Hazardous Area Sensors

A coolant temperature sensor monitors the temperature of the coolant that is pumped around the engine block to cool the engine. The purpose of this sensor is to notify the driver of the vehicle at the first sign of engine overheating. The purpose is to warn the driver of overheating engine temperatures so that the…

Designed to operate in harsh environments, the NPI series offers the outstanding sensitivity, linearity and hysteresis of silicon sensors. They utilize state-of-the-art IsoSensor technology to provide OEM users with the best price and performance. The piezoresistive sensor chip is mounted in a fluid-filled cylindrical chamber and isolated from the measured medium by a stainless steel…

NTC thermistor assemblies are designed with tight interchangeable tolerances, small size and fast response time for intermittent and continuous patient temperature monitoring. Characteristic： Product Prefix: MA100, A329, A341, A350, A362 CPO302233 Max OD Range: 0.030“ to 0.080” (0.76mm to 2.03mm) “400 Series”, R25=2252 Ohms R25:2252 and 10 K Ohms Interchangeability to ±0.05°C@+37°C Temperature range: -40°C…

Transmission Fluid Temperature Sensors are used in automotive applications to monitor the temperature of the transmission fluid and provide feedback to prevent the transmission from overheating, which would otherwise cause performance and reliability issues. Characteristic： Working pressure range:0 Bar～20 Bar R@100℃:183Ω±2% Sealing specification: Leakage rate is <0.5% when exposed to 20Bar oil pressure for 1…

The AUAV series is a dual sensor designed to meet the demanding requirements of unmanned aerial vehicles (UAVs). The sensor combines a high accuracy differential pressure sensor with an atmospheric pressure sensor (altitude) sensor in one package. The unique dual ASIC compensation technology provides excellent 18-bit resolution and high accuracy for simultaneous airspeed and altitude…

The platinum resistance PT100 is a commonly used temperature sensor that has a resistance value of 100 ohms at 0°C and increases uniformly as the temperature rises. The design principle of this sensor is based on the rate of change of resistance of the metal platinum under temperature change. The industrial principle is that the…