F369450 RECTIFIER Force
H0254H75A, H0356H75F, H0456B78J, H0456B79K, H0456B80L, H0457H82N, H0457H83P, H0503B83A, H0505C89B, H0507A89C, H0507A89D, H0507A90A, H0507A90B, H0507A90C, H0507A90D, H0507A91A, H0507A92A, H0507E91B, H0507H81A, H0507H82B, H0507Z89B, H0555H74G, H0558H79
RECTIFIER
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$114.95
07-08-2024
US: Pwc Engine, Inc.
Universal Rectifier is Compatible with Chrysler Force 60 Hp 1984 Model# All Models 155-1450 OEM# 311450, 369450, 369450-1, F311450, F369450, F369450-1, FK369450
Pwc Engine High Performace Quality OEM Style Rectifiers / Regulators. || Rectifier / Regulator meets OEM standards or higher. || PWC Engine brings Higher Quality for an awesome price!
Pwc Engine High Performace Quality OEM Style Rectifiers / Regulators. || Rectifier / Regulator meets OEM standards or higher. || PWC Engine brings Higher Quality for an awesome price!
$109.00
27-07-2023
-: -
Universal Rectifier is Compatible with Chrysler Force 85 Hp 1989 Model# L Drive 155-1450 OEM# 311450, 369450, 369450-1, F311450, F369450, F369450-1, FK369450
High Performace Quality OEM Style Rectifiers / Regulators. || Rectifier / Regulator meets OEM standards or higher. || PWC Engine brings Higher Quality for an awesome price!
High Performace Quality OEM Style Rectifiers / Regulators. || Rectifier / Regulator meets OEM standards or higher. || PWC Engine brings Higher Quality for an awesome price!
$114.95
07-08-2024
US: Pwc Engine, Inc.
Universal Rectifier is Compatible with Chrysler Force 45 Hp 1974-1978 Model# MagnaPower 155-1450 OEM# 311450, 369450, 369450-1, F311450, F369450, F369450-1, FK369450
Pwc Engine High Performace Quality OEM Style Rectifiers / Regulators. || Rectifier / Regulator meets OEM standards or higher. || PWC Engine brings Higher Quality for an awesome price!
Pwc Engine High Performace Quality OEM Style Rectifiers / Regulators. || Rectifier / Regulator meets OEM standards or higher. || PWC Engine brings Higher Quality for an awesome price!
Compatible models:
H0254H75A
H0356H75F
H0456B78J
H0456B79K
H0456B80L
H0457H82N
H0457H83P
H0503B83A
H0505C89B
H0507A89C
H0507A89D
H0507A90A
H0507A90B
H0507A90C
H0507A90D
H0507A91A
H0507A92A
H0507E91B
H0507H81A
H0507H82B
H0507Z89B
H0555H74G
H0558H79L
H0559B80M
H0559H77J
H0559H78K
H0559H80N
H0559H83R
H0606H84A
H0659B78B
H0853F89E
H0853F89F
H0853F89G
H0856A89H
H0856H82K
H0856L89D
H0858C84H
H085LD89A
H085LD89B
H085LD89C
H0903F90B
H0903F90C
H0903F91A
H0903F91C
H0906A90A
H0906R83D
H090LD90A
H1158H84G
H120LD90A
H120LD90B
H1251A89A
H1251A89D
H1251A89E
H1258H81A
H125LD89A
H125LD89B
Force
Force entire parts catalog list:
- ALTERNATOR » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS FOR MAGNAPOWER MODELS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS FOR MODELS 456 AND 457 » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS FOR MAGPWR MDL 458, 459 » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ALTERNATOR AND ELECTRICAL COMPONENTS FOR MAGNAPOWER MODELS » F369450
- ALTERNATOR & ELECTRIC COMPONENTS FOR STANDARD IGNITION MDLS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS 858H3G » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS 858H3G » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
- ELECTRICAL COMPONENTS » F369450
Information:
Table 1
Required Tools
Part Number Part Description Qty
150-3992 Timing Pin (Bosch) 1
150-3993 Timing Pin (Stanadyne and Delphi) 1 The timing position that was set at the factory is used to set the engine at the top center on the No. 1 cylinder of the compression stroke before the fuel injection pump is removed.
Illustration 1 g00309804
Fuel injection pump with timing pin (typical example)
(1) Timing pin
(3) Hub nut
(4) Hole in the pump body
(6) Slot in the hub
Illustration 2 g00309806
Timing gear and hub of the fuel injection pump (Stanadyne)
(1) Timing pin
(2) Torx screws
(3) Hub nut
(4) Hole in the pump body
(5) Slot for the timing gear
(6) Slot in the hubNote: Do not remove hub nut (3) from the shaft of the fuel injection pump. The hub of the fuel pump is installed on the shaft of the pump in the factory. This procedure is done to ensure that the fuel pump is in the correct position for timing. If the hub is removed, the hub must be accurately installed to the shaft of the pump using special equipment at a Cat Dealer.Note: Do not release torx screws (2). If the torx screws are released and the timing plate is moved, the timing position that is set at the factory will be lost. If the torx screws are released, the engine must be set to top center of the No. 1 cylinder on the compression stroke before the torx screws are tightened.
Remove the fuel injection nozzles, the water pump, and the cover for the gear of the fuel injection pump.
Rotate the crankshaft in a clockwise direction until the inlet valve on the No. 1 cylinder closes. Slowly rotate the crankshaft until the slot for timing gear (5) and the slot in hub (6) are aligned with the hole in pump body (4).Note: The position of the slot is on the bottom for the Stanadyne fuel injection pump. The position of the slot is on the top for the Bosch fuel injection pump. The slot is for inserting the timing pin.
Insert timing pin (1) through the timing gear and the slot in the hub. Push the timing pin into the hole in the pump body as far as possible. When the pin is inserted all the way, the engine is at the top center of the No. 1 cylinder on the compression stroke. No resistance should be felt when the timing pin is inserted into the hole in pump body (4). The pin should be inserted all the way into the hole of the pump body.
Illustration 3 g06273572
3054 engine timing gears
(1) Timing gear for the fuel injection pump
(2) Timing gear for the camshaft
(3) Timing gear for the crankshaft
Illustration 4 g06273597
3056 engine timing gears
(1) Timing gear for the fuel injection pump
(2) Timing gear for the camshaft
(3) Timing gear for the crankshaft
The No. 1 cylinder must be at the top center position on the compression stroke before the fuel injection pump is installed. If the crankshaft needs to be rotated, the fuel injection pump must be mounted temporarily or the loose gear could cause damage to the front housing.
Note: After the fuel injection pump has been removed and the crankshaft has been rotated, the timing case cover is removed. After the timing case cover is removed, check that the timing marks on the face of the timing gears are aligned. Aligning the timing marks of all the timing gears will set the top center of the No. 1 cylinder on the compression stroke. Then, the timing pin can be inserted.Set The Top Center Compression Position For No. 1 Piston (Alternate Method)
Table 2
Required Tools
Part Number Part Description Qty
150-3992 Timing Pin (Bosch) 1
150-3993 Timing Pin (Stanadyne and Delphi) 1
- Temporary Pointer 1
6V-3075 Dial Indicator 1
Illustration 5 g00309726
The engine that is shown may not reflect your application.
Setting top center compression position
(1) Temporary pointer
(2) Dial indicator
Fasten a temporary pointer (1) to the front of the front cover. Put the tip of the pointer close to the edge of the damper on the crankshaft or close to the edge of the pulley.
Remove the fuel injection nozzles and the valve mechanism cover. Refer to Disassembly and Assembly Manual, "Fuel Injection Nozzles - Remove" and Disassembly and Assembly Manual, "Valve Mechanism Cover - Remove and Install".
Rotate the crankshaft clockwise when you face the front of the engine. Rotate the crankshaft until the pushrod for the inlet valve of the rear cylinder begins to tighten.Note: Be careful when you rotate the crankshaft. The No. 1 inlet valve will be held in position on top of the piston. If the crankshaft is not positioned properly, the valve may fall from the cylinder head.
Rotate the crankshaft further by 1/8 of a turn in a clockwise direction. Insert a suitable lever between the rocker lever and the valve spring cap of the No. 1 inlet valve. Open the inlet valve. Put a spacer that is approximately 5 mm (0.2 inch) thick between the valve stem and the rocker lever.
Slowly rotate the crankshaft in a counterclockwise direction until the piston contacts the open valve. Make a temporary mark on th
Parts rectifier Force:
F505454
FA617450
F684450