replacement-lambda-sensors.htm¶

2 excerpts.

Replacement Lambda Sensors¶

evilution.co.uk/mod/replacement-lambda-sensors.htm · p. 1 · Applies to: 450

Mod Description What codes you require so you don't have to pay silly smart prices. Mod Details Premium No Difficulty Mod ID 713 Credit evilution For Link https://evilution.co.uk/mod/replacement-lambda-sensors.htm Copy to Clipboard Why Aftermarket Sensors? That’s an easy one. Cost. Standard sensors if bought from smart can be extortionate. It makes more sense to go for the cheaper option which can actually be exactly the same sensors that you would have bought from smart. Important This information relies on specs and information harvested from other sites. I can only pool this info into 1 place, I can’t guarantee the information is correct. PLEASE CHECK THIS INFO TO YOUR OWN SATISFACTION BEFORE PURCHASING. 450 600cc Manufacturer : NGK Part No : OZA659-EE42 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 295mm Manufacturer : Bosch Part No : 0 258 006 563 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Manufacturer : Bosch Part No : 0 258 986 615 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Thanks to Michael G for this info. Manufacturer : Bosch Part No : 0 258 005 733 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Thanks to Michael G for this info. Manufacturer : Delphi Part No : ES20312-12B1 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 280mm Manufacturer : Bolk Part No : BOL-C031818 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 200mm Manufacturer : Bolk Part No : BOL-C031821 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 200mm 450 700cc Manufacturer : NGK Part No : OZA659-EE42 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 295mm Manufacturer : Bosch Part No : 0 258 006 563 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Manufacturer : Bosch Part No :0 258 986 615 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Thanks to Michael G for this info. Manufacturer : Bosch Part No :0 258 005 733 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Thanks to Michael G for this info. Manufacturer : Delphi Part No : ES20312-12B1 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 280mm Manufacturer : Bolk Part No : BOL-C031818 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 200mm Manufacturer : Bolk Part No : BOL-C031821 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 200mm 451 999cc Non Turbo (Not USA) Euro 4 Manufacturer : NGK Part No : OZA571-GB1 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 89 Length of Sensor & Cable : 300mm Euro 5 Manufacturer : NGK Part No : OZA603-MB16 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 89 Length of Sensor & Cable : 300mm 451 999cc Non Turbo (USA) From what I can see: The Upstream sensor is a wideband sensor with 5 wires. Bosch 17444 Walker 350-35076 Denso 234-5071 NTK 24329 The downstream sensor is a narrowband sensor with 4 wires. Bosch 16749 Walker 350-34360 Denso 234-4881 NTK 25186 451 999cc Turbo Manufacturer : NGK Part No : OZA571-GB1 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 89 Length of Sensor & Cable : 300mm 451 Diesel 45bhp (non DPF) Manufacturer : Bosch Part No : 0 258 017 134 Position : Upstream Number of Wires : 5 Length of Sensor & Cable : 350mm Manufacturer : Metzger Part No : 0893318 Position : Upstream Number of Wires : 5 Length of Sensor & Cable : 375mm Manufacturer : Meat & Doria Part No : 81577 Position : Upstream Number of Wires : 5 Length of Sensor & Cable : 410mm 54bhp (with DPF) Manufacturer : Bosch Part No : 0 258 017 014 Position : Upstream Number of Wires : 5 Length of Sensor & Cable : 350mm Manufacturer : FAE Part No : 75061 Position : Upstream Number of Wires : 5 Length of Sensor & Cable : 350mm Manufacturer : Pierburg Part No : 7.02604.44.0 Position : Upstream Number of Wires : 5 Length of Sensor & Cable : 450mm Manufacturer : Vemo Part No : V30-76-0036 Position : Upstream Number of Wires : 5 Length of Sensor & Cable : 350mm Manufacturer : Metzger Part No : 0893020 Position : Upstream Number of Wires : 5 Length of Sensor & Cable : 410mm 452 Roadster Manufacturer : NGK Part No : OZA659-EE42 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 295mm Manufacturer : Bosch Part No : 0 258 006 563 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Manufacturer : Bosch Part No : 0 258 986 615 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Thanks to Michael G for this info. Manufacturer : Bosch Part No : 0 258 005 733 Position : Upstream & Downstream Number of Wires : 4 Connector Type : 47 Length of Sensor & Cable : 300mm Thanks to Michael G for this info. Manufacturer : Delphi Part No : ES20312-12B1 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 280mm Manufacturer : Bolk Part No : BOL-C031818 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 200mm Manufacturer : Bolk Part No : BOL-C031821 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (cri

Connector Type : None (crimp old connector)¶

evilution.co.uk/mod/replacement-lambda-sensors.htm · p. 2 · Applies to: 450

4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 200mm Manufacturer : Bolk Part No : BOL-C031821 Position : Upstream & Downstream Number of Wires : 4 Connector Type : None (crimp old connector) Length of Sensor & Cable : 200mm 454 Forfour Diesel Manufacturer : Bosch Part No : 0258017014 Number of Wires : 5 Connector Type : ? Length of Sensor & Cable : 350mm Petrol Manufacturer : Bosch Part No : 0258006566 Position : Upstream Number of Wires : 4 Connector Type : ? Length of Sensor & Cable : 478mm Manufacturer : Bosch Part No : 0258006568 Position : Downstream Number of Wires : 4 Connector Type : ? Length of Sensor & Cable : 348mm Jargon Key Upstream & Downstream Upstream sensors are positioned between the engine and the catalytic convertor. Downstream sensors are placed into the catalytic convertor (big exhaust box thing). Number of Wires Most lambda sensors have 4 wires which generally indicates that they are standard zirconia sensors. If a sensor has 5 or 6 wires it is usually a wideband sensor. Length of Sensor & Cable Exactly that. The overall length, end to end of the sensor. I suppose it’s good to know that once the sensor is screwed into place that the wiring connector will reach the car’s connector. Sensor Number Apart from very early 600cc fortwos, all other fortwos have 2 lambda sensors. Bank 1, sensor 1 and bank 1, sensor 2. Normally, sensor 1 is in the upstream position (nearest the engine) and sensor 2 is the downstream sensor (furthest from the engine). The downstream sensor is usually in the catalytic convertor can. The upstream sensor is either in the turbo or the exhaust manifold. Be careful with generic error code readers because they don’t always give out the correct data. As I said earlier, the upstream sensor should be 1 and the downstream sensor should be 2. However some OBD readers will label the upstream sensor as 0 and the downstream sensor as 1. If you want to be 100% sure, disconnect both sensors and see if your code reader brings up error codes for 1 and 2 or 0 and 1. Click if info helped 63 likes 95250 views Print