AutoStar Front Brake Pad Wear Sensor 1715400617

The AutoStar Front Brake Pad Wear Sensor is a specialized sensor that is integrated into the front brake system. It is recognized by the component number 1715400617. Its main job is to gauge how worn out the front brake pads are and alert the user when they need to be replaced when they are too thick.

Use For :

Mercedes-Benz C-Class W204 C63 AMG 2008-2014

Mercedes-Benz C-Class W205 C63 AMG 2014-2019

Mercedes-Benz CLK-Class W209 CLK55 AMG 2002-2010

Mercedes-Benz CLS-Class W219 CLS500 / CLS63 AMG 2006-2010

Mercedes-Benz CLS-Class W218 CLS63 AMG 2011-2018

Mercedes-Benz E-Class W211 E500 / E63 AMG 2006-2008

Mercedes-Benz E-Class W212 E63 AMG 2011-2016

Mercedes-Benz G-Class W463 G63 AMG / G65 AMG 2012-2019

Mercedes-Benz GL-Class X166 GL500 / GL63 AMG 2012-2019

Mercedes-Benz M-Class GLE W166 GLE63 AMG 2015-2019

Mercedes-Benz GLS-Class X166 2015-2019

Mercedes-Benz S-Class W221 2006-2013

Mercedes-Benz S-Class W222 2013-2019

Mercedes-Benz S-Class Coupe CL-Class W216 2006-2013

Mercedes-Benz SL-Class W230 2001-2012

Mercedes-Benz SL-Class W231 2012-2019

Mercedes-Benz SLK-Class W171 2004-2011

Function: 

The front brake pad wear sensor’s main responsibility is to continuously check the front brake pads’ thickness. The sensor sends out a signal to warn the driver when front brake pads need to be replaced since the pads are wearing down from regular use. Preventive monitoring helps shield other braking components from potential harm while ensuring continuous good braking performance.

Compatibility: 

The AutoStar Front Brake Pad Wear Sensor, part number 1715400617, is made to work with a certain set of car models. It is meant to fit in perfectly with these cars’ braking systems. Maintaining compatibility is essential for precise signaling and monitoring.

Quality and Durability: 

It is generally believed that the AutoStar Front Brake Pad Wear Sensor will be tested to satisfy industry standards for durability and dependability, while specifics of the brand’s quality standards may differ. Throughout its operating life, an accurate wear monitoring system depends on a well-built sensor.