EXPRESS
EXPRESS
Nissan 285E34CB0C SWITCH ASSY SMART KEYLESS

SWITCH ASSY SMART KEYLESS

Número de parte: 285E34CB0C 

Disponibilidad: 35

Pedir ahora:  Dispatch 24h

Marca: Nissan

105.86$
Nissan 285E34CB0C SWITCH ASSY SMART KEYLESS

SWITCH ASSY SMART KEYLESS

Número de parte: 285E34CB0C 

Disponibilidad: 35

Procesando: 2-3 días

Marca: Nissan

88.22$

Substitutions

Nissan 285E34CB0A SWITCH ASSY SMART KEYLESS

SWITCH ASSY SMART KEYLESS

Número de parte: 285E34CB0A 

Disponibilidad: 0

Marca: Nissan

72.36$
No disponible

Smart Keyless Entry System Switch Assembly

Experience the ultimate convenience and security with the Smart Keyless Entry System Switch Assembly. This integral car component is designed to revolutionize your vehicle access experience, offering seamless entry and ignition operations without the hassle of traditional keys.

Why Is This Part Needed

The Smart Keyless Entry System allows drivers to unlock their vehicle and start the engine at the push of a button, making the traditional car key a thing of the past. This feature is essential for enhancing security, providing a higher level of convenience, and ensuring a modern driving experience.

How Does It Work

The switch assembly communicates wirelessly with the vehicle's transponder system. When the key fob or smart card is within a specific range, the system verifies the signal, allowing the driver to unlock the doors and start the engine without taking out the fob. This interaction ensures that only authorized users can access and operate the vehicle.

Consequences of a Broken Switch Assembly

When the switch assembly fails, the convenience of keyless entry and push-start is compromised. Drivers may encounter issues such as the inability to lock or unlock the vehicle electronically, or start the engine using the push-button feature. This could lead to being locked out of the vehicle or stranded if the engine won't start, necessitating immediate repair or replacement to restore function.

Compatible Car Models:

  • Qashqai
  • X-Trail
  • Pulsar