Alternator FORD C-MAX (DM2) QQDC 1.8 122 HP
<<
<
4
5
6
7
8
>
>>
Product ID: 011-003-000859R
- Alternator Charging Current [A]: 120
- Voltage [V]: 12
- Generally overhauled
- Condition: Remanufactured
Details
Product ID: 595.557.120.260
- Alternator Charging Current [A]: 120
- Voltage [V]: 12
- Belt Pulley Ø [mm]: 49,3
- Number of grooves: 6
- Clamp: B+ (M8)
- New Part
- Quality: Denso New
- Number of mounting bores: 3
- Mounting Angle [degrees]: 180
- Condition: New
Details
Product ID: 11443243
- Alternator Charging Current [A]: 120
- Voltage [V]: 12
- Belt Pulley Ø [mm]: 49, 50
- Pulleys: with freewheel belt pulley
- Number of ribs: 6
- Plug Type ID: B+(M8),S,SIG,FR
- Exchange Part
- Rotation Direction: Clockwise rotation
- Number of mounting bores: 3
- Number of threaded holes0
- Quantity Unit: Piece
- Condition: Remanufactured
Details
Product ID: 57328
- Alternator Charging Current [A]: 120
- Voltage [V]: 12
- Pulleys: with belt pulley
- Number of ribs: 6
- Supplementary Article / Supplementary Info: with integrated regulator
- Rotation Direction: Clockwise rotation
- Connector/Clamp: without connection for speed sensor
- Transmission Type: Manual Transmission
- Diameter [mm]: 49
- Technical Information Number: C93
- Condition: New
Core exchange £ 90,70 Pledge is NOT included The core charge will be refunded if you return the old spare part.
Details
Product ID: WAL00078
- Alternator Charging Current [A]: 120
- Voltage [V]: 14
- Belt Pulley Ø [mm]: 49
- Pulleys: with freewheel belt pulley
- Number of ribs: 6
- Plug Type ID: 0138
- Vehicle Main Current: for vehicles with 12V main current
- Clamp: S-SIG-FR
- Bore Diameter 1 [mm]: 9
- Net weight [kg]: 6,14
- Condition: New
Details
Product ID: CAL35261GS
- Alternator Charging Current [A]: 130
- Voltage [V]: 12
- Belt Pulley Ø [mm]: 49
- Pulleys: with V-ribbed belt pulley
- Number of ribs: 6
- Plug Type ID: CPA0231
- Supplementary Article / Supplementary Info: with integrated regulator
- New Part
- Manufacturer Restriction: MITSUBISHI
- Weight [g]: 6000
- Manufacturer: FORD
- Condition: New
Details
Product ID: RAA11320
- Alternator Charging Current [A]: 120
- Voltage [V]: 12
- Belt Pulley Ø [mm]: 49
- Pulleys: with V-ribbed belt pulley
- Number of ribs: 6
- Plug Type ID: Plug670
- Supplementary Article / Supplementary Info: with integrated regulator
- Used part return not required
- Weight [kg]: 6,5
- Similar to picture
- Condition: New
Details
Product ID: 3123287
- Alternator Charging Current [A]: 120
- Voltage [V]: 12
- Number of ribs: 6
- Vehicle Main Current: for vehicles with 12V main current
- Quality: Denso New
- Condition: New
Details
Product ID: 32081700
- Transmission Type: Automatic Transmission
- Observe technical data
- Alternator Charging Current [A]: 130
- Voltage [V]: 14
- Belt Pulley Ø [mm]: 49
- Pulleys: with belt pulley
- Number of ribs: 6
- Used part return not required
- Cooling Type: Air cooled
- Condition: New
Details
Product ID: 210438
- Alternator Charging Current [A]: 120
- Voltage [V]: 14
- Belt Pulley Ø [mm]: 49
- Pulleys: with V-ribbed belt pulley
- Number of grooves: 6
- Plug Type ID: B+LSDFM
- Rotation Direction: Clockwise rotation
- Number of mounting bores: 2
- Distance from belt pulley to alternator [mm]: 84
- Condition: New
Details
Product ID: 2035261.1
- Alternator Charging Current [A]: 130
- Voltage [V]: 12
- Belt Pulley Ø [mm]: 49
- Pulleys: with V-ribbed belt pulley
- Number of ribs: 6
- Plug Type ID: CPA0231
- Supplementary Article / Supplementary Info: with integrated regulator
- New Part
- Manufacturer Restriction: MITSUBISHI
- Weight [g]: 6000
- Manufacturer: FORD
- Condition: New
Details
Product ID: 301926RID
- Alternator Charging Current [A]: 120
- Voltage [V]: 12
- Number of grooves: 6
- Plug Type ID: PL57
- Diameter [mm]: 49
- Version: 301926RID
- Condition: New
Details
Alternator C-MAX (DM2)
Alternator FORD C-MAX
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