REVIEWED RESUB 1-BLD2024-0288+Manufacturer_Specifications_and_Installation_Instructions+6.14.2024_2.41.22_PM+4324256REVIEWED
MorganBY
CITY OF EDMONDS
CAdvanced Materials
FireMaster° FastWrap° XL
Product Data and Installation Guidelines
Product Description
Thermal Ceramics FireMaster FastWrap XL is a flexible blanket composed
of high temperature fibers classified for applications to 2192°F (1200°C)
and fully encapsulated in a durable glass fiber reinforced foil facing for
easy handling and installation.
BLD2024-0288 RFSl1R
Thermal Ceramics FastWrap XL is UL and ULC Listed for 1 and 2 hour fire resistive
enclosure protection, zero clearance for kitchen exhaust ducts, electrical circuit
protection, and as a component in UL firestop designs for fire resistance rated floors,
ceilings, and walls.
The core fibers in FastWrap XL are manufactured using Thermal Ceramics patented
Superwoolo fiber which is an alkaline -earth silicate wool with low biopersistence and
therefore increased safety for installers. FastWrap XL is under UL's Follow -Up Service
Program to ensure the consistent quality essential to this life -safety application.
Features or Benefits
• Thin and Lightweight at 1-1/2" (38mm) thick,
6 pcf (96 kg/m3) density
• Contours easily to complex duct designs
• Grease duct installation UL and ULC Listed with butt
joints at all seams on both layers
• Fully foil encapsulated for fast and clean installation
• Contains 2192°F (1200°C) rated fibers
• Microbial Resistance validated by UL Environment
• Good sound absorption
• Compliant to IMC, NFPA 96, UMC, CIVIC, CNBC
Applications
G�pSSIFjeo
EUL
UDC
LISTED
\\
anal
INTERNATIONAL
CODE COUNCIL!
• 2 hour enclosure and firestop system for kitchen ex-
haust duct
• Zero clearance to combustibles
• 1, 2 and 3 hour enclosure and firestop system for
hazardous exhaust ducts, pressurization ducts, clothes
dryer exhaust ducts, trash and linen chutes, and other
fire rated HVAC ducts
• 1 hour electrical circuit integrity protection
• Engineered and tested solutions for fire protection of
structural steel and storage vessels per ASTM E119,
ISO 834, and UL1709
f/R"SlER`
FireMaster° FastWrap° XL
Product Data and Installation Guidelines
Specifications - Division 23 07 00 (or 15080)
CSI Spec and AutoCAD available online,
www.arcat.com/sd/clients/thermcer.html.
Thermal Ceramics FireMaster FastWrap XL is a flexible
high temperature insulation rated to 2192°F (1200°C) that is
fully encapsulated in FSP facing. The duct enclosure
system shall be listed by UL and /or ULC per ASTM E 2336,
CAN/ULC S144 and ISO 6944 for 1-, 2- and 3-hour rating
and zero clearance to combustibles, and tested per ASTM
E84 for a flame/smoke rating less than 25/50. Insulation
shall have a nominal thickness of 1-1/2 inches (38 mm) and
density of 6 pcf (96 kg/m). Insulation shall have an R-Value
of 7.3 at 75°F. Installation shall be in strict accordance to
manufacturers published installation instructions, UL or ULC
Listings, and shop drawings.
Physical Properties
Product
Unit
Size
Units/
Weight/
FastWrap
1.5in x 24in x 25ft
1
37.5
Roll
1.5in x 48in x 25ft
1
75
XL
Listing and Code Reports
Listed Uses
Agency
Listing
Layers
Grease Duct Enclosure per ASTM E2336
UL
G18
ESR 2213
and AC101 (2012, 2015 IMC, NFPA 96,
2
UMC, CMC)
UL
ER14229-01
ULC Grease Duct Test Protocol and CAN/
ULC
FRD 4, 7*
2
ULC S144*
Through Penetration FireStop System per
UL
ASTM E814, UL 1479
See Figure 2
1 or 2
ULC
UL
HNLJ.V1, 19,
1- or 2-hour Ventilation Duct Enclosure
29
1
ULC
FRD 3, 5, 6,
per ISO 6944
18
3-hour Ventilation Duct Enclosure per
UL
HNLJ.V2
2
ISO 6944
Electrical Circuit Protective System
UL
FHIT.5
2
Morgan
CAdvanced Materials
Performance Specifications
Reference Standard
Standard No.
Performance
Grease Duct Enclosure System
ASTM E2336
Pass
Section 16.1 - Non -Combustibility
ASTM E136
Pass
Section 16.2-Fire Resistance (wall)
ASTM E119
Pass
Section 16.3 - Durability Test
ASTM C518
Pass
Section 16.4 - Internal Fire Test
ASTM E2336
Pass
ASTM E814/
Section 16.5 - Fire Engulfment (duct)
pass
E119
ULC Grease Duct Test
Pass
Protocol
Standard Methods of Fire
CAN/ULC
Resistance Tests - Grease Duct As-
Pass
S144
semblies
Grease Duct Clearances
UL 1978
Pass
Air Ventilation Duct Enclosure
ISO 6944
Pass
Surface Burning Characteristics
ASTM E84
<25/50
Thermal Resistance,
ASTM C518
7.3 per layer
R-value @ 75°F
Mold Growth
ASTM C1338
ULE Validated
CA Standard
Low VOCs
�01350
ULE Validated
Storage
Thermal Ceramics FastWrap XL must be stored in a dry
warehouse environment on pallets. Pallets should not be
stacked.
FIRi6ffER 0
Whilst the values and application information in this datasheet are typical, they are given for guidance only. The values and the information
given are subject to normal manufacturing variation and may be subject to change without notice. Morgan Advanced Materials — Thermal
Ceramics makes no guarantees and gives no warranties about the suitability of a product and you should seek advice to confirm the
product's suitability for use with Morgan Advanced Materials - Thermal Ceramics.
FireMaster° FastWrap° XL
Product Data and Installation Guidelines
Installation
FireMaster FastWrap XL shall be installed by a qualified contractor
in accordance with manufacturer's instructions and laboratory
design listings.
Materials and Equipment
• FireMaster FastWrap XL blanket
• Aluminum foil tape
• Glass filament reinforced tape (optional)
• Carbon steel or stainless steel banding material,
Minimum 1/2" (13mm) wide, minimum 0.015" (0.4mm) thick,
with steel banding clips
• Hand banding tensioner and crimping tool
• Minimum 12 gage (3mm) steel insulation pins; steel speed
clips, minimum 1-1/2" (38mm) square or 1-1/2" (38mm)
diameter, or equivalent sized cup -head pins
• Capacitor discharge stud gun
• Approved firestop sealant
General
Cut edges of the blanket shall be taped with aluminum foil tape to
prevent exposed edges of the insulation absorbing grease and
moisture in the event of a compromised grease duct joint or
condensation. Overlaps and/or tightly butted joints are used to
block heat transfer in the event of duct deformation resulting from
thermal expansion. Filament tape is suggested to hold the blanket
in place until steel banding or pinning is installed to permanently
secure the blanket.
A. Installation on Grease Duct per ASTM
E2336 and CAN/ULC S144 (Figure 1)
System requires two layers of insulation applied directly to the duct
with tight butt joints at all seams on both layers. The first layer of
insulation is cut to a length sufficient to wrap around the duct and
provide a tight butt joint where the blanket ends meet. Adjacent
blankets on the first layer are butted tightly together with
longitudinal seams offset minimum 6" (150mm). The second layer
of insulation is installed in the same method as the first layer, with
seams between layers offset a minimum of 6" (150mm). Banding
and/or pinning per Section D is used to permanently secure the
insulation to the duct.
Morgan
CAdvanced Materials
B. Installation on HVAC Duct per ISO 6944
(Figure 1)
System requires one layer of insulation applied directly to the duct
with 3" (75mm) overlaps at all seams. The insulation is cut to a
length sufficient to wrap around the duct and provide a 3" (75mm)
overlap where the blanket ends meet. Adjacent blankets are
installed to provide a minimum overlap of 3" (75mm). Banding
and/or pinning per Section D is used to permanently secure the
insulation to the duct.
C. 2 & 3 Sided Wrap Installation (Figure 4)
When space does not allow for a complete wrap applied to the
duct on all four sides, the FastWrap XL is approved for 2 or 3 sided
installations with mechanical attachment to a rated concrete or
CMU assembly. (See Figure 4 for installation details.)
D. Mechanical Attachment Methods
1) Banding (Figure 1) - Minimum 1 /2" wide x 0.015" thick
(13mm x 0.4mm) carbon steel or stainless steel banding
is placed around the entire perimeter of the insulated duct
on maximum 10-1/2" (270mm) centers and 1-1/2" (38mm)
from each blanket edge or 1-1/2" (38mm) from each collar
edge when using the butt joint and collar method. The
banding is placed around the blanket and tightened to
firmly hold the FastWrap XL in place against the duct, but
not cause any cutting or damage to the blanket.
2) Pinning - Pinning on all sides of the duct may be used as
an alternative to banding. For ducts wider than
24" (610mm) pinning is required on the bottom of
horizontal runs, or on one side of vertical runs (in addition
to steel banding). When applicable, 12 Gage (0.4mm)
steel pins are installed on 12" (305mm) centers along the
width of the duct and 10-1 /2" (270mm) centers along the
length of the duct. Pins that extend beyond the outer
blanket layer shall be turned down or the excessive length
cut off to prevent sharp edges. Shoot through pins (cup
head pins) may be used in conjunction with steel banding
to prevent blanket sag.
FIRIdyffER @
Whilst the values and application information in this datasheet are typical, they are given for guidance only. The values and the information
given are subject to normal manufacturing variation and may be subject to change without notice. Morgan Advanced Materials — Thermal
Ceramics makes no guarantees and gives no warranties about the suitability of a product and you should seek advice to confirm the
product's suitability for use with Morgan Advanced Materials - Thermal Ceramics.
FireMaster° FastWrap° XL
Product Data and Installation Guidelines
E. Access Doors
Field Fabricated Access Doors - Each access door assembly has
four threaded rods 1/4 inch (6mm) in diameter and 5" (127mm) in
length, with one welded to each corner of the door opening.
Hollow steel tubes, 4-1/2" (114mm) long are installed outside the
access cover plate and over the threaded rods. Four 12 gage
(3mm) and 4-1/2" (114mm) long steel insulation pins are welded to
the access cover plate to allow for installation of the three layers of
FastWrap XL. One layer of FastWrap XL is cut to approximately
the same size as the access panel, and impaled over the insulation
pins on the panel. A second layer of FastWrap XL is cut so as to
overlap the first layer a minimum of 1-1/2" (38mm). It is essential
that the first and second layer fit tightly against the surrounding
wrap with no through openings. The third and outside layer should
be cut to overlap the second insulation layer by a minimum of
1-1/2" (38mm). Minimum 1-1/2" (38mm) round or square insulation
clips are installed on the insulation pins to secure the three layers
of insulation to the access cover plate. All cut edges of the
insulation shall be taped with minimum 3" (75mm) wide aluminum
foil tape. Wing nuts and washers are installed on the four threaded
rods, and tightened against the hollow steel tubes to seal the
access cover plate to the duct.
F. Through Penetration Firestop assembly
(Figure 2)
When the duct penetrates a fire rated assembly an approved fire
stop system must be employed. Figure 2 provides a list of some of
the UL/ULC firestop design listings which can be found in the
Certifications Directory at www.ul.com for US systems and
www.ulc.ca for Canadian systems. Prior to installing any firestop
system the surfaces of all openings and penetrating items must be
clean and dry. The FastWrap XL core blanket (or mineral wool
where allowed by the firestop design listing) must be compressed
into the annular space. The packing material must be recessed a
minimum depth from the surface of the concrete or gypsum
assembly. The recessed opening must be filled with a minimum
thickness of an approved firestop sealant. The packing material
type and compression, minimum recess (typically 1/4" (6mm)), and
approved firestop sealant and thickness (typically 1/4" (6mm)) shall
be as specified in an approved UL / ULC firestop design listing.
When there is not sufficient annular space around the duct to run
the FastWrap XL enclosure system continuous through the fire
rated assembly, the enclosure may terminate above and below the
floor/ceiling assembly or on either side of a wall assembly as
Morgan
CAdvanced Materials
shown in Figure 2. When this method is used, the FastWrap XL
must be mechanically attached on either side of the fire rated as-
sembly using one of the attachment methods described in Section
D, spaced a maximum of 1-1/2" (38mm) from the fire rated
assembly.
G. Support Hanger Systems
1) Grease ducts: Trapeze support hangers shall be spaced on
maximum 60 in. (1500 mm) centers. Hanger rods or straps
shall be anchored with steel drop in or wedge expansion type
masonry anchors. No additional protection is required for
hangers and supports meeting the requirements of the Table
below.
Hanger Cross
Maximum
Trapeze Support (or
Section
Perimeter, in (mm)
equivalent Yield
Strength)
148 in (3759mm)
2 in x 2 in x A in angle
3B in (10 mm)
(51 mm x 51 mm x 3mm)
144 in (3660mm)
2 in x 2 in x 1/4in angle
threaded rod
(51 mm x 51 mm x 6mm)
2) HVAC ducts: Trapeze support hangers shall be spaced on
maximum 60 in. (1500 mm) centers. Hanger rods or straps
shall be anchored with steel drop in or wedge expansion type
masonry anchors. No additional protection is required for
hangers and supports meeting the requirements of the Table
below.
Hanger Cross
Max.
Trapeze Support (or
Section
Perimeter,
equivalent Yield
in (mm)
Strength)
1 in x 16 gage strap
100 (2540)
(25mm x 1.5 gage strap)
1/4in (6mm) threaded
1-12 in x 1-12 in x 3/16in
rod
50 (1270)
angle (38mm x 38mm x
5mm)
38in (10mm) threaded
1-12 in x 1-12 in x 3/16in
rod
150 (3810)
angle (38mm x 38mm x
5mm)
12in (12.7mm) threaded
218 (5540)
2 in x 2 in x 1/4 in angle
rod
(51 mm x 51 mm x 6mm)
i'lRidySTER @
Whilst the values and application information in this datasheet are typical, they are given for guidance only. The values and the information
given are subject to normal manufacturing variation and may be subject to change without notice. Morgan Advanced Materials — Thermal
Ceramics makes no guarantees and gives no warranties about the suitability of a product and you should seek advice to confirm the
product's suitability for use with Morgan Advanced Materials - Thermal Ceramics.
FireMaster° FastWrap° XL
Product Data and Installation Guidelines
Maintenance and Repair
Morgan
CAdvanced Materials
No maintenance is required when installed in accordance with Thermal Ceramics installation instructions. If damage is
limited to the foil facing, aluminum foil tape can be used to repair the foil facing. If an area of blanket is found to be
damaged, the following procedure must be incorporated. If the damaged area is larger than 8" (203mm) x 8" (203mm) the
entire wrap section must be removed and replaced according to Thermal Ceramics installation instructions. If the
damaged area is small (less than 8" (203mm) x 8" (203mm)), the damaged area must be cut away and replaced with a
new section 1" (25mm) larger in length and width than the cut out, such that the new section can be compressed tightly
into the cut-out area. All cut edges of the new section must be taped and sealed with aluminum foil tape. The new section
must be held in place with either pinning or banding per Thermal Ceramics installation instructions.
10. Limitations
FireMaster FastWrap XL shall be installed in accordance with these installation instructions and appropriate laboratory
design listings. The integrity of FastWrap XL systems is limited to the quality of the installation.
For personal protective equipment recommendations, please see SDS.
Thermal Ceramics, FireMaster, and FastWrap are trademarks of Morgan Advanced Materials. FireMaster products are manufactured
by Thermal Ceramics and are distributed by authorised distributors.
FIRI&9ER @
Whilst the values and application information in this datasheet are typical, they are given for guidance only. The values and the information
given are subject to normal manufacturing variation and may be subject to change without notice. Morgan Advanced Materials — Thermal
Ceramics makes no guarantees and gives no warranties about the suitability of a product and you should seek advice to confirm the
product's suitability for use with Morgan Advanced Materials - Thermal Ceramics.
FireMaster® tW
Fasrap UMorgan XL Advanced Materials
Product Data and Installation Guidelines
C
Figure 1 Grease and HVAC Duct Enclosure System
1 or 2 Hour Shaft Alternative / Zero Clearance to Combustibles
.KKKKKKKK� &��
wn•n•rriarnri intiw
TWO LAYER INSTALLATION (Grease Duct perASTM E2336 and CANIULC S144}
THe6cope Wrap Option
LEGEND
t
Two Layers of XL Insulation for ASTM E2336 and CANIULC S144 Grease Duct Enclosures
One Layer of XL Insulabon for 2-Hour Air Ventilatan Duct Enclosures
2
Stee banding minmtum 112" 13 ride by 0.015' 0.4 thick.
3
T ht butt joints no overlap) at penimeter and lon vtudinal joints. both layers for grease dUM-
4
Min. 3' 5 overlap on perneter and between ad acent blankets
Optional 0' XL collar
6
Han - size dependent weight of assembly! see datasheet Secton G
7
Trapeze Supports - size dependent on weight of assembly see datasheet Section G
8
1 Steel Rectangular or Round Duct size a and construct -on dependent per Listed Desi n
TM nIW I, a Yu ..- C.--, : --1 -1W 4-. h f 11. —\ —
xLooi-to
F/Rf({rgSTER°
Whilst the values and application information in this datasheet are typical, they are given for guidance only. The values and the information
given are subject to normal manufacturing variation and may be subject to change without notice. Morgan Advanced Materials — Thermal
Ceramics makes no guarantees and gives no warranties about the suitability of a product and you should seek advice to confirm the
product's suitability for use with Morgan Advanced Materials - Thermal Ceramics.
FireMaster° FastWrap° XL
Product Data and Installation Guidelines
UMorgan
CAdvanced Materials
Figure 2 Commercial Kitchen Grease Duct Enclosure System
Air Ventilation Duct Enclosure System
Through Penetration Firestop Systems
F'3(
XL rrulatc- zcn7 r,-,s through w assem y
XL insulation termnated on both sides of the
rated wall assembly
f/R"S7fR
XL nsu atcn continuous through rated foorloeiling assembly
`Factng
XL insuation terr-iinatea at the top and botio
surface of the flooriceiling assembly
Firestop Designs perASTM E814 / UL 1479 - Consult UL / ULC Directories for System Details
-L Listing
F- 3 T-Railing1
Floori'Vllati
2 Penetrant
r3' Enclosure Per
4 Termination
5 Restm Sealant Details
C-AJ-7D12
^--hotr
coxwet"U
84xN-. 26 Ga Duct
V19 FRD3: 5 18
dvwgh
112 it STI; Tree=
C-AJ-7014
3-hour
Canctet"Ll
84x24- 26 Ga Duct
V2w
wW trough
1 Q in: STI: Tremco
C-AJ 7019
1 or 2-hour
Cortaet"I1
84x24; 26 Ga Duct
V19; FRD3. 5, 16
terminate at
114 in; STI; Trerrtco
C-AJ 7D21
2-hour
ConaelefcMU
4gx24 16 Ga Duct
G16 FRC4 7
terminate at
114 in: STL Trem^o
C-AJ-7D95
2-tour
CanaeleJGAU
3WO 22 Ga Duct
V19 FRD3 5 16
*Tap t-rcu h
19' I HittiRectorseaf Tremco
C-AJ-7096
2-four
ConcrelelCMU
49x24 16 Ga Duct
G18 FRD4- 7
wrao t^rcu h
114 in: STI• Hil Rectorseal Tremco
F-C-7036
1 or 2-hour
Wood*Floor
24xl 16 Ga Duct
G18• FRD4 7
Yoap thrcu h
114 in: STI- Ffik Rectorseal- Tremco
F-C-7055
1-hour
-Wood(GvD Floor
4 Dia 30 Ga Duct
V29; FRD28
wrap thrcu h
114 in; STI
2-hour
ConcrebXMU Wall
100xl00 26 Ga Duc-
V1Q& FRD3:5: 18
termnate at
14 it STI
N-L-7121
1 or 2-hour
G VYati
30x30. 16 Ga D.ct
G16 FRD4: 7
through
114 it STI, Hilt Rectorseal Trenoo
4V-L-7145
1 or 2-hour
Gyp Wal1
100x100; 2e Ga Duc.
V19 FR03: 5 16
termnate at
518 in STI
TYI gttdILprC---du.W cl It.
xLOMS
Whilst the values and application information in this datasheet are typical, they are given for guidance only. The values and the information
given are subject to normal manufacturing variation and may be subject to change without notice. Morgan Advanced Materials — Thermal
Ceramics makes no guarantees and gives no warranties about the suitability of a product and you should seek advice to confirm the
product's suitability for use with Morgan Advanced Materials - Thermal Ceramics.
FireMaster° FastWrap° XL
Product Data and Installation Guidelines
Figure 3
UMorgan
CAdvanced Materials
Commercial Kitchen Grease Duct Enclosure System
Air Ventilation Duct Enclosure System
1 Or 2 Hour Shaft Alternative / Zero Clearance to Combustibles
2 and 3 Sided Wrap Detail for Attaching to Walls and/or Ceilings
XL005-4
Note- Ducts must be independently supported per code
LEGEND
1
1 or 2 Hour Rated Concrete floor, ceiling,or wall
Two layers of XL Insulabon for Grease Duct Enclosures rinstall per UL G18j
One layer of XL Insulation for Air Ventilation Duct Enclosures install peruLvie}
Two layers of XL Insulabon for 3-h Air %,entilation Duct Enclosure Install per UL v2)
3
Concrete fasteners stem
4
3116" 5 thick x 2" 50 -3" 75 wide bar stock perforated 12" (305) o.c.
5
8' 203 maximum Air Gap
6
Duct
7
Steel banding min. 112" 13 wide by 0.015' '0.4 thick.
8
Banding clip
The Integrr, cr IA cc par—�rtrai Ceram Yi duct ststems h 1IMWC b tie pualtA c-Te rstalfficr
AIR"94FRO
Whilst the values and application information in this datasheet are typical, they are given for guidance only. The values and the information
given are subject to normal manufacturing variation and may be subject to change without notice. Morgan Advanced Materials — Thermal
Ceramics makes no guarantees and gives no warranties about the suitability of a product and you should seek advice to confirm the
product's suitability for use with Morgan Advanced Materials - Thermal Ceramics.
FOR QUESTIONS, CALL THE
Seattle Office
REGION 85
PHONE, (425) 212 - 5996
EMAILi reg85@econair.com
TTnnn TATFnPUAT7n TT — .Tn R4RR..Ad92n
MAX
EXHAUST PLENUM
TOTAL
HOOD CONFIG
RISER(S)
HOOD
TAG
MODEL M
NUFACTUR
RLENGTH
COOKING
TYPE
APPLIANCE
DESIGN
TOTAL
SUPPLY
HOOD
END TO
WIDTH
LENG
HEIGHT DIA
I CFM
I VEL
I Sp
NO
TEMP
DUTY
CFM/FT
EXH CFM
CFM
CONSTRUCTION
END
ROW
1
5424
ECON-AIR
10, 0'
600
I
HEAVY
240
2400
4' 14'
2400
2245
-0.768'
2160
430 SS
ALONE
ALONE
EX-2-PSP-F
DEG
WHERE EXPOSED
7rnnn TTTFOPAIAT7n AT
FILTER(S)
LIGHT(S)
UTILITY CABINET(S)
HOOD
TAG
EFFICIENCY @ 7
WIRE
FIRE
SYSTEM
I ELECTRICAL
I SWITCHES
FIRE
SYSTEM
HOOD
ANGIN
TYPE
SIZE
MODEL #
QUANTITY
NO
TYPE
QTY
HEIGHT
LqNGTH
MICRONS
qTY
TYPE
GUARD
LOCATION
SIZE
PIPING
WEIGHT
1
SS BAFFLE WITH
7
16'
30%
3
L55 SERIES E26
NO
NO
651
HANDLES
LBS
HOOD nPTTONS
HOOD
NO
TAG
I OPTION
INSULATION FOR TOP OF HOOD.
1
INSULATION FOR BACK OF HOOD.
PFRFORATF.n 7TIPPLY PLRArTLlf(S)
HOOD
NO
TAG
PUS
LENGTH
WIDTH
HEIGHT
TYPE
RISER(S)
WIDTH
LENG
DIA
CFM
SP
1
Front
120'
20,
6'
MUA
12'
28'
720
0.195'
MUA
12'
28,
720
0.195'
MUA
1 12'
28'
720
0.195'
® GREASE DUCT & CHIMNEY SPECIFICATI❑NSI
PR❑VIDE GREASE DUCT EQUAL TO EC❑N-AIR MODEL "EDW"
ROUND 20 GAUGE 430 STAINLESS STEEL DUCTWORK. MODEL "EDW"
IS LISTED TO UL-1978 AND IS INSTALLED USING "V" CLAMP L❑CKING
C❑NNECTI❑NS SEALED WITH 3M FIRE BARRIER 2000 PLUS. MODEL "EDW"
DOES NOT REQUIRE WELDING PR❑VIDING IT HAS BEEN INSTALLED PER
THE MANUFACTURES INSTALLATI❑N GUIDE.
PR❑VIDE RATED ACCESS DOORS AT EVERY CHANGE IN DIRECTI❑N AND EVERY 12' ON CENTER,
PER MANUFACTURES LISTING MODEL "EDW" H❑RIZ❑NTAL RUNS LESS THAN 75 FT, CAN BE
SLOPED 1/16" PER 12", H❑RIZ❑NTAL RUNS MORE THAN 75 FT. CAN BE SLOPED 3/16" PER 12".
DUCT SHOULD BE SLOPED AS MUCH AS P❑SSIBLE TO REDUCE THE CHANCE OF GREASE
ACCUMULATI❑N IN H❑RIZ❑NTAL RUNS,
IF THE DUCT OR CHIMNEY IS WITHIN 18 INCHES OF C❑MBUSTIBLE MATERIAL, PR❑VIDE
UL-2221 OR UL-103 HT LISTED DOUBLE WALL GREASE DUCT OR DOUBLE WALL CHIMNEY
EQUAL TO EC❑N-AIR MODEL "EDW- 2R, 2R TYPE HT, 3R, OR 3Z" ROUND 20 GAUGE 430
STAINLESS INNER DUCT INSULATED WITH A 24 GAUGE 430 STAINLESS OUTER SHELL.
EC❑N-AIR RECOMMENDS THE USE OF LISTED,
PRE -FABRICATED ROUND GREASE EXHAUST DUCT
TO REDUCE STATIC PRESSURE IN THE SYSTEM,
MINIMIZE INSTALLATI❑N AND INSPECTI❑N TIMES,
AND ENSURE DUCT IS LIQUID TIGHT
VERIFY CEILING HEIGHT
HEIGHT REQUIRED TO VERIFY THAT HOOD FITS SPACE AND TO SIZE THE ENCLOSURE PANELS
HVAC DISTRIBUTION NOTE
HIGH VEL❑CITY DIFFUSERS OR HVAC RETURNS
SHOULD NOT BE PLACED WITHIN TEN (10) FEET
OF THE EXHAUST HOOD. PERFORATED
DIFFUSERS ARE RECOMMENDED.
CUSTOMER APPROVAL TO MANUFACTURE:
APPROVED AS NOTED
❑
APPROVED WITH NO EXCEPTION TAKEN
❑
REVISE AND RESUBMIT
❑
SIGNATURE
YOUR TTDF DATE
PATENT NUMBERS
AC-PSP (UNITED STATES) - US PATENT 7963830 B2.
AC-PSP WALL (CANADA) - CA PATENT 2820509.
AC-PSP ISLAND (CANADA) - CA PATENT 2520330.
1' LAYER OF INSULATION FACTORY
INSTALLED IN INTERNAL BACK STANDOFF.
MEETS 0 INCH REQUIREMENTS FOR
CLEARANCE TO COMBUSTIBLE SURFACES.
FIELD CUT
14' DIAMETER
54' U,L. LISTED L55 SERIES E26 CANOPY
LIGHT FIXTURE — HIGH TEMP ASSEMBLY.
28' 28' 28'
I � I
20' 1
ut 0®
i i i
20' �I� 40' T 40' �I
10' O'NOM./10' 0.00'OD.
PLAN VIEW - HOOD1
10' 0.00" LONG 5424EX-2-PSP-F
SUPPLY PLENUM
LIE, - 13 TPI
HANGING ANGLE
STEEL NDD
(HARDWARE BY INSTALLER)
ORDDD GRADSi DOID
m
FLAT WASHER
L8' - 13 TPI
GRADE 3 GINN D
STEEL ALL -TREAD.
LIE, - 13 TPI
GRADE 3 D@JDDDD
STEEL HEX WT.
SUPPLY PLENUM
Ve GRADE 3
HLNRGENG AH3.E
(NERM SEARING
G
DORDRM STEEL
FLAT WASTER
R(DHDR PMR
FIR SUPPLY
n.EraDD.
Vr GRADE 7
ORSTEELRDD
STEEL
FLAT WASHER
1/D' - 13 TPI
TRADE 3 0@IDRDD
STEEL HEX WT.
ASSEMBLY INSTRUCTIONS
HANGING ANGLE MUST BE SUPPORTED WITH 1/2' - 13 TPI
GRADE 5 (MINIMUM) ALL -THREAD. SANDWICH HANGING
ANGLES AND CEILING ANCHOR POINTS WITH 1/2' GRADE 5
(MINIMUM) STEEL FLAT WASHERS AND 1/2' - 13 TPI
GRADE 5 (MINIMUM) HEX NUTS AS SHOWN. MUST USE
DOUBLED HEX NUT CONFIGURATION ABOVE CEILING
ANCHORS. SINGLE HEX NUT BENEATH HANGING ANGLE IS
ACCEPTABLE FOR PSP HANGING ANGLES. MAINTAIN 1/4' OF
EXPOSED THREADS BENEATH BOTTOM HEX NUT, TORQUE
ALL HEX NUTS TO 57 FT-LBS.
HOOD CORNER
HANGING ANGLE
s GRADE
(HARDWARE BY INSTALLER)
1/E' GAM 3
aomDDo Sim
FLAT vAaER
1/E' - 13 T9
R� s *aND M
STEEL ALL-THEAL
1/e - 13 in
GRADE 7 RRmDM
STEEL HEX WT.
1/e GRADE 3
H® CORNER
�' �' A E
Odin"" STEEL
MT WASHER
(VEIOR '
ANEYOt PWR
roe HD>�.
LIV GRADE 7
GROOM
STEEL
FLAT VASTER.
L8' - 13 TPI
GRADE 3 D@IDADD
STEEL HEX WM
ASSEMBLY INSTRUCTIONS
HANGING ANGLE MUST BE SUPPORTED WITH 1/2' - 13 TPI
GRADE 5 (MINIMUM) ALL -THREAD. SANDWICH HANGING
ANGLES AND CEILING ANCHOR POINTS WITH 1/2' GRADE 5
(MINIMUM) STEEL FLAT WASHERS AND 1/2' - 13 TPI
GRADE 5 (MINIMUM) HEX NUTS AS SHOWN. MUST USE
DOUBLED HEX NUT CONFIGURATION BENEATH HOOD HANGING
ANGLES AND ABOVE CEILING ANCHORS. MAINTAIN 1/4' OF
EXPOSED THREADS BENEATH BOTTOM HEX NUT. TORQUE
ALL HEX NUTS TO 57 FT-LBS.
GRADE
STEEL
Vr -
ewDE
STEEL
1/E' -
fRADE
STEEL
FULL LENGTH
HANGING ANGLE
(HARDWARE BY INSTALLER)
HANGING ANGLE MUST BE SUPPORTED WITH 1/2' - 13 TPI
GRADE 5 (MINIMUM) ALL -THREAD. SANDWICH HANGING
ANGLES AND CEILING ANCHOR POINTS WITH 1/2' GRADE 5
(MINIMUM) STEEL FLAT WASHERS AND 1/2' - 13 TPI
GRADE 5 (MINIMUM) HEX NUTS AS SHOWN. MUST USE
DOUBLED HEX NUT CONFIGURATION ABOVE CEILING
ANCHORS. SINGLE HEX NUT BENEATH HANGING ANGLE IS
ACCEPTABLE FOR FULL LENGTH HANGING ANGLES.
MAINTAIN 1/4' OF EXPOSED THREADS BENEATH BOTTOM
HEX NUT. TORQUE ALL HEX NUTS TO 57 FT-LBS.
L55 SERIES E26 CANOPY LIGHT FIXTURE -
HIGH TEMP ASSEMBLY, INCLUDES CLEAR THERMAL
AND SHOCK RESISTANT GLOBE (L55 FIXTURE).
FIELD CUT EXHAUST RISER,
HANGING ANGLE.
16' SS BAFFLE WITH
1' LAYER OF Ifi�iirlf�
INSTALLED IN 3' INTERNAL STANDOFF.
MEETS 0 INCH REQUIREMENTS FOR
CLEARANCE TO COMBUSTIBLE SURFACES.
IT IS THE RESPONSIBILITY
OF THE ARCHITECT/OWNER TO
ENSURE THAT THE HOOD CLEARANCE
FROM LIMITED -COMBUSTIBLE
AND COMBUSTIBLE MATERIALS
IS IN COMPLIANCE WITH
LOCAL CODE REQUIREMENTS.
GREASE DRAIN
WITH REMOVABLE CUP.
54'
HOOD T
EQUIPMENT
BY OTHERS.
1' LAYER OF INSULATION FACTORY INSTALLED
ON TOP OF HOOD, MEETS 0 INCH
REQUIREMENTS FOR CLEARANCE TO COMBUSTIBLE
SURFACES.
ATTACHING
PLATES,---
- - ��
- 20'
24' NOM,
80'
SECTION VIEW - MODEL 5424EX-2-PSP-F
HOOD - # 9
FIELD CUT SUPPLY RISER
WITH VOLUME DAMPER.
23.5% OPEN STAINLESS
STEEL PERFORATED PANEL.
A'Yud TTQ7' FAAT TArWf)PUAPT/)AT — Tn PURRFW09n
FAN
UNIT
TAG
QTY
FAN UNIT MODEL # MANUFACTURER
CFM
ESP
RPM
MOTOR
HP
BHP
PHASE
VOLT
FLA
DISCHARGE
WEIGHT
SONES
NO
ENCL
VELOCITY
(LBS)
1
1
EADU85H ECON-AIR
2400
1 0.850
1524
TEAO-ECM
1.000
0.6360
1
115
1 11.6
1 759 FPM
99
16.6
LfTTA PAAl TATFf)PUATTn AT — .TAA RR.r,QA9n
FAN
UNIT
TAG
QTY
FAN UNIT MODEL #
BLOWER
HOUSING
MIN
DESIGN
ESP
RPM
MOTOR
HP
BHP
PHASE
VOLT
FLA
MCA
MOCP
WEIGHT
SONES
NO
CFM
CFM
ENCL
(LBS)
2
1
EA-AI-G10
GIOD
Al
-
2160
0.500
959
TEAO-ECM
1.000
0.6990
1
115
11.6
15.6A
25A
245
VART nOmrn Arc'
FAN
UNIT
NO
TAG
QTY
DESCRIPTION
1
HINGE KIT - SHIPS LOOSE FOR CURB SUPPLIED BY OTHERS
1
ECM WIRING PACKAGE - PWM SIGNAL FROM ECPM03 PREWIRE (TELCO MOTOR), CCW ROTATION
1
1
GREASE BOX
1
FAN BASE CERAMIC SEAL - DU/DR85HFA - SHIP LOOSE - FOR GREASE DUCTS
1
2 YEAR PARTS WARRANTY
1
SIZE 1 UNTEMPERED COMMERCIAL DOWN DISCHARGE FOR BELT DRIVE AHUS
2
1
IMOTORIZED BACKDRAFT DAMPER FOR SIZE I HOUSING - MEETS AMCA CLASS lA RATING
1
ECM WIRING PACKAGE -SUPPLY - PWM SIGNAL FROM ECPM03 PREWIRE (TELCO MOTOR), CW
ROTATION
1
12 YEAR PARTS WARRANTY
N'AAT d/V'L'Z'Zf)ATF4Z
EXHAUST
SUPPLY
FAN
UNIT
NO
TAG
GREASE
GRAVITY
WALL
SIDE
GRAVITY
MOTORIZED
WALL
CUP
DAMPER
MOUNT
DISCHARGE
DAMPER
DAMPER
MOUNT
1
YES
2
YES
FAN #1 EADU85H - EXHAUST FAN
30
IIL I
I
22 1!/2'
V /\
DUCTWORK BETWEEN
EXHAUST RISER ON HOOD
AND FAN (BY OTHERS).
31 7/8'
24 3/4'
FEATURESi
- DIRECT DRIVE CONSTRUCTION WO BELTS/PULLEYS).
- ROOF MOUNTED FANS.
- RESTAURANT MODEL.
- UL705 AND UL762 AND ULC-S645
- VARIABLE SPEED CONTROL.
- INTERNAL WIRING.
- THERMAL OVERLOAD PROTECTION (SINGLE PHASE).
- HIGH HEAT OPERATION 300•F (14TC).
- GREASE CLASSIFICATION TESTING.
- NEMA 3R SAFETY DISCONNECT SWITCH.
EXHAUST FAN MUST OPERATE CONTINUOUSLY
WHILE EXHAUSTING AIR AT 30VF (149•0
UNTIL ALL FAN PARTS HAVE REACHED
THERMAL EQUILIBRIUM, AND WITHOUT ANY
DETERIORATING EFFECTS TO THE FAN WHICH
WOULD CAUSE UNSAFE OPERATION.
ABNORMAL FLARE-UP TEST
EXHAUST FAN MUST OPERATE CONTINUOUSLY
WHILE EXHAUSTING BURNING GREASE VAPORS
AT 60VF (316•0 FOR A PERIOD OF
15 MINUTES WITHOUT THE FAN BECOMING
DAMAGED TO ANY EXTENT THAT COULD CAUSE
AN UNSAFE CONDITION.
OPTIONS
- HINGE KIT - SHIPS LOOSE FOR
CURB SUPPLIED BY OTHERS.
- ECM WIRING PACKAGE - PWM
SIGNAL FROM ECPM03 PREWIRE
(TELCO MOTOR), CCW ROTATION.
- GREASE BOX.
- FAN BASE CERAMIC SEAL -
DU/DR85HFA - SHIP LOOSE -
FOR GREASE DUCTS.
- 2 YEAR PARTS WARRANTY.
FAN #2 EA-AI-G10D - SUPPLY FAN
1. DIRECT DRIVE UNTEMPERED SUPPLY UNIT WITH 10' BLOWER IN SIZE #1 HOUSING WITH SPEED CONTROL, DISCONNECT SWITCH
2. INTAKE HOOD WITH EZ FILTERS.
3. DOWN DISCHARGE - AIR FLOW RIGHT -> LEFT.
4. DOWN DISCHARGE CONSTRUCTION FOR SIZE 1 UNTEMPERED BELT DRIVE AHUS.
5. MOTORIZED BACK DRAFT DAMPER 16' X 18' FOR SIZE 1 UNTEMPERED UNITS W/EXTENDED SHAFT, STANDARD GALVANIZED
CONSTRUCTION, 3/4' REAR FLANGE, LOW LEAKAGE, TFB120S ACTUATOR INCLUDED.
6. ECM WIRING PACKAGE FOR SUPPLY MOTORS WITH PWM SIGNAL FROM ECPM03 PREWIRE.
7. HINGED DOUBLE WALL INSULATED DOOR ASSEMBLY (BURNER/BLOWER SECTION).
B. 2 YEAR PARTS WARRANTY,
-NOTE- SUPPLY DUCT MUST BE INSTALLED TO MEET SMACNA STANDARDS. A MINIMUM STRAIGHT DUCT LENGTH MUST BE MAINTAINED
DOWNSTREAM OF UNIT DISCHARGE AS OUTLINED IN AMCA PUBLICATION 201. WHEN USING RECTANGULAR DUCTWORK, ELBOWS MUST
BE RADIUS THROAT, RADIUS BACK WITH TURNING VANES. FLEXIBLE DUCTWORK AND SQUARE THROAT/SQUARE BACK ELBOWS SHOULD
NOT BE USED. ANY TRANSITIDN AND/OR TURNS IN THE DUCTWORK WILL CAUSE SYSTEM EFFECT. SYSTEM EFFECT WILL
DRASTICALLY INCREASE STATIC PRESSURE AND REDUCE AIRFLOW. DO NOT RELY ON UNIT TO SUPPORT DUCT IN ANY WAY. FAILURE
TO PROPERLY SIZE DUCTWORK MAY CAUSE SYSTEM EFFECTS AND REDUCE PERFORMANCE OF THE EQUIPMENT.
SUGGESTED STRAIGHT DUCT SIZE IS 14' x 14'.
r27 3/8'
LIFTING LUG.
3 -
F
BLOWER DISCHARGE.
a4m nDcuDx
7 1/a• —I
13 1/4'
:IF--
J
6 3/8•
FLEX
CONDUIT
FOR FIELD
WIRING
76 1/2' —
T 32 1/8—
AIRFLOW.SERVICE AIRFLOW.
➢ISC r.' 4M-
29 3/4' BEER/MO T�
ACCESS DOOR
24' SERVICE
MINIMUM
STRAIGHTDUCT
\I
PER AMCA. 4
�L-JI
I- MIN. 14'
® GREASE DUCT & CHIMNEY SPECIFICATIONSI
PROVIDE GREASE DUCT EQUAL TO ECON—AIR MODEL 'EDW'
ROUND 20 GAUGE 430 STAINLESS STEEL DUCTWORK. MODEL 'EDW'
IS LISTED TO UL-1978 AND IS INSTALLED USING 'V' CLAMP LOCKING
CONNECTIONS SEALED WITH 3M FIRE BARRIER 2000 PLUS. MODEL 'EDW'
DOES NOT REQUIRE WELDING PROVIDING IT HAS BEEN INSTALLED PER
THE MANUFACTURES INSTALLATION GUIDE.
PROVIDE RATED ACCESS DOORS AT EVERY CHANGE IN DIRECTION AND EVERY 12' ON CENTER.
PER MANUFACTURES LISTING MODEL 'EDW' HORIZONTAL RUNS LESS THAN 75 FT, CAN BE
SLOPED 1/16' PER 12', HORIZONTAL RUNS MORE THAN 75 FT. CAN BE SLOPED 3/16' PER 12'.
DUCT SHOULD BE SLOPED AS MUCH AS POSSIBLE TO REDUCE THE CHANCE OF GREASE
ACCUMULATION IN HORIZONTAL RUNS.
IF THE DUCT OR CHIMNEY IS WITHIN 18 INCHES OF COMBUSTIBLE MATERIAL, PROVIDE
UL-2221 OR UL-103 HT LISTED DOUBLE WALL GREASE DUCT OR DOUBLE WALL CHIMNEY
EQUAL TO ECON—AIR MODEL 'EDW— 2R, 2R TYPE HT, 3R, OR 3Z' ROUND 20 GAUGE 430
STAINLESS INNER DUCT INSULATED WITH A 24 GAUGE 430 STAINLESS OUTER SHELL.
CUSTOMER APPROVAL TO MANUFACTURE:
APPROrID Aa NOTED ❑
APPROrID NTIN NO EXCEPDON TAKEN ❑
REVEE AV RE3UBRC ❑
sNxmRaE
TDIIR 'T.E
GREASE
HO%
COVER.
GREASE
PIPE.
GREASE BOX INSTALLATION
— CLOSED POSITION
GREASE J OPEN POSITION
PARTS INCLUDED
GREASE BOX
GREASE BOX COVER
GREASE PIPE GREASE ROX FlELD INSTALLATION
SMELT METAL SCREWS
3 - LONG (3/4' LO. STEP 11
ATTACH GREASE DO COVER T13 THE CURB,
HOLD 3' DIMENSION AS SHOWN ON PIG 1.
SCREW GREASE BOX COVER TO CURB USING C3) LONG (3/V LG.)
SCREWS AS SHOWN ON PIG 2.
CURL
PIC. 1
PIC. 2
CURB.
BOX RE GASE
COVER. BOX
STEP 2) COVER
ATTACH GREASE BOX TO CREASE BOX COVER, SLOE AND DROP.
AS SHOWN ON PIC 3.
CURIL
GREASE
PIC, 3 H
SE BOX. 'Z4CEVER..
STEP 3) P1C'-4
INSTALL GREASE PIPE AS SHOWN W PIG 4.
CREASE PIPE.
ELECTRICAL PACKAGE - JOB46654920
SWITCHES
NO TAG PACKAGE # LOCATION
OPTION
Ternanl Dlod s Pot sired cannacdon
cas»atwn forRodsu
r-tory sired M F w V Fkld Conna tksn Rrrkeraips
FWd Camaadan to RmA- V d OR Padde
•e
O CLU— Ruk
od
se
ts
unaduk
e'
CASUnk Monitor and Control
Hood control paned to support communi ations to cloud —based Building
Management Syste m.
— Hood Control Panel to allow cloud —based Building Managemmt System to
menitor real time parmreters outlinedoloud—basod as MONITOR in tha points list.
— Hood Control Papal to allow Building Management System to
control parameters outlined as CONTROL in the points list
Hood Control Pant to allow cloud —based Building Management System to
romptement SYSTEM ECONOMIZER control strategies for fully integrated Building
Management.
MONITORING AND CONTROL POINTS LIS T
✓ORG ro Makers Edmonds
O
LOC.4TION Edmonds, WA, 98020
°s a U
econsair
DIYG 9/1/2024 DRAIPN �YJDC4850
REM. SCALE 3/8' = 1'-0'
FANS CONTROLLED
LOCATION
QUANTITY
TYPE
�
HP
VOLT
FLA
1
DCV—Illl
WALL MOUNT IN SS BMX
SS WALL MOUNT
BMX
1 LIGHT
1 FAN
SMART CONTROLS DCV
EXHAUST
1
1,000
115
11,6
SUPPLY
1
1,000
115
11,6
DCV roseate
Aareaen
Room Tampanfue
YONlTDR
Duct Tam)
YOL77tIR
YW DieMga tYnperaiue
YOL77t1R
Ritohan R!U Dfeoharpe Twnrarofev
YONI7CR
Poo, sDaad
YON!!CR
lap Imrrnya
YON1fOR
ran reaw
YDL�mn
Confrowr tooth
YON!!OR
ran +bow
YDLnmn
M stoNrs
YONTNR
PCU /auw
YONTNR
I+Cr1 Put. Crab !'arroarrfaee
YONTNR
lks Cenda(en
YOL77tIR
CORK M. sNtarn
YOMTDR
Botrmnr Asarwae
YONJ7DR
Asp fNw Button
YOL77tIR !CONTROL
ran. Baaon
YOLnmR s 1»NrRoa
Lkna Button
YOLzmN s 1»NrRoa
rash Buewn
YOLsmR s 1»NrRoa
so Araearw
llmetlen
Room Hmparotwry(+)
MONITOR
Duet Tangara0urs(s+)
MONITOR
lrOl DleMrye Twnraroaaa
MONITOR
SUM- AM DkehaVa Tnnparagas
YOMTOR
Confrowr tooth
YOMTOR
ran roars
MONTM
lap status
YDNmeR
DEMAND CONTROL VENTILATI❑N HOOD CONTROL PANEL SPECIFICATI❑NS,
- CONTROLS SHALL BE LISTED BY ETL (UL 508A) AND SHALL COMPLY WITH DEMAND VENTILATION SYSTEM
TURNDOWN REQUIREMENTS OUTLINED IN IECC 403.7.5 (2021).
- THE CONTROL ENCLOSURE SHALL BE NEMA 1 RATED AND LISTED FOR INSTALLATION INSIDE OF THE
EXHAUST HOOD UTILITY CABINET. THE CONTROL ENCLOSURE MAY BE CONSTRUCTED OF STAINLESS STEEL
OR PAINTED STEEL.
- TEMPERATURE PROBE(S) LOCATED IN THE EXHAUST DUCT RISERS) SHALL BE CONSTRUCTED OF
STAINLESS STEEL.
- A DIGITAL CONTROLLER SHALL BE PROVIDED TO ACTIVATE THE HOOD EXHAUST FANS DYNAMICALLY BASED
ON A FIXED DIFFERENTIAL BETWEEN THE AMBIENT AND DUCT TEMPERATURES SENSORS. THIS FUNCTION
SHALL MEET THE REQUIREMENTS OF IMC 507.1.1.
- A DIGITAL CONTROLLER SHALL PROVIDE ADJUSTABLE HYSTERESIS SETTINGS TO PREVENT CYCLING OF THE
FANS AFTER THE COOKING APPLIANCES HAVE BEEN TURNED OFF AND/OR THE HEAT IN THE EXHAUST
SYSTEM IS REDUCED,
- A DIGITAL CONTROLLER SHALL PROVIDE AN ADJUSTABLE MINIMUM FAN RUN-TIME SETTING TO PREVENT FAN
CYCLING.
- VARIABLE FREQUENCY DRIVES (VFDS) SHALL BE PROVIDED FOR FANS AS REQUIRED. THE DIGITAL
CONTROLLER SHALL MODULATE THE VFDS BETWEEN A MINIMUM SETPOINT AND A MAXIMUM SETPOINT ON
DEMAND, THE DUCT TEMPERATURE SENSOR INPUT(S) TO THE DIGITAL CONTROLLER SHALL BE USED TO
CALCULATE THE SPEED REFERENCE SIGNAL.
- THE VFD SPEED RANGE OF OPERATION SHALL BE FROM 0% TO 100% FOR THE SYSTEM, WITH THE ACTUAL
MINIMUM SPEED SET AS REQUIRED TO MEET MINIMUM VENTILATION REQUIREMENTS.
- AN INTERNAL ALGORITHM TO THE DIGITAL CONTROLLER SHALL MODULATE SUPPLY FAN VFD SPEED
PROPORTIONAL TO ALL EXHAUST FANS THAT ARE LOCATED IN THE SAME FAN GROUP AS THE SUPPLY FAN.
- THE SYSTEM SHALL OPERATE IN PREP MODE DURING LIGHT COOKING LOAD OR COOL DOWN MODE WHEN
SUFFICIENT HEAT REMAINS UNDERNEATH THE HOOD SYSTEM AFTER COOKING OPERATIONS HAVE
COMPLETED, OPERATION DURING EITHER OF THESE PERIODS WILL DISABLE THE SUPPLY FANS AND PROVIDE
AN EXHAUST FAN SPEED THAT IS EQUAL TO THE MINIMUM VENTILATION REQUIREMENT.
- A DIGITAL CONTROLLER SHALL DISABLE THE SUPPLY FAN(S), ACTIVATE THE EXHAUST FAN(S), ACTIVATE
THE APPLIANCE SHUNT TRIP, AND DISABLE AN ELECTRIC GAS VALVE AUTOMATICALLY WHEN FIRE CONDITION
IS DETECTED ON A COVERED HOOD.
- A DIGITAL CONTROLLER SHALL ALLOW FOR EXTERNAL BMS FAN CONTROL VIA DRY CONTACT (EXTERNAL
CONTROL SHALL NOT OVERRIDE FAN OPERATION LOGIC AS REQUIRED BY CODE).
- AN LCD INTERFACE SHALL BE PROVIDED WITH THE FOLLOWING FEATURES,
A. ON/OFF PUSH BUTTON FAN & LIGHT SWITCH ACTIVATION.
B. INTEGRATED GAS VALVE RESET FOR ELECTRONIC GAS VALVES (NO RESET RELAY REQUIRED).
C. VFD FAULT DISPLAY WITH AUDIBLE & VISUAL ALARM NOTIFICATION.
D. DUCT TEMPERATURE SENSOR FAILURE DETECTION WITH AUDIBLE & VISUAL ALARM NOTIFICATION.
E. MIS -WIRED DUCT TEMPERATURE SENSOR DETECTION WITH AUDIBLE & VISUAL ALARM NOTIFICATION.
F. A SINGLE LOW VOLTAGE CAT-5 RJ45 WIRING CONNECTION.
G. AN ENERGY SAVINGS INDICATOR THAT UTILIZES MEASURED KWH FROM THE VFDS.
DUCT
/
/
,IJIV
` ROOM TEMPERATU
SENSOR.
SEQUENCE OF ❑PERATI❑NS,
THE HOOD CONTROL PANEL IS CAPABLE OF OPERATING IN ONE OR MORE OF THE FOLLOWING STATES AT ANY
GIVEN TIMEi
- AUTOMATICi THE SYSTEM OPERATES BASED ON THE DIFFERENTIAL BETWEEN ROOM TEMPERATURE AND
THE TEMPERATURE AT THE HOOD CAVITY OR EXHAUST DUCT COLLAR. FANS ACTIVATE AT A
CONFIGURABLE TEMPERATURE DIFFERENTIAL THRESHOLD. DEPENDING ON THE JOB CONFIGURATION EACH FAN
ZONE CAN BE CONFIGURED AS STATIC OR DYNAMIC. THESE TERMS REFER TO WHETHER A VARIABLE
MOTOR (SUCH AS EC MOTORS OR VFD DRIVEN MOTORS) MODULATE WITH TEMPERATURE. IF THE PANEL IS
EQUIPPED WITH VARIABLE SPEED FANS AND THE ZONE IS DEFINED AS 'DYNAMIC', THESE WILL MODULATE
WITHIN A USER -DEFINED RANGE BASED ON THE TEMPERATURE DIFFERENTIAL. PANELS EQUIPPED WITH
VARIABLE SPEED FANS AND A FAN ZONE DEFINED AS 'STATIC', FANS WILL RUN AT A SET SPEED
CALCULATED FOR THE DRIVE. DEMAND CONTROL VENTILATION SYSTEMS ARE CAPABLE OF MODULATING
EXHAUST AND MAKE UP AIR FAN SPEEDS PER THE REQUIREMENTS OUTLINED IN IECC 403.7.5 (2021).
- MANUAL, THE SYSTEM OPERATES BASED ON HUMAN INPUT FROM AN HMI.
- SCHEDULE,A WEEKLY SCHEDULE CAN BE SET TO RUN FANS FOR A SPECIFIED PERIOD THROUGHOUT THE
DAY, THERE ARE THREE OCCUPIED TIMES PER DAY TO ALLOW FOR THE USER TO SET UP A TIME THAT IS
SUITABLE TO THEIR NEEDS. ANY TIME THAT IS WITHIN THE DEFINED OCCUPIED TIME, THE SYSTEM WILL RUN
AT MODULATION MODE AND FOLLOW THE FAN PROCEDURE ALGORITHM BASED ON TEMPERATURE DURING THIS
TIME. DURING UNOCCUPIED TIME, THE SYSTEM WILL HAVE AN EXTRA OFFSET TO PREVENT UNINTENDED
ACTIVATION OF THE SYSTEM DURING A TIME WHERE THE SYSTEM IS NOT BEING OCCUPIED.
- OTHERi THE SYSTEM OPERATES BASED ON THE INPUT FROM AN EXTERNAL SOURCE (DDC, BMS OR
HARD -WIRED INTERLOCK).
- FIRE, UPON ACTIVATION OF THE HOOD FIRE SUPPRESSION SYSTEM, THE EXHAUST FAN WILL COME ON OR
CONTINUE TO TO RUN, THE HOOD MAKEUP AIR WILL SHUTDOWN, AND A SIGNAL WILL BE SENT FOR
ACTIVATING THE SHUNT TRIP BREAKER PROVIDED BY THE ELECTRICIAN. FUEL GAS WILL SHUT OFF VIA A
MECHANICAL/ELECTRICAL GAS VALVE ACTUATED BY THE HOOD FIRE SUPPRESSION SYSTEM.
MODEL NUMBER ID I SCHEMATIC TYPE 11JEJL;f IiH 11LJN OF UF'EHA 11LJN1
6654920 D C V —1111 INSTALL De and Control Ventllatlon, w/ control for 1 Exhaust Fan, 1 Supply Fan, Exhaust on In Fire, Lights out In Fire, Fans
nodulnte based on duct temperature. INVERTER DUTY 3 PHASE MOTOR REQUIRED FOR USE WITH VFD. Room temperature
JOB NAME or shipped loose for field Installatlon.Verlfy distance between VFD and Motor) addltionaL cost could apply If
Gyro Makers Edmonds 3/1/2024 ECP #1-1 distance exceeds 50 feet.
2
BREAKER PANEL TO PRIMARY CONTROL PANEL
Responslbllltyl Electrlclan
3 BREAKER SIZE SHOWN IS THE MAXIMUM ALLOWED
_ BREAKER PANEL PRIMARY CONTROL
4 — ----Hot — H1
BREAKER IPH — Neutral — N1
120 V _ Ground —
5 15 A CONTROL POWER. DO NOT WIRE
TO GFCI OR SHUNT TRIP
BREAKER.
6 1ST HOOD LIGHT BREAKER SHARED W/
CONTROL POWER. SWITCH #1
7
8 BREAKER PANEL TO FANS
Responslbllltyl Electrlclan
BREAKER PANEL
FANS
9
----------------HOT
—_
_
BREAKER IPH
NEUTRAL
—_POWER TO
10
115V
--------------------
Ground
ECM FANS
MCA, 14.5A
EXH-1
_
MOCP, 25A
11
HOT
—
BREAKER IPH
--------------------
NEUTRAL
POWER TO
12
115V
-------
Ground
----------
ECM FANS
MCAi 14.5A
SUP-2
—
MOCP, 25A
13
14
CONTROL PANEL TO FANS
15 Responslbllltyi Electrlclan
15
FEED STP THROUGH INNER
RD TO RD
COOLING TUBE. ALLOW FOR
NIDEC MOTOR
PWM
ENOUGH SLACK ON STP FOR
BK TO GR
17
SPEED SIGNAL
PROPER HINGING. (EXHAUST ONLY)
MOTOR
MU TOR
ECM—Ol
NOTE, PWM SIGNAL IS POLARITY
BK TO W
_
18
CONTROL
SENSITIVE.
�H�$04G���D
EHL MOTOR
ZIZI TO BK
PANEL
P1A
SHIE I PAIR
_ _ _ _ c+
EXH-1
ECM
�� v ��2�
ECM_OJ
19
FAN, 01
FEED STP THROUGH INNER
RD TO RD
_
COOLING TUBE. ALLOW FOR
NIDEC MOTOR
20
PWM
ENOUGH SLACK ON STP FOR
BK TO OR
SPEED SIGNAL
PROPER HINGING. (EXHAUST ONLY)
TELCO MOTOR
_
ECM-02
NOTE, PWM SIGNAL IS POLARITY
BK TO YW
21
CONTROL
SENSITIVE.
OUTDOOR RATED
ZIEHL MOTOR
BK TO BK
PANEL TO
SHIELDED %ISTED PAIR RE C�
----
SUP-2
ECM
=
ECM_OJ
-
P2B
FAN- 02
23
CONTROL PANEL — — Azov HOT— — SUP-2
REn o
ECM-02 N1 —1. NEUTRAL_ _ WHITE N1
SUPPLY FAN
INTERLOCK MUST HAVE ITS OWN METAL
CONDUIT, WIRE TO PROVIDED
CONDUIT DROP.
NOT REQUIRED FOR ALL UNITS.
SEE MAKE-UP AIR SCHEMATIC.
CONTROL PANEL TO ACCESSORY ITEMS
Responslbllltyl Electrlclan
CONTROL PANEL COMPONENT
I F
MICROSWITCH 1
:ONTROL PANEL
41N0 Epp
TO
--------------
1�C,,4,NC
FIRE SYSTEM
MICROSWITCH
_ _
WIRE C1 TO COMMON (1)
WRE ARI TO NORMALLY CLOSED (2).
CI TO ARI SHOULD HAVE
MS -I +NO
CONTINUITY WHEN ARMED. — — — —
1,C,,4NC
IF MORE THAN ONE
FIRE SYSTEM, WIRE
r —
— -2 — — J
+NO
IN SERIES AS SHOWN
n11
L
--------------
1'C�NC
----J
:ONTROL PANEL J 4 ALL SWITCHES FACTORY WIRED
TIE CAT-5 CONNECTION
SWITCHES
HOOD LIGHTS I
)ONTROL PANEL B1 — — — — — — — — — — — BLACK — T
TO Wl ___________ WHITE
HOOD LIGHTS — — — — — — — — — — — GREEN _
1400 W MAX WIRE TO J-BOX ON TOP OF HOOD
COMM ROUTER
CAT-5 ETHERNET CONNECTION
:ONTROL PANEL _ _______________
TO WIRE DIRECTLY TO COMMUNICATION
WORLD WIDE MODULE. NET REQUIRES 1) DHCP 2)
WEB UDP PORT 1444 & 1445 OPEN FOR
OUTBOUND TRAFFIC ONLY.
:ONTROL PANEL T1A— — — — — — — — — — — — — — --�/-T
TO ----J
WIRE TO CONTROL BOARD. INSTALLL ROOM TEMP
ROOM TEMP SENSOR IN ROOM AWAY FROM HEAT GROUPSi
SENSOR SOURCES. DO NOT INSTALL SENSOR
ON THE CEILING GRID, SEE MANUAL.
;ONTROL PANEL — — — — — — — — — — — — — — ---
TO T2B WIRE TD CONTROL BOARD. HOOD 1
DUCT SENSOR SENSOR MOUNTED IN EXHAUST DUCT RISER 1
;ONTROL PANEL — — — — — — — — — — — — — — -- 'LZ
TU =Eli WIRE TO CONTROL BOARD. SHIP LOOSE
DUCT SENSOR SENSOR MOUNTED IN EXHAUST DUCT DUCT STAT
THE FOLLOWING CONNECTIONS
MAY OR MAY NOT BE
REQUIRED BASED ON JOBSITE
SPECIFICATIONS
HU
S-0N_ OIL
CONTROL PANEL
— — — — — HOT TO SHUNT COIL
— T
SIGNAL FOR N1
NEUTRAL FROM SHUNT COIL
-----
— — — — _
EXTERNAL
ST TERMINAL IS ENERGIZED
SHUNT TRIP
IN FIRE CONDITION.
ONTAC R_COI
CONTROL PANEL
— — — HOT TO CONTACTOR COIL
— T
SIGNAL FOR �
— NEUTRAL —TO —CONTACTOR —COIL—
— — — —
EXTERNAL
KS TERMINAL IS DE —ENERGIZED
CONTACTOR COIL
IN FIRE CONDITION.
— — — — — — — — — — — COMMON
_ _
CONTROL PANEL
DRY CONTACT SFO1
— — — — — — — NORMALLY OPEN
.--
ON/OFF WITH L=
_ _ _ _ _ _ _ _ _ _ _ COMMON
SUPPLY FAN H2
_ _ _ _ NORMALLY OPEN
_ _
GROUP 1
SPARE CONTACTS WILL MAKE
COMMON TO NORMALLY OPEN
WHEN SUPPLY FAN IS ON.
DCV SPEED 0+— — — — — — — — — — — — — — —+
— TO BMS
0-10V OUTPUT VD— WIRE TO ECPM03 TERMINALS.
ON PCB CONFIGURABLE OUTPUT.
(TOTAL) SEE ECPM03 OWNERS MANUAL.
BINS SWITCH
CONTROL PANEL — — — — — — — — — — — — — — —��C��
TO SIGNAL SWITCH 101-------T—HR--- — B—
OUGHMS
— ----J
EXTERNAL
WILL ACTIVATE ZONE1 FANS AND
SWITCH LIGHTS
24
MOTOR POWER CIRCUITS. SEE INSTALLATI❑N
DIAGRAM FOR FIELD WIRING REQUIREMENTS.
FACTORY WIRING
SCHEMATIC
CIRCUIT BOARDS
ECPM03
DCV Rev. 2.10.00
HMI Rev. 2.10.00
RA-x RD-x
120 VAC 24 VDC
RELAY RELAY
NO 4 3 NO 4j
NC 2 1 NC 2COIL 8 7 COIL 8COM 6 5 COM 6
COMPONENT
LABEL
LIST
DESCRIPTION
ST-X
Starter
C-X
varies
Contactor
varies
IM-X
VFD
varies
IR-X
Llne/Load Reactor
varies
LEGEND
FIELD WIRING
FACTORY WIRING
BI<- BLACK YW- YELLOW
F.I.- BLUE GY- GREY
BR- BROWN PR- PURPLL
LR- IJ'�N�- RD- RED
WH- WHITE GR- GREEN
UR/BL- OR/BL STRIPE
BL/RD- BL/RD STRIPE
RD/GN- RE/UN STRIl.-
WH/BL- WH/BL STP P