Amphenol Sensors for Electrification

Electric Vehicles are no longer a pipe dream. They are here and are ushering in a era in modern transporation transforming the world. Meeting the demands of this market for function and safety, Amphenol Advanced Sensors has developed sensor technology designed to keep electric vehicles and their infastructure running at peak performance. Our industry-leading sensor technology is designed for long-term performance and unparalleled accuracy in EVs. Providing for real-time monitoring & system management, in Electrification applications lets manufacturers meet the challenges with readily integratable, robust, reliable and responsive solutions.

Features

Water/Liquid Leak Detection Sensor - Detects moisture leakage via a change in resistance value of the sensor and relays a signal to the BMS
Motor Coil Sensor - Temperature measurement of the motor coil on a starter generator or to warn of over-temp conditions in motor windings
Flow Through Fluid Sensor - Inline temperature measurement at inlet/outlet points in devices like heat exchangers and EV battery packs
Pressure & Temperature Combi Sensor - With MEMs and NTC technology, robust sensor ideal for EV, automotive, and generator set applications
Coolant Temperature Sensor - Monitors coolant pumped around the battery module of EV's and relays a signal to the BMS in case of overheat
Thermopile Infared (IR) Non contact Temperature Sensors - Reduces complexity and improves safety in high voltage circuits and applications
Fluid Temperature Sensor - Quick and easy to install accurate measurement and monitoring of a variety of fluids
Integrated Pipe Clip Surface Temperature Sensor - Monitors a fluid or gas that passes through a pipe or tubing circulation system
EMI protected NTC Thermistors - Thermistor with integrated RF decoupling function to protect from EMI at the component level over a wide frequency range
Low Profile Temperature Sensor - NTC chip thermistor enclosed in a flat flexible circuit (FFC) with a thin-film protective coating