HomeMy WebLinkAboutPermit M98-0134 - WEBER WAYNE4evrim
(A) ne E.
City of Tukwila ( (206) 431 -3670
Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188
Permit No: M98 -0134
Type: B -MECH
Category: RES
Address: 4624 S 146 ST
Location:
Parcel #: 004000 -0581
Contractor License No: GLENDHA05302
CHANGE OUT OLD OIL FURNACE WITH A NEW LENNOX
70,000 BTU OIL FURNACE.
UMC Edition: 1994
MECHANICAL PERMIT
Permit ' en er Authorized Signature Date
Signatu
Print Name:_L
Valuation:
Total Permit Fee:
Status: ISSUED
Issued: 06/26/1998
Expires: 12/23/1998
TENANT WEBER WAYNE E
4624 S 146 ST, TUKWILA WA 98168
OWNER WEBER WAYNE E
4624 S 146TH, SEATTLE WA 98168
CONTACT GLEN A JONASSEN Phone: 206 243 -7700
12462 DES MOINES MEMORIAL DR, SEATTLE WA 98168
CONTRACTOR GLENDALE HEATING & A/C Phone: 206 243 -7700
12462 DES MOINES WAY SOUTH, SEATTLE, WA 981682266
******************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * **
Permit Description:
2,372.81
44.06
********,******* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * **
k-Z6-1_1
I hereby certify that I have read and examined this permit and know the
same to be true and correct. All provisions of law and ordinances
governing this work will be complied with, whether, specified herein or not.
The granting of this permit does not presume to give authority to violate
or cancel the provisions of any other state or local laws regulating
construction or the performange of work. I am authorized to sign for and
obtain th buil• ng permi
Date:_ (,,�,1'1e_ 7 _��
Title:
This permit shall become null.and void if the work. is not commenced within
180 days from the date of issuance, or if the, work is suspended or
abandoned for a period of 180 'days'from:.the last inspection.
Project Name/Tenant:
�7Al e – �L1 e,c
Will there be storage of flammable /combustible hazardous material in the building? ❑ yes Al no
Attach list of materials and stoma a location on se crate 8 1/2 X 11 a er indicating guantilies & Material Safest Data Sheets
Wl6b.
,._._.,City State /Zip:
Value of Construction:
g t 2 ? z M4/
Tax Parcgl Number:
Site Address: / /
f /
Property Owner:
CAMk
Address:
Phone:
. a0 2- /'23
Street Address:
0 Water
City State /Zip:
Fax #:
Contact Person:
G 1 �,�
44 . 2 � w.��
e, gey6,8
Phone:
,71 3 - -7 .7 0 o
Street Address:
/:2 L I - ( D 2_
1) 4 s krui, •L' s k 't
- '.-
City State /Zip:
b.,. cppeem 9J--i6
Fax #:
Contractor:
(Y l e,.✓ d e
// r&-
Phone:
.24)(e - 4 - 7
Street Address
—
ity 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 FILLED OUT BY APPLICANT)
Description of work to be done: '
CAAn9 e. v u1- G) / 4• a. C_
Will there be storage of flammable /combustible hazardous material in the building? ❑ yes Al no
Attach list of materials and stoma a location on se crate 8 1/2 X 11 a er indicating guantilies & Material Safest Data Sheets
7Above Ground Tanks LJ Antennas /Satellite Dishes Bulkhead /Docks ❑ Commercial Reroof
❑ Demolition ❑ Fence ❑ Mechanical El Manufactured Housing - Replacement only
0 Parking Lots ❑ Retaining Walls ❑ Temporary Pedestrian Protection /Exit Systems
El Temporary Facilities ❑ Tree Cutting
MONTHLY SERVICE BILLINGS TO:
Name:
Phone:
Address:
City /State /Zip:
0 Water
0 Sewer
0 Metro
0 Standby
CITY OF 7
Permit Center
6300 Southcenter Boulevard, Suite 100
Tukwila, WA 98188
(206) 431 -3670
Miscellaneous Permit Application
Application and plans must be complete in order to be accepted for plan review.
Applications will not be accepted through the mail or facsimile.
APPLICANT REQUEST FOR MISCELLANEOUS PUBLIC WORKS PERMITS
❑ Channelization /Striping
El Flood Control Zone
El Landscape Irrigation
❑ Storm Drainage
El Water Meter /Exempt #
El Water Meter /Permanent #
❑ Water Meter Temp #
❑ Miscellaneous
❑ Curb cut/Access /Sidewalk El Fire Loop /Hydrant (main to vault) #: Size(s)
❑ Land Altering: 0 Cut cubic yards 0 Fill. cubic yards 0 sq. ft.grading /clearing
El Sanitary Side Sewer #: ❑ Sewer Main Extension 0 Private 0 Public
El Street Use El Water Main Extension 0 Private 0 Public
0 Deduct 0 Water Only
Size(s):
Size(s):
Size(s)• Est. quantity: gal Schedule:
❑ Moving Oversized Load/Hauling
WATER METER DEPOSIT /REFUND BILLING:
Name:
Address:
MISCPMT.DOC 7/11/96
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 accepted:
, �
Date application s:
ex ire
lay- D5 - -C ig
Applilta n (!n!tlals)
BUILDING OWNER OR AUTHORIZED AGENT:
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
0
Signature: Ie,.J A • --.-�r)4)4 -S5
OR� e• J
/ d».Q¢.
�
�'76 ->
l Date: /'_ 25..t/
1 � -
{100
Commercial Tenant Improvement
Permit
Print namo:( t9 ....1---c„,,, 56,3 49
t
Bulkhead /Dock
Submit checklist No: M - 10
Phone: ,,,..4.3,.. 7
I Fax #I:
Submit checklist No: M -6
Address:
�
/o? Li6Y), D-PS ,n1 d �h eJ ___
fJ .
Submit checklist No: M -3, M -3a
City /State
/Zip:
6n
_
71
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
0
Antennas /Satellite Dishes
Submit checklist No: M -1
O
Awnings /Canopies - No signage '
Commercial Tenant Improvement
Permit
0
Bulkhead /Dock
Submit checklist No: M - 10
El
Commercial Reroof
Submit checklist No: M -6
0
Demolition
Submit checklist No: M -3, M -3a
i l
Fences - Over 6 feet in Height
Submit checklist No: M -
Land Altering /Grading /Preloads
Submit checklist No: M - 2
0
Loading Docks
Commercial Tenant Improvement
Permit. Submit checklist No: H -17
O
Mechanical (Residential a Commercial)
Submit checklist No. M -8, ,
Residential only - H -6, H - 16
i n
Miscellaneous Public Works Permits
Submit checklist No: H - 9
El
Manufactured Housing (RED INSIGNIA ONLY)
Submit checklist No: M - 5 .
0
Moving Oversized Load /Hauling
Submit checklist No: M - 5
0
Parking Lots
Submit checklist No: M -4
n
Residential Reroof - Exempt with following exception: If roof structure
to be repaired or replaced
Retaining Walls - Over 4 feet in height ,
Residential Building Permit
Submit checklist No: M -6
Submit checklist No: M -
0
Temporary Facilities
Submit checklist No: M -7
Temporary Pedestrian Protection/Exit Systems
Submit checklist No: M - 4
El
Tree Cutting
Submit checklist No: M -2
ALL MISCELLANEOUS PEA T APPLICATIONS MUST BE SUBM D WITH THE FOLLOWING:
➢
Ake pRAVVI1G,§' 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 properly . 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 1 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.
MISCPM7'.DOC 7/11/96
Addre 4624 S 1 ST P',1:rmit M98-014
SujLe:
Tenant: WEBER WAYNE E Statue: ISqUED
:Tvuet B-MECH nlied: 06/25/199S
ParCei lit 004000-0081 fe5uedt 06/26/1998
PerMit Conditions:
. .I.',. No chanues will be made to the ni Unies.s aporoved by the
Archittnt or Enuineer and th.e_Tul'„wjj.aBuildinu Dv it:Iari.
2. All nermits. inene plans ehall bis.!
at the to tli"e'A'.fg:0:;i con
straction„ TheAncumerciro m-in*
• ' '
b l e uht i 1 f try0 L 1 r ,L)ct1, i t101 OV I s
3 . All constro,.h a-0.0o,ved
plans andj.f,eaUirOmentii, 64 the linjorM Bu
Edition).4sYamendfid:, UniforMAechahleal,“:(Ael.99,4,,Edjtjon).
itnd Washinliton qt r;neruy C,ode, (.1?94 ,
4. Yalidi,ty.:mf'Permit.'The anoe,,,0 R
dlansotFicificatLons. i:.n
strued b n.ermit for.,.. 'on an .ahoroval of, anv
-
_
of any of the provisions of ti,le. code o ,of,.e.hv
,•.
othei':ordi'h4hce of th'e*Iuris4itction, No permit presumthO to
giyeauthorItTto vii.)ate .oicancej the provisionsis
cod ha11 be vd1d
5. MANyFACTUURS:INStALLATiON:INSTRU NS_
CTIOREOUIRED ON 3TTE
FOIR!'1"HpOLDING.IN$FTCTORREVIEW:
CITY OF IUKN1LA
'.',.:.', ■..
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V. • y )," . f ,,!
' '...■.,. ',..': ■J$
'..(.:',',, ., •. ,, ''.. '.. • :'
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•
ACTIVITY NUMBER: 2498 -0134 DATE: 6 -25 -98
PROJECT NAME: WEBER, WAYNE
XX Original Plan Submittal Response to Incomplete Letter
Response to Correction Letter # Revision After Permit Is Issued
DEPARTMENTS:
Build g
Awe., (-z-1 S ❑
Public Works
Approved ❑
1PR•ROUTE,DOC
6/98
PLA�N� EVI EW/�R�TI NG'S111 P
Fire Prevention
Structural
DETERMINATION OF COMPLETENESS: (Tues, Thurs)
Complete C Incomplete ❑
Comments:
Approved ❑ Approved with Conditions ❑
n
Routed by Staff C (if routed by staff, make copy to master file and enter into Sierra)
Planning Division
DUE DATE: 6 -30 -98
Not Applicable
TUES /THURS ROUTING: Please Route No further Review Required
APPROVALS OR CORRECTIONS: (ten days) DUE DATE: 7-28-98
Permit Coordinator !�
REVIEWERS INITIALS: DATE:
Approved with Conditions Not Approved (attach comments) ❑
REVIEWERS INITIALS. DATE:
CORRECTION DETERMINATION: DUE DATE:
Not Approved (attach comments) C
REVIEWERS INITIALS: DATE:
Project:
w" , ' f i ,
I IN �-Q. ���
Type e of ins action: . f
YP P ..G. a.-i
Addre� i i s / L1� ) ` <
C i in nstructions:
Date called:
ag.
Special
y
`
. D tow
Requester: ) 1.
I
Phone No.: �,
a Li
M
U✓
Inspector:
$42.00 • EINSPECTION FEE REQUIRED. Prior to Inspection, fee must
be paid at 6300 Southcenter Blvd., Suite 100.. Call to schedule reinspection.
Receipt No.:
Date:
Date:
(X Approved per applicable codes.
COMMENTS:
INSPECTION REC '9D
Retain a copy with V /mit
INSPECTION NO.
CITY OF TUKWILA BUILDING DIVISION
6300 Southcenter Blvd., #100; Tukwila, WA 98188'
PERMIT NO.
Corrections required prior to approval.
J(/18 --o13y
(206) 431 -3670
k*,4 *k** * *:k &* *,1•*k *is•.**•A•k*:k•b :A.4•kk*•.k *:k!rA•k*•kA*^1•k•.A .4 **h4.A•k:1•• h•A••A•h **•k•*h
CITY OF. TUKYIILA. NA TRANJMI.
h *kk•k ,4 •k•.A'* *•A•k* * *k *•►** i •k A*A **st•:1•k•A*•k•k4 *•**“.A;h:A*•k•*••14hA
.TRFIk?SMIT Numt'er• R9700787 Amount: 44.06A6/26/98 12:34
Pa•woent Method: CHECK Notation: GLENDAI..E HEATING Ini•I.: IZLH
Permit No: M98 -0194 Tyre: t3• -MP.CH :MECHANICAL PERMIT.
Site
Parcel Na: 004000-058 ( d r e s. u 4624 5 146 ST
This Pevment
44.06
Account Cade Description
000 /345.8.30 PLAN CI Ct( - RES
000/3 ?.100 MECHANICAL -- RCa
Total Fees;
Total ALL Pmts: •
• Balance:,
44.06
.
>: **lc4it *;'r •A :1 *•dlAA*l A *.Afi•fii14 * .AdMit k:1' tl M *A*Af*A*A•tl•A * .ka *Ak•fir *•k *
FILE COPY
1 undr:rst :;.d t :t t :io Flan Chcc :c r.:o
su:.; t to c, crs and omissions and cp,: rc•. ci cf
door not authorize the violation of any
or orC �. • .of contractor's
ac':ptod c
copy of
By
Date
Permit No.
Alird
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1
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S PPoI A,. I Ldek- . ?V( $
CITY OF TUKWILA
APPROVED
JUN 2 6 1998
AS NM:
BUILDING DI
CITY OF TUKWILA
JUN 2 5 1998
PERMIT CENTER
M*OI4
1
SPECIFICATIONS AND DIMENSIONS
Model No. 024-70
024- 105/120
024-140/154
Input — Btuh (kW) Low /High 70,000 (20.5)
105,000 / 119,000 (30.8 / 34.9)
140,000 / 154,000 (41.0 / 45.1)
Output — Btuh (kW) Low /High 57,000 (16.7)
85,000 / 97,000 (24.9 / 28.4)
113,000 / 125,000 (33.1 /36.6)
*A.F.U.E. (Low /High) 82
81
82
Nozzle rating — U.S. gph (L/hr) and spray angle .50 (1.9) — 80° hollow
.65 (2.5) — 80° ( -105 input) Solid .85 (3.2) – 80° ( -140 input) solid
m.75 (2.8) — 80° ( -120 input) solid p01,00 (3.8) – 80° ( -164 input) solid
Oil burner pump
1 Stage
Oil burner pump pressure — psig (Pa) 100 (690)
(
140 (965)
Oil burner air inlet connection (dia.) – in. (mm)
4 (102)
Flue size — in (mm) diameter
6 (152)
Blower Data
Blower motor — hp (WI 1/6 (124)
1/4
(187) I 3/4 (560)
Motor Pulley – in. (mm) 3 -1/4 (83)
4 (102)
Blower wheel nominal
diameter. & width — in. (mm)
10 x 8 (254 x 162)
I 12 x 9 (305 x 229)
Blower Pulley – in. Imm)
7 (178)
Belt size – in. (mm) 40 (1016)
41 (1041)
cfm (L/s) at .20 in. wg. (50 Pa) 820 (390)
external static pressure
1170(550)
1550 (730)
Dimensions — in. (mm) H x W x D
54 x 19 -1/2 x 30-5/8
(1372 x 495 x 778)
54 x 22-1/2 x 33-1/8
(1372 x 572 x 841)
Warm Air opening size — in. (mm) H x W
18 x 19 -5/8 (457 x 498)
21 x 22 -1/8 (533 x 562)
Return Air opening size — in. (mm)
H x W
Sides
14 x 22 (356 x 559)
Bottom
16 x 22 (406 x 559)
18 x 22 (457 x 559)
*lumber and Size of Filters — in. (mm) (1)
16 x 25 x 1 (406 x 635 x 25) m(2) 18 x 25 x 1 (406 x 635 x 25)
Shipping weight — lbs. (kg) 1 package
225 (102) 275 (125)
Electrical characteristics
115 volts — 60 hertz —1 phase
r g [ t lf r4.+(�,!.1 p . - Vb,.r y . rr ;` •
d1'G19SY�31IDYti11I1Y19S �!�dtl im�i. '!!.i�!- . iY'ri• ?- i;:'
`�i Ar n:.., ; i; <(.�'t, 'Y�'�'�,.
<�
. . � �` ?ti. tr(�:l'irl'�i'. . °i1Ci'ftl�l.? �' �1•�1'�e7�
C.! �'; % I : (° °S,n• f a °
AI
Two Stage Oil Pump
• • • 44
Oil Filter– 10 micron (no mounting bracket)
81P89
Oil Filter – 10 micron (with mounting bracket) •
53P92
Replacement cartridge for above – 10 micron, 45 gph
53P93
Filter restriction Indicator Gauge
53P90 pNEC?CC-
LENNOX
OPTIONAL EOUIPMENT
Thermostat — Thermostats & Controls Tab
Humidifiers — Accessories Tab
Electronic Air Cleaners — Accessories tab
OIL FURNACES
ELITE 8011' SERIES HEAT ONLY UP -FLOW
81 TO 82% A.F.U.E.
PRODUCT CATALOG 70,000 to 154,000 Btuh 120.5 to 45.1 kW) Input Heating Capacity
STANDARD FEATURES
• Durable Heat Exchanger
• Exclusive "EZ Clean" Heat Exchanger Design Simplifies Regular Maintenance
• Revolutionary Now Beckett AFII 011 Burner Redefines Simple Serviceability
• Simple Outdoor Combustion Air Option Furnished For Improved Efficiency And Superior Reliability
• Primary Safety Control
• Fully Insulated Cabinet For Quiet Operation
• Fully Insulated Blower Compartment
• Belt Drive Blower
• Fan and Limit Control
• Draft Regulator Furnished
• Top or Side Flue Pipe Connections For Maximum installation Flexibility
• Side Filter Adaptor Kit
• Lifetime Heat Exchanger Warranty
• Five Year Limited Parts Warranty
.Intl. Cr
Gam
C I 8TBOO
*Annual Fuel Utilization Efficiency based on DOE test procedures and according to FTC labeling regulations. Isol combustion system rating
urnaces.
tCleanable frame typo filters. Furnished with unit In Side Filter Adaptor Kit for field installation external to the cabinet.
[TJMust be field provided for field conversion to higher heating input.
[21Requires return air from both sides of cabinet.
NOTE — Specifications, Ratings and Dimensions subject to change without notice and without incurring liability.
"rInnntnc Canarliian ucann only
024
Page 2
March 1998
JUN 2 5 1998
PERMIT CENTER
Technical
Th
PRODUCT LITERATURE
01997 Lennox Industries Inc.
Dallas, Texas
FOR YOUR SAFETY
Do not store or use gasoline or other
flammable vapors and liquids in the
vicinity of this or any other appliance.
Page 1
INSTALLATION
INSTRUCTIONS
024 SERIES UNITS
OIL UNITS
503,720M
38152A043
11/97
Supersedes 9/97
Unit Dimensions 2
Start-Up and Unit Performance Check List 2
Unit Parts Arrangement 3
Burner Parts Arrangement 3
General 4
Requirements 4
Locate and Level Unit 5
Initial Set —up of Unit 5
Venting 6
Connect Flue 9
Supply and Return Air Plenums 9
Connect Oil Supply Line and Filter 9
Leak Check 10
Electrical Wiring 10
Unit Start—up 12
Adjustments 12
Service 13
Troubleshooting 13
Technical
-_ Publications
Litho U.S.A.
/ :TABLE .OFCONTENTS
RETAIN THESE INSTRUCTIONS
FOR FUTURE REFERENCE
CAUTION
When venting this appliance, keep
vent terminal free of snow, ice and
debris.
WARNING
Improper installation, adjustment, alteration, service, or
maintenance can cause injury or property damage. Refer
to this manual. For assistance or additional information,
consult a qualified installer or service agency.
RECEIVED
CITY OF TUKWILA
JUN 2 5 1998
PERMIT CENTER
Model No.
A
B
C
D
E
024 -70 n .
19 -1/2
30 -5/8
18
19 -5/8
16
024 - 105/120 mm
ii
495
778
457
498
406
024 - 140/154 n.
22 -1/2
33 -1/8
21
22 -1/8
18
mm
572
841
533
562
457
3/4
(19)
: O24UNIT.fDIMENSIONS:4NCHES.'(MM}
3/4
(19)
TOP VIEW
B �
�(51)
22
1 1-1/4 (559)
-1/ RETURN AIR
SIDE VIEW
FLUE
CONNECTION
23 1/2
(597)
Page 2
54
(1372)
V
0
RETURN AIR
FRONT VIEW
4124 START UP.AND'PERFORMANCECHECKLIST: ,
L 3 2
Job Name
Job Location
Installer
Unit Model No.
HEATING SECTION
Electrical Connections Tight? 0
Supply Voltage Blower Motor Amps
Blower Motor H P.
Blower Motor Lubrication O.K.? 0
Piping Connections Tight? 0 All Valves Open? 0
Burner Model No. Serial Number
Oil Pump Pressure [recommended min. 100 psig for -70;
min. 140 psig for all other units )]
Job No.
City
City
Serial No.
PROPER DRAFT
Date
State
State
Serviceman
Draft Reading (recommended .03 -.04 inches w.c.)
% CO2 (recommended 12%)
Flue Connections light? 0
• Fan Control Setting (maximum (35 °C�
Fan Control Cutout Temperature Rise
Filter Clean & Secure? CI Vent Clear? 0
THERMOSTAT
Calibrated ?0 Heat Anticipator Properly Set? 0 Level? 0
:024 UNIT °PARTSARRANGEM
' r -'024:101L BURNER=PARTSAR
FLANGE
GASKET
FLANGE
RETAINING AIR TUBE
CLIP ASSY FOR
FB HEADS
1/4" HEX
HEAD SCREW
CONTROL BOX
FB -HEAD
CLEAN -OUT PORT
BECKETTO
AFII BURNER
LIMIT SWITCH
INDOOR BLOWER
HEAD —
INSULATOR
NOZZLE
ADAPTER
NOZZLE LINE
ELECTRODE HEAD
ASSY. ELECTRODE
ASSY
a
024UNITPARTS`ARRANGEMENT ::
CLEAN -OUT PORT
CONTROL BOX
BECKETT®
AFII BURNER
LIMIT SWITCH �____1
INDOOR BLOWER
I
HEAT EXCHANGER
FLUE OPENING
CLEAN -OUT PORT
OBSERVATION PORT
COMBUSTION AIR INTAKE
BLOWER MOTOR
FIGURE 1
02401L "$URNERPARTS ARRi4NGEMENT
RETAINING
CLIP
1/4 " HEX
HEAD SCREW
l
AIR TUBE
ASSY FOR
FB HEADS
FB -HEAD
HEAD
INSULATOR
NOZZLE
ADAPTER
NOZZLE LINE
ELECTRODE HEAD
ASSY.
FLANGE AIR TUBE
GASKET SCREWS
FLANGE
L
ELECTRODE
ASSY
g
HOLE PLUG
PEDESTAL
ELECTRONIC IGNITION
TRANSFORMER
IGNITOR
REAR ACCESS
DOOR ASS
MAIN
HOUSING
ASSY
S ^LIMED
ESCUTCHEON
PLATE
CONNECTOR
TUBE
C3F
*
FUEL PUMP
PRIMARY 4X4
CONTROL BOX
REAR ACCESS
DOOR GASKET
I
COUPLING
MOTOR
BLOWER
WHEEL
AIR
ADJ.
DIAL
INLET
AIR SCOOP
FIGURE 2
Page 3
sRi
CLEARANCES
024- 70/105/120
024- 140/154
TOP OF
2"
2"
PLENUM AND DUCT
(51mm)
(51mm)
PLENUM SIDES
3 "
(76mm)
3 "
(76mm)
SIDES
0"
0"
(O
(Omm)
REAR
0 "
0"
(0mm)
(0mm)
FRONT
(102mm)
(102mm)
*FLUE PIPE
(MEASURED FROM ABOVE)
(152mm)
(152mm)
FLUE PIPE
6"
6"
(MEASURED VERTICALLY)
(152mm)
(153mm)
MODEL NO.
COMBUSTION AIR OPENING
DIMENSIONS — 2 REQUIRED
024- 70/105/120
10" X 20" (254mm x 508mm)
024- 140/154
11" X 22" (279mm x 559mm)
1*'
These instructions are intended as a general guide and do
not supersede local codes in any way. In Canada, refer to
CSA 8139 for recommended installation procedures. Au-
thorities having jurisdiction should be consulted before
installation.
A — Shipping and Packing List
1— Unit
1— Draft control
B — Shipping Damage
Check unit for shipping damage. Receiving party should
contact last carrier immediately if any shipping damage is
found.
REQUIREMENTS
A WARNING
Product contains fiberglass wool.
Disturbing the insulation in this product during
installation, maintenance, or repair will expose you
to fiberglass wool. Breathing this may cause lung
cancer. (Fiberglass wool is known to the State of
California to cause cancer.)
Fiberglass wool may also cause respiratory, skin,
and eye irritation.
To reduce exposure to this substance or for further
information, consult material safety data sheets
available from address shown below, or contact
your supervisor.
Lennox Industries Inc.
P.O. Box 799900
Dallas, TX 75379 -9900
A WARNING
Improper installation, adjustment, alteration, ser-
vice or maintenance can cause property damage,
personal injury or loss of life. Installation and ser-
vice must be performed by a qualified installer or
service agency.
Installation of Lennox oil -fired furnaces, wiring, warm air
ducts, etc. must conform with the National Fire Protection
Association Standard for the Installation of Oil Burning
Equipment, NFPA No. 31, the National Electrical Code,
ANSI /NFPA No.70 (in the U.S.A.), CSA Standard CAN/
CSA —B139 (in Canada), Installation Code for Oil Burning
Equipment, The Canadian Electrical Code Part1, CSA 22.1
(Canada), The recommendations of the National Environ-
mental Systems Contractors Association and any state or
provincial laws or local ordinances. Authorities having ju-
risdiction should be consulted before installation. Such
applicable regulations or requirements take precedence
over general instructions in this manual.
Page 4
Chimneys and chimney connectors must be of the type
and construction outlined in section 160 of NFPA No. 31.
Air for combustion and ventilation must conform to stan-
dards outlined in section 140 of NFPA No. 31 or in Canada,
CSA Standard 8139. When installing 024 units in confined
spaces such as utility rooms, two combustion air openings
are required. Dimensions of combustion air openings are
shown in table 1. One opening shall be below burner level
and the other opening shall be no more than 6" (152mm)
from the ceiling of that room.
A IMPORTANT
An opening to the outside for combustion air is
strongly recommended, especially in new homes.
Refer to table 2 or the unit rating plate for specific
combustion air opening dimensions.
The combustion air opening should provide a minimum free
area 1/2 square inch per 1,000 Btu per hour input. This com-
bustion air should be brought into the area containing the fur-
nace below the level of the furnace burner.
TABLE 1
COMBUSTION AIR OPENING DIMENSIONS
This unit is approved for use on combustible flooring and
for clearances to combustible material as listed on unit rat-
ing plate and in table 2. Unit service and accessibility clear-
ances take precedence over fire protection clearances.
TABLE 2
INSTALLATION CLEARANCES
NOTE - Service access clearance must be maintained.
*Minimum clearance shown for flue pipe may be reduced by using
special protection as provided by local building codes and the Nation-
al Fire Protection Association Standards.
Unit must be adjusted to obtain a temperature rise within
the range listed in table 3 in the Start-Up section of this
manual.
When installed, furnace must be electrically grounded in
accordance with local codes or, in the absence of local
codes, with the current National Electric Code, ANSI /NFPA
No. 70, or Canadian Electric Code (CEC) if an external
electrical source is utilized.
,)
ti
t
C
Field wiring connection with unit m
specifications of type T wire and with
temperature rise.
When furnace is used in conjunction
shall be installed in parallel with, or o
of, cooling units to avoid condensati
ment. With a parallel flow arrange
other means to control the flow of ai
to prevent chilled air from entering
manually operated, must be equip
prevent operation of either unit, unl
full "heat" or "cool" position.
LOCATE AND LEVEL UNIT
1— Set the unit in desired location kee
ances list in table 2. Also keep in mi
tons, electrical supply, flue conn
clearance for installing and servici
2— Level the unit from side to side an
the furnace is not level, place f
shims between the low side of
floor. Make sure the weight of the f
evenly on all four corners. Strain
causing cracking and popping
weight of furnace is not evenly di
I INITIAL UNIT ADJUSTMENTS
Neither the nozzle adjustment settin
ments are factory set. The furnace is o
limit control is checked to make sure it
factory settings are made. During ins
must be adjusted to ensure proper o
ling dealer /contractor must have a
equipment in order to correctly perfo
justments. The use of test equipment
than ever due to tighter tolerances ne
nace operating efficiently.
A combustion test kit containing thefo
is required for proper oil furnace start
•Draft Gauge
•CO2 or 02 Analyzer
•Smoke Tester
•Pressure Gauge
•High Temperature Thermometer
*Oil Vacuum Gauge
•T —gauge included with unit
•Knowledge proper test equipment
Field wiring connection with unit must meet or exceed
specifications of type T wire and withstand a 63 °F (17 °C)
temperature rise.
When furnace is used in conjunction with cooling units, it
shall be installed in parallel with, or on the upstream side
of, cooling units to avoid condensation in the heating ele-
ment. With a parallel flow arrangement, a damper (or
other means to control the flow of air) shall be adequate
to prevent chilled air from entering the furnace and, if
manually operated, must be equipped with means to
prevent operation of either unit, unless damper is in the
full "heat" or "cool" position.
/LOCATE AAND LEVEL UNIT ` e S `.. ... > .. �`
`�,� ,�aiPr 3� �;I..s�
1— Set the unit in desired location keeping in mind the clear-
ances list in table 2. Also keep In mind oil supply connec-
tions, electrical supply, flue connections and sufficient
clearance for installing and servicing unit.
2— Level the unit from side to side and from front to rear. If
the furnace is not level, place fireproof wedges or
shims between the low side of the furnace and the
floor. Make sure the weight of the furnace is distributed
evenly on all four corners. Strain on sides of cabinet
causing cracking and popping noises may occur if
weight of furnace is not evenly distributed.
=.'l lITlAL INR 4QJUSTMENTS z _ £, i _ :: %:
Neither the nozzle adjustment setting nor the air adjust-
ments are factory set. The furnace is only fire tested and the
limit control is checked to make sure it functions properly; no
factory settings are made. During installation, the furnace
must be adjusted to ensure proper operation. The instal-
ling dealer /contractor must have and use proper test
equipment in order to correctly perform the operation ad-
justments. The use of test equipment is now more critical
than ever due to tighter tolerances needed to keep the fur-
nace operating efficiently.
A combustion test kit containing the following components
is required for proper oil furnace start-up:
•Draft Gauge
•CO2 or 02 Analyzer
•Smoke Tester
•Pressure Gauge
•High Temperature Thermometer
•011 Vacuum Gauge
•T —gauge included with unit
*Knowledge proper test equipment operation.
Page 5
A CAUTION
Improper nozzle and or air adjustment of this unit
may result in sooting problems. Refer to the follow-
ing section for correct adjustment procedures.
Nozzle Adjustment
Proper adjustment of the nozzle assembly is critical be-
cause alignment may have changed during shipping. Be-
fore the furnace and oil lines are installed, the nozzle assem-
bly must be checked. This may easily be done by removing
the entire burner assembly (not just the nozzle) from the fur-
nace. The lower firing nozzle is factory installed. This should
be verified by the installer. Inspect the spark transformer
leads also to ensure they are still attached to the electrodes.
The burner assembly is attached to the vestibule panel by
three nuts. Slots are provided in the mounting flange for re-
moving the burner assembly from the vestibule. By loosen-
ing the nuts and by turning the whole burner assembly
counterclockwise (figure 3), the entire burner assembly will
come out of the furnace. There is adequate wire to remove
the burner without disconnecting wires. Once removed, just
turn the burner around in the vest panel area.
024 SERIES B
First, loosen three nuts which -
attach burner to vest panel.
URNER REMOVAL
Next, rotate burner counterclock-
wise on slots then pull toward you.
FIGURE 3
A head position gauge is furnished with each furnace for
easing service. The gauge should remain with the furnace;
it may be needed at a later time. Provided gauge is differ-
ent from one used on 020 series units.
To use the gauge, insert the small end of the gauge into the
end of the cone and measure from the flat of the end cone
to the tip of the nozzle. When nozzle depth is correct, the tip
of the nozzle should just touch the end of the gauge. Refer
to the illustration sheet provided with the gauge. Note that
the scale side of the gauge is not used for this purpose.
Corrections are made by sliding the entire nozzle assem-
bly forward or backward within the blast tube (figure 4). At
the same time nozzle alignment must be checked.
To check nozzle alignment, again insert the small end into
the end cone and measure the nozzle and electrode align-
ment against the center lines marked on the gauge (again
refer to enclosed illustration sheet). If the nozzle is not cen-
tered, but found to be too far left or right, a new nozzle as-
sembly will need to be ordered. Do not attempt to adjust by
bending the 90 degree elbow in the oil line.
BECKETT OIL BURNER NOZZLE ADJUSTMENT
Burner must be removed from
furnace for this procedure.
TO ADJUST NOZZLE:
1- Loosen screw.
2 -Slide entire nozzle /electrode assembly back and forth until
nozzle just touches gauge.
FIGURE 4
VENTING
A WARNING
Combustion air openings in front of the furnace
must be kept free of obstructions. Any obstruction
will cause improper burner operation and may re-
sult in a fire hazard.
A WARNING
The barometric damper shall be in the same atmo-
spheric pressure zone as the combustion air inlet
to the furnace. Deviation from this practice will
cause improper burner operation and may result
in a fire hazard.
A CAUTION
Do not store combustible materials near the fur-
nace or supply air ducts. The material (such as
paint, motor oil, gasoline, paint thinner, etc.) may
ignite by spontaneous combustion creating a fire
hazard.
A WARNING
This furnace is certified for use with type "L" vent
"B" vent must not be used with oil furnaces.
Page 6
Prior to installation of unit, make a thorough inspection of
the chimney to determine whether repairs are necessary.
Make sure the chimney is properly constructed and sized
according to the requirements of the National Fire Protec-
tion Association. The smallest dimensions of the chimney
should be at least equal to the diameter of the furnace flue
pipe. Make sure the chimney will produce a steady draft
sufficient to remove all the products of combustion from
the furnace. A draft of at least .04" w.c. is required.
1— Local building codes may have more stringent instal-
lation requirements and should be consulted before
installation of unit.
2— The flue pipe should be as short as possible to do the
job.
3— The flue pipe should not be smaller than the outlet di-
ameter of the flue outlet of the furnace.
4— Recommended pipe is minimum 24 gauge galva-
nized.
5— Single wall vent pipe should not run outside or
through any unconditioned space.
6— Chimney should terminate two (2) feet above the
highest peak of a peaked roof, and three (3) feet high-
er that a flat roof.
7— Flue pipe must not pass through a floor or ceiling.
Clearances to single wall vent pipe should be no less
than six (6) inches; more if local codes require it.
8— Flue pipe may pass through a wall where provisions
have been made for a thimble as specified in the Stan-
dards of the National Board of Fire Underwriters. See
figure 5.
9— The flue pipe should slope upward toward the chim-
ney on horizontal run at least 1/4 inch to the foot and
should be supported by something other than the fur-
nace, such as isolation hangers. See figure 6.
FIGURE 5
BAROMETRIC
CONTROL*
(IN EITHER
LOCATION)
MASONRY CHIM
C7
000
CLEANOUT
*Barometric control may be Installed in
zontal section of flue pipe within 18" of
terial acceptable to the authori
12— When two (2) or more appliance
flue, the area of the common fl
than the area of the largest flu
plus 50% of the areas of the addi
nection. Chimney must be able
appliances operating at the sa
BAROMETRIC
CONTROL*
(IN EITHER
LOCATION)
FACTORY —BUILT CH
000
WW1
*Barometric control may be Installed in
zontal section of flue pipe within 18" of
FIGURE 7
C
BAROMETRIC
CONTROL*
(IN EITHER
LOCATION)
MASONRY CHIMNEY
CLEANOUT
LINER
CLEANOUT
MASONRY
CHIMNEY
*Barometric control may be Installed In either vertical or hori-
zontal section of flue pipe within 18" of flue outlet of furnace.
FIGURE 6
10— Extend the flue pipe into the chimney so that it is flush
with the inside of the flue liner. Seal the Joint between
the pipe and the liner.
11— The furnace shall be connected to a factory built chim-
ney or vent complying with a recognized standard, or
a masonry or concrete chimney lined with a lining ma-
terial acceptable to the authority having jurisdiction.
12— When two (2) or more appliances vent into a common
flue, the area of the common flue should not be less
than the area of the largest flue or vent connection
plus 50% of the areas of the additional vent or flue con-
nection. Chimney must be able to sufficiently vent all
appliances operating at the same time.
BAROMETRIC
CONTROL*
(IN EITHER
LOCATION)
FACTORY —BUILT CHIMNEY
FACTORY
CHIMNEY
BUILT
DRAIN FOR
CONDENSATE
*Barometric control may be Installed in either vertical or hori-
zontal section of flue pipe within 18" of flue outlet of furnace.
FIGURE 7
Page 7
Combustion an openings 111 the front of the for
mace most be keftt free of obstructions Any nb
structton will cause nn1)1otter burner utler.rtion
arid rtn.1y result in .1 fie h.t.'.ud or col bon monoxide
111101y
A CAUTION
A CAUTION
The (11.111 (1lvette! or baruntetrtt. shall he in the
s.une atrnostlherie. tlressule .'one .1s the combos
Iron .0r inlet to the furnace l)evt.11tun from this
to dctice will cerise improper burner ()per Jinni anef
relay result to .1 fire 11.1:.1(1 ur C.trb011 111onoxi(l( in
luny
13— The flue pipe shall not be connected to a chimney flue
serving a solid fuel appliance or any mechanical draft
system.
14 —All unused chimney openings should be closed.
15— All vent pipe run through unconditioned areas or out-
side shall be constructed of factory built chimney sec-
tions. See figure 7.
16— Where condensation of flue gases is apparent, the
vent shall be constructed to prevent the condensation
from entering the flue transition box opening. Provi-
sion shall be made to drain off the condensate. See
figure 7.
17— Vent connectors serving this appliance shall not be
connected into any portion of mechanical draft sys-
tems operating under positive pressure.
18— Keep the area around the vent terminal free of snow,
ice and debris.
Units Using Combustion Air from a Confined Space
If the furnace is installed in a confined space and combus-
tion air is taken from the heated space, the supply air and
ventilating air must be brought through two permanent
openings of equal area. One opening shall be located
within twelve (12) inches of the ceiling and the other within
twelve (12) inches of the floor, each having a free area of
one square inch per 1000 BTU /HR of total input rating of all
appliances within the space and not less than one hundred
(100) square Inches each.
A return air duct is recommended. Where there is no com-
plete return air duct system, a full size return connection
should be run to a location outside the confined space and
completely sealed so that no air from the confined space
an be circulated through the heating duct system.
When flue pipe is installed at less
clearance listed in table 2, radiatir
.be installed. See figure 9
((
Units Using Combustion Air from Outside
The 024 series unit uses the Beckett AFII burner. This
burner was designed to allow for direct air intake piping
(4 "). The maximum equivalent length of pipe is 70 ft. A 90°
elbow equals Eft.
If the furnace is installed in a space within a building of tight
construction, air must be supplied from outdoors. In this
case, one opening shall be within twelve (12) inches of the
ceiling and the other within twelve (12) inches of the floor,
each having a free area of one square inch per 4000 BTU/
HR if combustion air ducts are vertical. If horizontal com-
bustion air ducts are run, one (1) square inch per 2000
BTU /HR of the total input of all appliances within the enclo-
sure is required.
The use of a barometric relief placed in the intake pipe is
recommended when outdoor combustion air is directly
connected to the burner. This will allow confined space air
to be used as combustion air in the event that the opening
to the outdoor air becomes blocked. Using a barometric
relief in the intake will reduce the chance of sooting.
A CAUTION
DO NOT USE a barometric draft relief in exhaust
vent pipe if outdoor combustion air is connected
directly to the burner.
Removal of Unit from Common Venting System
In the event that an existing furnace is removed from a
venting system commonly run with separate gas ap-
pliances, the venting system is likely to be too large to
properly vent the remaining attached appliances. The
following test should be conducted while each ap-
pliance is in operation and the other appliances not in
operation remain connected to the common venting
system. If the venting system has been installed im-
properly, the system must be corrected as outlined in
the previous section.
1 - Seal any unused openings in the common venting
system.
2 - Visually inspect the venting system for proper size
and horizontal pitch and determine there is no block-
age or restriction, leakage, corrosion or other defi-
ciencies which could cause an unsafe condition.
3 - Insofar as is practical, close all building doors and
windows and all doors between the space in which
the appliances remaining connected to the com-
mon venting system are located and other spaces
of the building. Turn on clothes dryers and any ap-
pliances not connected to the common venting sys-
Page 8
tem. Turn on any exhaustfans, such as range hoods
and bathroom exhausts, so they will operate at
maximum speed. Do not operate a summer ex-
haust fan. Close fireplace dampers.
4 - Following the lighting instruction on the unit, place
the appliance being inspected in operation. Adjust
thermostat so appliance will operate continuously.
5 - Test for spillage using a draft gauge.
6 - After it has been determined that each appliance
remaining connected to the common venting sys-
tem properly vents when tested as outlined above,
return doors, windows, exhaust fans, fireplace
dampers and any other gas burning appliance to
their previous condition of use.
7 - If improper venting is observed during any of the
above tests, the common venting system must be
corrected.
Horizontal Venting
The barometric draft control must be used in the horizontal
(sidewall) venting system. It must be located within 18 in-
ches of the furnace flue outlet. See figure 8 for barometric
draft control location.
BAROMETRIC
CONTROL*
HORIZONTAL VENTING
I II
o
❑❑❑
CONTROL FOR
HORIZONTAL
VENTING
*Barometric control must
be Installed In the hod -
zontal venting system and
located within 18" of flue
outlet of furnace.
FIGURE 8
The 024 is approved for horizontal venting with the follow-
ing mechanical vent systems:
Tjernlund (sideshot) #SS1 C and Field Controls #5WG -5
with the CK -61 control kit. Refer to manufacturers' instal-
lation instructions for proper installation procedures and
service parts information.
Do not common vent with any other appliance when us-
ing sidewall vent system.
Maximum permissible vent length is 70 equivalent feet.
Minimum length is 15 equivalent feet. Calculate the equiva-
lent vent pipe footage from the furnace to the mechanical
vent system (Tjernlund or Field Controls) by adding the
straight vent pipe length and the equivalent elbow lengths
together.
/ CC NNEC.77. LUE°'.
UNIT
CABINET
IMPORTA
RADIATION SHIELD INSTA
COMBUSTIB E
MATERIAL
EE NOTE 2
A A
NONCOMBUSTIBLE RADIATION SHIELDS
SPACERS (SEE NOTE 1)
NOTE 1— Radiation shields must be constr
sheet metal minimum.
NOTE 2- Radiation shields required when
(229mm).
NOTE 3- Radiation shields should extend
pipe as short and direct as possible. Wh
pliances vent into a common flue, the
flue should be at least equal to the area
vent connector, plus 50% of the area of
or vent connectors. Install draft control
pipe according to instructions packed
Inspect flue pipe annually. Clean soot or
if necessary. If pipe is rusted, replace.
(
/`CONNECT £FLUE .
•
,A IMPORTANT
When flue pipe is installed at less than minimum
clearance listed in table 2, radiation shields must
he installed. See figure 9
RADIATION SHIELD INSTALLATION
COMBUSTIB E
MATERIAL
tilEE - NOTE 2
A
NONCOMBUSTIBLE RADIATION SHIELDS
SPACERS (SEE NOTE 1)
12"
(305 mm)
7 „
178 m
NOTE 1— Radiation shields must be constructed of 24 gauge
sheet metal minimum.
NOTE 2- Radiation shields required when A is less than 9"
(229mm).
NOTE 3- Radiation shields should extend from the top of the
unit to the top of the flue pipe.
FIGURE 9
Use 24 gauge or heavier galvanized smoke pipe and fit-
tings to connect furnace to vent. Connect flue pipe to chim-
ney using the least number of elbows and angles possible.
Flue pipe or vent connector must be inserted into but not
beyond the outside wall of the chimney flue. No reduction in
diameter of flue pipe is acceptable. It is best to have flue
pipe as short and direct as possible. Where two or more ap-
pliances vent into a common flue, the area of the common
flue should be at least equal to the area of the largest flue or
vent connector, plus 50% of the area of any additional flues
or vent connectors. Install draft control (provided) and flue
pipe according to instructions packed with control.
Inspect flue pipe annually. Clean soot or ash from flue pipe,
if necessary. if pipe is rusted, replace.
Page 9
Install draft control at least 12 inches beyond the furnace. If
there is no space to install the draft control in the flue pipe it
may be installed in the vent above the flue pipe. Follow the
instructions packed with the draft control.
/ SUPPLY :& RETURN-AIRPLENUMS --.
Secure return air plenum to unit using sheet metal screws.
NOTE –The following are suggested procedures that should
be followed when installing the supply air plenum.
1– Use sealing strips of fiberglass.
2– In all cases, the plenum should be secured to furnace or
evaporator cabinet with sheet metal screws.
3– Install supply and return air ducts as desired.
.VONNECT OIL'SUPP.:LY1INE &FILTER
Use continuous lengths of heavy wall copper tubing or
steel pipe for oil supply line. Install oil supply line under
floor or near walls to protect it from damage. Avoid running
lines along joists or reverberating surfaces. Always use
flare fittings. All fitting must be accessible. Do not use com-
pression fittings.
A IMPORTANT
Both oil supply and return lines must he sub-
merged in oil in the supply tank.
Single Line — Burner is shipped with fuel pump set for
single line operation. In single line operation, the oil supply
line Is connected to the inlet tap on the pump. A single line
system should only be used where there is gravity oil flow
to the pump and the line is not run at any point so that the
line is above the oil level in the tank.
Two Line — if the installation requires two line operation, the
bypass plug in the bag attached to the pump must be
installed. Refer to the bulletin packed with bypass plug for
instructions and locations of bleed inlet and return line ports.
An oil filter is required for all models. Use an oil filter of
generous capacity for all installations. Install filter inside
the building between the tank shut -off valve and the burn-
er. Locate filter close to burner for easy servicing. The
GAR –Ber 11BV –R or equivalent filter (with the below
specifications) is recommended.
Oil Filter Specifications:
Maximum Firing Rate: 10GPH
Micron Removal: 10
Filtering Area: 500 sq. in.
Working Pressure: 15 PSI
Inlet/Outlet Dimension: 3/8" NPT
Flow Rate: 45GPH
Consult burner manufacturer's instructions packaged with
unit for further details concerning oily supply line connec-
tions.
Irt IM•.J1:.•. :
LW 117 np:e❑i4. i;, 16,11.1
Ii- 1 .1i. •P1.11. i
r srr:ac: 1 rw;;.
Izr 1,10= xi••' •lam WM. ' KW ' I
WIi!•I iiif-tiC•:( *.1, ? :�
:V 11 CIA
Page 10
4 ON -140, -154 CSA UNITS ONLY
® SWITCH OPENS MEN PLANE IS SI
Never operate the pump with single line when by-
pass is installed. The oil bearing seal will blow and
damage to the pump will occur.
A CAUTION
I . t .� ui,�;' t;}s��!�f�� ±� `* YOh' �i;%'.: .ryi.i�n.
JI�?3Nr ECKO :e 3i#+r4£x> K?ii: fistr$.3 T ifs •,gt' A'w'siY:f r�'..r
After oil piping is completed, carefully check all piping con-
nections (factory and field) for oil leaks.
Pre -Purge & Post -Purge Kit (Optional)
Depending on your installation environment, a pre -purge
and post -purge kit may be installed on the oil burner to as-
sist burner operation and flue product evacuation. This kit
is typically needed. RW Beckett offers the 51650 pre -purge
and post -purge kit which fits all A and S style burners.
Oil Line Heater (Optional)
An oil line heater is available for the burner nozzle. When
applied to units installed in cold areas, the heater warms
the oil line for start -up.
PELECTRICALIAWIRINOMIMIOSWIPSB
MilltMuf
All wiring must conform to the National Electric Code (NEC), or
Canadian Electric Code (CEC) and any local codes.
1— Refer to appliance rating plate for proper fuse size.
2— Install room thermostat and make wire connections to
the burner control. Avoid installing thermostat on an
outside wall or where it can be affected by radiant heat.
Set the adjustable heat anticipator on thermostat ac-
cording to the wiring diagram sticker provided on unit.
3— Install a separate fused disconnect switch near unit so
power can be shut off for servicing.
4— Complete line voltage wiring from disconnect switch
near unit to make -up box.
NOTE — An equipment ground screw is provided. Re-
fer to unit wiring diagram and figure 10 for 024 series
units. Ground unit using a suitable ground wire.
IMMMIMMMIMMII
W.F1•1111MILolaG...t11 !.:. :.Ai
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lat'.Y�litr 47r ' .1N1/ 11111.11.W..r • Awl
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�C>l taw (7Li
•l Ii;'';';.' 311.1 :ll:i.1
iMAIIM11113. 'H :r.1s -7r11�
m ON -140. -154 CSA UNITS ONLY
SWITCH OPENS WHEN FLAME IS SIGHTED
® IF COLINGAIS USED AND
FOR CONTINUOUS FAN.
LI
N
BUCK
•
• WHITE
r
GROUND
Ctr
TYPICAL 024 WIRING DIAGRAM
FL b K
—
K3 -I
0
N
TI
N
ORANGE
WHITE
A3
WHITE
FIGURE 10
Page 11
A73
)KI
L � r STATE ,-Lti YEL
SWITCH R26
1
f
24V POWER
BLOWER _(g)
FEAT I (W1)
COOL I (YI)
L24V CCMMON (C) —
IMPORTANT-TO PREVENT MOTOR
THAN ONE MOTOR LEAD TO �
ONE CONECTION.
NOTE -IF ANY WIRE IN THIS APPLIANCE IS REPLACED,
IT MUST BE REPLACED WITH WIRE OF LIKE SIZE,
RATING AND INSULATION THICKNESS
SET THERMOSTAT HEAT ANTICIPATION
FOR 024,0F24 SERIES UNITS... 0.1 AMP
LINE VOLTAGE FIELD INSTALLED
- — — .CLASS 11 VOLTAGE FIELD WIRING
Low/. MIRING DIAGRAM) 10/97
ATING UNITS -OIL
024 -70 OF24- (05/I20R
024,0F24- 105/120 0F24- 140/154R
024,0F24- 140/154
S U. ♦.r. N.. 1
11117 Law. 11.4.5.1.. 1.. Lithe U.S.A
024
UNIT
NOZZLE SIZE,
SPRAY ANGLE
AND PATTERN
mum
PSIG
RATING
BTU /HR
OUTPUT
RATING
BTU /HR
HEAD
TEMP
RISE
°F
-70
.50GPH - .80 6 ,A
100
70.000
57.000
FB0
Cam) -70
-105
.65GPH - .80 °.B
140
105,000
85,000
FB3
65 -75
-120
.75GPH - .80 °,B
140
119,000
97.000
FB3
75-85
-140
.85GPH - .80°.B
140
140.000
112.000
FB6
65 - 75
-154
1.00GPH - .80°,B
140
154,000
125,000
FB6
70-80
Do not tamper with unit controls. Ci
fied service technician.
NOTE
tern ;'
t?;• rt,., 1,
I
I UNIT TSTART- UP - __�, _
Before starting unit, make sure the oil tank is adequately
filled with clew Ni ' . or No. 2 furnace oil.
:tzrcorrtaminants in oil supplysys-
. �e.tion and failure of the internal parts
Nev 4urnvgarbage or paper in the heating sys-
tem .N ever leave papers near or around the unit.
A CAUTION
A CAUTION
Blower door must be in place before start —up.
1– Set thermostat for heating demand and turn on electri-
cal supply to unit.
2– Check initial air adjustment. All units are equipped with
an air adjustment dial on the right side of the burner.
See burner parts arrangement illustration.
3– Turn unit on. Place a can or container under the bleed
port located on the fuel pump. Loosen nut on bleed
port to release air and oil mixture from fuel line. Allow
mixture to escape until a steady stream of oil is emitted
from the port. Drain at least 1/2 pint of oil from the
pump. Retighten nut on bleed port. If unit locks out
during bleed procedure, push reset button on primary
safety control.
NOTE – A two fuel system will normally bleed itself
by forcing air back to the tank through the return line.
This type of bleeding procedure is not necessary.
4– If burner fails to start, push reset button on primary
safety control. See part arrangement illustration.
A CAUTION
Do not push the reset button on the primary control
more than one time.
5– If burner fails to light again, refer to the troubleshooting
section in this manual.
A – Fuel Pump Pressure
Check fuel pump pressure. With unit off, attach gauge to
pump outlet. Turn unit on and check pressure reading
against value listed in table 3 and adjust if necessary.
B Temperature Rise
To measure temperature rise, place plenum thermometers
in warm air and return air plenums. Locate thermometer in
warm air plenum where it will not pick up radiant heat from
the heat exchanger. Set thermostat to its highest setting to
Page 12
•
start unit. After plenum thermometers have reached their
highest and steadiest readings, subtract the readings. The
difference in temperature between the supply and return
air plenum should be within the range listed in table 3 or as
listed on the appliance rating plate. If they are not within the
temperature range, open the pulley until they are.
Note – Unit is shipped with the adjustable pulley in the
closed position.
TABLE 3
C – Fan and Limit Control
The fan and limit control is installed and wired at the
factory. If the fan and limit control is replaced for any
reason, it must be replaced by an exact replacement
part with the same fan and limit stops. This furnace
must not be operated with a FAN ON air temperature
greater than 130 °F.
D – Burner Adjustment
The following instructions are essential to the proper op-
eration of 024 series oil furnaces. To prevent sooting,
these instructions must be followed in sequence:
1 – Draft
This test should be taken at the breach between the outlet
of the vent connector and the barometric damper. General-
ly a 1/4" hole will need to be drilled for the draft gauge to be
inserted into the vent connector.
A minimum of 0.03 draft must be established without the
burner in operation. With the burner in operation, the draft
should be 0.04 to 0.05. This is VERY critical to the flame
retention head burners.
Oil furnace installations also require careful inspection to
make sure the chimney is in good shape and can accom-
modate the products of combustion. The temperature in
the unconditioned space will also affect the draft if long
vent connectors are allowed to get too cold.
2 – Overtire Draft
This test should be taken with the burner in operation. Re-
move the screw from the center of the center inspection
port. Insert your draft gauge into the hole.
A reading of the overfire draft should be 0.02 less than the
reading found in the vent connector. If a positive reading is
seen at this point, there is too much air being pumped into
the heat exchanger by the combustion fan. Adjustments
must be made using the air adjustment dial.
3 – Smoke Test
The smoke test should be taken at the hole drilled in step 1.
/SERVICE:
Using a smoke test gun, adjust the air inlet
will have just a trace of smoke. Somewhe
#1 smoke. This is the starting point. Do
4 – CO2 Test
Again, this test is to be taken at the vent
firing at a trace of smoke, take a sample
From the results of this test, a "window of
determined. This window of operation es
erance. The tolerance the installer builds
within the set -up for those things which
bustion. Those things which might affect
then do so without causing the unit to s
ing. Things which might affect combustio
going bad, draft that changes during
conditions, dirty oil, dirt obstructing the a
To build in a "window of operation," set u
2% less in CO For example, if you find
CO2, adjust the air inlet shutter to inc
the CO to 10%.
5 – Retest the Smoke
With a drop in the CO2 and increase in t
see that the smoke has returned to 0.
6 – Retest the Overt Draft
This test serves to confirm that you have
air too much. Again you do not want a p
the test port. It should still be 0.02 less t
the breaching. You may need to increase
adjusting the barometric damper.
7 – Stack Temperature
Take a stack temperature reading in the v
the room air temperature from the stack
will give you the net stack temperature. U
charts provided in most CO2 analyzers y
efficiency the furnace is operating.
A CAUTIO
A – Servicing Filter
NOTE – Under no circumstances should
to the blower compartment be left off or
when necessary to assure proper furna• -�
place filters with like kind and size filters.
heir
The
urn
r as
the
the
the
any
ent
ace
ure
op-
mg,
tiet
ral-
be
the
raft
me
n to
om-
e in
ong
Re-
iron
the
g is
into
nts
Using a smoke test gun, adjust the air inlet shutter so that you
will have just a trace of smoke. Somewhere between a 0 and
#1 smoke. This is the starling point. Do not stop here.
4 – CO2 Test
Again, this test is to be taken at the vent pipe. With the unit
firing at a trace of smoke, take a sample of the CO2.
From the results of this test, a "window of operation" will be
determined. This window of operation establishes some tol-
erance. The tolerance the installer builds in provides room
within the set -up for those things which might affect com-
bustion. Those things which might affect combustion can
then do so without causing the unit to start sooting /smok-
ing. Things which might affect combustion include a nozzle
going bad, draft that changes during different climatic
conditions, dirty oil, dirt obstructing the air inlet, etc.
To build in a "window of operation," set up the burner to be
2% less in CO2. For example, if you find a reading of 12%
CO2, adjust the air inlet shutter to increase the air and drop
the CO2 to 10%.
5 – Retest the Smoke
With a drop in the CO2 and increase in the air, you should
see that the smoke has returned to 0.
6 – Retest the Overtire Draft
This test serves to confirm that you have not increased the
air too much. Again you do not want a positive pressure at
the test port. It should still be 0.02 less than the draft from
the breaching. You may need to increase the stack draft by
adjusting the barometric damper.
7 – Stack Temperature
Take a stack temperature reading in the vent pipe. Subtract
the room air temperature from the stack temperature. This
will give you the net stack temperature. Using the efficiency
charts provided in most CO2 analyzers you can tell at what
efficiency the furnace is operating.
1SERVICE
A CAUTION
Do not tamper with unit controls. Call your quali-
fied service technician.
A – Servicing Filter
NOTE – Under no circumstances should the access panels
to the blower compartment be left off or left partially open.
Throw Away Filters — Check filters monthly and replace
when necessary to assure proper furnace operation. Re-
place filters with like kind and size filters.
Page 13
Reusable Filters — Filters should be checked monthly and
cleaned when necessary to assure proper furnace opera-
tion.
B – Blower
Blower motor is pre - lubricated and sealed for extended
operation. No further lubrication is required. Disconnect
power to unit before cleaning blower wheel for debris.
C – Flue Pipe Inspection
The flue pipe should be inspected annually by a qualified
service technician. Remove and clean any soot or ash
found in the flue pipe. Inspect pipe for holes or rusted
areas. If replacement is necessary, replace with the same
size and type as required by code. Inspect the flue draft
control device and replace if found defective.
D – Cleaning the Heat Exchanger
1– Remove the vent pipe from the furnace.
2– Remove the locking screws and the caps from the
cleanout tubes. Remove flue access elbow.
3– Using a long spiral wire brush, sweep down the outer
drum of the heat exchanger. Then using the hose at-
tachment, vacuum out loose debris.
4– Remove the locking screw and cap from the observa-
tion tube and with the spiral wire brush, reach upward
toward the rear of the heat exchanger to clean out the
crossover tube.
A CAUTION
Do not attempt to clean the combustion chamber.
It can be easily damaged.
5– Replace the cleanout caps and flue access elbow.
Make sure locking screws are secure.
6– Brush out and vacuum the vent outlet area of the outer
drum and replace vent pipe.
7– Clean around the burner, blower deck and vestibule
area.
Note – A heat exchanger clean -out kit ABRSH380
(35K09) is available from Lennox.
Bumerfailure or improper operation can result from a num-
ber of different causes. Often the cause can be pinpointed
by observing the different types of failure and giving some
thought before attacking the problem. Other times, the
cause can only be determined by a process of elimination.
The following troubleshooting charts list some failures,
causes and a sequence of steps to isolate the point of fail-
ure. Check the simplest and most obvious items before
progressing to other items.
I TROUBLE
SOURCE
PROCEDURE
CAUSES
CORRECTION
BURNER FAILS TO START
THERMOSTAT
heck thermostat settings.
Thermostat in OFF or COOL.
Switch to HEAT.
Thermostat set too low.
Turn thermostat to higher temp.
SAFETY
OVER LOADS
Check burner motor, primary
safety control, & auxiliary limit
switch.
Burner motor overload tripped.
Push pump motor reset button.
Primary control tripped on safety.
Reset primary control.
Auxiliary limit switch tripped on safety.
Reset auxiliary limit.
POWER
heck furnace disconnect
switch & main disconnect.
Open Switch.
Close switch.
Blown fuse or tripped circuit breaker.
Replace fuse or reset circuit breaker.
THERMOSTAT
Touch jumper wire across
thermostat terminals on primary
control. If burner starts, then fault
is in thermostat circuit.
Broken or loose thermostat wires.
Repair or replace wires.
Loose thermostat screw connection.
Tighten connection.
Dirty thermostat contacts.
Clean contacts.
' Thermostat not level.
Level thermostat.
Faulty thermostat.
Replace thermostat.
CAD CELL
Disconnect flame detector wires
at primary control. lf burner starts.
fault is in detector circuit
Place trouble light between the
black and white leads. No light
indicates no power to control.
Flame detector leads shorted.
Separate leads.
Flame detector exposed to light.
Seal off false source of light.
Short circuit in flame detector.
Primary or auxiliary
control switch open.
Replace detector.
Check adjustment. Set to maximum
setting.
-
PRIMARY
CONTROL
Jumper terminals; if burner starts,
switch is faulty, replace control.
Open circuit between disconnect
switch and limit control.
Trace wiring and repair or replace.
Low line voltage or power failure.
Call power company.
Place trouble light between the
orange and white leads. No light
indicates faulty control.
Defective internal control circuit.
Replace control.
BURNER
Place trouble light between the
black & white leads to burner
motor. No light indicates no
cower to motor.
Blown fuse.
Replace fuse.
Place trouble light between the
black & white leads to burner
motor. Light indicates power to
motor & burner fault.
Binding burner blower wheel.
Turn off power & rotate blower wheel
by hand. If seized, free wheel or
relpace fuel pump.
Seized fuel um
pump.
Defective burner motor.
Replace motor.
BURNER STARTS BUT NO
FLAME IS ESTABLISHED
OIL SUPPLY
Check tank gauge or use dip stick.
No oil in tank.
Fill tank.
Coat dip stick with litmus paste &
insert to bottom of tank.
Water in oil tank.
If water depth exceeds 1", pump or
drain out water.
Listen for pump whine.
Tank shut -off valve closed.
Open valve.
OIL FILTERS
& OIL UNE
Listen for pump whine.
Oil line filter plugged.
Replace filter cartridge.
Kinks or restriction In oil line.
Repair or replace oil line.
Plugged fuel pump strainer.
Clean strainer or replace pump.
Open bleed valve or gauge port.
Start burner. No oil or milky oil
indicates loss of prime.
Air leak in oil supply line.
Locate and correct leak.
Tighten all connections.
OIL PUMP
Install pressure gauge on pump &
than p sure. b l psi
psi
for all other units.
Pump partially or completely frozen
—No pressure and motor locks out
on overload.
um Replace
pump.
Coupling disengaged or broken
—No pressure.
Re- engage or replace coupling.
Fuel pressure too low.
Adjust to 100 psi.
NOZZLE
Disconnect Ignition leads. Observe
oil spray (gun assembly must be
removed from unit). Inspect nozzle
for plugged orifice or carbon
build -up around orifice.
Nozzle orifice plugged.
Replace nozzle with same size,
spray angle and spray type.
Nozzle strainer plugged.
Poor or off center spray.
CONTINUED
BURNER STARTS BUT NO c
FLAME IS ESTABLISHED w
m
SOURCE
PROC
IGNITION
ELECTRODES
Remove gun
inspect electr
IGNITION
TRANSFORMER
Connect ign
transformer.
observe spa
voltage to tra
BURNER
MOTOR
Motor does
speed and
overload. Tu
rotate blowe
to check
excessive d
BURNER STARTS & FIRES BUT 1
LOCKS OUT ON SAFETY
POOR FIRE
After burner
fires,
immediately
jumper
across flame
detector
terminals at
primary
control.
FLAME
DETECTOR
PRIMARY
CONTROL
BURNER STARTS, FIRES BUT LOOSES FLAME
& LOCKS OUT ON SAFETY
POOR FIRE
After burner
fires,
immediately
jumper
across flame
detector
terminals at
primary
control.
I
I
I
FLAME
DETECTOR
OIL SUPPLY
Listen fo
Page 14
TROUBLE
SOURCE
PROCEDURE
CAUSES
CORRECTION
CONTINUED
BURNER STARTS BUT NO
FLAME IS ESTABLISHED
IGNITION
ELECTRODES
Remove gun assembly and
Inspect electrodes and leads.
Fouled or shorted electrodes.
Dirty electrodes and leads.
Clean electrode leads.
Eroded electrode tips.
Improper electrode gap spacing.
to 5/32" and correctly position s reset tips.
Improper position of electrode tips.
Bad buss bar connection.
Retension and realign.
Cracked or chipped insulators.
Replace electrode.
Cracked or burned lead insulators.
Replace electrode Leads.
IGNITION
TRANSFORMER
Connect ignition leads to
transformer. Start burner and
observe spark. Check line
voltage to transformer primary
Low line voltage.
Check voltage at power source.
Correct cause of voltage drop or call
power company.
Burned out transformer windings.
Re • lace transformer.
No spark or weak spark.
Properly ground transformer case.
BURNER
MOTOR
Motor does not come up to
speed and trips out on
overload. Turn off power and
rotate blower wheel by hand
to check for binding or
excessive drag.
Low line voltage.
Check voltage at power source.
Correct cause of voltage drop or call
power company.
Pump or blower overloading motor.
Correct cause of overloadin!.
Faulty motor.
Replace motor.
T
BURNER STARTS & FIRES BUT
LOCKS OUT ON SAFETY
POOR FIRE
After burner
fires,
immediately
jumper
across flame
detector
terminals at
primary
control,
H burner
continues to run,
fault may be due
to poor fire.
Inspect fire.
Unbalanced fire.
Replace nozzle.
Too much air — lean short fire.
Reduce combustion air -
Check combustion.
Too little air —Ion dirty fire.
long
Increase combustion
air -Check combustion.
Excessive draft.
Adjust Barometric damper for
correct draft.
Too little draft or restriction.
Correct draft or remove restriction.
FLAME
DETECTOR
is in h fault
detector. Check
detector circuit.
Dirty cad cell face.
Clean cad cell face.
Faulty cad cell — exceeds 15000 hms.
Replace cad cell.
LoO3e or defective cad cell wires,
S u o _ and wire loads lace cad
PRIMARY
CONTROL
_ ^—
if burner locks out
on safety, fault is in
primary control.
Primary control circuit defective.
Replace primary control.
FIRES BUT LOOSES FLAME
i OUT ON SAFETY
POOR FiRE
After burner
fires,
immediately
jumper
across flame
detector
terminals at
primary
control.
H burner
continues to run
(does not lock
out on safety),
fault may be
poor fire
(marginal).
Inspect fire.
Unbalanced fire.
Replace nozzle.
Too much air — lean short fire.
Reduce combustion air — check
combustion.
Too little air — long dirty fire.
Increase combustion air — check
combustion.
Excessive draft.
Adjust barometric damper for
correct draft.
FLAME
DETECTOR
Too little draft or restriction.
Correct draft or remove restriction.
If fire is good fault
is in the flame
detector. Check
detector circuit.
Dirty cad cell face.
Clean cad cell face.
Faul cad cell — exceeds 15000 hms.
Replace cad cell.
Loose or defective cad cell wires,
Secure connections or replace cad
cell holder and wire leads.
Pump loses prime — air slug.
Prime pump at bleed eort.
OIL SUPPLY
If burner loses
flame (does not
lock
Pump loses prime — air leak in supply
line.
Check supply line for loose
con actions and ti ! hten fitti ! s.
out on safety),
fault is in fuel sys-
tern.
Water slug in line.
Check oil tank for water ( over 1" )
• um • or drain out water.
strainer. ialiy plugged nozzle or nozzle
Replace nozzle.
Listen for
Restriction in oil line.
Clear restriction.
pump whine.
Plugged fuel pump strainer.
Clean strainer or replace pump.
Cold oil — outdoor tank.
Change to number 1 oil.
Page 15
I TROUBLE
SOURCE
PROCEDURE
CAUSES
CORRECTION
BURNER STARTS AND FIRES BUT SHORT
CYCLES (TOO LITTLE HEAT)
THERMOSTAT
Check thermostat.
Heat anticipator set too low.
Correct heat anticipator setting.
Vibration at thermostat.
Correct source of vibration.
Thermostat in warm air draft.
Shield thermostat from draft or
relocate.
LIMIT
CONTROL
Connect voltmeter between
line voltage connections to
primary control (black &
white leads). If burner cycles
due to power interruption, Its
cycling off limit.
Dirty furnace air filters.
Clean or replace filter.
Burner running too slow.
Increase blower speed to maintain
proper temp. rise.
motor seized or burned out.
Replace motor.
, Blower
Blower bearings seized.
Replace bears & shaft.
Blower wheel dirty.
Clean blower wheel.
Blower wheel in backwards.
Reverse blower wheel.
_
Wrong motor rotation.
Replace with properly rotating
P P Pe ty rotatin wheel.
Restrictions in return or supply air
system.
Correct cause of restriction.
Adjustable limit control set too low.
Reset limt to maximum stop setting.
POWER
If voltage fluctuates, fault is in
the power source. Recheck
voltage at power source.
Loose wiring connection.
Locate and secure connection.
Low or fluctuating line voltage.
Call power company.
BURNER RUNS
CONTINUOUSLY
(TOO MUCH HEAT)
THERMOSTAT
Disconnect
thermostat
wires at
primary
control.
If burner turns
off, fault is in
thermostat
circuit.
Shorted or welded thermostat
contacts.
Repair or replace thermostat.
Stuck thermostat bimetal.
Clear obstruction or replace thermostat.
Thermostat not level.
Level thermostat.
Shorted thermostat wires.
Repair short or replace wires.
Thermostat out of calibration.
Replace thermostat.
Thermostat in cold draft.
Correct draft or relocate thermostat.
PRIMARY
CONTROL
If burner does not
turn off, fault is In
primary control.
Defective primary control.
Replace defective primary control.
BURNER RUNS CONTINUOUSLY
(TOO LITTLE HEAT)
COMBUSTION
Check burns
combustion
for CO2,
stack
temperature
& smoke.
Low CO less
than 10%.
Too much combustion air,
Reduce combustion air.
Air leaks into heat exchanger around
inspection door, etc.
Correct cause of air leak.
Excessive draft.
Adjust barometeric damper for correct
draft.
Incorrect burner head adjustment.
Correct burner head setting.
High smoke
reading more
than a trace.
Dirty or plugged heat exchanger.
r.
Clean heat exchanger.
Readjust burner.
Insufficient draft.
Increase draft.
Incorrect burner head adjustment.
Correct burner setting.
Too litre combustion air.
Increase combustion air.
High stack
temperature
more than
550 °F Net.
Too little blower air.
Increase blower speed to maintain
proper temp. rise.
Blower belt too loose (if equipped).
lighten blower belt.
Dirty or plugged heat exchanger.
Clean heat exchanger.
Dirty blower wheel.
Clean blower wheel.
furnace air filters.
Clean or replace
place filter.
Restricted or closed registers or
dampers.
Readjust registers or dampers.
OIL
PRESSURE
Inspect fi e and check oil
pressure.
Partially plugged or defective nozzle.
Replace nozzle.
Oil pressure too low, less than 100psi.
Increase oil pressure to 100psi.
Page 16
July 29, 1999
Glen Jonassen
12462 Des Moines Memorial Drive
Seattle, WA 98168
RE: Permit Status M98 -0134
4624 South 146 Street
Dear Mr. Jonassen:
In reviewing our current permit files, it appears that your permit for the installation of a new
furnace issued on June 26, 1998 has not received a final inspection as of the date of this letter by
the City of Tukwila Building Division.
Per the Uniform Building Code and /or Uniform Mechanical Code, every permit issued by the
building official under the provision of this code shall expire by limitation and become null and
void if the building or work authorized by such permit is not commenced within 180 days from
the date of such permit, or if the building or work authorized by such permit is suspended or
abandoned at any time after the work is commenced for a period of 180 days.
Based on the above, if a final inspection is not called for within ten (10) business days from the
date of this letter, the Permit Center will close your file and the work completed to date will be
considered non - complying and not in conformance with the Uniform Building Code and/or
Mechanical Code.
Please contact the Permit Center at (206)431 -3670 if you wish to schedule a final inspection.
Thank you for your cooperation in this matter.
Sincerely,
Brenda Holt
Permit Coordinator
City of Tukwila
Xc: Permit File No. M98 -0134
Duane Griffin, Building Official
John W. Rants, Mayor
Department of Community Development Steve Lancaster, Director
6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188. • (206) 4313670 • Fax, (206) 4313665
01..1 I.A13OR AND INDUSTRINS
REGISTERED AS PROVIDED BY LAW AS
CONST CONT GENERAL
REGISTRATION NUMBER
CCO1 GLENDHA053Q2 11/02/1998
EFFECTIVE DATE 11/22/1995
GLENDALE HEATING & A/C
12462 DES MOINES WY S
SEATTLE WA 98168-2266
F62540241110 IN;971
7
-•
.
I