BYD Qin TPMS Sensor SC3609200 433MHz

$69.00 inc. GST

Replacement 433MHz TPMS sensor for BYD Qin 11/2019-12/2020. Matches OE reference SC3609200. Confirm valve type and relearn method before fitting.

This Product fits to:

BYD Qin 11/2019-12/2020

Genuine Manufacturer OE:

Schrader

Sensor Brand:

AUTOMATE OE Tyre Pressure Monitoring Sensors (TPMS)

Frequency:

433MHz

Relearn Type:

Learns while vehicle is in Stationary

OE:

SC3609200

pGroup:

21432111B81A

Made:

EEC-manufactured and quality-controlled to meet Original Equipment performance standards

Quality:

Premium OE-style TPMS replacement solution, selected for reliable fitment, consistent performance and backed by MyTPMS Australia compatibility support.

Delivery Information:

Free express shipping Australia-wide. Estimated delivery is usually 2-5 working days after dispatch, with tracking provided where available. See the Shipping Policy for dispatch, delivery and pickup details.

Returns:

Returns accepted in accordance with our Returns & Refund Policy. Change-of-mind returns must be requested within 3 days of delivery. Programmed, installed, paired, activated, connected or used TPMS sensors, tools and electrical items may not be eligible for change-of-mind return unless required by law.

Fitment and ordering checks

Confirm the key vehicle and sensor details before ordering BYD Qin TPMS Sensor SC3609200 433MHz.

Product type TPMS diagnostic or programming tool
Vehicle fitment BYD Qin TPMS Sensor SC3609200 433MHz
Brand AUTOMATE
Frequency / reference 433MHz
Listed period 11/2019-12/2020

Before fitting or programming, check:

  • Match the vehicle make, model, build date and market to the product listing.
  • Check the OE part number, sensor frequency or valve style where those details are available.
  • Have internal wheel sensors fitted by a tyre shop or suitable technician.
  • Complete the correct TPMS relearn, cloning or OBD registration step after fitting.
  • Contact MyTPMS with the VIN, build date or original sensor details if compatibility is uncertain.