HomeMy WebLinkAboutPermit M96-0093 - DUFFY GREG1)0UF\I g
City of Tukwila
Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188
Permit No: M96 -0093
Type: B•- MECHAN
Category: RES •
Address: 4636 S 150 ST
Location:
Parcel #: 004200-0227
Contractor License No: BRENNHC077NC
TENANT DUFFY GREG
4636 S 150 ST, TUKWILA, WA 98188
OWNER DUFFY GREGORY D
MERRILL PENNY J, 14811 200TH AVE SE,
CONTRACTOR BRENNAN HEATING Phone: 206 248 -7900
4601 S 134 PL; TUKWILA, WA 98168
CONTACT DONNA JACK'' Phone: 206 248 -7900
4601 SOUTH '134TH PLACE, TUKWILA, WA 98168;.:,-
A A,k k k k k * ** k k:kkk.*.K,: * *k kAk.kkk * * * * * * ** k ** k******* * * * * * ** * * * * * * * * * * * * * * * * * * * * * **
Permit Description
INSTAL NEW GAS HEATING SYSTEM.'
LMC Edition: 1994
Valuation:
Total Permit Feet,. 44.06
k k k k •k• A A` k,.k °i 0* *,* ** k k k* :k k4** * **** k: 4****.• k****** ****** **** * * *4k* * * * * * * * * * * * **
Permit ' : Center Authorized Signature
Signature :,
Print Name:
MECHANICAL PERMIT
st5
Date
Date:
QA •4f ( I Title:
Status: ISSUED
Issued: 08 /15/1996
Expires: 02/11/1997
RENTON WA 98059
I hereby -, certify that I have read., and examined' this permit and know the
sane to.be` true and Correct.. All provisions of law and ordinances'
governing t,hi3`work will be,complied with, whether specified herein or not
The gra . of this permit does not presume to give authority to violate
or cance•lX.the' provisions of any other state 'or local . laws regulating
construct;i'o,n 'or= the perforn of Work. I am authorized to sign for and
obtain thi .;',.. bu ldirr i
(206) 431-3670
This permit shall become null and void if the work 1$ not commenced within
130 days from the date' ,cif . issuance, or if the',work is suspended or
abandoned for a period 0#.:I80 daysHfroaf inspection.
CITY OF TUKWILA.
Address: 4 S 150 ST Permit No: 'M96 -0093
Seri to
Tenant DUFFY GREG '=status: ISSUED
Type: B- MECHAN Applied: 07123/1996,
Parcel #: '0014200.0227 I .sued: 08'15/1996
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Permit Conditions:
1 . : No changes w i l l , be made to the plans unless approved by the .
Architect or Engineer and e.co the:�. : Tukwi:.la, Building' Givis.ioai:
2: All. perms t_ , inspectivri, r�r ds ", acid appr�averl plans :hall be
available at the .fob :site prior to the -star't;,•of any con-
struct ion . These ;documents.' =.ar•e to..be maintained. and avai 1
able unti 1 f in.a1:% approval is. granted. - H2; . _
3 All construction to "be "`;do'ne in conformance w'i`th 'appr?oved
plans and.,,;r4eyuicements of the linIt?.,rin Building Code (1994
Editi on) : :;;as' amended, Uniform Mechanical. Code '0994, Edition) ,
and Washington State Ener gy ,Code (1994 Edi.tion)..
4 . Validity : of Fermi t.:. ' The i s' uance of a perm'i t or approva 1 of
plana r;.;specificat.ion., and` computations _ha11 - not. :be. con-
strue;dj°to b,e a permit:,•for'r" or an,.appr of any viol; ti
of apy of „`the provisions of t•the bus Iding code or-,of any
other ' ordinance of the .luris'diction: No • permit. p"re. umi;ng t
give” author ity to violate or'. cancel' the provisions of :th.is
code :shall be val
5. MANUFACTURERS INSTALLATION; INSTRUCTIONS . REOUIREU ON SITE
•FOP' {THE BUILDING • INaPECTOR' REVIEW.
6 Plumbing permi ts shall `'be obtained through'. the Seattle. t in
Cclunty. , De'par, t r meat of Publ'ic : th:,• .Plumbing will be
irisp''ected that i.agency, including:'all.:g'as piping.
't 29
El ec` it '•l: -permit. � ha l l be obtained' through the Washington-
State'- friv,i,si- on`.of. Labor and Industri`ac ,and al elec icaI
work :HWi l l pp: inspected by that agency., (243- '6630)
Project Name/Tenant: ,
lir �._.
Value of Construction 3 00'6in
Site Address: .City State/Zi :
• � S �Sa r U I /r���
Tax Parcel Number
�r°� 4A. can
Property Owner: -
�ctlam+ Gt S G. 4!�lJ
Phone: r� ^�
2� 7`'
- 2s �(,
c l Street Address: _
^� City State /Zip`
Fax #:
Phone:
4 "l
i 0 o
J UC LA/ 1 rq
Contact Person:
tlira' �/`
at4/A
/ / „ c_ /,
Street Address: , /, r6
cf CJ(
s l City State /Zip:
n [� V
Fax #:
Contractor: j
Y'74.
Phone: 117-
Street Address:
46i City State /Zip:
Fax #:
Architect:
Phone:
Street Address:
City State /Zip:
Fax #:
Engineer:
Phone:
Street Address:
City State /Zip:
Fax #:
MISCELLANEOUS PERMIT REVIEW AND. APPROVAL REQUESTED: (TO BE FILLEDOUT BY APPLICANT)
Description of work to be done:
eL mss s /1ee. s 57c -''
Will there be storage of flammable /combustible hazardous material in the building? ❑ yes El no
Attach list of materials and storage location on separate 8 1/2 X 11 paper indicating quantities & Material Safety Data Sheets
• Above Ground Tanks ❑ Antennas /Satellite Dishes Q Bulkhead /Docks ❑ Commercial Reroof
❑ Demolition ❑ Fence Mechanical ❑ Manufactured Housing - Replacement only
❑ Parking Lots ❑ Retaining Walls Temporary Pedestrian Protection /Exit Systems
❑ Temporary Facilities Cl Tree Cutting
MONTHLY SERVICE BILLINGS .TO:.
Name:
Phone:
Address:
City /State /Zip:
0 Water
0 Sewer
0 Metro
0 Standby
Name:
Address:
Date application accepted:
MISCPMT.DOC 7/11/96
CITY OF TUKWIL.A
Permit Center
6300 Southcenter Boulevard, Suite 100
Tukwila, WA 98188
(206) 431 -3670
• R STAFF USE ONLY
Project Number:
Permit:Nunber: t; V✓ — �v
Miscellaneous Permit Application
Application and plans must be complete In order to be accepted for plan review.
Applications will not be accepted through the mall or facsimile.
APPLICANT : REQUEST;FOR'MISCELLANEOUS PUBLIC WORKS PERMITS`"
❑ Channelization /Striping ❑ Curb cut/Access /Sidewalk ❑ Fire Loop /Hydrant (main to vault) #: Size(s):
❑ Flood Control Zone ❑ Land Altering: 0 Cut cubic yards 0 Fill cubic yards 0 sq. ft.grading/clearing
❑ Landscape Irrigation ❑ Sanitary Side Sewer #: ❑ Sewer Main Extension 0 Private 0 Public
❑ Storm Drainage ❑ Street Use ❑ Water Main Extension 0 Private 0 Public
❑ Water Meter /Exempt # Size(s): 0 Deduct 0 Water Only
❑ Water Meter /Permanent # Size(s):
❑ Water Meter Temp # Size(s): Est. quantity: gal Schedule:
❑ Miscellaneous ❑ Moving Oversized Load/Hauling
WATER METER DEPOSIT /REFUND BILLING:
Phone:
City /State /Zip:
Value of Construction - In all cases, a value of construction amount should be entered by the applicant. This figure will be
reviewed and is subject to possible revision by the Permit Center to comply with current fee schedules.
Expiration of Plan Review - Applications for which no permit is issued within 180 days following the date of application shall
expire by limitation. The building official may extend the time for action by the applicant for a period not exceeding 180 days
upon written request by the applicant as defined in Section 107.4 of the Uniform Building Code (current edition). No application
shall be extended more than once.
Date application expires:
I 3 - c1-)
Application take fr�y initials)
BUILDING OWNER OR AUTHORIZED AGENT:
Signature:
Lam✓ P
� $
❑
Date: .7 - Z 2 - <j G
Print name:
(.
■ L S
,) �,
Phone: Z y g _ — I CI UU
Fax #: 2�w_ 7ci 00
Address:
9(.,A S \
fL.
City /State /Zip: r , v., 4,_ w A 181.4
❑
SUBMIT APPLICATION AND REQUIRED CHECKLISTS FOR
Above Ground Tanks/Water Tanks - Supported, directly upon grade
exceeding 5,000 gallons and:a ratio of height to diameter or width
which exceeds 2:1
PERMIT REVIEW
Submit checklist No :; M -9
❑
Antennas /Satellite. Dishes
Submit checklist No M-1
❑
• Awnings /Canopies- No signage
" Commercial Tenant. Improvement
Permit
❑
Bulkhead/Dock
Submit checklist No : M-10 .'
❑
Commercial.Reroof:
"Submit checklist No M-6 '
❑
Demolition; :
Submit No: M -3, ,.M-3a
r
Fences - Over 6'feet :in Height
Submit checklist ' No: M -9
❑
Land Altering/Grading/Preloads
Submit checklist No: M -2
❑
Loading•Docks
Commercial Tenant Improvement
Permit :. Submit checklist No: H =17
71
Mechanical (Residential & Commercial)
Submit checklist ' No ; M =8,' .,.
Residential only = H -6, H-16
❑
Miscellaneous Public: Works; Permits
Submit checklist .No: H-9
❑
Manufactured Housing;(RED INSIGNIA ONLY)
Submit checklist No M =5
❑
Moving Oversized:Load/Hauling
Submit checklist No: M -5
Parking Lots
Submit checklist No: M -4
❑
Residential' Reroof - Exempt with following exception: If roof structure
to be repaired or replaced
Residential Building Permit
' Submit checklist . No:. M -6
Q
Retaining'Walls - Over 4 feet in height
Submit. checklist No: M-1
El
Temporary Facilities .
Submit checklist .: No: M -7 ..,
❑
TemporaryPedestrian Protection/Exit'Systems
Submit checklist No: ' M -4
❑
Tree Cutting
Submit checklist . No: ' M -2
ALL MISCELLANEOUS PE s ' T APPLICATIONS MUST BE SUBM D WITH THE FOLLOWING:
• ALL DRAWINGS SHALL BE AT A LEGIBLE SCALE AND NEATLY DRAWN
> BUILDING SITE PLANS AND UTILITY PLANS ARE TO BE COMBINED
• ARCHITECTURAL DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED ARCHITECT
• STRUCTURAL CALCULATIONS AND DRAWINGS REQUIRE STAMP BY WASHINGTON
LICENSED STRUCTURAL ENGINEER
• CIVIL/SITE PLAN DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED CIVIL ENGINEER
(P.E.)
❑ Copy of Washington State Department of Labor and Industries Valid Contractor's License. If
not available at the time of application, a copy of this license will be required before the
permit is issued, unless the homeowner will be the builder OR submit Form H -4, "Affidavit
in Lieu of Contractor Registration ".
Building Owner /Authorized Agent. If the applicant Is other than the owner, registered architect/engineer, or contractor licensed
by the State of Washington, a notarized letter from the property owner authorizing the agent to submit this permit application and
obtain the permit will be required as part of this submittal.
I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THiS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER
PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS
PERMIT.
MISCPMT.DOC 7/11/96
*+A+a+A*A**Ah***°*+*+A**A***hk�*kk* 4***A*
CITY OF TUKNxLA. W� c, ( TRANBMlT
*�*a**Pa*****A*A***++ +k a**^*A+*+A*+*+***+AA*+++*
TRANSMIT Number: R600464 Amount: 44.06 O8/15/96 14:06
Payment Method: CHECK Notation: 8RENWAN HEATING Init: SLD
Permit No: M96-0093 Type: 8-MECHAN MECHANICAL PERMI?
Parcel No: 004200-0227
Site Addre 4636 S 150 ST
Total Fees: 44"06
This Payment 44.06 Total ALL Pmts: 44.06
Balance: ` ,00
+*a+a*AA*a+a*«**+.*+^+A+A41*^*+*^+**+*A*k****++.A**AWa+***a*A+*
Account Code Description
000/345.830 ` PLAN CHECK - RES
000/322.184 MECHANICAL - REG
,Amount
8.81
35°25
Project:
Type of inspecti nr``
Address:
1 /(13
. !, 6
Date called:
Special instructions:
Date wanted:
/41A! `
'
am.
P.m.
Requester:
Phone No.:
. .- .e..pl...M....*14...221....
INSPECTION RECORD
Retain a copy with permit
INSPECTION NO,
CITY OF TUKWILA BUILDING DIVISION
6300 Southcenter Blvd., #100, Tukwila, WA 98188
Approved per applicable codes.
PERMIT NO.
(206) 431 -3670
Corrections required prior to approval.
COMMENTS:
Inspector:
Date: 2-/4-b(r
$42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must
be paid at 6300 Southcenter Blvd., Suite 100, Call to schedule reinspection.
Receipt No,:
Date:
COMMENTS:
u
43- eeytiot"` 7..S 49 x. •- e-
Type of inspection:
.._Date called:
---�
Address:
LS?
/
Special i nstruc tio ns:
✓ -. U
r
��/ �m�.
i
Phone No.:
2:) Rr • . a . 0 /n /
ej e.. A'''-ed 1 1 - / - 4
$4/414/
3) 3) / ; 4„4A-4171041014.,..e.," LP - r /&.
-
^+ �
h 'u t i�'4 C .�
.
" . A 1
Project:
u
Type of inspection:
.._Date called:
---�
Address:
LS?
(So
Special i nstruc tio ns:
Date wanted:
��/ �m�.
Requester:
Phone No.:
INSPECTION
Reta a copy with perm RECORD it
INSPECTION NO.
CITY OF TUKWILA BUILDING DIVISION
6300 Southcenter Blvd., #100, Tukwila, WA 98188
Approved per applicable codes.
Inspector:
I
[Receipt No.:
Corrections required prior to approval.
Date:
;
$42.00 REINSPECTI • N FEE REQUIRED. Prior to inspection, fee must
be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule relnspection.
(206) 431 -3670
`-
installation, startup, 376CAV
and operating instructions SERVES E
DOWNFLOW /HORIZONTAL
GAS -FIRED
INDUCED - COMBUSTION FURNACES
I
j ', of ".'4S�lf1i}ISvl';cjirx - 'S...
NOTE:1' Read the entire instruction manual before starting the
installation, PERMIT
This symbol• - '•indicates changc since the last issue.
Index, :•.a I :'':::' '.: ;!,; '' . a. Page
SAFETY:•CONSIDERATIONS 1 -2
.Cleamnces'tFrom.Combustible Materials 1
ri..r'twn
Dinicnsional!Drawing 2
ELECTROSTATiC'DISCHARCE (ESD) PRECAUTIONS
•rPROCUD,URE: ., 2 -3
INTRODUCTION ' 3
LOCATION' 3 -4
General' 3
Locaion:Relative.to Cooling Equipment 3
Haz.ardous!I:ocations 3 -4
AIR;F..ORjCOMBUSTION AND VENTILATION 4 -5
' Unconlined,Space 4
C ' ''' 4 -5
SUPPI ;YhAIR•;PLENUM (DOWNFLOW)..5 -6
''�Installa'tion Onra`Concrete Slab 5
"Installatik.gal 'Combustible Floor 5 -6
HORIZONTA•'ATTIC INSTALLATION 6
• Cons rect'atWorking Platform 6
'•Install'Ftrnace ' • • 6
HORIZONTAIh•CRAWLSPACE INSTALLATION 6
FILTER'ARRANGEMENT 6 -7
7 -8
ELECTAIqu.. CONNECTIONS 8
8
115, v
24-v Wiring' 8
Acces'sorics `' 8
8
START- UP;'ADJUSTMENT, AND SAFETY CHECK 9 -15
9 -10
SegiieuceOf Operation 10 -12
• Hcatin'g' Mode l"''''' • 10
..g .,•,., ' '
Cgolin tModc 10
Continuous °Blowcr'Mode'' 10
Hei t.piimp'Mode '"" 10 -12
Stgirt =u Procedures 12
• Adjustments, '' • 12 -15
Set GasInput,Rate 12 -13
Set!Temperuture;Rise 14
.Set;Therrpostat Heat'Anticipator 14 -15
. ..,Ct)eclS r Safety; 4 Cgntrpls 15
15
Checklist'' • '
• n, • ..r.....: •.
, r ,` ?,' .CONSIDERATIONS
Installing and servicing heating equipment can be hazardous due to
gas , V'' 4 JI,. lll andiol • ,ectr!eal,;coroponents. Only trained and qualified person-
.,. net;sliou14 ii ; or service heating equipment.
•'Ii >' Il: r ,•�,
U, � d Kso el can,, perform basic maintenance functions
, such as,cleanina'and replacing air filters. All other operations must
• be byi.trained service personnel. When working on
ar ' heatingtcquipinent, ;observe precautions in the literature, on tags,
and,onlablsattached to or shipped with the unit and other safety
precautionsY,th 'may ,apply.
CITY OF TUKWILA
JUL 231996
CENTE
Ca ncels: II 376C -40 -8
f: U 37,6C -40 - 9
9 -15 -94
TABLE 1— CLEARANCES FROM COMBUSTIBLE
MATERIALS (IN.), :, , •':;:.:
• Indicates supply or return sides when furnace is in:the.helizontafposiUon.
t Clearance shown is for outlet end. The Inlet end must maintain 8-in.
minimum clearance from the vent to combustible•'materials'when' using
single-wall vent.
Minimum 18 -In, front clearance required for alcove, • ; ,.
NOTES:
1. Provide 30 -In, front clearance for servicing. An open, door in: front of the
furnace can meet this requirement.
2. A minimum clearance of 3 in. must be provided In front of the furnace for
combustion air and proper operation. • i .
3. Line contact Is permitted as shown in Fig. 7.'
Follow all safety codes. In the United States,' follow 'all safety
codes including the National Fuel Gas Code (NFGC)' NFPA No.
54- 1992/ANSI Z223.1 -1992. In Canada, refer!' to . the current
edition of the National Standard of Canada . CAN /CGA -B 149.1 -
and .2 - M91 Natural Gas and Propane' Installation rCodes (NSC-
NGPIC). Wear safety glasses and•work'glove Hnve'fire
guisher available during start -up and 'adjustment'proccd and
service calls.
UNIT SIZE •. 050'AND'070' 1095 -135
DOWNFLOW (In Alcove or Closet)" ",'" •' '' •
Sides
• Single -Wall Vent •
1
0
Type B -1 Double -Wall Vent
"0•' '
.' ' 0." .
Back
• 0`:' •'---
L:..
Top
:. -i .:.:...4.:;::...i
. .- .
Front
Sin le•Wall Vent
g
.
....`
.6'�'w,.47, «
..n.■�6t......
Type B -1 Double -Wall Vent
...
•• -•'3t V
t .3t. -
Vent
Single -Wall Vent. • ' •
• '•
• - :6.w: NZ
7:'•., :6 ..
Type B -1 Double -Wall Vent
•.' •
‘ •.-,x.1,4 ::: .. 1'
HORIZONTAL (Attic, Alcove, or•Crawitipace)•. . • -
Sides'
-
..
•..a;.i.4 'I: t '
?' - -0
B
. ::0?.rv: ". !
:: 0
Top
Single -Wall Vent
1 •
1
Type B -1 Double -Wall Vent
- • -•1 • • .
` 1 •
Front*
Single -Wall Vent .
•
.....6t... L '
• 6t...
Type B -1 Double -Wall Vent
'
' ` 31 ' ' •
• 3
Vent
Single -Wall Vent
6
6
Type B -1 Double -Wall Vent
1
1
HORIZONTAL (In Closet)"
Sides'
1
1
Back
0 ' '
0
Top
Single -Wall Vent
' 2' -r 1
2
Type B -1 Double -Wall Vent
` 2 '`. ' '
. • 2
Front
Single -Wall Vent •
.i.:6 •• ••s
,• ' 6'' •
Type B -1 Double -Wall Vent
• 3 - • %-.,r
3
Vent
Single -Wall Vent
..
" •'61 : '?
i.. , ' , 6
Type B -1 Double -Wall Vent
• :r.t;l.! 1= :. •..:h : : ::
•' 1
`-
installation, startup, 376CAV
and operating instructions SERVES E
DOWNFLOW /HORIZONTAL
GAS -FIRED
INDUCED - COMBUSTION FURNACES
I
j ', of ".'4S�lf1i}ISvl';cjirx - 'S...
NOTE:1' Read the entire instruction manual before starting the
installation, PERMIT
This symbol• - '•indicates changc since the last issue.
Index, :•.a I :'':::' '.: ;!,; '' . a. Page
SAFETY:•CONSIDERATIONS 1 -2
.Cleamnces'tFrom.Combustible Materials 1
ri..r'twn
Dinicnsional!Drawing 2
ELECTROSTATiC'DISCHARCE (ESD) PRECAUTIONS
•rPROCUD,URE: ., 2 -3
INTRODUCTION ' 3
LOCATION' 3 -4
General' 3
Locaion:Relative.to Cooling Equipment 3
Haz.ardous!I:ocations 3 -4
AIR;F..ORjCOMBUSTION AND VENTILATION 4 -5
' Unconlined,Space 4
C ' ''' 4 -5
SUPPI ;YhAIR•;PLENUM (DOWNFLOW)..5 -6
''�Installa'tion Onra`Concrete Slab 5
"Installatik.gal 'Combustible Floor 5 -6
HORIZONTA•'ATTIC INSTALLATION 6
• Cons rect'atWorking Platform 6
'•Install'Ftrnace ' • • 6
HORIZONTAIh•CRAWLSPACE INSTALLATION 6
FILTER'ARRANGEMENT 6 -7
7 -8
ELECTAIqu.. CONNECTIONS 8
8
115, v
24-v Wiring' 8
Acces'sorics `' 8
8
START- UP;'ADJUSTMENT, AND SAFETY CHECK 9 -15
9 -10
SegiieuceOf Operation 10 -12
• Hcatin'g' Mode l"''''' • 10
..g .,•,., ' '
Cgolin tModc 10
Continuous °Blowcr'Mode'' 10
Hei t.piimp'Mode '"" 10 -12
Stgirt =u Procedures 12
• Adjustments, '' • 12 -15
Set GasInput,Rate 12 -13
Set!Temperuture;Rise 14
.Set;Therrpostat Heat'Anticipator 14 -15
. ..,Ct)eclS r Safety; 4 Cgntrpls 15
15
Checklist'' • '
• n, • ..r.....: •.
, r ,` ?,' .CONSIDERATIONS
Installing and servicing heating equipment can be hazardous due to
gas , V'' 4 JI,. lll andiol • ,ectr!eal,;coroponents. Only trained and qualified person-
.,. net;sliou14 ii ; or service heating equipment.
•'Ii >' Il: r ,•�,
U, � d Kso el can,, perform basic maintenance functions
, such as,cleanina'and replacing air filters. All other operations must
• be byi.trained service personnel. When working on
ar ' heatingtcquipinent, ;observe precautions in the literature, on tags,
and,onlablsattached to or shipped with the unit and other safety
precautionsY,th 'may ,apply.
CITY OF TUKWILA
JUL 231996
CENTE
Ca ncels: II 376C -40 -8
f: U 37,6C -40 - 9
9 -15 -94
TABLE 1— CLEARANCES FROM COMBUSTIBLE
MATERIALS (IN.), :, , •':;:.:
• Indicates supply or return sides when furnace is in:the.helizontafposiUon.
t Clearance shown is for outlet end. The Inlet end must maintain 8-in.
minimum clearance from the vent to combustible•'materials'when' using
single-wall vent.
Minimum 18 -In, front clearance required for alcove, • ; ,.
NOTES:
1. Provide 30 -In, front clearance for servicing. An open, door in: front of the
furnace can meet this requirement.
2. A minimum clearance of 3 in. must be provided In front of the furnace for
combustion air and proper operation. • i .
3. Line contact Is permitted as shown in Fig. 7.'
Follow all safety codes. In the United States,' follow 'all safety
codes including the National Fuel Gas Code (NFGC)' NFPA No.
54- 1992/ANSI Z223.1 -1992. In Canada, refer!' to . the current
edition of the National Standard of Canada . CAN /CGA -B 149.1 -
and .2 - M91 Natural Gas and Propane' Installation rCodes (NSC-
NGPIC). Wear safety glasses and•work'glove Hnve'fire
guisher available during start -up and 'adjustment'proccd and
service calls.
, • .
• : •••
•
•,. :y„" We require these instructions as a
VENT CONNECTION
13/ 16 0_11..;_. D—°
9 1 /8"
10 1 .
1 146"
2 1/8"
8 1, 4 "
11 /16"
C=1 CI 0
C=I CC 0
CI 0 =:=1
CI 0 0
=
1:=3 1=1
C=J = I=1
0 CM 0
0 =3 0
A
AIRFLOW
Fig. 1—Dimensional Drawing
TABLE 2—DIMENSIONS (IN.)
43/
Li
2 1 5/1
16 1/16"
1 3 5 / 1 0 6; 4
11 /16" .41..
:ACCESSORrl
'• • ; 1•/,1,4,11:
1 /2 : "•
jr
Jid
-,-THERMOSTAT.g.
WIREIENTRY
• • •,•
7 /6" DIA HOLE' y
POWER ENTRY •
at e-1 1 /2" DIA
R.H. GAS ENTRY
• • •i!
NIPIN •s---7/8" DIA1 ;• : ••••,:
•
ACCESSORY .•
1 1 /16"
1 /8"
DIMPLES TO DRILL HOLES
FOR HANGER BOLTS (4 PLACES)
IN HORIZONTAL POSITION
'1"
1Kt gif,61011036050r7i*I
rt.141t402407,0ilt:ve.;'
voitoor403807:0Y4t,
,O,ItsYt•,10.4.036098t,
.ftl:443404809811t0
tiv.plIt.tnVO4111,15e1
' • •
11'..n1V060135•• -•
A
71-•••.•••., 14-3/16
14-3/16
• -14-3/16
• - 14-3/16.
• 17-1/2
• • 17-1/2.
17-1/2
• • 21
24-1/2
D
■■■■•••■
12-9/16
12-9/16
12-9/16
12-9/16
15-7/8
15-7/8
15.7/8
19-3/8
22-7/8
E
12-11/16
12-11/16
12-11/16
12-11/16
16
16
16
19-1/2
23
VENT CONN
4
4
4
4
4
4
4
4
5
SHIPtWrrwa
....
I • • / 4.
...• : • • •■•.:1
".". 'f,154,•";r:
:•
....181
Lt
CAUTION: Electrostatic discharge can affeci,ele'Ciranie
components. Take precautions during furnace' installation
and servicing to protect the furnace eleCtiOniCiconiro);
Precautions will prevent eleCtrostatie.,discliargesffom
personnel and hand tools which,
procedure. These precautions will help.tti,avoid exposing
the control to electrostatic discharge ,,by"putling:4tho,
furnace, the control, and the person at the samoele_ctro-
static potential. . . .
I .
, ......
--> ELECTROSTATIC DISCHARGE (ESD) . PRECAUTIONS;
PROCEDURE , . . ' • ii
I.
. •
1. Disconnect all power to the funiace'DO!NOVITOUCH
THE CONTROL OR ANY WIRE CONNECTEI5Td7HE
CONTROL PRIOR TO DISCHARGINGOUR13ODY'S
ELECTROSTATIC CHARGE TO GROUND•4 • •
2. Firmly touch a clean, unpainted, metal surfce of the
furnace chassis which is close to thOCOniiiil.'To
a person's hand during grounding discharged.
',After ouching_the,chassis,you may proceed to service the
control'orlconnecting: wires as long as you do nothing that
recharges your body with static electricity (for example; DO
• ,NOT. move" or shuffle your feet, DO NOT touch un-
• grounded objects, etc.).
'4 } Iftyou touch;ungrounded objects (recharge your body with
;astatic':electricity); firmly touch furnace again before touch-
con,� :.
ing; troLo r wires.
Usej this; ;iprocedtre for installed and uninstalled (un-
rounded)
6. 'Before removing! a new control from its container, dis-
charge•your electrostatic charge to ground to protect
;`the;controffroni: damage, If the control is to be installed in
a•'furnace,lfollow'.items 1 through 5 before bringing the
J ontr
''
colo ,yp contact with the furnace. Put all
used: :A1' 1 ipw :controls into containers before touching
ungrounded :objects.
7, . An :service kit (available from commercial sources)
• • may alsobe used to prevent ESD damage.
INTRODUCTION
.The;:model. 376CAV Series E Furnaces arc available in sizes
50;OQQ through' 135,000 Btah input capacities.
The design ,the, downflow/horizontal gas -fired furnace is
A.G.AJC G.A.; certifed for natural and propane gas and for
• installation," on noncombustible flooring. The furnace may be
•instn1 lon.compustible,flooring when installed with the acces-
• •sory, ow o/y subbase ,This furnace is for installation in alcoves,
attics;, ,crawlspaces, " basements, closets, or utility rooms. The
design���of�tl s;.furnace, line is not A.G.A. /C.G,A. certified for
installation;in mobile homes, recreation vehicles, or outdoors.
Before installing the furnace, refer to the current edition of the
NF,GC ? installations must be installed in accordance
NS� e t9,4 t and t •.all}authorities having jurisdiction. For further
irifonna ion;tthe'NFGC is available from National Fire Protection
Associati u Inc.,'Batterymarch Park, Quincy, MA 02269; Ameri-
can GaslAssociation, 1515 Wilson Boulevard, Arlington, VA
222Q9 ;ior,•frorn'Literature Distribution.
;CAU'[IO.N ::'Application of this furnace should be in-
dogrs: special attention given to vent sizing and
material, gas. input rate, air temperature rise, and unit
. ; ry .. r ....,
!sizmg.' installation or misapplication of the
furnace;can;require excessive servicing or cause prema-
ture; component failure.
Installation: musts conform to the regulations of the serving gas
supplierr,rtnd';the� local, building, heating, and plumbing codes in
.effectiini ,which the installation is made, or in the
•.;•absenc codes!with the requirements of the NFGC.
isi�furnaceriisYdesignedifor a minimum continuous return -air
. '
. .w: , ..,,om n
) .' temperaturreiofi60°F db• or•intcrmittent operation down to 55 °F db
4t.;.; as •ls p us . . , • - • h •a night setback thermostat. Return-air
' rature.must,not exceed a maximum of 85 °F db.
I. LOCATION
A. General
L
WARNING: Impro installation,`•• adjustm alter -
ation, service, maintenance, or use'caa` carbon
monoxide poisoning, explosion,' firc;'electrical shock,' or
other conditions which may cause personal.injury; loss of
life, or property damage. Consult 'a: qualified installer,
service agency, local gas supplier, or,your,distributor or
branch for information or assistance. nThe qualified in-
staller or agency must use only • factory.- authorized and
listed kits or accessories when. modifying {this product.
Failure to follow this warning .could
shock, fire, personal injury,•ondcath.;:
For accessory installation details, refer to . the, applicable :i
• tion literature. .''��'
NOTE: Remove all shipping brackets and materials;before'oper-
ating the furnace.
6
CAUTION: Do not install furnace in ajcorrosivc'or
contaminated atmosphere: Make sure'all.combustion and
circulating air requirements •arc followcd;fin addition• to
all local codes and 'ordinances: �
Do not use this furnace, during construction:. when adhc=
sives, scalers, and/or new carpets 'are being installed . If
the furnace is' required 'during 'construction;4;usetclean
outside air for combustion and ventilation. Compounds of
chlorine and fluorine when burned' with )combustion' •air
form acids which cause'corrosion of the heat exchangers
and metal vent system. Some'•of: these ?:compounds'' arc
found in paneling and dry"wall: adhesives; paints, thin-
ners, masonry cleaning materials; and:many„othcrisol-
vents commonly used in the•construction'.process.
•
This furnace must be installed so the electrical components are
protected from water. I'•
Locate the furnace as close to the chimney /vent'and'as near the
center of the air distribution system . as.: possible..•The ;furnace
should be installed as level as possible.
•
When a furnace is installed so : that the supply ,,carry air to
areas outside the space containing the furnace,,the•return,air.must
also be handled by a duct(s) sealed to .thefurnace; casing and
terminating outside the space containing the furnace...
Provide ample space for servicing and' cleaning,:•`Always comply
with the minimum fire protection clearances shown on the unit
rating plate. This furnace shall not be. installed directly . on
carpeting, tile, or any combustible material: :other''thad wood
flooring. The furnace may' be .installed on-,combustible, flooring
when installed with the accessory downflow which is
available from your distributor or branch when required.
B. Location Relative to Cooling Equipment
The cooling coil must be installed ,parallel ,with,; or on the
downstream side of the furnace to avoid condensation, in theheat
exchangers, When installed parallel,, with ,a,,furnace ,dampers or
other means used to control the floye.Of air must rovent chilled air
from entering the unit. If the dampers. are manuallybperated, they
must be equipped with means .to prevent' operation oB either unit
unless the damper is in the full-heat =full-cool position.
C. Hazardous Locations,
f.;
When the furnace is installed in a residential garage, ;it must be
installed so that the, burners and ignitipnisouscc ;are'lgeated,at least
18 in, above 'the floor. The . .furnace;sitquld?be,(protected,from
physical damage by vehicles.;, • tav,' ,:
....;376CAV,FURNACE ' '
','',I
„, r, �.,a. ...'
MINIMUM SQ FT
WITH
WITH
7-1/2 FT CEILING
..+u••.ir , •tur r,, 48,000 G;:
307
.. ;;,69;000
460
!n; .I-t•,rt:.iL92;000. ; ,• •
613
. •,,' _ : :i6, ::'x115,000,,,. • •
767
x,,■1'•'.135,000
920
•
When a furnace is installed in public garages, airplane hangars, or
other;buiidingsihaving; hazardous atmospheres, the unit must be
installedy in accordance`,ywtth. the recommended good practice
requireinents,;ofithe; National Fire Protection Association, Inc.
II. i :AIR;FORjCOMBUSTION AND VENTILATION
Provisionsilfor adequate :combustion and ventilation air must be
providcd4in! accordance :with -'Section 5.3 of the NFGC, Air for
Comliustion!anOe'ntilation; or applicable provisions of the local
building codesft ;; ;r;;
Canaditinln'statlations must'be'installed in accordance with NSC-
NGPIC'and all,authorities'having jurisdiction.
CAUTION: Air for combustion must not be contami-
bnateiillby''h'alogen 'compounds, which include fluoride,
'chloride; bromide, and iodide. These elements are found
in aerosol'sprays; detergents, bleaches, cleaning solvents,
salts,'air fresheners, and other household products.
CAUTION: The operation of exhaust fans, kitchen ven-
'U1ationyfans,jclothes dryers, or fireplaces could create a
N EGATIVE;PRESSURE CONDITION at the furnace.
%Make -up, f air;» MUST.. be • provided for the ventilation
devices, in addition to that required by the furnace.
Alltuel- burning,equipment must be supplied with air for combus-
tiokofithe;fuelt.Sufficient.air MUST be provided to ensure there
willtnotbpca ncgative,pressure,in the equipment room or space. In
addition; apositive;seal ; MUST be made between the furnace
cabinet and -air duct to avoid pulling air from the burner
area :tind'draft'tsafeguard; opening
.
tin; »t,,y.r,,q,,• ..
Theirequirementslfor,combustion and ventilation air depend upon
whetlier;tho1 of rriiiceiis,located in an unconfined or confined space.
Sl'tx c.v
•A ''Unconfineil'Space""
f,�N t -Li
An.unconfi d:;space must have at least 50 cu ft for each 1000
Btuli`of•�inputt for till. the appliances (such as furnaces, clothes
er; waterlieaters; etc.) in the space.
For Example; };'rL,. c:c i . .
If ithe!'unco''nfuied!'space' is` constructed unusually tight, air for
coritbtistion °aiidtventilation'MUST come from tither the outdoors
or spaces ?freely\ communicating• with the outdoors. Combustion
and ventilation, openings;must be sized the same as for a confined
space.A'mininium'opening with a total of at least 1 sq in. per 5000
Btuh "�f�'t'otaliinput' rating for all equipment must be provided.
Return "tur�must' not be taken from the room unless an equal or
greater'anioutifo'f air'is supplied to the room.
•
B; 'Conflned;Space
A'conftned(space•is defined as one whose volume is less than 50
cu ft per) Btuh 'of. the :total input ratings of all appliances
installed in that space. A confined space MUST have 2 pcnnanent
openings,'.i'within'12 in. of the ceiling, and the other within 12 in.
of theifloor.'i(See.Fig::2.) •
NOTE: 'Iti'.detcrmining'the free area of an opening, the blocking
effect of the louvcrs,gnt1es, and screens must be considered. If the
free'area'of a louver or.grille design is unknown, assume that wood
}
INTERIOR
HEATED
SPACE
f
SUPPLY AIR
'VENT THROUGH ROOF
(CATEGORY I) .....__.....
J 12 MAX
LL
PER 1000
BTUH* IN'DOOR•'
UNCONFINED
SPACEr • ,.
6 ".MIN. ••
(FRONT) t ,
1.SO IN.:.
PER,1000
BTUH. IN DOOR
a'OR WALL`'
2" MAX':
• Minimum opening size Is 100 square in. with
minimum dimensions of 3 -In.
t Minimum of 3 -In. when type B - vent Is used.
A93387
Fig. 2 —Air for Combustion and Ventilation •
(Inside Air)
louvers have a 20 percent free arca and metal louvers or grilles
have a 60 percent free area. Screens, when used,''mtist not be
smaller than 1 /4 -in. mesh. Louvers and grilles must be constructed
so they cannot be closed.
The size of the openings depends upon whether the air comes'from
inside or outside the structure.
1. All air from inside the structure:
a. Each opening MUST have at least 1.sq in: :of•free area
'per 1000 Btuh of the total input for all equip'mcnt`w
the confined space, but not less than 100 'sq in; per
opening. (See Fig. 2.)
For Example:
b. If the building is constructed unusually tight„ a perma-
nent opening directly communicating with•theoutdoors
should be provided. This opening should.haveia mini-
mum free arca of 1 sq in. per 5000 Btuh total.input
rating for all equipment in the enclosure:
c. If the furnace is installed on a raised platform to'provide
a return-air plenutn, and return air is'taken:directly : from •••
the hallway or space adjacent to, the,furnace,-,all . air,for
combustion must come from.outdoors.t(Seo,Fig, -3.)•
2. All air from outside the structure:
a. If combustion air is taken from outdoors through vertical.
ducts, the openings and ducts MUST have at 1 sq
in. of free area per 4000 Btuh of the.total'input for all
equipment within the confined space.,,
376CAV FURNACE
INPUT BTUH
FREE!AREA :PER . .....
OPENING.(SQ'IN.) . '
46,000
...1001+;..,,;,•,
,•
69,000
.100 .
'
92,000
100 •
115,000
115 •
135,000
•138, •
•
When a furnace is installed in public garages, airplane hangars, or
other;buiidingsihaving; hazardous atmospheres, the unit must be
installedy in accordance`,ywtth. the recommended good practice
requireinents,;ofithe; National Fire Protection Association, Inc.
II. i :AIR;FORjCOMBUSTION AND VENTILATION
Provisionsilfor adequate :combustion and ventilation air must be
providcd4in! accordance :with -'Section 5.3 of the NFGC, Air for
Comliustion!anOe'ntilation; or applicable provisions of the local
building codesft ;; ;r;;
Canaditinln'statlations must'be'installed in accordance with NSC-
NGPIC'and all,authorities'having jurisdiction.
CAUTION: Air for combustion must not be contami-
bnateiillby''h'alogen 'compounds, which include fluoride,
'chloride; bromide, and iodide. These elements are found
in aerosol'sprays; detergents, bleaches, cleaning solvents,
salts,'air fresheners, and other household products.
CAUTION: The operation of exhaust fans, kitchen ven-
'U1ationyfans,jclothes dryers, or fireplaces could create a
N EGATIVE;PRESSURE CONDITION at the furnace.
%Make -up, f air;» MUST.. be • provided for the ventilation
devices, in addition to that required by the furnace.
Alltuel- burning,equipment must be supplied with air for combus-
tiokofithe;fuelt.Sufficient.air MUST be provided to ensure there
willtnotbpca ncgative,pressure,in the equipment room or space. In
addition; apositive;seal ; MUST be made between the furnace
cabinet and -air duct to avoid pulling air from the burner
area :tind'draft'tsafeguard; opening
.
tin; »t,,y.r,,q,,• ..
Theirequirementslfor,combustion and ventilation air depend upon
whetlier;tho1 of rriiiceiis,located in an unconfined or confined space.
Sl'tx c.v
•A ''Unconfineil'Space""
f,�N t -Li
An.unconfi d:;space must have at least 50 cu ft for each 1000
Btuli`of•�inputt for till. the appliances (such as furnaces, clothes
er; waterlieaters; etc.) in the space.
For Example; };'rL,. c:c i . .
If ithe!'unco''nfuied!'space' is` constructed unusually tight, air for
coritbtistion °aiidtventilation'MUST come from tither the outdoors
or spaces ?freely\ communicating• with the outdoors. Combustion
and ventilation, openings;must be sized the same as for a confined
space.A'mininium'opening with a total of at least 1 sq in. per 5000
Btuh "�f�'t'otaliinput' rating for all equipment must be provided.
Return "tur�must' not be taken from the room unless an equal or
greater'anioutifo'f air'is supplied to the room.
•
B; 'Conflned;Space
A'conftned(space•is defined as one whose volume is less than 50
cu ft per) Btuh 'of. the :total input ratings of all appliances
installed in that space. A confined space MUST have 2 pcnnanent
openings,'.i'within'12 in. of the ceiling, and the other within 12 in.
of theifloor.'i(See.Fig::2.) •
NOTE: 'Iti'.detcrmining'the free area of an opening, the blocking
effect of the louvcrs,gnt1es, and screens must be considered. If the
free'area'of a louver or.grille design is unknown, assume that wood
}
INTERIOR
HEATED
SPACE
f
SUPPLY AIR
'VENT THROUGH ROOF
(CATEGORY I) .....__.....
J 12 MAX
LL
PER 1000
BTUH* IN'DOOR•'
UNCONFINED
SPACEr • ,.
6 ".MIN. ••
(FRONT) t ,
1.SO IN.:.
PER,1000
BTUH. IN DOOR
a'OR WALL`'
2" MAX':
• Minimum opening size Is 100 square in. with
minimum dimensions of 3 -In.
t Minimum of 3 -In. when type B - vent Is used.
A93387
Fig. 2 —Air for Combustion and Ventilation •
(Inside Air)
louvers have a 20 percent free arca and metal louvers or grilles
have a 60 percent free area. Screens, when used,''mtist not be
smaller than 1 /4 -in. mesh. Louvers and grilles must be constructed
so they cannot be closed.
The size of the openings depends upon whether the air comes'from
inside or outside the structure.
1. All air from inside the structure:
a. Each opening MUST have at least 1.sq in: :of•free area
'per 1000 Btuh of the total input for all equip'mcnt`w
the confined space, but not less than 100 'sq in; per
opening. (See Fig. 2.)
For Example:
b. If the building is constructed unusually tight„ a perma-
nent opening directly communicating with•theoutdoors
should be provided. This opening should.haveia mini-
mum free arca of 1 sq in. per 5000 Btuh total.input
rating for all equipment in the enclosure:
c. If the furnace is installed on a raised platform to'provide
a return-air plenutn, and return air is'taken:directly : from •••
the hallway or space adjacent to, the,furnace,-,all . air,for
combustion must come from.outdoors.t(Seo,Fig, -3.)•
2. All air from outside the structure:
a. If combustion air is taken from outdoors through vertical.
ducts, the openings and ducts MUST have at 1 sq
in. of free area per 4000 Btuh of the.total'input for all
equipment within the confined space.,,
376PAY1F,U8NAPEi).
:' •
:;!,FREE AREA PER
" OPENING (SQ IN.)
ROUND PIPE
(IN. DIA)
''•Titi*•: • .
• 11.5
4
• - t •'.•':' • '
17.3
5
• .,.-.. 7 92,000'"
23.0
6
..• '•115,000
28.8
7
• ' 1135,000
34.5
7
'"•376CAV)F,URNACE •
• ''.V.'iNPUTIBTUH:',• •
FREE AREA PER
OPENING (SQ IN.)
ROUND PIPE
(IN. DIA)
Heat-Onlyr
!!Heat/Cool*
23.0
6
s.... '?'• - : . ' - • • •:69,000 . `e - •
'1 •
34.3
7
•' l• • • ': '• •
• .'
46.0
8
• ' '. i115,000
19-7/16
57,6
9
'• ' `,.F135;000 ` "
':. 19-7/16'
69.0
10
FURNACE CASING
WIDTH
A
•W'B.
Heat-Onlyr
!!Heat/Cool*
14-3/16
13-1/8
19-5/8.'
'1 •
17-1/2
16-7/16
19-5/8
19-7/16
21
19-7/8
19-5/8
19-7/16
24-1/2
23-7/16
19-5/87'
':. 19-7/16'
• DUCTS TO
/,OUTDOORS
-, :f•i,,,;: . ,•; , ,..z.ji,:•,. S ., ' ''• • ' '
. •• 12" MAX •
. . . 1 SO IN::• •;• tit...
. ' PEF1 2000' •,.•••;!.','
..',Egui-1.1.••••• 1,..,,..
i
'-'`d....;,..::..i '..,..;',.';:.:.;7
: '.' :.:',::','::',,, •:'..•.: ' ,:.
' . ' ' ''. ' . :. , • . i' -'01 4
• l'I.DUCTS •;':(
' '''' ;,,i;•''.;
OUTSIDE::
, i:.....
ttf'd
•
'1 SCI,IN.14
PER 2000,'
.• BTUH;•..tiktr, PI
MAX
•
A
r
"•:f411,!4(ii
For,X.
For,Example:‘;'. ,
RETURN
• AIR
, ,
.! , •". • •
1
D
VENT
THROUGH
ROOF
(CATEGORY 1)
0
UJW
Z
2 0.
0 0 )
1
12" MAX
1 SQ IN.
PER 4000
BTUH*
12"
MAX
1 SQ IN.
PER 4000
BTUH*
1 SQ IN,
PER 4000
BTUH*
-
1e
MAX
DUCT
TO 1 SQ IN.
OUTDOORS PER 4000
BTUH
OUTDOORS
?Minimum dimensions of 3-In.
NOTE:Nse'iriy bf.the following
I 'd)comblnatlons of openings:
'or A & C & D D&E F&G
A93388
Fig: 37-Air for,Combustion and Ventilation
(Outside Air)
b. If combustion air is taken from the outdoors through
horizontal ducts, the openings and ducts MUST have at
least 1 sq in. of free area per 2000 Btuh of the total input
for all equipment within the confined space.
i:/•:;•• •
• c',Whetilducts• arc used, they must be of the same cross-
'siaidtial 'area as the free area of the openings to which
• thCii connect. The minimum dimension of rectangular
• ! not be less than, 3 in. (See Fig. 3.)
III. SUPPLY-AIR PLENUM INSTALLATION .(DOWN-
FLOW)
A. Installation On a Concrete Slab
1. Construct hole in floor per dimensions in Fig. 4 and Table
3.
2. Install plenum and furnace as shown in Fig. 5.
't • • • •
. • " " A73382
Fig. 4—Floor Opening for Concrete Slab •
TABLE 3—OPENING DIMENSIONS (IN.)
• These dimensions apply Man a model CB or CD, Evaporator.Coll.casIng is
to bo Installed.
FURNACE
ta:t
;0•Z.W. • • • 4
PLENUM
A73383
Fig. 5—Furnace on a Concrete Slab (Non
Installation)
B. Installation On a Combustible Floor
1. Cut and frame hole in floor *piedimensions,in Installation
Instructions packaged with downflow subbase.
2. When completed, downflow subbise, plenum, and furnace
(or coil casing when used) should.be,instailid.as;shown in
Fig. 6,
•
A78651
,f,Ig, and Subbase Installed on a
•. Combustible Floor
• `IV714014IZ0NTAL`ATTIC INSTALLATION
'WARNING:' Do not install the furnace on its back;
safety'control operation will be adversely affected. Never
'connecttriiturn - air ducts to the sides or back of the
mii c?Fiulire to follow this warning could result in fire,
•peisonal'injury', or death .
a t•i
The furnace•can'be;insta horizontally on either the left -hand
(LH)or'riglit-hand (RH)'side, A typical attic installation is shown
. LINE CONTACT ONLY PERMISSIBLE BETWEEN
LINES FORMED BY INTERSECTIONS OF
' 'THE.TOP, AND TWO SIDES OF THE FURNACE
• JACKET'AND BUILDING JOISTS,
STUDS, OR FRAMING.
SEDIMENT TRAP
L
Fig. 7—Typical Attic installation
A. Construct a WorR1'fig Platform
Construct working platform on location where all required furnace
clearances are met. (See Table 1 and Fig. 7.)
B. Install Furnace
1. Position furnace in desired location.
2. Connect gas supply pipe. Sce Fig. 7 for typical piping entry.
3. Install fold- supplied filter retainers as indicated in Fig. 8
and Table 4 before connecting return-air duct,to furnace.
4. Connect supply- and return -air ducts.
5. Install 24- X 24 -in. sheet metal shield on platform in front
of louvered control panel as shown in
V. HORIZONTAL CRAWLSPACE INSTALLATION
The furnace can be installed horizontally with either the LIT or RH
side up. In a crawlspace, the furnace can either be'ihung the
floor joist or installed on suitable blocks or pad.';The furnace can
be suspended from each corner by hangcr ;(4 +.each 3 /8 -in.
all - thread rod) cut to desired length, 1. X'•3 /8=in :!flat washer,
3 /8 -in, loekwasher, and 3 /8 -in. nut. Dimples'areprovided.for hole
locations. (See Fig. 1.)
Since horizontal crawlspace installation is very 'siniilar to_the attic
installation, refer to section IV, The installation of,aesheet• metal
shield in front of the louvered control panel is covered.in,section
IV. For a crawlspace installation, this same'sheet metal shield must •
be installed above the louvered control panels Extend the sheet
metal shield over the furnace top far enough to coyer the.gas pipe"
entry hole. •
VI. FILTER ARRANGEMENT
30•IN. MIN
WORK AREA
uu --
� I I I I I I 24„ ``�`�'
r I ►
I I
1 A I it
■4%
If I
1
WARNING: Never operate unit'withoutOa'•filtersor with ,.
filter access door removed. Failiir&to'follow41iii'warning
could result in fire, personal inju y,' or death: '
The 2 factory- supplied filters are shipped in the blower compart-
ment. After the return-air duct has been connected to the furnace,
install the filters in a V- formation inside the return- air.plenuz See,
Fig. 8 and Table 4 for horizontal' applications :'HociiontaPfilter•
retainers must be field supplied. See Fig ::9 for "dowiiflo.v applica-
tions.
•
:i's : i.■1.;1• A62178
NOMINAL IRON
PIPE SIZE
INTERNAL
DIAMETER
' LENGTH OF PIPE (FT)
. 10
20
30
40
50
(IN.)
(IN.) '
1/2
0.622
175
120
97
' 82
73
3/4
0.824
360
250
200
170
161
1
1.049
' 630
465
.375
320
285
1-1/4
1.380
'1400
950
770—
• 660
580
1 -1/2 _
1.610
2100
1460
1180
990
900
3 FURNACE(CASING:
•''''; : '1WIDTHPi' ,
FILTER SIZE AND
QUANTITY
D
."'<:14 -3/16 . '
(2) 14 X 20 X 1
14 - 3/8
.. r''tt•
(2) 14 X 20 X 1
13 -3/8
';% ~'
(2) 16 X 20 X 1
11 -5/8
'" "24.1/2 '' ' '
(2) 16 X 20 X 1
10-1/4
• 'AIRFLOW:, era '" -Ye
,, .-;t:;.Fig. B71Horizontal Filter Arrangement
.; *,::i ?TABL'E' ..4— FILTER RETAINER (IN.)
INSTALLATION
POSITION
,OF FILTERS
„tyt; t,ur.,.t..1,,
RE AIM
ACCESS DOOR
N
FIELD - SUPPLIED
FILTER RETAINERS
AIRFLOW v
Fig. 9— Downflow Filter Arrangement
A82173
A88406
VII: G
Gas.p)ping�i' ust.be in accordance with national and local
code�SRefer�to the current edition of the NFGC.
Canadianvinstallations must be installed in accordance with NSC-
NGPIQ'an¢�a .. having jurisdiction.
Referto :Table5,f9r.recommended gas pipe sizing. Risers should
be''used,to;connect'to'the furnace and to the meter.
:.f
TABLE 5— MAXIMUM CAPACITY OF PIPE •
• Cubic ft of gas per hr for gas prossu as of 0.5 psig (14 -in. wc) or loss, and a
pressure drop of 0.5 -1n. we (based on a 0.60 specific gravity gas). Ref: Table
10.2 NFPA 54 /ANSI Z223.1-1992.
CAUTION: If a flexible connector; is required or al-
lowed by the authority having jurisdiction, =black iron
pipe shall be installed at the gas 'valve and extend a
minimum of 2 in. outside the furnace casing.
WARNING: Use the proper length, of to avoid
stress on the gas control manifold. Failure"to : follow this
warning could result in a gas leak, causing fire, explosion,
personal injury, or death.
I& CAUTION: Connect the gas pipe to the furnace using a
I backup wrench to avoid 'damaging gas'cdntrols.' .
0
WARNING: ' Never purge • a liner into.war combustion
chamber. Never use matches, candles,. flame,. orirother
sourccs of ignition to check for - gas -leakagc:••Use.a
soap -and -water solution to check for'gas leaks:iF to
follow this warning could result in fireVcxplosion;.per-
sonal injury, or death.
After all connections have been d
maer pu; lines'and'check
for gas leakage with rc ulated; as:'su 1 ' Y rge r es thcr s�ur
g g B 8 pp.y p,... ,e;'.„ .
Joint compounds (pipe dope) should be applied, sparingly and only
to the male threads of the joints. This pipe'dope must be resistant
to the action of propane gas.
Install an accessible manual shut -off valve of the furnace
gas controls and within 72 in. of the,.furnace A ;1/8 in.: NPT
plugged tapping, accessible for test , gage ,connection, ,must ; be
installed immediately upstream of.the gas,supply connection to the
furnace and downstream of the manual shut -off valve. Place a
ground joint union between the gas control manifold and the
manual shut -off.
Install a sediment trap in the riser leading to the furnace. The trap
can be installed by connecting a tee to. the riser leading from the
furnace. Connect a capped nipple into the lower end of the tee :The
capped nipple should extend' below. the level' of the gas controls.
(Sec Fig. 10.)
Piping should be pressure tested In accordance, :.with local and
national plumbing and gas codes •before ?the tfurpace;'has,?.been
attached. If the pressure exceeds 0.5 wc);' the gas
supply pipe must be disconnected from :the rnace and : capped
before the pressure test. If the test pr fu
essure�Is equal,,to, or less than
0,5 psig (14 -in, we), close the manual:shut�offtvalye located on the
gas valve before the test. It is recoiiimended'tliat;th joint
union be loosened before pressure testing ,' :..` ` ''�, , •
.•,! •,uU;
s
UNIT:SlZE;i
srr.`:.
;, .VOLTS, ,
!A HERTZ—,
+r.' „PHASE ,
. VOLTAGE RANGE
MAXIMUM
UNIT AMPS
MINIMUM
WIRE GAGE
MAXIMUM WIRE
LENGTH FT*
MAXIMUM ••,
FUSEIORIHACR =.
TYPE'CKT :BKR
• AMPS t
Maximum'
Minimum'
• 024050' •
115-60--1
127
104
6.6
14
42
15
` :..036050; ;;:. :.1.15'
=60-1
127
104
8.1
14
34
15
• .024070 ,, ;;;
115 -60-1
127
104
6.7
14
42
15.
. 038070 +, .
,
127
104
8.4
14
33
15
- i•036096:•(:
ui115 -60-1:
•
127
104
9.2
14
30
. -' ;'15 ■; -"•.•
' 048096'ox
1.115 60 1 ,
127
•
104
10.2
14
28
•' 048115K
' +1.15” 60 1)
7
127
104
10.1
14
28
'U ,15,11:, '
,•
-'0601151
+.1.15 60' 1 •,
0,
127
:'
104
13.3 .
12
33 •
., •,, ...,20,;: ,,...,
•. ,
:080135%,'.;.
• 115- 60 1 ::.
,
• • •
127 '
•
• - •
104
14.3
12
GAS
SUPPLY'•'
:MANUAL..
• 'SHUTOFF
SEDIMENT
TRAP • •
•UNION
Fig. if3— Typical Gas Pipe Arrangement
;,CAUTION: "1 Do') not • connect aluminum wire between
'd3sconnectSsivitch. and furnace. Use only copper wire.
t........ Y PP
,
,
1
,
,
A89414
VIII. ELECTRICAL CONNECTIONS
A. • 115- v;.Wiring.
Refer, toetlieunit rating. plate or Table 6 for equipment electrical
requiremerits; control' system requires an earth ground for
proporl operation: •'t
Make; all''ele`ctricnlvaiinnections in accordance with the current •
edition 'ofr~ Nziiional,', Electrical Code (NEC) ANSI/NFPA
'70- ,1993, und;any, local codes or ordinances that might apply. For
Caiiadlun iastaUudons, all r eldctrical connections must be made in
accordance withCanadian Electrical Code CSA C22,1, or authori-
ties having ; jurisdiction: ' •
NOTE :q!roper,polarity' must be maintained for 115 -v wiring. If
pol board'fault code indicator light will
fliAlilrapiillr iin"d fdrnacc will not operate.
•
TABLE 6— ELECTRICAL DATA
Permissible ,Umits;ofitheNottage,range at which tho unit satisfactorily,
t Ttmedelay: f use; le; recommended.,
'
Length'shown a es'measured 1'wey along path bowman • unit and service panel for maximum 2 percent voltage drop.
WARNING: The cabinet MUST have an uninterrupted
or unbroken ground according to NEC • ANSI/NFPA
70 -1990 and Canadian Electrical Codc • CSA C22.1 or
local codes to minimize personal injury 'if an electrical
fault should occur. This may consist of electrical wire:or
conduit approved for electrical ground 'when installed in
accordance with existing electrical codes:Do nbt use'gas
piping as an electrical ground. Failure to follow ;this
warning could result in electrical shock, fire, or death. "
B. 24 -v Wiring
Make field 24 -v connections at the 24 -v terminal strip.,(See Fig.
11.) Connect terminal Y as shown in Fig. 12 for p roper operation
in cooling mode. Use AWG No. 18 color -coded wire only.
The 24 -v circuit contains an automotive -type, 3-amp fuse located
on the main control board. Any direct shorts' during installation,
service, or maintenance could cause this fuse to blow. If fuse
replacement is required, use ONLY a 3 -amp fuse of identical size.
C. Accessories
1. Electronic Air Cleaner (EAC)
Two spring clamp terminals (for 12 gage maximum; 'solid •
or stranded wire), marked EAC -1 and EAC- 2;"are;provided
for EAC connection. (See Fig. ' 11.) These' terminals are
energized with 115v (1.5 -amp maximum) •during; blower
motor operation. To connect EAC power leads' to"furnacc
control board, strip approximately 1/8 in. of insulation from
wire.' Open terminal by depressing switch arm with a
screwdriver or finger, and insert wire as shown in Fig. 13.
2. Humidifier (HUM)
Screw terminals (HUM and Com) are provided for 24 -v
humidifier connection. The terminals are energized with
24v (0.5 -amp maximum) after inducer; motor:'prepurge
period.
NOTE: A field - supplied, 115 -v controlled relay connected to
EAC terminals may be added if humidifier operation`is!desired
during blower operation.
IX. VENTING
Refer to the enclosed Installation Instructions, GAMA Venting
Tables for Category I Furnaces and EZ VENTrm Tables for
Category I Fan- Assisted Furnaces. The horizontal portion of the
venting system shall maintain a minimum of 1 /4 -in. upward slope
per linear ft and it shall be rigidly supported every 5 ft or less with
hangers or straps to ensure that there will be no movement after
installation.
, � , ,(fit:" �� ;•''� ".,
• 4 .4
• - •' • •
, • ,
, : , •
, • :0
,; , •
•
• „
•
• '
• ' :
". .
• • :A" ...:" •
. 4..;?.'13LK
■
' •.,•.
•
SUPPLIED.
DISpONNECT
•• •
f; • •
FOUR
WIRE
TWO-WIRE
HEATING-
ONLY
FURNACE
TEST/TWIN
115-VAC (L1)
POWER
• SUPPLY
HOT SURFACE
IGNITOR
CONNECTOR
0
9
AUXILIARY
J-BOX
CONTROL
BOX
24-VOLT
TERMINAL
BLOCK
I '
• •
LwAT.ART,-,,Up;; AND SAFETY CHECK
AGeI
q‘.0:d •
• ,
•••'' NOTE4Proper'polarity.must be maintained for 115-v wiring. If
„ pplantyiisilncormet t = control board fault indicator light will flash
..47.0. ■■•
rapidlVandlurnace=will'not operate.
BLOWER OFF DELAY
ADJUSTMENT SWITCH
000
000
SEC-1 0 DO 24V TRANSFORMER SEC-2
3-AMP FUSE
SPARE 1
COOL
HEAT -----Ct°==' BLOWER SPEED
SELECTION TERMINALS
a SPARE 2
Flg. 12—Heating
HUMIDIFIER TERMINAL
(24-VAC 0.5 AMP MAX)
HUM j LED OPERATION &
DIAGNOSTIC LIGHT
EAC 1 (BLACK)
EAC-ELECTRONIC AIR CLEANER
TERMINALS (115-VAC 1 AMP MAX)
EAC 2 (WHITE)
115-VAC (L2) NEUTRAL
CONNECTION
INDUCER MOTOR
CONNECTOR
Fig. 11—Control Board
24V THERMOSTAT
TERMINALS
T
HARNESS CONNECTOR
THERMOSTAT
TERMINALS
FIELD-SUPPLIED
NOTE: Connect Y-termlnal as
shown for proper
operation.
CONDENSING
UNIT
and Cooling Application Wiring Diagram
FUSED DISCONNECT
•
1 , 208/230- OR
- 460-VOLT . ■'.
--- ,THREE1
PHASE
_ .. • . •
... •4.1. • .
'
• 0. .
• ; •
•
---- FIELD 24-VOLT WIRING •
FIELD 115-, 208/230-Y460-VOLT WIRING' •
— FACTORY 24-VOLT WIRING • •
— FACTORY 115-VOLT,WIRING, .
-1 208/230• .
VOLT"
SINGLE
- PHASE
TWO
WIRE NOTE: If any of the original wire, • -
as supplied, must be replacedose
same type or equivalent wire..
. '
'•• • . •
A93052
A78461
The furnace must have a 115-v power stipplyirOpeily connected
and grounded. Proper' polarity must"be maintained :for correct
operation. Thermostat wire connections atR W Caid Y must be
EAC2
' Fig. 13 Terminals on Control Board
made„ at „the 24-v terminal block on the control board. The gas
serviccpressure must not exceed 0.5 psig (14 -in. wc), but must be
no:less,�than "0:16 psig (4.5 -in, wc),
Beforeroperatirig check each manual reset switch for
continuity: If.necessary, press the button to reset the switch.
The blower compartment door must be in place to complete the
115 -v. circuit to the' furnace.
CAUTION: This furnace is equipped with 2 manual
reset limit switches in the gas control area. The switches
'will` open' and shut off power to the gas valve if a flame
rollout or overheating condition occurs in the gas
control , area, DO NOT bypass the switches. Correct
.inadequate' combustion air supply problem and reset the
switches.
f `4Sequence;of, Operation
A93053
,CAUTION: :Furnace,. control must be grounded for
;propert operation or control will lockout. Control is
.groundedsthrough green wire routed to gas valve and
b screw.
•
Using. the :schematic diagram shown in Fig. 14, follow the
sequence.;of,operation through the different modes. Read and
follow; ttfe wiring "diagram very 'carefully.
r,,rr
NOTE :.•If is a power interruption and any thermostat call,
the`'con 'initiate a 90 -sec blower only on period before
starting' another cycle.
1, Heating mode
When ;the, thermostat "calls for heat," R -W circuit closes.
The ,.furnace control performs a self - check, verifies the
pressure switch contacts are open, and starts the inducer
rnotor.t
a:'; prepurge` period —As the inducer motor comes up to
speed ,' pressure switch contacts close to begin a
15 -sec prepurge period.
'• • b,"Ignitor warm -up—At the end of the prepurge period, the
.;!,ignitor is energized for a 17 -sec ignitor warm -up period.
.._c:x`Igtiition sequence. —When the ignitor warm -up period is
' the gas valve opens, permitting gas flow to
1. he btrrners'whene it is ignited. After 5 sec, the ignitor is
'"t: energiz a 2 -sec flame- sensing period begins,
•d : "HUM`'teimirial., is energized with the gas valve, See
.Accessoiies'in Connections section.
c. Flame-sensing—When burner flame is sensed; the con-
trol begins the blower on delay period and
holding the gas valve open. If burner flame is not sensed,
the control closes the gas valve and repeats' the' ignition
cycle.
NOTE: Ignition sequence will repeat 3 additional times before a
lockout occurs. Lockout automatically resets after 3.hrs; or can be
manually reset by turning 115v off (not at thermostat) for 3 sec
minimum, then on again.
f. Blower on delay —Forty sec after burner flame is proven,
the blower motor is energized on heating speed. Simul-
taneously, terminals HUM and Com for humidifier, and
EAC -1 and EAC -2 for EAC are energized. If jumper is
on pin 6 and pin 9,the blower on delay period is 60 sec.
Blower off delay - -When the thermostafis•satisficd, the
circuit between R and W is broken, dc- energizing the gas
valve and stopping gas flow to the burners: The blower
motor, and EAC remain energized 90, 135, Tor 225
sec (depending on the blower off time selection). The
furnace is factory set for a 135 -sec blower off delay
period.
h. Post -purge —The inducer motor remains • energized 5. sec
after the burners are extinguished. If jumper is on pin'6
and pin 9, the post -purge period is 15 sec.
2. Cooling mode
When the thermostat "calls for cooling," R -G q and R -Y
circuits close. The R -Y circuit starts the outdoor condensing
unit and combined R -Y and R -G circuits start the furnace
blower motor on cooling speed. The EAC -1 terminal is
energized with 115v whenever the blower is operating on
cooling speed.
When the thermostat is satisfied, R -G and R -Y circuits are
broken. Furnace blower and EAC continue .operating on
cooling speed for an additional 90 sec,
3. Continuous blower mode
NOTE: EAC -1 terminal is energized with 115v whenever blower
is operating.
When the R -G circuit is made, the blower motor operates on
heating speed, During a call for heat, the, blower stops,
allowing the furnace heat exchangers to heat , ,up more
quickly, then restarts at the end of the ;40- sec•blower on
delay period. if jumper is on pin 6 and pin 9, the blower on
delay period is 60 sec.
The blower reverts to continuous operation after the heating
cycle is completed. .. .
When the thermostat "calls for cooling,” the blower oper-
ates on cooling speed. When the thermostat is satisfied, the
blower operates an additional 90 sec before reverting back
to continuous operation on heating speed. :
4, Heat pump mode
When installed with a heat pump, the furnace control
automatically changes the timing sequence to avoid long
blower off time during demand defrost cycles. When the
W -Y or W -Y -G thermostat inputs are received at the same
time, the control changes the blower to heating speed or
starts the blower if it was off, and begins a heating cycle.
The blower remains on until the end of the prepurgo period,
then shuts off until the end of the ignition warm`up.and trial
for ignition periods (a total 'Of '24" se);"Tlie'blbw then
comes back on at heating speed. „ :;.;p ,•,
When the W input signal disappears, the:controllbegins;the!-
normal inducer post -purge period and the,blowerchanges.to,
cooling speed after a 1 -sec delay.: If the hW-Y, Glsignals,
g.
Jt :A.va�
•
•
• • • �rt.t.i
__..."...- .,...,..-- ...,.,, .n. *•w.axe 47..n MI,Itmr.:m VOVIII Matt• na,R...w.,w,.......w*....+ o••••.. w...+ .......w «.w......otorn,..+ -•+,r
—, Fig. 14—Unit Wiring Diagram
• A94074
r '1,....••,.....• — w �• • t
''''' , '^,SW2 i
f x l! B B OFF A 1 { s
- r - t `DELAY ; 6 •
D • •��
p t 1
Y
. :' (WHEN USED) 4: �
NOTE 2 /1 '" • (WHEN USED)
0S9 . - .,'ALS . „r 'PRS ',LOPS
ORN 43111 . r •
r
µ
1 11`
{ I •
;SCHEMATIC DIAGRAM
T0115VAC FIELD DISCONNECT i
NEUTRAL t • a • NOTE 14 : t /�7 EQUIPMENT ORO ; y , •r (NATURAL GAS 3 PROPANE)
•
GROUND: . a i":i . J � 't4 ! . . 1
4,6W1
p� gy p ; - . -
BSELECTIONCWIRT •_2
T
C HUM I
' �
•
'. •
NOTE '18
YEL
. c�
�S
•
.S P F -l �AE
1.4E `
t
•
' PL4 ' i 2
l
•
HU4. •
N. ME HI - 4j
i
•
I : SEC
135 SEC
1 I 150 SEC
1= 1 225 SEC
, ;Olio
' : ;O .
_. 'BLU .:
11
• B
:r�;.tls
SPARE.. NOTE 19 OL' • ' STAR"
"
' '
(WHEN USED) •
PLi
� �e
.
I
RED �• RED ' . FRS2 • • 1•M 3•P
'--
NS
t~F
IDR
COO L' •
B CAP
LS 4
A I • (
Gv
-• •
v... • • -
BLWM
g ' �1
WHr FSE
0 EAG1
Il
9 0 =
RED FRS1 2'C
� ,
1
GVR
HSI
SEE SEO2
ORN NOTE 45
BLU
BLK
���
I r".
PL
'
2
IDM
HI/I O
RELAY
I RED
_
�g
I �`I
WHT
24 VAC•3A
• •
WHT(COM)
. e 1 t5VAC
FU11 FUSE (
ORN
3 � PL3
TRAM
24VAC
HEIR
IDR
BLWR
BLK HI) .�;.•
COOL SPARE.1
BLOWER YEL MED HI
• • •
• ' START
•
•
CAP
2
SPEED
SELECT
HEAT S 'ARE'
NOTE IB
II
TEST/LAN N FLIT NOTE 17
Si��,j
re NOT USED
S - _re
_ 'T.�T+
EAC.1
BLU (MED LO) • •
PL3 ��
. BRN
I
HUM
/I
fu1,
tm Iiitiv
1 I FASI�ENUSED) LS
C
120 VAC
a ^I
RED (LO) BLWM
11 PRI
L]
1
2
•
2
3
Z
PR2 Cou
WHT
f
R 0
LGeS (WHEN USED)
PL5
.�:..i (COM
W /I-"•
-
- � 4
3
q -_ 4 - PITS
•
,
PL1 � �
Griot
- .
W ELT
FUSED DISCONNECT )
CONNECT
ILK JB SWITCH EN REOU
T E 1 4
1 2
• •
-
- „,
T I
I I [1�•T - u
B LK .4. .L.
1
W){ T1 - 1 NEUTRAL
ORN 1....."..1....
�
V DSS (WHEN USED)
.1111111.
HSI
BLK
IDM
�
GVR•1
2
.�.w�ww►►,,, NOTE 112
3 :1 • GV
.
r
Y
0 / / •-
I
C04 //� . . m.
CPU
1
e
NM
2-0
NOTE
15
LEGEND
FSE
PL1 9- CIRCUIT CONNECTOR
ALS AUXILIARY UNIT SWITCH, OYERTEMP. •AUNUAL RESET, SPST {H C) P12 2-CIRCUIT PCO CONNECTOR
BLWR BLOWER MOTOR RELAY, SPST{N.O.) PL3 3-CIRCUIT IDM CONNECTOR
BLWM BLOWER MOTOR
CAP CAPACITOR P14 2CIRCUTTJUNCIONBOXCONNECTOR
CPU MICROPROCESSOR AND CIRCUITRY P15 2 -CIRCUIT HSUPCB CONNECTOR
065 DRAFT SAFEGUARD SWITCH PAS PRESSURE SWITCH, SPST {N.0.)
EAC•1 . ELECTRONIC AIR CLEANER CONNECTION (118 VAC 1.5 AMP MAX.) TESTRWIN COMPONENT TEST MIN TERMINAL
EAC-2: ELECTRONIC NR CLEANER CONNECTION (COMMON)
FRS FLAME ROLLOUT SW. •MANUAL RESET, SPST{N.C.) TRAM IRANSFORMER•115VAC124VAC
FSE FLAME PROVING ELECTRODE • • •
FUT ': FUSE, 3 AMP, AUTOMOTIVE BLADE TYPE, FACTORY INSTALLED .--1 JUNCTION • • •
Fug . FUSE on CIRCUIT BREAKER CURRENT INTERRUPT DEVICE Q UNMARKED TERMINAL
AS (FIELD INSTALLED
V ALVSREDLVE•REDU l SUPPLIED) C . •
V...; ' OGASVA8YALYERELAPBT{N.OY,DPS.4N.0.) OPERATORS I PC8 TERMINAL ; , .
; --
' FACTORY
-•
) 0
O—�
NOT USED
'
> 1 NOT USED
1 1....41,
J'lOTES; -
1. IF ANY OF THE ORIGINAL EQUIPMENT WIRE IS REPLACED USE WIRE RATED FOR 105'0.
2.' INDUCER (IOM) AND BLOWER (BLWM) MOTORS CONTAIN INTERNAL AUTO-RESET THERMAL
' OVERLOAD SWITCHES (011.• - • - ' ' • .. '
3. BLOWER MOTOR SPEED SELECTIONS ARE FOR AVERAGE CONDLTIONS, SEE INSTALLATION
''; • INSTRUCTIONS FOR DETAILS ON OPTIMUM SPEED SELECTION.' -
4. USE ONLY ACE
JUNCTION BOX (M. ' • - . -' • • ^'. •
5. THIS WIRE MUST BE CONNECTED TO FURNACE SHEETMETAL FOR CONTROL TO DETECT
•_• -
6., . FACTORY CONNECTED W1 EN COPS NOT USED. •' - •
7.' REPLACE ONLY WITH A 3 AMP FUSE.
B.'• YELLOW LEAD NOT ON ALL MOTORS. . I t ' •
' 9, • • BLOWER-0N DELAY, GAS HEATING 45 SECONDS, COOLING OR HEAT PUMP 2 SECONDS
"10. s .. BLOWER-0FF DELAY GAS HEATING 90,'135 150 OR 225 SECONDS, OR HEAT •
x: �: PUMIP 90 SECOWO.9. r� C!'" t£• - ).. -- r.
" I1 ' IONITION•LOCKOUT WILL OCCUR AFTER FOUR CONSECUTIVE UNSU .
nTRIALS-FOR• IGNITION. CONTROL WILL AUTO -RESET AFTER THREE HOURS. " • .. •
. 12.' WHEN USED AUXIUARY UNIT SWITCH (ALS) IS ON DOWNFLOW MODELS ONLY. 321257.401 REV. C
�
�
14410. 'BLOWER MOTOR SPEED CHANGE RELAY, SPDT
_ ,__
.HSI ••� •HOT SURFACE IGNITOR 115 VAC FACT WIRING (24VAC)
: HS1R:. ;HOT SURFACE IGNITOR RELAY, SPST{N.0J - -- . FIELD WIRING (11 5VAC)
'• - HUM E; . 24VA0 HW DIFIER CONNECTION (.5 NAP. MAX) - - - -- FlELD WIRING (24VAC)
. ' IDM .•.:I INDUCED DRAFT MOTOR - . .:•;
'
IDR Ai ;INDUCED DRAFT RELAY. BPBT•(N.O.) ' CONDUCTOR ON P CB ...
;!: B [ \? 1JUN� RR ACCESS PANEL INTERLOCK SWITCH, SPST•(N.O.) .. ..' (2 5 : • r ' FIEL WTRINO B REW TERMINAL
LED • UGHT•EMITTINO DINE FOR STATUS CODER i' : ;'.
LOPS LOW OAS PRESSURE SWITCH. SPOT• , r�'7 - EQIAP(AEM',GROUND : . I '..
1..8 : •'.:. WV SWITCH AuT0 RESET, EPBT(N..) �_ FIELD SAUCE •.
• 01. . "', ,AUTO RESET INTERNAL MOTOR OVERLOAD TEMP. B M
PCB PRINTED CIRCUIT BOARD - � - ; .PL RE CEPTACLE -
Jt :A.va�
•
•
• • • �rt.t.i
__..."...- .,...,..-- ...,.,, .n. *•w.axe 47..n MI,Itmr.:m VOVIII Matt• na,R...w.,w,.......w*....+ o••••.. w...+ .......w «.w......otorn,..+ -•+,r
—, Fig. 14—Unit Wiring Diagram
• A94074
disappear,at the: same time, the blo er remains on for the
• selected4ieating blower off delay period and the inducer
• goes' through it normal post -purge period. If the W -Y
inputs` should disappear, leaving the G signal input, the
controP•goe's;into continuous blower and the inducer re-
mains on'for the'normal post -purge period.
Anytime the controlisenses false flame, the control locks
out of thc'•heating•mode. 'This occurs because the control
caiinotsense;thc W input due to the false flame signal and,
; ns t a�result, sees only'the Y input and goes into cooling mode
-;: blower; off delay i All 'other control functions remain in
. `. standard • forinat.
NOTE: , EAC 1, terminal •is; energized whenever blower operates.
HUMiterminal:is "only energized when gas valve is energized.
C. " Sta Up:Procedures :'
1. %Purge!'gas lines -After all connections have been made,
'purgetthe ;lines and check for leaks.
WARNING : purge a line into a combustion
•Ch matches, candles, flame or other
;souresr,`ofi;ignition•'to check for gas leakage. Use a
•soap - arid water,solution to check for gas leaks. Failure to
•followthis,warning could result in fire, explosion, per -
isontilyinjtiiy or`death, •
2. • Component test —The furnace control board allows all
components, except gas valve, to be run for a short period
of time: •
': ;This'ftature helps diagnose a system problem in case of a
component failure. To initiate component test procedure,
•. lii per), the TEST 1 /4 -in. quick connect terminal on
J, control board, (adjacent to diagnostic light) and the Com
:1.,tcrmlttal on,ttiermostat connection block for approximately
;2 sec; (See•Fig. 11.)
•
NOTE: Component test feature will not operate if any thermostat
''signal ,isj at•control board.
sat
Component .test sequence is as follows.
'`Iviomeiitarily'iumper TEST and Com terminals until
I:BD goes off. ' •
b, ' will display previous fault 4 times.
,: c. Inducer motor operates for 10 sec, then stops.
' '•' ' ;d,'`Hot' +surface ignitor is energized for 15 sec, then de-
' •i'. energized:"
e,; Blower motor operates on cooling speed for 10 sec, then
"f.' Blower, motor operates on heating speed for 10 sec, then
3. To operate furnace, follow procedures on operating instruc-
tion' label attached to furnace.
s.
4. With, : fu
. rnace operating, set thermostat below room tem-
;pera ,and 'observe that furnace goes off. Set thermostat
;!aboyeroom:temperature and observe that furnace restarts.
D.' ,.'Adjustments
• 1 /Se4as saput rate,
' :•Tlieie'are 2 methods of adjusting the gas input rate. The
prefer method • is by using Table 7 and following
instructions in item a. The second method is by clocking the
; 'gtis�meter and following instructions in item b.
Tlie`gas valve regulator has been nominally set at 3.5-in. wc
? for3 natural : %gas; 1 When adjusting input rate, do not set
; manitold�pnessure above 3.8 -in. wc or below 3.2 -in. wc.
a. Check gas Input rate using Table 7.
(1.) Obtain average yearly heat value for local gas
supply.
(2.) Obtain average yearly specific gravity for local gas
supply.
(3.) Verify furnace model. Table .7 can only beused for
model 373LAV Furnaces. • '1‘ '
(4.) Check and verify orifice size in,furnace, ;NEVER
ASSUME THE ORIFICE- 'SIZE. ALWAYS
CHECK AND VERIFY. .
CAUTION: DO NOT redrill burner orifices.;Improper
drilling (burrs, out -of -round holes; etc.):can`cause'exces-
sive burner noise and misdirection of :burner flames. -This
can result in flame impingement of the burners and .heat
exchangers, causing failure.
(5.) Find natural gas heat value and specific in
Table 7. ! •
(6.) Follow heat value and specific,gravity lines to•point
of intersection. Find orifrce'size'•and manifold pres-
sure settings for proper operation fat >given natural
gas conditions.
EXAMPLE:
Heat value 1070 Btu /cu ft
Specific gravity 0.58
Therefore; Orifice No. 44 *
Manifold pressure 3.6 -in. wc
* The furnace is shipped with No. 43 orifices.
Therefore, in this example all main burner•orifrces`must be
changed and the manifold pressure must be';adjusted.
•
(7.) Proceed to item c to adjust,manifold pressure.
b. Check gas input rate by clocking gas meter.
(1.) Obtain average yearly heat valuefor'local gas
supply,
(2.) Check and verify orifice size in'furnace. NEVER
ASSUME THE ORIFICE + SIZE.' ALWAYS
CHECK AND VERIFY.
(3.) Turn off all other gas appliances; and•pilots.
(4.) Start furnace and let run for 3 minutes. ,
(5.) Measure time (in sec) for gas'metei to complete 1
revolution.
(6.) Refer to Table 8 for cu ft of gas per hr.
(7.) Multiply gas rate (cu ft/hr) by heating value (Btu/cu
ft).
EXAMPLE:
Btu heating input = Btu/cu ft X cu ft/hr
Heating value of gas = 1070 Btu/cu ft ,
Time for 1 revolution of 2 -cu ft'dial = 72'sec
Gas rate = 100 X 1070 = 107,000 Btuh
(8.) Check to make sure that measured gas input does
not exceed gas input on unit rating plate.
(9) Proceed to item c to adjust manifold' pressure.
c. Adjust gus input. ;
GAS;HEAT,VALUE'
",. �
:' 'w.' • ' ':::'
SPECIFIC GRAVITY OF NATURAL GAS ' • • •.;;
":' "0,56
0.58
0.60
0,62
0.64
0.66
, ' 0.68
'
; "•'•''0.72'
Orf,
. No.'
- Mnild
Press.
Orf
No.
Mnfld
Press.
Orf
No.
Mnf Id
Press,
Orf
No.
Mnfld
Press.
Or(
No.
Mnfld
Press.
Orf
No.
Mnfld
Press.
Orf
No.
Mnfld
Press.
Orf
No.•
, Mntldz
Press:
Orf
' No.
Mnfld
Press.
• •.1 -... '" ": °''
860 . .,'
. .
;
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'40
, 41
-
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3.5
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40
41
39
3.3
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40
41
39
3.4
3.7
3.2
40
41
39
3.5
3.8
3.3
40
38
39
3.7
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40
38
39
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38
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41
3.3
41
3.5
41
3.6
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3.7
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3.8
38
3.2
38
3.3
38'
14'
' 38
3.4
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3.211'
38
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•For_si ;a 060135,only, doduct 0.1 -In. wc from manifold pressure shown In table due to 22,500 Btuh per burner input. II resullant,manitold pressure falls below 3.2 -in. wc
change orifice size. • .,.• •
( 1:)'Rcmovc regulator adjustment seal cap. (See Fig.
2.)' Tum „ adjusting screw counterclockwise to decrease
' : 'M input ;Turn screw clockwise to increase input. DO
NOT. setmanifold pressure less than 3.2 -in. wc or
;.;;;;;;;;''',;imore`'than, 3.8 -in, wc for natural gas. Make any
' ,;major adjustments by changing main burner ori-
fices:
`7(3.) When correct input is obtained, replace regulator
adjustment seal cap. Main burner flame should be
clear blue, almost transparent. (See Fig. 16.)
, d.l'.High ; altitude -In the United States, gas input on unit
•!' rat ig:'plate • is for altitudes up to 2000 ft. Ratings for
)41.v lt ft must be 4 percent less for each
1,3,TABL'EF7,�„ „MODEL 376CAV ORIFICE SIZE AND MANIFOLD PRESSURE FO CORRECT,INPUTy'RATE Iv
I S DATA BASED ON ALTITUDE UP TO 2000 FT •AND•23, 000 ;BTUH•.PER• BURNER),;;-'-
1000 ft above sea level. To obtain the adjusted;altitude
rating, adjust the manifold pressure, item c, and replace
the plain burner orifices as needed: 'Refer- to NFGC
Appendix F, Table F-4 for proper orifice sizing at high
altitudes. ' • • • - •
e. Canadian installations only--The Canadian ratings are
approved for altitudes up, to 2000. ft' -for_ natural and
propane gases. High - altitude ratings,are from 2000 ft to
4500 ft above sea level, 'See Table;9for npminal burner
orifice size. High - altitude input ratings include a 10
percent derate as required by 'Canadian standards.
SECONDS`;';
( -• FORi1;g} ;,
REVOLUTION
BIZE'OF TEST DIAL
SECONDS
StZE OF TEST DIAL
‘,11,11
'cu ft'
:. 2,.,
cu ft•
.;• 5 •
cu ft
• FOR 1
REVOLUTION
1
cu ft
2
cu ft
5
cu ft
• .i n r.. »
1 1` olq
i .: jj1.4
'..360.
, 327:1:655
1 300!
277
; 257..'514`'
.720
•
600;
' 555z
1800
:1836
11500.
'1385'
1286
50
51
52
53
54
72
71
69
68
67
144
141
138
136
133
360
355
348
340
333
;'
•' 16I '
• ∎.17� }": "
1 • , • ,18 1 .'., j.,
I • . 19 -..'
' 240
•225!
� 212:
;,200 i
1 -189 -
.480
:450
' 424;
. 400
379
,1200
. 1125
'1059
`1000
• 947 '
55
56
57
58
59
2 3 LOLa0
131
129
126
124
122
327
321
316
310
305
20 - ....'
1 211
•22. .
• '23 •..' :,
'''•' '24' ''''
• 180..
••171 •
'164.
.157;
'150'
360.
343•
327
313
300
• 900
857'
818
783
750
60
62
64
66
' 68
60
58
58
54
53
120
116
112
109
108
300
290
281
273
285
. ,.. 26 :. ,. ,,
'26 ' • `' ''
1 • `27) „ •
. 128j .'0'.
• 29? ' 1 • . !
1 144.
138'
133'
129.
' 124 •'
288
' 277
287'
257.
248
720
692
643
621
70
72
74
76
78
51
50
48
47
46
103
100
97
95
92
257
250
243
237
231
,301 .
• 31, ; i
' ' 321 �'
•' 33 ' ', ..
' . 34 : `”.
,.120.,
.116'•
' 113•
109'.
.106 A
.240,,
.232'
225'
' 218
212'
600
. 581
563
545
'529
80
82
64
86 '
88
Qg�QQ
0 m 0 Q N
00000
225
220
214
209
205
• 361 . ; ..
,.36! .
• '37: ` " -
.''.38j, %;''.;
• • 39' • • • ••
103.
100':;
''' 9 .
• ' 92 • •
• 208
• 200
' 195
189
'185
514
500
'488
474
"462
90
92
94
96
98
40
39
38
38
37
80
78
76
75
74
200
196
192
188
184
::40; � -•,• ,
,‘41 f .
. i 421, ;.; .. •..861'
' !
• ;44I'I',
90 ::
, 88 ..,
84
'
180.
178
172 •
167'
164
450
'439
429
410
409
100
102
104
106
108
38
35
35
34
33
72
71
69
68
67
180
178
173
170
167
. ,r,45: 1••;∎•
.2 -
47;' '
. 48
•' X49 .: t i!'
'•804•
– 78!.
78 `'
.• .1,75'
, 73 t;
1400
391
i 383
-375
1 367
110
112
116
120
33
32
31
30
65
64
62
60
164
161
155
150
COLOR
SPEED
FACTORY‘
ATTACHED TO
Black
High
,COOL •
Yellow (When
present)
Medium - High
SPARE
• '
Blue
Medium -Low
HEAT
Red
Low
.. SPARE ..
White
Common
,. ' : COM
GAS
SEA LEVEL
0 -2000 FT
HIGH ALTITUDE
. 2000 -4500 FT
Natural
43
44'
Propane
54
55'
,,,, ; TABLE 8 `, CAS (Cu. ` i /HR)
> KNOB-
'CONTROL
—INLET
'PRESSURE .TAP
MANIFOLD
PRESSURE TAP
GAS
PRESSURE
REGULATOR
ADJUSTMENT
A90044
Fig. - 7Redundant Automatic Gas Control Valve
2,' Set • temperature rise..
Furnace ;must 'operate within range of temperature rise
spe cifred'on,the unit rating plate. Determine the air tem-
perature iisc as follows.
,a. Place duct thermometers in return and supply ducts as
• near.;furnace as•possiblc. Be sure thermometers do not
"sec': heat exchangers so that radiant heat does not affect
thermometer readings. This is particularly important
•,,,, withSstraight -run ducts.
Fig. 16-- Burner Flame
TABLE 9— CANADIAN ORIFICE,SIZE
A89020
b. When thermometer readings stabilize, subtract return-air
temperature from supply -air temperature to, determine
temperature rise.
c. Adjust air temperature rise by adjusting blower ; speed.
Increase blower speed to reduce temperature rise. De-
crease blower speed to increase temperature rise.
WARNING: Disconnect the electrical power,., before
changing the speed tap. Failure to follow this 'warning
could result in personal injury.
d. To change blower motor speed selections for heating
mode remove blower motor lead from',control board
HEAT terminal. (Sec Fig. 11.) Select desired blower
motor speed lead from 1 of the other, terminals and
relocate it to HEAT terminal. Sec Table 10 for lead color
identification. Reconnect original lead on SPARE'termi-
nal,
Follow this same procedure for proper selection of COOL
speed selection.
TABLE 10 —SPEED SELECTOR
0
CAUTION: Recheck temperaturerise: It must be within
limits specified on unit rating plate: Recommended op-
eration is at midpoint of rise or above.
3. Set thermostat heat anticipator. •
The thermostat heat anticipation,.mustlbef set tolmatch the
amp draw of the electrical components i i the,RtWctrcuit.
Accurate amp draw readings can' be :obtained;at ;t1 errrtostat
i subbase:. terminals R and W. Fig. 17 illustrates an easy
inethod'of obtaining the actual amp draw. The amp reading
..should,bc :taken after the blower motor has started, See the
-thermostat ,manufacturer's instructions for adjusting the
heat anticipator and for varying the heating cycle length.
NOTE:''When using an electronic thermostat, set cycle rate for 3
cycles per. hr.
EXAMPI . E:.G.O.AMMPS_ON.AMMEtL. IE . 0.5 AMPS FOR THERMOSTAT SETTING
10 TURNS AROUND JAWS
A80201
Fig. 17 —Amp Draw Check With Ammeter
E..' Check:Safety,,Controls
Theflame,sensor, gas valve, and pressure switch were all checked
in,ttie „Start.ukProcedures section as part of normal operation.
1Check;printary limit control.
T ;;control shuts off the combustion control system and
:;energizes the circulating -air blower motor if the furnace
overheats.
Th • c
e method of checking the limit control is to
;gradually.block off the return air after the furnace has been
operating for a period of at least 5 minutes. As soon as the
lir has off the burners, the return -air opening should
beunblocked. By using this method to check the limit
control,'it.can be established that the limit is functioning
properly and operates if there is a motor failure.
2. Check draft safeguard switch.
.The purpose of this control is to permit the safe shutdown
or the furnacc during certain blocked vent conditions.
n: Disconnect power to furnace and remove vent connector
from furnace outlet collar. Be sure to allow time for vent
pipe to cool down before removing.
b. ,Restore power to furnace and set room thermostat above
room temperature.
c. • After normal start -up, allow furnace to operate for 2
minutes; then block flue outlet 100 percent. Furnace
'should cycle off within 2 minutes,
•
•
THERMOSTAT SUBBASE
TERMINALS WITH
THERMOSTAT REMOVED
FROM UNIT 24 -VOLT
TERMINAL BLOCK
M� "i•R?LT:s'"'�..a . v L�."+: tU 4s.vos,
d. Remove blockage and reconnect vent: pipe to furnace
outlet collar.
c. Wait 5 minutes and then reset draft safeguard switch.
3, Check pressure switch.
This control proves operation of draft inducer blower.
a. Turn off 115 -v power to furnace.
b. Remove control door and disconnect inducer motor lead
wires from wire harness.
c. Turn on 115 -v power to furnace.
d. Set thermostat to "call for heat" and wait 1 minute. When
pressure switch is functioning properly, hot surface
ignitor should NOT glow and control board diagnostic
light flashes a 31 fault. If hot surface ignitor glows when
inducer motor is disconnected, shut down furnace im-
mediately. Determine reason pressure switch did not
function properly and correct condition.
c. Turn off 115 -v power to furnace.
f. Reconnect inducer motor wires, replace control door, and
turn on 115 -v power to furnace.
4. Check auxiliary limits (when used).
a. Turn off 115 -v power to furnace.
b. Remove blower access door.
c. Disconnect red motor lead at blower speed selector.
Mark terminal for proper reconnection.
d. Replace blower access door.
c. Turn on 115 -v power to furnace. Be sure room thermo-
stat is calling for heat.
f, Allow furnace to operate until auxiliary limit activates,
but DO NOT operate furnace longer than 4 minutes.
g. If furnace operates for 4 minutes, check/replace limit
switch(es).
h. Turn off 115 -v power to furnace,
i. Remove blower access door.
j. Reconnect red motor lead, reset switch, and replace door,
k. Turn on 115 -v power to furnace.
F. Checklist
1. Put away tools, instruments, and clean up, debris.
2. Verify manual reset switches have continuity.
3. Ensure blower and control access doors are properly in-
stalled.
4. Cycle test furnace with room thermostat.
5. Check operation of accessories 'per manufacturer's instruc-
tions.
6. Review User's Manual with owner.
7. Leave literature packet near furnace.
7
MECHANICAL CONTRACTOR (please print)
N ame: 9., r R.., ..c.. -- ‘.4 e A L- l ,.) G- -, Po"-E— s
..1 c' (. l'7
Company: 17 7,1 6 o.) ,v ,‘,...
11 ,:. ea t i, U
Address: 9 0 1 5,
1.2) 4 4-.
e`.
-- r - ,n.w„ L pc
wll
9 FSII,
Signed: �\ fr - .
g
��-
Date:
7 , Z 2 • `i (
CITY OFD 'rUKWILA
Permit Center
6300 Southcenter Boulevard, Suite 100
Tukwila, WA 98188
(206) 431 -3670
H -16
Submittal Checklist
MECHANICAL VENTILATION
INTEGRATED FORCED -AIR VENTILATION REQUIREMENTS
Project: D `ft� >r -P
Address: I ,I ( P6V 6 I --) 6*
Lot #:
Permit #: I) I (12 ONOto
mcl
1. Intermittently operated whole house ventilation systems shall be constructed to have the
capability for continuous operation, and shall have a manual control and an automatic control, such
as a clock timer.
2. Integrated forced -air ventilation systems shall have a 6 -inch diameter or equivalent outdoor
air inlet duct connecting a terminal element on the outside of the building to the return plenum of
the forced -air system.
The outdoor air inlet duct shall be equipped with a damper or other device that regulates air
flow to a minimum of 0.35 air changes per hour but not greater than 0.50 air changes per hour
under normal operating conditions.
The outdoor air connection to the return air stream shall be located to prevent thermal shock
to the heat exchanger.
3. The following calculations describe the range for minimum and maximum air changes per
hour under normal operating conditions.
Area of house X Ceiling height X 0.35/60 = min. CFM required
Area of house X Ceiling height X 0.50/60 = max. CFM required
This house: Minimum CFM = 5s 1 51
l�
MECVENT.DOC 7/9/96
Maximum CFM = ) I b .
ee
RECEIVED
CITY OF TUKWILA
JUL 231996
PERMIT CENTER
The duct damper has been set and tested to regulate the air inlet duct flow to 1 CFM and is
therefore in accordance with the Washington State Indoor Air Quality Code requirements.
Project Name: �/
l.1 CI '1 I u tA5 C
Address:
i i b3b 5 l5 04
Residential Building Permit Number:
1 . Prescriptive Option W.S.E.C. Chapter 6, (check building permit option used):
❑ I. ❑ II ❑ III. ® IV. ❑ V. ❑ VI. ❑ VII. ❑ VIII.
2. House Square Footage (HSqFt)
3. Heating System installed, (check system type below):
RECEIVED
❑ a. Electric Resistance /21 BTU /h per sq. ft. CITY OF TUKWILA
❑ b. Electric (forced air) /24 BTU /h per sq. ft. JUL 2 3 1996
PERMIT CENTER
0 c. Other Fuels (gas, heat pump) /27 BTU /h per sq. ft.
4. Equipment:
a. Make P A ii r t-12-
b. Model ' 1 to c A V 3 - 1 0
c. Size in BTU's 5 s , ovv
5. Calculation /(HSqFt) 1 to s & (see line 2 above)
BTU /h X '-i (see line 3 a, b, or c above)
Ll y 5' 5 0 BTU Equipment Maximum Size
CITY Or TUKWILA
Permit C ,iter
6300 Southcenter Boulevard, Sulte 100, Tukwila, WA 98188
Telephone: (206) 431 -3670
Prescriptive Heating System Sizing for
Single Family Homes - New Construction
Washington State Energy Code Chapter 9, Climate Zone 1
PERMIT APPLICATION #:G - 0 , 09 5
Applicant'Signature:
Date:
7- 2
2
5
7/9/96
H -6
M MANN NICI COMPANY NI C.
LIC - BRENNHC077NC
A5 cut me4 e
K s r a n r e- 316 C V 36 '10 4 w+ -•1' t-
su pp ti d S t`'JG e etur ctk`fS In StALL
'gjr oak foe cQ W h. rt. &o 9 % 1 l o H I s ti -ee- he u ef e. 0 n
V.e.
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1 LA- Si' a 1 L
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oAe
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9"
S
S, oao S t s o ��rP
F V r I1 Cl c-e
RECEIVED
CITY OF TUKWILA
JUL 2 3 1996
PERMIT CENTER
4601 South 134th Place • Tukwila, WA 98168.362- 7665.248 -7900. 1- 800 - 400 -2914
¶ o') o
July 30, 1996
Ms. Donna Jack
Brennan Heating
4601 South 134th Place
Tukwila, Washington 98168
Dear Ms. Jack:
SUBJECT: Development Permit Application Number M96 -0093
Duffy, Greg.
4636 S 150 St
This letter is to inform you that your permit application received at the City of Tukwila
Permit Center on July 23, 1996, was reviewed at the July 26, 1996, plan review meeting.
Your application was determined to be complete. Your permit has begun the plan
review process, you will be notified of any corrections or when you plan is approved.
If you have any concerns or questions please contact me at the City of Tukwila Permit
Center at (206) 431 -3672.
Sincerely,
Kelcie J. Peterson
Permit Coordinator
'File: M96- 0093
\_.
City of Tukwila
iede
FILE COPY
John W. Rants, Mayor
Department of Community Development Steve Lancaster, Director
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7.23.1996 11140
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RECEIVED
• CITY OF TUKWILA
JUL 23 1996
PERMIT CENTER