Showing 5221–5240 of 68319 results

BEI Sensors/Sensata 84140911 GN Dual Series

Features Current rating 25 and 40 Amps Output voltage 24-280 VAC and 48-660 VAC Direct bond copper substrate Back to

BEI Sensors/Sensata 860 Series CSP/BGA/QFN Devices

Features Versatile, low cost socket base Passive heat sink or Heat Sink/Heater/Sensor Replaceable contact set Heater – foil or cartridge

BEI Sensors/Sensata 87/88CP Series Ceramic Capacitive Pressure Sensor

These pressure sensors are ideally suited for environmentally demanding OEM industrial applications. These series accommodate a wide range of input

BEI Sensors/Sensata 890 Series CSP/BGA/QFN Devices

Features Lid and adapter molded to allow low cost solutions High force delivery system (up to 40lbf) A variety of

BEI Sensors/Sensata 8AM Motor Protector

KLIXON® automatic motor protectors (AM series) are small, light weight and sensitive to temperature and current. The sealed steel cases

BEI Sensors/Sensata 8EA PTC Motor Starter

KLIXON® 8EA motor starter, a low-cost alternative to electro-mechanical relays, performs the PTC (positive temperature coefficient) solid-state starter function. The

BEI Sensors/Sensata 8MPP2 Series Digital Low Pressure Sensors 8MPP2-01-0x28-U-1

The 8MPP2 low pressure sensor utilizes Sensata’s field proven automotive Micro-Electro-Mechanical-Systems (MEMS) technology that outputs fully conditioned pressure values via

BEI Sensors/Sensata 8MPP2 Series Digital Low Pressure Sensors 8MPP2-05-0x28-U-1

The 8MPP2 low pressure sensor utilizes Sensata’s field proven automotive Micro-Electro-Mechanical-Systems (MEMS) technology that outputs fully conditioned pressure values via

BEI Sensors/Sensata 9115 Thermal Circuit Breaker

KLIXON® 9115 series of circuit breakers was designed for waterproof electrical systems of ordinance vehicles. The 9115 series is recommended for

BEI Sensors/Sensata 9360 Series Dual Output Rotary Position Sensor

The 9360 Series rotary sensor is a non-contacting Hall effect device with up to 360° of rotation and dual outputs.

BEI Sensors/Sensata 9418/EXX Bore Reduction Sleeves for LP35 Series Explosion Proof

Reducing sleeves used with the LP35 Series Explosion Proof series hollow shaft style encoder. It is specified in the model

BEI Sensors/Sensata 9600 Spring Return Linear Position Sensor

The 9600 Series Linear Position Sensor, is designed for a variety of space limited feedback applications that require high accuracy.

BEI Sensors/Sensata 9660 Motor Starting Relay

KLIXON® 9660 Series motor starting relays are designated for use on single phase a-c hermetic refrigeration motors and other splitphase

BEI Sensors/Sensata 9700 Motor Protector

KLIXON® 9700 protector is a field proven miniature protector developed to protect shaded pole and permanent split capacitor motors, fluorescent

BEI Sensors/Sensata 9800 Series Model 9805-06 Throttle Position Sensor

The Duncan 9800 Series Sensor is designed for rugged, continuous under hood environments. Features include high temperature, stable materials; insert

BEI Sensors/Sensata 9800 Series Model 9807-08 Throttle Position Sensor

The Duncan 9800 Series Sensor is designed for rugged, continuous under hood environments. Features include high temperature, stable materials; insert

BEI Sensors/Sensata 9800 Series Model 9811-12 Throttle Position Sensor

The Duncan 9800 Series Sensor is designed for rugged, continuous under hood environments. Features include high temperature, stable materials; insert

BEI Sensors/Sensata 9800 Series Model 9813-14 Throttle Position Sensor

The Duncan 9800 Series Sensor is designed for rugged, continuous under hood environments. Features include high temperature, stable materials; insert

BEI Sensors/Sensata 9800 Series Model 9831-32 Throttle Position Sensor

The Duncan 9800 Series Sensor is designed for rugged, continuous under hood environments. Features include high temperature, stable materials; insert

BEI Sensors/Sensata 9850-9860 Series Rotary Position Sensor

The 9850 Gen II Series offers a highly reliable rotary potentiometer sensor module that can be easily integrated into a