- Holder
- Neptune Aviation Service Inc.
- Revision
- 9
- Revised
- August 8, 2012
- Status
- Current
- Product
- Engine
- Certification basis
- CAR 13
- Models
- 4
- Registered
- 2 aircraft
The release keeps the latest revision of each data sheet. Model names are as the data sheet lists them.
On this page
Models · 4
| Model | Also known as | Note |
|---|---|---|
| J34-WE-34 | Formerly Westinghouse, then Steward-Davis Incorporated | |
| W-340 | Formerly Westinghouse, then Steward-Davis Incorporated | |
| J34-WE-36 | Formerly Westinghouse, then Steward-Davis Incorporated | |
| 24C4D-1 | Formerly Westinghouse, then Steward-Davis Incorporated |
Airworthiness directives · 0
ADs whose products are models on this data sheet, matched by model and maker.
No ADs matched this data sheet’s models
Registered aircraft
Registry models that point at this data sheet, with their registered aircraft.
What the data sheet says
From the PDF’s text layer, line by line: tables lose their columns. The PDF is the record.
Page No. 1 2 3
Rev. No. 9 8 8
DEPARTMENT OF TRANSPORTATION
FEDERAL AVIATION ADMINISTRATION
E-265
Revision 9
Westinghouse
24C4D-1
J34-WE-34
J34-WE-36
W-340
August 8, 2012
TYPE CERTIFICATE DATA SHEET NO. E-265
Engines of models described herein conforming with this data sheet (which is a part of type certificate No. E-265) and other
approved data on file with the Federal Aviation Administration meet the minimum standards for use in certificated aircraft in
accordance with pertinent aircraft data sheets and applicable portions of the Civil Air Regulations provided they are installed,
operated, and maintained as prescribed by the approved manufacturer's manuals and other approved instructions.
Type Certificate Holder Neptune Aviation Services, Inc.
2 Corporate Way
Missoula, Montana 59808
Type Certificate Holder Record Neptune, Inc.
5225 Hwy 10 West, Box 17
Missoula, MT 59802
Steward-Davis, Inc.
3200 Cherry Avenue
Long Beach, California
Model 24C4D-1 J34-WE-34, -1, -2 W-340, -1, -2
Type - Turbojet Axial flow, eleven stage
compressor; double annular
combustion chamber, two
stage turbine
- - - -
Ratings
Maximum continuous static thrust,
lb., rpm, at sea level
2650 - 11800
- -
3000 - 12000
Takeoff static thrust (5 minutes),
lb., rpm, at sea level
3250 - 12500
- -
3400 - 12500
Fuel control Holley B5805 - - Holley PB5805
Fuel Aviation gasoline
(MIL-F-5572)
Aviation gasoline (MIL-F-
5572)
JP-3 (MIL-F-5624)
- -
- -
Oil (MIL-O-6801) grade 1010 - - - -
Principal dimensions
Length overall, in.
120 (with exhaust nozzle)
- -
111.5 (less exhaust nozzle)
Height, in. 35.2 - - - -
Weight (dry), lb. (with single lever
control, all accessory drives, engine
lubrication systems, but less
generator, hydraulic pump and
tachometer generator)
1233
1233
1184
C.G. location fwd of rear engine
mount, in.
11
11
8
Ignition Two igniter (P/N 62G488)
and two ignition coils (P/N
23F856)
- - Scintilla TLN-10 ignition
and two igniters
(P/N 64G876)
or
Scintilla TLN-10 ignition
unit and two igniters (P/N
64G876)
NOTES 1,2,3,4,5,6,7,11 1,2,3,4,5,6,7,8,9,10,11 1,2,3,4,5,6,7,10,11,12,13
"- -" indicates "same as preceding model."
"—" indicates "does not apply.'
Certification basis
Regulations & Amendments
Model
Date of
Application
Date Type
Certificate No. 265
Issued
CAR 13 effective 8-1-41
as amended by 13-1
24C4D-1
4-28-50
5-19-50
CAR 13 effective 6-16-56 W-340
(J34-WE-36)
4-18-55
8-10-56
CAR 13 effective 6-15-56 as
amended by 13-1, 13-2, , 13-3
J34-WE-34 4- 3-58 9-19-60
NOTE 1. Maximum permissible temperat ure limits: Model Model Model
Measured exhaust gas temperatures 24C4D-1 J34-WE-34 W-340
Takeoff 1260°F* 1260°F* *
Maximum continuous 1175°F* 1175°F* *
Oil inlet temperature 190°F 190°F 210°F
Turbine inlet temperature 1490°F 1490°F 1525°F
*Each W-340 engine and any engine model having Engine Bulletin No. 294 incorporated will have
individual turbine outlet temperature maximum va lues corresponding to the maximum turbine inlet
temperature for takeoff on a 100°F. day. Ma ximum continuous power is obtained at maximum
continuous rpm with the exhaust nozzle set for a 100°F. day and the gas outlet temperature resulting,
although this temperature will be lower than at takeoff.
NOTE 2. Fuel and oil inlet pressure limits: 24C4D-1 J34-WE-34 W-340
Fuel: Minimum at fuel line connection
to engine 10 p.s.i.g. - - - -
Operating fuel inlet gage pre ssure 20 ± 10 p.s.i.g. - - - -
Oil: Minimum at oil line connection
to engine 4 p.s.i.a. - - - -
Operating oil gage pressure 20 - 170 p.s.i. - - 120 ± 35 p.s.i.
20 p.s.i. (idle)
"p.s.i.a." means lb. per sq. in. absolute
"p.s.i.g." means lb. per sq. in. gage
NOTE 3. The engine ratings are based on static sea level conditions of 59°F, 29.92 in. Hg. and dry air using no air
bleed or power to drive aircraft acce ssories, with limiting gas temperatures as in Note 1, and jet nozzle sizes
as follows:
24C4D-1, J34-WE-34 W-340
173 ± 5 sq. in. tabbed to size corresponding to
1490°F. or T.O. turbine inlet temperature on a hot
day (100°F).
185 ± 5 sq. in. tabbed to size corresponding to
1525°F. for T.O. turbine inlet temperature on a hot
day (100°F.)
NOTE 4. The following accessory drive provisions are available:
Rotation*
Speed
(Ratio to
Turbine)
Cont.
Torque
(in.-lb.)
Static
Torque
(in.-lb.)
Maximum
Overhang
(in.-lb.)
Starter (W-340) C 1.0 ** 6000 300
Starter (24C4D & J-34-WE34) C 1.0 470 5400 300
Generator (W-340) C .667 500 2200 400
Generator (24C4D & J-34-WE34) C .669 500 2200 400
Hydraulic pump (W-340) CC .264 2500 75
Hydraulic pump (All) CC .264 600 1650 75
Hydraulic pump (W-340) CC .667 35 600 75
Tachometer (24C4D & J34-WE34) CC .3364 7 50
Tachometer (W-340) CC .3364 15 70
*C - Clockwise; CC - counter clockwise
**1200 in.-lb. at 1500 rpm
NOTE 5. All models are equipped w ith Type E-2 electric starter at the additional weight of 41 lb.
NOTE 6. Models 24C4D and J34-WE-34 have no provisions for anti-icing the engine inlet and are not approved
for use in icing conditions. Model W-340 is satisfactory for operation in icing conditions.
NOTE 7. These engines must be installed with suitable compressor section external armor to preclude possible
secondary damage in the event of compressor blade failure.
NOTE 8. The use of 5% alcohol in fuel is approved for the J34-WE-34 engine.
NOTE 9. Military model J34-WE-34 engines produced by the Aviation Gas Turbine Division, Westinghouse Electric
Corporation and built to Westinghouse Pa rts Lists 58J59-1, -2, -3, -4, -6, -9, -11, -14, and -17 are eligible.
Engines built to Westinghouse Parts Lists 43J745-2 and -3 are eligible if modified to the 58J59-1
configuration by incorporating the engine bulletins listed in Table II, Setion II of T.O. AN 02B-110ABA-3
dated 1 April 1957. All J34 models must have Engine Bulletins 124 and 129 incorporated.
NOTE 10 The J34-WE-34-1, J34-WE-36-1 and the W340-1 engines incorporate Steward-Davis accessory gear
box drive shaft SDD-472. The -2 engines incorporate Steward-Davis accessory gear box drive shaft
SDD-410A.
NOTE 11. These engines must comply with Steward-Da vis, Inc. Service Bulletin No. 215 Revision "A" dated
August 1, 1964, or later FAA approve d revision, before eligible for installation on certificated aircraft.
NOTE 12. The model W-340 engine is de fined by Westinghouse Drawing 103T850.
NOTE 13. Military model J34-WE-36 engines produced by the Aviation Gas Turbine Division, Westinghouse
Electric Corporation and built to Westinghouse Parts List 58J300-24 are eligible with the same ratings
and limitations which apply to the civil model W-340.
....END.....