PV660 piezoelectric velocity sensor

  • Designed for general-purpose vibration measurement, typically balance of plant (BOP) machinery such as compressors, gearboxes, motors, pumps and fans
  • Industry standard IEPE (integrated electronics piezo electric) vibration sensor
  • Dynamic voltage output signal (4 mV/mm/s) suitable for spectral analysis
  • Typically connected to a machinery monitoring system for protection and/or condition monitoring applications
  • IP68 protection rating
Compare

Description

Voltage output signal: 4 mV/mm/s.

Frequency response: up to 3500 Hz.

Temperature range:  −55 to 120°C.

The PV660 piezoelectric velocity sensor is a general-purpose industry standard IEPE (integrated electronics piezo electric) vibration sensor with a piezoelectric sensing element, integrated electronics and a voltage output. It is available with a sensitivity of 4 mV/mm/s.

The PV660 is available as a sensor only (with a top connector). This allows a range of cable assemblies to be used to connect the sensor to the monitoring system, depending on the application/environment.

The PV660 is designed and manufactured for use in harsh industrial environments.

Features

  • Designed for general-purpose vibration measurement, typically balance of plant (BOP) machinery such as compressors, gearboxes, motors, pumps and fans
  • Industry standard IEPE (integrated electronics piezo electric) vibration sensor
  • Dynamic voltage output signal (4 mV/mm/s) suitable for spectral analysis
  • Typically connected to a machinery monitoring system for protection and/or condition monitoring applications
  • IP68 protection rating

Additional information

Output type

Voltage (2-wire)

Sensitivity

4 mV/mm/s

Operating temperature range

−67 to 248 °F | −55 to 120 °C

Frequency response

2.5 to 3500 Hz

Sensitivity tolerance

±5%

Dynamic measurement range

1250 mm/s

Linearity

±1%

Transverse sensitivity

<5%

Resonant frequency

16 kHz

Type of electronics

Integrated

The following downloads are available for this product: