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High Temperature Accelerometer Kit for Vibration Measurement in Gas Turbines

By Design World Staff | March 23, 2011

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IMI Sensors, a division of PCB Piezotronics, Inc., announces the worldwide launch of the company’s 600B13/B14 high temperature accelerometer kits for vibration measurement in gas turbines. These high temperature accelerometer kits include a side-exit charge mode sensor, 10-foot integral hermetically sealed hard-line cable, and integral ICP® charge amplifier for multiple power generation monitoring applications, including placement on turbines, exhaust systems, and piping in extreme heat environments of +900°F/+482°C.

IMI sensors

The new shear mode sensing element of the 600B13/B14 provides significantly improved performance for dealing with transient temperature changes and spiking, a common condition in gas turbines. In addition, by incorporating an integral sensor, cable, and charge amplifier in a single high-temperature accelerometer kit, gas turbine operators have a complete measuring chain that eliminates contamination and common mode noise concerns. The integral ICP® charge amplifier allows for use with standard data acquisition equipment.

IMI’s 600B13/B14 kits are designed as drop-in replacements for existing accelerometers with ARINC® three-point mounting bases, and have a higher temperature range than many competing sensor types. Model 600B13 has 100 mV/g (10.2 mV/(m/s²)) sensitivity and Model 600B14 has 10 mV/g (1.02 mV/(m/s²))sensitivity. The wide frequency range for 600B13/B14 is (±5%) 282 to 240000 cpm (4.7 to 4000 Hz), making them ideal high temperature accelerometer kits for the measurement of gas turbine vibration.

IMI Sensors
www.imi-sensors.com

::Design World::

 


Filed Under: Sensors (position + other)

 

Comments

  1. Khaled Altaher says

    May 20, 2020 at 4:01 pm

    In addition to my previous message, we also need to measure the vibrations from this sensor in the range of 0-2 g or 0-19.6m/s2 and do a double integration in the protection device to derive the Displacement value to be measured in the Range of 0-16 Mils or 0-400 um. Trip action is needed on both acceleration and displacement setpoints. Do you also make a Double integrator to output the displacement value? If so please also quote that.

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