Ultra-high Temperature Piezoelectric Ceramic: These sensors utilize ultra-high temperature piezoelectric ceramics that maintain high impedance even at elevated temperatures, ensuring reliable performance up to a maximum operating temperature of 500°C.
Low Sensitivity Temperature Response: They are designed with an ultra-low sensitivity temperature response, providing accurate measurements across a wide temperature range.
Nickel-Based Alloy Housing: The housing is made from nickel-based alloy, which is laser-welded for excellent sealing and airtightness, protecting the internal components from high temperatures and other environmental factors.
Special Coaxial 10-32 Connector: The sensors feature a special coaxial 10-32 connector, which ensures differential signal output with isolated signal ground from the housing, reducing interference and providing a cleaner signal.
High-Temperature Metal Cables: They can be paired with high-temperature metal cables from various domestic and international manufacturers, ensuring reliable signal transmission in high-temperature environments.
M5 Mounting Holes: The bottom of the sensor is equipped with standard M5 mounting holes, providing a secure and stable installation option.
Applications: These sensors are used in various high-temperature applications such as automotive engine testing, high-temperature industrial vibration monitoring, and high-temperature turbine vibration measurement.
