Crankshaft sensor LEXUS LX (UZJ100) 2UZ-FE 470 (UZJ100) 235 HP
<
1
2
>
>>
Product ID: 81278
- Supplementary Article / Supplementary Info Info 2: without cable
- Number of pins: 2
- Connector Shape: oval
- Condition: New
Details
Product ID: ECP-TY-018
- Fabrication Number: ECP-TY-018
- Number of pins: 2
- Condition: New
Details
Product ID: SS10899
- Construction Year from: 08/2002
- Construction Year to: 04/2005
- Number of pins: 2
- Condition: New
Details
Product ID: 6PU 013 122-781
- Sensor Type: Inductive Sensor
- Number of pins: 2
- Assy./disassy. by qualified personnel required!
- Condition: New
Details
Product ID: CS-J103
- TecDoc Engine Number: 2UZ-FE
- for OE number: 9091905002
- Number of pins: 2
- Sensor Type: Inductive Sensor
- Condition: New
Details
Product ID: V70-72-0279
- Supplementary Info: Original VEMO Quality
- Weight [kg]: 0,088
- Packaging width [cm]: 4,9, 5,2
- Packaging height [cm]: 7, 9,2
- Packaging Depth [cm]: 9, 24,5
- Condition: New
Details
Product ID: V70-72-0284
- Construction Year from: 08/2002
- Construction Year to: 04/2005
- Supplementary Info: Original VEMO Quality
- Condition: New
Details
Product ID: 83.3530A2
- Resistor [kOhm]: 2,1
- for article number: 83.3530A2
- Sensor Type: Inductive Sensor
- Number of pins: 2
- Fitting Depth [mm]: 36,5
- Supplementary Article / Supplementary Info Info 2: without cable
- Connector Shape: oval
- Number of mounting bores: 1
- Socket colour: black
- Quality: OE EQUIVALENT
- Condition: New
Details
Product ID: 833C0239
- Construction Year from: 08/2002
- Construction Year to: 04/2005
- Number of connectors: 2
- Connector Shape: oval
- Supplementary Article / Supplementary Info Info 2: without cable
- Condition: New
Details
Product ID: 303281
- Number of pins: 2
- Resistor [Ohm]: 2100
- Condition: New
Details
Crankshaft sensor LX (UZJ100)
Favourable Prices
Greatly reduced prices on many brand-name spares
RELIABLE SHIPPING
Free delivery for orders over £ 240
Fast delivery
Your order will be dispatched as soon as possible after receipt of payment
Shipping method