Sorry, no Ambient temperature sensor are found for L 300 / Delica II Van (L03_P) 2.3 D (L038P, L068P) 68 in the database. For all your questions do not hesitate to contact us.
E-Mail: [email protected]
Monday - Friday 7:00am - 8:00pm
<
1
2
3
>
>>
Product ID: 40E5001-JPN
- Diameter [mm]: 45
- Thread Size: 1/8-GAS
- Spanner Size: 14 MM
- Condition: New
Details
Product ID: J5614000
- Thread Size: 1/8x28 BSPD
- Spanner Size: 24
- Switch Pressure [bar]: 0,3
- Combi Switch Function: Normally Closed Contact
- Colour: black
- Condition: New
Details
Product ID: 830C0094
- Thread Size: M16x1,5
- Number of pins: 2
- Condition: New
Details
Product ID: 331057
- Thread Size: M16x1,5
- Spanner Size: 17
- Number of pins: 2
- Fitting Depth [mm]: 31
- Condition: New
Details
Product ID: 64501
- External Thread [mm]: 16
- Condition: New
Details
Product ID: SKCTS-0850092
- Thread Size: M16x1,5
- Number of pins: 2
- Condition: New
Details
Product ID: 11401
- Thread Size: ZG1/8
- Spanner Size: 27 MM
- Switch Pressure [bar]: 0,3
- Condition: New
Details
Product ID: 64-05-501
- External Thread [mm]: 16
- Condition: New
Details
Product ID: OS3577
- Switch Pressure [bar]: 0,3
- Thread Size: 1/8x28 BSPT
- Sensor Type: Closed-type Sensor
- Condition: New
Details
Product ID: 50E5002-JPN
- Thread Size: M16x1,5
- Condition: New
Details
Outside temperature sensor L 300 / Delica II Van (L03_P)
Outside temperature sensor MITSUBISHI L300 / DELICA
- Ambient temperature sensor MITSUBISHI L 300 III Minibus (P0_W, P1_W, P2_W)
- Ambient temperature sensor MITSUBISHI L 300 III Van (P0_V, P1_V, P_2V)
- Ambient temperature sensor MITSUBISHI L 300 / Delica II Platform / Chassis (L03_P)
- Ambient temperature sensor MITSUBISHI L 300 III Platform / Chassis (P1_T )
- Ambient temperature sensor MITSUBISHI L 300 / Delica II Minibus (LO3_P/G, L0_2P)
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