Hazardous Area Sensors
Wilcoxon offers sensors that can be used in a variety of hazardous locations and meet both North American and international standards. A complete list of certifications for hazardous area sensors.



Wilcoxon offers sensors that can be used in a variety of hazardous locations and meet both North American and international standards. A complete list of certifications for hazardous area sensors.



Coolant Temperature Sensors (CTS) monitor the temperature of the coolant in a variety of applications. In the event of excessive temperatures, the sensor sends a notification signal so that measures can be taken to prevent permanent damage or even unsafe conditions. In engine coolant applications, the CTS monitors the temperature of the coolant, which is…
The E-Series are piezoelectric accelerometers for low-cost vibration monitoring. The sensors use high-performance piezoelectric ceramic elements, and the housings are made of high-strength plastics and precision injection molding process, which makes the E series sensors have high reliability, ultra-wide frequency response, as well as long life and high performance characteristics of industrial accelerometers, which are…
The Pressure Transmitter Module (PTM) takes into account the general trend towards miniaturization and cost-effectiveness. Due to their optimized dimensions, the PTM series sensors can be used easily and flexibly in applications with demanding installation spaces. In addition, the modular design with its wide range of electrical and mechanical interface possibilities can also be easily…
Type SC epoxy encapsulated interchangeable thermistors are high precision NTCs protected by a bushing with nickel conductors in a high density insulating jacket. They provide accurate temperature measurement, control, and compensation over the -40° C to 105° C (-40° F to 221 ° F) range, with sensitivity greater than -4%/°C at 25° C (77 °…
The integrated low-noise fan draws a larger volume of cabin air through the temperature sensor, providing a faster response than traditional passive temperature sensors. This can result in more precise cabin air control, leading to better cabin comfort. The sensor can also help improve the efficiency of the temperature control system by reducing the on/off…
Accurate feedback on the angular position, direction and speed of the rotor shaft is essential to optimize the control of the motor inverter and to drive the motor at optimum efficiency.Piher’s high-speed inductive rotor position sensors have a metal target that can be mounted on the same shaft as the motor rotor, are immune to…