3620838 TURBOCHARGER GP Caterpillar parts
385C, 385C FS, 385C L, 385C L MH, 390D, 390D L
Rating:
Alternative (cross code) number:
CA3620838
362-0838
3620838
CA3620838
362-0838
3620838
Weight: 101 pounds 45 kg.
EXCAVATOR, MOBILE HYD POWER UNIT,
Related part:
3620838
TURBO GP-BASIC
10R2970
R
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New 362-0838 For Water Cool Turbocharger Caterpillar C18 Engine
Generic Type Water Cool TurboFor Charger TURBO K18 Shaft Part Number 278-5428 278-5427 Previous Version 362-0838 3620838 OE number 2785427 2785428 CHRA model 277-3259 2773259 || Description TurboFor Charger for Caterpillar C18 Engine
Generic Type Water Cool TurboFor Charger TURBO K18 Shaft Part Number 278-5428 278-5427 Previous Version 362-0838 3620838 OE number 2785427 2785428 CHRA model 277-3259 2773259 || Description TurboFor Charger for Caterpillar C18 Engine
Turbocharger 362-0838 Turbocharger Products Replace Original Automotive Turbocharger Parts
Jxeadysgw OE number:362-0838 || Enhancing performance: Turbochargers can increase engine power, reduce vehicle acceleration time, and are compact in structure and highly reliable, effectively enhancing car performance || Energy conservation and emission reduction: Turbochargers increase the intake volume by compressing air, improve fuel efficiency, reduce exhaust emissions, and are energy-saving and environmentally friendly || Product lifespan extension: Turbochargers feature rapid heat dissipation at high speeds, which can extend the product's service life || Choose with confidence: This Turbocharger perfectly matches the performance of the original component equipment for specific vehicles. Please check your machine brand, year and original part OEM number through the garage tool above to ensure that the part meets your requirements
Jxeadysgw OE number:362-0838 || Enhancing performance: Turbochargers can increase engine power, reduce vehicle acceleration time, and are compact in structure and highly reliable, effectively enhancing car performance || Energy conservation and emission reduction: Turbochargers increase the intake volume by compressing air, improve fuel efficiency, reduce exhaust emissions, and are energy-saving and environmentally friendly || Product lifespan extension: Turbochargers feature rapid heat dissipation at high speeds, which can extend the product's service life || Choose with confidence: This Turbocharger perfectly matches the performance of the original component equipment for specific vehicles. Please check your machine brand, year and original part OEM number through the garage tool above to ensure that the part meets your requirements
New 3620838 For Water Cool Turbocharger Caterpillar C18 Engine
Generic Type Water Cool TurboFor Charger TURBO K18 Shaft Part Number 278-5428 278-5427 Previous Version 362-0838 3620838 OE number 2785427 2785428 CHRA model 277-3259 2773259 || Description TurboFor Charger for Caterpillar C18 Engine
Generic Type Water Cool TurboFor Charger TURBO K18 Shaft Part Number 278-5428 278-5427 Previous Version 362-0838 3620838 OE number 2785427 2785428 CHRA model 277-3259 2773259 || Description TurboFor Charger for Caterpillar C18 Engine
This part in 4 request:
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This information for suppliers only!
2024-04-02
2023-05-22
2023-03-16
2016-03-10
Compatible equipment models: 3620838:
Information:
Troubleshooting
Troubleshooting can be difficult. On the following pages there is a list of possible problems. To make a repair to a problem, make reference to the cause and correction.This list of problems, causes, and corrections, will only give an indication of where a possible problem can be, and what repairs are needed. Normally, more or other repair work is needed beyond the recommendations in the list.Remember that a problem is not normally caused only by one part, but by the relation of one part with other parts. This list can not give all possible problems and corrections. The serviceman must find the problem and its source, then make the necessary repairs.Troubleshooting Index
1. Engine Will Not Start.2. Engine Will Start, But Shuts Down When Oil Pressure Override is Released.3. Engine Will Only Run Below 70% of Rated Speed.4. Air Inlet Shutoff Activates on Load Rejection.5. Air Inlet Does Not Close.6. Engine Will Not Restart After Operation of Emergency Manual Shutoff.7. Engine Will Not Shutdown When Checking Low Engine Oil Pressure Protection Circuit.8. Shutoff Control Unit Does Not Operate.
FIGURE 1. PROTECTIVE SYSTEM OIL LINES
1. Plug. 2. Oil line to thermostatic pilot valve. 3. Oil return line from diverter valve. 4. Oil supply line to diverter valve. 5. Oil drain line from diverter valve.
FIGURE 2. PROTECTIVE SYSTEM OIL LINES
2. Oil line to thermostatic pilot valve. 3. Oil return line from diverter valve. 4. Oil supply line to diverter valve. 5. Oil drain line from diverter valve. 6. Cover on actuator valve body.Engine Will Not Start Engine Will Start, But Shuts Down When Start-Up Override Is Released Engine Will Only Run Below 70% Of Rated Speed Air Inlet Shutoff Activities On Load Rejection Air Inlet Does Not Close Engine Will Not Restart After Operation Of Emergency Manual Shutoff Engine Will Not Shutdown When Checking Low Engine Oil Pressure PROTECTION CIRCUIT Shutoff Control Unit Does Not Operate Hydramechanical Protective System
PROTECTIVE SYSTEM WITH ENGINE SHUTDOWN FOR ALL FUNCTIONS (LOP, HWT, OS)
1. Oil line to air inlet shutoff actuator. 2. Return line from air inlet shutoff actuator. 3. Oil line to thermostatic pilot valve. 4. Return line from diverter valve. 5. Oil line to diverter valve. 6. From two-way valve at the diverter valve to drain. 7. From diverter valve to governor (fuel) shutoff actuator.Many engines run thousands of hours in continuous-duty applications without any operation of the protective system shutoff actuators, valves and alarms (if so equipped).Every 500 Service Meter Units, the emergency manual shutoff should be operated. This will check the protective system for correct operation.
After the emergency manual shutoff has been operated, the air inlet shutoff valve must be opened. Also, the start-up override must be operated to release hydraulic pressure from the fuel shutoff actuator before the engine can be started again.
If no engine shutdown occurs, further inspection of the system is needed. The drive coupling and the two-way, 5N6411 Valve (palm valve) can be tested while the engine is operating under full load. However, tests of the air inlet shutoff
Troubleshooting can be difficult. On the following pages there is a list of possible problems. To make a repair to a problem, make reference to the cause and correction.This list of problems, causes, and corrections, will only give an indication of where a possible problem can be, and what repairs are needed. Normally, more or other repair work is needed beyond the recommendations in the list.Remember that a problem is not normally caused only by one part, but by the relation of one part with other parts. This list can not give all possible problems and corrections. The serviceman must find the problem and its source, then make the necessary repairs.Troubleshooting Index
1. Engine Will Not Start.2. Engine Will Start, But Shuts Down When Oil Pressure Override is Released.3. Engine Will Only Run Below 70% of Rated Speed.4. Air Inlet Shutoff Activates on Load Rejection.5. Air Inlet Does Not Close.6. Engine Will Not Restart After Operation of Emergency Manual Shutoff.7. Engine Will Not Shutdown When Checking Low Engine Oil Pressure Protection Circuit.8. Shutoff Control Unit Does Not Operate.
FIGURE 1. PROTECTIVE SYSTEM OIL LINES
1. Plug. 2. Oil line to thermostatic pilot valve. 3. Oil return line from diverter valve. 4. Oil supply line to diverter valve. 5. Oil drain line from diverter valve.
FIGURE 2. PROTECTIVE SYSTEM OIL LINES
2. Oil line to thermostatic pilot valve. 3. Oil return line from diverter valve. 4. Oil supply line to diverter valve. 5. Oil drain line from diverter valve. 6. Cover on actuator valve body.Engine Will Not Start Engine Will Start, But Shuts Down When Start-Up Override Is Released Engine Will Only Run Below 70% Of Rated Speed Air Inlet Shutoff Activities On Load Rejection Air Inlet Does Not Close Engine Will Not Restart After Operation Of Emergency Manual Shutoff Engine Will Not Shutdown When Checking Low Engine Oil Pressure PROTECTION CIRCUIT Shutoff Control Unit Does Not Operate Hydramechanical Protective System
PROTECTIVE SYSTEM WITH ENGINE SHUTDOWN FOR ALL FUNCTIONS (LOP, HWT, OS)
1. Oil line to air inlet shutoff actuator. 2. Return line from air inlet shutoff actuator. 3. Oil line to thermostatic pilot valve. 4. Return line from diverter valve. 5. Oil line to diverter valve. 6. From two-way valve at the diverter valve to drain. 7. From diverter valve to governor (fuel) shutoff actuator.Many engines run thousands of hours in continuous-duty applications without any operation of the protective system shutoff actuators, valves and alarms (if so equipped).Every 500 Service Meter Units, the emergency manual shutoff should be operated. This will check the protective system for correct operation.
After the emergency manual shutoff has been operated, the air inlet shutoff valve must be opened. Also, the start-up override must be operated to release hydraulic pressure from the fuel shutoff actuator before the engine can be started again.
If no engine shutdown occurs, further inspection of the system is needed. The drive coupling and the two-way, 5N6411 Valve (palm valve) can be tested while the engine is operating under full load. However, tests of the air inlet shutoff
Caterpillar SIS machinery equipment:
Caterpillar SIS
385C L Excavator JCM00001-UP (MACHINE) POWERED BY C-18 Engine »
362-0838
TURBOCHARGER GP
385C Excavator KBC00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
385C FS Excavator MMA00001-UP (MACHINE) POWERED BY C-18 Engine »
362-0838
TURBOCHARGER GP
385C L Excavator T2E00001-UP (MACHINE) POWERED BY C-18 Engine »
362-0838
TURBOCHARGER GP
385C L Excavator EDA00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
385C Excavator MNZ00001-UP (MACHINE) POWERED BY C-18 Engine »
362-0838
TURBOCHARGER GP
385C FS Excavator T2F00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
385C & 385C L Excavator KGB00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
385C FS Excavator EAM00001-UP (MACHINE) POWERED BY C-18 Engine »
362-0838
TURBOCHARGER GP
385C Material Handler WAW00001-UP (MACHINE) POWERED BY C-18 Engine »
362-0838
TURBOCHARGER GP
390D L Excavator WAG00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
390D L Excavator WBT00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
390D L Excavator WAP00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
385C Mobile Hydraulic Power Unit MSF00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
390D Excavator BYP00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
390D Excavator KCZ00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
385C L Mobile Hydraulic Power Unit M3W00001-UP (MACHINE) POWERED BY C18 Engine »
362-0838
TURBOCHARGER GP
Caterpillar parts catalog:
Parts turbocharger Caterpillar catalog:
2644493
TURBOCHARGER GP
385C, 385C FS, 385C L
385C, 385C FS, 385C L
2206060
TURBOCHARGER GP
385C, 385C FS, 385C L, 385C L MH, 390D, 390D L
385C, 385C FS, 385C L, 385C L MH, 390D, 390D L
3108121
TURBOCHARGER GP
385C, C18
385C, C18
2654538
TURBOCHARGER GP
385C, 385C FS, 385C L, 385C L MH
385C, 385C FS, 385C L, 385C L MH
1954960
TURBOCHARGER GP
D7R II
D7R II
3277738
TURBOCHARGER GP
3512B, 3512C, 793F, 793F CMD, 793F OEM, 793F-XQ
3512B, 3512C, 793F, 793F CMD, 793F OEM, 793F-XQ
3753166
TURBOCHARGER GP
525D, 535D, 545D, 555D, C7.1
525D, 535D, 545D, 555D, C7.1
2733132
TURBOCHARGER GP
725, 730
725, 730
3601214
TURBOCHARGER GP
627H, 966K, 972K, D6T LGP, D6T XL, D7E, D7E LGP
627H, 966K, 972K, D6T LGP, D6T XL, D7E, D7E LGP
2W1847
TURBOCHARGER GP
3406, 3406B, 916
3406, 3406B, 916
2301060
TURBOCHARGER GP
994F, D11R
994F, D11R
2655076
TURBOCHARGER GP
345C, 345C L, 345C MH, 345D, W345C MH
345C, 345C L, 345C MH, 345D, W345C MH
1311871
TURBOCHARGER GP
3304, 3304B, 525, 527
3304, 3304B, 525, 527
3960922
TURBOCHARGER GP
906H2, 907H2, 908H2
906H2, 907H2, 908H2