Reliable rear axle wheel speed sensing with Hall sensor precision.
Hall effect technology for stable, accurate wheel speed signals., 2-pin connector for direct, straightforward replacement., 657 mm cable tailored for rear axle installations., Compatible with listed Nissan and Suzuki OE reference numbers., Designed specifically for rear axle fitment to ensure correct function.
Technische Daten
2-pin Hall sensor wheel speed sensor for rear axle. Cable length: 657 mm. OE references: NISSAN 47910EA005, 47910EA025, D79109BT0A; SUZUKI 5621082Z00.
Typ
Sensor Raddrehzahl 2-polig Hallsensor 657 mm Kabel
Länge
657 mm
Messmethode
Magnet
Gewicht
0.29 kg
UKCA
Ja
Beschreibung
Upgrade wheel speed sensing with this 2-pin Hall effect sensor engineered for rear axle use. It includes a 657 mm cable for convenient installation and matches key OE references for Nissan and Suzuki (e.g., NISSAN 47910EA005, 47910EA025, D79109BT0A; SUZUKI 5621082Z00). Always verify OE numbers and vehicle fitment before purchase to confirm compatibility.
Ausführung
2-pin electrical connector, 657 mm cable length, Hall effect sensor technology, Designed for rear axle mounting, Compatible with Nissan and Suzuki OE reference numbers.
Hinweise
Check OE/reference numbers and vehicle fitment before ordering to ensure correct compatibility., Product images may differ slightly from the actual item.
Beschreibung
Upgrade wheel speed sensing with this 2-pin Hall effect sensor engineered for rear axle use. It includes a 657 mm cable for convenient installation and matches key OE references for Nissan and Suzuki (e.g., NISSAN 47910EA005, 47910EA025, D79109BT0A; SUZUKI 5621082Z00). Always verify OE numbers and vehicle fitment before purchase to confirm compatibility.
Ausführung
2-pin electrical connector, 657 mm cable length, Hall effect sensor technology, Designed for rear axle mounting, Compatible with Nissan and Suzuki OE reference numbers.
Hinweise
Check OE/reference numbers and vehicle fitment before ordering to ensure correct compatibility., Product images may differ slightly from the actual item.