Piëzoelectric accelerometers (CA-serie)

For applications that do not require the temperature capabilities of a CA sensor, this series offers a more cost-effective and easier-to-install solution.

Designed for the long-term measurement and monitoring of absolute vibrations in heavy-duty environments, such as gas or steam turbines, compressors, pumps, and fans.

Main features:

  • Available in standard versions and in Ex versions certified for use in hazardous areas.
  • Signal conditioning: confirmed or integrated electronics.
  • Note: No external signal processor, so no connectors close to the monitored machine and easier to install. High-temperature environments and low-frequency applications.

Models

Meggitt Vibro-meter – CE134

  • Designed for the long-term measurement of vibrations in heavy-duty environments, such as gas turbines and compressors.
  • Wide temperature range: −55 to 350 °C
  • High-frequency response: up to 10000 Hz
  • Current output (5 µA/g) for signal transmission over long distances: up to 1000 m
  • Certified for use in potentially explosive atmospheres

Meggitt Vibro-meter – CE281

  • Designed for the long-term measurement of vibrations in heavy-duty environments, such as gearboxes, compressors, pumps, and fans
  • Wide temperature range: −55 to 260 °C
  • High-frequency response: up to 7000 Hz
  • Current output (10 µA/g) for signal transmission over long distances: up to 1000 m
  • Certified for use in potentially explosive atmospheres

Meggitt Vibro-meter – CE311

  • Designed for the long-term measurement of vibrations in heavy-duty environments, such as heavy gas turbines and steam turbines.
  • High-frequency response: up to 8000 Hz.
  • High sensitivity: 50 µA/g.
  • Current output (50 µA/g) for signal transmission over long distances: up to 1000 m.
  • Certified for use in potentially explosive atmospheres.

Meggitt Vibro-meter – CE620

  • Designed for general vibration measurement, typically in installations such as compressors, gearboxes, motors, pumps, and fans
  • Industry-standard IEPE (integrated electronics piezoelectric) vibration sensor
  • Dynamic voltage output signal (100 or 500 mV/g) suitable for spectrum analysis
  • Usually connected to a machine monitoring system for protection and/or condition monitoring applications
  • IP68 protection rating

Meggitt Vibro-meter – CE630

  • Designed for general vibration measurement, typically in machines for general use such as compressors, gearboxes, motors, pumps, and fans
  • Industry-standard IEPE (integrated electronics piezoelectric) vibration sensor
  • Dynamic voltage output signal (100 or 500 mV/g) suitable for spectrum analysis
  • Usually connected to a machine monitoring system for protection and/or condition monitoring applications
  • IP68 protection rating, side connector

Meggitt Vibro-meter – CE687

  • Designed for general vibration measurement, typically in installations such as compressors, gearboxes, motors, pumps, and fans
  • Industry-standard 4 to 20 mA loop-powered vibration sensor (vibration transmitter)
  • Quasi-static output signal (4 to 20 mA proportional to 0 to 10 or 0 to 20 g) indicating “general

Do you have a question about this product? Ask our specialist and get customized advice.


Koos Hemmes
  • Consultancy Rotating Equipment, SIL, ATEX

In short:

Downloads

Want to receive multiple files to your email? Click on the map-icon to add the download to your folder, and send them by clicking on the bottom right.

datasheet Vibro-Meter CE134 – Product Sheet
datasheet Vibro-Meter CE281 – Product Sheet
datasheet Vibro-Meter CE311 – Product Sheet
datasheet Vibro-Meter CE620 – Product Sheet
datasheet Vibro-Meter CE630 – Product Sheet
brochure Vibro-Meter - Sensors and measurement chains for turbomachinery

Learn more:

6 common causes of machine vibrations

Excessive vibrations on rotating equipment like pumps, gearboxes, turbines and compressors are a clear sign that the equipment is not functioning properly. Equipment that is showing excessive vibrations will most…

8 effects of machine vibrations

Monitoring machine vibrations affords greater control over the safety and availability of the equipment. It reduces unscheduled downtime and potential damage or failure can be resolved at an early stage.…