Intrinsically Safe dual-output accelerometer and temperature sensor, 100 mV/g, low profile

Model 787T-IS

Intrinsically Safe certified accelerometer and temperature sensor; general purpose accelerometer, sensitivity 100 mV/g; temperature sensor, sensitivity 10 mV/C; low profile with side exit, 3-pin MIL-C-5015-style connector; case isolated

Dual-output sensors measure both vibration and temperature, providing more data from one sensor to simplify your condition monitoring setup. Dual-output sensors are useful in applications where users want to know the temperature at the mounting locations.

Temperature is measured by an integrated circuit chip that produces a DC output voltage signal. The signal changes by 10 millivolts per degree Celsius. A one degree Celsius change infers a 10 mV voltage difference where the reference temperature 0º Celsius. As an example, at a temperature of 110ºC the DC temperature signal would be 1.10 Volts DC.

Accelerometer and temperature sensor features

• Senses both acceleration and temperature
• Certified for use in Class I Division 1 and Zone 0 / Zone 1 hazardous areas
• Excellent broadband frequency response
• Rugged design
• Hermetic seal
• ESD protection

Included accessories

• 1/4-28 captive screw

Intrinsically Safe dual-output accelerometer and temperature sensor, low frequency, 500 mV/g

Model 787T-500-IS

Intrinsically Safe certified accelerometer and temperature sensor; low frequency accelerometer, sensitivity 500 mV/g; temperature sensor, sensitivity 10 mV/C; low profile with side exit, 3-pin MIL-C-5015-style connector; case isolated

Dual-output sensors measure both vibration and temperature, providing more data from one sensor to simplify your condition monitoring setup. Dual-output sensors are useful in applications where users want to know the temperature at the mounting locations.

Temperature is measured by an integrated circuit chip that produces a DC output voltage signal. The signal changes by 10 millivolts per degree Celsius. A one degree Celsius change infers a 10 mV voltage difference where the reference temperature 0º Celsius. As an example, at a temperature of 110ºC the DC temperature signal would be 1.10 Volts DC.