Clamp - Mercedes-Benz (007-997-20-90)
1954-2013 Mercedes-Benz (79972090)
Part can be found as reference #185 in illustration
Part can be found as reference #185 in illustration
Details
- Brand:
- SKU:
007-997-20-90
- Description: RETURN HOSE. 12-22 MM
Diameter: 22mm
Inside diameter: 21,3mm
Outside diameter: 24,2mm
Material thickness: 1,3mm
Model 1: Schwarz. FROM VALVE TO HEATER UNIT. 12-22 MM
Diameter: 22mm
Inside diameter: 21,3mm
Outside diameter: 24,2mm
Material thickness: 1,3mm
Model 1: Schwarz. HOSE TO VALVE. 12-22 MM
Diameter: 22mm
Inside diameter: 21,3mm
Outside diameter: 24,2mm
Material thickness: 1,3mm
Model 1: Schwarz. HOSE TO HEATER UNIT. 12-22 MM
Diameter: 22mm
Inside diameter: 21,3mm
Outside diameter: 24,2mm
Material thickness: 1,3mm
Model 1: Schwarz. HOSE TO PIPE LINE. 12-22 MM
Diameter: 22mm
Inside diameter: 21,3mm
Outside diameter: 24,2mm
Material thickness: 1,3mm
Model 1: Schwarz. FROM HEAT EXCHANGER TO WATER VALVE. 12-22 MM
Diameter: 22mm
Inside diameter: 21,3mm
Outside diameter: 24,2mm
Material thickness: 1,3mm
Model 1: Schwarz. TO COOLANT HOSE. 12-22 MM
Diameter: 22mm
Inside diameter: 21,3mm
Outside diameter: 24,2mm
Material thickness: 1,3mm
Model 1: Schwarz. HOSE TO RECIRCULATING PUMP AND TO ENGINE. 12-22 MM
Diameter: 22mm
Inside diameter: 21,3mm
Outside diameter: 24,2mm
Material thickness: 1,3mm
Model 1: Schwarz. - Condition: New
Also Purchased
Vehicle Fitment
| Year | Make | Model | Body & Trim | Engine & Transmission |
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Mercedes-Benz USA LLC
The Clamp (007-997-20-90) you order from Mercedes-Benz USA will be a genuine OEM part manufactured specifically to fit your 1954-2013 Mercedes-Benz vehicle. It will be delivered directly to your home or work. Genuine Mercedes-Benz Parts fit your vehicle like no others can. They’re engineered specifically to function with their fellow parts and systems, and they’re constructed from the finest materials available. They’re also subjected to rigorous testing, which means each part comes fully certified. In the end, you can be sure that your vehicle will perform up to its potential, mile after mile.