Bourdon Gauge Trainer Module

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Bourdon Gauge Trainer Module Specification

Display Type
Analog Scale

Glass Type
Acrylic Transparent Sheet

Control Type
Manual Operation

Temperature Resistance
Ambient

Accuracy
Standard Gauge Accuracy

Features
Pressure Indicating Needle, Easily Observable Mechanism, Robust Frame

Shape
Rectangular

Type
Bourdon Gauge Trainer Module

Dimension (L*W*H)
370 mm x 210 mm x 340 mm

Equipment Type
Instrumentation Trainer

Equipment Materials
Premium Metal and Acrylic Construction

Power
Not Required / Manual

Material
Aluminum Panel with Acrylic Front

Application
Educational Demonstration of Pressure Measurement

Demonstration Mechanism
Exposed Linkages for Movement Visualization

Trainer Usage
Ideal for Engineering and Polytechnic Colleges

Pressure Range
0 to 2 kg/cm²

Environmental Suitability
Suitable for Indoor Laboratory Conditions

Gauge Diameter
100 mm

Protection
Shock-Resistant Front Panel

Connection Type
Standard Test Port

Maintenance
Low Maintenance Required

Scale Graduation
Clearly Marked Analog Scale

Mounting
Bench-top or Laboratory Table

Bourdon Gauge Trainer Module About

Bourdon Gauge Trainer Module

Brand	Micro Technologies
Capacity	15 PSI
Diflection Sensor	LVDT +-2.5mm
Master Gauge	Bourdon pressure gauge(30 PSI)4"dial
Pressure Source	Pressure tank capacity 10Kg/cm2
Display Resolution	Displacement 0.1mm
Pressure	1 PSI
Display	3 1/2 digit LED Display.
Power Supply	230V 50 Hz
Accessories	Foot air pump Necessary Cables.

Robust Construction for Lasting Performance

Manufactured from premium-grade metal and durable acrylic, the Bourdon Gauge Trainer Module features a shock-resistant front panel and an aluminum base. The transparent acrylic front ensures an unobstructed view of the exposed linkages, promoting safe and clear demonstrations in educational environments.

Precise and Reliable Pressure Measurement

With a clearly marked analog scale and standard gauge accuracy, the trainer enables precise readings in the 0 to 2 kg/cm2 range. The prominently displayed needle and easy-to-observe mechanisms enhance understanding of pressure measurement fundamentals.

Ideal for Educational Applications

Specially crafted for engineering and polytechnic college laboratories, the Bourdon Gauge Trainer Module fosters hands-on learning. Its bench-top design and simple manual operation make it an indispensable tool for student demonstrations and experimentation.

FAQ's of Bourdon Gauge Trainer Module:

Q: How does the Bourdon Gauge Trainer Module help demonstrate pressure measurement?

A: The trainer allows students to visualize pressure changes directly, thanks to exposed linkages and a clearly marked analog scale. The needle indicates pressure values in real time, making the pressure measurement process observable and educational.

Q: What are the main components and materials of this trainer module?

A: It comprises a robust aluminum panel with a transparent acrylic front, premium metal construction, a 100 mm diameter analog gauge, and an exposed mechanism for easy demonstration.

Q: When should this module be used in an educational setup?

A: It is best used during laboratory classes, instrumentation demonstrations, or pressure measurement practicals in engineering or polytechnic colleges.

Q: Where should the Bourdon Gauge Trainer Module be installed?

A: The module is suitable for mounting on a laboratory bench-top or table in an indoor educational environment, ensuring stable and clear demonstrations.

Q: What process does the module use to measure pressure?

A: Pressure is introduced via a standard test port; the resulting force actuates the exposed linkage, which in turn moves the needle across the analog scale, visually representing the pressure value.

Q: How easy is it to maintain the trainer module?

A: It requires minimal maintenance due to its robust frame, shock-resistant front, and durable construction materials.

Q: What are the benefits of using this module for students?

A: Students gain hands-on experience with pressure measurement principles and mechanical linkages, deepening their understanding of instrumentation while observing real-time mechanical responses.

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