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VM 8200P

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VM8200P Pen-Type Vibration Meter is an ultra-portable maintenance tool featuring a piezoelectric accelerometer to precisely measure velocity, acceleration, and displacement, making it ideal for quick and easy condition monitoring and fault diagnosis of industrial rotating machinery.

Features:

  • Ultra-portable with easy operation 
  • Acceleration, velocity and displacement measurement 
  • Backlit LCD 
  • Type Vibration Meter
Rs. 16,992.00 incl. taxes
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Ready to work out of the box!

All our meters are delivered with essential accessories and easy-to-follow instructional manual. Unbox and start measuring with confidence!

Warranty and returns?

All our meters come with 12 month warranty against manufacturing defects. Please read our returns and refund policy for more information.

Got Questions? Feel free to get in touch.

Technical Specifications: 

Model Metrix+ VM 8200P
Display 4-digit backlit LCD
Transducer Piezo electric ceramic accelerometer(shear type)
Velocity 0.1 ~ 199.9 m/s 
Acceleration 0.1 ~ 199.9 m/s2
Displacement 0.001 ~ 1.999 mm
Frequency range for measuring Acceleration
Velocity
Displacement
Accuracy  +5% of reading + 2d
Power supply 1 x 9V battery
Operating condition Temperature : 0-40oC ; Humidity : 30 ~ 90% RH
Dimensions and weight 183 x 67 x 30mm ; 147g
Standard accessories Vibration meter, manual, battery, hard carry case

 

Applications:

Digital vibration meters are crucial for predictive and preventive maintenance in industrial settings, used to monitor and diagnose the health of rotating machinery like pumps, motors, and fans by measuring vibration intensity and frequency. They help technicians detect early signs of mechanical faults such as imbalance, misalignment, and bearing wear, preventing catastrophic equipment failure and costly downtime.


Measuring Principle:

Digital vibration meters measure machine health by using an internal or external piezoelectric accelerometer sensor that converts mechanical motion into a proportional electrical charge or voltage signal. This signal is then digitally processed to quantify key parameters like velocity, displacement, and acceleration (RMS and Peak) across specific frequency ranges, diagnosing issues like imbalance and misalignment.