OE C2D3410 Sensor ABS Depan Sensor Kecepatan Roda Depan Untuk Land Rover Jaguar XJ / XF

Obrolan Hubungi kami

OE C2D3410 Sensor ABS Depan Sensor Kecepatan Roda Depan Untuk Land Rover Jaguar XJ / XF

ABS 传感器

July 25, 2025

Koneksi Kategori: Suku Cadang Rem Otomatis

Obrolan Hubungi kami

Tag:

#Sensor kecepatan roda depan #Sensor ABS Depan #C2D3410 Bagian rem otomatis

Singkat: Temukan Sensor ABS Depan OE C2D3410, sensor kecepatan roda presisi tinggi yang dirancang untuk model Land Rover Jaguar XJ dan XF. Komponen penting ini memastikan kinerja optimal dari sistem pengereman anti-lock (ABS) kendaraan Anda, meningkatkan keselamatan dan stabilitas selama pengereman darurat. Pelajari tentang fitur dan manfaat canggihnya dalam tinjauan terperinci ini.

Fitur Produk terkait:

High-precision measurement of wheel speed for accurate data transmission.
Strong anti-electromagnetic interference capability for stable signal performance.
Weather-resistant encapsulated connectors protect against dust, moisture, and chemicals.
Rigorous testing for temperature, shock, and vibration ensures reliability in harsh conditions.
Compatible with Jaguar XJ and XF models for seamless integration.
Enhances ABS, ESP, TCS, and automatic parking systems for improved vehicle safety.
Durable construction for long-lasting performance and reduced maintenance needs.
OE number C2D3410 ensures exact fit and functionality for your vehicle.

FAQ:

What vehicles is the OE C2D3410 Front ABS Sensor compatible with?

The OE C2D3410 Front ABS Sensor is specifically designed for Land Rover Jaguar XJ and XF models.
How does the front wheel speed sensor improve driving safety?

The sensor monitors wheel speed in real-time, preventing wheel lock during emergency braking and assisting other safety systems like ESP and TCS to maintain vehicle stability.
What makes the OE C2D3410 sensor reliable in harsh conditions?

The sensor undergoes rigorous temperature, shock, and vibration tests, and features weather-resistant connectors to ensure durability and performance in challenging environments.