Strain Measurement Trainer Module

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Strain Measurement Trainer Module Specification

Features
Strain gauge mounting, Wheatstone bridge implementation, Variable load mechanism, Digital strain indication, Portable design, Experiment manual included

Control Type
Manual & Digital

Power Supply
230V AC

Display Type
Digital

Accuracy
High Sensitivity

Temperature Resistance
Up to 50C

Shape
Rectangular

Type
Strain Measurement Trainer Module

Dimension (L*W*H)
340 x 250 x 110 mm

Equipment Type
Training Module

Equipment Materials
Powder coated metal body

Power
230V AC, 50Hz

Voltage
230V

Material
Mild Steel

Application
Educational / Laboratory Use

Wheatstone Bridge
Built-in

Load Mechanism
Mechanical Lever Arm

Experiment Support
Complete lab exercise sheets included

Cable Length
1.5m

Connectivity
Banana sockets for external connections

Environmental Conditions
Operation: 0C to 50C, Relative Humidity <80%

Mounting
Desk Type

Indication Method
Digital Meter (LCD)

Calibration
Factory Calibrated

Measurement Range
0 1000 microstrain

Protection
Overload and short circuit protection

Input Type
Strain Gauge

About Strain Measurement Trainer Module

Strain Measurement Trainer Module

Capacity	1 Kg
Brand	Micro Technologies
Beam Material	Stainless Steel
Beam Dimension	300(L) X 28(B) X2.5(T) in mm.
Strain Gauge	Foil type Resistance, 350SL, Q.L3mm
Beam Mounting	Beam mounted on a rigid metal. From with connection brought out to a Connector
Indicator	3 1/2 digit to read upto +-1999 counts.
Bridge Balancing	Potentiometer
Bridge Excitation	10 V. DC
Power Supply	230V +- 10%@50Hz.
Accessories	Pan to load the Beam. 100g X 10N dead weights,, Necessary cables provided.

High Precision Strain Measurement

Utilizing advanced strain gauge technology and a built-in Wheatstone bridge, this trainer module delivers precise measurements up to 1000 microstrain. Its factory calibration ensures consistent accuracy, making it a reliable tool for educational applications and laboratory experiments.

User-Friendly and Versatile Design

The module features a mechanical lever arm load mechanism and digital LCD display for intuitive operation and precise readings. Desk-mount form, portable construction, and banana socket connectivity make it adaptable for various training or testing setups.

Comprehensive Experiment Support

Complete exercise sheets and manuals are included, providing structured guidance for hands-on laboratory sessions and theoretical learning. This enhances user understanding of strain measurement principles and practical application in academic settings.

FAQ's of Strain Measurement Trainer Module:

Q: How is strain measured using the Strain Measurement Trainer Module?

A: Strain is measured using a factory-calibrated strain gauge that senses deformation on the mechanical lever arm. The signal is processed via the built-in Wheatstone bridge and displayed digitally on the LCD meter, allowing precise readings from 0 to 1000 microstrain.

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

A: To set up, place the module on a desk, connect the 230V AC power supply, and use the lever arm to apply mechanical load. Connect any external components via banana sockets if needed. Measurements are instantly indicated on the digital LCD, and experiment manuals provide step-by-step guidance.

Q: Where can this strain measurement module be effectively used?

A: This trainer module is tailored for educational or laboratory environments, such as engineering colleges, research institutes, and technical training centers across India. Its design is optimized for desk mounting and portability within indoor laboratory spaces.

Q: When should you use the overload and short circuit protection features?

A: The module's built-in protection features operate automatically, activating whenever an overload or short circuit is detected. This ensures the equipment remains safe during frequent student handling or unexpected electrical faults.

Q: What connectivity options are available for external circuits or experiments?

A: The trainer offers banana socket connectors for easy interfacing with external circuits, measurement devices, or additional sensors. This expands experimentation possibilities and supports diverse laboratory exercises.

Q: How does the included experiment manual benefit users?

A: The comprehensive manuals provide structured lab exercises and theoretical background, facilitating both guided learning and independent exploration of strain measurement concepts. This ensures users gain practical proficiency and enhanced understanding.

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