- 🚚Shipped from a European warehouse
- 💶Final price — no customs or import fees within the EU
- ⚡Fast delivery: usually 2–5 business days (depending on the country)
- 🔎Tracking after dispatch
- ↩️14-day returns (EU law)
- 🛡️24-month seller liability
- 💬Support before and after purchase
- ✅ Verified offer — matches the description
- 🧾Clear description and photos
- 🧩Easy variant selection
- 📦Secure packaging
- ⭐Good “for now” choice
SPECIFICATIONS
Brand Name: NONE
Highly-concerned chemical: None
Hysteresis: BMW 3er E46 E90 E91 316i 318Ci 320i X3 E83 2.0i Z4
Linear: BMW 1 3er E87 E46 E90 E91 X1 E84 X3 E83 Z4
Measuring Range: BMW 3 Series E90 E91 E46 316 318 320I X3 E83 2.0i
OEM NO.: 11377506503,11377527016,11377513783
Origin: Mainland China
Repeatability: 11377506503, 11377527016, 11377513783
Product Description
Sensor eccentric shaft
Compatible with BMW E46 E60 E81 E82 E83 E84 E85 E87 E88 E90 E91 E92
Sensor eccentric shaft
The eccentric shaft sensor is a sensor for monitoring the rotation position of the eccentric shaft. This information is then used by the engine control unit to adjust the engine control.
The eccentric shaft position sensor is located on the crankcase. The sensor detects when the crankshaft is not aligned and sends a signal to the engine control unit to correct the alignment.
Compatible with BMW
1 Series E81 (2006 - 2011), E82 (2009 - 2013), E87 (2003 - 2007), E87 LCI (2006 - 2011), E88 (2006 - 2013);
3 Series E46 (2000 - 2006), E90 (2004 - 2008), E90 LCI (2007 - 2011), E91 (2004 - 2008), E91 LCI (2008 - 2012), E92. (200(2006 - 2010), E92 LCI (2009) - 2013), E93 (2005 - 2010), E93 LCI (2009 - 2013);
5 Series E60 LCI (2006 - 2009);
X1 E84 (2008 - 2015);
X3 E83 (2003 - 2006), X3 E83 LCI (2006 - 2010);
Z4 E85 (2004 - 2008)
OEM Part Number:
- 11377506503
- 11377527016
- 11377513783
- 83.3107
- 7517803
- 87803
- S119564001Z
- S119564001
How do I know if my eccentric sensor is defective?
There are several ways to determine if your eccentric sensor is broken. One way is to measure the resistance of the sensor when it is in the "off" position.
If the resistance is high, the sensor may be poor. Another method of distinguishing is to measure the resistance of the sensor in the "on" position.
