Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081 Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081

Crank Angle Sensor for Mitsubishi Pajero NK NL 3.5L V6 6G74 97-00 J5T25081

Part #: CSCA37 OEM #: MD303649 SKU: CSCA37

Crank Angle Sensor for Pajero NK NL 6G74 V6

$94.50
RRP $148.97
SAVE $54.47 (37%)
In Stock

BRAND NEW OEM Quality CRANKSHAFT POSITION SENSOR TO SUIT MITSUBISHI TRITON PAJERO CHALLENGER FTO AND MORE

PLEASE COMPARE YOUR ORIGINAL SENSOR WITH THE IMAGES WE PROVIDED IN THE LISTING AND CHECK THE DETAILED VEHICLE LIST IN THE SUITABILITY SECTION.

 

TO SUIT:

[1997-2000] MITSUBISHI PAJERO NK NL 3.5L V6 6G74
[1996-2006] MITSUBISHI TRITON MK 3.0L V6 6G72 (INCLUDING Challenger Delica Starwagon with 6g72 Engine)

[1994-2003] MITSUBISHI STARWAGON WA 2.4L 4G64 S4 Engine (Suits only Front Bank / Side)
[1997-2000] MITSUBISHI FTO DE3A (GREY IMPORT) 2.0L V6 6A12 Engine

 

OEM# MD303649, J5T25081

  • for OE No: MD303649
  • Cable Length: 590 mm
  • Sensor Type: Hall Sensor
  • Number of pins: 3-pin connector
  • Fitting Depth: 18 mm
  • Housing Colour: Black
  • Connector Shape: triangular
  • Supplementary Article Info: with cable

Features:

  • High Quality
  • OEM Fit and Design
  • Easy install
  • Simple operation
  • AU Seller-Fast and Free Shipping

Package Includes:

1* CRANKSHAFT POSITION SENSOR (3-PIN PLUG)

The crankshaft position sensor is an engine management component found on virtually all modern vehicles with internal combustion engines. It monitors the position and rotational speed of the crankshaft and sends the information to the engine control unit so it can make appropriate adjustments based on operating conditions. The crankshaft speed and position are some of the most important parameters used in engine management calculations, and many engines cannot run if the crankshaft position sensor is not providing an accurate signal.

Faulty crankshaft position sensor symptoms:

  • Issues Starting the Vehicle
  • Intermittent Stalling
  • Check Engine Light Comes On
  • Uneven Acceleration
  • Engine Misfires or Vibrates
  • Rough Idle and/or Vibrating Engine
  • Reduced Gas Mileage

 

 

[03/98 – 12/06] MITSUBISHI CHALLENGER PA 3.0L V6 6G72 [05/94 – 12/06] MITSUBISHI DELICA PD6W (GREY IMPORT) SPACE GEAR 3.0L V6 6G72 [10/96 – 08/97] MITSUBISHI PAJERO NK 3.5L V6 6G74 [09/97 – 04/00] MITSUBISHI PAJERO NL 3.5L V6 6G74 [10/94 – 09/03] MITSUBISHI STARWAGON WA 2.4L 4cyl 4G64 S4 [10/94 – 09/00] MITSUBISHI STARWAGON WA 2.4L 4cyl 4G64 S4 [10/94 – 09/96] MITSUBISHI STARWAGON WA 3.0L V6 6G72 [10/96 – 06/06] MITSUBISHI TRITON MK 3.0L V6 6G72 [10/94 – 08/01] MITSUBISHI FTO DE3A (GREY IMPORT) 2.0L V6 6A12 [02/97 – 08/01] MITSUBISHI FTO DE3A (GREY IMPORT) 2.0L V6 6A12
Identification
SKUCSCA37
Barcode #9314258862121
BrandAftermarket OEM Replacement
Part Numbers
Part NumberCSCA37
Reference OEM NumberMD303649
Other OEM Numbers1800296, J5T25081, MD303649, MD322972
Related Part NumbersCSCA37, EH0285, MD303649, SC104, TCAS19
Product Specifics
Sensor TypeCRANKSHAFT POSITION SENSOR
TypeSensor
FeaturesDirect Fit
Reference Oe/oem NumberMD303649
Manufacturer Warranty1 Year
OemMD322972
Ean9314258862121
MakeMitsubishi
NoteCHECK IMAGES. CONFIRM WITH OE NUMBER
ModelTRITON
Second Part NumberTCAS19
Other Details
NoteVerify fitment using the OEM part number before ordering.
Unit Of Measureea
How do I test a crankshaft or camshaft position sensor?

Use an OBD2 scanner to check for fault codes P0335 to P0338 (crankshaft) or P0340 to P0349 (camshaft). You can also test the sensor with a multimeter - inductive sensors should show resistance between 200 and 1,000 ohms, while Hall effect sensors require a live voltage test with the engine cranking. Erratic or absent RPM signal on a live data scanner is a strong indicator of sensor failure.

Can a cam or crank sensor fault cause my vehicle to go into limp mode?

Yes. A faulty crankshaft position sensor in particular can cause the ECU to lose engine speed and position data entirely, which may trigger limp mode or prevent the engine from starting. A faulty camshaft sensor on variable valve timing engines can cause the VVT system to default to a fixed position, significantly reducing power and fuel economy.

Do cam and crank sensors need to be programmed after replacement?

In most cases no - aftermarket OEM replacement sensors are direct plug-in replacements that require no programming. However some vehicles, particularly late model European makes including BMW and Mercedes-Benz, may require a crankshaft adaptation reset using a dealer-level scan tool after replacement. Check your vehicle service information before replacing the sensor.

What are the symptoms of a faulty crankshaft position sensor?

Symptoms include intermittent stalling, engine not starting, rough idle, misfires, and a Check Engine light with codes P0335-P0338. In severe cases the engine will crank but not start as the ECU cannot determine crank position for ignition timing.

What are the symptoms of a faulty camshaft position sensor?

Symptoms include poor performance, misfires, difficulty starting, rough idle, and fault codes P0340-P0343. Variable valve timing systems (VVT) will also be affected, causing sluggish response and increased fuel consumption.

Can I drive with a bad crankshaft position sensor?

If the sensor has failed completely the engine will not start or will stall and not restart. If it is intermittently failing, driving is dangerous - the engine can cut out without warning. Replace it immediately.

Do I need to replace both the cam and crank sensor at the same time?

Not necessarily - replace whichever has failed based on fault codes and diagnosis. However, if your vehicle has high kilometres and one has failed, it is worth considering replacing both as they are similar in age and condition.

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