Viabration Measurement Trainer Module

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Viabration Measurement Trainer Module Specification

Control Type
Digital/Manual

Display Type
Digital

Speed Range
Up to 3000 RPM (adjustable)

Accuracy
1% of Full Scale

Features
Direct display of vibration level, frequency measurement, detachable sensor, adjustable speed

Power Supply
AC Mains

Shape
Rectangular

Type
Vibration Measurement Trainer Module

Dimension (L*W*H)
550 mm x 300 mm x 250 mm (approx)

Equipment Type
Laboratory Trainer Module

Equipment Materials
Mild Steel, Aluminium, Acrylic Cover

Power
220V AC, 50Hz

Voltage
220 V

Material
Powder-coated metal and industrial-grade components

Application
Study and demonstration of vibration measurement and analysis

Protection
Overload protection

Accessories Included
Power cord, user manual, vibration probe

RPM Display
Provided

Operation Mode
Continuous

Noise Level
< 60 dB

Application Area
Educational laboratories, technical institutes, engineering colleges

Frequency Measurement Range
0100 Hz

Weight
Approx. 12 kg

Motor Type
DC Motor with variable speed control

Sensors Provided
Piezo-electric vibration sensor

User Interface
Rotary knob adjustment with digital readout

Mounting
Bench-top, anti-vibration feet

About Viabration Measurement Trainer Module

Measurement Trainer Module

Brand	Micro Technologies
Vibration Source	Vibration generator capacity 5 New tons.
Power Amplifier	0 to 10V P to P variable by potentiometer., 50 to 1000Hz Variable by potentiometer
Vibration Sensor	Accelrometer piezo electric crystal
Indicator	4 1/2 digit 16 X 2 line LCD display
Parameter Displayed	Accelration, Velocity, Displacement and frequency.
Power Supply	230V +- 10% @ 50 Hz

Comprehensive Vibration Analysis Platform

Engineered for educational laboratories, technical institutes, and engineering colleges, this trainer module enables in-depth study of vibration measurement concepts. With direct digital display of vibration levels, frequency, and rotational speed, students and educators can easily interpret and analyze results in real time. The sturdy bench-top design with anti-vibration feet supports stable and quiet operation.

Flexible and Intuitive Operation

The module offers continuous operation mode with both manual and digital controls. Speed adjustment is streamlined using a rotary knob, while the digital readout provides clear feedback. The detachable piezo-electric sensor and easy-to-access vibration probe enhance experimental flexibility, accommodating a wide range of demonstration requirements.

Durable Construction and Safety Features

Constructed from industrial-grade, powder-coated mild steel and aluminum with protective acrylic covers, this trainer ensures longevity and durability. It incorporates essential safety measures like overload protection, while delivering quiet performance at noise levels below 60 dB. The module arrives with all necessary accessories for immediate setup and use.

FAQ's of Viabration Measurement Trainer Module:

Q: How is the Viabration Measurement Trainer Module operated?

A: The module operates through a combination of manual and digital controls. You can adjust the motor speed up to 3000 RPM using the rotary knob, with all key parameters such as vibration level, frequency, and RPM displayed digitally for easy monitoring.

Q: What sensors are included and what is their measurement range?

A: This trainer module includes a detachable piezo-electric vibration sensor capable of accurately detecting vibration frequencies ranging from 0 to 100 Hz. The included vibration probe facilitates positioning and measurement flexibility.

Q: When should overload protection be considered during use?

A: Overload protection is automatically activated if the system detects conditions that could potentially damage the motor or sensors, ensuring safe operation during continuous use. There is no user intervention required; the system safeguards itself.

Q: Where is this trainer module typically used?

A: The Viabration Measurement Trainer Module is most commonly utilized in educational laboratories, technical institutes, and engineering colleges for teaching and practical demonstrations related to vibration analysis and measurement techniques.

Q: What is the process for setting up and calibrating the trainer module?

A: To set up, position the module on a stable bench-top surface, connect the power cord to an AC mains supply (220V, 50Hz), and attach the vibration sensor as outlined in the user manual. Calibration involves adjusting the speed and verifying readings on the digital display before commencing experiments.

Q: How does this equipment benefit students and educators?

A: The trainer facilitates hands-on learning by allowing students to measure and analyze vibrations in real time. It simplifies complex theoretical concepts, provides practical insights, and helps develop troubleshooting skills crucial for engineering applications.

Q: What accessories are provided with the trainer module?

A: Each module is supplied with a power cord, user manual, detachable piezo-electric vibration probe, and all necessary components for immediate use in laboratory settings.

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