available to Science Teachers if they choose to use it.
SCIENCE INVENTORY FORM
(To be filled out upon completion of an inventory of ail chemicals in the school.)
The Science Inventory of
Address
School
This is to certify that the science inventory (attached) of this
school has been completed as of - day of
19-. Time:
�s—ignature of Science Teacher)
43
'1 1. i . In general, chemicals with the lollowing functional groups are prone to instability:
0-0
(peroxide)
— N =
(imino)
— ONO2
(nitrate ester)
— NO2
(nitro)
— N 3
(azide)
— NHNO2
(nitramine)
— N = N —
(AZO)
— N = 0
(nitroso)
— N — NO2
(nitroamine)
These reagents should be dated, handled according to prescribed storage conditions, and dispos-
ed of after use.
The following list provides some additional information dealing with specific chemical incom-
patibilities. It is not all-inclusive. The list is reprinted by permission from Better Science Through
Safety by Jack A. Gerlovich and Gary E. Downs, _�,,1981 by the Iowa State University Press, 2121
South State Ave., Ames, IA 50010.
CHEMICAL
CHEMICALS INCOMPATIBLE WITH
Acetic Acid
Nitric acid, peroxides, permanganates, ethylene glycol, hydroxyl
compounds, perchloric acid, or chromic acid
Acetone
concentrated sulfuric and nitric acid
Acetylene
Bromine, chlorine, fluorine, copper, silver, mercury
and their compounds
Alkali metals
Carbon tetrachloride', carbon dioxide, water, halogens
Alkaline metals (powdered
aluminum or magnesium)
Carbon tetrachloride*, or other chlorinated hydrocarbons,
halogens, carbon dioxide
Ammonia, anhydrous
Mercury, hydrogen fluoride, calcium hypochlorite, chlorine,
bromine
Ammonium Nitrate
Acids, flammable liquids, metal powders, sulfur, chlorates, any
finely divided organic or combustible substance
Aniline
Nitric acid and hydrogen peroxide
Bromine, Chlorine
Ammonia, petroleum gases, hydrogen, sodium, benzene,
finely divided metals
Carbon, activated
Calcium hypochlorite and all oxidizing agents
Chlorates
Ammonium salts, acids, metal powders, sulfur, and finely divided
organic or combustible substance
Chromic Acid
Glacial acetic acid, camphor, glycerin, naphthalene, turpentine,
lower molecular weight alcohols, and many flammable liquids
Copper
Acetylene and hydrogen peroxide
Flammable liquids
Ammonium nitrate, chromic acid, hydrogen peroxide, sodium
peroxide, nitric acid, and the halogens
Hydrocarbons
(propane, benzene, gasoline)
Fluorine, chlorine, bromine, sodium peroxide and chromic acid
Hydrofluoric Acid
Ammonia (aqueous or anhydrous)
Hydrogen Peroxide
Most metals and their salts, alcohols, organic substances,
any flammable substances
Hydrogen Sulfide
Oxidizing gases, fuming nitric acid
Iodine
Acetylene, ammonia, hydrogen
Mercury
Acetylene, ammonia
Nitric Acid (concentrated)
Acetic acid, hydrogen sulfide, f lammable- liquids and gases,
chromic acid, aniline
Oxygen
oils, grease, hydrogen, flammable.liquids, solids and gases
'it is recommended that carbon tetrachloride be removed from high school tabs. It is a probable human carcinogen-
45
Chemical Incompatiblilities. continued
. I " ?
CHEMICAL
CHEMICALS INCOMPATIBLE WITH
Perchloric C, d
Acetic anhydride, bismuth and its alloys, alcohols, paper, wood,
and other organic materials
Phosphorus Pentoxide
Water
Potassium Chlorate
Sulfuric and other acids, any. organic material
Potassium Permanganate
Sulfuric acid, glycerine, ethylene glycol
Silver
Acetylene, ammonia compounds, oxalic acid, tartaric acid
Sodium Peroxide
Ethyl or methyl alcohol, lacial acetic acid, carbon disulfide,
glycerine, ethylene glycol, ethyl acetate
Sulfuric Acid
Potassium chlorate, potassium perchlorate, potassium
permanganate, similar compounds of other light metals
46
WORKSHEET FOR HAZARDOUS PROPERTIES OF A SUBSTANCE
(To assist science teacners in researching the properties of a cnernicai ana cecioing how to use. store. or dispose of it.)
Chemical Name:
CAS Registry No
Synonyms: —
PHYSICAL PROPERTIES:
Gas — Liquid
Boiling Point
Cup open
Solid —
Melting Point
Cup Closed —
Formula
Amount stored in school
Color
Date:
Odor — Solubility
Flash Point
Others:
CHEMICAL PROPERTIES:
Reactive with substances
Carcinogen — Human _ Animal — Explosive — Flammable
Severe Poison Oxidizer Other:
Storage Instructions:
Quantity Restrictions:
Disposal and S�ill Procedures
Site Approved for Disposal
Publications Recommending Use of Substance in the School Science Program:
Safety Facilities Necessary to Use and Store this Substance:
Recommendations of Health Authorities: Continue to use
Purchase
Discontinue using
Dispose of by Health Agency or
Licensed Commercial Company -
47
k% Section 8
RECOMMENDATIONS FOR TEXTBOOK PUBLISHERS AND SCIENCE SUPPLY COMPANIES
To enable science teachers to provide a safe program of instruction with reduced exposure to hazar-
dous substances authors and science textbook publishers should be encouraged to do the following:
1. Give safety instructions to the student at the beginning of each laboratory experiment.
2. Conclude each student laboratory experiment with instructions for cleanup and disposal of
substances left over.
3. Provide instructions for labeling al I containers of substances used or produced in the experiment.
Science supply companies should be encouraged to do the following:
1. Supply the smallest quantity required if a hazardous substance is needed for class use, shi . pped
to arrive at the school shortly before the experiment is to be performed.
2. Provide a safety data sheet with each hazardous substance shipped to the school.
3. Advise the school if an ordered substance is restricted or extremely hazardous and suggest a
substitute experiment.
49
Section 9
RESOURCES
Several resources exist to help science teachers deal with chemicals in the school laboratory:
— American Chemical Society Health and Safety Referral Service.
This service will refer inquirers to appropriate resources to help find answers to questions about
health and safety. The resources used include books, periodical articles, films, educational pro-
grams, and government agencies and other organizations oriented to health and safety.
The Health and Safety Referral Service may be reached through:
Barbara Gallagher (Librarian)
American Chemical Society
1155 Sixteenth St., N.W.
Washington, D.C. 20036
(202) 872-4511
— Toxicologists in the State Departments of Health.
Most State Departments of Health have toxicologists who can help answer questions about
chemical safety. You may find these toxicologists by contacting your State Department of Health.
— State Science Super -visors in the State Departments of Education.
Most State Departments of Education have a State Science Supervisor who is responsible for
safety in the school science laboratory. The Council of State Science Supervisors (which par-
ticipated in the development of this publication) may be reached through:
Council of State Science Supervisors
Rt. 2, Box 637
Lancaster, VA 22503
(804) 462-7371
Individual State Science Supervisors may be contacted through your State Department of Educa-
tion.
— Information similar to the "Chemical Fact Sheet" prepared by the New York State Department of
Health, Bureau of Toxic Substance Assessment (Empire State Plaza, Tower Building, Albany, NY
12237) may be obtained from the local state department of health. Although this information ap-
plies to workplace exposure resulting from processing, manufacturing, storing or handling rather
than for the public at large, it is useful to the secondary school science teacher.
— State health authorities may offer consultation as new evidence becomes available on
substances, which may justify classifying a substance as too hazardous to store or use.
— Current references on science laboratory safety topics are available in the libraries of health
agencies, colleges, and/or industries.
— Disposal procedures for substances are available from regional offices of the U.S. Environmental
Protection Agency.
— Material Safety Data Sheets may be obtained from chemical supply companies on request. They
are federally mandated for use by manufacturers and contain relevant product and health and
safety information for those who handle and use chemicals.
— 'Other possible contacts might include the State Department of Labor, insurance companies with
a strong industrial hygiene department, local colleges and universities which include a school of
Public Health with a toxicology department, local American Chemical Society chapters, and in-
dependent consultants.
— Additional copies of this document are available from the offices of the U.S. Consumer Product
Safety Commission.
51
— Regional Offices of the U.S. Environmental Protection Agency.
The Regional Offices of the Environmental Protection Agency (EPA) may have information about
the disposal procedures recommended when hazardous chemicals must be removed from the
school laboratory. You may contact the Regional Office of EPA in your area, using the following
list:
U.S. Environmental Protection Agency
Regional Offices
Environmental Protection Agency
Region 1
John F. Kennedy Federal Building
Boston, MA 02203
(617) 223-7210
Environmental Protection Agency
Region 2
26 Federal Plaza
New York, NY 10278
(212) 264-2525
Environmental Protection Agency
Region 3
Curtis,Building
6th and Walnut St.
Philadelphia, PA 19106
(215) 597-9814
Environmental Protection Agency
Region 4
345 Courtland St., NE
Atlanta, GA 30365
(404) 881-4727
Environmental Protection Agency
Region 5
230 South Dearborn St.
Chicago, IL 60604
(312) 353-2000
Environmental Protection Agency
Region 6
1201 Elm Street
Dallas, TX 75270
(214) 767-2600
Environmental Protection Agency
Region 7
324 East 11 th St.
Kansas City, MO 64106
(816) 926-3720
Environmental Protection Agency
Region 8
1860 Lincoln St.
Denver, CO 80295
(303) 837-3895
Environmental Protection Agency
Region 9
215 Fremont St.
San Francisco, CA 94105
(415) 974 8153
Environmental Protection Agency
Region 10
1200 Sixth Avenue
Seattle, WA 98101
(206) 442-5810
52
Section 10
SOURCES CONSULTED
1. American Chemical Society Committee on Chemical Safety. Safety in Academic Chemistry
Laboratories, 3rd Edition, author published, 1979.
2. American Chemical Society's Office of Federal Regulatory Programs. RCRA and Laboratories.
Department of Public Affairs, American Chemical Society, 1155 Sixteenth St., N.W.,
Washington, D.C. 20036
2. American Conference Governmental and Industrial Hygienists. Threshold Limit Values for
Chemical Substances and Physical Agents in the Work Environment with Intended
Changes for 1983-84. Cincinnati, OH: ACGIH, 1983
3. Armour, N. A., Browne, L. M., Weir, G. L. Hazardous Chemicals (information and Disposal Guide,
Department of Chemistry, University of Alberta, Edmonton, Alberta T6G-2G2.
5. Bretherick, L. Hazards In the Chemical Laboratory, 3rd ed., London Chemical Society, Royal
Society of Chemistry Publishers, London, 1981,
6. Catalog Handbook of Fine Chemicals. Milwaukee, WI: Aldrich Chemical Co., 1982-83.
7. Chemical Catalog Reference Manual. Batavia, IL: Flinn Scientific, Inc., 1983.
8. Committee on Hazardous Substances in the Laboratory, Assembly of Mathematical and Physical
Sciences, National Research Council. Prudent Practices for Handling Chemicals in Labora-
tories, National Academy Press, Washington, D.C., 1981.
9. Committee on Hazardous Substances in the Laboratory, Commission on Physical Sciences,
Mathematics and Resources, National Research Council. Prudent Practices for Disposal
of Chemicals from Laboratories, National Academy Press, Washington, D.C., 1983
10. Concise Chemical and Technical Dictionary.' New York: Chemical Publishing Co., Inc., 1974
11. Cralley, L. J. and Cralley, L. V. (Ed.) Patty's Industrial Hygiene and Toxicology. New York: John
Wiley & Sons, 1979.
12. Dutch Association of Safety Experts, Dutch Chemical Industry Association, Dutch Safety Insti-
tute. Handling Chemicals Safely. Amsterdam: Amro Bank, 1980.
13. Fawcett, Howard H. and Wood, William S. Safety and Accident Prevention in Chemical Opera-
tions. 2nd ed., New York: John Wiley & Sons, 1982.
14. Green, Michael E. and Turk, Amos. Safety In Working with Chemicals. New York: MacMillan, 1978.
15. A Handbook of Laboratory Solutions. New York: Chemical Publishing Co., 1968.
16. Hawley, G. The Condensed Chemical Dictionary. 10th ed. New York: Van Nostrand Reinhold Co.,
1981.
17. International Agency for Research on Cancer, World Health Organization. Evaluation of the
Carcinogenic Risk of Chemicals to Humans. Lyon, France: IARC, 1982
18. The International Technical Information Institute. Toxic and Hazardous Industrial Chemicals
Safety Manual for Handling and Disposal with Toxicity and Hazard Data. Japan: ITII, 1978.
19. Manufacturing Chemists Association. Guide for Safety in Chemical Laboratories. 2nd ed., New
York: Van Nostrand Reinhold, 1972.
20. The Merck Index. 9th ed., Rahway, New Jersey: Merck & Co., 1976.
21. National Fire Protection Association. Manuai of Hazardous Chemical Reactions. Boston, MA,
1980.
22. National Institute for Occupational Safety and Health. Manual of Safety and Health Hazards In the
School Science Laboratory. Washington, D.C.: U.S. Department of Health and Human
Services, 1980.
23. National Institute for Occupational Safety and Health. Carcinogens: Regulation and Control.
Cincinnati, OH, 1977.
53
24. National Institute for Occupational Safety and Health. Occupational Health Guidelines for Chem.
ical Hazards. Publ. No. 81-123, Washington, D.C.: U.S. Department of Health and Human Serv-
ices, January 1981.
25. National Institute for Occupational Safety and Health. Pocket Guide to Chemical Hazards. 4th
Printing, Publ. No. 78-210, Washington, D.C.: U.S. Department of Health and Human Services,
1981.
26. National Institute for Occupational Safety and Health. 1981-82 Registry of Toxic Effects of Chem-
ical Substances. Vols. I and 11, Publ. No. 81-116: Washington, D.C.: U.S. Department of Health
and Human Services, June, 1983.
27. National Institute for Occupational Safety and Health. Safety in the School Science Laboratory.
Cincinnati, OH, November, 1980.
28. Oliver and Boyd, Hazardous Chemicals: A Manual for Schools and Colleges. Edinburgh: Scottish
Schools Science Equipment Research Center, 1981.
29. "Safety in the Chemical Laboratory" Volumes 1, 2, 3,4, Journal of Chemical Education, American
Chemical Society, Division of Chemical Education, Easton, PA 18042.
30. U.S. Consumer Product Safety Commission. System for Tracking the Inventory.,of Chemicals.
. Washington, D.C.: USCPSC, 1983.
31. U.S. Public Health Service, Department of Health and Human Services. First and Second Annual
Report on Carcinogens. Vol. I and 11, National Toxicology Program, 1981-82.
32. U.S. Public Health Service, Department of Health and Human Services . Review of Current DHHS,
DOE, and EPA Research Related to Toxicology. Washington, D.C.: National Toxicology
Program, 1983.
33. Young, J. A., Safety Tips "Academic Laboratory Waste Disposal: Yes, You Can Get Rid of That
Stuff Legally!" Journal of Chemical Education, vol. 60, no. 6, June, 1983.
34. DATA RETRIEVAL SERVICES:
Hazard Line.
Occupational Health Services, Inc.
Toxicology Data Base (TDB)
35. FILMS:
Laboratory Safety, Part 1, Richmond, VA: Virginia Department of Education, 1969.
School Lab Safety, West Hollywood, CA: Handel Film Corporation, 1979.
Eye and Face Protection, Cleveland, OH: Edward Fiel Production
Flash Point, Chicago, IL, International Film Bureau
Using a Fire Extinguisher, Boston, MA: NFPA
54
Expiration Date: 9/30/84
OMB Number .3041'0052
This information collection is authorized under 15USC 2051
Thisform has been approved byOMB (3041-0052), and its submission to the CPSC
is entirely voluntary.
HAZARDOUS SUBSTANCES REMOVED FROM THE SCHOOL
|ndantih/only your State:
SUBSTANCE
CAS NO.
AMOUNT
REMOVED BY
I
DATE
DISPOSAL
LOCATION
Send acopy mm/ocompleted form to:
U.S.Consumer Product Safety Commission
Rnn.412'EX'O
VVamhington, D.C.2O2O7
55
-.� I,-, i.,
Expiration Date: 9/30/84
OMB Number 3041-0052
This information collection is authorized under 15 USC 2051.
This form has been approved by OMB (3041-0052), and its submission to the CPSC
is entirely voluntary. Section 11
EVALUATION
Identify only by State
In order to help us evaluate this publication, please respond to the following questions and return to:
U.S. Consumer Product Safety Commission
Rm. 412 — EX-O
Washington, D.C. 20207
PLEASE RESPOND TO EACH ITEM BY CIRCLING THE APPROPRIATE NUMBER ON EACH OF THE
FOLLOWING SCALES:
1. Did this document give you new information about the hazards associated with commonly -used
school laboratory chemicals?
1 2 3 4
No new information Little Some Much new information
2. What porportion of the chemicals in your laboratory were addressed by this document?
2 3 4
Very few chemicals Some About half Most of the chemicals
3. Please rate the utility of the design of this document.
1 2 3 4
Not useful Somewhat useful Useful Very useful
4. Please rate the utility of the references in this document in helping you obtain additional infor-
mation.
1 2 3 4
Not useful Somewhat useful Useful Very useful
5. How much do you think this document will help improve the safe teaching of science?
1 2 3 4
None Little Some A great deal
6.* Will this document cause some teachers to restrict the use of certain chemicals in their
science lab activities?
1 2 3
No restrictions A few Some Many chemicals will
be restricted
7. Did this document improve your understanding of what makes specific substances hazardous?
1 2 3 4
No improvement Little Some Considerable
improvement
8. Will the information provided in this document improve your ability to use these chemical
substances in a safer manner?
1 2 3 4
No improvement Little Some Considerable
improvement (Over)
57
9. Is the information provided in this document sufficient for you to decide whether or not to use
certain chemicals?
1 2 3 4
Not sufficient Barely Somewhat Completely sufficient
10. Do you believe that special "inservice- training sessions are necessary to get maximum value
from this document?
1 2 3 4
Not necessary Little Somewhat Very necessary
11. Would you recommend this document to other science teachers?
2 3 4
No Perhaps Probably Yes
12. This document will be of greatest value to the following teachers:
(Please circle th3 most appropriate response/s)
BIOLOGY CHEMISTRY PHYSICS EARTH SCIENCE
ELEMENTARY LIFE SCIENCE PHYSICAL SCIENCE
Comments:
When mailing this evaluation form. please be sure to include a list of "Hazardous Substances Removed from the School."(p. 55)
58
&J '�O* V-
For further information. write:
U.S. Consumer Product Safety Commission
Washington, D.C. 20207
Toll Free Hotline: 800-638-CPSC or 800-638-2772
T-TY (including Alaska and Hawaii) 800-638-8270
T7Y Maryland only 800-492-8104
Regional Office Addresses
NDWESTERN REGIONAL OFFICE SOUTHWESTERN REGIONAL OFFICE
230 South Dearborn Street. Rm. 2945 1100 Commerce Street. Rm. ICIO
Chicago. Illinois 60604 Dallas, Texas 75242
312-353-8260 214-767-0841
SOUTHEASTERN REGIONAL OFFICE WESTERN REGIONAL OFFICE
800 Peachtree Street, N.E.. Suite 2 10 555 Battery Street, Rm. 416
Atlanta. Georgia 30308 San Francisco. California 94 111
404-881-2231 415-556-1816
NORTHEASTERN REGIONAL OFFICE
6 World Trade Center
Vesey Street. 6th Floor
New York. New York 10048
212-264-1125
CPSC Resident Posts
Boston. Massachusetts: Bridgeport. Connecticut: Buf-
falo, New York; Charlotte. North Carolina: Cincinnati.
Ohio: Cleveland. Ohio; Denver. Colorado: Detroit.
Michigan: Honolulu. Hawaii; Houston. Texas: In-
dianapolis. Indiana: Kansas City. Assouri: Los Angeles.
Calfornia: Miami, Florida: Milwaukee, Wisconsin: New
Orleans. Louisiana: Orlando. Florida; Philadelphia,
Pennsylvania; Phoenix. Arizona: Pittsburgh. Pennsylva-
nia: Portland. Oregon: Rockville, Maryland; San Juan.
Puerto Rico: Seattle. Washington: St. Louis, Assouri;
St. Paul. Minnesota: Tulsa. Oklahoma.
The U.S. Consumer Product Safety Commission
(CPSC) is an independent regulatory agency charged
with reducing unreasonable risks of injury associated
with consumer products. The U.S. Consumer Product
Safety Commission is headed by five Commissioners
appointed by the President with the advice and consent
of the Senate.
Nancy Harvey Steorts. Chairman
Saundra Brown Armstrong, Commissioner
Terrence M. Scanlon. Commissioner
Stuart M. Statler. Commissioner
I J, 14 J, [01� I Bill J, �
Date: May 2, 1997
To: Dave Krugmire, Hazmat Team
From: John Westfall, Fire Inspector
Subject: Hiah School Chemical Inventory
Update on subject:
Science teacher Kelly Hayes has been assigned to inventory chemicals since
last year but has not placed this high on his priority list. I offered that L & I would be
helpful in sorting through the inventory to assist in completing that first step toward a
chemical safe environment. I told him they would help only prior to any complaints
being made for the high school. I believe he did not understand the hint.
I have a call in with Ray Wilkins, Safety Director for the School District to obtain
some prompting for our science project. I believe he will understand exactly and get
things moving for'97-'98 school year.
a
cX-16 66 -
L) t 4�Ll E�,7 Fo,� 61U�c-� )::;I� 'L- I r7 -76c7o Z/ zr9
7774--s -VPAtA-1-e �
City of Edmonds S) Office of Fire Prevention
MEMORANDUM
DATE 9�/? 7 /p C
I.D.
REPORTED BY OF
SUBJECT
ADDRESS:
CONCERNS/
HAZARDS:
SIGNED-e;x
FOLLOW-UP: l/
t9
57 1 �jc.
CAW 411/ty- F-41!�tl�o t Kfv�Tzv�,-1
/I *tr Cv% L't L4")4-r- 04�K r(al, I al tol.
/3 6ADN
AA
670
SIGNED
City of Edmonds Office of Fire Prevention
M? 7
X(C.t Q� 's aA�� j
6,�4 U4..Q-W -Q-a
Edmonds Woodway High School Science Department 5 May 1997 P. I
Inorganic Chemicals
Name
Amount
Alum
50g
Aluminum (chips)
100g
+450g
Aluminum (powder)
450g
+ 100 + 10OOg + 400g
Aluminum (shot)
400g
Aluminum ammonium sulfate
450g
+200g
chloride
400g
+ 400g + 400g + 400g + 450g + 450g
-Aluminum
Aluminum nitrate
150g
+450g +450g
Aluminum siTlfate
50g + 250g +25()g + 200g + 450g + 300g + 200g +
300g
Aluminum Fluoride
200g
Aluminum Potassium Sulfate
200g
Aluminum oxide
350g
carbonate
100g + 50g + 300g + 100g
-Ammonium
Ammonium chloride
450g + 150g + 100g + 100g + 300g + 50g + 25g + 150g
+ 400g
Ammonium Acetate
400g
+ 200ml
bromide
450g
-Ammonium
dichromate
450g
+ 2009 + 200g + 200g + 450g
-Ammonium
Ammonium iodide
loog
molybdate
150g
+400g
-Ammonium
Ammonium nitrate
250
+ 450g + 300g + 400g + 200g + 200g + 200g +
Ammonium oxalate
+ loog
Ammonium persuffate
150g
+ 25g + 10g
Ammonium sulfate
250g
Ammonium phosphate
250g
Aluminum silicate
400g
Ammonium thiocyanate
250g
+ 20g + 50g + 100g
Antimony
450g
+300g +300g
Antimony potassium tartrate
400g
Antimony trichloride
loog
Antimony trisulfide
450g
Barium acetate
200g
Barium carbonate
150g
Barium chloride
300g
+ 200g + 100g + 100g + 400g + 100g + 250g +
Barium dioxid-e-
3OOg
+300g
Barium hydroxide
200g
+ 20g + 20g + 50g + 450g + 50g + 400g
Barium nitrate
400g
+ 20g + 50g + 500g + 25g + 450g + 50g
Barium sulfide
300g
Bismuth hydroxide
450g
Bismuth trichloride
loog
Bismuth nitrate
200ml + 80g + 100g
Boric acid
1500g
+ 500g + 200g 100g
Cadmium (mossy)
110og
6f-O\XN,%%e -s-w-P
Edmonds Woodway High School Science Department 5 May 1997 p.2
Inorganic Chemicals
Name
Amount
Cadmium nitrate —T-45Og
+ 100g
Cadmium chloride
log
Calcium carbonate
100g + 50g + 500g + 400g + 150g + 25g + 150g +
11000g+ 200g
Calcium carbonatre (chips)
1450g +450g
Calcium acetate
1300g +100g +400g
Calcium chloride
100g + 450g + 450g + 450g + 450g + 450g + 450g +
450g + 450g + 300g + 300g + 450g + 450g + 450g +
100g + 300g + 450g + 350g + 600g
Calcium hydroxide
2 OOg + I OOOg + 2000g + 450g + 400g + 400g + 450g
Calcium hypochlorite
1250g
Calcium nitrate _T_35Og
+ 300g + 50g + 25g + 400g + 50g + 100g
Calcium oxide
1250g +250g
Calcium phosphate
150,v + 100g + 400g + 300g
Calcium sulfate
200jg + 400g
fluoride
450g
-Calcium
Ceric ammonium sulfate
loog
Charcoal
10OOg + 500g + 100g +100g + 500g + 100g + I
dozen sticks
Chromium acetate
225g +450g +250g
Chrome alum
150g
Chromium
50g
Chromium chloride
440g +100g +400g
nitrate
400g +100g
-Chromium
A -
Chrome oxide.
450g + 450g + 500g + 450g + 50g
Chromium potassium sulfate
100g + 200g + 300g + 350g + 450g + 150g
Chromium sulfate
150g +100g
Cobalt carbonate
200g +350g
Cobalt chloride
450g +20g +450g +100g
Cobalt nitrate
500g + 3509 + 450g + 450g + 50g + 100g
Cobalt sulfate
300g
Cobalt phosphate
450g
Copper (li 'ght turnings)
250g +450g
Copper (11) carbonate
400g + 150g + 100g + 200g
Copper (Shot)
log
Copper nitrate
300g + 200g + 400g + 2 Og +250g
Copper recycled
loog
Cupric bromide
50g
Cupric acetate
loog
5dmonds Woodway High School Science Department 5 May 1997 p.3
Inorganic Chemicals
Name
Amount
Cupric chloride
300g + 150g + 60g + 100g + 50g + 100g + 50g
+ 100g + 100g + 350g + 50g + 50g + 50g + 450
+250
Cupric oxide
50g + 100g + 80g + 100g + 10g + 100g + 50g +
100g 300g + 50g
Cupric sulfate
400g + 100g + 50g + 20(.)g + 100g + 200g +
450g + 300g + 300g + 50g
-Iron (powder)
110OOg +200g +50g +50g
Iron (filings)
I 450g + 200g + 50g
Ferric ammonium sulfate
1300g +100g +200g +200g
Ferric chloride
100g + 100g + 500g 100g + 100g + 200g +
200g + 100g + 100g + 100g + 100g + 250- +
300g
FeiTic nitrate
20OOg + 450g + 450g+ 400g + 400g 50g + 200g
+ loog + 100g
Ferric phosphate
130g
Ferric pyrophosphate
11OOg +200g
Ferrous oxalate
1200g
Ferfic sulfate
20OOg + 350g + 400g + 50g + 400g + 1500a +
20OOg + 20OOg + 10OOg + 50g + 150g + 100g +
250g +100g +150g
Iodine
100g +300g
Ferrous sulfide
IOUg +450g +100g
Hydorgen peroxide (30%)
100ml + 300ml + 500ml + 500ml + 500ml
Iron Metal Filings
1200g +200g
Fluospar powder
1450g +450g
Lead carbonate
400g
Lead (metal, shot)
450g +150g
Lead (powder)
200g +200g +50g
Lead (acetate)
400g +100g
Lead chloride
250g + 400g + 209 + 150g
Lead dioxide
200g +250g +50g
Lead oxide
200g
Lead (granular)
450g +450g
Lead sulfide
400g +400g
Uad nitrate
200g + 3009 + lOg + 450g + 100g
Lithium carbonate
1500g
Lithium chloride
50g +100g+ 500g
Lithium nitrate
loog
Magnesium carbonate
400g +200g +350g
Magnesium powder
50g +50g
Magnesium acetate
450g
Edmonds Woodway High School Science Department 5 May 1997 p.4
Inorganic Chemicals
Name
Amount
Magnesium bromide
200g
Magnesium chloride
400g + 400g + 300g
+ 100g
Mamesium nitrate
400g + 350g + 400g
+ 100g + 100g
Magnesium oxide 1350g
+ 450g + 100g
Maunesium sulfate
I
l0g + 450g + 200g + 300g 450g + 450g + 45()g + 502 +
15g + 50g
MaL,nesium silicate 150g
+450g
Manganese dioxide -----T200,,,
+ 50g + 450g + 450g + 50g + 50g
Man-anese chloride
50g
Manganese sulfate 150g
+300g
Manganous chloride
450g + 50g + 50g
Man2anous nitrate
400g
Manganous sulfate
250g
Mercury
1250ml + 25ml + 15ml + 5ml + 10ml + 25ml + 50ml
Mercuric nitrate
lOg + 20g
Mercuric sulfate
log
Mercuric oxide
50g + 50g
Mercuric chloride
log + log
Nickel strips
30g
Nickel sulfate
200g + 200g + 200g
+ 300g + 100g + 100g
Nickelous carbonate
1400g +250g
Nickelous chloride
1 400g + 200g + 200g
+ 100g
Nickelous nitrate hydrate --F4-0Og
Nickel balls
200g
Platinum wire
60cm
Potassium bromide
400 +400g
Potassium bicarbonate
450g + 200g + 300g
+ 2)Og
Potassium bisulfate
400g +450g+ 100g+
250g
Potassium chlorate
350g +300g +100g
chloride
300g + 150g + 50g
+ 100g + 50g + 1700g + 400g
-Potassium
Potassium chromate
300g
Potassium dichromate
250g +50g +400g
Potassium ferricyanide
200g +50g +350g+
40g
Potassium ferrocyanide
150g
Potassium hydroxide
1500g +400g
Potassium carbonate
450g +450g
Potassium biphthalate
loog
iodate
100g + 100g+ 50g
+ 20g + 30g
-Potassiurn
Potassium iodide
100g + 20g + 50g + 100g + 1500g + 150g
Edmonds Woodway High School Science Department 5 May 1997 p. 5
Inorganic Chemicals
Name
Amount
Potassium nitrate
11000g
+1500g
Potassium hydrogen phthalate
loog
Potassium nitrite
150g +100g
Potassium permanganate
300g
+200g +50g +20OOg
Potassium phosphate-mo nobasic
350g +30 g + 300g + 300g + 200g + 350g
Potassium phosphate- dibasic
g + 400a + 200g 400g + 400g + 450g +
400g +400 C�
150,2 + lOg
Potassium thiocyanate
400g
+300g +50g
sulfate
loog
-Potassium
Phosphorous, yellow sticks
100g
Sihca
20g +450g
Sificic acid
400g
+400g+ 450,(,
Silicon chunks
200g
Silver chloride
100i!
nitrate
450g
+ 25g + 25g + 25g + 5g + lOg + 25g 5g + 20g +
-Silver
Sodium chlorate
2600
g
Sodium metallic sticks
llb, 100g + 100g + Ilb
Sodium acetate
500g
+ 450g + 400g + 100g + 200g + 450g + 400g +
bicarbonate
I"
g + 2500g
-Sodium
Sodium biosultate
100g
Sodium meta-bisulfite
400g
+400g +1500g
Sodium bismuthate
loog
Sodium borate
20OOg
+400g
Sodium bromide
150.�, 450E!
Sodium carbonate
300g
+ 250g + 1500g + 20OOg + 500g
chloride
100g
+ 500g
-Sodium
Sodium chromate
400g
cobaltinitrite
loog
-Sodium
Sodium dichromate
400g
Sodium hydroxide (pellets)
500g
+1500g+ 1500g+ 200g
Sodium hyposulfite
loog
iodide
100g
+ 100g + 350g + 450g + 200g
-Sodium
Sodium nitrate
300g
+50g +2000g+ 2200g +15009 +2200g
nitrite
400g
+ 500g + 100g + 100g + 1500g
-Sodium
Sodium perioxide
loog
Sodium phos phate- -mono basic
50g +400g
Sodium phosphate-- dibasic
300g
+ 100g 400g --� 400g + 100g
Sodium ph sphate--tribasic
350g
+100g
Sodium silicate
450g
Sodium silicon fluoride
150g
Sodium sulfate
150g
+ 450g + 400g + 400g + 100g + 150g + 45
Edmonds Woodway High School Science Department . 5 May 1997 p.6
Inorganic Chemicals
Name
Amount
Sodium sulfide
450g +350g +200g
Sodium sulfite,
250g +400g
Sodium thiocyanate
loog +100g
Sodium thlosulfate
5g + 10(,)g + 10OOg + 10OOg + 200g + 350g + 400g +
350g
Sodium tungstate
50ml
Soda Lime
log
Sodium salicylate
200g
Stannous chloride
100g + 200g + 150g + 20g +
Strontium chloride
300g + 80g + 80g + 1(,)g + 100g + 100g + 300g + 100g
Strontium nitrate
100g + 20g + 20g + 450g + lOg
Strontium phosphate
200g
Strontium sulfate
150g
Sulfur
100g + 400g + 200g + 300g + 300g + 200g + 2000- +
Sulfur precipitated
4509
Sulfrated potash
400g
Stearic acid
350,2
Steel (shot)
loog
Steel (punching)
5 lb
Tin (mossy)
.5 lb + 300g
Tin (shot)
100g
Then-nite
300g
Titanium dioxide
400g
Titanium mixture (for Rocamite)
150g
Uranyl acetate
30g
Zinc acetate
450g +4009
Zinc (rolls)
400g +400g
Zinc (metal)
400g_+ 2000jg + 20OOg + 1500g + 600g + 250g + 500g
Zinc (dust)
30-()q.-20OOg + 500g
Zinc chloride
100g +400g
Zinc ammonia chloride
400g +150g
Zinc nitrate
50g
Zinc sulfate
350g + 300g + 100g + 100(, + 450g + 150g + 50g +
450g
Zinc sulfide
50g
Zinc nitrate hydrate
400g
Zinc oxide
400g +50g +450g
Zinc (mossy)
10g +20g
Zirconium nitrate
50g
I
Edmonds Woodway High School Science Department 5 May 1997 P. 1
1 CHEMICAL INVENTORY
Organic Chemicals
Name
Amount
Acetic anhydride
450ml + 300ml + 500ml + 500ml +
500ml + 500 ml + 500ml
Acetone
2000m]. + 50 ml + 500ml + 500ml
Acetonitn*le
200ml
Acetylacetone (= 2,4-pentanedione)
300ml + 250ml +300mL
Adipoyi chloride
25ml
4-amino-3-hydroxy-l-naphthalenesulfonic acid
150g
Ammonium citrate (dibasic)
200g
Ammonium oxalate
100g + 450g + 450g
Ammonium tartrate
loog
Amyl acetate
250ml + 25ml
n-Amyl alcohol (=I-pentanol)
350ml + 1.5L + 1.5L + 250ml
iso-Amyl alcohol (=3-methyl-l-butanol)
400ml + 350ml + 450 ml.
Aniline
450ml
Arabic gum (=Gum arabic)
400g
Arabic gum (powder)
50g
Ascarite
350g
Ascorbic acid
loog
Benedict's reagent
2000ml
Benzaldehyde
400ml
-Benzoic acid
4OOg + 400g + 75g
I-Butanol
500ml + 500ml
tert.-Butyl alcohol
1000n-d +
Camphor
250g
Carbide
50g
Carbolic acid
25ml
Casein
100g + 100g + 300g
Chloramine T
50g
Chloretone
50g
Chloroform
100ml
Cinnamaldehyde
200m.1 + 200 ml.
Citric acid
300g + 450g + 200g
Tork dust
loog
Cottonseed oil
500ml
Cyclohexane.
400n-d + 30OOn-d
Cyclohexene
250m]. + 300ml + 2000ml
p-Dichlorobenzene
10g +950g
Dimethylglyoxime
28g + 28g +20g
2,4-dinitrophenol
loog
Dithizone
log
Deoxyribonucleic acid (=DNA)
20g
1-Dodecanol
3kg + 3kg + 10g
Dodecyl. sodium sulfate
100g
Edmonds Woodway High School Science Department
5 May 1997 p.2
CHEMICAL INVENTORY
Organic Chemicals
Name
Amount
Ethanol
20L + 50ml
Ethyl acetate
400ml + 500ml + 50ml + 200ml + 2.5L
Ethyl carbamate
1000g
diEthyl ether
5ml
300n-d + 500ml + 150ml
-Ethylenediamine
Ethylene dichlonide
300ml
Ethylenedinitrilotetraacetic acid
125ml
Ethylenedim'trilotetraacetic acid, disodium salt
loog
Ethylene glycol
3.81, + 3.81- + 500ml +2.5L
FAA solution
500ml
Ferric tartrate
log
Formaldehyde
3.81, + 1.9L
Formaldehyde (10%) - glycerine solution (used)
3L
Formic acid (88%)
450ml
Tructose
loog
Fumaric acid
450g + 4OOg
Gelatin
100g
Glucose
450g +200g
Glycerine (=glycerol)
1.51, + 800ml + 3.81, + 3.8 L
Gum arabic (=Arabic gum)
100g + 25g
Heptane
50ml + 500ml
Hexachloroethane
500g
Hexamethylenediamine (=1,6-diaminohexane)
300g
Hexanes
500ml + 100ml
Iron citrate
500g
Isopentyl alcohol (=3-methyl- I -butanol) see isoamyl a1c.
Isopropyl alcohol (=2-propanol)
4L + 2L
Lactic acid
490ml
Lactose
450g + 4OOg +450g
Lanolin
5g + 20g + 4OOg
Levulose
450g
Luminol (= 5-amino-2,3-dihydro-1,4-phthalazinedione)
4g + 3g
Lycopodiurn powder
100g
Maleic acid
450g + 50g + 300g
Malonic acid
50g
Maltose
200g + 200g + 100g
Methanol (=rnethyl alcohol)
400ml + 4L + 4L
Methyl cellulose
100g + 80g + 200g + 50g
Methyl methacrylate
200g
2-methyl-1-propanol (= isobutyl alcohol)
450ml
Methyl ethyl ketone
300m
Methyl isobutyl ketone
400 ml + 3L
Edmonds Woodway High School Science Department 5 May 19W p.3
CHEMICAL INVENTORY
Organic Chemicals
Name
Amount
Naphthalene
3kg + 300g + lOg + 50g
Ninhydrin
900ml
Ninhydrin (in spray can)
(unknown)
Nitrilotriacetic acid
500g
sodium salt
loog
-Nitrilotn'acedic,
I-octanol
50ml + 450 ml
Oleic acid
450 ml + 25 ml
oil
50ml + IL
-Paraffin
Pentane
80ml + 70ml
2,4-pentanedione (see acetyl acetone)
1-pentanol (see amyl alcohol)
1 -pentene
25ml.
Petroleum ether
4L
p-phenylenediamine
225g
Phthalic anhydride
4OOg + 200g
2-phenoxyethanol
100ml
Phenyl salicylate
loog
Thenol
300g
(poly)Propyleneglycol
450g + 4OOg
(poly)Vinyl alcohol
400ml
Potassium binoxalate
loog
Potassium biphthalate
140g
bitartrate
70g +300g
-Potassium
Potassium citrate
300g
Potassium oxalatc
Potassium sodium tartrate
4OOg + 100g
I-propanol (= n-propyl alcohol)
50ml +
Propionic acid
800ml
Pyridine
470n-d + 490n-A
Quinone sulfate
25g+ 25g
_i5inoline
115ml
Resorcinal
100g + 300g + 100g
acid
90g
-Ribonucleic
Salicyclic acid
100g +lkg
Sesame oil
50ml
Sodium citrate
100g+ 450g + 4OOg
Sodium lactate (60%)
-.50ml
odium lauryl sulfate
450g + 450g
Sodium oxalate,
450g + 50g + 4OOg
Sodium succinate
250g
Edmonds Woodway High School Science Department 5 May 1997 p.4
CHEMICAL INVENTORY
Organic Chemicals
Name
Amount
400g
-Sorbitol
Starch
50g +50g +100g
Stearic acid
200g
Succinic acid
300g + 300g
Sucrose
100g + 100g + 4OOg
I Tannic acid
25g
Tartaric acid
450g + 8OOg
Thiamine hydrochloride
25g
Toluene
500m]. + 500ml + 250 ml + 500n-d + 3.8L
+ 3L + 3L
o-Toluldine
500ml
Trichloroacetic acid
500ml
chloride
5g + 5g + 5g
-2,3,5-tn*phenyl-2H-tetrazolium
1 , 2,3-triketohydn*ndene
25g
1,1,2-trichloro-1,2,2-t-rifluoroethane (=TTE)
500ml
Urea
100g + 100g + 100g + 1kg + 300g +
200g + 150g
Urea (44% in pellets)
100g
Xylene (=xylol)
20m]. + 3.5L + 3.81,
Edmonds Woodway High School Science Department 5 May 1997 P. I
asic
anus
carmine
stain
ame
Biological Stains
Edmonds Woodway High School Science Department 5 May 1997 P. 1
Acid/Base (pH) and Other Indicators
Name Amount
Azo Violet lOg bottles
Alizarin Red S
Alizarin Yellow R
Bromothymol Blue
Bromophenol Blue
Congo Red
IndicatAR
Indigo Carmine
Litmus Powder
Methyl organge
Methyl red
Methylene blue chloride
Orange W
Phenol Red
Phenolphthalein
Thymol blu
Edmonds Woodway High School Science Department 5 May 1997 P. 1
Stock Solutions of Concentrated Acids and Bases
Name Amount
Acetic acid 250ml + 2AL + 500ml + 1.5L + 250ml
Hydrochloric acid 1.5L + 2.4L
Nitric acid 31, + 2L + 3.8L + 3.8L + 250ml
Sulfuric acid 2AL + 3.8L + 500ml + 500ml
-Ammonium hydroxide 2AL + 250ml
MEMORANDUM
Date: January 15, 1997
To: Jeannine Graf, Building Official
From: Gary L. McComas, Fire Marshal
Subject: Woodway High School Fire Alarm System
Items identified in the ICBO letter dated December 24, 1996:
1. comply
2. locations of FACP's and VACP's approved
3. comply
4. comply
5. comply
the permit can be issued, the above listed items shall be completed prior to final inspection.
EDMONDS FIRE DEPARTMENT
OFFICE OF THE FIRE MARSHAL
internati-onal Conference of Building Officials
REGIONAL OFFICE: 2122-11112thAVENUE, N.E.,SUITE B-300 @BELLEVUE, WASH I NGTON 98004 o (206)451-9541
OF DIRECTORS
CHAIRMAN
RON PERKEREWICZ, C.B.O.
DIRECTOR OF COMMUNITY
DEVELOPMENT
COUNTY OF KITSAP
PORT ORCHARD, WASHINGTON
FIRST VICE-CHAIRMAN
THOMAS R. THOMPSON, C.B.O.
BUILD NG OFFICIAL
Ip
BROOMFIELD, COLORADO
SECOND VICE-CHAIRMAN
ALAN P. OLSON, RJL, C.B.O.
ASS STANT DEVELOPMENT
SINVICES DIRECTOR
PHOENIX, ARIZONA
IMMEDIATE PAST CHAIRMAN
JAN P. GASTERLAND, C.B.O.
BUILDING CODE OFFICER
ST PAUL, MINNESOTA
THOMAS C. ANDERSON
BUILDING OFFICIAL
HOPKINS. MINNESOTA
FRED B. CULLUM
BUILDING OFFICIAL
BURLINGAME . CALIFORNIA
PAUL T. EDGERTON
MANAGER, BUILDING AND CODE
ENFORCEMENT
VANCOUVER, WASHINGTON
ROGER R. EVANS, C.B.O.
DIRECTOR OF BUILDING SERVICES
SALT LAKE CITY, UTAH
FRED HERMAN
CHIEF BUILDING OFFICIAL
PALO ALTO, CALIFORNIA
KENNETH G. LARSEN, C.B.O.
DIRECTOR OF BUILDING AND HOUSING
CHULA VISTA, CALIFORNIA
DAN R. NICKLE, C.B.O.
CODES ADMINISTRATOR
LAKEWOOD, COLORADO
RONALD L NIENABER, C.B.0
DIRECTOR OF INSPECTIONS
MAPLE GROVE, MINNESOTA
JOHN E. PIERCE, C.B.O.
BUILDING OFICIAL
PLANOJEXAS
LARRY W. RICHARDS, C.B.O.
BUILDING SAFETY DIRECTOR
GLENDALE. ARIZONA
RAIMAR W. SCHULLER, C.B.O.
DIRECTOR, BUILDING DEPARTMENT
NEWPORT BEACH, CALIFORNIA
RON K. WATTS, C.B.O.
CHIEF OF BUILDING INSPECTIONS
BUILDING SAFETY DIVISION
ANCHORAGE, ALASKA
PRESIDENT
JON S. TRAW. P.E.
December 24, 1996
Jeannine Graf
Building Official
250 5th Avenue North
Edmonds, WA 98020
BOLDING
DEc 3 U 1996
Plan Check No.: 7671
Project: Woodway 11igh School Fire Alarm System
Dear Ms. Graf
OFFICES OF
JERRY J. BARBERA, P.E.
SENIOR REGIONAL MANAGER
KATHLEEN CURRY, P.E.
REGIONAL ENGINEER
GREG GRIFFITH
REGIONAL ENGINEER
CHARLES J. WILLIAMS, P.E., S.E.
SENIOR REGIONAL ENGINEER
We have reviewed the fire alarm plans for the project detailed above to see if it
conforms to Chapter 10 of the Uniform Fire Code and Uniform Fire Code Standard
10-2/10-3. In most cases, the designer should change the plans and/or specifications to
satisfy the comments below.
FIRE AIARM COMMENTS
1. The enclosed notes should be. added to the plans. The designer should just put
them all future plans in order to avoid this comment.
2. Your fire marshal should approve the locations of the FACP's and VACP's
3. A specific voice communications system with a prerecorded message to be
approved by your fire marshal should be shown on the plans for Building G's
gymnasium, the "Hall" in Building FL and auditorium and stage in Building A.
UFC Section 1007.2.2.2. The script for the message should be given to the fire
marshal prior to installation so that it is known to be -correct before final
inspection.
4. Although the battery calculations were included in the plans, no cut sheets for
specific manufacture's listed batteries were included. You should be given
them prior -Ito permit installation. UFC Section 1007.3.2
5. The owner should be made aware of the obligation to have the system
periodically inspected and maintained. UFC Standard No. 10-2, Section No. 2-
5.4
Main Office: 5360 Workman Mill Road 0 Whittier, California 90601-2298 0 (310) 699-0541
Plan Check 7671
Jeannine Graf, City of Edmonds
December 24, 1996
Page 2
An invoice for this nonstructural -only plan checking service win be forwarded to you under separate
cover based'on one hour of the professional time spent on the review ($75.00). ,
I am returning all data and plans to you. However, to facilitate the plan review process, I am sending a
copy of this list directly to -the designer. If you wish me to do the recheck, please instruct them to
REVISE TB ' E PLANS and specifications, and RESUBWr them with a letter that indicates which
sheet or detail the corrections may be found, and to return the check prints. Please feel free to contact
me if there are any questions.
truly yours,
J#ry J. Bdbera, P.E.
genior Manager, SCSO
spm
encl.
c: Guardian Systems, Inc.
FUZE ALARM NOTES
1. . Upon completion of the installation, the installer shall prove to the satisfaction of the fire
chief that all functions of the added system works as designed.
2. The permittee shall provide the fire chief with written certification that the system was
installed in conformance with the approved plans and specification at the conclusion of the job.
3. The location of locked FACP, remote annunciator panels and their access keys shall be
approved by the fire chief prior to permit issuance.
4. The written operating instructions for all panels and annunciators shall be stored at the
location of these units.
5. A yearly alarm maintenance and test program done by third party testing companies shall
be set up by the owner who shall provide it to the fire chief at the final inspection.
6. F-type through penetration fire stop material shall be provided around wall or membrane
penetrations and/or floor and ceiling penetrations. T-type of fire stop material *shall be provided
for pipes and conduits larger than 4" nominal diameter at penetration of floor membranes, above
corridor ceilings not required to be part of its assembly, and where they penetrate below any
ceiling adjacent to wall requiring protected openings.
7. Manual fire alarm panels shall be installed nomore than 54" above the finish floor surface.
DEC. 17 1995
Customer IPERMIT COUNTER
Bowie Electric
2232 NW Market St #1
Seattle WA. 98107
Project
Edmonds-Woodway High School
Project # 51660
Vendor
Guardian Security Systems Inc.
1743 First Avenue South
Seattle, WA. 9813.4
Type of Equipment
Security System
Date 1 5-Oct
F777��of materials
Item Qty. Manuf. Model Description
1
Radionics
D9112BC
Control / Communicator
6
Radionics
D1255
Alpha IV Command Center
1
Radionics
7212BC
Control / Communicator
1
Radionics
D9131
Parallel Printer Interface Module
2
Radionics
D8129
Octorelay
2
Radionics
D8125
Popex Addressable Loop Module
62
Radionics
D8127U
Popet Individual Addressable Mod.
1
Radionics
D8109
Fire Enclosure
1
Radionics
1640
Transformer
1
Radionics
D128
Dual Phone Line Switcher
1
Radionics
D122
Dual Battery Harness
159
Sentrol
1078C
Recessed Steel Door Contacts
3
Sentrol
3012
Tamper Switch
26
Detection Sys.
DS-835
Motion Detectors 'A'
13
Detection Sys.
DS938-AR13-18
Motion Detectors 'B'
8
Detection Sys.
DS928i
Motion Detectors 'C'
24
Detection Sys.
DS938-AR8-13
Motion Detectors 'D'
5
Detection Sys.
DS-860
Motion Detectors 'E'
9
Wheelock
MT24LSMVFR
Horn Strobe
6
Wheelock
AMT24LSVFR
Siren Strobe
1
Alarm-Saf
AS/NPL-12030-BO3UL
12VDC 3A Power Supply
1
Alarm-Saf
ASNPL-24030-13031.11-
24VDC 3A Power Supply
1
Panasonic
KS -Series
Printer w/ Stand
6
GSS
Custom
Security Sign
D9112 B
Control/Communicator
D9112BA *Attack Resistant UL Control/Communicator Package
(1) Control, D9112B
(1) Transformer, D1640
(1) Attack resistant enclosure D8108A with lock and key set, D101 F
D9112BB *Fire/Burglar Control/Communicator Package
(1) Control, D9112B
(1) Transformer, D1640
(1) Fire Enclosure Q8109)with lock and key set, DI01 F
(1) Dual Battery Harness , D122
(1) Dual phone line switcher, D928
(2) 7ft dual modular phlo"ne cord, D161
* Special order packages consist of UL-listed control units and accessories
Product Literature and Sales Promotion Material
L603
9112 Owners Manual (Pkg 5)
L604
9112 Users Guide (Pkg 5)
L605
9112 Color Sales Brochure (Commercial) (Pkg 100)
L606
9112 Color Sales Brochure (Residential) (Pkg 100)
L61 2
9112 Technical Manual
L61 3
9112 Color Sales Brochure (Fire) (Pkg 100)
L9112B
9112 Specification Sheets (Pkg 50)
The D9112 can be programmed locally using the D5200 or remotely using the D5300.
(See programming section for details.)
D9112 B
Control/Communicator
The D911'2 is available to Rad ion ics"'Authorized D9112.Dealers ONLY.
If you are interested in becoming a D9112 dealer please contact your local Regional Manager.
�_D 9 ��112 B �C����Co �nt r o I ��/Co rn �m�un i c a ��tor
D9112B Control/Communicator, shipped with D8103 Enclosure, D1640
--7 w a '66 Transformer and D 101 Cock and. Key Set. -
Control Features
Eight Programmable Areas, eight on -board points of detection, up to 126
off -board points for a total of 134 points, built-in digital communicator, real
tim e clock and test timer, battery charging circuit and voltage supervision,
automatic reset thermal breakers, on'board warning buzzer for CPU
watchdog feature, four diagnostic LEDs, lightni.ng'and EMI Protection,
power limited external circuits, programmable AC supervision 500 Event
Log.
Four telephone numbers for event reporting, programmable phone
line monitor; monitors two phone lines with optional D928 Dual Phone
Line Switcher, programmable for loop start or ground start phone systems,
programmable answer machine work -around (line minder) for remote
programming access.
12 VDC, 2 Amp Alarm Power, alarm output selections: Steady,
Pulsed, California Standard, Temporal Code 3, automatic bell test, bell
shut-off timer, 48 programmable relays.
Central Stati - on reporting, 31 point indexes for custom point
response, alarm verification, programming by point, programmable loop
responsetime, fire alarm inspector's local test mode, perimeter/interior
watch mode, automatic test and/or status reports, scheduled events
(Skeds) including: arm, disarm, bypass and unbypass points, set and reset
relays, windows for auto arming, fail to open/close, late to close tone,
oper-Vclose report suppression, etc.
Unique custornizable control functions, custom command center
text, programmable command menu, 32 unsupervised command centers,
supervise up to eight command centers, 15 user window groups for pass -
code use, 14 Authority Levels, Point bypassing -by user, 99 User Passcodes
(Plus one service passcode), Programmable user authority to change, add,
and/or delete passcodes from command center, adjustable brightness for
command center display.
D9112B Control/Communicator
Control/Communicator only. Has all features of D911213C, but shipped
without enclosure,'transformer and lock and key set.
D9112B Con6o"J/C6i�i�uniicat6r' -
35'�
D9112 B
System Chart
'0 ic
ocal
R�n.�l
L
=ed.!
0 9112
Ho
go
Staiiion`�.-
Fiwe/,.7�-,
Ce . ntral,., , -
cenIM
�WV
U
;tari,,
sta!i
fire
SU60n;'.
fire/Burg.
f
Trimmitt�,
Grade7A
CornWed
C4&_C-*.�
W. n
N a,
Combi. d
G�nbi�'ed
C-d' C
NFPA Standard
72
72
72
1 72
72
1 72
1 72
72
1 72
72
Minimum Hours
4
24+4
24+4
4
4
4
60+5
24+5
24+5
24+5
24+5
24
24
24
of Standby
rnins
mins.
mins
mins
mins
mins
mins
-�5
+5
Battery
alarm
alarm
alarm
alarm
alarm
alarm
alarm
D8103 Enclosure
Choose one.
D101 required for
D8103 Enclosure.
No
N6
No -
No
No
No
No
' No
No
No
D8108A Enclosure
Req
Req
Choose
One
Req
Choose One
D8109 Enclosure
rN o
No
D122 Dual
Calculate current draw to determine
Req.
Calculate current draw to determine
Battery Harness
if second battery is required
if second battery is required.
D125BDualStyleA
Opt.
A
A
Opt.
Opt.
Opt.
A
A
A
A
A
A
A
Initiating Module
I
—
D129 Dual Style D
A
A
A
A
A
A
A
A
A
Initiating Module
D126 Battery
I+
1+
1+
1+
1+
1+
2+
1+
1+
1+
1+
1+
1+
1+??
D127 Reversing
Opt.
No
Opt.
Opt.
Opt.
Opt.
No
Opt.
No
Opt.
No
Opt.
No
No
Relay
D161 Telephone
Required to connect panel to
2
Two required to connect D928 Module
Cord
RJ31 X Telco Block
Req.
to RJ31X Telco Block.
D192C
Opt.
Opt.
Opt.
Opt.�
'9pt.
Opt.
Opt.
Required to supervise
Opt.
Opt.
Indicating Module
indicating circuits.
D262/D261 A Smok e
Opt.
Opt.
Opt. I
Opt.
Opt.
Opt.
OPL
Detector Head/Base
D268/D269 Ind.
Optional, only connect to points 1to 8 and/or any OctoPOPIT point.
Zone Control
Module/Keypad
D457,D445A,
1+
1+
1+
Opt.
Opt.
1+,*
.1+
1+
1+
Opt.
Opt.
D433A, D 450A, ,
D440, D442, D448
Indicating Devices
D461 Pull Station
Optional, may be required by job specification and/or
Authority Having jurisdiction.
D1255 Command Center
At least one required. You may choose.
either D1255, D1256, D720 or D1257
1+
1+
1+
'1+
1+
�Opt.
D720 Command Center
Opt.
Opt.
Opt.
Opt.
Opt. I
Opt. I
Opt.
D1640 Transformer
Required for -all applications.
D8004 Transformer Encl.
Opt.
Opt. T_0pt_.F0_pt.
I
Opt. I
Opt., I
Opt. I
. Required for Commercial Fire
D8122 Derived Chan. S.T.U.
Optional, contact Telco for availability of derived channel service.
D8125 POPEX Module
Required for POPIT points.
D8127TAJ POPIT Module
Opt.
Opt.
Opt. jNotUjNotUjNot
U1
Opt. INot
U1
Opt. lNot
UlNot
UlNot
U1
OpL
D8128A OctoPOPIT Module
Opt.
No*
No- I
Opt. I
Opt. I
Opt. I
Not- I
No- I
No" I
. No- I
No- I
No- I
No'
No-
D8129 OctoRelay
Optional, for remote annunciation of system and area functions.
D8130 Release Mddul e-
Optional.'..
D8132 Battery Charger
See Current Rating and Standby Battery Req's in D9112 Operation and Inst.allation Manual
to determine if D8132 is required for'increased battery standby.
D9131 Printer Interface
Optional, use with parallel printer to print events from panel locally.
*OK if located in Fire Enclosure within 20 feet of control/communicator connected by conduit.
D 1 25,or. D 129 Module must be used with fire. initiating devices..,--
39-
D9112B Control/Cornm� unic"atoT
F-- D9112B: TYPICAL BURGLAR ALARM CONFIGURATION'-------,,
TO LIGHYS,
APPLIANCES,
TILERMOSTATS. ETC.
D11129 OICTO-RELAY
MODULE
D8127U POPIT
DO I 2��POPIT
D8125 POPEX
DO 12RA OCTO-POPIT
ADDITIONAL MODULES
0102
KEY
D122
DUAL BATTERY HARNESS
0125B
POWERED LOOP INTERFACE
D127
REVERSING RELAY MODULE
0928
DUAL PHONE LINE SWITCHER
0129
CLASS 'A" INITIATING CIRCUIT
MODULE
0137
MOUNTING BRACKET
(ACCESSORIES)
D192C
SELL CIRCUIT SUPERVISION
MODULE
D8004
TRANSFORMER ENCLOSURE
D8121A DERIVED LOCAL CHANNEL
S.T.U.
D8122
DERIVED LOCAL CHANNEL
S.T.U. (UL)
08129
OCTO RELAY MODULE
D8130
RELEASE MODULE
08132
BATTERY CHARCER MODULE
PROMOTIONAL
LITERATURE
13101 LOCK
AND KEY SET
L250
D9112 COMMERCIAL BROCHURE
(100/package)
L251
09112 RESIDENTIAL BROCHURE
(100/package)
L9112
SPEC SHEET
(50/package)
— IDS20kE PROGRAMMER* "
r�l
0720 COMMAND
CENTER, O-POINT
LED
[�j f��
055 COMMAND CENTER D56 COMMAND CENTER
DESK STAND CONDUIT BOX
D546/054C FLUSH
01255 ALPHA IV MOUNTING KIT
COMMAND CENTER
D279 INDEPENDENT
ZONE CONTROL
D268
INDEPENDENT ZONE
CONTROL MODULE
139131 PRINTER
INTERFACE
0
/D57
CO NOULT 80 , X ,
D269 ZONE CONTROL
TO STANDARD
PARALLEL PRINTER
C601 FASTLINK
ENCODER
MODULE D136 RELAY
01640
TRANSFORMER
C472TX or C474TX
FASTUNK
TRANSMITTER D5300
REMOTE ACCOUNT MANAGER
D9112B Control/Communicator 37
D9112B
System Chart- Key
Key
No = Not acceptable for this application-
Req. =
Required for this application.
opt. =
Optional for this application.
A =
D125 or D129 required to connect fire
alarm Initiating devices to points 2 to 8.
D125B provides two Style A powered
loops for connecting listed 2-wire smoke
detectors. DI 29 provides two non -powered
Style D Initiating circuits.
1+ =
One or more required for this application.
Consult the appropriate standard.
2+ =
Two or more required for this application.
Consult the appropriate standard.
1.
At least one detector required. You can
substitute other 2-wire smoke detectors
listed for use with the D9112. You could
use the D262 with the D270 4-wire
detectors. You must use a listed power
supervision relay with 4-wire detectors
(D274).
Listed bell (siren) housing required for
burglary alarm bell or siren.
F]
(Empty Box) Not used for this application.
D911.213 Control/Corrimunicator
40
I
"d
C6 M'ViiiAn" enters,�.and:Keypa S.
D
`1j:
1i
-'Ij"'-
6
"D'
Q-
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101'
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6.
7,
8_
4.
IX
A
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v
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i`A'
-1
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-:7-,
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�27'.
2'.
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. 2
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D1254
Alpha III Command Center
Digital arming station with backlit, 16-character
vacuum fluorescent alphanumeric display.
Pre- warning alarm and audible feedback tone.
Provides programmable end user menu for
feature access. Slim surface -mounted design.
Can be used with D54B, D54C Flush Mount Kits,
D55 Desk Stand and D56 Surface Mount Box.
D1254-04 also available, same as D1254 but
meets UL1023 (Household Burglary, Grade A)
requirements.
D1255
Alpha IV Command Center
Digital arming station that illuminates when keys
are pressed. A 16-character vacuum -fluorescent
English -language display, and built-in speaker
with distinct warning tones. Permits remote con-
trol of relays and real-time clock display, adding,
deleting and changing passcodes, and system
tests. Can be used with D54B or D54C Flush
Mount Kit, D55 Desk Stand, or D56 Surface
Mount Box. D1255-04 also available, same as
D1255 but meets UL1023 (Household Burglary,
Grade A) requirements.
D1255R
Alpha IV Command Center (Red)
Same as D1255 except housed in red plastic.
Can be used with D56R red, surface mount box.
D1256
Fire Command Center
0
41
0
Digital fire alarm control station with 16-charac-
ter vacuum -fluorescent, alpha -numeric display.
Provides system control over fire areas. Housed in
red plast c, displays programmable text identify-
ing specific initiating and supervisory devices.
Can be used with D54B or D54C Flush Mount
Kit, D55 Desk Stand, D56 or D56R Surface
Mount Box.
D1257
Remote Fire Alarm Annunciator
Housed in red plastic, displays 16-character
customizable English text identifying devices and
point of alarm. Annunciates alarm and trouble
conditions. For use in public places. Does not
provide system control. can be used with D54B,
D54C or D56R Flush Mount Kit, D55 Desk Stand,
or D56 Surface Mount Box.
is
90 System Access.0'ries .
D7212B
Control/Communicator
For your convenience the 13721213A, D7212136, D7212BC, and D7212BD described below may be
ordered by model number. The components are packaged in one box and are billed as one line item.
*The following packages consist of UL Listed control units and accessori�s
D7212BA *Attack Resistant UL Control/Communicator Package
(1) Control, D7212B
(1) Transformer, D1640
(1) Attack resistant enclosure D8108A with lock and key set
D7212BB
*Fire/ Burglar Control/Communicator Package
(1) Control, D7212B
(1) Transformer, D1640
4�:&
(1) Fire Enclosure (D8]09)with lock and key set, DI 01 F
(1) Dual Battery Harness, D-122
(1) Dual phone line switcher, D928
(2) 7ft dual modular cord, D161
phone
D7212BD
*Standard UL Control/Communicator Package
(1) Control, D7212B
(1) Transformer, D1640
(1) Standard Enclosure, D6103
(1) Lock and key set, D101
Product Literature& Sales Promotion Material
L603
D7212 Owners Manual (Pktg 5)
L604
D7212 User's Guide (Pkg 5)
L626
D7212 System Overview Video
L626AB
D7212 Training Pack (5 video cassettes: L627, L628, L629, L630, L631)
L626ABC
D7212 Training Videos, Technical Manuals & Disks)
L627
D7212 System Operation Video
L628
D7212 System Hardware Video
L629
D7212 System Programming Video
L630
D7212 Advanced System Programming Video
L631
D7212 Point Expansion Capabilities Video
L632
D7212 Color Sales Brochure, Residential (Pkg 100)
L633
D7212 Color Sales Brochure, Commercial 100)
L634
D7212B Technical Reference Manual
L639
D7212 Manuals on disk
L7212B
D7212 Specification Sheets (Pkg 50)
The D7212 can be programmed locally using the D5200 or remotely using the D5300.
(See Programming Products Section).
D7212B Control/Communicator 21
D7212B: TYPICAL BURGLAR ALARM CONFIGURATION
TO L GHfS,
I(
APPLIANCES
THERMOSTATS, iTc.-----
D11129 0,CTO-RELAY
MODULE
D8127t) POPIT
DO I 27YPOPIT
08125 POPEX
08128A OCTO-POPIT
Pop T
ADDITIONAL MODULES
D102 KEY
0122 DUAL BATTERY HARNESS
01258 POWERED LOOP INTERF\ACE
D127 REVERSING RELAY MODULE
D928 DUAL PHONE LINE SWITCHER
D129 CLASS 'A' INITIATING CIRCUIT
MODULE
D130
RELAY MODULE 12/24 VDC
D137
MOUNTING BRACKET
(ACCESSORIES)
D192C
BELL CIRCUIT SUPERVISION
MODULE
D8004
TRANSFORMER ENCLOSURE
D8121 A DERIVED LOCAL CHANNEL
S.T.U. 1
08122
DERIVED LOCAL CHANNEL
S.T.U. (UL)
08129
OCTO RELAY MODULE
D8130
RELEASE MODULE
08132
BATTERY CHARGER MODULE
0101 LOCK
AND KEY SET
PROMOTIONAL LITERATUR
L250
D8112 COMMERCIAL BROCHURE
(100/package)
L251
D8112 RESIDENTIAL BROCHURE
(loolpackage)
E8112
SPEC SHEET
(SO/package)
0161/0162
PHONECORD
D126 BATTERY
D5200CE PROGRAMMER
. Q�
OSS COMMAND CENTER
DESK STAND
D720 COMMAND
CENTER, B-POINT
LED
D125S ALPHA IV
COMMAND CENTER
DS6 COMMAND CENTER
CONDUIT BOX
-J�
DS4B/DS4C FLUSH
MOUNTING KIT
0279 INDEPENDENT
ZONE CONTROL D57
CONDUIT BOX
7 ENCLOSURES D269 ZONE CONTROL
0
N 6103 0268
OS(
-.0
J-ES
3
CL I
0
STANDARD INDEPENDENT ZONE
D8'0, CONTROL MODULE
STANDARD 3
A
08108
ATTACK
a D7212B
D9131 PRINTER
INTERFACE
TO STANDARD
PARALLEL PRINTER
C8137
TRANSMITTER
INTERFACE
MODULE
C601 FASTLINK D136 RELAY
ENCODER
MODULE
. .. . .,- % . . , ; I (��
D1640
TRANSFORMER
C472YX or474TX
FASTILINK 05300
TRANSMITTER REMOTE ACCOUNT MANAGER
I
23..
D7212B.Control/Communicator....
D7212B
System Chart
"o.,,.
Hom,�.
Hmr�
Central
Po"ike
t.�al
kemote,
Local
t
-017212B
Hold
Hold
Hold';-`
slition*
Corinicied
Burglary
Centr*al;:-
staii
em*C 6 a'
syst, rt
Burglary
Gfide A
Fire
fire/Burg.
Combined
Burglary
Gradi C
Burglary'!.:
Bur glary
6;bi.ed
4.x
Slat
riie
s ta!ion,,
fire/Bu�
Combined
Combined
G(a& C,
NFPA Standard
72
72
72
72
72
1 72
1 72
72
72
72
Minimum Hours
4
24+4
24+4
4
4
4
60+5
24+5
24+5
24+5
24+5
24
24
24
of Standby
mins
mins
mins
mins
mins
mins
lalarm
mins
I
Battery
alarm
alarm
alarm
alarm
alarm
alarm
D8103 Enclosure
Choose one.
D101 required for
D8103 Enclosure.
No
No
No
No
No
No
No
Nc
No
No
D8108A Enclosure
Req.
Req.
Choose
One
Req
Choose One
D8109
No
No
No
D122 Dual
Calculate current draw to determine
Req.
Calculate current draw to determine
Battery Harness
if second battery is requi d
if second battery is required.
DI 25B Dual Style A
Opt.
A
A
Opt.
Opt.
Opt.
A
A
A
6
1 A
1,
Initiating Module
I
I
D-129 Dual Style D
A
A
A
A
6
6
A
A
A
Initiating Module
D126 Battery
1+
1+
1+
1+
1+
1+
2+
1+
1 +
1+
1+
1+
1+
1 +??
D127 Reversing
Opt.
No
Opt.
Opt.
Opt.
Opt.
No
Opt.
No
Opt-
No
Opt.
No
No
Relay
I
I
I
D161 Telephone
Required to connect panel to
2
Two required to connect D928 Module
Cord
RJ31 X Telco Block
Req.
to RJ31X Telco Block.
D192C
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Required to supervise
Opt.
Opt.
Indicating Module
indicating circuits.
D262/D261A Smoke
Opt.
Opt.
Opt.
I
Opt.
I I
Opt.
Opt.
Opt.
Detector Head/Base
D268/D269 Ind.
Optional, only connect to points I to 8 and/or any OctoPOPIT point.
Zone Control
Module/Keypad
D457, D445A,
1+
1+
1+
Opt.
Opt.
1+,*
1+
1+
1+
Opt.
Opt.
D433A, D450A,
I
D440, D442, D448
Indicating Devices
I
D461 Pull Station
Optional, may be required by job specification and/or
Authority Having Jurisdiction.
D1255 Command Center
At least one required. You may choose I
either D1255, D1256 or D720 I
1=
1+
1+
1+
Opt.
Opt.
D720 Command Center
Opt. I
Opt. I
Opt.
Opt.
Opt.
Opt.
Opt.
D1640 Transformer
Required for all applications.
D8004 Transformer Encl.
Opt.
Opt.
Opt. I
Opt. I
Opt. I
Opt. I
Opt�
F- Required for Commercial Fire
D8122 Derived Chan. S.1U.
Optional, contact Telco for availability of derived channel service.
D8125 POPEX Module
Required for POPIT points.
D8127TAJ POPIT Module.
Opt.
Opt.
Opt.
Not U
Not U
Not U
Opt.
Not U
Opt.
Not U
�otU
�
Opt.
D8128A OcloPOPIT Module
Opt.
No*
No-
Opt.
Opt.
Opt.
No-
No-
No*
No-
No- I
No- I
No*
No'
D8129 OctoRelay
Optional, for remote annunciation of system and area functions.
D8130 Release Module
Optional.
D8132 Battery Charger
See Current Rating and Standby Battery Req's in D7212 Operation and Installation Manual
to determine if D8132 is required for increased battery standby.
D9131 Printer Interface
Optional, use with parallel printer to print events from panel locally.
*OK if located in D8109 Enclosure within 25 feet of control/communicator connected to conduit.
D 125 or D1 29 must be used with fire indicating devices.
24
D7212B Control/Co'm�nuni,icator
.... . ........
D7212B
System Chart Key
Key
No Not acceptable for this application.
Req. Required for this application.
Opt. Optional for this application.
A D125 or D129 required to connect fire
alarm initiating devices to points 2 to 8.
D125B provides two Style A powered
loops for connecting listed 2-wire smoke
detectors. D129 provides two non -powered
Style D initiating circuits.
I+ One or more required for this application.
Consult the appropriate standard.
2+ Two or more required for this application.
Consult the appropriate standard.
1. At least one detector required. You' can
substitute other 2-wire smoke detectors
listed for use with the D7212. You could
use the D262 with the D270 4-wire
detectors. You must use a listed power
supervision relay with 4-wire detectors
(D274).
Listed bell (siren) housing required for
burglary alarm bell or siren.
(Empty Box) Not used for this application.
D7212B Control/�Zommunicator..'-
25
E
Em
Printer Accessories D
-U
D�
D'
QIR�
'Ei-
N
D�
k
.2
'6
7,
T
8.
A'
�.E�
0
S.
D.
-2
2
2
2
2
2
.4
-XlY
A
E.'
X'
0
N.
N�
;E,-
K.-
D8131 Printer/CRT Interface Module
Prov.ides either RS232 or current loop output to
be used by character or 80 character format.
Includes interface cable to J26 between D812
control and D8131. Does not include D8135
cable for connection between D8131 and a serial
printer. if connecting more than I module to the
D8112's J26, then a D8134 Ribbon Cable is
required. (D8131 not required if using D8150
local security printer.
D8135
50 ft Printer Cable
50-foot cable designed to interface to the D8131
printer/CRT interface to any standard serial printer
or CRT. 25-pin connector one end and 4 flying
leads on the other to be connected to D8131.
D9131
Printer/Parallel Printer Interface
A 4-wire parallel printer interface that can be
mounted up to 1000 feet from the control. The
D7212 supports one printer interface. Prints
complete 80-character, single -line information,
including data, time, event, account number, area
number, user ID, point number, and point text.
The D9131 connects to a standard parallel printer
via a standard parallel cable, normally supplied
with your printer.
System Accessories
99
10
'-Zonex, Expansion Accessories,-,:-�'-..�-:;:;
D
D,
D
D
D-
0,
0
D
D,
E
R
2
4
.6
7
7
8
9
9
2
A
A
E
1
2,
1.
1
0
5
S
A
.1
.1 -
I
T
2.
.7'
T.
+
D
2
2
2
2
2
2
�2
.4
1
L
K
Y
A
I
E
K
N
Y
E
K
Y
D8127T
POPIT Module with Tamper
0
—
A (1.5" x 3") hardwired module that provides
individual annunciation of alarms, troubles,
L:Drestorals
and "missing" conditions relating to a
unique detection device. The cover is protected
by a magnetic tamper switch. When the cover is
removed the reports as "missing". POPITs are
wired in parallel on the data backbone of the
D8125X. Each detection loop is supervised a 33k
ohm EOL resistor. UL listed for household Fire
Warning Equipment, Household Burglary, Local
Burglary/Police Connected Burglary, Central
Station Burglary Grades A,B,C,NFPA 72, Local
Fire, Remote Station and Central Station Fire.
D8127U
POPIT Module Without Tamper
Same as the D8127T except without a tamper
a
switch. UL listed for NFPA 74, Household Fire
ibb.
Warning and Burglary, NFPA 72, Local Fire,
Remote Station and Central Station Fire.
D8128A
Oct6POPIT Module
8 POPITs built into 1 OctoPOPIT. Each point has
an individual on/off switch (to be used if the
installation does not require all 8 points ).
a
0
Programming is the same as for POPIT (D8127).
Does not require POPEX (D8125). Can be used in
conjunction with POPEX and POPIT. OctoPOPIT
is suitable for fire SUPERVISION but NOT FIRE
INITIATING.
D8129
OctoRelay Module
Contains 8 dry -contact relay outputs. Each relay
is form "C" rated at 1 amp. Relays can be
operated manually through either the Command
Center, or remotely from the Central Station using
RAM 11. Relay response can also be programmed
for automatic operations using various pre-
programmed parameters within the control.
When used with D9100 a D138 mounting
bracket is required.
System Accessories
105
Zo,"nex Ekij�insio' n-Accessones",
D
D
D
D
D
Q
D
D
D
'A
2,
4
6
7
7
6
9
9
2
A
E
4'
1
2
1
1
1
0
S
S
A
2
7,
:T:
I"'.'
D
2
2.
.2
2
2
2
2
4
1
L'
K':Y
A
I ,
I,
K
IN -
Y -
E
K
Y
C8137
Transmitter Interface Module
0
0
0
0
Used with D7212B/D8112/D9112 /D9124
Control/Communicators to provide open collector
outputs for 8 zones and opening closing to the
C601 Encoder. It is designed to mount on the
inside of the D8103 Enclosure.
D640
Zone Expansion Module
D640 can provide up to 6 additional, fully pro-
grammable EOL-supervised hard -wired zones.
Circuit Board mounted on "snap track" designed
for mounting inside the D6112 enclosure. The
D640 is designed for zone expansion only and,
unlike the D630, does not have any command
center functions.
D8125
POPEX (Point of Protection Expander)
Provides a multiplexed data backbone, facilitating
zone expansion with up to 63 supervised points
a 0
of protection (D8112/D9112/D9124) 40 points
(D7212) when D8126U, D8126T, D8127U or
IV
D8127T are used. Maximum of two D8125's per
D8112/D9112/D9124 system. Central station
reporting only with Modem 11 format into a
D6500. Dimensions: 3" x 5". When used with
007
D9100 a D138 mounting bracket must be used.
D8125X
POPEX Module for D7112
Provides a 2-wire multiplexed data backbone for
the connection of POPIT modules to the D7112
a
Control/Communicator. Up to 40 POPITs can be
connected to the D7112 Expansion Port using the
D8125X. Only one D8125X can be used per
D7112. This device can be used in conjunction
with the D7125 RF Receiver for combination
RF/hardwired systems.
S
104 System Accessories
DID,
-D
-D
b
D
D
15'
V
E.
2',
.4'
6
7
.7
.8
9
A
A.
E
1
112
1
:9.
1:
.2
.0
S
S:
A
-
I
-Z
7.
T.
-
D
2
2
2
.
2
2
2
2
4
1
L'
.1
K
A
I
E
K
N
Y.'
E
os
D210j'
Enclosure for D2112
Gray enclosure with removable door for easy
installation. 9" wide, 11" long, 3.5" deep. Made
of 20 gauge rolled steel with 3 knock -outs.
Provisions for D101 lock and key in door.
D4103
Enclosure
Gray enclosure for the D4112, Easikey.
Dimensions: 11.25" x 11.25" x 3.00". Base is 20
gauge, door is 22 gauge cold -rolled steel. D101
lock and key set not included.
D4103R
Enclosure (Red)
Metal enclosure for the D2071A. D101 lock and
key set not included.
D6103
Enclosure
Enclosure for the D611.2. D101 lock and key set
not included.
D7103
Enclosure
Enclosure for the D7112. Dimensions: 16-1/4" x
11-1/4" x 3-5/8". D101 lock and key set not
included.
D8103
Standard Enclosure
0
18 gauge steel enclosure for control/communica-
tors. Dimensions: 16" x 16" x 3.5". See D8112
10
Operation and Installation Manual for applica-
tions. D101 lock & key set not included.
D8103-36
D8103 Enclosure (Pkg 36)
D8108A
Attack Resistant Enclosure
0
0
0
0
0
T-1
Required for UL-listed Commercial -Local Burglary
applications. UL listed for Central Station Fire
Li(NFPA
72), Local Fire (NFPA 72A), and Local Fire
(NFPA 72A). See D8112 Operation and
Installation Manual for applications. D101 lock &
key set included.
D8109
Fire Enclosure
16-gauge version of D8103. Painted red. UL listed
for Central Station Fire, Local Fire and Remote
Station Fire. D101F Lock & Key Set included.
(Also available in gray, D8109G.)
System Accessories
.91 .
�4,
D
. D
D
b"D
-D
D
D,':6.
F
I
:R
s ormers,,,,
:46'
�2-
'A
7
.7
8
.9
9-
A
E:
.1
1
1
1
2
.1
1
1
0
S
S
A
1
1
2
7
T
I
D
2
.2
2
2
2
.11-
-2
2'
4'
1
L
K
Y
A
I
E
K
N
Y
E
K
Y
D1220
Transformer
12VAC, 20.VA transformer.
plug-in
D1600
Transformer
16/24 VAC, provides output to power both the
24-volt power supply section and the D9124 con-
trol panel. Mounts in the D9101 Enclosure and is
shipped with the D9100 module section. One
supplied with each D9124. Offered separately as
a replacement.
D1,625
Transformer
16.5 VAC, 25 VA plug-in transformer
% D1640
Transformer
W
16.5 VAC, 40 VA plug-in transformer.
D1640-32
Transformer
0
00
0
0
0
Same as D1640, case of 32.
D8004
Transformer Enclosure
Unit is used to protect AC plug-in transformer and
insure it remains securely fixed to the AC wall
outlet. Also provides means 'of installing AC
power from AC wall outlet to control panel with-
in metal conduit.
Meohone Cor& a�'n'd
D.
D
D'
D
D
F;
Phon'e Accessories'�:�
2
�4
'6'
7.
7.
8
.,9,'
--9*
2
:AT',A_
1
1
2'
1
1
0
S.
A'
-2�
-7::T.
1,
D
2.
2
2
'2
2
2-
4
1
�'U
:K-
Y.
A
I
E
K
N
-Y
E
K"
D128
Dual Phone Line Switcher
Allows -the D8112 Control/Communicator to oper-
ate over and supervise 2 separate telephone lines.
Comes with a D 162 Phone Cord. Requires 2
additional D161 Line Cords.
D160
Single Modular Telephone Cord
7 ft 8-conductor modular plug-in cord on one
ia
end and flying leads on the other. For use with
RJ31X or RJ38X Telco jack.
D161
Dual Modular Telephone Cord
7 ft, 8-conductor fully modular plug-in cord for
Qa
interfacing to RJ31X or RJ38X Telco jack (D166).
D162
Dual Modular Telephone Cord
2 ft, 8-conductor fully modular plug-in cord for
interfacing to RJ31X or RJ 38X Telco jack Q166).
D163
Dual Modular Telephone Cord
7 ft, 8-conductor fully modular plug-in cord for
via
interfacing to RJ31X Telco jack. One end of cord
has reversed tip and ring for ground start installa-
tions.
D164
Single Modular Telephone Cord
7 ft, 8-conductor modular plug-in cord on one
end and flying leads on the other. Flying leads fit
in smaller terminals on D2112. For using the
D2112 with R)31X or RJ38X phone jack.
D166
RJ31X jack
41
0
0
0
Standard device for interfacing control/communi-
cator to the telephone system.
D180A
Listen -In Amplifier
0
Circuit board with modular plug-in for D8112
control/communicator permits listen -in to central
station receiver. (See D182). Requires D139
Mounting Bracket.
D182
Listen -in Pickup
Flush mount listen -in speaker. Red LED indicates
when activated. Used with D180A.
System Accessories.
101
tcesso ri
D;
D':
D
D
D:
-4
2
4
-6
7.
7.
8
9
-9,
2
A'
A
E:
A'
1,
2.4
.1
0
S
S.
A
A
A-
1,
A:
2
-7'--'T.',
D
.2-
'2
2
2
.2
.2
4'
1.
L'I
K
Y
A
:.I
E
�K
N
Y
I
K
Y
D122
Dual Battery Harness
0
0
0
0
0
0
0
Color -coded wire harness with circuit breaker to
at
protect charging circuit when connecting more
than I battery to control/communicator.
D122L
Dual Battery Harness with Extended Leads
0
0
Same as D122 except has longer battery leads to
allow battery connection to separate enclosure to
meet UL Bank, Safe and Vault requirements.
D123-2
Battery, 3.6 VDC Lithium (Pkg 2)
0
Battery for use with D7121, D7122, D7130,
D7131, D7198, D7199 Transmitters (Pkg 30).
D123-20
Battery, 3.6 VDC Lithium (Pkg 20)
0
D124
Battery, 9 VDC Alkaline
0
Battery for use with D710 Keypad, D7190 and
D7191 Transmitters (Pkg 1).
D126
Battery
12VDC, 7Ah sealed lead acid rechargeable
0
0
0
0
0
0
0
0
0
0
Lfemm��
�Q_
battery for use with control/communicators.
D126-8
Package of 8 batteries D126
0
0
0
0
0
0
0
0
0
0
D1218
Battery, 12 VDC, 18 Ah
0
0
Sealed lead acid rechargeable battery for use with
D9124 Fire Control/Communicator system. D9101
Enclosure can accommodate up to two' DI 218
batteries. For specification sheets on the D1218
order part number L542 (Pkg 100).
D1240
Battery, 12 VDC, 4 Ah
0
0
,Sealed lead acid, rechargeable battery for use
with con trol/commu n icators.
D1240-10
Package of 10 batteries D1240
0
0
0
0
0
0
D135A
Low Battery Cutoff Module
0
0
Works with the D4112 and D6112 control/com-
municators. When the AC power to the panel is
interrupted and the system is operating on battery,
the D135A will disconnect the battery when it
discharges to approximately 10.2 volts. This
"load -shed" operation prevents deep discharge
of the battery.
System Accessories 83-
Recessed
1078 Series .....................................................................
Special design for steel mou nri ng
Self -lock mountim,
1 DIA. Steel Door N - llugged construction
. '5/16" dia. hole required
With Wire Leads
- UL apiproved for specific fire doors
1 25*
.66 cm
T
1W
2.54 cm
Part No. 19.
Not to scale
1078CT Series .............
25' '�,— _� a
, . 463,75
2.86 cm 3 C�
L -F
0.750'
1.91
Ll
PL—ID
M.g..t
Part No. 1921C
V.d.d.d)
Not to scale
1.80 0.547. 2556 SE*NTROL, INC
JNf.013MATION.
M
�:fpej'
(i6 id`x'�'
sift"
t
0 �i
Oenm
U &C
",ea
RT
Regular Gap Series
'/2' 1078 1077
1076
1 foot
W�
(P 0
LISTED
(in steel) NotULC
Listed
#22 wire
Wide Gap Series
1"
1078W 1077W
1076W
1 foot
g
(in steel)
Not ULC
Listed
#22 wire
LISTED
Biased for Higher Security
112.
1076H
1 foot
Applications
(in steel)
#22 wire
OUL� 2
Double Pole -Double Throw
1/8"
D.P.D.T.
1 foot
Up!
LISTED 0*11
(in steel)
1076D
#22 wire
NOTE: Specify natural, grey or mahogany brown
For Accessories, see page 10 1
Regular Gap Series
'/2"
OULP t!
LISTED Z=:*11
(w/1929
magnet
Not recommended for steel
92
Long Gap Series
3/8,
®R
(in steel ' I
(w/1921C mag
LISTED
Wide Gap Series
3/4,
(in steel)
(w/1921C magnet)
LISTED
Biased for Higher Security
3/8"
Application
(in steel)
(P @
L
(w/1921C magnet)
NOTE: Specftfy natu�al. grey or mahogany brawn
For cssancs� see page 101
1078C1
1 foot
#22 wire
1078C 1 1077C 1 1076C 1 1 foot
Not ULC #22 wire
Listed
1178CW 1171CW I 1076CW 1 1 foot
NotULC #22 wire
I Listed
1076CH 1 1 foot
#22 wire
X-olter/Flunger
3010 Series .....................................................................
- Model 3015 available In place niOL1111 or
clip nioUnt configurarion
Recessed Pin - Model 3025 plunger self -adjusts to
proper reach
Plunger pulling out on p1tinger shunts switch
Disconnection while servicing
equipment is unnecessary
1.675*
�-1.255 crn -T
.313'
h5' 3133 cm
1.2 cm
Not to scale 3015 Recessed Plunger Switch
1 56' O�60
3.96 crn .52 c
E 1 31�-
.g:l c
3
3012 CAip Mount Plunger
Not to scale
1 88'
3.b� c
1.61 5T
0.625"
4.09 cm —4
1.59 cm
-T
0.73* 0
1.00'
f
1.87 cm
2.54 cm
tu
z
13
0.20
0.38*
0.508 cm Travel
0.965 cm
3025 Tamper
Switch
Not to scale
V"OkDERIN�
S P DT&
o-'
P� ��z
'/2' Dia. Recessed Plunger
3015
3016
3017
1 foot
Contact
#22 wire
Includes: 1 - adjustable screw #6 x 32 - 1/2'
(L-1 -:), Phillip screw
k L 2 - 1814 sheet metal sc
USTED ,r�ews
Clip Mount Plunger Contact
3012
3013
3014
1 foot
For mounting on.04" -.07'sheet metal
#22 wire
nut
Z
" L
USTED
For mounting on .08'-.lr sheet metal
30121
30131
30141
(U-1
Self -Adjusting Tamper Contact
3025T
Screw
Includes: 3 - 1813 sheet metal screws
Terminals
nut
L
USTED
3027
ifoot
#22 wire
NUVE: Spccify natural or mahogany brown
3025,17, 3026'r, 3027 mahogany bm�n only
Protcacd by U.S. patcni 4,456,897
1.800.547.2556 SENTROL, INC
PA SSI VEIMICHO-WA VE TRI TECH Tm 9 E T E C T 0 R
DS835.*.
,TriTech TM PIR/
microwave
FEATURING..
>. Artificial Intelligence
>� Supervised Microwave and PIR*
>- Selectable PIR Sensitivity*
>- Pet Immunity
>. 4 Mounting Options
>. Vertical & Horizontal Pointability
>- FCC Certified
>- I.I.L. Listed
Description
The DS835 is a microprocessor -based
Tri-Technology Passive infrared/
Microwave Intrusion Detector which
provides a standard broad coverage pat-
tern using a Fresnel lens. Catch per-
formance is fully flexible with both a PIR
and microwave sensitivity adjustment.
Coverage
Standard -
Broad 35 ft. by 35 ft. (10.7 m by 10.7 m)
Signal Processing
Uses passive infrared and microwave
technologies to provide an alarm condi-
tion upon simultaneous activation of
both fields of protection. Alarm signals
must meet the signaling requirements
of both technologies to activate an
alarm.
* Patented
analyzes the incoming signal and
automatically adjusts for target speed
and signal strength. Motion Analyzer 11
provides two sensitivity settings.
Microwave Signal Processing
Pattern recognition circuitry identifies
and ignores repetitive false alarm
sources. Adaptive Processing adjusts to
background disturbances. This helps to
reduce false activations while main-
taining catch performance.
Pet immunity
The detector is able to distinguish
between signals caused by humans and
signals caused by pets (dogs up to 80
pounds or up to 5 cats) or other small
animals. This provides immunity to false
alarms while maintaining proper catch
performance of human targets.
PIR Signal Processing_
Mounting
Uses Motion Analyzer if Processing.
Surface, corner or bracket mount using
Motion Analyzer 11 is a highly advanced
B335 Swivel Mount Bracket, or B328
microprocessor controlled signal
Gimbal Mount Bracket. Recommended
processing technique which requires a
mounting height is 6.5 ft. (2 m). Mounts to
specific signature and timing of sigq�l to
standard single gang electrical box.
Qenerate an alarm. The microDrocessor
Detection Systems,, Inc.
130 Perinton Parkway, Fairport, New York 14450/ Fairport, NY: 800/289-0096; 716/223-4060; FAX 716/223-9180
Hixson, TN: 800[727-3002; 615/877-3020/ For Technical Service-.' 800/374-7454 ...
D * S 8 3 5 SPE CIFICA T1 DNS 3
Power Requirements
9 to 15 VDC, 16 mA nominal @ 12 VDC.
Alarm Output
Normally Close.d (C/NC) reed relay rated
at 3.0 watts, 125 mA @ 28 VDC for
resistive loads and protected by a 4.7
ohm resistor in the common "C" leg.
Tamper Output
Normally Closed (with cover on).
Contacts rated at 28 VDC, 125 mA max.
Storage and Operating Temperature
-400 to + I 20OF (400 to +490C).
Enclosure Design
High impact ABS*plastic enclosure.
Measures 5" H., by 2.8u W., by 2.2"D.
(12.7 cm H., 7.1 cm W., 5.6 cm D.).
Supervision Features
Microwave and PIR Supervision
Patented fully supervised microwave
and PIR circuitry provide single
technology coverage in the event the
microwave subsystem fails.
Microwave Frequency
DS835 10.525 Ghz
PS835-A 10.687 Ghz (Export Only)
DS�35-B 9.9 Ghz (Export Only)
Internal Pointability
+2 0 to - 100 vertical, ± 100 horizontal
Test Features -
Externally visible alarm LED flashes to
indicate trouble condition.
Radio Frequency Interference (RFI)
Immunity
No alarm or set-up on critical frequen-
cies in the range from 26 to 1000 Mega-
hertz at 50 v/m.
Optional Accessories
B328 Gimbal Mount Bracket, B335-3
Low Profile Swivel Mount Bracket
Ordering Information
To order, specify DS835, DS835-A,
DS835-B, and optional accessories. For
installations in the U.S. order DS835.
The DS835-A and DS835-B are different
frequency units available for specific
country requirements. Contact our Cus-
tomer Service Department for the cor-,
rect unit foryour country.
0 1.6 3.2 4.8 6.4 a 96 ".2
0 1.6 3.2 4.8 GA 8 96 11
I I I I I I
M S, IEW
0-
0 5 10
F_
Protected under one or more of the following paten ' ts:
#4,660,024; #4,764,755; #5.077,548; 15,208,567;
#5,262,783, #5,450,062; #5,450,062.
Other patents pending.
PIN �97810:
t7
S I V E I N F R A R E D -D 'E T E C T D R "N
Ceiling Mou fit PIR
FEATURING..
>- Motion Analyzer Processing*
>- Changeable Mirrors
>- 3600 x 60 Foot (18m) Diameter Pattern
* 8 to 18 Foot (2.4 to 5.4m) Mounting Height
)P- U.L. Listed, I.I.L.C. Listed
Description
The DS938 is a c eiling mount, 3600
Passive Infrared Intrusion Detector
which uses Detection Systems'patented
Motion Analyzer Processing. it has field
replaceable mirrored optics which allow
it to be mounted on ceilings from 8'to
18'(2.4 to 5.4m) in height.
Coverage
3600 by60'(18m) diameter..
For U. L ceitficatcd installations, th e
coverage is 360* by 54feet (1 6.2m) when"
mounted 10 to Wcet (3 to 3.9m) using the
AR8-13ArW,'and when mountedftom 15
to 18jeet(4-5 to 5 4m) using LheAR13-18
ArTay.
Signal Processing
Uses Motion Analyzer Processing to
identify thermal motion signals having
the required signature and timing.
Motion Analyzer Processing provides
three sensitivity settings. I I
*Patented 4
Mounting
8 to 18 feet (2.4 to 5.4m). Mounts directly
to ceiling or to standard 4-inch octagonal
electrical box.
Power Requirements
6 to 15VDC, 25mA @ 12 VDC.
Alarm Output
Form "C" (NO/C/NQ reed relay rated at
3.0 watts, 125mA @ 28VDC for resistive
loads and protected by a 4.7 ohm resistor
in the common "C" leg.
Tamper Output
Form "A" cover activated tamper switch
with separate terminals. Tamper contacts
rated 125mA @ 28VDC maximum.
Storage and Operating Temperature
-20 0 to + 120 0 F (-2 9 0 to +4 9 0 Q.
For Undefwfiters'Laboratofies ceiWficated I
installations, the operating temperature is 7
+320to+1200F(00to+490Q.,
58
Z.
Enclosure Design
Modular high impact ABS electronic
head and mounting/wiring base design
with rugged removable polyethylene
dome provides easy access to. field
setup switches. Measures 5.25 in.
Diameter by 3.325 in. H. (13.3 cm
Diameter, 8.45 cm H.,). Weight is
6.5 ozs. (185 gms).
Alarm Memoty
Provides indication of stored alarms for
use in multiple unit applications by
latching the alarm LED. Controlled by a
switched voltage from the control panel.
Test Features
Three extemally visible alarm LEDs
visible from any angle.
Internal Noise Voltage Test Pins provide
precise pattern location and back-
ground disturbance evaluation using a
standard analog meter. internal sounder
output for use with SonalertTm sounder
(not supplied by DS).
Radio Frequency Interference (RFI)
-immunity
No alarm or set-up on critical frequen-
cies in the range from 26 to 950 Mega-
hertz using a 50 watt transmitter
located I ft. (.3m) from the unit or
attached wiring.
Accessories
Standard-
AR8-13, AR 13-18 Mirrors
Optional-
TC6000 Test Cord
Ordering Information
To order, specify DS938 and optional
accessories.
Protected under one or more of the following patents:
14,764,755
0.
V
20-
30
OWTITTIM 47''M
AR13-18 SIDE VIEW (Cross Section of 2 Opposite Zones; AR 13-18)
1 i 7;;a� i i
10
LL
0
30 Feet 20 .10 0 10
AR8-13 SIDE VIEW (Cross Section of 2 Opposite Zones)
20
30
30 Feet 20 10 0 10 20 30
59
PIN 2199OG Sonalert"' is a Trademark of Mallory
AN
DS918j-
Aff
DS928i
Ceilingfflall
Mount PiRs --
FEATURING..
>- Pulse Count Operation
Pointable Mirrored Optics
3 Mounting Options
>- U.L. Listed
Description
The DS918i and DS928i are ceiling or
wall mount, Passive Infrared intrusion
Detectors which use pulse count pro-
cessing. They have internally pointable
mirrored optics and can be recess
mounted with the optional FMR918i
adapter.
Coverage
DS918i: Broad 45'by 60'(1 3.5m by 18m:
DS928i: Long Range Barrier 1001 by 81
(30mby2.4m)
Signal Processing,
Pulse count processing. D�9 I* 8i pro-
vides field selectable 2,4, or 6 pulse
count.
DS928i is factory set at 2 pulse count.
Mounting 7
Ceiling or wall, surface or semi -flush
(using optional FMR918i mounting kit).
Maximum mounting height is 10 feet
(3m).
Power Requirements
9 to 28VDC, 20mA @ 12VDQ.
Alarm Output
Form 'A" (NC/C) dry contacts, rated at
0.2 amps@ 30VDC.
Tamper Output
Form "A" cover activated tamper swi tch.
Storage and Operating Temperature
-40 to + 1220F (-200 to +500C).
For Undenwiter's Laboratories certificated
installations, the operating temperature is
+320 to +120OF(OO to +490Q.
Enclosure Design
High impact ABS plastic enclosure.,
.Measures 2.7 in. H., by 5.5 in. diam.
(6 85 cm H., 13.97 cm diam.)
'Pattern Pointability
±300 horizontal, + 115 0 vertical.
Test Features - -
Externally visible alarm LED. Internal
noise voltage output provides precise
pattern location and background
disturbance evaluation using a standard
analog meter.
Vj
DIN
44 :1 -
7"� - D S 9 1 8 i & D S 9 2 8 i S P_ - E C I F I C A T I D - N S J
Radio Frequency Interference (RFI)
immunity
No alarm or set-up on critical frequen-
cies in the range from 26 to 900 Mega-
hertz using a I O'Watt transmitter
located 4 ft. (1.2m) from the unit or
attached wiring,
Accessories
Optional-
FMR918i Recess Mount Kit, TC6000
Test Cord
Ordering Information
For 45 ft. (I 3.5m) Broad Coverage,
specify DS918i and optional access-
ories. For 100 ft. (30m) Narrow Cover-
age, specify DS928i and optional
accessories.
DS918i Broad Coverage
TOP VIEW SIDE VIEW
0 meters 15 0 meters 15
b 30
f
e 0-4
t
30
0 feet
so
f -2.5 e
e
t
e e
0
0 feet so s
M
e
0 t
e
r
s
DS928i Long Range Coverage
TOP VIEW
0 meters 30
0 feet
SIDE VIEW
0 meters
f 8
e
e
t 0
0 feet
9 ft.
100
30
2.5 M
e
t
e
0
r
100
45
FRR918i TC6000
Recess Mount Kit Test Cord
PIN 26772D
IQ
I. PASSI VEIMICROW.A VE TRITEC.,HTm OETEC TOR A
TriTech TM PIR/
Microwave
FEATURING...
>� Artificial Intelligence
>� Supervised Microwave and PIR*
>- Selectable PIR Sensitivity*
>- 4 Mounting Options
> 1 Standard Coverage Pattern, 1 Optional
>- Vertical & Horizontal Pointability
> FCC Certified
>- -11L. Listed
Description
The DS860 is a microprocessor -based
Tri-Technology Passive Infrared/
Microwave Intrusion Detector which
provides 2 different coverage patterns
using field replaceable Fresnel lenses.
Catch performance is fully flexible with
both a PIR and microwave sensitivity
adjustment.
Coverage
Standard -
Broad 60ftbyOft. 18mbyl8m
Optional-
LongRange 100ft.bylOft. 31mbyllm
Signal Processing
Uses passive infrared and microwave
technologies to provide an alarm condi-
tion upon simultaneous activation of
both fields of protection. Alarm signals
must meet the signaling requirements
of both technologies to activate an
alarm.
* Patented
PIR Signal Processing
Uses Motion Analyzer 11 Processing.
Motion Analyzer 11 is a highly advanced
microprocessor controlled signal
processing technique which requires a
specific signature and timing of signals to
generate an alarm. The microprocessor
analyzes the incoming signal and auto-
matically adjusts for target speed and
signal strength. Motion Analyzer 11
provides two sensitivity settings.
Microwave Signal Processing
Pattern recognition circuitry identifies
and ignores repetitive false alarm
sources. Adaptive Processing adjusts to
background disturbances. This helps to
reduce false activations while maintain-
ing catch performance.
Mounting
Surface, corner or bracket mount using
B335 Swivel Mount Bracket, or B328
Gimbal Mount Bracket. Recommended
mounting height is 7.5 ft. (2.3 m). Mounts
to standard single gang electrical box.
Detection Systems, Inc.
130 Perinton Parkway, Fairport, New York 14450/ Fairport, NY: 800/289-0096; 716/223-4060; FAX 716/223-9180
Hixson, TN: 800/727-3002; 615/877-3020/ For Technical Service: 800/374-7454 �
Power Requirements
9 to 15 VDC, 16 mA nominal @ 12 VDC.
Alarm Output
Normally Closed (C/NC) reed relay rated
at 3.0 watts, 125 mA @ 28 VDC for
resistive loads and protected by a 4.7
ohm resistor in the common "C" leg.
Tamper Output
Normally Closed (with cover on).
Contacts rated at 28 VDC, 125 mA max.
Storage and Operating Temperature
-400 to + I 20OF HOD to +490C).
Enclosure Design
High impact ABS plastic enclosure.
Measures 5" H., by 2.8" W., by 2.2" D.
(12.7 cm H., 7.1 cm W., 5.6 cm D.).
Supervision Features
Microwave and PIR Supervision
Patented fully supervised microwave
and PIR circuitry provide single
technology coverage in the event the
microwave subsystem fails.
Microwave Frequency
DS860 10.525 Ghz
DS860-A 10.687 Ghz (Export Only)
bS860-B 9.9 Ghz (Export Only)
Internal Pointahility
+20 to - 100 vertical, ± 100 horizontal
Test Features
Externally visible alarm LED flashes to
indicate trouble condition.
Radio Frequency Interference (RFI)
Immunity
No alarm or set-up on critical frequen-
cies in the range from 26 to 1000 Mega_
hertz at 50 v/m.
Accessories
Optional-
OLR92-3 Lens, B328 Gimbal Mount
Bracket, B335-3 Low Profile Swivel
Mount Bracket
Ordering Information
To order, specify DS860, DS860-A or
DS860-B, and optional accessories. For
installations in the U.S. order DS860.
The DS860-A and DS860-B are different
frequency units available for specific . -
country requirements. Contact our Cus-
tomer Service Department for the cor-
rect unit for your country.
0 R
SIDE VIEW
loft. OMe— 3 6 9 12 Is 183
0 tL Fed ID �O 30 -0 50 60
Met— TOP "EW
0 3 6 9 12 is 18 21 24 27 30
5 1
0 0 A.
r. 1.5�
0 10 20 30 40 50 60 70 60 90 100
Feet
SIDE V1
0 3
6 9 12 Is is 21
24
27 30
10
3.
�0
2
10
io 3b 40 �0 60 70
80
60 1(io
0
F.
Protected under one or more of the following patents:
#4,660,024; 14,764,755; #5,077,548;
#5,208,567; #5,262,783; #5,450,062
166,
P
W297820
Series MT and MT Strobe
Multitone Electronic Signials
Wheelock's Series MT and MT Strobe Multitone electronic signals offer a choice of eight (8) nationally and internationally
recognized alerting sounds: Horn, Bell, March Time Horn, Code-3 Tone, Code-3 Horn, Slow Whoop, Siren or Hi/Lo Tone.
Our Code-3 horn and tone patterns are engineered to comply with NFPA/ANSI Temporal Pattern codes that take effect in
July of 1996 without requiring additional equipment. With MT and MT Strobe Signals, one alarm appliance meets most of
your signaling needs. Synchronized strobe versions are available.
PAS
Features
- Approvals include: Underwriters Laboratories (UL 1971
and UL 464) Listings, Factory Mutual (FM), California State
Fire Marshal (CSFM), New York City (MEA) and Chicago
(BFP) approvals on all models.
- One alarm appliance with (8) eight selective signals to provide
superior sound penetration for various ambient and wall condi-
tions with two field selectable sound output levels.
• Code-3 Horn and Tone meet ANSI/NFPA/ISO temporal pattern
for standard emergency evacuation signaling. Series Series
• Audible and strobe can operate from a single signaling circuit MT Show w/10B MT4 115 VAC
with any of the (8) audible signals.
• Designed to meet or exceed NFPA/ANSI Standards and ADA
Accessibility Guidelines.
• Low current draw with low temperature compensation to reduce
power consumption and wiring costs.
• MT Strobe models available with 15, 15175,' 30 and 75 candela
ratings for independent or single input activations and all new
synchronized strobe designs.
• Wheelock's patented LS, LSM, MS, IS, HSW Series and all
new synchronized strobe designs offer fire alarm system de-
signers, specifiers and installers the industry's widest selection
of UL 1971 Listed strobe products. Series
• 12 VDC, 24 VDC and 115 VAC models with wide Listed voltage MT
range.
• No additional trimplate required for flush mounting. etection and communication circuits.
• Compliance with RFI limits in FCC Part 15, Class B for compatibility with sensitive d
• MT & MT-WM Strobe model available for outdoor installation requiring weatherproof devices. In private mode location where UL
1971 strobes are not required the MT-WM and MT4-115 VAC strobe models are UL 1638 Listed and are designed for surface mount-
ing indoors or outdoors. Wir
• Series MT Signals have IN and OUT wiring terminations that accept two #12 to #18 American Wire Gauge (AWG) resateachter-
minal. Inputs are polarized for compatibility with standard reverse polarity type supervision. -
• Selectable input voltage on non -strobe DC versions. Strobe versions are factory set for either 12 VDC, 24 VDC or 115 VAC.
• Mounts to either 4" square or double gang boxes (important for retrofit installations). Attractive flush or surface mounting.
• Series MT Strobe multitone electronic signals equipped with SUSLM synchronized strobes, when used in conjunction with Wheelock
SM/DSM Sync Modules, produce a synchronized strobe flash for compliance with ADA guidelines concerning photosensitive
epilepsy.
Alnrm Tones
Tone
Tattern Description
Tone
Pattern Description
Horn
Horn (Continuous)
Code-3 Tone
500 Hz (ANSI S3.41 Temporal Pattern)
Bell
1560 Hz Modulated (0.7 sec. ON,.Repeat)
Slow Whoop -
500-1200 Hz Sweep (4.0 sec. ON, 0.5 sec. OFF, Repeat)
March Time Horn
Horn (0.25 sec. ON, 0.25 sec. OFF, Repeat)
Siren
600-1200 Hz Sweep (1.0 sec. ON, Repeat)
Code-3 Horn
Horn (ANSI S3.41 Temporal Pattern)
Hi/Lo
1000/800 Hz (0.25 sec. ON, Alternate)
MT Strobe models are UL 1971 Listed for indoor use with a temperature range of 32' IF to 120' F (U' U to 49- ano maximum IFIUMIG.Ily Of 03W MI. All M I d . I 1U W11-
use are Listed for 31* F to 150* F (-35* C to 66* C) and maximum humidity of 95%.,...,.
Specifications
Tahle 1: dBA and Current Ratings for Multilone Signals Without Strobes
Tone
Input Current'
AMPS @ 24 VOC
Input Current'
AMPS @ 12 VOC
Input Current2
AMPS @ 115 VAC
Typical Anechoic3
dBA at 10 Feet
Rated Reverb
at 10 Feet Per UL 464
At Nominal
In ut oltaqe
At Minimal
Input Voltage
At Nominal
Input Voltage
HI
STO
HI
STD
HI
STO
"I
STD
til
I STO
�Hl
S �TD
Horn
0.040
0.023
0.100
0.020
0.050
0.040
101
95
88
82
- 91
85
Bell
0.014
0.012
0.031
0.010
0.040
0.038
94
89
82
75
85
79
March Time Horn
0.040
0.023
0.100
0.020
0.050
0.040
101
95
85
79
88
82
Code-3 Horn
0.040
0.023
0.100
0.020
0.050
0.040
101
95
85
75
85
79 1
Code-3 Tone
0.028
0.0 i _7
---5-.06-0
0.015
0.042
0.038
97
92
79
' 75
82
75
Slow Whoop
0.048
0.026
0.100
0.025
0.050
0.040
101
96
88
82
88
82
Siren
0.036
0.0: F3__
0.082
0.020
0.045
0.040
100
95
85
82
88
82
Hi/Lo
0.020
0.014
0.044
0.012
1 0.041
0.039
1 95
90
82
79
85
79
Table 2: dBA and Curr nt Ratings for Audible Portion of Multitone Signals
With Stro
es
Tone
Input Current'
AMPS @ 24 VDC
Input Current'
AMPS @ 12 VDC
Input Currenf
AMPS @ 115 VAC
Typical Anechoic3
dBA at 10 Feet
Rated Reverberant dBA4
at 10 Feet Per UL 464
At Nominal
Input oltage
At Minimal
In ut olta e
At Nominal
In ut oltaae
HI
STD
Hl
STD
HI
STO
HI
STD
HI
STC1
Horn
0.040
0.023
0.100
0.020
0.050
0.040
99
93
85
79
88
82
Bell
0.014
0.012
0.031
0.010
0.040
0.038
92
87
79
75
82
75
March Time Horn
.0.040
0.023
0.100
0.020
0.050
0.040
99
93
82
75
85
79
Gode-3 Horn
0.040
0.023
0.100
0.020
0.050
0.040
99
93
79
75
82
75
Code-3 Tone
0.028
0.017
0.060
0.015
0.042
0.038
95
90
75
70
79
73
Slow Whoop
0.048
0.026
0.100
0.025 1
0.050
0.040
-
94
82
75
85
79
Siren
0.036
0.023
0.082
0.020 1
0.045
0.040
98
93
82
75
85
_29d
Hi/Lo
0.020
0.0144��'
.0.044
0012 1
o.nii
0 oqq
93
As
79
75
82
75
NOTES UL i b38 orny.
1. Add 25% more input current than shown in Tables 1 and 2 when operating the unit at maximum input voltage. Rated Input Voltage (either filtered DC or unfiltered full -wave -rectified (FWR)):
Strobes are designed to flash at 1 flash per second minimum from 20-31 VDC (for 24 VDC models) or 12-15.6 VOC (for 12 VDC models). Note that ADA guidelines presently specify a flash
rate of 1 to 3 flashes per second. Check the minimum and maximum output of the power supply and standby battery and subtract the voltage drop from the circuit wiring resistance to deter-
mine.the applied voltage to the strobes.
2. 115 VAC models have been UL tested to operate from 96 VAC to 132 VAC. Strobe candela at -35* Centigrade is reduced to 7.5 candela.
3. Anechoic dBA is measured on axis in a non-refiective (free field) test room using fast meter response. For peak dBA (measured with peak meter response), add 5 dBAto typical anechoic values
shown in Table I and 2.
4. Reverberant dBA is a minimum UL rating based on sound power measurements in a reverberant test room.
- A WARNING: MULTITONE STROBE MODELS SET ON -COOE-3 TONE' WITH 'STANDARD dBA' 00 NOT MEET THE 75 dBA MINIMUM UL REVERBERANT SOUND LEVEL REQUIRED FOR
PUBLIC MODE FIRE PROTECTION SERVICE (NOTED BY - IN TABLE 2). MODELS WITH SETTINGS WHICH PRODUCE LESS THAN 75 dBA MAY NOT BE HEARD. THIS SETTING IS ACCEPTABLE
ONLY FOR GENERAL SIGNALING (NON -FIRE ALARM) USE. USE THE HIGH- dBASETTING WITH THIS TONE OR USE A DIFFERENT TONE FOR PUBLIC MODE SERVICE.
Make sure that the average, peak and inrush currents do not exceed system power supplies or fusing limits. If the strobe and audible operate on the same circuit, add the strobe current from
Table 3 to the proper audible current from Table 1 or 2. See separate "Installation Instructions" for further details.
Table 3: Strobe Current Requirement ( IMPS)
Rated A erage Current
Rated Peak Current
Rated
Inrush Current
Voltage
LS
SL
IMS
LSIVI
SILIM
IS
HSWJ
LS
SIL
MS
I LSM
SLIM
I IS
HSW
ILS
I SL
IVIS I
LSM
I SILIVI
IS
HSW
20 VDC
.080
.096
.135
.115
.138
.240
.2801
.160
.192
.288
.250
.310
.500
.680
.2101
.252
.280
.2251
.252
.650
.550
24 VDC
.080
.096
.135
.115
.138
.225
.230
.190
.228
.296
.260
.320
.450
.570
.250
.300
.280
.2701
.300
.660
.660
31 VDC
.080
.096
.135
.115
.138
.195
.190
.210
.252
.296
.260
.320
.370
.520
.320
.384
.300
.3601
.384
.880
.850.
20 VFVVR
.080
.105
.135
.125
.150
.253
.280
.210
.252
.390
.350
.435
.700
.960
.320
.384
.390
.3151
.384
.920
.780
24 VFVVR
.081
.100
.135
.125
.150
.233
.230
.216
.260
.390
.365
.450
.640
.830
.380
.456
.390
.3801
.456
.930
.930
31 VFVVR
.0911
.0961
.135
.1251
.1521
.196
.190
.240
.2881
.3901
.365
.4501
.5201
.750
.450
.540
.420
.5001
.540
1.25
1.20
10.5 VDC
.1601
---
1 .230
.220
---
---
---
.340
---
.560
.470
---
- ---
---
.3001
---
.500
.4401
--
---
---
12 VDC
.160
.230
.220
---
--
---
.340
-.560
.470
---
---
.300
.500
.440
---
---
---
15.6 VDC
.160
.230
.220
---
---
---
.340
.560
.470
--
---
.390
.650
.470
---
---
10.5 VFVVR
.175
.238
.230
---
---
---
- 475
.730
.660
---
---
.420
.700
.620
---
---
12 VFVVR
.175
.238
.230
.475
.730
.660
---
---
.420
.700
.620
---
---
---
15.6 VFVVR
.175
.245
.240
--- T
---
---
.4751
---
1 .7301
.660
---
---
.545
.
. 60
--
---
---
10 1".
0,
Ordering Information MT and MT4 models can be used with Wheelock's HSPW-24-HFR strobe/ptate assembly for 110 candela strobe signals
- =-- -I
0,
Model
Number
Order
Code
Input
Vo tage
Rated
Candela
Average*
Strobe Current (AMPS)
Mounting —
ptions
M, TA-z 2/,2 4,-� R
iM
-
'M
.1 F I M
AVT4,y12/24;*Rj_W_1V!e,'
5��W�,5308,, W_
4
AW, 12124 N
OEM
MT-24-LS-VFR
5183
24
15
.074
E,F,L,M,O
MT-24-SL-VFR
6306
24
15
.096
E,F,L,M,O
MT-24-LSM-VFR
5182
24
15/75
.100
E,F,L,M,O
MT-24-SLM-VFR
6307
24
105
.138
E,F,L,M,O
MT-24-MS-VFR
5321
24
30
.124
E,F,L,M,O
MT-24-IS-VFR
5355
24
75
.200
E,F,L,M,O
MT-24-,WM-VFR...
5025
24
117.
.088
E,F,L,M,O
.121
40053MM14
3WWI 5M,10
==W,
ONTaffOMS
4%%W3849W
MOVA
WA5W2274A1AX
OW
WNW 3ESIVIEVE
aim
MT4-115-R
6223
115 VAC
15
---
K,N,U,T,O
MT4-115-WH-VFR***
6224
115 VAC
15
.060
K,N,O
SINGLE CIRCUIT SM SYNC MODULE****
5
E,N
24
CIRCUIT DSM SYNC MODULE****
—DUAL
SUM LRW VWF�W_0
R-W6374 Va- W__ I
4AN M-'l?nft
1
24
.038
W
A WARNING: MAKE SURE THAT THE TOTAL CURRENT REQUIRED BY ALL DEVICES THAT ARE CONNECTED TO A SM/DSM DOES NOT EXCEED 3.OA OR EXCEED THE RATING OF THE FIRE
ALARM CONTROL PANEL'S PRIMARY AND SECONDARY POWER SOURCES AND SIGNALING CIRCUITS. OVERLOADING THESE SOURCES COULD RESULT IN LOSS OF POWER AND FAILURE
TO ALERT OCCUPANTS DURING AN EMERGENCY, WHICH COULD RESULT IN PROPERTY DAMAGE AND SERIOUS INJURY OR DEATH TO YOU AND/OR OTHERS.
When calculating the total current: use Table I to determine the highest value of "Rated Average Current" for theSM/DSM (across the expected operating votage range); then add this value to the
total current for any other devices, including audible signaling devices, powered by the same source and include any required safety factors.
A WARNING: MAKE SURE THAT ALL FUSES USED ON SIGNALING CIRCUITS ARE RATED TO HANDLE THE MAXIMUM INRUSH OR PEAK CURRENT FROM ALL DEVICES ON THOSE CIR-
CUITS. FAILURE TO 00 THIS MAY RESULT IN LOSS OF POWER TO THE SIGNALING CIRCUIT AND THE FAILURE OF ALL DEVICES ON THAT CIRCUIT TO OPERATE, WHICH COULD RESULT IN
PROPERTY DAMAGE AND SERIOUS INJURY OR DEATH TO YOU AND/OR OTHERS.
When calculating the maximum inrush or peak current: use Table 3 to determine the highest value of "Rated Inrush current" or "Rated Peak Current" (whichever is higher) for the SM/DSM
(across the expected operating voltage range): then add that value to the total inrush or peak currents from any other devices, including audible signaling devices, on that circuitand include any
required safety factors. For time duration of the maximum sync module inrush or peak current refer to instruction sheet.
NOTE: POWER BOOSTERS MAY BE USED IN CONJUNCTION WITH THE SM OR OSM MODULES. REFER TO SM/DSM INSTALLATION INSTRUCTIONS FOR PROPER APPLICATION OR INSTALLA-
TION.
NOTE: It the strobe and audible operate on the same circuit, add the strobe current from above to the proper current from Table 2.
NOTE. The letters SL and SLM denote synchronized models.
Average current per actual Wheelock Production testing at 12 & 24 VDC nominal voltage. For rated average, peak and inrush currents across the listed voltage ranges for both filtered DC
and full waved rectified (FWR), see Table 3.
For additional information, please refer to Data Sheet #S7000 for mounting options an page 34 catalog.
Listed for UL 1638 only.
SM Sync Modules are rated for 3.0 amperes at 12/24 VOC; OSM Dual Circuit Modules are rated for 3.0 amperes per circuit. The maximum, number of interconnected DSM modules is
twenty.
SEE PAGE 4 FOR GENERAL AND TECHNICAL NOTES.
whedock - 11
Anechoic dBA is measured on axis in a non -reflective (free field) test room using fast meter response. For peak dBA (measured with
peak meter response), add 5 dBA to typical anechoic values shown in Table 1. Reverberant dBA is a minimum UL rating based on sound
power measurements in a reverberant test room.
WARNING: AMT MULTITONE STROBE MODELS SET ON "SIREN AND VIBRATING CHIME" WITH STANDARD dBA 00 NOT MEET THE 75 dBA MINIMUM UL
REVERBERANT SOUND LEVEL REQUIRED FOR PUBLIC MODE FIRE PROTECTION SERVICE (NOTED BY - IN TABLE 1). MODELS WITH SETTINGS WHICH PRODUCE LESS
THAN 75 dBA MAY NOT BE HEARD. THIS SETTING IS ACCEPTABLE ONLY FOR GENERAL SIGNALING (NON -FIRE ALARM) USE. USE THE "HIGH" dBA SETTING WITH
THIS TONE OR USE A DIFFERENT TONE FOR PUBLIC MODE SERVICE
Table 2: Current Ratings for AMT Multilane Audible Signals
Tone
Tone Description
Rated Average
Current (Amps)
Rated Average
Current (Amps)
24 VDC
12 VDC
HI dBA
STID dBA
HI dBA
STD dBA
Horn
Horn (Continuous)
0.040
0.023
0.100
0.020
Bell
1560 Hz Modulated (0.07 Sec. ON, Repeat)
0.016
0.012
0.031
0.010
March Time Horn
Horn (0.25 Sec. ON, 0.25 Sec. OFF, Repeat)
0.040
0.023
0.100
0.020
Gode-3 Horn
Horn .(ANSI S3.41 Temporal Pattem)
0.040
0.023
0.100
0.020
Code-3 Tone
500 Hz (ANSI S3.41 Temporal Pattern)
0.028
0.017
0.060
0.015
Slow Whoop
500-120OHz Sweep (4.0 Sec. ON, 0.05 Sec. OFF, Repeat)
0.048
0.026
0.100
0.025
Siren
600-120OHz Sweep (1.0 Sec. ON, Repeat)
0.036
0.023
0.082
0.020
HI/LO
1000/800 Hz (0.25 Sec. ON, Alternate)
0.015 1
0.044
0.013
Vibrating Chime
70OHz (1.0 Sec. Delay, Repeat)
0.017
0.012 1
0.027 1
0.010
Add 25% more input current than shown in Table 2 when operating the unit at maximum input voltage.
Wheelock's AMT Signals are unique multitone alarm signals mfith separate input terminals fore.ach sound. They are the ideal choice for
suppression systems and emergency signaling systems where distinctive multipld-alarm conditions are required. Eight groups of three
self -prioritized sound outputs are provided with separate electrically isolated input terminals for each sound (see Table 1 and Table 2
for sound selections). Sound output ban be field set to provide either. HIGH .(HI) dBA or STANDARD (STD) dBA sound output level.
All AMT Multitone Strobe models are designed for use with either filtered or unfiltered Full -Wave -Rectified (FWR) input voltage. The AMT
Multitone Strobe Signals have separate input terminals for alarm tone activation and strobe activation. The strobes can. be.easily field
programmed to operate independently or in unison.with all of the audible alarms. All inputs are polarized for compatibility with standard
reverse polarity supervision of circuit wiring by a Fire Alarm Control Panel (F.A.C.P.). In the event.that three *simultaneous commands
occuri priority one will activate. If priority 2 + priority 3 exist, priority 2 will activate.
Add strobe current from Table 3 on page 10 to audible signal current from Table 2 to obtain total current for each unit, if the strobe and
audible are wired to operate in unison on a single circuit.
When calculating the total current: use Table 3 on page 10 to determine'the hi�hest value of "Rated Average Current" for an individual
strobe (across the expected operating voltage range of the strobe); then add the value for all of the strobes; be sure to add the current
Jor any other devices, including audible signaling devices, powered by the same source and include any required safety factors. Use
Table 2 to calculate the total audible signal current in.the same manner.
When calculating the maximum inrush or peak current: use Table 3 on page 10 to determine the highest value of "Rated Inrush Current"
or "Rated Peak Current" (whichever is higher) for an individual strobe (across the expected operating voltage range of the strobe); then
multiply that value by the total number of strobes on the circuit; be sure to add the inrush or peak currents from any other devices on
that circuit and include any required safety factors. The time duration of the maximum strobe inrush or peak current is 2 milliseconds for
LS/LSM/MS models and 4 milliseconds for IS models. Calculate the maximum inrush current for all AMT Multitone audible signals in the
same manner. The AMT Multitone audible signals produce a brief inrush current that lasts for just 2 microseconds. but can reach a peak
of 8.0 Amps (11.2 Amps for FWR input).
AMT Multitone strobe models are UL Listed for indoor use with a temperature rate of 32OF to 120OF (OOC to 490C) and maximum humid-
ity of 85%.
AIVIT Multitone models are UL Listed for indoor and outdoor use with a temperature rate of -31 OF to 150OF (-35*C to 66*C) and maxi-
mum humidity of 95%.
Ordering Information
Table 4
MODEL
NUMBER
ORDER
CODE
INPUT
VOLTAGE
RATED
CANDELA
AVERAGE*
STROBE CURRENT (AMPS)
MOUNTING"
OPTIONS
&tAAQTM
&WWWWRIN"
E,F,L,M,O
AMT-24-LS-VFR
5186
24
15 -
.074
31 AMT-24-LSM-VFR
5185 -
24
15175
.100
E,F,L,M,O
AMT-24-IS-VFR
5340
24
75
.200
E,F,L,M,O
IffAMT,q,&-'US-DYF,R,
55MMUMIMMME1,
RJIMPA&M
Mounting Options: Refer to cut sheet S7000 or Page 34 of catalog.
Average current per Wheelock Production Testing at 12/24 VDC nominal voltage. For rated average, peak and in -rush current across the UL listed voltage range for both filtered OC and full
wave rectified FWR see the above table 3.
SEEPAGE 4 FOR GENERAL ANO TECHNICAL NOTES.
whe�dd c k,"_' .13
Series AMT and AMT Strobe Multiple Input
[ ultitone Electronic Signals
WHEELOCK'S Series AMT Multiple Input Electronic Signals provide the industry with the only UL1971/464 combination
audible/visual device that simplifies installation and offers three (3) distinct prioritized audible signals from three isolated
inputs. Priority (1) will override all other commands upon activation.
The AMT offers a choice of eight (8) self -prioritized sound combinations for suppression releasing systems, combination
:security and emergency evacuation systems and high risk installations as well as many other applications.
eatures
Approvals include: Underwriters Laboratories (UL 1971
and UL 464) Listings, Factory Mutual (FM), California State
Fire Marshal (CSFM), New York City (MEA) and Chicago
(BFP) approvals on all models.
Three separate prioritized inputs that will activate three isolated
signals.
All inputs are supervised.
Code-3 Horn and Tone meet ANSI/NFPA/ISO temporal pattern.
Two power taps for high dBA and standard dBA.
Designed to meet or exceed NFPA/ANSI Standards and ADA
Accessibility Guidelines.
Low current draw with low temperature compensation to reduce
power consumption and wiring costs.
AMT Strobe models available with 15, 15[75 and 75 candela
ratings.
AMT with strobe can flash independently or in unison with all
audible signals.
Wheelock's patented LS, LSM and IS Series strobe designs of-
fer fire alarm system designers, specifiers and installers the in-
dustry's widest selection of UL 1971 Listed strobe products.
Selectable input voltage on non -strobe version. Strobe versions
and factory set for either 12 VDC or 24 VDC.
Polarized inputs for compatibility with standard reverse polarity
type supervision of circuit wiring by an alarm panel.
Mounts to either 4" square or double gang boxes — Important
for retrofit installations. Attractive flush or surface mounting op-
tions.
No additional trimplate required for flush mounting. Fast instal-
lation with In/Out screw terminals using #12 to #18 AWG.
Compliance with RFI limits in FCC Part 15, Class 8 for compat-
ibility with sensitive detection and communication circuits.
�pecificafions
Series AIVIT
Input Terminals
Table 1: dBA Ratings for AMT Multitone Signal dBA.for AMT Multilane with Strobe
Tone
Typical Anechoic
dBA at 10 Feet
Rated Reverberant dBA
At 10 Feet Per UL 464
Anechoic
dBA @ 10*
Reverberant
dBA @ 10' Per UL 464
At Nominal
At Minimum
At Maximum
Nominal
minimum
Maximum
Input Voltaqe
Input Voltaqe
Input oltage
Vol
age
Vol
age
Vol
aue
HI
STD
HI
STD
HI
STO
HI
STD
HI
STD
HI
STO
lorn
99
93
88
79
88
82�
98
92
85
79
85
82
3ell
93
88
82
75
85
79
91
86
1 79
75
82
75
Aarch Time Horn
98
92
85
79
88
82
98
92
82
75
85
79
,ode-3 Horn
99
93
85
75
85
79
98
92
82
-75
82
79
Qode-3 Tone
95
89
85
79.
1. 82
94
89
.82 1
75
-85
1 79_
Slow Whoop
99
94
82
75'
.88
85
79
98
93
79
75
82
75
Siren
97
92
82
75
'82,
�75
97
92
79
73*
79
75
�1/1_0
93
85
82
75
85
�79
92
87
79
75
82
75
�Lbrating Chimes
89
83
79
73*
.82
75
88
82
75
70*
79
73*�
whe�ddt,k.
_J
PoWer Suppart Systems
Non Power Limited (NPL) Uninterruptable System
3 or 6 Amp Output @ 12 or 24 VDC
- Fault Output On: High/Low Battery, Loss of AC,
Blown AC/Battery Fuse, High/Low Output
- Relay Fault Output
- Visual Fault Indicators
- Over Current Protection2
Thermal Protection
Battery Charge to 80 AH
K ey L o c ka b I e C a b i n et
M 'AS/NPL'120307BO3 (12V'3A
odel-
ModeF AS/NPL-1 20607B03 (1.2V, 6A)
�ModeS/NPL-24030
l. B03 (24V, 3A)
Model: AWNPIL-24060-11103 (24V, 6A)
Lifetime Warranty on PC Boar
d
ml
�qr-.24* VDC
A '0�06to t@_12.
�4.or,Q_
k 4_1
"N'61t butpu't;'On-High/Ldw.�,,Batter�, Loss of AC,
B 16 Cb se',-Hig 'oW Outp
WnA attery Fu ut
y
Relay Eaul putput,
Visual Fault tors':�.'
Indica
Over Curr nt Protection��;
e
Thermal Proticti66',
Battery. Charge to 100 AH.,
Key Lockable Cabinet
15' 18' 4" Model: AS/NPL-12040-BO4 (12V, 4A)
12080-804 (12V,
Model: AS/NPL- 8A)
-24040-11104 (24V,.4A)
Model: AS/NPL
Model: AS/NPL-24080-BO4 (24V 8A)
G d
Lifetime Warranty on P Boar
12 or 16 AmpOutput 9`12'or 24 VDC
Fault Output On: High/Low...��ttery, Loss of AC,
Blown AC/Battery-Fuse, Higfi&6v Output
Relay Fault Output.
Visual Fault Indicators
Over Current Protection
Thermal Protection
Battery Charge to 200 AH
Key Lockable Cabinet
15* x 18* x 4" - Model: AS/NPL-12120-BO4 (12V, 12A)
- Model: AS/NPL-12160-804 (12V, 16A)
- Model: AS/NPL-24120-BO4 (24V, 12A)
- Model: AS/NPL-24160-BO4 (24V, 16A)
- Lifetime Warranty on PC Board
11
Alarm-Saf 12 Henshaw Street - Woburn, MA 01801 - 617-935-5354 - Fax 617-938-6437 7
Date:
To:
From:
Subject:
MEMORANDUM
October 18, 1996
Jeannine Graf, Building Official
John Westfall, Fire Inspector
EdmondsMoodway Hiah School Fire Alarm Upgrade
The Fire Department has witnessed fire alarm test on 9/3/1996. All manual pull
stations, audible and visual devices are operational. This school is protected as
required for occupancy.
Permit #960572 has not been finaled, as the project is not complete pending
installation of auto -detection devices, additional pull -stations and witnessed
performance of these additional devices. This phase of the project is in addition to
what the Fire Department requires. Appropriate notice will be provided on final
inspection of system.
cc: Fire Marshal Gary McComas
City of Edmonds S) Office of Fire Prevention
Date: September 4,1996
To: Jeannine Graf, Building Official
From: John Westfall, Fire Inspector
Subject: EdmondsMoodway Hinh School Fire Alarm U - parade
The Fire Department has witnessed fire alarm test on 9/3/1996. All manual pull
stations, audible and visual devices are operational. This school is protected as
required for occupancy.
Permit #960572 has not been finaled, as the project is not complete pending
installation of auto -detection devices, additional pull -stations and witnessed
performance of these additional devices. This phase of the project is in addition to
what the Fire Department requires. Appropriate notice will be provided on final
inspection of system.
cc: Fire Marshal Gary McComas
City of Edmonds * Office of Fire Prevention
Dq"j PY-14,�
V-1
" CK-��,ZtA , . , OA, L"-,&Vc opj pal
G-LA CIL-
TO: Permit Coordinator, Building Division''
FROM: e'--FIRE DEPARTMENT
ENGINEERING DIVISION
PLANNING DIVISION
OWNER. &) h1l 6 r� ADDRESS
PERMIT#_�6 0 5- -7 Z- . ADB# INSPECTED ON IF6
A field inspection was conducted to determine compliance with approved plans.
Final approval denotes there are no objections to the granting of:
__��Dccupancy for the building Performance Bonds may be released
Maintenance Bonds m ay be released Landscaping is approved
.,.--Other inspected f:�
PASSED FIRST INSPECTION - CONDITIONS NOTED
2.
FAILED INSPECTION OUTSTANDING REQUIREMENTS RECALL FOR INSPECTION
2.
3.
4.
OCCUPANCY APPROVAL DATE B Y
FAILED FIRST INSPECTION DATE BY
RE -INSPECTED - APPROVED DATE BY
RE -INSPECTED - FAILED DATE BY
RE -INSPECTED APPROVED DATE
FEES
OCCAPRVL/TXTRECEP/October 13, 1993
RECEIPTI,"T'
BOARD OF DIRECTORS
CHAIRMAN
RON PERKEREWicz, C.&O.
DIRECTOR OF COMMUNITY
DEVELOPMENT
COUNTY OF KrrBAp
PORT ORCHARD. WASHINGTON
FIRST VtCE-CHkRMAN
THOMAS R. THOMPSON. C.B.O.
BUIL6 NG OFFICIAL
BROOMFIELD, COLORADO
SECOND VICE-CHAIRMAN
ALAN P. OLSON, RJL, C.B.O.
ASSISTANT DEVELOPMENT
SERVICES DIRECTOR
PHOENIX, ARIZONA
IMMEDIATE PAST CHAIRMAN
JAN P. GASTERLAND, C.13.0
aul NGC E FFICER
UL, M ESO
MP'A No TA
THOMAS C ANDERSON
13UILDING OFFICIAL
HOPKINS. MINNESOTA
FRED B. CULLUM
BUILDING OFFICIAL
BURLINGAME, CALIFORNIA
PAUL T EDGERTON
MANAGER. BUILDING AND CODE
ENFORCEMENT
VANCCUVER. WASHINGTON
ROGER R. EVANS, C.8,0
DIRECTOR OF BUILDING SER * CES
SALT LAKE CATY. UTAH VI
FREDHERMAN
CHIEF BUILDING OFFICIAL
PALO ALTO, CALIFORNIA
KENNOM G. LARSEN, C.B.O.
DIRECTOR OF BUILDING AND HOUSING
CHULA VISTA, CALIFORNIA
DANR * NICKLE, C.B.O.
CODES ADM NISTRATOR
LAKEWOOD.Igro=
RONALD L NIENABER, C.B.O.
DIRECTOR OF INSPECTIONS
MAPLE GROVE, MINNESOTA
JOHN E. PIERCE, C.B.O.
BUILDING OFICIAL
KANO, TEXAS
LARRY W. RICHARDS. C.B.O.
BUILDING SAFETY DIRECTOR
GLENDALE. ARIZONA
RAIMIAR W SCHULLER, C.&O.
DIRECTOR. BUILDING DEPARTMENT
NEWPORT BEACH. CALIFORNIA
RON IL WATTS. C.B.O.
0iIEF OF BUILDING INSPECTIONS
BUILDING SAFETY DIVISION
ANCHORAGE, ALASKA
PRESIDENT
JON S. TRAIN. REL
International Conference of Building Officials
REGIONAL OFFICE: 2122-112th AVENUE, N.E., S*UITE B-300 BELLEVUE, WASHINGTON 98004 1 (206) 451-9541
August 1, 1996
Jeannine Graf
Building Official
City of Edmonds
250 5th A veN-
Edmonds, WA 98020
Dear Ms. Graf.-
BUI-011VO
AUG 0 5 1996
Plan Review No.: 7606
Project: Edmonds/.Woodway H.S. (old)
Address: 23200 100th Ave W
FIORE ALARM REVIEW
OFFICES OF
JERRY J. BARBERA P.E.
SENIOR REGIONAL iZ��ER
KATHLEEN CURRY, P.F-
REGIONAL ENGINEER
GREG GRIFFITH .
REGIONAL ENGINEER
CHARLES J. WILUAMs, P.E., S.E.
SENIOR REGIONAL ENGINEER
We have reviewed the fire alarm plans for the project detailed above to see if it
conforms to Chapter 14 of the Uniform Fire Code and Uniform Fire Code Standard 14-
I. In most cases, the designer should change the plans and/or specifications to satisfy
the comments below.
FIRE ALARM COMMENTS
The enclosed notes should be placed on the plans (since they are standard, the
designer may wish to add them as a matter of course to all future submittals).
2. There are numerous occupancy separation walls such as in Building B between
the different vocational room and also some building which are of Type V-1
hour construction where F-type of through penetration fire stop material shall
be used where wiring or conduits or smoke detectors, etc, penetrate the fire
m . embranes of the walls or ceilings.
These walls and floor ceilings should be identified on the alarm plans so that the
workers know which places to put them. Alterriativel , all penetrations could
be so protected but that would probably be expensive. y
3. Your fire marshal should approve of the new FAP in the storage room of
Building A.
4. A heat detector should be in this room too. UFC Standard 10-2
5. 1 don't seem to find at least one exterior alann horn provided to each building
in accordance with UFC Section 1007.2.4.3.
Main Office: 5360 Workman Mill Road 0 Whittier, California 90601-2298 0 (310) 699-0541
Plan Review No.: 7606
Jeannine Graf, City of Edmonds
August 1, 1996
Page 2
6. A special prerecorded message announcement is required for the gymnasium which will alert
people to the emergency and help them get out. UFC Section 1007.2.2.2. The exact wording
should be given to your fire marshal for approval -- note that this requirement is unique to the
UBC.
7. An emergency source of emergency power is required for. this message and the public
announcement system. UFC Section 1007.2.2.3. 1 don't find it on the plans so the details should
be given to you prior to permit issuance.
An alarm system should also be shown for the waterflow valve devices too. UBC Section
904.3.1
An invoice for this fire alarm plan checking service will be forwarded to you under separate cover based
on one hour of professional time ($75.00)
I am returning all data and plans to you. However, to facilitate the plan review process, I am sending
a copy of this list directly to the designer. If you wish me to do the recheck, please instruct them to
REVISE THE PLANS and specifications, and RESUBMIT them with a letter that indicates which
sheet or detail the corrections may -be found, and to return the check prints. Please feel free to contact
me if there are any questions.
Very truly yours,
)Jerry J. arbera, P.E.
Regional Manager
pkw
cc: Mathew Ritter, CAE & Associates
Encl.
AUs
05 19,96
FIRE ALARM NOTES
1 - Upon completion of the installation, the installer shall pro . ve to the satisfaction of the fire
chief that all functions of the added system works as designed.
2. The permittee shall provide the fire chief with written certification that the system was
installed in conformance with the approved plans and specification at the conclusion of the job.
3. The location of locked FACP, remote annunciator panels and their access keys shall be
approved by the fire chief prior to permit issuance.
4. The written operating instructions for all panels and annunciators sh all be stored at the
location of these units.
5. F-type through penetration fire stop material shall be provided around wall or membrane'
penetrations and/or floor and ceiling penetrations. T-type of fire stop material shall be provided
for pipes and conduits larger than 4" 'nominal diameter at penetration of floor membranes, above
corridor ceilings not required to be part of its assembly, and where they penetrate below any
ceiling- adjacent to wall requiring protected openings.
7�7-
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MEMORANDUM
DATE: February 2, 1996
TO: Fire Marshal Conderman'
FROM: Inspector McNulty b,
RE: Lock boxes on schools in -Edmonds School District #15.
In 1995, the Edmonds School District eliminated -their nighttime security patrol for
budgetary purposes. In eliminating this position, it became difficult for our engine
companies to gain access to the interior of schools in the event of a fire alarm. In October
of 1995 1 met with Diane Weber, loss prevention coordinator for the school district. and
requested they install lock boxes'with appropriate keys on all schools in Lynnwood. Since
Ms. Weber could see the need for lock boxes on all their schools, she asked if they could
install Lynnwood lock boxes throughout the Edmonds School District.
On or about October 12, 1995, 1 met with Gary McComas, Brad Reading and Tom Foster
to see if they had any objections to the plan. All three Fire Marshals told me that since
their respective departments have the Lynnwood lock box key on their engines, it would
be fine to install Lynnwood boxes.
In November 1995, 1 delivered the lock boxes to Mike Means, the school district
locksmith. I requested the boxes be installed near the.office door of each school since the
fire alarm panels are located in or near the school offices. In January of 1996 they finally
finished the job and in nearly every case they were installed "on" the office door.
Over the past two weeks, I installed the appropriate keys into 32 schools throughout the
district. I found the keys in the old lock box at Brier Middle School do not fit, but Mike
Means is planning to rekey the entire school and will provide the correct key at that time.
Lynndale Elementary and Lynnwood Intermediate will also be rekeyed soon. Seaview
Elementary and Meadowdale High School have no lock boxes, because of planned
remodels this year. However, I told Mike to install a box on Meadowdale High anyway,
because of continued problems with that alarm panel. I also told Mike he may have to re-
install a Fire District One lock box near the sprinkler room at Hilltop Elementary if the fire
district requested it.
If you have any questions, contact me at your convenience.
cc: Gary McComasAm Whitman
Brad Reading
XQVA Foster —
Lynnwood Fire Department Lieutenants
lockbox.docP96
L117"_ f4?'V1,0C
MEMORANDUM
DATE Tl?,�4q (,.
REPORTED BY T-2 M4"P--i(COF
SUBJECT
ADDRESS: 7,3-2-0<0
CONCERNSt
HAZARDS:
C_
FoLLow-up:
06 -7,
C,jl
SIGNED
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I.D.
7- eq -5---- 7
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SIGNED
City of Edmonds Sb Office of Fire Prevention
r
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IOOT`H AVENUE UEST
IDMOIIDS-VOODWAY HIGH SCHOOL
23200 IOOTH AVE. U..
EDMONDS. WA 58020
T
18
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STAFF PARKING
MEII f TRAFF
WOMEN'S WOMEN I
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66 65
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6-4
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PORTABLES
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CUS70DIAN
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LIBRARY
Commotis
63 62 MEN'S L;7 - d;-",
LAMORY
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BASSMI / NORTON
METLER, REKEVICS, INC.
Architects, P.S.
2021 3rd Avenue
SEATTLE, WASHINGTON 98121
'�ZIF - 9(04P sp,
TO _Crry OF; eorADW>5 F-112,6 DEPT-
I'S 0 - 5 +*—'-- AV e , M 0 -
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LIEUTE12 OF TURSOMUL
DATE 10/ 3 1 Z5o)
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ATTENTIOW I
(:� jave-f M t
RE:
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> WE ARE SENDING YOU )<Attached 0 Under separate cover via—i � (fi/A55 /M A(Lthe following items:
0 Shop drawings
0 Copy of letter
X, Prints
0 Change order
0 Plans
FE]
0 Samples 0 Specifications
COPIES
DATE
NO.
DESCRIPTION
G ITE PLA%J CC-
R E C L I V E D
11989
LUMONDS FIRE DEM.
THESE ARE TRANSMITTED as checked below:
• For approval
• For your use
> XAs requested
El For review and comment
0 Approved as submitted
0 Approved as noted
0 Returned for corrections
0
El Resubmit —copies for approval
0 Submit —copies for distribution
0 Return —corrected prints
0 FOR BIDS DUE 190 PRINTS RETURNED AFTER LOAN TO US
REMARKS ?E�t4 00('— AAES-0tj5�,
6 WkTRZ AAAW UMPUT FWA 0(?_tCtIr4A'?_ 13bigrA, agspe-IjurtotJ,
mAss
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100 4�6 T�ieA
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COPY TO
SIGNED:
PRODUCT 240-2 � 1W., Gftr� MUL 0147L Of enclosures are not as noted, kindly notify us at once.
I.D.
CITY OF EDMONDS
FIRE PREVENTION
FILE MEMO/HAZARD FORM
DATE A 1p Igr REPORTED BY
OF 5:9.0 70 - 7 7
SUBJECT
ADDRESS: A-vL.J, 1741
CONCERNS/
HAZARDS: fl-L 00-- ),-j Vo—
LA-C,,,-j C, CoA"s &.-L- 6 Nrmw-co-,-, sy
9-OAAM 6e,77A1 �5 -rt*4 Y641?--,. F A,
SIGNED
FOLLOW-UP:
P6<- r--1 60 C-1,6;67� 'CO"V6-776� 1") 1-0") VbC-
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SIGNED
I
CITY OF EDMONDS
FIRE PREVENTION
FILE HMO/HAZARD FORM
DATE REPORTED BY
OF- 70 - P11
SUBJECT
ADDRESS:
CONCERNS/. i5li-l-) �h&W- 57ce7eot�—
HAZARD S
All �-f la45 eie
Tv
SIGNED
FOLLOW-UP
SIGNED
L
CITY OF EDMONDS
FIRE PREVENTION
FILE MEMO/RMARD FORM
DATE /31 /73 REPORTED BY 7"At-1 _T'oAfPE_flC
OF
-7 0 2, qq 64A, A -I)
SUBJECT
ADDRESS: Irb c.
CONCERNS/ _SC4fttq,S
HAZARDS
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FOLLOW-UP
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60 m-co-As,
L-4 H7f--V-F Hs" 74674
SIGNED
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6 v -nN61e� eqc� gAljzl,-
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(5. F-6 7 )
7- 3 ZW co*4� 4v w-
SIGNED
AS41
CITY OF EDMONDS
FIRE DEPARTMENT
VIOLATION DESCRIPTIONS
** AUTOMATIC SPRINKLER **
EDMONDS FIRE DEPARTMENT
CONFIDENCE TESTING
AUTOMATIC SPRINKLER SYSTEMS
F�url, ro 908,
B4 w - " 4
6 1 '-' /4
RECEIVED
U Q 18 1991
EDMONDS FIRE DEP—L-
ADDRESS*# rx C,
OCCUPIED ASt
- - - - - - - - - - - - - - - - -
L----PHONE*
INSPECTED BY# -------- TITLE:5
DATE OF INSPECTXON:ZL/2L/j,/_ TYPE; QUARTERLY ------ ANNUAL
FIRE DEPT* OFFICIAL CONTACTED$ ------------------- ----TITLE** --------
DRY SYSTEMSt*
1* TRIP TEST (DRY TRIP)* YES ---- NO---- SYSTEM TRIPPED IN ------ SECOND
2* ALL FLOW SWITCHESt SUPERVISORY SWITCHES TESTED#* YES ---- NO ---- N/A__
STATIC PRESSURE: --------- PSI
3o FLOW TESTS CONDUCTED*# YES---- NO ----
FLOW PRESSURE: -------- PSI
4.
SYSTEM INSPECTED AND LUBRICATED*
YES ---- NO ----
5.
AIR COMPRESSOR REFILLS SYSTEM IN 30 MINUTES* YES ---- NO ----
6*
SYSTEM DRAINED AND RESTORED TO NORMAL
OPERATION# YES ---- NO ----
7.
WERE HEAT ACTUATION DEVICES TESTED ON
PRE —ACTION & DELUGE SYSTEMS?
YES ---- NO ---- N/A
WET
SYSTEMS*#
1*
FLOW TEST CONDUCTED* YES NO ----
STATIC PRESSURE#' -PSI
FLOW PRESSUREZ __Ylg ---- PSI
2.
FLOW SWITCHES AND SUPERVISORY SWITCHES TESTED. YES-jZLNO ---- N/A___
3.
SYSTEMS INSPECTED AND LUBRICATED*
4.
PRESSURE REGULATING VALVES TESTED* (HIGHRISE) YES ---- NO____
GENERALt
1*
PUMPER CONNECTIONS AND CLAPPER VALVES
UNOBSTRUCTED* YES--- NO ----
2.
SPRINKLER COVERAGE IS ACCEPTABLE*
YES— I-/- NO ----
C-1 Aeo�__ -
",fffyj�� 19031 33rd Ave. W., Suite 301
P.O. Box 6638
Lynnwood, We. 98036-6638
206/775-3434
TO
> WE ARE SENDING YOU 0 Attached 0 Under separate cover via
LEEUTEM (DEF UDIUMMUL
DATE/ _7B
NOf —14
/07 C
ATTE NTI
RE:
the following items:
• Shop drawings 0 Prints 0 Plans 0 Samples 0 Specifications
• Copy of letter 0 Change order 0
COPIES DATE NO. DESCRIPTION
Air"& Ao - ajvAcem7 Mz4_ qje,-tczyf
THESE ARE TRANSMITTED as checked below:
•
For approval
•
For your use
> 0
As requested
0
For review and comment
0
FOR BIDS DUE
REM
[I Approved as submitted
0 Approved as noted
0 Returned for corrections
• Resubmit -copies for approval
• Submit -copies for distribution
• Return -corrected prints
19 0 PRINTS RETURNED AFTER LOAN TO US
COPY TO
SIGNED:
PRODUCT 240.2 J� Im, Gmbm, Mm 01471, If enclosures are not as noted, kindly notify us at once.
*Fire Preven ti-on Bureau
401 Floor Administration Building
Everett, Washington 98201
(206) �59-9557
August 14, 1975
Edmonds School Dist. 415
3800 - 196th St. SWI
Lynnwood, WA 98036
1,1right, Gildow, Hartman, Teegarden
215 -Norton Bldg.
Seattle, WA RE: renovations of exisfing bldg.
nonstructural, interior work
to Bldg. E
Type III HT Construction
Group C-1 Occupancy
Fire Zone III, Fire Dist. #1
Woodway Sr. High School
Fire Dist. #1
Dear Sirs;
The submitted plans have been reviewed for conformity with the Life S fety and Uniform
Fire Code statutes and regulations as administered by this office. Plan review
comments are not an approval, admission, or oversight of any non-compliance with
applicable laws, ordinances, rules, regulations, or orders of the County Fire Marshal
and/or local authorities.
As the submitted plans appear to comply with existing regulations a final inspection
for compliance will be made at the time of delivery of the certificate of Occupancy.
If variations from submitted plans are noted, immediate correction will be required
in order to receive the certificate of occupancy, permitting -use of the building.
SEC 306(a), Uniform Building Code.
The size, type and location of portable fire equipment shall be determined et t'he time
of final inspection by this office. SEC 13.301(a), Uniform Fire Code.
f
If this department may be of.further service do nob,.hesitate to call.,
Yours truly,
BF: PA: mgm
cc: bldg. dept.
fire Dist. #1
BILL FENTER
7FIRIMA.,RSHAL
a dJ_ c, 4,
aul Andriaten,
Fire Inspector
"PRACTICE GOOD FIRE PREVENTION"
C. EARL TORGESON
COMMISSIONER DIST. 1
— - ------------ -
N. RICHARD FORSGREN
COMMISSIONER DIST. 2
CHARLES HILL
COMMISSIONER DIST. 3
BILL FENTER
FIRE MARSHAL
SII,TOHO-I,.iISH COU1,71Y FIRE PROTECTION DISTRICT NO. I
I FIRE PR=kTTiblT BUREAU
SCHOOL FIRE DRILL REPORT
T)A.TF 0. .�9
SCHOOL
ADDRESS
TIhT' REQUIRED TO CLEAR BUILDING ( 20 FEET-)
NORTH SIDE SEC. SOUTH SIDE I'M% SEC,
VEST SIDE 2 11IN. SEC. EAST SIDE 1.1IN, ..SEC.
DOORS LEFT OPEN
ROOhI 7-/VL ROOl.f RCOH
ROO1.1 ROO1.1 ROOkl a
L
I'MMOVIS IEI T OPEN
Rcoll ROU'll
ROCH
nool.", RO011 ROOII
I
R 21 10, K S
,I '
SIGNED
PHONE,
w
i
t
1") ? C;?- / '5- 'L—
MOHOMTM* COUNTr'rME PROTMMN DI=GT #1
BURFAU OF FIRE PREVENTION
Business Name A -10-6-D W 4 V 150R CX-14�04 Lo mtion /bbq Vj
Inspection Date ;2 F 'L9,u 19ta
-ra6z.. M. Ae
3. /`5 r.,,v �Cg, li-i tf Ae ceT_r 61- 6 C 4-.;�
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S'"p4el-Ay da 4 n-,* AULE 0 a4r_ e -, A _J JZ) 0,
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P_ rA -re'0 k-b 12hV te zre�'r.
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S� 0- 4�- 0 fflrVff C.4AJ J�� C A, 1;1.rr 43 c.
?, tl-oA�4-s 1"114 0 1& C0 #WoAO-J;� —
0
-r Al hW--7'r 7
The undersigned inspector of Snohomish Count3r Fire Protection District rl has just
completed a fire prevention inspection of your establishment. Your 'coaperation in
elimihating or otherwise correcting the common hazards notedv�ill make your business,
a safe -place to work and help us reduce the terrific annual toll of life and prop-':.
erty destroyed by fire.
Should you need further advice'or assistance'. call PR8-8777.
NOTIFICLTION: Verbal, L""
Written
Inspector
SN0HO1-J1ISH CO. FIRE DIST, No. 1
Phone
6724 212th. S. W..,
DATE
PR
8-8777 LYNNWOOD. Washington'
FIRE INSPECTIOUREPORT
Occupant & Phone
'Add.
Person InterviewelOYLIZ,1
Title
Bldg. Owner Add.. Phone
S*.atisfaetol*j Unsatisfactory Corrected
1.
Outside Conditi'�n.,of bu�.lding
Inside
2.
Housekeepi4g
3.
Heating
,, room
a. Boiler or Furnace
b. Smoke pipe, TlueF UJ
c. Combustion aii% &,Ventilation
4.
Incinerators (InsidO (Outside)
5.
Electrical Wiring in general
a. Fuses
b. Temporary Wiring
6.
Storage and handling of flammable liquids
a. Above ground b. Under ground
7.
Painting or Proc�,ea,5ing
8.
Exits, Fire Escape5, Fire Doors, & Draft Stops
9.
Gas fired equipment & appliances
10.
Automatic Sprinklers
a. Siamese connebtion b. Condition of valves
11.
Refrigeration, air conditioning
12.
Exhaust system and ventilating
(41-4
13.
Decorations
14.
Cooking, frying equipment
15.
Fire Alarm
ez (e.
16.
Fire.Extinguishers Dat� of reclar,gp_/4-0,
Corrections must be made within days to comply with City of Lynnwood
nrd i
nq-n np
ReconLmendations:
OVER
Z 3 -,7� 10 DTt-,_ �-V LJ
Wesffall, John
From: Bullis, Ann
Sent: Tuesday, June 19, 2001 3:30 PM
To: DST
Cc: Graf, Jeannine; Westfall, John; Smith, Mike
Subject: Clothes for Tots
The Mayor was down and said that Clothes for Tots (a non-profit organization) would like to remove old
lockers at the old Edmonds Woodway High school and install clothes racks to sell clothes for one month only.
We will issue a Compliance Permit for $45 and Mike Snook can coordinate with the Fire Dept. for inspection.
When they come in for their permit, please let me make some notes on it before issuance. Thanks
Ann Bullis
Assistant Building Official
Building Division
City of Edmonds
(425)771-0220
- - - i
1W
?- 3 Z&O 10 OTt�A-V,-)
Westfall, John
From: Westfall, John
Sent: Thursday, July 05, 2001 9:55 AM
To: '01sovsky, Claire (ESC)'
Subject: RE: Storage
Claire:
Scriber Lake and Cedar Valley facilities are outside of my jurisdiction.
You are talking only of storage for these schools brought to Old EW high
(which is mine)?
John
----- Original Message -----
From: Olsovsky, Claire (ESC) (mailto:OlsovskyC@edmonds.wednet.eduI
Sent: Wednesday, June 20, 2001 9:53 AM
To: Olsovsky, Claire (ESC); 'Westfall, John'
Cc: Smith, Mike
Subject: RE: Storage
Hi John,
The storage will be for Scriber Lake and Cedar Valley. There will be no
one
using the cafeteria this summer. I believe we have one outside group
using
the gym this summer, and that is in another building.
Thanks for the guidelines.
Claire
> - - - - - - - - - -
• From: Westfall, John(SMTP:Westfall@ci.edmonds.wa.usI
• Sent: Monday, June 18, 2001 9:49 AM
• To: Olsovsky, Claire (ESC)
• Cc: Smith, Mike
• Subject: RE: Storage
• Claire:
• Thanks for the opportunity before the storage goes in. If storage
should
> remain with Terrace Park (?) and the Maplewood Center occupying next
year,
> the area should be exclusive to storage and not half storage/half
student
• activities unless two areas can be properly separated. Assuming ESD
• workers / maintenance or instructional staff will be the only persons
• occupying the storage space on a permanent or occasional basis. If
you
> are dedicating a separate area in a common space to be shared with
El/A2.1
> occupancy activities, we must evaluate the exiting system and I'll
need
• floor plans showing all exits and openings.
• No students should be allowed in storage area.
• Some general thoughts on storage arrangement:
• Boxed items preferred on rack storage.
• Racks need to be secured from tippage.
• Rack storage should be no higher than 121 to top of storage.
• Floor storage of non-combustible and combustible items in stacked
boxes or
I
• on pallets should be kept to 61 in height.
• I ask that aisles be kept to 4411 minimum with storage on either side,
36"
• with storage on one side (wall on other side).
• Aisle arrangements should allow clear access to all door openings
(around
> perimeter). Let's keep the maximum width of one side of storage area
at
> 12', allowing the other dimension to form lengthwise along longer
aisles.
> I recommend smoke detection in the storage area, I can't remember if
the
> cafeteria has been so detected.
• Hope this helps. If you have any questions meet me or Inspector Mike
• Smith.
* John
* 425 771-0213.
• ----- Original Message -----
• From: Olsovsky, Claire (ESC) mailto:olsovskyC@edmonds.wednet.eduI
• Sent: Friday, June 15, 2001 1:43 PM
• To: 'Westfall, John'
• Subject: Storage
> Hi John,
> We have a couple of schools in transition this summer and want to use
old
• Woodway High School's cafeteria as a storage space. How should we
• organize
• the boxes? We need to maximize the use of the space, but we want to
store
• things safely. Is there an easy answer or do we need to meet there to
• look
• at the cafeteria?
> Claire
2