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Displacement Measurement Trainer

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Displacement Measurement Trainer Specification

Resolution
0.01 mm

Humidity
20% to 80% RH

Power Supply
230V AC, 50 Hz

Features
Overload protection, Modular design, Calibration facility

Frequency
50 Hz

Port Size
6 mm

Equipment Type
Displacement Measurement Trainer

Accuracy
0.1 mm

Application
Educational, laboratory training

Operating Voltage
230V AC

Test Range
0-100 mm

Mounting Type
Table-top

Max Height
200 mm

Display Type
Digital LCD

Gas Pressure
0-6 bar

Measuring Range
0 to 100 mm

Temperature
5C to 50C

Response Time
<200 ms

Automation Grade
Semi-Automatic

Number of Specimens
Single specimen at a time

Interface Type
BNC, Digital Output

Specimen Size
Up to 100 mm

Usage
Displacement & position measurement demonstration

Capacity
1 specimen

Machine Weight
Approx. 5 Kg

Test Speed
Variable, up to 50 mm/min

Test Width
150 mm

Test Stroke
0-100 mm

Control Mode
Manual and Automatic

Signal Output
Analog and digital output

Sensor Type
LVDT (Linear Variable Differential Transformer)

Instruction Manual
Provided

Included Accessories
Signal conditioner, power adapter, specimen fixture

Calibration
Factory calibrated, user recalibration supported

Software Compatibility
Lab measurement software

Material
Mild steel and ABS plastic

Connectivity
PC interface via USB

Safety Features
Fuse protection, emergency stop

About Displacement Measurement Trainer

Displacement Measurement Trainer

Power	230 V +/- 10 %,50 Hz
Brand	Micro Technologies
Excitation Voltage	5000 Hz at 1V RMS
Operating Temperature	+100 C to +550 C
Sensitivity	0.1mm
System Inaccuracy	1%
Fuse	250mA fast glow type

Modular and Durable Construction

Built from mild steel and ABS plastic, this trainer combines strength with a modern, modular design for easy maintenance and flexibility. Its table-top mounting enables convenient installation within laboratory settings, and the lightweight body (approx. 5 Kg) allows simple relocation if required.

Advanced Measurement and Control

Equipped with a high-accuracy LVDT sensor, the trainer boasts an analog and digital signal output, accessible via USB and BNC interfaces. Test speed is variable up to 50 mm/min, with a test stroke of 0-100 mm and a digital LCD for real-time display. Control modes include both manual and automatic, adapting to varied training needs.

Comprehensive Safety and Connectivity

Safety is ensured through features such as fuse protection, emergency stop, and overload safeguarding. Users can connect the device to lab measurement software for enhanced data analysis, and calibration facilities provide sustained measurement integrity. The equipment supports single-specimen testing up to 100 mm in width.

FAQ's of Displacement Measurement Trainer:

Q: How does the Displacement Measurement Trainer function for measuring displacement?

A: The trainer utilizes an LVDT sensor to detect minute positional changes of a specimen. The measured displacement is output in both analog and digital forms, displayed on a digital LCD, and can be interfaced with a PC via USB for further analysis using compatible lab measurement software.

Q: What is the recommended process for user recalibration of the equipment?

A: After initial factory calibration, users can recalibrate the trainer by following the steps outlined in the provided instruction manual, ensuring measurement accuracy is maintained. Calibration may be needed periodically or after intensive usage to uphold the 0.1 mm accuracy.

Q: Where is the Displacement Measurement Trainer typically installed and used?

A: This equipment is designed for table-top mounting, making it ideal for laboratory benches and educational training zones. Its compact size and modular arrangement facilitate deployment in institutes, research facilities, or any educational environment requiring precise displacement measurement.

Q: When is it necessary to use the emergency stop or fuse protection features?

A: Emergency stop and fuse protection should be engaged immediately in case of equipment overload, malfunction, or safety hazards. These built-in safety features help prevent damage to components and ensure user safety during operation.

Q: What are the benefits of analog and digital outputs in displacement measurement applications?

A: Having both analog and digital outputs allows flexible data collection, facilitating integration with various lab software and instruments. This dual output enhances the accuracy of monitoring, recording, and analyzing displacement during educational training and laboratory experiments.

Q: How is the trainer advantageous for educational or laboratory training?

A: The device demonstrates displacement and position measurement principles using semi-automatic control, digital display, modular design, and comprehensive safety-making hands-on learning both safe and insightful. It enables students and researchers to understand measurement techniques and analyze real-time results efficiently.

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