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1100 03 016 Mercedes-Benz ABS Sensor Ring

1100 03 016

Summary

High-performance 1100 03 016 ABS Sensor Ring designed for Mercedes-Benz heavy commercial vehicles. This component ensures accurate wheel speed detection within the anti-lock braking system.

Product identifiers
EAN Code8683457068216
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Compatible OEM Codes

  • MERCEDES BENZ
    • 946 334 06 15

Description

This ABS sensor ring is a critical component within the anti-lock braking system, specifically engineered to facilitate precise wheel rotation measurement. By ensuring reliable signal transmission to the electronic control unit, it helps maintain stability during heavy-duty braking operations.

The 1100 03 016 is the OE equivalent of the Mercedes-Benz 9463340615 ABS sensor ring used in Mercedes-Benz vehicles. This component is vital for the accurate operation of ABS and ESP systems in heavy commercial trucks and buses.

When performing brake system maintenance, technicians should inspect the ring for surface integrity and ensure proper mounting to prevent signal interference. Replacing worn components helps maintain the integrity of the entire anti-lock braking system.

Consult your authorized distributor for installation guidance and to confirm fitment for specific vehicle configurations.

Other OEMs

MERCEDES BENZ

  • A9463340615
  • 9463340615
  • 946 334 06 15

Vehicles Used

Vehicles Used
BrandModelModel TypeEngine
MERCEDES BENZ

FAQ

What is the primary function of this ABS sensor ring?
The ring facilitates the detection of wheel rotation speed, converting mechanical movement into a signal for the ABS control unit.
Which OEM numbers is this part compatible with?
9463340615
What vehicle classes use this component?
This part is designed for heavy commercial vehicles including trucks, tractors, and buses.
Does this part support ESP systems?
Yes, it supports the electronic stability programs that rely on accurate wheel speed data.
How can I identify if a replacement is needed?
Technicians should look for signs of physical damage or irregular signal patterns during diagnostic checks.