Skip to product information
======================================
Dear Valued Customer
Thanks for your purchase
If you Satisfied with your order
We would aprreciated if you left us a Review
your feedback is very important to us
================================
You Are Buying
Brand: ISUMO
Aftermarket Premium High Quality
ABS Wheel Speed Sensor
With 2 Wires Electrical Connector (Pigtail Wiring Harness) S824
Rear - Left & Right
Quantity: 2 Kits
==============
Part#
4721563AC X 2
==============
Cross-Reference
ALS2008
4721563AC
4721563AD
4721563AE
4721563AF
4721563AG
721983AA
68082999AA
SU12072
5S10619
ABS3339RLR
=============
Specifications:
| Connector Color | Black |
| Connector Gender | Female |
| Connector Shape | Square |
| Length | 51.50 Inch |
| Mounting Hardware Included | Yes |
| Terminal Gender | Male |
| Terminal Quantity | 2 |
| Terminal Type | Blade |
==========================
Fits:
| CHRYSLER | TOWN & COUNTRY | 2008-2011 |
| DODGE | GRAND CARAVAN | 2008-2011 |
| VOLKSWAGEN | ROUTAN | 2009-2011 |
on vehicles equipped with a solid axle. The speed sensor may be part of the wheel hub
The wheel speed sensor will be located at each individual wheel or on axle housing
The wheel speed sensor will be located at each individual wheel or on axle housing
bearing assembly or as an individual component where the sensor protrudes through the
bearing assembly or into the brake back plate.
What It Does: The wheel speed sensors are responsible for reporting individual wheel speed
to the Anti-Lock Brake Control Module. The wheel speed sensor can be an analog type
sensor or digital.
Failure Symptom: ABS brake light illumination, false activation of the ABS system due to an
inconsistent signal from a sensor
bearing assembly or into the brake back plate.
What It Does: The wheel speed sensors are responsible for reporting individual wheel speed
to the Anti-Lock Brake Control Module. The wheel speed sensor can be an analog type
sensor or digital.
Failure Symptom: ABS brake light illumination, false activation of the ABS system due to an
inconsistent signal from a sensor
===========================