Smart Sensor ONE 17-43042 Aluminum Clamp-In Valve TPMS Sensor, 10-Pack

Xtra Seal 17-43042 Smart Sensor ONE Aluminum Clamp-In Valve Multi-Frequency TPMS Sensor, 10-Pack

• 31 Incorporated Xtra Seal 17-43042 Smart Sensor ONE Clamp-In Multi-Frequency TPMS Sensor is a programmable universal TPMS solution in aluminum clamp-in valve format. It combines multiple frequencies to cover most TPMS-equipped vehicles and is supplied in a 10-pack for shop use.
• Features:
  • Aluminum clamp-in valve ensures durable sealing and compatibility with OEM rim seats
  • Multi-frequency coverage (314.9 MHz, 315 MHz, 433.92 MHz) reduces the need for multiple SKUs
  • Blank, programmable design requires setup with SmartSensor tools before installation
  • Supports Auto-Locate technologies such as WAL, PAL, and LocSync for faster service
• Specifications:
  • Manufacturer: 31 Incorporated
  • Part Number: 17-43042
  • Valve Style: Aluminum clamp-in, programmable universal TPMS sensor
  • Supported Frequencies: 314.9 MHz, 315 MHz, 433.92 MHz
  • Quantity: 10 sensors (pack)
  • System Compatibility / Application: For TPMS-equipped vehicles; programmed with SmartSensor tools prior to installation; replaces legacy clamp-in sensors
• The Smart Sensor One Clamp-In Multi-Frequency TPMS Sensor can also be referred to as 17-43042 programmable TPMS sensor, SmartSensor clamp-in TPMS, universal TPMS 10-pack, multi-frequency clamp-in sensor, and 31 Inc TPMS sensor pack.

31 Incorporated offers the 17-43042 Smart Sensor clamp-in series to simplify TPMS servicing, combining frequency coverage and valve durability in a single universal programmable sensor.

Q: Are these sensors preprogrammed?
A: No. They are supplied blank and must be programmed using a SmartSensor Pro, ELITE, or equivalent programming tool before installation.

Q: What valve type is used?
A: The 17-43042 sensors use an aluminum clamp-in valve configuration suitable for rim designs requiring clamp-in style sensors.

Q: What percentage of vehicles does this cover?
A: The multi-frequency design provides approximately 95% coverage of TPMS-equipped vehicles when programmed correctly.