REVIEWED For reference BLD2002-0581 floor plan.r,.
SYMBOL LEGEND
SYMBOL PART NO* DESCRIPMON MOUNTING
O
EST2 FIRE ALARM CONTROL PANEL SURFACE WALL MOUNT
��ANN
2 l.SRA REMOTE LCD ANNUNCIATOR SURFACE FALL MOUNT
SNO-KING
BAILEYS EDMONDS CLASSROOM BPS
YOUTH CLUB 8PS6 BOOSTER POWER SUPPLY SURFACE WALL MOUNTTRADITIONAL MONTESSORI ROOM 112
ROOM 111
TAE KWON DO ROOM 121 0 SIGAII MANUAL PULL STA110N S.G. 2 11r DP. 48" AFF
ROOM 122 A
A SIGA-PS PHOTOELECTRIC tETECT OR N ,�
�J S'IGA-SB BASE FOR ABOVE 4 OCT. 1--1/2 DP. CEILING MOUNT
. .
2$38-PL HEAT DETECTOR 4* OCT. 1-1/2s DP. CEILING MOUNT cU
Mgt B1 EOL � �
EOL f
d lam. 3 O M SIGA-278 DUAL INPUT MONITOR MODULE S.G 2--1 f r DP. WALL OR CERMG
EOL Voltage 30 /� l EO stage
g
N A FLOW CONNECTION ONLY
22.86VDC 21.35 C /
B 1 - N/A TAMPER CONNECTION ONLY
Ai
A,B �,� G1R-HOVxx HORN / STROBE S.G 2 1 2" DP
30 /
28 B1 30 30 30
;�; G1 R-ft STROBE &Q, 2 11r DP.
r B3 r 9B3
2B2 '3 0 B � B3 � 2B 83J:k 3 0 A = DATA LOOP T1I�lSTED PAIR � 6 GAUGE WIRE
EDMONDS PARKS CLASSROOM
AND REC. 30 ROOM 114 CONE. B = INDICATING CIRCUIT PAIR #12 GAUGE WIRE f
ROOM 123 ROOM 113
WIRE
LEGEND'
C = 24VOC POWER PAIR #14 GAUGE WIRE
%`A�TY COPY
IF I
D = INITIATION ZONE CIRCUIT PAIR #16 GAUGE WIRE
CLUB YOUTH E = INITIATION ZONE CIRCUIT TWISTED SHIELDED #16 GAUGE WIRE
SNO-KING
ROOM 1 13A
* SHALL BE LOCATED NOT LESS THAN 80 INCHES ABOVE FLOOR LEVEL,
30 OR 6 INCHES BELOW THE CEILING WHICHEVER
E R IS LOVIiER.
ARTS MUSEUM
-� AsB FESTIVAL STORAGE
BA! EY S
TRAD1 IONAL Roots ND 5 � A"ROVM
�
TAE K ON DO
ROM 124
III F
30
GENERAL NOTES
B3
R
AM
O
r WOMENs JANITOR 30M30
83 1. Installation shall be c U
2g 30 RESTROOM 2B CLASSROOM a complished In strict compliance with NFPA, w �
STORAGE MENSRESTROOM
ROOM 1 15 Local LAC State Authorities and Contract Drawings, +- .�?
ROOM 127 BQ S RESTROOM 9
A,B REST OOM BI B1
GIRLS B3 B3 2. All conduit sizing and routing ' by Electrical contractor per NEC or AHJ.
EDMONDS RSTORAGE
OM Al 29 30 0 RESTROOM PLAN. PARKS
Verify all locations of devices with electrical architectural MONTESSORI 30 30 Y p
ROOM 126 Scale and place all devices per electrical plans/architectural plans.
30 197 4. Prior to installing any wire, review of system requirements shall be
2 As confirmed with Electronic Systems field technician. Wire routing is
diagrammatic in nature only, and not intended for actual conduit routing.
� 5. Confirmation'
�l of field device mounting, termination and quantities will be
- 9 2A A A .. --. •-���.�,. , T-
Lo
_ M completed prior, to any installation of devices.
30 �B3 3 -
x
s it 4 6. Smoke Detectors shall not be located within _ '
_ - _ 4 D of air diffusers
1
B2 R y - -
DAY CARE : DARKROOM ELEV. 2D D AD, RC S Y t -1 � - - 7. Dust covers must be left on all smoke detectors until final construct' ' 30 � . �. � „ Ion 8 ,
DAY CARE 0 + RESTROOM ROOM 136 HA -
cleanup Is completed.
• ROOM 132 OOM 132A OW�'. Chi P p
MAINTENANCE _
ROOM 138 APPROVED DATE: 8. A set -of -installation as --built drawings ,showing actual conduit and
2A conductor routes shall be kept by project foreman for use by Electronic
BLDG. OFFICIAL Systems field technician.
B2 a
DP 30 30 B2 30 (R
30 PERMIT
EOL Voltage NUMBER 9. All circuits will be properly tagged and a
B I 2 BOILER �. P P Y 99 rang out far opens,
ROOM 138A 2A,2B A,28 22.93VDC rounds, shorts, and proper end of line resistance.
P ,-..,,......:,i.is:ulx:k4:.. - ....-, ..M........ _ ..:.....: _u :.J.11�•.-'-!� •�Lr mid]
30 i Each circuit's meter reading must be documented and presented to
FV1B# =Indicates Circuit Number Electronic Systems field technician upon his in arrival on site for (�
Liz MAIN STREET checkout and other field services.
�g A,2B A,2B A,28 B2 DAYCARE AND
30 r r 3 PRE-SCHOOL 15 #=Indicates Candela Rating10. FACP shall not be energized without the presence of ESC technician. CC�
ROOM 137 ,a Candela Rating Depicts �-•�
j(� DAYCARE AND 213 B2 Part #• 11. Electronic Systems services include programing, central control . term --
PRE-SCHOOL ination, installation supervision assistance and checkout assistance.
ROOM 135 ,., P
3 ��� 15 Notification for these services must be made ten working days �-
2A 3 STREETA STREET 2 MA STREET" in advance.
DAYCARE AND DAYCARE AND DAYCARE AND
B PRE --SCHOOL PRE-SCHOOL PRE-SCHOOL 12. A contractor" provided Electrician familiar with the Installation 00 10
` ROOM i 35A ROOM i 37B ROOM 137A will assist continously ESC field technician until project is complete.
B
KITCHEN � �}',, G� � $� $� 3Q
ARCHIVE ROOM i 3 � u
ROOM 131
30
30 30 2B
30`
B
A,® 2 c� �Standby Battery Calc lattons Edwards EST2 Series Control Panel w tn
SAI_
: T�
Project. � dreon Center Dote. 06/28/02 �
2A A,2B Standby Paver Requtred
Quiescent (Te) 24 Hmm o
Warm a 5 Wnutes .�
' Standby Battery Calcuulationa V4
U to 2nd Flr U to 3rd Fir � � � cat (�►�) ratal Load .
Qu#,esaent mum t Alarm Remote Paver ftpply � � �'
2-MCD Common Control 0.1500A 01750A 0.'1500A 0.2750A pmiect: � Center
DL2 1 Dialer 0.008UA 0.01001A 0.0200A 060100A Standby Power Required
SIGA Photo Detector 0000M 0.0003A 0.0028A 0.0028A Quest (TS) 24 Ho6ure
Alarm a .. �
SIGAtM78 Manual Pull Station 0.0015A 0.0024A 0.0300A 0.0480A 8 Ionubas
S'IGA-�,CT2 Input Module 0.0004A 0.0007A O.00OSA 0.0014A
SIGA- I Riser Module 0.0002A Oo0001A 0.0002A 0.0001A Q�tr Module Tne CwTent (Amps) Total IJoad
SIGA"4R Control Module 0.00003A 0.00003A 0.0001A 0.0001A Qufe t Alarm Qvde�caeat Alarm
del Load 1 BPS-6 Poorer Su 0e0750A 0.1000A 06075M 0.1 t�OQA
FIRST FLOOR Horn lobe 15 Cd 0.0000A 0.08M O,OOO A 008600A jai �d
Horny4trobe 30 Cd 0.0000A 0.1230A O OOOOA 1.7220A 17 Hom/Strobe 15 Cd 0.000C A 04860A 0.O000A 1.462GA
HomAStrobe 60 Cd 0.0000A OA 720A 0.0000A. 0.1720A 12 Hom/Strobe 30 Cd 0.0000A 0,1230A 0.0000A I *4760A
1 Horn .Strobe 60 Cd 0.000OA 0.1720A 0.0000A 001720A
Horn jlStrobe 110 Cd 0.0000A 0.2040A 0.0000A 0.2040A /
StrobB 15 Cd 0.0000A 0,0580A 0.0C�A 0.4640A 2 Horn/Strobe 110 Cd. 0.0000A 0.2040A 0.0000A 0.4080A
str 30 Cd 0.000aA 0.10i0A 0.0000A 0.20ooA 6 Strobe 10 -Cd 0,0000A 0.0580A -OsO000A 0.34soA
Is: TOTAL SYSTEM STANDBY QUIESCENT CURRENT Is= 0.204A Is: TOTAL MS7 M STANDBY QUIESCENT CURRENT Is= 0.0.75A
la: TOTAL SYSTEM ALARM CURRENT (5A Max) low 3.959A la: TOTAL SYSTEM WARM CURRENT (GA Max) lam 3.966A Cd
�-
Amp Hour x of ey'e#reaao C= 6.:1 AH Amp Haar r�tir of system C= 9*2 AH C) N �
O
Battery S12e to be used 7.2 AH Battery Size to be need 72 AH
C = [To * Is + Td(1a+1s)] * K C ITS '� IB + Ta(la+ls)] * K y U j I
46
where M. C = Battery Capacity K = 1.2 (reserve factor) When G = Battery Capacity K = 1.5 (reserve factor) .. 1; � Z
Ta = 'lime dum5w to (Hours)le = stand current Ts . Time dwr+ &m in sWrofty (Flews) Is = standby current . -� � • •
�► by ,
Ta T� duration In clam (Hours) la = Alarm Current To lime du ilm In alarm ("mm) la = Alarm Currant QZ. Q
01 Sheet.
1 ,
0f: 2
c'Er
B4 k, y ,
' B4 A,2B . A End:
SCULPTURE CONFERENCE MMIS � OLYMPIC ' ' PARK
WORKSHOP LUNCH RESTROOM �:•�� : BALLET
CLASSROOM js. xE ARTS MUSEUM DIRECTOR'S
ROOM 210 ROOM 21 OA ::I T v' ROOM 208 ROOM 206 FESTIVAL OFFICE
. J'' r
;h i,
B4 B4 .: ;1:.
To Addressable
Y A,B,C, �o
Device
15 15
B4 T+�
I
30
A. .
B4 30 30
B4 A, ,C,E
d
2B 2
K,. B 15
2A A,2B�C,E�--Y-- .; A,2B.C,E AMU I B
r, 2A i a, : .. fQ
j n �1 ✓
SCULPTURE .,1.l
WORKSHOP 2 ,,.:, ,t B 15 B,C,E
ROOM 211 2B 2
4 x EQUIPMENT ROOM NEST
B4 PARKS
: OFFICES OFFICE 2A
A B,C,E 30 B4 GYMNASTICS B B4 30 30 B4 40
ROOM 209 RAN
OFFICE #B4
B4 O EDL Voltage ---- ^ 1 5
B4 w
3 Q GYMNASTICS 2 1.60VDCI)
30 ROOM 207 FFICE 2B
B
S $ STORAGE —A
7
OFFICE 2C
15 s
OR STGE—B
2A
A:2B,C,E
OFFICE 2E
OFFICE 2D
Down to FRCP
To Addressable Device
As B
SECOND FLOOR WEST ...
r
o 2nd Floor East
r
EQUIPMENT ROOM EAST
IFrom 2nd Flr West
r
-�dr2n/
r
THIRD FLOOR
I�
W
0
co
■ .l
1 14
Cd
o�
00
U•
ts•
z
ri!'
w
Sheet:
2
Qf: 2
r f
Date:
To.
From:
Subject.,
Till
-VTA� - �
ZI � Lim
August 1, 2002
Building Department
Mike Smith, Acting Fire'Marshal
Franc
is Anderson Center Fire Alarm/700 Main St
The Fire Department has the following comments:
1) Provide smoke detection in the following day care rooms; 132, 135, 135A, 137B7
137A7 137, and 112. The daycare office in Rm 132A does not need smoke
detection.
4
R
I '
y
ry
Room 112 has two large beams and a vaulted ceiling on one end making a total of 6
proper spacing:
2) Provide smoke detection in the Park Directors office and the Parks Office (Main
office only). See plans for details.
compartments to protect.
Use NFPA 72 as the standard for
3} Provide strobes in the bathroom portions of the Men and Women's locker r
the gym. This is in addition to the horn strobes already there.,
4) Delete the pull stations located next to the elevator on all three floors.
5) Provide protection for all devices located in the gym Room 200 only.
6) Add four outside horn strobes to -locations shown on the drawings.
ooms in
7) Varify the. sprinkler water flow and any surpervisory signals associated with the
existing sprinkler riser are tied to the new Fire Alarm.
City of Edmonds Fire Department
0
Customer
Ewing Electric
539 Main Street
Edmonds, WA 98020
Project
Francis Anderson Center
Edmonds, WA
1
2
3
4
5
6
7
8
9
10
11
EST
EST
EST
EST
Index
'�M5'. .•Y.:� i.l: _ '�.�.r r'r,' 41�i. '�.' - f' :�.�;�'�" ':fir.:;:. .:y. ,� N.�.f'����}
t.`tl
l-�'� tema
.„}PR
-`i+Y'
" .',
y?f'•4` ' f�� i }r� 3_ r � Ste' �i.}lfr4'
EST2
DL2
2-LSRA
BPS6
EST SIGA-PS
EST SIGA-DH
EST 283B-PL
EST SIGA-270
EST SIGA-CT2
EST SIGA-CR
EST Gl-HOV30, Gl-V15
7r+'0
+ F
I
C IV D
AUG - 9 2002
BUILDING DEPT9
Vendor
Electronic Systems Corporation
P.O. Box 77064
Seattle, Wa. 98177
Type of Equipment
Fire Alarm System
Fire Alarm Control Pane!
Dual Line Dialer
Remote LCD Annuniciator
Remote Booster Power Supply
Photoelectric Smoke Detector
Duct Smoke Housing
Conventions! Heat Detector
Manua! Pull Station
Dual Input Monitor Module
Control Relay Module
Fire Alarm Horn/Strobe, Strobe
H
i
EDWARDS SYSTEMS TECHNOLOGY
EST2
Analog Control Panel
System Features
Supports all EST Signature devices
Autoprvgramrning of Signature data circuits
Class B or A Signature data circuit(s), 96 detectors and 94
modules per circuit
Two integral Class A or B notification appliance circuits
Alarm, trouble, and supervisory contacts
Prioritized status queues for alarm, supervisory, trouble and
monitor inputs
576 event history log
0 Enhanced sensitivity reports
Optional expander Signature data circuit
Designed and manufactured to ISO 9001 standards
Description
The EST2 Fire Alarm System is modular in design allowing
systems to be easily configured to match installation requirements.
With one Signature Data Circuit (SDC) EST2 is capable of
supporting 96 detectors and 94 modules and has two bunt in
Notification Appliance Circuits (NAC). The system supports the full
line of Signature series detectors and modules, EST2's modular
design means the system easily expands to two SDCs and four
NACs by adding a single 2-LCX module increasing system
capacity to 380 points/zones with dour built in Notification Appli-
a nce Circuits.
The EST2 provides an RS-232 post to Facilitate computer, coder
and printer interfacing and an RS-485 communication port for
supporting remote annunciation. Annunciation of system events are
displayed on a back tit LCD with enhanced diagnostic LEDs on the
front panel, Thereis space to add up to 48 additional points/zones
of software controlled LED annunciation and switch control on the
front panel. Both alpha -numeric BCD and annunciation LEDs are
available for remote annunciation and control with the EST 2-LSRA
and SAN series ofannunciators.
CONTROL PANELS
01
EST2 features Auto Programming through the front panel and
Custom Programming via PC laptop interface, The Auto Program
mode will identify all devices on the SDC and automatically assign
addresses to each deice. Then the auto programming feature
automatically links the proper response to the proper input,
providing real time savings during installation,
Using the advanced signature family of detectors and modules
provides a wide range of installation and operation benefits.
Signature Series detectors and modules use Electronic Addressing
— no dip switches or dials to set, speeding installation and
programming. Multi -function and dual circuit modules reduce
mitring costs. Multi -sensor technology eliminates detector
application guess -work. Identification of dirty or defective deteca
tors is automatic with EST2. Maintenance scheduling is easy and
effective, ensuring that life safety protection is always s maintained,
In addition to Signatures inherent reduction of false alarms, EST2
allows the adjustment of detector sensitivity at differentumes of the
day .I ak ec ors more sensitive atties when transient smoke
is not likely to occur (nighttime) and less sensitive at times when
transiontsmo eisIikelytooccur.
EST2 provides "Device Mapping". This allows a laptop computer
to show how the Signature Data Circuits are wired. As -built
drawings become very easy.
EDWARDS SYSTEMS TECHNOLOGY
U.S. SALES: SARASOTA, FL 41- -4 ; FAX 1 • -1 14 • CANADA SALES OWE ! SOUND, : 1 - • 4 0; FAX 1 - 7" -7258
INTERNAMONAL SALES, 05-2 -1 11; FAX 905-270-9553 a CORPORATE HEADQUARTERS: CHESHIRE, CT e U.S. MANUFACTURING: PITTSFIEL ., ME
Issue
Literature Sleet#85005-0097
Page 1 of
of
Application
The EST2 design provides application flexibility with installation
options that givesi specift customization and programming
options that help satisfy local as well as national requirements.
EST2 proVides a choice ofpower supplies with 4.5 amp and 6.4
amp supplies available. Installation flexibility is provided with a
h oice of surfa ce or s r i-lush mountl ng wall boxes.
EST2 provides optional modules that ensure system customization
and flexibility. In applications calling for coded signals, the
optional CDR-3 module provides a choice of march time generator
or Positive Successive Non -interfering (PSNI) outputs. CDR-3
outputs are selectable as a coded dry contact or supervised coded
1000Hz audio tone. The march time output provides a continuous
march -time beat at 20 or 120 beats per minute. The PSNI output
provides up to, four rounds of a unique output code for each of up
to fifty input conditions. The unique output codes signal
emergency response personnel to the location of an alarm.
For connection to a Central Monitoring Station the EST2 uses an
optional built-in dual line dialer PACT). The dialer mounts right on
the EST2 main board reducing installation and maintenance costs.
Multiple communication formats ensure compatibility with most
Central Monitoring stations.
EST2 provides individual status queues annunciating Alarm,
Supervisory, Trouble and Monitor operations. When a device
operates the appropriate queue's status LED lights., operator
recognition of the active device types) is instantaneous. Atthe
same time a programmed point or zone description displays on
the back lit LCD giving specific text information on the active
device(s). Review messages simply by selecting local silence, the
queue from the front panel and scrolling. The last 576 events can
be reviewed at any time via the enhanced History fog, The new
enhanced history log contains the complete event message with
LIFO protocol (last in first out) insuring the mosicurrent events are
always logged.
t•
EST2 has optional LED/Switch modules that mount right beside the
LCD and common control front panel. Annunciation flexibility is
further enhanced with a wide variety of remote annunciation
including remote LCD'annunciators, remote LED annunciators and/
or graphic annunciators.
Front panel diagnostic LEDs provide easily understood system
status information, Standard software includes the following
importantfeatures:
TIMERS:
Programmable timers give fl xibilitr to Signal silence Inhibit,
Reset Inhibit and Power fail trouble contact delay operation. In
addition the Notification Appliance Circuits rate is selectable from
steady, to Temporal, 1201o orTemporal/20.
DISABLE POINTS:
Specific devices on the SDC may be disable through simple front
panel controls providing protection from unwanted alarms in areas
with high concentrations ofcontaminates typicaflyfound when
construction or renovation work is taking place.
SENSITIVITY REPORTS:
The sensitivity report provides detailed information on individual
idual
devices such as threshold level in % of ohs uration, amount o
environmental compensation remaining, dri address and
personality tarp.
NO EVENT ACKNOWLEDGE REQUIRED The operator may
review events at any time from any of the event queues after " Local
Silence". When the operator has finished reviewing events, and
activates the Alarm Queue the firstalarmwifl return tothe LCD.
EDWARDS SYSTEMS TECHNOLOGY
Page 2 of 6 Literature Sheet #85005-0097 Issue
V
I
N
■
Installation and Mounting
1,• (.3 ) .
1.9' (4.57 cm)
DOOR
1 •(.4 )
* FRONT VIEW
•yaf F�.. ■.••itsf..414■..}�si4�■444.ar4■4�7i�YF
r y
r
i
.1.Iir11■■■rrr�4rrr41r�#it■Iarrirtru r/rrrr.
16"(40.6 cm)
n.
...0 %b.P
r Q •
BOTTOM VIEW
i ,.2 n�
7.7v (19s c )
9.5 (24.13 an)
16-{4D.64 cm)
AO Poorer MUST be run ONLY through
the top left or upper left side knockout.
FINISHED WALL
L KNOCKOUTS
FOR t l * & X4" CONDUIT
(1. 1.9 ctry)
�• Xt
u, ISIDEVIEW1
r m
CY
^"
IN 1r4 cm)
(Z54 CM
Do NOT install conduit in this area.
if batteries installed In cabaret
Semi -Flush Mounting
10" cm)
Cq an
Surface Mounting
1.7 (3.3
TOP VIEW
� ■ . . • ■ � ■ ; r • r s ■ • • ■ ■ ■ ■ s . . . . s • r • s • r •
��#.�r�rt./• i■#.try#i�.���i■iif�.�.i�r�r��r�r'rr���rL�i r�r�
1' (2.54 c 16. ' (41.6 cm)
ALL KNOCKOUTS
FOR 3/4" CONDUIT
(1.9 cm)
Do NET install
conduit in this area
(Battery location)
1 r (40. C'M)
(13.3 CM)
7.0' (17.9 cm)
- 115' (. )
EDWARDS SYSTEMS TECHNOLOGY
AC Power MUST be run ONLY through
the knockout second from the LEFT
on the top of the enclosure
FINISHED WALL
(SEW -FLUSH MOU"
To open door greaterthan
90 degrees, mount panel
1 /2" 0 . Ira) ) away from
the f'ni he i gall
ci
` SIDE VIEW
CY
Li
OP.
I.
T
I
I'm (2.54 an)
Issue
Lkere ure Sheet#85005-0097
Page 3of6
P
.
4 VDC RISER
INTEGRITY MONITOR
■ a w w a ■ a s a� �as w 6 � & a
EL FLAY
IN J 13OX
Typical EST2 Panel Wiring
Class B Signature Data Circuit
STROBE SUPERVISION
ml & CONTROL
2 Pr,
3R" FLOOR
# ■ 8 E a ■
STROBE SUPERVISION
2ND FLOOR
- ■ # ■ ■ R i
NOTIFICATION
APPLIANCE
24 VDC
RISER
SUPERVISORY�
SWITCH
EST2 Panel
MULTIPLEXED CLASS 'B' NOTIFICATION APPLIANCE CIRCUITS
All wiring is one pair of appropriately sized
conductors unless otherwise noted.
MANUAL PULL STATION
SMOKE OETECTOR WITH
RELAY BASE
SMOKE DETECTOR WITH
ISOLATOR EASE
SMOKE DETECTOR WITH
STANDARD BASE
SIGNAL MODULE
CONTROL RELAY MODULE
INPUT MODULE
UNIVERSAL INPUTIO TPUT MODULE
JUNCTION BOX MONITOR MODULE
COMBINATION TIMID -OF -LINE RESISTOR
HORNI TROBE
Size Conductors per application.
Refer to EST2 Installation Manual
for additional details.
-EDWARDS SYSTEMS TECHNOLOGY
Page 4 of 6 Literature Sheet #85005-0097 Issue
1
I
Ordering Information
Catalog Number
Description
1 rr, C' n#rn1 anti Power Sllonlie
Mmma1 nor in+Pr! Annunciator Modules
Wall Boxes
2 iW B
-WB
-WBS
2-WBS
Hall Box Doors
2-WBD
-'B IB
2-1fIB [S
-WBDS
Berm -Flush lull Box - Cray finish
Semi -Flush Wall Box - Red finish
Surface Wall Box - Gray finish
Surface Wall Box - Bed finish
Inner
and
outer door for
2-WB wall box
Inner
and
outer door for
2-WBR gall box
Inner
and
outer door for
-1BS wall box
I inner and outer door for 2-WBSR wall box
I
EDWARDS SYSTEMS TECHNOLOGY
Shipping Weght a g)
8 (3.6)
Issue Literature Sheet 0 - Page f
r
I
Specifications
catalog Number
2-PPS
.,PPS/6A
2-PPS-220
2-'PSA-22
Agency Listings
Line Power
120VAD 300
UL, ULC, CSFM
Watts Max., 0/60Hz 220- 4 VAC 30
Watts Max,, o oHz
Auxiliary Output Power
one Max.
NIA
OOm Max.
I` A
NotificationAppliance
Power
3. Amps @
4 d nominal
Two 3. Amp taps @
4Vdc nominal
3, Amps @
24 d nominal
Two 3.2 Amp taps �
� 24 de nominal
MaTxi num Battery Size
2 of 1 VI oA - .10 Amp Hours (See'Note 1
Signature Data circuit
One circuit supports 96 Detectors, 94 Modules Maximum - 96 Isolator or
Relay Bases (Expandable to twoCircuit's with 2-LCX
i i
TeTerminal1V re GaugeNotificationAll
Notification Circuits 18-12 f iWG (0.75 ; 2f5 • ■ F
other circuits 18-14 ASV 0.7 - 1. MM
Relative Humidity
10- 3% non condensing
Temperature Rating
0°-4 T (320 - 120T
Wiring Styles
Class A or Class
Communication Ports
one S-232, oneRS-485
Standard Auxiliary Relays
One Alarm Contact - 24Vde 1 Amp
One Trouble Contact - 24Vdc 1 Amp
One Supervisory Contact - 24d c 1 Amp
Note 1: Surface mount EST2 Vail Boxes support up to two 12V17A batteries, For larger batteries use C-1 or -2 battery cabinets.
Related Equipment
Catalog Number
Description
lionization
SSInA
SI GA -PS
Smoke Detector
Photoelectric Smoke Detector
CI A-PHS1:3D
IVlultisensor Detector
SIGA-IPHS
4D Muitisensor Detector
SI A-H%S
Fined Temperature Heat Detector
SIGA-HRS
o /Fined Temperature beat Detector
Sly -DMP
Duct Detector Mounting Plate
SIGA-DH
Duct Smoke Detector Housing
Sl A -LED
Remote Alarm LED
SIGA-CT1
Slagle Input Module
SIGA-CT2
Dual Input Module
SIA-C1
Single Input Signal Module
SIGA-CC2
Dual Input signal Module
SIGA-CR
Control Relay Module
SIGA-MM1
IMonitor Module
SIGA-WTM
Waterflow/Supervisory Module
SIGA-278
Double Action Fire Alarm Station
SIGA-270 series
Single and Two Stage Stations
SIGADi'I►i
universal Module
2-SMK
Serve Power Converter Module
12-CTM
City Tie Module
Catalog Number
FD7es.ccription
2-LSPA
LCD annunciator
2-LS A-C
L D annunciator wcommon controls
-SMDN
LCD annunciator SAN mounting
ILCD
annunciator SAN mounting wcommon
controls •
LSPA-2 2
Printer/programming port for LS A Series
-SAI COM
Common Controls for SAN annunciator
S-DPI!
CPU for SAN annunciator
A4-COM/D
Common control module for 1577 Graphics
11577
Graphic annunciators
SAN-PT
Rack mount 40 column printer
PT-1 S
Serial desk mount printer
ROAN-
1 ire rack mount unit accepts 6 SAID modules and 1 Si- Ply
CDR3.
Coder Module
I P.3
RS-232 isolator Module
RPM
Reverse Polarity Module
11TM-1
March Time Module
D-1
Battery Cabinet - Space for two 1V24A
batteries,, 24 Amp Hour
BC-2
battery Cabinet - Space for two 12V17A
batteries, 17 Amp Hour
EDWARDS SYSTEMS TECHNOLOGY
It is
our intention. to beep the
product information current and accurate. We can
not cover specific applications or anticipate all
requirements.
All
specifications
are subject
to chance without notice. For more information or questions relative to this Specification Sheet,
contact EST.
1 9EST
Page o#
Literature Sheet #85005-0097
Panted in U.S.A.
Issue
11
10
TM
E1S SYSTEMS TECHNOLOGY
Two Line Dialer
Model DL2
Features
a Primary and secondary telephone line connections
• L2 seizes line for transmission —carp eliminatethe reed for
dedicated phone line
• Automatic atl verification mmuni apt ons between fire alarm
panel and the receiving equipment every 24 hours
■ Transmits up to 32 alarm ZONEs or alarm points to digital
alarm communicator RECEIVER station (DACR)
■ Transmits common trouble and supervisory conditions
■ Dialer Status LED
■ Dialer Enable/disable switch
■ Communication format 20 PPS 4/2 —accepted by virtually all
central monitoring stations
■ Dual tone multi frequency (DTMF) or pulse modes operation
■Ail programming password protected
Description
The DL2 is a Digital Alarm Communicator Transmitter (DACT) or
phony diaEer. The DL2 dialer automatica[Iy transmits to a Central
Monitoring Station control pane! off normal conditions including:
up to 32 Alarm zones or points and common Supervisory and
common Trouble conditions.
Operation
The DL2 dialer easily programs using any tone dial phone. All dialer
programming is password protected. Programming features include,.
- Operation with one or two telephone lines (two lines are
required to comply with NFPA 72).
- Total number of tunes the dialer re -dials the central Monitoring
station after a failed attempt.
- The time interval between re -dial tries in the event of line
trouble or busy signal,
AC power failure notification time delay provided though
control panel programming. (NFPA requires a delay of 25°/fl to
50% of the rated Fire Alarm Panel standby power period.)
COMMUNICATIONS
Once installed and programmed DL2 sends a supervisory message
every 24 hours to the Central Monitoring Station verifying phone
line operation and message receipt. The supervisory message will
indicate if the panel is normal or off normal.
Integral enable and disable switch allows disabling of the dialer
when srrie or testing operations warrant. The dialer will reft
enable by a second activation of the enable/disable switch or will
automatically re -enable itself after 24 hours. A disabled indication
is sent to the Central Monitoring station wheneverthe DL2is
disabled. When the dialer is re -enabled the. control panels current
status is sent to the central Monitori n station.
The L dialer- h.as an on board bicolor status LED that provides a
visual indication of dialer function, and status including;
- dialer disabled
all in progress
dialer trouble
• EDWARDS SYSTEMS TECHNOLOGY
U.S. SALES: SARASOTA, FL 41-73 4838; FAX 941-727-1214 CANADA SALES: OWE ! SOUND* ON 519-376-2430; FAX 1 -378• 3
I11TERNA` 10NAL sAL S # o - 7 -1 11; FAX -27 - 3 CORPORATE HEADQUA RS: HESHI # E, T U.S., �xT� ��E� f 11 E
Issue 2 Literature Skeet #85005-0087 Page 1 of 2
40
F
Ordering Information
Catalog Number Description Shipping Weight - Ib. (kg)
DL2 Dialer for EST2 Series of Control Panels i (A5)
Specifications
Catalog Number
L2
ST Compatible Control Panels
EST2 Series
Supervisory Current
10mA
Alarm Current
20mA
Agency Approvals
UL, ULC
Co r uni atl n Format
20 PPS /2
Model
: Alarm Device Manufacturing Co.
-- Model
CP: Fire Burglary Instruments
Compatible Receiv rs
Modal
Quick Alert 11 * Os borne -Hoff man Inc..
Model
D6500.,,'Radionics Inc.
— Model
9 . Silent..KnIght Secure Systems
Dialer External Wiring
awe ,
0
revaTrw
- Ei
tGFtMQ
ammGMUR
COT "
PHME LINE#"I
To Ps+oW LINE 02
eft}
7FL
13
on J1 WhM
uWng only ww
Phu* eirm It
EDWARDS SYSTEMS TECHNOLOGY
THE PHONE KEY PAD
IS ONLY FOR MODULE
PRWRAMI.
(MTAF Y DLAL PHONES
MLL NOT WORK).
11 L t * 2 1 1 a,i 1 1�17 i
SttflWt LED
DL2 INSTALLED ON 2-MCM
0
It is
our intention to keep the
product information current and accurate. We can not cover specific applications or anticipate all
requirements.
All
specifications are subject
to charge
without
notice. For more information or questions relative
to this Specification Sheet,
contact EST.
1999 EST
Page 2 of 2 Literature Sheet *85005-0087
Prinicd in U..A,
Issue
i
■
r
rM
DWA DS SYSTEMS TECHNOLOGY
Remote Al ha=Numeri'c
Display Annunciators
Models: LSRA Series, SMDN Series
Featu rep
■ Back -tit alpha -numeric display
■ Four lines of 20 characters each
s Up to 52 messages stored per annunciator on LSS4
■ Up to 352 messages stored per annunciator on EST2
5 Up to 352 messages stored per annunciator on iRC-3
is Up to 746 messages stored per annunciator on FCC/CPU
a Message seekinginteiligence
■ Software filters for messages on controls
■ Buffers up to 1000 active system events per annunciator
■ 39 annunciators on IRC-3, EST2 and FCC PCPU RS-485 single
line network
in Multiple alpha-numeric display annunciator networks
a Up to 7700 ft (2347 m) total network loop length
a Class B (Style 4) or Class A (Style 7) RS-485 wiping
■ Printer port (optional with LSRA)
■ Available with Common Controls
Description
The EST remote Alpha. Numeric Display annunciators provide
remote annunciation of system events and custom programmed
messages for EST2, IRC-3, FCC and LSS systems. Each annunciator
contains a back lit Liquid Crystal Display for improved message
visibiEity. The annunciators mount in standard North American two.
gang or cinch square electrical boxes. European 100mm square
box or within 19 inch RSAN rack mount or SAN type enclosures.
The LSRA-SB surface mount box is available for surface mount
applications. Common Control features are available to allow
maximum system flexibility.
Display* The heart of the EST Alpha -Numeric annunciator is the
Liquid Crystal Display, The display is a large back -lit, fur lire by
twenty character per lice, super -twist Liquid Crystal Display, All
annunciators incorporate poorer saving featureswhi h automati-
cally turn off the front panel beck lighting. The lighting turns off
afterfour minutes s if there is no switch activity and no unacknowl-
edged messages r it -I n. The fire alarmsystems s battery
't isrr�ViMidwith thie. fnt"rwhile ridin rlanr
CONTROL AND ANNUNCIATION
?•t +r+j�..� .�, ::+ i � f'1rJ. �l;`!T.i it ...�,
'C'. ar14IJ .�'-'.3€�, f�i_� y'.E.Y ft •.. f.
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tilt . _
.
�,
'4�42WYk?h.,if3�,era�i.:
Models: There are four models of Alpha -Numeric annunciators.
All include Normal, Alarm, Supervisory, and Trouble LEDs. There
are two push-button switches labeled BACK and NEXTIACK, The
BACK and NEKTlACK switches acknowledge system event
messages and allow the user to scroil through the event buffer.
LSRA Series: The LSRA series of annunciators mount in standard
North American two -gang or 4 inch square electrical boxes,
European 1 00mm square box enclosures. The annunciators come
with four feature LEDs (Normal, Alarm,- Supervisory, and Trouble)
and two push-button Switches {BACK and NEXT/ACK}.
LSRAftC: The LSRA-C annunciator supports common control
functions i n addition to the fourfeature LEDs and the BACK, NEXT/
ACK push buttons found on the LSRA. RESET, ALARM SILENCE,'
TROUBLE SILENCE, and DRILUALL CALL push button switches
provide common control Functions. LSRA-C annunciators allow
individual programming of front panel switch operation. The
controls are enabled by entering a password pia the annunciators
front switches or by activating an optional remote enable/disable
key switch. The LS RA-C annunc;ator mounts i n a standard North
American two -gang or 4 inch square electrical box or European
100mm square box.
SMDN: The SMDN annunciator has the same functions as the LSRA
but mounts in any EST SAN cabinet or 19 inch RSAN-6 rack mount.
The SMDN annunciator requirestwo SAN module mounting spaces.
SMDN-C: The SMDN-C annunciator has functions similarto the
LSRA-C but has an on board enable/disable key switch and mounts
in any EST SAN cabinet or 19 inch RSAN-6 rack mount. The SMDN
annunicator requires two SAN module mounting spaces.
Custom Message's, Message Seeking Intelligents: All four of the
visibility of system messages. EST Al'pha-Numeric annunciatorsare programmed with system
event specific messages. Custom messages are programmed into
� each annunciator via a laptop PC. The messages display in
response to specific system events.
Issue
EDWARDS SYSTEMS TECHNOLOGY
U.S. SALES: SA A OTA, FL 1- -4 t FAX 941-727-1214 & CANA A SALES: OWEN SOUND, ON 519-376-2430,d FAX519-376-7258
INTERNATIONAL SALES: 90` -1 11 + FAX - -a CORPORATE HEADQU RS:CHESHIRE.CT • U.S. MANUFACTURING: PITTSFIELD, ME
Literature Slut 0-05
Page '1 of
r
rj
dP
Each LSS4 system annunciator will support up to 52 custom
messages. If a custom message does not exist for an event, the
annunciatorwill displaythecurrentsystem eventand zone information.
Each IRC-3 or EST2 system annunciator will support up to 352
custom messages. If a custom message does not exist for an evert,
the annunciator will display the current system event and zone
information.
Each FCC system annunciator will support up to 746 custom
messages. If a custom message does not exist for a system event
the annunciator uses its "Message Seeking Intelligence" to locate a
message. The annunciator will seek messages atthe FCC, DCPU for
the eve ntwhich has occurred. I n thisway the mostdescriptive
information is always displayed on each annunciator. If no custom
message is found, the system event and zone information displays.
4
JUN 01 01: 12:56 MOOO
JUN 01 01:20:32 Moot
FIRE ALARM
Custom Message Entered
thru the PC
No Message Waiting
Typical Alarm Message
Lire 1 = Date, Time, # of unacknowledged messages
Line 2 = Alarm Type
Line 3 and 4 = Custom message ontwo lines
.Event Buffer: Each annunciator has a buffer that will hold active
system events. The buffer is reviewed by pressing the NEXT/ACK
and BACK push-button switches. The amount of buffer storage is
determined bythe system hosting the annunciator. The LSS4/52
annunciator will buffer 52 event messages, the EST2, IRC- 3 and
ACC PCPU R5-485 single line system annunciator will buffer 352
event messages and the FCC DCPU RS-23 2 system annunciator will
buffer 1000 event messages.
Software Filters: Software filters add flexibility to EST LSRA(-C),
SM D N (-Q annunciators. To avoid having unwanted messages
displayed at an annunciator specific message routing capabilities
are incorporated into the EST LSRA(-C) and SMDN(-C). Annunciators
may be defined to receive alarm messages, or supervisory
messages or trouble messages only with other panel changes
being filtered out. Combinations of messages may be pro-
grammed such as Alarm and Trouble messages displayed with all
Supervisory messages filtered out. This aifows annunciators to be
custom configured for specific operations. Only the information
which is required at a specific location will be annunciated.
Auto Acknowledge: Auto Acknowledge is a software selectable
feature That will automatically configure a specific annunciatorto
display active points only. As a system active point restores, the
point message is removed from the annunciator display. Point
restorations do not display on annunciators with Auto AcknowE-
edgeenabled. The internal busier and printer port become disabled
on annunciators with the Auto Acknowledge feature enabled.
Internal Buzzer Silence: The LSRA/SMDN series annu nc ator's
,101=al j3QzZp,.r311enQa feature provides an option that disables the
internal buzzer. The silentoperation is of particular use In areas
sensitive t noise.
ENABLE/DISABLE; The common control function switches of the
SMIDN-C and LSRA-Care configurable to operate with the annun-
ciators ENABLE/DISABLE mode of operation. By entering a
password into the LSRA-C or through an ENABLE/DISABLE key
switch any combination of common control functions are pro-
grammable.
As an example: The ENABLEMISABLE function can be pro-
grammed tohave the DRILUALL CALLswitch function (active) in
the DISABLED mode. All other common control switches would
operate only in the ENABLED mode. Customizing of an annuncia-
tor for a specific operation is easily achieved with a laptop
programmer,
Printer Port: When not used for network connection the optional
Printer/Programmer Port for LSRA (-C) and the integral RS-232 port
on SMDN(-C) supports a serial printer (PT-1 S). The printer will
provide a hard copy of the events which display on the
annunciator it is connected to.
Application
The LSRA and SMDN annunciators are designed for annunciation
only applications. The LSRAMC and SMDN-C are designed for
arias where annunciation and common control is required.
For simplicity of wiring the LSRA(-C) and SM DN (-C) connect to the
IRC-3 single line RS-485-network directly, extra data wiring is not
needed. Up to 31 annunciators are supported on a iRC-3 network
loop. The IRC-3 regenerative mode operation is an integral part of
the annunciator network. EST2provides RS-485 terminals allowing up
to 31 annunciators to be connected. With LSS4 up to Four
annunciators connectto the backbone RS-485 communication path.
For maximum flexibility ACC systems communicate with EST
Alpha -Numeric annunciators over one, or multiple annunciator
networks. The first LSRA(-C) or SMDN(-C) connects directly to the
FCC head end. The connection can be made via a FCOM-485
located in the PCPU or a FCOM-232 located in the DCPU. For a
single network communication path the LSRA(-C) and SMDN(-C)
annunciators share acommon RS-485 communication path with
system network modules. Annunciators and system modules
connectvia a FCOM-485 located in the PCPU. Multiple annunciator
networks are easily configured using one or multiple FCOM-232
modules located in the DCPU. The annunciators can be connected
in Class A configuration by connecting the first annunciator to the
FCC DCPU FCOM-232 port card, The last annunciator connects to a
second FCOM-232 port card on the same FCC DCPU. All
annunciators between the first and iastwill be connected on their
own RS-485 communication path. Up to 32 annunciators wire on a
single network path. With single or multiply annunciator networks
system layout flexibility is unmatched. All FCC regenerative mode
operation is maintained.
The RS-485 will allow the a n n u nci ator n etwork to achieve distances
up to 7700 feet (2348m) using #1 S AWG (1.00 mmz) twisted -pair
wire. Each annunciator receives power from a nominal 24 Vdc
riser.
Approvals and Listings
ULC, UL, CSFM
Page
EDWARDS SYSTEMS TECHNOLOGY
Literature Sheet#85005-0035
Issue
A
;,
Front Panel Switches and LED Functions
Flndi:cator/ Switch
Available o Function
1 �, Illuminates stead when stern has no faults or.o .-normal conditions.
Normal LEAMANNINO � 1MEMINOWN
Alarm LED 1, 2, , 4 Illuminates when an aflarm condition exists on the system.
Illuminates when a u er is r ondit on is received rhi l-r sin its data base. A core mon
Supervisory 31urns on the supervisory LED, but does not need silencing;
supervisory ono message in display) t r
Illuminates when a trouble condition is received which is in its data -base. A common trouble
Trouble �• n the trouble LEA but does not need silencing.
ono message in display) turns
Illuminates when the system aide alarm silence function is initiated.
Alarm Silence LED
• Illuminates Then the heal trouble silence switch has been activated on LSI A-C or SMDN-C.
Trouble Silenced �.
Drill/All Call L
2, Illuminates when the system pride drill/general evacuation function has been initiated.
Acknowledges the receipt of new messages at the LS A(_C) Sl DN(-C) and automatically advances
Next/Acknowledge 1, 2, 31 4 the next unacknowledged message. When there are no unacknowledged messages, the switch
allows the event messages of active points to be viewed.
When there are no unacknowledged nowledged messages the back switch allows the user to move in reverse
Bach 11 21 3jr
through the event messages.
le Disable Either the ENABLE or DISABLE anode may be configured t enable or disable any combination
Ana �� ,
Key Swit
ch o the front panel RESET, ALARM SILK , T OUBL SILENC and DRILL ALLCALL ache .
Initiate the Enable or Disable mode of operation through a password entered into the Annunciator.
Enable/Disable Mode 2 Either the ENABLE or DISABLE mode may be configured t enable or disable any combination of
RESET, ALARM SILENCE, TROUBLE. SILENCE AND DRILUALLCALL
Reset 2,,4 Directs the M1(N), EST2, or PCPU master controller on the system to issue a system wide reset.
Alarm Silence 214
Directs the Cll1 (N), EST, or PCPU master controller on the system to issue a system wide alarm
silence.
Troub
Ie Silence 2, 4 Silences the LSI A-C SM l �C trouble buzzer after all messages have been acknowledged.
Directs the CM1(N), EST2, or PCPU master controller on the system to issue system wide drill
Drill/Al fall � -
command.
The LS A-C Blvll l -C internal buzzer will sound when an alarm, trouble or unacknowledged
Audible
Indicators 11 21 3.f 4 message(s) exists on the system. The LSRA/SMDN internal buzzer will sound for unacknowledged
messages only.
Pressing Trouble silence and Alarm Silence switches simultaneously starts a 15 second LED test
Lamb Test �� A- f{1'-C#
sequence n the LSl C�
I= L S A series 2B L S AENc series
SMDN Series 4 dull -c series
LED Indicator
Functions
Indicator
USA
Canada
Europe
Normal LEDSteady
Steady
Steady
Alarm LSD
S#eady
Flashing until acknowledged
Steady
Trouble LED
Steady
Flashing anti! acknowledged
Steady
Supervisory LED
Steady
Flashing anti! acknowledged
Steady
Buzzer
UnAck Messages
Pulses
Pulses
Pulses
Trouble
Steady
Steady
Steady till silenced then 1/2 second
pulse as a silenced reminder
every 14 seconds when silenced.
EDWARDS SYSTEMS TECHNOLOGY
Issue 2 Literature Sheet #85006-0035 Page 3 of 6
F
Specifications
Catalog Number L SRA ;l.s A I LS A-D .LSRA-D S DN 2-SVIDN IsIVIDN-C 2*.SMD -C
- inHx-38ireW x 1-5/16 in
Dimenslns H,W, �Al ModuleSpaces
14.rr� x 1 .28.3rx�) 2
Standard North American 2-gang Or
in square electrical boxes, Yugo SAN Module slots in
Mounting European 100mm square box SANA SA-8 or RSA -
r LSRA-SB surface mount box
Operating stage Range lick Nominal
Operating Current 0 mA
ST2, LSS, lRC-, CC from Poling CPU -�- RS-485
First Annunciator rr�rn��n Format FCC from Display CPS --- RS-232
Inter -Annunciator Communications Format RS-485 Style 4 (Class B) or Style 7 (Class )
Inter -Annunciator Communications 4800, 9600, 19200 BPS
Baud Rates
Printer Port Format RS-232 with optional LSRA- 2 RS-232 Style 4 (Class B)
Prer Baud Rates 4
int00r 4001900
�axil u Wire Length
50 ft (1 5m)
RS-485 7700 f 2348m) on 18 A lv 1,00 M2) copper, 4500 ft (1.372m) with LsS.4
Maximum Annunciators per Circuit 32
Maximum um urstom Messages per Display
DC 746 messages Intelligent message search
IRC-3, EST2352 messages 88 messages/panel address
LSS4 52 messages
Finish EST Textured dray
Textured Blau
i Temperature - ° C t -�49° C
Ar�nb�ent peratEn Bn �r nr ent Relative Humidity - 93% 9 0°
Ordering Information
a
Page 4 of
EDWARDS SYSTEhAs TECHNOLOGY
Literature Sheet #85008-0035
Issue
f
Typical Wiring
IRC-3
fCC
EST2
!-488 DATA LINE
24Vdc dedicated
riser 2 wires)
RS-485 DATA LINE
FCQM
pCPU 4e5
AonmoNAt. C0
NETWORK DATA
LINES TO FIELD
PANELS
24Vdc dedicated
riser (2 wires)
COMMUNICATIONS
0` (15. M) MAX.
FROM D P
DP
LSRA(-C)
SMDN(C)
to
ADDIilONA1.
CMbN{C)1
SMDN(C)
OR OTHER
NETWORK
aLsPuas
24Vdc
LSRA(-C)
SMDN(C)
0
24Vdc
Lsw4(-c)
SMDN(C)
24Vdc
T1 -
RS485 COMMUNICATIONS
LSRA(-C)
SMDN(C)
LSRA(-G)
SMDN(C)
24Vdc 24Vdc �
s
PTS-S Pii-S
LSRA(-C)
SMDN(C)
0
LSRA(-G)
SMDN(C)
0
24vdc 24Vdc
EPT1-S PT1-S
S
PTI #S
M
0
. LSRA(-C)
SMDN(C)
24Vdc
1 PTA-S
LSRA(-C)
snnaNtcy
m
24Vdc
PT7-S
Lswa(-c)
SMDN(C)
24Vdc
LSFiA(-C)
SMDN(C)
24Vdc
PT1 #
PT 1-S
LSRA(-C)
SMDN(C)
24Vdc
T 1 -S
-
232
COMMUNICATIONS
FROM D PY
C)p rccm
LSRA(-C)
SMDN(C)
To
ADDlTIOTlAL
CMDN(C)!
SMDN(C)
OR O7HSR
NETWOiiK
DISPLAYS
24Vdc
RS485 DATA LINE
A2-LswA(-c) 2-isRa(-c) 71 2-LsRa(-c) 2-LsRA(-c)
ES:TZ 2-SMDfV(C) 2- HSMDN(C} 2-SMDN(C) 2-SMDN(C)
17-1 r is
24Vdc dedicated
riser 2 wires)
24Vdc
PTI-
PT1-S
To L5S4 or LSSPS 24Vdc
Supply (2 wires)
-RS-485 COMMUNICATIONS
LSS4-AFP
5 ' (1S ) MAX.
18 AWG TWI STE D PAIR
24Vdc
PTI-
24Vdc
PTI-
I.SRA(-C)
SMDN(C)
G.
RS-485 COMMUNICATIONS
LSRA(-C) L$E2A(-C)
SMDN(C) SMDN(C)
24Vdc 24Vdc
PT1-S PT1-S
EDWARDS SYSTEMS TECHNOLOGY
Issue 2 Literature Sheet #85006-0035 Page 5 of 6
l
Ael
.
Engineers Guide Specification
Rewrote alpha -numeric annunciators shall be located throughout
the facility s indicated on the plans., Each annunciator shall
contain a supervised, back -lets liquid crystal display with a mini-
mum
r lines with twenty characters per line, Where required
the annunciator shall contain a key -switch enabled reset, alarm
silence, trouble silence and drill/all call switches. It rust b
pos sibl e th roug h progra mm i n g to determine which c mmon
control run ti ons are active with the key -switch in the enabl r
disable position.
It must be possible to have up to 31 of any type of LSRA (-C) and
SMDN(-C) annunciators on a single annunciator network. It must
provide regenerative Functions in the event ofcommunication failure.
Each annunciator must be capable of supporting custom messages
as well as system event annunciation. It must be passible to filter
unwanted annunciation oftrouble,, alarm or supervisory i n . The
annunciator must incorporate a poorer saving feature. The front
panel back lighting must turn off after a minimum of four minutes i
there is no switch activity and no unacknowledged messages
waiting.
Where required it must be possible to connect a printer directly to
the annunciator through a dedicated RS-232 port. The printer to
facilitate generation of hard copy records of system activity.
The annunciators shall be mounted 'In stand-alone enclosures or
inte ratedinto the network panels as indicated on the plans,.
The annunciator must be able to automatically seek specific
messages from other parts of the network if no message resides in
its data base.
EDWARDS SYSTEMS TECHNOLOGY
It is
our intention to keep the
product information current and accurate. We can not cover specift applications or anticipate all
requirements.
All
specifications are subject
to change without notice. For more information
or questions
relative to this Specification
Sheet,
contact EST.
20DQ EST
Page 6 of 6
Literature Sheet #85006-0035
Printed in U . .
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�... .� ...� �
Remote
ksooster
Power
Ppl,les
Models:
BPS6
and
E3PS10
Featu
res
I
Extends power
available
to Notification Appliance Circuits
(NACs).
a
Available in 10
amp
and
6.5 amp versions.
a
Includes four independent
3 amp NACs
-- two configurable
as
auxiliary
outputs.
5
Configurable signal
rates.
■
Field selectable
input
-to
-output correlation.
0
Two inputs allow
activation
by Signature Series modules a
existing NACs.
a
NACs configure
for
either
four Class B or two Class A circu
a
110 Vac and 220
Vac
versions
m
on -board status
LEDs
for
easy recognition of wiring faults.
Description
The Remote Booster Power Supply is aself-contained 24 Vdc
power supply designed to augment ire alarm audible and visw,
power requirements. The booster contains all of the necessary
circuits to monitor and charge batteries, control and supervise
four Class B or two Class A NAC circuits and monitor two contrc
fling inputs from external sources.
Simple switch selection provides a wide variety of operational
configurations. Each remote booster power supply is supplied
with its'own enclosure providing ample space for additional
interface modules and battery compartment.
The Remote Booster Power Supply is available in either a 6.5 c
10 amo version @ 24 Vdc.
Anniicavc
The
Remote
Booster
Power
bupply
provices
a
amonai
pumei
1
i
audible
able
and
visual
devices
when
constrained
by
system
capacity
or
site
application,
Fault
conditions
detected
by
the
BPS
will
open
the
main
panel's
NAC.
`his
initiates
a
trouble
condition
and
eliminates
he
reed
to
wire
a
separate
trouble
contact
hack
to
the
control
panel.
During
-alarm
cornditionr
detected
faults
are
overridden
ant
who
rnnin
ngnP_1'
default
conficluration
is
continuous
24
Vdc
on
al
a■ LM
PAOL
D
3; FAX 41-T
►0_9553 •
WWI ZROW10
ie
BPS"s
default
output
configuration
i
ACs.
This
output
is
typically
used
to
d
PS
note
l
action
appliance
circuits
easil;
tree
signalingrates:
120
SPM;
3-3-3
t
nis
makes
the
BPS
ideal
for
ap
li
atiot
t
available
from
the
main
panel.
It als
Aup
of
notification
appliance
circuit
iain
panel
and
its
initiating
circuits.
M addition
to
the
three
generated
-
signa
5...... ::"R":r ... .....
is &4 VC
levir-ps
mpur
l'
out
Guritinuc
is
requiring
signaling
:)
alto
s inde
ende
t5r can ansc
I
3e COi]fIgLJ1'Bd
t0 TOIIOW
Ltle
519T1a1 rate vt LnU Iriain PanUI 5
iotiiication
appliance
circuit.
This allows seamless expansion of
existing
NACs.
The BPS
includes seven
on -board LED indicators; one for each
resident
NAC; one
for battery
supervision; one for ground fault;
and, one
for ac power.,
The
trouble contact has a sixteen second
delay when
an ac power
failure or brownout condition is detected
This reduces
the reporting
of troubles during short duration ac
brownouts.
NAC configuration
options
include: ac power tai! delay (16
seconds
or 6 hours);
sensing
input to NAC output correlations;
and, auxiliary
outputs.
NAC
3 and 4 are configurable as auxiliary
outputs.
Auxiliary
outputs
can be always on, or off after 30
seconds
without ac
power.
Jumpers configure the BPS for Class �
nr Class
B wiring.
.1214
• CANADA
SALU
DRPORATE
HEADQUAR
,i i ro
RhApt
OO6-0107
9l ate
7.10
}
At
Ordering
Information
14
Specifications
16 Engineering Specification
Supply where needed EST BPS series Booster Power Supplies as
an extension of Notification Appliance Circuits. The extension
shall be in the form of a stand alone booster power supply. The
supply must incorporateits own standby batteries. Batteries must
be sized for <24 >, <60> hours of standby followed by <5 >,
<30> minutes of alarm. It must be possible to support up to 10
amp hour batteries,
The booster supply must incorporate four independent super-
vised Notification Appliance Circuits. It shall be possible to
configure the NACs to follow the main panel's NAC or activate
from intelligent Signature Series modules. The booster NACs
must be configurable to operate independently at any one of the
Following rates: continuous; 120 SPM; or, 3-3-3 temporal. Fault
conditions on the booster shall not impede alarm activation of
host NAC circuits.
EDWARDS SYSTEMS TECHNOLOGY
Page 2 of 4 Literature Sheet#85005-0107
Issue
.Typical Wiring
Single booster anywhere on &n.otification appliance circuit
ExistingNAC end -of -line resistors are not required to be
installed at the booster's
terminals. This allows multiple
boosters sters to be driven from a single NAC Circuit without the
need for special configurations.
Multiple boasters cascaded from a
single notification appliance circuit
To next signaling
-- device, boaster, or
EOL resistor
--•---�j NAG output #1
----� NAC output 42
-� NAC output #3
I NAC output #d
NAC Circuit
Fire Alarm
—
Control Panel
Booster Power
Supply
rn
CD
Booster Powe
Supply
Cn
CD
Booster Power
supply
To next signaling
device, booster, or
L resistor
NAC output #1
NAC output #
NAC output ##
NAC output #4
To next signaling
+de ice, booster, or
EOL resistor
NAC output #1
NAC output #
NAC output #
NAC output #4
Multiple notification appliance circuits
branched from a single control panel
To next signaling
device, buster, or
EOL resistor
NAC output #1
NAC output #
NAC output #
NAC output #4
Booster Power
supply
NAC Circuit To next signaling
device, booster, or
NAC Cl EOL resistor NAC output #
Fire Alan CDiAC output
Control panel WA output
: NAC output #
Booster Power
Supply
To next signaling
device, booster, or
L resistor
NAC output #1
MAC output 9
NAC output
�- NAC output #4,
Booster Power
Supply
o next signaling
device, booster, or
L resistor
NAC output #1
VAC output #2
NAC output #3
NAC output #
Multiple Signature modules branching a
single notification appliance circuit
Booster Power
Supply Main Board
NOTES:
Used for another Class B
NAC Circuit.
At# 5 outputs activate when
input NAC #1 activates
(based on programming)
All 5 outputs activate when
Input NAC #2 activates
(based on programming)
0
.Up to 10CCi
or UM modules
per booster NAC.
NAC Circuit
EOM
15K
From existing fire alarm
panel notification Circuit
or CC1 module
Out to EL
or next device
1
Module
1
NAC Circuit
EOL
4
1.5 amps total
Data out to
next device
Data in from
previous device or
Signature Controller
NAC Circuit
EOL
` 7 K
1.5 amps total
109
CC1
Module
A 65 21
��K I AL Data out to
next device
Data in from
previous device or
Signature controller
r typical ir'
11 m the next paget. .
EDWARDS SYSTEMS TECHNOLOGY
Issue 3 Literature Sheet #85005-01 Q7 Page 3 of 4
r
Typical Wiring
Signature module used to activate the booster
.
This configuration eliminates the necessity of separate 24V sources.
Signature modules may also be used to divide the booster's 3
amp output circuits into smaller current loads.
NotificalJon Appliance circuit (NA )
CI
Booster Power DEE]R;
Supply Main Board NAC2 .0. 1 Notification Appliance Circuit ( AC)
-� _ram.,
NAc *.,'',fit W
NAc4-:
/AU � P iZ?�
�s
NI _ d +
Sense I COMa.=�• --
1 ,r.r +
Sense col................��;� .....
ouTi� ........................`ion ..............:.
1 4;
Trouble COM c 1
Nodule
Btery C `•
21-
r. .�...........
Multiple Signature modules as booster inputs
Configure the outputs where zoning is required.
Booster rower
Supply Main Board
U P to zo cc1
or UM modules
per booster NAC..
NOTES:
Used for another class B NAC circuit. Data in from previous data out to
Li, device or Signature
NAGNAG4 is configured as an auxillary output. controller next deice
4 CC1 Wiring must be within 3 feet of the Booster wiring and in conduit or mounted within
the Booster's enclosure.
. Any Booster trouble will cause the CC1 supervision to report a trouble to the main fire
panel.
Installation and Mounting
Dimensions
3.3%�JK (8.6 CI'1'l
C�7
c
c
T
r
13.00" (33.02 cm)
O G
Top View
P3L MG
0
NA1
NAC+
NAc
1A4
I
Sense 1 Colds ...
OUT
IN
Sense 2 Cohn
OUT
NO
Trouble Dl -
LU
IteryN .
P
109
crass B lA �_
4 cci
N Module
• .. +-+- 0
Not cation Appliance Circuit (NAC)
LO
Notification Appliance circuit l' AD
j
wtn
NOTES:
Used for another
circuit.
. Any Booster trouble wxl! cause the
c1 supervision to report a trouble
to the main fire panel.
. Modules must he wired and
programmed on the Signature
controller for proper operation.
3.50"8.9 i
w❑
G
O.
D
'#
L4
0
3
ar
Riser in
�1 - Vdc
109
cc'i
Module
+- +
Assembly
Baclbox
Riser out to next
device or riser
supervisory device
Id
Booster lower SUP21Y
}� I ........�
1
! Route /
supply
.`�4�
;through thew Battery wiring
knockouts only (non power
(nonpowerlimited) limited)
r r r tt � "r �
■
r Battery Battery
f r rj
Notes:
I. Maintain 114 in. (6 mm) spacing behyeen power limited and
non -power limited wiring or use type FPL, FI LR, or FPLP
cable per NEC.
Supervised when not configured as auxiliary power.
.. Nora -supervised when configured as auxiliary power.
Source must he power limited.
EDWARDS SYSTEMS TECHNOLOGY
It is our intention to keep the product information current and accurate. We can not cover specific applications or anticipate all requirements.
All specifications are subject to change without notice. For more information or questions relative to this Specification Sheet, contact EST.
000 EST
Page 4 of 4
Literature sheet 00 -01 o
Phnted in U.S.A.
Issue
03
EDWARDS SYSTEMS TECOL
Tu ANALOG ADDRESSABLE INITIATING DEVICES
Intelligent Photoelectric
Smoke Detector
Model SIGA-PS
(Vote: Some features described here may not 6e supported 6y all
control systems,, Checkyourcontrolpanel"s Installation and
Operation Guide for details.
Features
■ Integral microprocessor
ff Non-volatile memory
■ Automatic mapping device
a Electronic addressing
■ Environmental compensation
• Intelligent detector
• Wide 0.67% to 3, %f . sensitivity range
• Twenty pre -alarm sensitivity values, set i % increments'
■ Identification of dirty or defective detectors
■ Automatic day/night sensitivity adjustment
in Twin RED/GREEN status LEDs
• standard, relay, fault isolator, and audible mounting bases
• Designed and manufactured to ISO 9001 standards
Description
EST's Signature Series Model SIGA-PS intelligent Photoelectric
Smoke Detector gathers analog information from its smoke sensing
element and converts it into digital signals. The detector's on-
board microprocessor measures and analyzes these signals. it
compares the information to historical readings and time patterns
to make an alarm decision., Digital flIters remove signal patterns
that are not typical of fires. Unwanted alarms are virtually elimi-
nated.
The microprocessor in each detector provides four additional benefits
- Se If- diagnostics and History'Log, Automatic Device Mapping,
Stand-alone Operation and Fast, Stable Communication.
- - Self -diagnostics and History Log - each Signature Series detector
constantly runs self -checks to provide important ma ntenance
information. The results ofthe self -check are automatically updated
and perm a nently stored in the detector's non-volatile memory.
This information i s accessible for review any ifine at the control
panel, PC, or by using the SIGA-PRO Signature Program/Service
Tool.
EST3 V. 2 only.
I etrievabl e With SI A -PRO prograr m *1 ng tool.
sit
The information stored in the detector's ran emory includes
- dtectortype, serial number, and address
- date of manufacture, hours of operation, and last maintenance date
- current detector sensitivity a nd environmental compensation
values
original detector sensitivity values upon manu acturin
- number ofrecorded alarms and troubles
- time and date of last alarm' .
- analog signal patternsJust before the last alarm'
- most recent trouble code logged by the detector --- 32 possible
trouble codes may be used to diagnose faults.
In the unlikely eventthat an unwanted alarm does take place, the
control panel's history file can be called up to help isolate the
problem and prevent it from happening again.
Automatic Device Mapping - The loop controller
each device's serial number address is installed relative to other
devices on the circuit. The mapping feature provides supervision
of each device's installed location to prevent a detector from
being r installed. (after cleaning etc) in a different location from
where it was originally. The history log for the detector remains
relevant and intact regardless of its new location.
The Signature Series Data Entry Program also uses the rapping
feature. With interactive menus and graphic support, the mired
circuits between each device can be examined. Layout or "as -built'.,
dra ri n information showing wire branches (T-taps), device types
and their address are stored on disk for printing hard copy. This
tales the m yst ry out of the installation. The preparation o "as -built"
drawings is fstand efficient.
Crevice rapping allows the Signature loop controller to discover;
unexpected additional device addresses
- missingdevice addresses
- changes to the virin in the circuit.
EDWARDS SYSTEMs TECHNOLOGY
i "U.S. SALES: SAF AS TA, FL 9 1- '3 •4 3 t FAX 41- 2 -1 1 CANA A SALES: OWEN SOUND, ON 519-376-2430-, FAX519-376-7258
INTERNA110NAL SALES: 9 - 1711: FAX 9D5-270-9553 @ CORPORATE HEADQUARTERS: CHESHIRE, CT • U.S. MANUFACTURING: ING PITTSFIELD, ME
Issue 5 Literature Sheet #85001-0269 Pepe I of
r
Standwalone operation: A decentralized alarm decision by the
detector's guaranteed. err -board intelligence permitsthe detector
to operate in stand-alone mode. If loop controller CPU communi-
cations fail for more than four seconds, all devices on that circuit
go into stand-alone mode. The circuit acts like a conventional alarm
receiving circuit. Each detector on the circuit continues collect
and aria lyze information from its surroundings. The detector alarms
'if the presetsmoke o sc ration level is reached. If the detector *Is_
mounted to a relay base, the relay operates. Similarly, if it is
mounted to an audible base, the ors -board horn sounds.
Fast Stable Commun40
ication,: (fin -board intelligence means less
in€ormation needs to be sent between the detector and the loop
controller, Other than regular supervisory pol li ng response, the
detector only needs to communicate with the loop controller when
it has something new to report. This provides very fast response
time and allows a tower baud rate (speed) to be used for
communication on the Poop. The lower baud rate offers several
advantages including:
less sensitivity to circuit wire characteristics
less sensitivity to noise glitches on the cable
less emitted noise from the data wiring
twisted or shielded wiring is not required.
Electronic Addressing.* The loop controller electronically ad"
dresseseach detector, saving vat able time during system
commissioning. Setting complicated switches or dials is not
required. Each detector has its oven unique serial number stored in
its "ors -board memory''. The loop controller identifles each device
on the circuit and assigns a "soft" address to that device's serial
number. if desired,, detectors can be addressed using the SIGA-
PRO signature Program/Service Tool,
Environmental Compensation: Detection sensitivity is virtually
independent of its installed environment and its physical condition.
Environmental compensation meansthe sensing eler entadaptsto
long -tern changes caused by dirt, humidity, aging etc. It even com-
pensates for small ar o nts of normal ambien smoke. Approximately
six times every hour the detectoradusts and updatesthe sensitivity
% obsc ration baseline for its sensing element, Approximately
once every hourthis information iswCatento its permanent memory.
The detector's "learned" baseline is not lost, even when the detector
is removed for cleaning, Signature Series eni o ment
ompenst on is so reliable that it Meets NFPA 72 fielcfsensftiviY
t ,sting requirements — witl7out the reed for external meters,
The detector's sensitivity setting selected by the installer floats up
or down to remain constant relative to the changing baseline., This
is called differential sensing.
Sensitivity Range: The SIGA-P-S Photoelectric Detector has a
sensitivity range or window of 0.67% to 3.77%. The installer
selects the detector's ALARM sensitivity fevel from fire available
settings within the range.
Pre -Alarm: The detector stores one of 20 pre -alarm sensitivity values
to- alert local personnel prior to the sensor reaching a full l evacuation
+sensitivity# Sensitivity values can beset in % increments.'
Automatic Day/Night sensitivity selection; Signature Series
detectors may be prog ra mm ed for d ifferent sensitivitiesduririgday
and right periods. This allows the detector to be more sensitive
d uri n unoccupied periods when lower ambient background
conditions are expected.
Stability: The SIGA-PS detector's sensitivity remains stable in wind
velocities up to 5,000 ft/min (253 mtsec).Ambienttemperature has
eery little affect on the detector. The detector may be installed in
rooms with ambient temperatures up to 120°F (490C).
Status LEDs: Twin LEDs are visible from any direction. A flashing
GREEN LED shows normal system polling from the loop
controller. A flashing RED LED means the detector is in alarm
state. Both LEDs on steady shows alarm state - stand-alone mode.
Normal GREEN LED activity is not distracting to building occupants,
but can be quickly spotted by a maintenance technician.
Quality and Reliability: EST detectors are manufactured in Forth
America to strict international ISO 9001 standards. Allelectronics
utilize surfacer mount technology (SMT) for smaller size and greater
IMMunityto R F noise. A con orr aI coating is used for hum idity
and corrosion resistance. All critical contacts are gold plated.
Installation
Signature Series detectors mount to North American 7 -gang
boxes, 3-1/2inch or 4 inch octagon boxes, and to 4 inch square
electrical boxes 7-112 inches (38 mm)deep. They mount to
European BESA and 1 -gang boxes with 60.3 mm fixing centers.
Tamper-Resbt
- Break off to d
...
Testing & Maintenance
Each detector automatically atically identifies when it is dirty or defective
and causes a "dirty detector" message. The detector's sensitivity
measurement also betransmitted tothe loop' controller. A
sensitivity report can be printed to satisfy NFPA sensitivity meas-
urements which must conducted at the rid of the first year and
every two years thereafter.
The user-friendly maintenance program shows the current state of
each detector and other pertinent messages. Single detectors may
be turned off temporarily from the control panel. Availability of
maintenance features is dependent on the fire alarm system used.
Scheduled maintenance {Regular or Selected} for proper detector
operation should be planned to meeitherequirements of the
Authority Haying Jurisdiction (AHJ). Referto current NFPA 72 and
ULC CANIULC 536 standards.
Compatibility
The SIGA-PS detectors are compatible only with EST's Signature
LoopController.
I E ST3 V.2 only.
EDWARDS SYSTEMS TECHNOLOGY
Page 2 of 4 Literature Sheet #85001-0269 Issue
,.0
•
t
Application
detectors have wide range fir sensing abilities they are best suited for detecting slow, smolder n fires.
Although photoelectric �
The tattle below shows six standard test fires used to rate the sensiti it r of smol a and heat detectors* The table i nd icates that no sin I
sensing element is suited for all test fires.
EST recom mends that this detector be installed according to latest recognized edition of national and local fire alarm codes.
Type of Detector
SrGPS and
SIGA,,HFS Fate-
SIG -P S
SIG mIP S
Test Fire
SIG -IS Ion
SIG -PS Photo
-Rise/Fixed Temp.
Photo/Heat 3D
Ire/Photo/Heat 4D
erg Wood
optimum
unsuitable-{
optimum
very suitable
optimum
Wood Pyrolysis
suitable
OMMEMEMEMEMEMENA
optimum
unsuitable
optimum m
optimum
Smouldering Cotton
very suitable
optimum
unsuft ble
optimum
optimum
Poly Urethane Foam
very suitable
very suitable
suitable
very suitable
optimum
-He tare
optimum
very suitable
very suitable
optimum
optimum
Liquid Fire without
unsuitable
unsuitable
optimum
very suitable
very suitable
Smoke
Typical Wiring
The detector mounting bases accept #i 8 AWG (0.75mm'), #16 (1.0mml), #14 AWG(J.5MM2), and #12 AWG (2.5mM2)wire sizes.
Note: Sizes# 1 fi AWG (1.Umm2)and #18 AWG (0-7 5m M2 ) are preferred for ease of installation. See Signature Loop Controller catalog
sheet for detailed wiring requirement specifications.
Standard Detector Base, SIGA-SI3, SIGA-SB4
Demote LED
(SIG -LED)
Max. l es1 Lance
per wire
lust NOT Exceed 10a
44
DATA IN (-) 7,T- DATA OUT (-)
DATA IN +
From Signature Controller
or Previous Device
DAI
Term
Description
'i
Not Used
2
DATA IN/OUT (+}
3
Not Used
4
DATA IN {-)
4
Remote LED (•)
5
Remote LED (})
6
Not Used
7
DATA OUT (-}
DATA OUT W
To Next Device
Isolator Detector Base, SIG -I, SIGA-1134
DATA IN W
From Signature Controller
or Previous Device
Term
Description
1
Not Used
2
DATA IN/OUT (+)
3
DATA IN (-)
4
Not Used
5
Not Used
6
DATA OUT (-)
7
Not Used
OUT -
UAIA UUT +
To Next Device
r
Relay Detector Base, SIGA-RB, SIGA-RI34
Normally- Norrnolly-
DATA
DATA IN +
From Signature Controller
of Previous Device
OUT -
DAM QUT +
To Next Device
erm
Description
1
Normally Open
2
DATA IN/OUT �+
3
Common
4
DATA IN
a
Not Used
5
Normally -Closed
6
DATA OUT (-)
CONTACT RATING
1.OAmp @3DVDC
(Pilot Duty)
Audible Detector Base, SIGA-
Jumper JW1
OUT ='Low Volume
IN = High volume,/
From Power Supply
or Previous Sounder Base
24 VbC W (+) *-
24 VDC IN(-) :Om
DATA IN (-)
DATA INS+
From Signature Controller
r Previous Device
EDWARDS SYSTEMS TECHNOLOGY
Jumper JV
OUT = Steady Tore
IN = Temporal Tone
To Next Sounder Base or
E--L Relay
P-24 vDD OUT +
24 VDC OUT {-)
DATA OUT (-)
To Next Signature Device
DATA OUT (+)
Issue
Literature Sheet #85001-0269
Page 3 of
f
4
Accessories
All detector mounting bases have wiring terminals that are
accessible from the "room -side" after mounting the base to the
electrical box. The bases mount to North American 1 -gang boxes
and to 31/2inch or 4 inch octagon boxes, '['/z inches (38 mm}deep.
They also mount to European BESA and 1-gang boxes with 60.3
mm fixing centers. The SIGA-SB4. SIGA-RB4,, and SIGA-IB4 mount
to North American 4 inch sq, electrical boxes i n addition to the
above boxes. They include the SIGA-TS4 Trim Skirt which is used
to cover the "mounting ears" on the base.
SIA-AB
Audible Base
F k •h� � trF' k:.
10A-I3
Standard Base
SI A -la
Isolator Base
l A-RB
Relay Base
•''�yf R'�.KY 1;
. r ... .. y`..'t+... t .
lA-LED
Remote LED
Standard Base SIGAm-SB, SIGA-SB4 - Thisis the basic mounting
base for EST Signature Series detectors. The SIGA-LED Remote
LED is supported by the Standard Base,.
Relay Base S1GA-RBA SIGA.RB4 - This base includes a relay.
Normally open or closed operation is selected during installation.
The dry contact is rated for 1 amp (pilot duty) @ 30 Vdc. The relays
position is supervised to avoid accidentallyjarring it out of position.
The SIGA-RB can be operated as a control relay if programmed to
do so at the control paned (EST3 V-2 only). The relay base does not
support the SIGA-LED Remote LED.
Audible Base SIGA-AB4 This base is designed for use where
localized or group alarm signaling is required. When the detector
senses an alarm condition, the audible base emits a local alarm
signal. The optional siGA-C RR Polarity Reversal Belay can be used
for sounding to other audible bases on the same 24 Vdc circuit.
Relay and Audible Bases operate as follows:
at system power -up or reset, the relay is de -energized
when a detector is installed in the base with the power
on, the relay energizes forlourseconds,then de -energizes
when a detector is removed from a base with the power on,
the relay is de -energized
- when the detector enters the alarm state, the relay is energized.
Isolator Base SIGA413, SIGA-I - This base includes a built-in line
faultisolator for use on Class A circuits. A detefor must be
installed for it tooperate. The isolator base does not support the
SIGA-LED RemoteLED.
The isolator operates as follows:
4& a short on the line causes all isol t rstoopenwithin 23 rnsec
- t 10 msec intervals, beginning on one side of the Class A
circuit nearest the loop controller, the isolators close to
provide the next isolaordownthe line with power
- when the isolator next to the short closes, reopens within 10 msec.
The process repeats beginning on the other side of the loop
controller.
Remote LED SIGA-LED -The remote LSD connects tonne SIGA-SE3
or SfGA-SB4 Standard Bass only. It features a North American size
1-gang plastic faceplate with a white fi n i sh and red alarm LED.
SIGA.&TS4 Trim Skirt - Supplied with 4 inch bases. it can also be
ordered separately to use with the other bases to help hide surface
imperfections not covered by the smaller bases.
Warnings &-Cautions
This detector will not operate without electrical power. As fires
frequently cause power interruption, wesuggestyou discuss further
safeguards with your fire protection specialist.
This detector will NOT sense flres that start in areas where smoke
cannot reach the detector. Smoke from fires in walls roofs, or on the
opposite side of closed doors may not reach the detector to alarm it.
Specifications
Catalog l der
SIPS
Sensing Element
I o oeIecn - Ugh Scrin Princip
Storage &
Air velocity Range. 0 to 5,000 ffirrin to 25.39 rr s ,
�ratl ng
I"'I t1 o , Non Condensing
- o 1
Environment
operating Tenn p. F to 2 F (DOC to 490 C);
Storage T . -4 F to MOT Cto 9 C)
SensftrviRange
UU UL # 9. % to 3 i 7% ob c ratior foot
User Selected
Most sensitive: 1. %f .; More sensitive: ,0% .;
Alarm Sensifivity
formal: . %.;
Wings
Lass sensitive. . %/ft., Lem Sensitive. 3. %t.
Pre -alarm Sensiti l
% increments, alloWn g.upto 20 pre-alarmet ns
Operating Voltage
15.2 to 19.95 vdc 19 vdc nominal)
Quiescent: 4A @ 19 v; Alarm: 4 @ 19 v
operating Current
Emergency stand-alone Alarm Mode: 18n-
Pulse Current. 100 PA (100 m ec),
DuHn nymnication: 9 n A ram.
Construction r Finish
High ct in n oI r - White
Con- pa bl a
sI GA -GB standard Base, S GA-R B Relay Base,
l ounfing Bases
SGA-iB Isolator Base, sI A -AB Audible Base
On -board Green LED - Flashes when polled;
On -board Bed LED - Flashes when In elan
LED operation
Both LEDs - Glow steady when in alarm (stand-alone)
Compabble Bute Red LED (nxxlel SIGA-LED)
Flashes when in alarm
'bifity
Use With: SGNATURE tooController
Address Requirements ents
Uses one Device Address
A envy Ustings
UL., ULC, MEA, CSFM
UL Listed Spacing
30 ft
Ordering Information
Catalog
stipwt
Number�
�rti
lb(kg)
SIGA-PS
Intelligent Photoelectric detector
(.23)
} I�LILC Listed
Accessories
SIGA-w
Detector M ounting Base - Standard
4-inch Detector Mounting BasesIGA#s84
Trim skirt
/w SIG iT� �ri
s1GA-RB
Detector Mounting Basew/Relay.,
�IGA-R84
4-inch Detector l ounting Base Relay,.
w SIGA-TS4 Tdr dart
.2 (.09)
siA-lB
detector Mount ng Base
r/Fault Isolator
sIGA-184
-inch Detector Mounting Base
w Fault Isolator, Ow SIGA-TS4 Trim sfi rt
SIGA-L D
Renmte Alarms LED
SIGA-A84
Audible s under) Base
a (015)
SIGA-TS4
Tn m Shirt (supplied with 4.1nch bases)
,1 (.04)—.-.
EDWARDS SYSTEMS TECHNOLOGY
It is
our intention to Deep the
product information current and accurate. We can not corer specific applications or anticipate all
requirements.
All
specifications are subject
to charge without notice. For more information
or questions relative to this Specification Sheet,
contact ESA`.
199 ESQ`
Page 4 of 4
Literature Sheet #135001-0269
Minted in U.S.A.
Issue
,�A
N
•
W.
EDWARDS SYSTEMS TECHNOLOGY ANALOG ADDRESSABLE INITIATING DEVICES
Intelligent Duct Smoke
Detector Housing
- Model SIGA-DH
Features
2 Suitable for high air velocity duct applications
U p to 4000 fUm i n - (20.3 mlsec) with Photoelectric Detector.
2 Standard Signature Series detectors
Designed for use with standard 4D, 3D, and Photoelectric
Signature Series smoke detectors. Does not require "special"
duct smoke heads.
� Standard, relay, arisolator detector base
Detector plugs -in to base then easily installs into housing.
n Install inducts up to 10 ft. (3.05 m) wide �
U U MEA
:�.
■ Remote LED and test station accessories �--Ti. }I
■ Designed and manufactured to ISO 9001 standards
Description
The SIGA-DH Duct Smoke Detector Housing is specially engi-
neered to exploit all the capabilities of Signature Series intelligent
photoelectric and muitisensor smoke detectors. EST Signature
Series detectors gather analog information from each of their one
or more sensing elements and converts it into digital signals. The
detector's onboard microprocessor measures and analyzes these
signals. It compares them to historical readings, time patterns and
known characteristics to make an alarm decision. Digital filters and
complex Algorithms are applied for optimum detector accuracy.
Unwanted alarms are virtually eliminaied.
Each duct housing is packaged with detailed installation instruc-
tions, gaskets and a self-adhesive drilling template for locating and
mounting the defector. The large access door is completely
r
removable to allow fast detector installation and field wiring
connections. The 16 gaugesteel housing is finished in red baked
enar eIfor easy identification. Five one- ang knocl outs on the
housing provid e a conv nlentlocatiornfor r ounti ng iintelli ent
Signature Series modules.
The SIGA,-DH Duct Housing comes with a fi inch (150 mm) exhaust
tube. Air sampling tubes are available in lengths from 8 inches (200
mm) to 10 feet (3048 mm) and must be ordered separately.
Compatible smoke detectors, mounting bases, and accessories are
listed in the Ordering Information. Refer to individual device
catalog literature pages for more detail.
Intelligent Duct Smoke Detectors
Compatible Signature Series detectors include the S[GA-[PHS 4D
Multisensor Smoke Detector with THREE INTEGRATED SENSING
TECHNOLOGIES. It combines Ionization, Photoelectric and Heat
sensors and processes and analyzes information from each sensor
separately using dynamic filters. Also compatible are the SIGA-
PHS 3D Multisensor Detector and the SIGAo-PS Photoelectric
Detector. The installer setectsthe alarm sensitivity level from the
detector's wide 0.67 to 3.7% sensitivity range window, Five settings
are available from within the range,
Environmental compensation
Detection sensitivity for Signature series detectors isvirtually
independent of their installed environment and their physical
condition. Each sensing element adapts to long -terra changes
caused by dirt, humidity,, aging etc. Every 8.minutes
adjusts and updates the sensitivity % obsc ration ambient
baseline forits smoke sensing element, Every 68 minutes
information is written toits ermanentmernory,
The detector's a l arm sensitivity setting selected by the installer
floats up or do rrntoremain constant relativet the changing
baseline. Thisis called environmental compensation.
Identification of Dirty or Defective Detectors
Each detector automatically identifies when it is polluted and
causes a "dirydetector" message. The detector's sensitivity
measurement can also be transmitted to the loop controller. This
measurement satisfies NFPA sensitivity measurement requirements.
The detector's internal components are self -supervised., Up to 32
trouble codes are generated and displayed for diagnostics.
L
'EDWARDS SYSTEMs TECHNOLOGY
U.S. SALES: SARASOTA, FL 41- -4 ; FAX 941-7 7-1 14 CANADA SALES: OWEN SOUND, ON 519-376-2430: FAX 519-376-7258
i f 17` RNA NAL SAL s. 9 - / 1 1 i ; FAX 90- f v CORPORATE HEADQUARTERS: CHESHIRE, CT a US. MANUFACTURING: P117SFI LD, ME
Issue 2 Literature sheet #85001-0325 Pegs 1 of 4
Flj
4
ir
NlonNolatile Memory
Signature Series smoke detectors permanently store a serial
number, type of device and job number. Automatic updates of
historic information including hours of operation, lastmaintenance
date, number of alarms and troubles, time and dale of last alarm
are available. in the unlikely event that an unwanted alarm does
take place, the history file can be called up to help isolate the
problem and prevent itfrom happening again.
Electronic Addressing & Device Mapping
The Signature loop controller automatically addresses each
detectorto save valua ble tim e during system commissioning.
Setting complicated switches or dials on each intelligent device is
not required. If desired, the detectors can be custom addressed
using the Signature Series Data Entry Program.
The wired circ lts between each device can be examined using the
data entry program along with the self -mapping feature built into
al Signature series de rices.'With its graphic support, layout or
-buiit" drawi ng inforr ation sho ingwirebranches T-taps)
device types and their address are stored on dIi'sk for pr"Inting hard
copy. This tales the mystery out of the installation. The preparation
o %% as -built" drawings is fast and efficient.
Device mapping also allows the Signature loop controller to
discover:
-unexpected additional device addresses
-missing device addresses
- changes to the wiring in the data loop.
Stand -Alone operation
On -board intelligence permits signature devices to operate in stand-
alone mode. should loop controller CPU communications fail for
more than four seconds, al devices on that circuit (loop)
into
stand-alone rode. The loop acts like a conventional alarm recei yin
circuit. Each detector on the loop continues to collect and analyze
infor'mation from its surroundings. The detectoralarr s ifthe preset
smoke obscuration level is reached and causes a loop alarm. If the
detector is mounted to a relay base, the relay operates, similarly, if
it is mounted to an audible based the on -board horn sounds.
Quality and Reliability
EST detectors are designed and manufactured in North America to
ISO 9001 standards. All electronics utilize surface mounttechnol-
ogy (SMT) for smaller size and greater immunity to RF noise. A
conformal coating is used for corrosion resistance and all critical
contacts are gold plated.
Typical Wiring
The detector mounting bases and test station will accept#18 AWG
(0.75mm'), #16 (1.0mm 2)1 #14 AWG (1, 50MM2) and #12 AWG
(2.5rnM2)w1 re sizes. Note: #14 AWG {1.5 mmz} is not recommended
due to difficulty of installation. See Loop Controller and Detector
catalog sheets for detailed wiring requirement specifications.
i
sognature Duct Detector Accessories
Duct Detector Air Sampling Tubes
One air sampling inlet tube must be ordered for each duct smoke
detector housing. Referto Ordering information for available
lengths.
Detector Mounting Bases
One detector mounting base must be ordered for each duct smoke
housing,, Removing a detector from its base (except isolator base)
does not affect other devices operating on the same data loop.
Available bases are:
Standard Base S1GA1-SB - This i s the basic mounting base. The
SIGA-LED Remote LED is suomrted by the Standard Base.
Relay Base SIGA-RB - This base includes a relay. Normally open
or closed operation is selected during installation. The dry contact
is rated for 1 amp @ 30 Vdc (pilot duty). The relays position is
supervised to avoid accidentally jarring it out of position. The SIGA-
RB can be operated as a control relay if programmed to do so at
the control panel (EST3 V. 2 only). The Relay Base dgp,�-not
5.!.ID, DOft the SIGA.-LED Remote LED. Relay bases are not affected
or activated by the S I GA- DTS DuctTest Station.
Isolator Base SiGA-IB -,This ba"seincludes abuilt-in line fault
isolator. A detector must be installed for it to operate. The integral
isolator relay is controlled by the detector or the loop controller. A
maximum of 96 isolator bases can be installed on one loop. The
Isolator Base doe.5 not., 12the SIGA-LED Remote LED.
Alarm LED Indicator
The SIGA-PLED Alarm indicator is suitable for use with the SIGA-SB
detector base only. A maximum of one can be operated for each
detector. It features a red LED on cone -gang plastic plate and can
be installed remote or directly on the SlGA-DH Duct Housing.
Duct Test Station
The SIGA-DTS Duct Test Station uses a key switch along with an
integral intelligent input module mounted on atwo-gang plastic
plate. It is supplied with two keys and features a red alarm LED.
When the key is turned to the "TEST" position, the LED lights and
the integral module remotely inputs a duct detector test alarm. The
actions and sequences programmed at the control panel to
activate dampers and other smoke control measures, are easily
tested. Detector relay bases are not affected or activated. Resetting
the control panel clears the test and returns the system to normal.
The key cannot be removed when in the "TEST" position.
The DuctTest Station mounts to standard 2-inch deep North
American two -gang and 4-inch square electric boxes and
European 100 mm square boxes.
Air Velocity Test Kit
The -SG Air Velocity Test Kit is specially designed to interface
to the SIG--D H Duct lousing. It is used to test or confirm the air
velocity in HVAC ducts where the duct Dousing is installed.
11
J
Page 2 of
EDWARDS SYSTEMS TECHNOLOGY
Literature sheet #85001-0 25
Issue 2
- Specifications
qP
u
ISIGAwDH Duct Housing (MOTE; The SIGAoDH
2imensions
Material and Finish
Conduit Knockouts
lAgency Approvals
lCompatibie Smoke Detectors _
Air velocity Range
Smoke Sensing Elements)
Operating Environment
Storage Environment
UPI/ULC Sensitivity Range
User Selected Alarm Sensitivity
Settings
Pre -alarm Sensitivity
Electrical and Physical
Characteristics
Compatible Mounting Bases
'Compatible Remote LED
Controller Compatibility
Addressing Restrictions
SIGA.,ITS Duet Test Housim
Operating current
Operating voltage
Replacement Key
i Storage and Operating
Temperature
Onboard LED operation
M Mounting
Construction x Finish
Addressing Restrictions
Issue
1
uct Housing is NOT WEATHERPROOF or DUST TIGHT.)
7-3/8 inches (188mm) W x 7 inches (178mm) H x 5 inches (127mm) D
16 Gauge Cold Rolled Steel, Red -Baked Enamel
Combination 7/2 inch Fr 3/4 inch
UL, ULC, MEA, CSFM
SIGA-PS _ _ SIGA-PHS SIGA-IPHS
340 to 4000 ftlmin. (1.5 to 20.3 m/sec)
Photoelectric -
Light Scattering Principle
Photoelectric -
Light Scattering Principle
Heat -
1350 0 ) Fixed, Temperature
Soo to .1000 t/m n.
(1.5 to 5.0 m/sec)
Ionization - Uni olar
Photoelectric
Light Scattering Principle
Feat - Alarms at 650 F (350 Q
change in ambient temp.
Temp: 32 - 1200 F to �
Humidity: to 3�� !� Temperature: � - � � Q
non-condensin Humidity: 0 to 93% RH, non -condensing
Temperature: -4 to 1400 F .20 to 600 ; Humidi
0.67% to 3.77% obscurationffoot (305mm)
o to % RH, non -coed nsin
0.67% to 3.70% obscuration oot
J_ 3mm
Least Sensitive; . % Lass Sensitive: .0% Normal: 2.5%; More Sensitive: . % Most Sensitive* 1.0%
% increments, allowing up to 20 pre -alarm settings
Refer to individual detector catalog sheets
SIGA-SB Standard Base, SIGA- B Relay Base, SIGA-lB Isolator Base
SIGA-LE (LED flashes when in alarm)
SIGNATURE Loop Controller
Uses one Input [device Address
Standby = 0PA; Activated 400pA
15.2 to 19.95 vdc 19 vdc nominal)
n - P-037449
az t012odF (o to 490c)
Red LC - flashes when in alarm or test state
North American electric box: 2 inch deep 2- ng -or 4 inch square; European electric box: 100 mm s u re
High Impact Engineered Plastic 2-gang front plate - White
Uses one Module Address
EDWARDS SYSTEMS TECHNOLOGY
:.:11teret re Sheet �# 001-o
Page f
1W
.j
-W
s
Application Notes
The-SIGA&.DH Duct Smoke Detector Housing requires a clear, flat,
accessible area on the duct of at lest 7-3l8 inches (1 88mm) W x
7 inches {175mm) H. The duct housing must be installed on ducts
at least 8 inches (200mm) wide. To avoid the effects of
stratification, install the detector housing a minimum of six duct
widths beyond any bends in the duct. Duct detectors are usually
i nsta Iled on the supply duct after the air f iters; or in the return air
stream prior to being diluted by outside air.
Bend or other
obstruction
fi Duct widths
(minimum)
Ordering Information
Duct defector
location
Duct
width
og
C es rip ion
Ship �ber
1b.-DID
k
Duct Detector Dousing
. 3-
1
8 inch (200mm) Air Sampling Inlet Tube
.25(91)
6261-002
24 inch mm Air Sampling Inlet Tube
, (4.2)
21-0
2 inch 0 Air Sampling Inlet Tube
1. .
61-
inch (1980mm)Air Sa.mpiin Inlet Tube
2.2 (1)
6261-010
120 inch 304ran) Air Sampling Inlet Tube
14D
)
SIGA-IPA
SIGA-PHS
SIGA-PS
Iltisensor Detector
3D Multisensor Detector
Photoelectric Detector
. ,23
SIGA-SB
ISIGA-FIB
SIGA-IB
SIGA-LED
Standard Base
Relay Base
Isolator Base
Alarm LED Indicator
.2(,09)
SIGA- TS
Duct Test Station
,1
2 3-SG
Duct Air Velocity Test Kit
Sample tube length mist span the entire width of the air duct and
the tube can be easily cut to any length. Inlet tubes longer than 3
ft.(900mm) must be supported at both ends.
Duct detectors continually sample air flow in a HVAC duct and
initiate are alarm condition whenever smoke is detected. An alarm
isactivated wh nthe uantity (percent obsourati n) of combustion
products in that air sample exceeds the detector's sensitivity
slitting.
Air velocity in the duct maintains the air flow that enters the
detector housing through perforations in the air sampling inlet tube
and discharges through the outlet eha List tube. The detector
housing rust be installed with its I NLET air samplingtube
+upstream of the EXHAUST tube,, Before installing the ductdetector
housing, test the duct air velocity to verify it is within the limits o
the Signature smoke detector that is bei ng installed. Also verify that
duct air relative humidity irithin % and 93%.
WARNING: Duct detectors have specific limitations. Duct detectors
ARE NOT a substitute for an open area smoke detector. Duct
detectors ARE NOT a substitute for early warning detection. Duct
detectors ARE NOTa rep lacement for a building'sregutarfire
detection system. Smoke detectors ARE NOT designed to detect
toxic gases which can build up to hazardous [eves in some fires.
These deices WILL NOT operatewithout electrical power,. As fires
frequently cause power'interruptions, EST suggestsyou discuss
further safeguards with yourlocalfire protection specialist,
Installation and Mounting
EST recommends duct detectors always be installed in
accordance with the latest recognized editions'of local and
national fire alarm codes.
Frord Caw
i Ad"r Pkite
RA
1
i 1
- i � 1 •
i
coca ng Pig:
DO NOT BENDSSwim dftmmber
atta&jed to housing
1 � i
Red exhaust tube
4 i 1 w
oonnector
# f:: Alr smpling tube
(connector
t connector Exhaust tube au
Orient with slard d#mcted
Air Inlet sampling tube
away #ern a rltaw _ (Orient with eIr holes
facIg ald low)
1 i i •
1 i 1 1
r 1 Rubber st r—must b
Installed Into and of sampUng
tube
if r .. ;. .if f .�Y4 iy .� i:.r'�1X:r +�.�. �. 1- � k }�.�.+�•.:.ti. .
`' '�f; • � ?i5�' - y.�'JS+� -t�:-i .p �s- - �..� }'�••+ .� . .- f�-.�..- - x - `F:i' F
Airflaw
�i'�:i--'��+;.: ;S'=�r'!%:;.%j.;' .;}t'r':+::.w?f�t;r}�• :'r''�+rr' f�7'- - +r'utiif2 rii.�r+` '�
-�•;'. '['f �.'' _ -. :'r" ���' 'ifs. .- - _. 'i' :f:';''' : •
...........
L2
EDWARDS SYSTEMS TECHNOLOGY
It is
our intention to beep the
product information current and
accurate. We can not cover specific applications or anticipate all
requirements.
All
specifications are subject
to change without notice. For more information or questions relative to this Specification Sheet,
contact EST.
Printed in Q.S.A.
Issue
'C 1999 EST
Page 4 of 4
Literature Sheet #BE001-0325
0
ho
L
i
i
TV
EDWARDS SYSTEMS TECHNOLOGY
}
CONVENTIONAL INITIATING DEVICES
atemofmrise/Fixe
i.., k -
.._„ T eSei}
280B-PL Series
- '-' •',
" _ y:' • '" _ .. r+, fy `- /I +iy'; '4 k :. .A~ "f.Tt . •l,i }+�4
•k"'Ak •-• ti y•' '' '•:.
.;: - :Y'#+TyttA-vk•`+.".w- k-.LT �777 '"'... •YA'`w�r,i r- ~''' F';i "fW
Featu res
? N'.a, _ . - . . •4': ems',- _ :..._ .. F,r
LPL listed for 50 ft* 1 .2m spacing v Ar,-,"IPP
- .v'ryrt•+ •'.f . {'.:-'{."C.}' :.:.{'r}tip*,'Y,'..:,=eF`-x...
Single pole .. normally open contact
Low profile with mounting plate
ff Pure white finish �
M
Mounting flexibility with screw termars
Easy t ri -ors ire taliati n
On -site testing ofrt a-ofmri a feature WARNING Use For Property POnly: beat sensors do
s Positive operating indication a-- for fixed temperature element
not Protect life against fire and smoke. In most fires, hazardous
levels of smoke, heat and toxic gases can build up before a heat
detector would inidate an alarm. Independent studies indicate that
Description
heat detectors should only be used when property protection
alone involved. In eases inhere life safety is a factor, the use of
2 0 -PL Series beat detectors offer fined temperature or ombi- smoke dete for is recommended,,
nation ratRAEOF .e-of-rise and fixed temperature detection.
Under no circumstances shod heat detectors be relied upon s
T-mRISE: A temperature increase at the sensor of 15T (9*Q the sole resre to e�sre fire act � However, if the are
or more per minute activates'the rate -of -rise feature, This doses spaced in accordance with the directions in the Specifications
the contacts in the sensor to transmit the alarm condition to the table, these sensors can contribute, within an overall fire safety
fire alarm control panel. When the rate -of -rise element alone has program, to redudng the risk of avoidable property losses,
been activated, the sensor is self -restoring. .
FIXED TEMPERATURE: if the temperature of the center disk rises to
the censor's rated temperature, the fixed temperature element
activates. This closes contacts in the sensor and transmits an alarm
condition to the fire alarm control panel. The fixed temperature
element is non -restorable and, when activated, the detector must be
replaced, The need for replacement is indicated when the center disk
has fallen free from the detector .
Application
Heat detectors are roost suitable for environments where rapid fire
developm ent can be ex pected. When sele ti ng the location on the
ceiling for the heat sensor# do not locate it in direct Path of hot or
cold air flow. Refer to the detector specifications for the recom-
mended maximum spacing. Earlier detector response may be
obtained by reducing the spacing between detectors.
Ordering
Information
Ship
Cat. No.
Description
Weight
8 PL
beat Detector, 135T (57T), Combination -
Rate -of -Rise and Fixed Temperature
Meat Detector, 1 4T 0 , Combination
Date -of -Rise and Fixed Temperature
190 lb
283B-PL
Heat [detector, 135T 7T ,(0.5kq)
Fined Temperature Only
I
24B-PL
Heat Detector, 1 4T 0T),
Fined Temperature Only -
Detector Accessories
6252
Surface Trim Ring
6253
Decorative orative M o ntin Shirt
lb
� A- L
Plastic Mounting Plate
(0. 1 kg)
—White, hite, ever ble Oncluded)
1280A-MPL
Metal Mounting Plate
EDWARDS SYSTEMS TECHPJOLOGY
U.S. SALES: SA RAS TA, FL 41-7 • ; FAX 941-727-1214 • CA A A SALES: OWEN SOUND, ON 1 - 7 - o; FAX519-376-7258
INTERNATIONAL SALES: 5- 7 -1 11' FAX • -9553 * CORPOFZATE HEADQUARTERS: CHES IRE, CT a U.S. MANUFACTURING: PITTSFIEL , ME
Issue 2 Literature Sheet # 5001-0261
Page 1 of
D
J
4,
.
Specifications
=CatalogNumber er
281 Beft
2 - L
- L
284BTL
L Temperature Rating.,
13 of (570C)
1 "F (90'DC)
13 O (570Q
1940F (900Q
lL Max ant Tern t Ceiling
1 00"F (380C
1 °F (660C)1
o°(380C)1
O (66'0Q
Detector /+yR�y
! i.
FixTemperatureed ������n �M -of-#
Rate -of -rise: 150 F (9* , self restoring
BMW
Fixed
ff
L Recommended overage
2jr5OO t. (232M2)
L Recommended Spacing
50 fte (15.2 m)
FM RecommendedSpacing._30
ft. .1 rn
L Maximum ur Distance from Wall
25 ft. (7.6m) from an g all or projection extending down from the ceill
ore than 121nches (305 mm)
Contacts Rating
Single Pole�lOrr�'illp�]
3.0 amps at 6 to 125 lac' 1.0 arr at 8 to 28 de• 0.3 amps at 125
Vdc;
Operating Environment ent
Indoor � D!y
Agency Listings
UL, F 1, CSFM
Maximum detector coverage has been determined fined y UL to provide detection time equal to sprinkler devices spaced at 10 ft 3. m
intervals on a smooth ceiling i 5 feat 9 inches # mhigh. Higher ceilings may adversely affect da ac ton time. Earlier detection may be
c err d r d r a a lr between sensors. (See FP , C a der 5
Mounting
EST 280E series heat sensors come standard with a white plastic reversible.
mounting plate. The plate is designed for surface or flush mounting and installs
directl ► to a standard North American 3Y2or 4 inch octagon box. Once the
mounting plate is fixed, a simple twist will lock the sensor in place. It can be
removed using a screwdriver to rel ase the tamper- resistant locking finger. This
helps prevent unauthorized removal.
The optional metal mounting plate has four legs that,can be bent up to accom-
modate exposed wiling using limited energy cable. The plastic mounting plate
is molded to accommodate exposed wiring.
0.145"
When mounting to a surface mounted octagon box (11/2 inch (38mm) deep (4mm)
maximum) the 6253 Trim Skirt can be used as a decorative cover. A 6252
Surface Trim Ring is used to adapt the detector to ft a standard North American
4 inch square box.
atn-
(7lamm)
SURFACE
M4UNTlFiG �
SIDE
5+
O m )
TO INSTALL DMCTOR .�
MATCH 'iH ARROWS ON
DETE MR ■ D MOUNTING
PLATE. PUSH UP AND TURN
i x ar�� f
n. .=, !
LECTMC BOX
(Not Suppl
41 —tiff 7-�
1-13022
(36 )
TO RIE CYVS DOCTOR -�
LIFT LOCKING FINGER W TH
SCREEN DRIVER TIP AND
TURN DETE=R COUNTER.
CLOCKWISE
FLUSH
MOUNTING
SIDE
SURFACE
MOUNT �
2 SNAP -OUTS
FOR WIRE \�
ENTRANCE _
21/ 20
(2)
t
r
EDWARDS SYSTEMS TECHNOLOGY
Flujoh MoUnt
Conduit Wking
FRONT
Metal Mounting Plate PIN 80-MPL
(order separately)
2 LOCKING FINGERS
SURFACE
MOUNTING
HOLES 4)
tjOR `
LUSH MOUNT.
BREAK AWAY 2 SEMONS
DI+ T VIEW ON CIRCUMFERENCE
Plastic Rewrelble Mounting Plate Cat. Nm SM-PL
It is our intention to keep the product information current and accurate. We can not o er,s�e ifi appli ation 'or anticipate all requirements,
All specifications are subject to change without notice. For more information or questions refative-to-'this Specification Sheet, contact EST.
= EST
Page.2 of
Literature Sheet #85001-0261
Printed in U.S.A.
Issue
.�gl
0
EDWARDS SYSTEMS TECHNOLOGY
Manual Pull Stations
Models SIGA-270, SIGA-270P, SIGA-278
Features
Note: some features described here may not he supported by aH
control systems. Chock your control panefrs Installation and OperatiDn
Guide for details.
is Traditional familiar appearance
SIGA-270 models ture our familiar r r design with
simple positive pull action and sturdy die-cast metal body,
■ One stage (GA), two stage (prewsignal), and doable action
models
SIGA-270 models are available for one or two stage alarm
systems. The singe stage double action SIGA-278 features a
rugged Texan housing with keyed reset mechanism.
is Break glass operation
An up -front visible glass rod on the SIGA-270 discourages
tampering.
ANALOG ADDRESSABLE INITIATING DEVICES
SIGAm278 SIGAw270 SERIES
err "MEA (R (ELC) Patente,-_C
� Intelligent device c/wintegral microprocessor Description
A11 decisions are made at the station allowing Tower communica-
tionsped while substantially improving control panel response The SIGA-270 and S1GA-278 series Manual Putt Stations are part of
time. Less sensitive to line noise and hoop wiring properties; EST's Signature Series system. The S1GA-270 dire Aiarm Manual
twisted or shielded wire is not required. Pull Stations feature our very familiar teardrop shape. They are
made from die-cast zinc and finished with red epoxy powder -coat
■ Non-volatile memory paintcomplemented byalumin um colored stripes and markings.
Permanently stores serial number, type of device, and job With positive pull -lever operation, one pull on the station handle
number. Automatically updates historic information including breaks the glass rod and turns in a positive alarm, ensuring
hours of operation, fast maintenance date, number of alarms and protection plusfool-proof operation. Presignal models (SIGA-270P)
troubles, and time and date of last alarm. are equipped with a general alarm (GA) keyswitch for applications
13 Automatic device mapping where two stage operation is required. The up -front highly visible
Each station transmits wiring information to the loop controller glass rod discourages tampering,
regarding its location with respect to otherdevices on the circuit. EST's double action single stage SIGA-278 station is a contempo-
e Electronic addressing rary style manual station made from durable red colored lexan,
Permanently stores programmable address; there are no To initiate an alarm, #first lift the upper door marked "LIFT THEN
switches or dials to set. Addresses are downloaded from a PC, PULL HANDLE then pull the alarm handle.
orthe SIGA-PRO Signature Program/ServiceTool. The integral microprocessor built into -each Signature Series
■ Stand-alone operation station provides four important benefits -Self-diagnos#ice and
The station inputs an alarm even if the loop controller`s polling History Log, Automatic Device Mapping. Stand-alone Operation
interrogation stops. and Fast, Stable Communication.
n Diagnostic LEDs Self -diagnostics and History Log -Each Signature'Series manual
States LEDs; flashing GREEN shows normal polling; flashing station constantly runs self -checks to provide important main.
RED shows alarm state. tenance information. The results ofthe self -check are automatically
■ Designed for high ambient temperature operation updated and permanently stored in the station's non-volatile
Install in ambient temperatures up to 120°F (491,C)i, memory. This information is accessible for review any time at the
control panel,, PC, or by using the SIGA-PRO Signature Program/
2 Designed to ISO 9001 standards Service Tool.
Manufacturedto strict international qua- litystandards for highest
reliability.
EDWARDSSYSTr=ms TECHNOLOGY
U.S. SALES: SARASOTA., FL 1- 9-40.3 : FAX 941-727-1214 CANADA SALES: OWEN SOUND,, ON 51 - - 43# FAX 1 -7258
WnRNATIONAL SALES: 5-2 1 1 ; FAX 905-270-9553 CORPORATEHEADQUARTERS: CHESHIRE. CT -US. MANUFACTURING*. PITTSFIELD, M
Issue 5
r
ff
Uterattire Sheet # 1- 7
Page 1 of 4
K.
..,
The information stored in the station's memory includes:
- station serif number, address, and type
- date of manufacture, hours of operation, and last maintenance
date2
- number of recorded alarms and troubles2
time and dale of fast alarm
- most recent trouble code logged by the detector— 24 possible
trouble codes may be used to diagnose faults.
Automatic Deice Mapping -The loop controller learns where
each device's serial number address is installed relative to other
devices on the circuit. The hoop controller keeps a map of the
Signature Series devices connected to it.
The Signature Series Data E ntry Program a #sousesthe mapping
feature. With interactive menus and graphic s u ppo rt, th e wired
circuits between each device can be examined. Layout or "as-
buiIt" drawinginform atio n showing wire branches (T-taps), device
types and their address are stared on disk for printing Bard copy.
This takes the mystery out of the installation. The preparation of as-
built drawings is fast a nd sffjcienL
Device mapping allows the Signature loop controller to discover:
W unexpected additional device addresses
missing device addresses
11W changes to the wiring in the circuit.
Stand-alone operation - A decentralized alarm decision by the
manual station is guaranteed.On-board intelligence permits the
station to operate in stand -acne mode. if loop controller CPU
communications fail for more than four seconds, all devices on
that circuit go into stand -al mode. The circuita is like a
conventional alarm receiving circuit. Each station will still transmit
an alarm if its operating lever is pulled.
Fast Stable Communication -Built-in intelligence means Less
information needs to be sent between the station and the loop
controller. Other than regular supervisory polling response,th$
station only needs to communicate with the loop controller when it
has something new to report. This provides very fast control panel
response time and allows a lower baud'rate (speed) to be used for
communication on the circuit. The lower baud rate offers several
advantages including:
- less sensitivity #ocircuit wire characteristics
less sensitivity to noisy glitches on the cable
- less emitted noise from the data wiring
twisted or shielded wiring is not required.
Diagnostic LEDs -Twin LEDs provide visual indication of normal
and alarm conditions. Th ey a re visible only when the station is
removed from the mounting box. Aflashing GREEN LED shows
normal system poling from the loop controller. A flashing RED
LED means the station is in alarm state. Both LEDs on steady shows
alarm state -stand-alone mode.
Quality and Reliability- EST modules are manufactured in North
America to strict international ISO 9001 standards. All electronics
utilize surface mounttechnolagy (SMT) f or s ma I ler size and greater
immunity to RF noise. A conformal coating is used for humidity
and corrosion resistance.
I EST3 v.2 only.
Retrievable with SIG-PROSIGA-PRO programming tool.
Typical Wiring
The fire alarm station's terminal block accepts # 98 AWG (035mm2)
to #72AWG (2.5mM2) wire sizes. See Signature Loop Controller
catalog sheetfor detailed wiring requirement specificatians.
Wiring Notes
QRef erto Signature Loop Controller manual for maximum
wire distance.
2. All wiring is power limited and supervised.
EAR VIEW
Of
IGA- 7
Red LED
CAj0ffn/Acth*
DATA I +
DATA M O
0.
Gfeen LED
o m
:-
rl
11 DMA +
i.DAAour
To tract DoVk:e
Figure 4. Single Stage Systems
WAR VIEW
f
GA-P.
SIGC- 70PB
RW LED
NaMVAcffm
DATA IN (+)
DATA IN
Grw LC
NOD
DKA< o V F
DATA
ToNWDevice
Ai
Figure 5. Two Stage Systems
EDWARDS SYSTEMS TECHNOLOGY
Page 2 of 4 Literature Sheet 001-0 7 Issue
,%A
Installation
Singlemstage Signature Series ire alarm manual puff stations mount to North American 2'/z inch (64 mm) deep i-gang boxes.
Two stage presignal (270P) models require 1'/z inch (38 mm) deep 4-inch square boxes with 1-gang, 1/2-inch raised covers. Openings mist
be angular. Rounded openings are not acceptable. Recommended box: Steel City Model 52-C-13.
Al models include terminals are suited for # 12 to 418 AWG (Z. 5 mm2#o 035 mm2) wire size. EST recommends that these fire alarm
stations be installed according to latest recognized edition of nationsl and focal fire alarm codes.
Electronic Addressing: The loop controller electronically addresses each manual station, saving valuabletime during system commis-
sioning. Setting complicated switches or dials is not required. Each station has its own unique serial number stored i-n its on -board
memory. The loop controller identifies each device on the loop and assigns a "soft" address to each serial number. if desired, the stations
can be addressed using the SIGA-PRO Signature Program/Service Tool,
Ab
I
OPEN
Figure i. SIGAm278 installation
Cover Release
Figure 3. SIGA=270P, SIGCw270PB installation
MMMF0mo!A1hb1r&T*
Figure 2. SIGAm270, SIGC=270F. SIGCo&270B installation
Compatibility
Signature Series manual stations are compatible only with ESTs
Signature Loop Controller.
Warnings fit- Cautions
This device will not operate without electrical power. As fires
frequently cause power interruption, we suggestyou discuss
further safeguards with your local ire protection specialist.
Application
The operating characteristics of the fire alarm stations are deter-
mined by their sub -type code or "Personality Code". NORMALLY -
OPEN ALARM - LATCHING (Pesonality Code 1 ) is assigned by the
factory; no user configuration is required. The'device is configured
for Class B 1DC operation. An ALARM signal is sent to the loop
controller when the station's pull IeVeris operated. The storm
condition is hatched at -the station.
r=DWARDS SYSTEMS TECHNOLOGY
Issue
Literature Sheet#85001-0279
' Pa
.,
40
.
Specifications Table
SIGA-27
SIGC-27 F SIGAu27
Catalog Number SI C- SIGG-27 SIG -27
Single Action -Two Stage
Description Single tion - One StageDouble Action - one Stage
(Presignal)
Addressing F equirements Uses 1 Module Address lases 2Module Addresses Uses 1 Module Address
standby = 0 A standby 39 rA standby O
Operating Current Activated =
oA Activated =680PA Activated = 00A
Construction ft Finish Diecast Zinc - Red Epoxy r Aluminum markings Lexan - Red /White markings
Type Code Factory Set
Operating Voltage 15.2 to 19.9 do (19 Vdc nominal
Storage and Operating
Operating Temperature: 3 1F to 120'F WC to 49"C)
Environment
Storage Temperature: # OF to 140IF -2 °C to 60IQ
o
Humidity: o to 9 o RH
Ors -board Green LED - Flashes when polled
LED OperationOn-board Red LED - Flashes when in alarm
Both LEDs - Glover steady when in alarm (stand-alone)
Compatibility UseWith: Signature Loop Controller
Agency Listings UL, ULC (rote 1), MEA, CSFM
.Note 1: SIGC-270F, SIGC-270B and SIGC-270PB are ULC listed only, Suffix "T" indicates French markings,
Suffix "B" indicates English/French bilingual markings,
Ordering formation Table Testing Maintenance
Catalog ship 1t. To test(or reset) the station simply open the station and operate the
Description I s exposed switch. The SIGA-270series are ened with ato •1�r� ��� the
One Stage Fire larrr station SIGA-278requires the key which is supplied with
English II��'larkings- UL/ LC Listed The station's autor ati self -diagnosis dentf. ...
�es when it �s defective
One stage Fire Alarm Station, and causes atrou le m ssage, The user-friendly maintenance
French Markings -.0 Listed program showsthe current state of each Signature series device
SIC-
One Stage Fire Alarm Station, and other pertinent messages. Single devices may be deactivated
Markings - ULC Ltd1(.5) Availability,French/English M temporarily, fromt econtrol panel, of maintenance
SlA-27oP
Two stage (Presignal) Fire Alarm Station, features is dependent on the fire alarm system used,
English Markings rigs - UL LC Listed
-0 Two Stage(Presignal)Fire Alarm Station,
scheduled maintenance(RegularorSelected)propers ter
S1-2706 operation should be planned to teetthe requirements of the
IFrench/EnglishMarkings - ULC Listed ,
Authority �av ing Ju risicti on AHJ). R efe r to current N F PA 72 and
Double Action (one Stage) Fire Alarm ULC CAN/ULC 536 standards.
Station, English Markings - UL/ULC listed
ACCESSORIES
A Key w/ ag - for pre -signal station
32997 +
(CANADA ONLY)
IGA Ivey # for pre -signal station
(USA ONLY)
27165 2 Glass Rods - for IGA-270 series .1 (.05)
(CANADA ONLY)
Glass Rods - for SI A-27o series
(USA ONLY)
276-GLR 20 Glass Rods - for SIGA-278 series
Surface Mount Box, Red
� 19-i � _ for SIGA-270 series only.'
Surface ]Mount Box, Red
1,
276B-RSB
for SIGA-278 only
EDWARDS SYSTEMS TECHNOLOGY
{ It is our intention to keep the product information current and accurate. We can not cover specific applications or anticipate all requirements.
All specifications are subject to change without notice, For more information or questions relative to this specification sheet, contact EST.
2000 EST
Page 4 of 4 Literature sheet #8001-079
Pdnted in J.S.A.
Issue
lw;b
k
M
EDWARDS SYSTEMS TECHNOLOGY ANALOG ADDR-
ESSABLE
INPUT/OUTPUT DEVICES
Input Modules
Models SIGA-CT1, SIGA-CT2 8 SIGA-MCT2
Features
■ Multiple applications .
Including Alarm, Alarm with delayed latching (retard) for
waterflow applications, Supervisory, and Monitor. The installer
selects one of four "personality codes" to be downloaded to the
module through the loop controller.
■ Plug-in (U10) or standard '!-gang mount
U10 versions allow quick installation where multiple modules are
required. The 1-gang mount version is ideal for remote locations
that require a single module,
Automatic device mapping
Signature' modules tra nsmitinformation 4 the loop controller
regarding their circuit locations with respect to other Signature
devices on the wire loop.
■ Electronic addressing .
Programmable addresses are downloaded from the loop
controller, a PC, orthe S1GA- PRO Signature Program/Service
Tool. There are no switches or dials to set,
T
+fix � �1k�� •/. rti 4'f�*
�
•�,
dp
.:x
_404
Aft, `'�. .r'-• Y }:.
}UNIMMY
�
• •� - '. by
)rated
U u C
•�
,
. SIGA-CT1
MEA
=Notes
le
■ Intelligent device with microprocessor Description
All decisions are made at the module to allow lower commune. The 51GA-CT1 Single Input Module and S1GA-CT2/S1GA-MCT2
cation speed with substantiaEfy improved control panel response Dual Input Modules are intelligent analog addressable devices
time and less sensitivity to line noise and loop wiring properties; used to connect one or two Class B normally -open Alarm, Superviep
twisted or shielded wire is not required. sory, or Monitor type dry contact Initiating Device Circuits (IDC).
■ Non-volatile memory The actual function of these modules is determined by the " person -
Permanently stores serial number, type of deice, and job ality code" selected by the installer. This code is downloaded to
number. Automatically updates historic information including the module from the Signature loop controller during system
hours of operation, last maintenance date, number of alarms and configuration.
troubles, and time and date of last alarm. The input modules gather analog information from the initiating
■ Stand* -alone operation devices connected to them and convert it into digital signals. The
The'modulle makes decisions and inputs an alarm from initiating nodule's on -board microprocessor analyzes the signal and
devices connected to it even if the loop controller's polling decides whether or not to input an alarm.
interrogation stops., (Function availability dependent upon The SIGAvoCT1 and SIGAe.CT2 mount tostandard North American
control panel.} '! -gang electrical boxes, making them ideal for locations where
■ Ground fault detection by address only one module is required. Separate 1/0 and data loop connec-
. - Detects ground faults right down to the device level. Lions are made to each module,
a Diagnostic LEDs The SIGA-MCT2 is part of the U10 family of plug-in Signature
Flashing GREEN shows normal polling; flashing RED shows Series modules. Itfunctions identically to the S I GA-CT2, but takes
alarm/active state. advantage of the modular flexibility and easy installation that
■ High ambient temperature operation � characterizes all U10 modules. Two- and six -module U10
Instal[ in ambient temperatures up to 120°F (490C)o motherboards are available. All wiring connections are made to
terminal blocks on the motherboard. U10 assemblies maybe
■ Designed toISO 900'istandards mounted inESTenciosures.
All Signature products are manufactured to strict international
quality standards to ensure highest reliability.
EDWARDS SYSTEMS TECHNOLOGY
Issue
U.S. SALES: SARASOTA, I` L 1- - 0 ; FAX 41- -1 14 * CANADA SALES: OWEN SOUND, ON 519-376-2430; FAX 1 - -
INTERNATIONAL SAS: 00 - 0`1 11; FAX 905-270-9553 CORPORATEH ADQUART RS: CHESHIRE, CT US. NMUFA TRI : PITTSFIEL , ME .
h `
Literature Sheet #81-41
Page 1 of
00
Installation
SIGA-CT1 and S I GAmCT2: modules mount to North American 2�h
inch(64 mm) deep 1-gang boxes and 1 �'z inch (38 mm) deep 41nch
square boxes with 'i -gang covers. The terminals are suited for #12
to #18 AWG (2.5 mm2t00.75 mm2) wire size.
901
Wd Plane. Wttfte
(1-GGno
.j
h
•
SIGA.*MCT2: mount the U 10 motherboard insides suitable EST
enclosure with screws and washers provided. Plug the SIGA-MCT2
into any available position on the motherboard and secure the
module to the motherboard with the captive screws. Wiring
connections are made to the terminals on the motherboard (see
wiring diagram). U10 motherboard terminals are suited for #'i 2 to
#'[ 8 AWG (2.5 mm2 to 0.75 mmz) wire size.
U10 Motherboard
l I
-
fif-
self-tapping
scxews
captive
screws
#6 Flat washers
*— cabinet or electrical enclosure
ElectronicAddressing - The loop controller electronically ad-
dresses each module, saving rstemc r dw
9
missioning, Setting complicated sitches or dials is not required.
Each module has its own unique seria l number stored in its on-
-board memory. The loop controller identifies each device on the
loop and assigns a "soff address to each serial number, If desired,
the modules can be addressed using the SIGA-PRO signature
Program/Service Toole
EST recommends ends hatthis module he installed according to latest
recognized edition of national and local fire alarm codes.
Compatibility
The Signature Series modules are compatible only with ESTs
Signature loop Controller.
Application
The duty performed by the' SEGA-CT1 and SIGA-CT2/MCT2 is
determined by their sub -type code or " Personality Code"'. The
code is selected by the installer depending upon the desired applica-
tion and is downloaded from the coop controller.
One personality code can be assigned to the SIGA-CT1. Two
personality codes can be assigned to the S1GA-CT2/MCT2. bodes
1, 20 3 and 4 can be mixed on S1GA-CT2/MCT2 modules only,, For
example, personality code 'i can be assigned to the first address
(circuit A) and code 4 can be assigned to the second address
(circuit B).
NORMALLY -OPEN ALA M-wLATC ING(Personalitycode 1) m
Assign to one or both circuits. Configures either circult A or B or
both for class B normally open dry contactinitiating devices such
as Pull Stations,, Heat Detectors, etc. An ALARM signal is seat to
the loop controller when the input contact is closed. The alarm
condition is latched at the module.
NORMALLY -OPEN ALARM,, DELAYED LATCHING
(Personality Code 2) - Assign to one or both circuits. Configures
either circuit A or B or both for Class Bnormally-open dry contact
initiating devices such as Waterflow Alarm Switches. An ALARM
signa! is sent to the loop controller when the input contact is
closed for approximately 16 seconds. The alarm condition is
latched at the module.
NORMALLY -OPEN ACTIVE -NON-LATCHING (Personality Code
3) - Assign to one or both circuits. Configures either circuit A or B
or both for Class B normally -open dry contact monitoring input
such as from Fans, Dampers, Doors, etc. An ACTIVE signal is sent
to the loop controller when the input contact is closed. The active
condition is not latched at the module.
NORMALLY -OPEN ACTIVE -LATCHING (Personality Code 4)
Assignto one or both circuits. Configures either circuit A or B or
bath for Class B normally open dry contact monitoring input such
as from Supervisory and Tamper Switches. An ACTIVE signal is
sent to the loop canirol1erwhen the input contact is closed. The
active condition is latched at the moduli.
Ordering Information
Catalog ship Wts
Number Description lbs )
SIGA-CT1 single Input Module — UL l Lc Listed . (.1 )
SIGA-CT2 Dual Input Noddle — UUULC Listed 0.4(0.15)
IDual Input Plug-in i) idle 0.1(0.,05)
L, ULC Listed
Related Equipment
2 1 3- 1 surface Mount Box -reed, -gang 1.0(0.6)
27193-16 Surface Mount Bo - White, 1--gang 1.0(0.6)
Module Haunting Bracket for installing
SIGA-E IB two 1-gang modules in a single North Z .3
lAmerican 4-inch square box.
Universal Input -Output Module hoard 032 (0,15)
1w/Riser Inputs —Two Togo Module Positions
Universal Input-Outp Uft Module Board i
Os62(028)
Miser Inputs — Bic Module Positions
niiersal Input -Output Module Board 0956 (0.25)
Six Module Positions
OWN
EDWARDS SYSTEMS TECHNOLOGY
i
Page 2 of
N
Literature Sheet #85001-0241
Issue
Typi'cal Wiring
.'! Modules will accept #18 AWG (0.75MM2),, #1 fi ('f .Ommz), and #14AWG (1.50MM2), and #'� 2 AWG (2.�Orr�mz) wire sizes,
Note: Slezes#16AWGO,Omm� and #18 AVIlG (Q.75mmz) are preferred for ease of installation. See Signature Loop Controller catalog
sheet for detailed wring requirement specifications.
Red LED
(AJcAo
DATA IN (t)
DATA IN(-)
1,1001V!Q
i11 + 1
ffiF
mE
Typlaal N.O. inftlating peyice
4
A .
SIGA=CTI
GmenLM
foal
DATA CM
DATA OUT
To Next [woe
NOTES
Maximum 25 Ohm resistance perwired
Maximum #12 AID 2* mm2) wire; Minimum 8AwG (0.75 mm .
e erto Signature on roller installation sheetforwiring specifications.
J1 axirx um l o V 0 o A
The S1 - U 10 6 R and the SIGA- U I 02R do not oom a with TB 1 .
All wiring is supervised and power -limited.
7 These modules will not support -wire smoke detectors.
Warnings & Cautions
This module will not operate without electrical power. As fires
frequently cause power interruption, we suggestyo discuss
further safeguards with yourlocal fire protection specialist,
Issue
Tel N.O. lrft Dwk�e
INPUT 1
# # E
RDd LED
QVamVAo#hm
DATA IN DATA IN
From slgnatm Controller
or Pmvbus Device
PLC L
Am) EDL
rAl
Data in
sowur
Data
c*M*
Data Out +
I"
Green LED Axnwli
Red LED (AC#il
EDWARDS SYSTEMS TEcHNOLOGY
Literature Sheet #85007-0241
FAI
INPUT
SIGA=CT2
-1 34
,y
3.
DATA OLrF+
w DATA O
To Next DeO
UL,/ULC Listed
47KC7 COI.
OM LED
lJLC Lied
47KO ECL
TCT IFw . i ■
No uxr*cbcms mfjlli f
..I•C T4
Ou*r modules may rwwk*
No ownsof 0xr4w sotbws
nKpked kr 51G4 #A CTZ
SIGAWCT2
Page 3 of
6F.
e
Specifications
Description (Signature Overview)
The signature series intelligent analog -addressable system from
Edwards Systems Technology is an entire family of multi -sensor
detectors and mounting bases, multiple -function input and output
modules, network and non -network control panels, and user-
friendly maintenance and service tools. Analog information from
equipment connected to signature devices is gathered and
converted into digital signals. An onboard microprocessor in each
Signature device measures and analyzes the signal and decides
whether or not to input an alarm. The microprocessor in each
Signature device provides four additional benefits ---- self"diagnos-
tics and History Log, Automatic Crevice Mapping, stand-alone
Operation and Fast, stable communication,
Self -diagnostics and History Log - Each signature Series device
constantly runs self -checks to provide important maintenance
information. The results of the self -cheep are automatically updated
and permanently stored in its non-volatile memory. This
information is accessible for review any time at the control panel,,
Pe, or using the SIGA-PRO Signature Program Service Tool. The
information stored in device memory includes:
• Device serial number, address, and type
• Date of ,,manufacture, hours of operation, and last maintenance date
• Number of recorded alarms and troubles
• Time and date 0f last alarm'
• Most recent trouble code logged by the detector — 32 possible
trouble codes may be used to diagnose faults.
Automatic Device Mapping -The signature Data Controller SDC
learns where each device's serial number address is installed
relative to other devices on the circuit. The SDC keeps a map of all
Signature series devices connected to it, The Signature series Data
Entry Program also uses the mapping feature* with interactive
menus and graphic support, the wired circuits between each device
can be examined, Layout or "as -built" drawing information showing
branch wiring (T-taps), device types and their address are stored
on disc for printing hard copy. This tales the mystery out of the
installation. The preparation of as -built drawings is fast and efficient.
Device mapping allows the Signature Data controller to discover:
• Unexpected additional device addresses.
• Missing device addresses.
• Changes to the wiring in the circuit.
Most signature modules use a ,'personality code's selected by the
installer to de.termine their actual function. Personality coves are
doer nloaded from the SDC during system configuration and are
indicated during device mapping.
Standalone Operation - A decentralized alarm decision by the
device 'is guaranteed. Onboard intelligence permits the device to
operate in standalone .erade mode. if signature loop controller
CPU communications fail for more than four seconds all devices
on that circuit go into standalone node, The circuit acts like a
conventional alarm receiving circuit. Each Signature device on the
circuit continues to collect and analyze information from its slave
devices, when connected to a panel utilizing standalone
operation, modules with their 11personality" set as alarm devices
(IDC) will alarm should their slave alarm -initiating device activate.
Fast Stable Communication -- Built-in intelligence means less informa-
tion needs to be sent between the device and the signature Data
Controller (SDC), Other than regular supervisory polling response,
Signature devices only need to communicate with the SDC when
they have something new to report. This provides very fast control
panel response and allows a lower baud rate (speed) to be used for
communication on the circuit. The lower baud rate offers several
advantages including:
Less sensitivity to circuit wire characteristics.
Less sensitivity to noise glitches on the cable.
Less emitted noise from the data wiring.
• Twisted or shielded wiring is not required,
Diagnostic LEDs - Twin LEDs on ,,most Signature devices provide
visual indication of normal and alarm -active conditions. A flashing
green LED shovers normal system polling. A flashing red LED
means the module is in alarm -active state. Both LEDs on steady
indicates alarm -active state - standalone ,,node.
Testing & Maintenance -- Automatic self -diagnosis identifies when
a Signature device is defective and causes a trouble message. The
user-friendly maintenance program slows the current state of each
device and other pertinent information. Single devices may be
turned off temporarily, from the control panel. scheduled mite-
nance (Regular or selected) for proper system operation should
be planned to meet the r quirements of the Authority HaVing
Jurisdiction A J . Refer'to current NFPA 72 and uLe CA /ULC 536
standards,
Quality and Reliability - EST Signature devices are manufactured in
North America to strict int rhational ISO 9001 standards. All -electron'
ics utilize surface mount technology (SMT) for smaller size and
greater immunity to RF noise. A conformal coating is used for
humidity and corrosion resistance.
' EST3 V.2 only.
I etrievable with SIGA-P RO pr cgram m i n'g tod.
EDWARDS SYSTEMS TECHNOLOGY
T It is our intention to keep the product information current and accurate. we can not cover specific applications or anticipate all requirements.
All specifications are subject to change without notice. For more information or questions relative to this Specification sheet, contact EST.
1999 EST
Page 4 of 4 Literature Sheet 001-0 1
Printed in U.S.A.
Issue
_16
V
I
EDWARDSSYSTEMSTECHNOLOGY
Control Relay Modules
3: 1,wxp''..�
��rr e� • a
ANALOG ADDRESSABLE INPUT/OUTPUT DEVICES
Model SIGA-CR, SIGA-MCR,, SIGA-CRRf SIGA-MCRR
Features
a Provides one no/nc contact (SIGA-CR/MCR)
Form "C"dry relay contact can be used to control external
appliances such as door closers, fans, dampers etc.
� Allows group operation of sounder bases
The SIGA-CRR/MCRR reverses the polarity of its 24 Vdc output,
thus activating all Sounder Bases on the data loop.
■ Plug-in (U10) or standard le -gang mount
U10 versions allow quick installation where multiple modules are
required, The 1-gang mount version is ideal for remote locations
that require a single module.
Automatic device Pi
Signature modules transmit information to the loop controller
regarding their circuit locations with res a tto other Signature
devices on the wire loop.
■ Electronic Addressing
Programmable addresses are downloaded from the loop
controller, a PC, or the SiGA-PRE signature Program/service
Tool. There are no switches or dials to set.
Intelligent device with microprocessor .
All decisions are made at the module to allow lover ommuni-
ation speed Frith substantially 1proved control panel res ns
• ,
time and less sensitivity to line noise and loop wiring properties;
twisted or shielded wire l"s not required.
Ground fault detection by address
Detects ground faults right down to the device level.
Nonavolatile memory
Permanently stores serial number,, type of de
vice, andjob
number. Automatically updates historic information Including
hours ofoperation, last maintenance date, number of alarms and
troubles, and time and date of last alarm.
� Diagnostic LEDs
Flashing GREEN shows normal polling; Flashing RED shows
alarm/active state.
■ High ambient temperature operation
Install in ambient temperatures up to 7 20°F (490C).
• Designed to ISO 9001 standards
All Signature products are manufactured to strict international
quality standards to ensure highest reliability.
}t+.d,
MOM
IA;x
IW
Description
The Control Relay Module and the Polarity Reversal Relay Module
are part of EST's Signature Series system. They are intelligent
analog addressable devices available in either plug-in 00)
versions, or standard 1-gang mountversions,
The X-C MCR Control Relay Module provides a Form " CPA dry
relay contact to control external appliances such as door closers
fans, dampers etc. This device does not provide supervision of the
state of the relay contact. Instead, the on -board microprocessor
ensures that the relay is in the proper ON/Off state. Upon
command from the loop controller, the SIGA-CRIMCIR relay
activates the normally open or normally -closed contact.
The SIGA-CRFZ/MCRR Polarity Reversal Relay Module provides a
Form "C"dry relay contact to power and activate a series of SIGA-
A134 Audible Sounder Bases. Upon command from the Signature
loop controller, the StGA-CRR reverses the polarity of its 24 Vdc
output, thus activating all Sounder Bases on the data loop.
Standard -mount versions (SIGA-CR and SIGA-CRR) are installed to
standard North American 1 -gang electrical boxes, making them
ideal for locations where only one module is required. Separate Ili
and data loop connections are made to each module.
Plug-in U10 versions (SIGA.PMCR and SIGA=MCRR) are part of the
U10 family of plug-in Signature Series modules, They function
identically to the standard mountversions, but take advantage of
the modular flexibility and easy installation that characterizes all
U10 modules. Two- and six -module U10 motherboards are
available. All wiring connections are made to terminal blocks on
the motherboard. U10 assemblies may be mounted in EST
enclosures.
EDWARDS SYSTEMS TECHNOLOGY
U.S. SALES: SARASOTA, FL 1-7 -4 , FAX 1- 7.1 14 CANADA SALES. OWEN SOUND, ON 51 - 75• 4 . FAX 519-376-7258
INTERNATIONAL SALES. 5- -1 11, FAX 905-270-9553 # CORPORATE EADUAS■ CHESHIRE, CT US. MANUFACTURING: PITT FI
ELf ME
Issue
Literature Sheet 001-
0-
Page 1 of
Irr
Installation
SIGA.mCR and SIGAmCRR: modules mount to North American
2%inch (64 mm) deep 1-gang boxes and 1'/ inch (38 mm)
deep 4 inch square boxes with 1-gang covers. The terminals
are suited for #12 to #18 AWG (2,,5 mm2 to 0.75 mmz} wire size.
n� •�i • - TIP-7- 1
0.571
io!
bi
SfGA-MCR and SlGA-MCRR: mountthe U 10 motherboard inside a
suitable EST enclosure with screws and washers provided. Plug
the module into any available position on the motherboard and
secure the module to the motherboard with the captive screws.
Wiring connections are made to the terminals on the motherboard
(seew''Iri ng diagram). U 10 motherboard term i nals are suited for
#12to #78 AWG (2.5 mmxto 0.75 mm� wire size.
.t
1�
�i
U10 Motherboard
Cr32
SeIF4apPin9
screws
j (U 10)
Captive
SCTMS
r
dial
.'f ..f'���� i�tif ..ti. •ti ..
Flat crashers
�'- o.—Cabinet or electrical enclosure
Electronic Addressing - The loop controller electronically ad-
dresses each module, saying valuable time during system com-
missioning. Setting complicated switches ardials is not required.
Each module has its own unique serial number stored in its on-
board memory. The loop controller identifies each device on the
loop and assigns a "soft" address to each serial number, if desired,
the modules can be addressed using the SIGA-PRO Signature
Program/Service Tool.
EST recommends that this module be installed according to latest
recognized edition of rational and local fire alarm codes.
Application
The operation of Signature Series control relays is determined by
their sub -type code or "Personality Code."'
Personality Code 8e. CONTROL RELAY (SIGAmCR/MCR)
- Dry Contact Output. This setting configures the module to provide
one Form "C" DRY RELAY CONTACT to control Door Closers,
Fans, Dampers, etc. Contact rating is 2.0 amp @ 24 Vdc; 0.5 amp
@ 120 Vac (or 220 Vac for non-UL applications). Personality Code
8 is assigned atthe factory. No user configuration is required.
Personality Code 8: POLARITY REVERSAL RELAY MODULE
(SlGA,-CRR/MCRR),. This setting configures the module to reverse
the polarity of its 24 Vdc output. Contact rating is 2.0 amp @ 24
Vdc (pilot duty). Personality Code 8 is assigned at the factory. No
user configuration is required.
Compatibility
The Signature Series modules are compatible only with EST's
Signature Loop Controller.
Warnings & Cautions
This module will not operate without electrical power. As fires
frequently cause power interruption, we suggest you discuss
further safeguards with your focal fire protection specialist.
Testing & Maintenance
The mod ule's autamaticself-di agnosis identifies when it is
defective and causes a trouble message. The user-friendly
maintenance program shows the current state of each module and
other pertinent messages. Single modules may betwrned off
(deactivated) temporarily, from the control panel. Availability of
maintenance features is dependentan the fire alarm system used.
Scheduled maintenance (Regular or Selected) for proper system
operation should be planned to meet the requirements of the
Authority Having Jurisdiction (AHJ). Refer to current N FPA 72 and
ULC CAN/ULC 536 standards.
Page 2 of
EDWARDS SYSTEMS TECHNOLOGY
Literature Sleet#85001-0239
Issue
n
Ty Pic a I Wir i n g
Modules will accept #1 8 AWG (0.75mm), #y 6 (1.0mm2),#14 AWG (1.50mm2) and #12 AWG (2.5MM2) wire sizes,
Note: Sizes #16 AWG (1.0mm') and #18 AVtIG (0.75mm2) are preferred for ease of installation. See Signature Loop Controller catalog sheet
fordetaifed wiring requirement specifications,
Normally -
Open
Red LSD
(Alarm/Acttve)
DATA IN (+)
DATA IN(-)
From Signature Controller
r Previous Device
Data In
M"
Data out.
Green LED (Normal)
Red LED (Active)
Common
Normally -
Closed
SIGAftCR Control Relay
Green LED
(Normal)
DATA OUT {+}
DMA OUT
To Next Device
Normally open Common Normally Closed
1
Na connections required for
SIGA-MCR. Other modules
� may require connections.
SIGA=MCR Control Relay .
Notes
Refer to Signature Loop Controller er Installation Sheet
for wiring specifications.
SIGA-CRIMCR must be installed within the same
room as the deVrioe it is controlling.
The SIGA-U106R and the SIGA-UI02R do not
come with TB14.
The SIGA-UI06 does not came with TB8 through
TB1 3.
Supervised and power -limited.
If the source i - non 1
� er llrite, maintain a space
of 1 inch from power -limited Wring r use FPL,
F L, FPLR, or an equivalent in accordance with
the National Electrical Code.
7) Maximum #12 AWG 2. mm ire.
Min. #18 o- 5rr M .
o connections required for
SIGA-MCR. other modules
may require connections. `
EDWARDS SYSTEMS TECHNOLOGY
Issue 5 Literature Sheet #85001-0238 Page 3 of fi
Typical Wiring
Modules will accept #18 AWG (0.75mM2), #16 (J.OMM2)1#14 AWG(J.50MM2) and #12
AWG (2.50MM2) wire sizes.
Note: Sizes #16 AWG (J.OMM2)and #18 AWG (0,75mM2) are preferred for ease of installation. See Signature Loop Controller
catalog sheet for detailed wiring requirement specifications.
Listed 24 VC
Nominal Power
Supply
Signature
Controller
SIGA-CRR Schematic
Pam In FbWOuf
SIGA-AB4 SIGA-AB'4 SIGA-AB4
Audible Base Audible Base Audible Base
Optional S f GA-C
for disa
sounder base
SIGA-MCRR Schematic
Power In Power out
PaWty revemes
+ Qi when adiwted.
Low"69I
Notes
1 of rto the Signature controllerinstaHation sheet for
. .
vA O`mayng■
One Pa lr of Fires (2 4 Vdc power).
One Pair of wires (Signature Data).
Single wire Vdc power).
The SIGA-UI06R and the SIGA-UI02 R do not come
with T 14.
The SIGA-UI06 does notcomewithTB8 through
T1 3.
•� Supervised and o wner-limited!_
I f the soursourc e is nortp w r-limit d, maintai n a space of
1 4 inch from power -limited wileing or use FPL, FPLP*
FPLR, or an equivalent in accordance with the
National ElectricalCode,
Maximum #12 AWG . MM)wire; Minimum # 1
AWG o. rat ,
o End -of -Line laymust monitor and report power
supply trouble to control panel.
11 Class B Data wiring maybe„ -tapped."
Signature
Data Data out
Ctit
IJULC Usted
24 Vdc power
supply
Data out #
M
44
Signature
Data
Circuit
Data In
Green LED (Normal)
Red LSD (Active)
Ophonal S[ A-MCRF
or SiGA-CR for
disablingldisconnac ng
an audible base.
SIGA-MCRR
PLOIDIB BB6E8
6254A-003
EQL Relay
W A-00
EOL Relay
required for
upevision
xA
IGA-WOR series motherboard
Green LEIS (Normal)
Red LED (Active)
EDWARDS SYSTEMS TECHNOLOGY
Page 4 of S Literature Sheet #85001-0239 Issue 5
y
MJ.
-;T
F
Specifications
Catalog Number
Description
Type Code
Address Requirements
Operating Current
Operating Voltage
Relay Type and Rating
Mounting
Construction & Punish
Storage and Operating
Environment -
LED Operation
Compatibility
lAgency Listings
Control Relay Polarity ReversalRelay
Personality Code 8 (Factory Set)
North American 21/ inch
(64 mm deep 1-gang hones
and 1 2 inch (38 mm deep
inch square boxes
with 1-gang covers
Ordering Information
Uses 1 Module Address
Standby 100PA
Activated 10A
15.2 to 19.95 Vdc10 lick nominal)
Form ".C.'
24 VDC = 2 amps (pilot duty)
120 Vac = 0.5 amps
220 Vac (non-UL) = 0.5 amps
Plugs into
DI02 , U106R or U1 6
Motherboards
Forth American 1/ inch
(64 mdeep 1-gang boxes
and 1 1 Inch (38 mm) deep
inch square hones
.with 1-gang comers
High impact Engineering Polymer
Operating Temperature: 32°F to 12 'F (OOC to °C)
Storage Temperature: -4'F to 1 0T -20T to 600C)
Humidity: 0 to 93% FAH
On -board Green LED - Flashes when polled +
On -board Red LED - Flashes when+in alarm/active
Use With: Signature Loop Controller
UL, ULC (See Ordering Table), CSF11, 11A
EDWARDS SYSTEMS TECHNOLOGY
Flogs into
U10211, U106R or U1 6
Motherboards
I
Issue
Literature Sheet #85001 .0239
Page 5 of
4�
Description (Signature Overview)
The Signature Series intelligent analog -addressable system from
Edwards Systems Technologyis an entire family of multi -sensor
detectors and mounting bases, muftipfe-function input and output
modules, network and non -network control panels, and user-
friendly maintenance and service tools. Analog information from
equipment connected toSignature devices is gathered and
converted into digital signals. An onboard microprocessor in each
Signature device measures and analyzes the signal and decides
whether or not to input an alarm. The microprocessor in each
Signature device provides four additional benefits - Self-diagnos-
ticsand History Log, Automatic Device Mapping, Stand -atone
Operation and Fast, Stable Communication.
Self -diagnostics and History Log - Each Signature Series device
constantly runs self -checks to provide important maintenance
information. The results of the self -check are automatically updated
and permanently stored in its non-volatile memory. This
information is accessible for review any time at the control panel,
PC, or using the SIGA-PRO Signature Program/Service Tool. The
information stored in device memory includes:
• Device serial number, address, and type
• Date -of manufacture, hours of operation, and last
maintenance date
• Number of recorded warms and troubleS2
• Time and date of last alarm'
• Most recent trouble code logged by the detector --- 32
possible trouble codes may be used to diagnose faults..
Automatic Device Ma p pi ng -Th e S ig natu re Data Co ntro I I er S D Q
learns where each device's serial number address is installed relative
to other devices on the circuit. The SDC keeps a map of all Signature
Series devices connected to it. The Signature Series Data Entry
Program also uses the m app1 n g feature. With i ntera Live menus and
graphic support, the wired circuits between each device can be
examined. Layout or l;as-built" drawing information showing branch
wiring (`r-taps), device types and their address are stored on disk for
printing hard copy. This takes the mystery out of the installation. The
preparation of as -built draingsisfast andefficient.
Device mapping allows the Signature Data Controller to discover:
• Unexpected additional device addresses
• Missing device addresses
• Changes to the wiring in the circuit.
Most Signature mod uies use a personality code selected by the
installer to determine their actual function. Personal ity codes are
downloaded from the SDC during system configuration and are
indicated during device mapping.
I EST3 v.2 only.
Retrievable with SIGA-PRO programming tool.
Standalone operation - A decentralized alarm decision by the
device is guaranteed. Onboard intelligence permitsthe d vice to
operate in standalone (degrade) mode. If Signature loocontroller
CPU communications fail for more than four seconds, all devices
on that circuitgo into standalone rode. The circuit acts like a
conventional alarm receiving circuit. Each Signature device on the
circuit continues to collect and analyze information from its slave
devices. When connected to a panel utilizing standalone operation,
modules with their" persona fity"' set as alarm devices r Q will
alarm should their slavealarm-initiating device activate.
Fast Stable Communication -Built-in intelligence means less
information needs to be sent between the device and the Signature
Data Controller (SDC). Other than regular supervisory polling
response, Signature devices only need to communicate with the
SDC when they have something new to report. This provides very
fast control panel response and allows a lower baud rate (speed)
to be used For communication on the circuit. The lower baud rate
offers several advantages including:
• Less sensitivity to circuit wire characteristics
• Less sensitivity to noise glitches on the cable
• Less emitted noise from the data wiring
• Twisted or shielded wiring is not required.
Diagnostic LEDs - Twin LEDs on most Signature devices provide
visual indication of normal and alarm -active conditions. A flashing
green LED shows normal system polling. A flashing red LED
means the module is In alarm -active state. Both LEDs on steady
indicates alarm -active state - standalone mode.
Testing & Maintenance Autornaticself-diagnosi
- s identifies when
a Signature device is defective and causes a trouble message. The
user-friendly maintenance program shows the current state of each
device and other pertinent information, Single devices maybe
turned off temporarily, from the control panel. Scheduled mainte-
nance (Regular or Selected) for proper system operation should
be planned to meet the requirements of the Authority Having
Jurisdiction (AHJ). Refer to current NFPA 72 and ULC CAN/ULC
536 standards.
Quality and Reliability--EST Signature devices are manufactured i n
N orth A m erl* ca to strict international I S 0 9001 standards. AI ! electron-
ics utilize s u rfa ce mount technology (SMT) for smaller size and
greater immunity to RF noise. A conformal coating is used for
humidity and corrosion resistance.
EDWARDS SYSTEMS TECHNOLOGY
It is our Intention to keep the product information current and accurate. We can not cover specific application!
PP
All specifications are subject to change without notice. For more information or questions relative to this S
1999 EST
Page 6 of
Literature Sleet #850D1.0 9
M.
,;
F M'+
EDWARDS SYSTEMS TECHNOLOGY
....:IFICATION APPLIANCES
enesis Horns an tro es
Genesis Series 4wim.,„ ,;4010 PLACE
i ..., .
r�• also ~ •
WINNER T 1L #ice i .. •,.t
. .� ..�.. : j �".� .�r'4b` ire ''•'.
Features •,,,
Unique lowwproffle design
• i , ,.}::�}�.h
r
err� aptUL-1�JL�W��� lrsted strar�rlal �`most
il�,l II�I� i
..� a.
+ .7• f+.'• 'YrF'
ude less �-n � rth none , Itra ��from ... .. ,+,.
` ill I
s
Aftra a �v ap p e a ra n ce
s III 'I ij ,III
v
No visible mounting screws, .. ..r ....s . .k
:.•- : �:'.;� i''3�'.�:?'ti. _,:: :r. •• - 'J_„f?fi'7� lily III' lil '.i+ -
..1 • , . k•M1. .bra
. Y J.•+
tir M1 y 5Y • _ ..
Easy to install �/+.\.+ +~4kik} .51 ..f•..-y, f].F +i "
Fits all standard one -gang electrical bones with plenty of
• room behind the signal for extra wire -- no trim plate needed
a .' ' j •iRr.' }T;ktii,r t a - `o-'-S''x"i '.}'
Optional trim plate accommodates two-gangf
r fi < >
riding
}'
octagonal, or four. -inch square electrical boxes`` #} -
— Pre -assembled with captive hardware — no loose pieces..........
to worrl about
— Simple juer snips set strobe flash and horn pulse ratesipl-
-- #18 to # 12 AG terminals — ideal for lore runs or existing
MEAPending
wiring pate t .�:ti:�: r:rjyM.}+}5t. yirrir%�iti t-
-
Unparalleled erf rmance
it .'4•• i'
-- Exc I u s ive F u I I Lig ht stro be te h n olo gy prod u ces the Indust reflectors. This ensures the entire coverage area receives
most eten light distria '' .
Sing4e h�gl��eff��er�rr��rproesorontrols onsrstent rllurr�rr�ation from the stre flash. result, Genesls
both horn and strobe
strobes with Fu technology g Drell beyond the m ni urn
L-required'''pattern, significantly exceeding UL-1 971 and ULCOR
�-- Lour current draw minimizes system overhead S526 lig distri
Independent horn control provided over a single bution requirements,,
parr- of wires Although Genesis strobes are self -synchronizing to toda s
Highly regulated in -rush current allows the maximum standards, when installed with the Genesis Signal Chaster strobe
number of strobes on a circuit 4 flashes from- deon the same circuit are synchronized to
timing — Precision electronics meet tough new synchronizing within milliseconds of each other indefinitely. This exceeds
standards for strobes • the revised UL standards in effect as of November, 2000 which
�- 94 dB peak — multiple lour frequency "growl" tore improves specify this level of synchronization over only two hours.
all penetration - terr� oral strodeoutputThe Genesis signal Chaster permits independent horn control. (on,
- I nd ustWs first
off, and coded signals) o ter a single pair of wires. This accessory
Description doesn't require separate electrical box. It simply snaps to the
back of firsts'ignal- on the circuit. Only one Signal Master is
The Genesis line of signals are the smallest, most compact required per cir'duit,
audible -visible emergency Signaling devices in the world. About
the size of a deck of playingcards, these devices are desi nedto Engineered to emit rapidly alternating frequencies, Genesis horns
blend with any decor. deliver a tone that results In superior gall penetration and a
• unmistakable warning of danger. horn output exceeds the d8A
.. Thanl�st patentedbreakthrough technology,EST Genesis Ferrel required UL'forboth sleepingnon-sleeping and sleeping areast
strobes not requirebulkyspeular reflectors. Instead, an Temporal models are onfi ured airr.for either coded r non coded
exclusive mask -and -cavity design channels and conditions light signal circuits,
to produce a highly controllable distribution pattern, Intensive
• development efforts employing this new technology have given Genesis strobes and horns are available with textured housings in
a
rise to a newbenchmarkin strobe performance — FullLlght architecturally neutral �rhNte orrtraditionalfire alarm red. They
technology.' feature are iconographic symbol indicating the purpose
device. This universal Symbol is code -compliant and is easily
Fu IlLight strobe technology prod uses a smooth light distribution i recognized by all uildin occu ants, eardlesS of what languagepattern w thout the spikes and avid characteristic of pecular the s eat.
EDVVARDS SYSTEms TF.CHPJ0L0GY
S, SALES: SARASOTA, FL 8 1- 9-483 , FAX 941-727-1214 * CANADA SALES: OWEN SOUND, ON 1 3 38, FAX 1 -7258
INTERNATIONALSAL S#905- &1711 FAX 90"ort 3 - • CORPORATE HEADQUARTERS CHESHIRE, CT US. MANUFACTURING: PrUSFIELD., M
Issue 4 Uteraturehet 1-0629 page 7 of 6
1
►'J
dp
Application
Genesis strobes -are U L 1971-listed for use indoors as wall.
mounted pUblic-mode notification appliances for the hearing
impaired. Prevailing codes require strobes to be used where
ambient noise conditions exceed 105 dBA (87d13A in Canada),
where occupants use hearing protection, and in areas of public
accommodation as defined in the Americans with DisabilitiesAct
(see application notes -USA).
Genesis horns are self -synchronizing and UL-listed for use in
both sleeping and non -.sleeping areas. They are intended for
indoor wall -mount applications only. Combination horn/strobe
signals rust be installed in accordance with guidelines estab-
lished for strobe devices.
Strobe Spacing
The following guidelines are based on ANSI/NFPA 72 National
Fire Alarm Code (1999). When applied and installed in accor-
dance with that code, EST strobes meet or exceed the illumina-
tion produced by the ADA-specified 75 candela (cd) strobe at 50
feet. However, optimum performance is achieved by providing
"Equivalent Facilitation" as allowed by the Americans with
Disabilities Act Accessibility Guidelines (ADAA G).
Non,*Sleeping Rooms EST wall mounted strobes*
Up to 20'x 20'(6.1 in x 6.1 m) One 75 cd strobe
Up to 30' x 30` (9.1 m x 9.1 m) One 30 cd or two 15 cd strobes
Up to 40'x 40' (12.2 m x 12.2 m} One fi0 cd or two 34 cd strobes
UPt0501x50'(15.2mx15.2m mow
) Two 60 cd s#robes
Corridors
15 cd strobes spaced at 1001
Any length. 1(30.5 m) max. Strobes must be
Maximum width: 201(6.1 m). placed within 15'(4.5m) of each
end of the corridor.
ADA suggests using 75 cd strobes throughout an area, with spacing that
never exceeds 50rft from the strobe to any point in the protected space,
Non -Sleeping Rooms and Corridors: EST strobes rated at less
than 110 cd per UL 1971 are intended for use in non -sleeping
areas only. Install with the bottom of the device at least 80 inches
(2.0 m) and no more than 96 inches (2.4 m) above the flnished floor.
No point in any space (including corridors) required to have
strobes should be more than 50 feet (15.2 m) from the signal (in
the horizontal plane).
In large rooms or spaces (such as auditoriums) that exceed
100 feet (30.4 m) across and without obstructions more than 72
inches (1.8 m) above the finished Hoof, strobes may be placed
around the perimeter,, spaced a maximum of 100 feet (30.4 m)
apart. This is an alternative to suspending strobes from the
ceiling.
For detailed spacing requirements, consult The Hancfbook of
Visible No tirl cation Appliances for Fire Alarm Applications
published by EST Press, or contact your local EST representative,
Sleeping rooms: EST 110 cd strobes are intended for use in
sleeping rooms and should be installed along with a smoke
detector. It must be wail mounted at least 80° (2.03m) above floor
level, but no closer than 24" (61 Omm) to the ceiling. The distance
from the strobe to the pillow must not exceed 16' (4.8m).
.1�
Refer to literature sheets - , , 00-0 2 .3 and 85001-0381 for
product Information concerning Integrity 110 cd strobes,
Horn Application
The suggested sound pressure level for each signaling zone used with
alert or alarm signals is at least 15 d6 above the average ambient
sound level, or 5 dB above the maximum sound level having a
duration of at bast 60 seconds, whichever is greater, measured 5 feet
(1.5 m) above the floor. The average ambient sound level is the RMS,
A -weighted sound pressure measured over a 24-hour period.
Genesis Temporal Horn
dBA Output (anechoic, 24tn
_as
-90
�9
-100
-10
410
•115
+1 20
_, 23
-130
-135
.140
•143
160 16317
E
°30
30
3
h"14
0
7s
so
�o
i s
95
too
/IIIIIDo•`����
fllllll��� O.
1111111�����.
dBA @ 10 feet
Doubling the distance from the signal to the ear will theoretically
result in a 6 dB reduction of the received sound pressure level.
The actual effect depends on the acoustic properties of materials
in the space. A 3 dBA difference represents a barely'noticeable
change in volume.
Application Notes - USA
Audible signals in the public mode should never have a sound level
less than 75 dBA at 10'(3 m) per NFPA 72. Signals cannot exceed
120 dBA per ADA (130 dBA per'N FPA 72) at the minimum hearing
distance to audibly appliance.
Strobe and combination horn/strobe devices should beinstalled with
the bottom of the device at least 80 inches (2.0 m) and no more than
96 inches (2.4.m) above the finished floor. Horns should be installed
with their tops not less than 6 inches (152 mm) below the ceiling
and not less than 90 inches (2.3 rn) above the finished floor.
Strobes must be used to supplement audible signals wherever
the average ambient sound level exceeds 305 dBA. Combination
audible/visual signals must be installed in accordance with NFPA
guidelines established for strobes,
ADA requires visible signals in the following areas:
* rest rooms, meeting rooms, and other common use areas,
a sleeping rooms intended for use by persons with hearing
impairment ent n accordance with Title 1 of ADA),
• work areas used by a person with a hearing impairment (per
Title 't of ADA).
EDWARDS SYSTEMS TECHNOLOGY
Page 2 of
Litratureheat #001-05
Issue
oe
less
than
-75dt5A
when
any
intervening
doors
between
tl
device
and
the
sleeping
room
are
closed.
Audible
signal
c
Thall
be
installed
not
less
than
1,8
m to
the
center
of
the
dE
ibave
the
floor
doer
CAN/ULC
S5241.
i
t
dft
•
ft
r IBM
to rU
1`41
,so
J Vertical Light Output Profile
0
.. 25.. r.
0
•. a
iers I :
Me
15
vrsroie
tnrougnout
the
moor
area
or
portion
thereo
ich
they
are
installed.
For
maximum
safety,
EST
recomn
t strobes
be
installed
as
per
the
guidelines
shown
here
L
dbe
Soacina.
3 cd
horizontal
Light
Output
Profile
n
v norizonzal Lignt output Profile
4
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15
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Installation
Genesis' horns and strobes mount to any
standard one -gang surface or flush electrical
box. Matching optional trim plates accommo-
date one -gang, two -gang, four -inch square, or
octagonal boxes, and European 100mm square.
All Genesis signals come pre -assembled
with captive mounting screws for easy
installation, Two tabs at the top of the signal
unlock the cover to reveal the mounting
hardware. The shallow depth of Genesis devices leaves ample
room behind the signal for extra wiring. Once installed with the
cover in place, no mounting screws are visible.
GenesisHorn/Strobe
With Optional trim plate
Field Configuration
Temporal horn and horn/strobe models are factory set to sound in
a three -pulse temporal pattern. Units may be configured for use
with coded systems by snipping the circuit board as shown in the
Jumper Locations diagram at right. This results in a steady output
that -can be turned on and oil as the system applies and removes
power to the signal circuit.
Wiring
FieldWring is connected to Genesis' signals with terminals that
accommodate #18 to #12 AWG (0.75MM2 to 2.5 mm2) w rile
g,
Horns,, strobes, and combination horn/strobes are interconnected
with a single pair of wires as shown below.
Polarity
alarm c
next device
end of line
device
dote: Strobes must have confinuous voltage.
Signal Master Connection
The Genesis' Signal Master is a
dual-purpose module that provides
independent control for connected
horns over a single pair of wires,
and precision synchronization For
connected strobes. Only one
Signal Master is required per
circuit.
The Signal Master snaps to the
back of the Genesis' signsl as
shown. The unit controls all
Installation
Genesis' horns and strobes mount to any
standard one -gang surface or flush electrical
box. Matching optional trim plates accommo-
date one -gang, two -gang, four -inch square, or
octagonal boxes, and European 100mm square.
All Genesis signals come pre -assembled
with captive mounting screws for easy
installation, Two tabs at the top of the signal
unlock the cover to reveal the mounting
hardware. The shallow depth of Genesis devices leaves ample
room behind the signal for extra wiring. Once installed with the
cover in place, no mounting screws are visible.
GenesisHorn/Strobe
With Optional trim plate
Field Configuration
Temporal horn and horn/strobe models are factory set to sound in
a three -pulse temporal pattern. Units may be configured for use
with coded systems by snipping the circuit board as shown in the
Jumper Locations diagram at right. This results in a steady output
that -can be turned on and oil as the system applies and removes
power to the signal circuit.
Wiring
FieldWring is connected to Genesis' signals with terminals that
accommodate #18 to #12 AWG (0.75MM2 to 2.5 mm2) w rile
g,
Horns,, strobes, and combination horn/strobes are interconnected
with a single pair of wires as shown below.
Polarity
alarm c
next device
end of line
device
dote: Strobes must have confinuous voltage.
Signal Master Connection
The Genesis' Signal Master is a
dual-purpose module that provides
independent control for connected
horns over a single pair of wires,
and precision synchronization For
connected strobes. Only one
Signal Master is required per
circuit.
The Signal Master snaps to the
back of the Genesis' signsl as
shown. The unit controls all
..
##.{.
f.
y
Install the Genesis Signal Master
by sliding the spade connectors
Into the terminals an the back of
downstream devices, up to 2 amps L't: Sig"ei.
maximum, To control all devices on a NAC, install the Signal
Master on the device closest to the control panel.
The Signal Master provides two methods of horn control: tradi-
tional NAC signsl silence; or, normally -Closed contact. Both
methods maybe used to silence horns without turning off strobes
on the same circuit. Connect field wiring as shown at right,
Jumper Locations
To change horn from
temporal to sturdy
cut from circle J 1
to edge of circuit board
To charge stroke from
steady to temporal
cart from circle J2
to ed-qe of circuit hoard
Note: Use temporal strobe configuration for private mode
applications only.
Genesis strobe -only and combination temporal horn/strobe
models may be configured for temporal flash. This battery -saving
feature is intended for private mode signaling only. To set the
device for temporal flash, snip the circuit board as shown in the
Jumper locations diagram shove.
Non -temporal, horn -only models sound a steady tone. For field -
selectable steady or temporal output, use a temporal horn.
G
Horn control with synchronization using two NACs
&"Otis &VnW
To next del
ar end of ti
device
SIgnal Master is not for use with Class A circutts
Horn control with synchronization using
vne NAC and one dry contact . . Sow Mawr
To next device
or end of line
device
g el Master is not for use wfth Class A drcults
NAC I
Strobe input
(continuous
voltage only)
NAC I
Strobe Input
(continuous
voltage only)
NAC
Nora input
Signature
Data Loop
SIGA-CRIMCR
IF horns and strobes are on the same NAC, attach wiring from the
control panel to the bottom two terminals of the Signal Master and
add a jumper to the top two terminals. Using this arrangement,
horn silence will also turn off all connected strobes,
Horn control with synchronization using one NAC
GWWW@ SInsl lul*$W
To rxext device
or end of line
device
Signal Faster Is not for use with Mass A circu##s
NAC
Horn Input
When connected using any of the methods described above, the
Signal Master- provides precision synchronization of less than 10
milliseconds over a two hour period for all downstream strobes.
This exceeds UL requirements in effect as of November, 2000.,
r
EDWARDS SYSTEMS TECHNOLOGY
'age 4 of
Literature sleet #001-0 2
Issue
t
5
•
J
Specifications
Housing
Mounting
(indoor wall mount only)
Wire Connections
Operating environment
Agency
Lis tin s Ar)iorovais
Operating Voltage
Strobes
UL 7971 rated output (cd)
UL 1638 rated output (cd)
Ul.0 S526 rated, output (cd)
Strobe flash rate
Flash tube enclosure
Strobe Current
Horns
Horn Output*
Horn purse rate
Horn Current (typical)
Strobe only Temporal Horn/Strobe'
.Terporal Horn o nI rr� or�1
Red or white textured UV stabilized, color 'impregnated engineered plastic. Exceeds 4V-0 UL flammability i }
rn ty ratan
Flush mount: 21 inch (64 m) deep one -gang
boxsurface mount: EST model 27193 surfacemount
box, wiremold bo
With tior�i r' r equivalent surface -mount box
i plate* one ar g� two -gars , four -inch square, octa osingle•
or European gan boy
Two screw terminals: single input for both horn and strobe
#18 to #12 AIf G'( .7 M to wire size
32-1200� (0-490C) ambientteaperature., 3 % relative humidity
(Pending: CSFl, MA, Fly, C.)
(All models comply with AAA bode of Federal
Regulation gaper 28 Part 36 Final Rude
20' - 31 Vdc continuous;
0 - 24 We F (full wave rectified).
15 cd; 30 d; 60 cd; or, 75 cd
Self -synchronized: one flash per second
w*thin Zoo milliseconds over 30 minutes
on common circuit,
With optional Signal Master: one flash per
second
within 10 milliseconds inderinitei ,
Temporal setting (private mode only) synchronized to
temporal output of horns on the same circuit,
Clear LEXAN
See table on next Pa.qe,
20 - 31 Id
r 20-24 Vdc FVV
(continuous or coded
. when horn is set
on continuous output)
NIA
20 - 31 Vdc or
20-24 Vdc FW
(continuous or coded)
Anecoic:
87 dA (average);
e e r e re nt: 77 d A
Continuous only
10 MA 6) 24 Win
Measured at 10 ft (3m)
Kemporal audible pattern is defamed as: '1 sa j1,
sec OFF
sec ,, V sec OFF 11 sec 1
1 sec OFF, then repeat cycle.
Issue
Anechoic 9 24 Vdc: 94 d (peak); 88 d A avers
ge)
nec oic P 24 Vdc R: 98 d (peak); 91 d A (average)
everberent 9 24 Vdc: : d A (continuous);
I
78 dA (tempo . ra i)
Synchronized at temporal rate within
200 milliseconds on common circuit
15 mA C@ 24 Vdc; 25 mA 9 24 d*
o rnA 0 24 Vdc FWR 3n' mA n1A Vd M 1
EowARDS SYSTEMS TECHNOLOGY
Literature sheet #85001.052
Page 5 of
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Use the mean (typical) current rating to establish the .maximum number of strobes, wire gauge and standby power requirements.
Ordering
Information
WARNING: These devices will not operate without electrical power. As fires
frequently cause power interruptions, we suggest you discuss further safe-
guards with your local fire protection specialist.
These visible signal appliances' flash intensity may not be adequate to alert or
ken occupants in the protected area. Research indicates that the intensity
of strobe needed to awaken % of sleeping persons is approximately 100 cd.
EST recommends that strobes 'in sleeping rooms be 110 cd minimum. Refer t
literature sheets 001-0249,, 85001-0273 and 001-01 for product
information concerning Integrity 110 cd strobes.
EDWARDS SYSTEMS TECHNOLOGY
It is our intention to keep the product information current and accurate. We can not cover specific applications or anticipate all requirements.
All specifications are subject to change without notice. For more information or questions relative to this Specification Sheet, contact EST.
I
i# 2M EST
Page
Literature Sheet # 5 o i -052
Died in U.S.A.
Issue
I
0