Displacement Measurement Trainer Module

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Displacement Measurement Trainer Module Specification

Temperature Resistance
Up to 50C

Power Supply
Mains Powered

Features
Onboard LED indication, detachable sensor, calibration facility

Shape
Rectangular

Accuracy
1 mm

Control Type
Manual / Digital

Display Type
Digital LCD

Type
Trainer Module

Dimension (L*W*H)
350 mm x 300 mm x 150 mm

Equipment Materials
Aluminum panel with insulated base

Power
230 V AC, 50 Hz

Voltage
230 V

Material
Mild Steel & ABS

Application
Lab Experiment, Student Demonstrations

Connectivity
Banana sockets for connection

Output Signal
Digital and analog

Mounting
Bench-top

Weight
Approx. 3 kg

Displacement Sensor Type
Linear Variable Differential Transformer (LVDT)

Accessories Included
Test rods, connection leads, manual

Compliance
Meets educational standards

Measuring Range
0 to 20 mm

Calibration
Factory calibrated

Operating Temperature
0C to 50C

About Displacement Measurement Trainer Module

Displacement Measurement Trainer Module

Power	230V +-10%@50Hz.
Brand	Micro Technologies
LVDT Range	+- 10.0mm, (0-20mm)
Indicator	3 1/2 digit to read upto +-1999 counts
Excitation Voltage	2000 Hz at IV PTP
Zero Adjustment	Front panel through Potentiometer
Sensitivity	0.1 m
System Inaccuracy	1.00%
Connection	Through 6 core shielded cable with Din connector.
Accessories	Micrometer(0-25mm)mounted on a base plate to conduct Experiment. , Necessary cables provided.

Precision and Versatility in Educational Settings

Engineered specifically for educational laboratories, this trainer module empowers students to explore displacement measurement concepts with hands-on experience. With a robust LVDT sensor and a digital LCD display, accurate and repeatable results are always at your fingertips. The modules compatibility with both analog and digital outputs and detachable sensor facilitate a thorough understanding of measurement principles.

Comprehensive Kit and User-Friendly Operation

Everything you need to start experimenting is included in the kit: test rods, connection leads, and a detailed manual. The bench-top design, equipped with banana sockets and a factory-calibrated setup, ensures seamless usage and setup. Built from durable aluminum and insulated materials, the module withstands intensive academic use while ensuring safety and convenience.

FAQs of Displacement Measurement Trainer Module:

Q: How is the displacement measured using this trainer module?

A: The module utilizes a Linear Variable Differential Transformer (LVDT) sensor to detect and measure precise linear displacement within a 0 to 20 mm range. Measurements are easily observed on the digital LCD display and can be retrieved through both analog and digital output signals.

Q: What is included in the Displacement Measurement Trainer Module kit?

A: The kit includes the LVDT-based trainer module, test rods for simulations, connection leads for secure electrical connectivity, and a comprehensive user manual for easy setup and operation guidance.

Q: When should the module be calibrated or maintained?

A: The module is factory calibrated for immediate use and requires minimal maintenance under normal operating conditions (0C to 50C). Periodic checks as outlined in the manual are recommended to ensure consistent accuracy over time.

Q: Where can this module be used effectively?

A: It is ideally suited for educational laboratories, research institutes, and technical training centers where students or trainees are required to learn about displacement measurement in a hands-on environment.

Q: What benefits does the trainer module offer for students?

A: Students benefit from real-world experience with industry-standard measurement tools, direct observation of displacement principles, and the flexibility of both manual and digital operation modes, which collectively enhance conceptual understanding.

Q: How easy is it to connect and use the module in a classroom setting?

A: The trainers bench-top design and banana socket connectivity make setup straightforward. Detachable components and a clear manual ensure that educators and students can quickly get started with minimal technical barriers.

Q: What process should be followed to operate the module safely?

A: To operate safely, ensure mains power supply (230 V AC, 50 Hz) is properly connected using included leads, follow the manual for test setup, verify that all accessories are securely attached, and maintain the module within the specified temperature range to prevent damage or inaccuracy.

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