Hefei Ruimin Electronic Technology Co., Ltd.
                                                                                                           
Verified Supplier
5 Years
Since 2021
Menu

13628589104 Car Oxygen Sensor For BMW 1series 2series 3series 4series 6series 7series / MINI Hatch Convertible Clubman Countryman

Price Negotiable
Price: To Be Negotiated
MOQ: 50
Delivery Time: 1-4weeks
Brand: RMOS
Product Description

13628589104 Car Oxygen Sensor For BMW MINI

Specification Details
Product Type Lambda Sensor (Oxygen / O2 Sensor)
OE Part Number 13628589104
Number of Wires 4
Cable Length 471 - 600 mm (depending on manufacturer)
Connector Shape Oval
Housing Colour Black
Type Heated, Direct-Fit
Function Exhaust Gas Monitoring / Diagnostic Probe
Fitting Position After Catalytic Converter (Downstream)

Technical Notes:

  • This is a 4-wire heated oxygen sensor, commonly referred to as a "diagnostic probe" in BMW applications

  • Designed to monitor catalytic converter efficiency by measuring oxygen content after the catalyst

  • The centre ceramic element is composed of Zirconium Oxide, Alumina, and Yttrium Oxide, with a platinum coating applied using vapour deposition

  • A spinel coating on the outer platinum layer prevents damage from solid exhaust particles


Cross-Reference (OEM & Interchange Numbers)

This Lambda Sensor replaces the following Original Equipment Manufacturer (OEM) and interchange part numbers. Check your old sensor to confirm a match:

Type Part Number(s)
BMW OEM Numbers 13628589104, 13628573760, 13628593852, 13628572800, 13628570689, 13628595102, 858910401
Interchange / Aftermarket Numbers 0281004651, 0281004432
Alternative References 64918 (Intermotor), LLB1065 (Lemark), LEB5539 (Lucas), VE381842 (Cambiare), KNL1117 (Kerr Nelson), LB2740 (Fuel Parts), 81925 (Meat & Doria)

Compatible Vehicles (Fitment Guide)

This Lambda Sensor is exclusively used in BMW Group vehicles, including BMW and MINI models, as well as certain Land Rover vehicles. It is designed for 4-cylinder diesel engine applications with B47 or N47 engine codes and is typically fitted in the post-catalyst (downstream) position.

BMW Fitments

1 Series (F20 / F21 LCI)

Model Year Range Engine Code
114d 2014 - 2017 Diesel
116d 2014 - 2017 B47 / N47
118d 2014 - 2017 B47 / N47
120d 2014 - 2017 B47
125d 2014 - 2017 B47

2 Series

Model Chassis Year Range
218d F22 / F23 2013 - 2017
220d F22 / F23 2013 - 2017
225d F22 / F23 2014 - 2017
Active Tourer F45 2013 - Present
Gran Tourer F46 2014 - Present

3 Series

Model Chassis Year Range
316d F30 / F31 / F34 2014 - 2016
318d F30 / F31 / F34 2014 - 2016
320d F30 / F31 / F34 2014 - 2017
325d F30 / F31 / F34 2014 - 2016

4 Series

Model Chassis Year Range
418d F32 / F33 / F36 2014 - 2017
420d F32 / F33 / F36 2014 - 2017
425d F32 / F33 / F36 2014 - 2017

5 Series

Model Chassis Year Range Engine
518d F10 / F11 2013 - 2017 N47
520d F10 / F11 2013 - 2017 B47 D20 A / N47 D20 C
520d G30 / G31 2015 - Present B47

X Series

Model Chassis Year Range
X1 F48 2014 - Present
X2 F39 2016 - Present
X3 F25 2013 - 2017
X3 G01 2016 - Present
X4 F26 2013 - Present

Other BMW Models

Model Chassis Year Range
6 Series Gran Turismo G32 2016 - Present
7 Series G11 2014 - Present
MINI Fitments
Model Chassis Year Range
MINI Hatch (3-Door) F55 2013 - Present
MINI Hatch (5-Door) F56 2013 - Present
MINI Convertible F57 2014 - Present
MINI Clubman F54 2014 - Present
MINI Countryman F60 2015 - Present

MINI Engine compatibility: Cooper D / Cooper SD diesel variants

Land Rover Fitments
Model Notes
Selected Land Rover models Cross-references with OEM numbers 13628570689, 858910401

Common Failure Symptoms

Consider replacing your Lambda Sensor if you experience any of the following:

Performance-Related Symptoms:

  • Illuminated Check Engine Light – OBD-II fault codes related to oxygen sensor circuit or catalyst efficiency (e.g., P0420, P0130-P0167 range)

  • Incorrect Mixture Control – The engine ECU receives inaccurate data, leading to improper fuel trim adjustments

  • Poor Driveability – Hesitation, stumbling, or lack of power during acceleration

Exhaust & Emissions Symptoms:

  • High Emissions – Failed emissions test due to incorrect combustion

  • Failed Catalytic Converter Efficiency – As a downstream sensor, failure may incorrectly report converter performance

  • Increased Fuel Consumption – The ECU may default to rich mixture settings

Potential causes of sensor failure:

  • Contamination – Oil, coolant, or silicone sealants can damage the sensing element

  • Heater Failure – Electrical failure of the internal heating circuit

  • Impact Damage – Physical damage from road debris or improper handling during installation

  • Normal wear and tear over mileage


Important Purchase Considerations

1. Confirm Fitment Before Purchasing

  • This is a direct-fit sensor exclusively for BMW Group vehicles (BMW, MINI) with specific 4-pin oval connector

  • Verify that your vehicle has a B47 or N47 diesel engine – this sensor is NOT for petrol/gasoline engines

  • This sensor is typically positioned after the catalytic converter (downstream)

  • Always cross-reference your old sensor's part number and connector shape before ordering

  • Physical inspection of your original sensor is strongly recommended

2. Engine Code Verification

  • Compatible engine codes: B47 D20 A, N47 D20 C

  • Power outputs: 120KW (163HP), 140KW (190HP), 151KW (205HP), 155KW (211HP)

  • Not compatible with 6-cylinder diesel engines (e.g., 530d) or petrol engines

3. Position in Exhaust System (Upstream vs. Downstream)

  • This part (13628589104) functions as a post-catalyst diagnostic probe (downstream) for diesel applications

  • Do not confuse with pre-catalyst sensors – different part numbers apply for upstream positions

  • Verify the location of your old sensor before ordering

4. Installation Tips

  • Allow the exhaust system to cool completely before removal to avoid burns and prevent thread damage

  • Use an O2 sensor socket (22mm or 7/8") to prevent stripping the sensor during removal/installation

  • Apply anti-seize compound to the threads of the new sensor (avoiding the sensor tip) to prevent seizing in the exhaust bung

  • Do not use silicone sealants near the exhaust system – silicone contamination will destroy the sensor

  • Avoid touching the sensor tip – oils from your skin can contaminate the sensing element

  • Do not drop the sensor – the ceramic element can crack upon impact

  • Tighten to the correct torque – Typically 40-50 Nm (30-37 ft-lb)

5. Replacement Interval

  • Lambda sensors degrade over time, often without triggering immediate fault codes

  • Replacement every 100,000 miles (160,000 km) is recommended to maintain:

    • Optimal fuel efficiency

    • Catalytic converter health and longevity

    • Lower emissions output

6. Professional Installation Recommended

  • While this is a direct-fit part, professional installation is recommended if you are not experienced with automotive exhaust systems

  • After replacement, the ECU may need to be reset or adaption values cleared using diagnostic equipment

  • Improper installation can lead to:

    • Exhaust leaks around the sensor bung

    • Cross-threaded or damaged exhaust threads

    • Sensor damage from contamination or mishandling

    • Wiring damage from contact with hot exhaust components

7. Required Tools

  • O2 sensor socket (22mm / 7/8") or deep offset wrench

  • Ratchet and extension bar (for access)

  • Anti-seize compound (if not pre-applied)

  • Jack and jack stands (if under-vehicle access requires lifting)

  • OBD-II scanner (to clear fault codes and verify operation after replacement)

8. Warranty

  • Quality aftermarket Lambda Sensors may come with warranty periods (e.g., Lifetime Warranty from certain brands)

  • Check with your specific retailer for their warranty terms and return policy

  • Important: Many warranties are voided if the sensor tip shows contamination from improper handling

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Hefei Ruimin Electronic Technology Co., Ltd.
Location Second Floor, No. 4 Building, No. 1666, Ningxi Road, High-Tech District,Hefei,Anhui,China
Contact Person Mark

Request A Quote

Please check your email address.
Your message must be at least 20 characters.