Used for measuring periodic motion, to check the imbalance and deflection of moving machinery. Specifically designed for persent measuring various mechanical vibration, so as to provide the data for quality control, run time and equipment upkeep. In accordance with ISO 2954, used for periodic measurements, to detect out-of-balance, misalignment and other mechanical faults in rotating machines.

Specially designed for easy on-site vibration measurement of all rotating machinery for quality control, commissioning, & predictive maintenance purposes. Individual high-quality accelerometer for accurate & repeatable measurements. It has the function of testing axle-bearing vibration.

Features:

• Use the high-performance acceleration meter, to realize the repetitiveness and accurate measurement.
• Bearing condition monitoring function.
• LCD digital display.
• Lightweight and easy to use
• Wide frequency range (10Hz ~10kHz) in acceleration mode.
• AC output socket for headphones and recording.
• Optional headphones for use as an electronic stethoscope.
• Can communicate with PC computer for statistics and printing by the optional cable and the software for RS232C interface.

Measuring range:

• Velocity: 0.01- 400.0 mm/s true RMS 0.000-16.00 inch/s
• Acceleration: 0.1- 400.0m/s² equivalent peak 0.3 - 1312 ft/s²
• Displacement: 0.001 - 4.000mm; 0.04 - 160.0 mil, equivalent pk-pk
• RPM (r/min): 60 - 99,990 r / min
• Readings should be multiplied by 10 if the display show '10'.
• Frequency: 1 - 20 kHz

Frequency range for measuring:

• Acceleration:10Hz ~ 1kHz In '1' mode;
• 10Hz ~ 10kHz In '10' mode for bearing condition check.
• Velocity: 10Hz to 1kHz
• Displacement: 10Hz to 1kHz

Package Content:

• Powerful rare earth magnet
• Accelerometer
• Stinger probe (Cone)
• Stinger probe (Ball)
• Carrying case
• Operation manual

Please Note that Product may differ eg. colour, size from the product Image displayed on website. Kindly check the specifications provided to make better purchase decision. M.R.P Prices and specifications are subject to change without notice.