Portable Vibration RPM Meter, Headset/USB/RS-232C

The portable vibration RPM meter measures mechanical vibration and rotational speed in the field. Non-contact and contact RPM measurement are supported, along with frequency and bearing monitoring. AC output, USB connectivity, and optional RS-232C are included.

Specification

Feature

• High-performance piezoelectric accelerometer ensures precise and repeatable results.
• The portable vibration RPM meter supports both non-contact photoelectric and contact RPM measurement.
• Wide frequency range suitable for various machinery types.
• The portable vibration tachometer measures rotational speed, frequency, and vibration levels.
• AC signal output allows listening and recording of vibration signals.
• The RPM gauge monitors bearing condition to help detect early faults.
• USB connectivity enables easy data transfer to a PC for analysis.
• The digital vibration RPM meter detects mechanical imbalance and misalignment in rotating machinery.
• Compact and portable design suitable for field applications and maintenance checks.
• Optional headset can be used as a stethoscope for detailed inspection.
• Optional RS-232C output supports wireless data monitoring and logging.

Detail

Size (unit: mm)

Tips: What should be paid attention to when using the portable vibration RPM meter?

• The connection cable of the sensor is prone to noise, so it is important to avoid cable twisting and excessive shaking. Another source of noise is poor contact in connectors, which should also be monitored.
• The vibration RPM meter should not be used in environments with strong electromagnetic interference or corrosive gases, and it should be kept away from strong vibrations and impacts.
• The sensitivity of the tachometer is calibrated at the factory according to the sensitivity of the sensor provided, so sensors should not be swapped arbitrarily.
• Each measurement should be performed while the machine is in the same operating condition. Changing the operating condition may cause vibration levels to vary, leading to incorrect conclusions.