• Designed Specifically for High-Temperature Testing Environments
  • Maximum operating temperature reaches 500°C, with an ultra-low sensitivity temperature coefficient.
  • Special heat-resistant metal casing and special heat-resistant piezoelectric materials, ensuring low temperature drift.
• Triangular Mounting for Stability and Quick Installation
  • Provides a stable and reliable installation with a quick setup process.
• Special Twin-Core Cable with Differential Signal Output for Reduced Interference
  • Minimizes interference with its differential signal output through a special twin-core cable.

The C02BT3 series of charge high-temperature acceleration sensors are designed for use in extreme temperature environments.

They feature ultra-high temperature piezoelectric ceramics that maintain high impedance even at high temperatures, coupled with an ultra-low sensitivity temperature response.

The housing is made from nickel-based alloy, which is laser-welded for excellent sealing and airtightness.

These sensors adhere to the industry standard 7/16-27 two-core output, with differential output that ensures signal ground is isolated from the housing, reducing interference.

They can be paired with high-temperature metal cables from various domestic and international manufacturers, and the bottom is equipped with standard 3×φ4 through holes for mounting.

Applications include automobile engine testing, high-temperature industrial vibration monitoring, and high-temperature turbine vibration measurement, among others.