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Basic Pneumatic Trainer

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Basic Pneumatic Trainer Specification

Number of Specimens
Multiple (as per experiment requirement)

Port Size
6 mm standard pneumatic fittings

Humidity
20% - 80% RH (non-condensing)

Max Height
Approx. 600 mm (panel height)

Features
Includes various pneumatic components (cylinders, valves, etc.), modular setup, demo-ready

Frequency
50Hz

Mounting Type
Tabletop

Display Type
Analog/gauge-based

Gas Pressure
0.5 0.7 MPa

Interface Type
Panel-mounted/manual adjustment

Specimen Size
Standard; not specific

Accuracy
Depends on installed sensors/modules

Resolution
Depends on instrument module

Temperature
5C 45C

Measuring Range
Demonstrative; not applicable

Operating Voltage
230V AC

Response Time
Instantaneous (manual control)

Equipment Type
Pneumatic Trainer

Power Supply
230V AC, 50Hz

Automation Grade
Manual

Test Range
Basic pneumatic applications

Application
Educational and Training Demonstration

Usage
Skill training, Practical demonstrations

Capacity
Multiple experiments

Machine Weight
About 25 kg

Test Speed
Standard; Manual operation

Test Width
Standard; per panel design

Test Stroke
Varies by experiment module

Control Mode
Manual

Circuit Examples
AND/OR logic, sequencing, control using mechanical, electrical valves

Safety Provision
Inline pressure relief valve, emergency stop switch

Panel Type
Aluminum profile panel with mounting grid

Dimension (L x W x H)
Approx. 880 x 500 x 600 mm

Training Capability
Basic pneumatic circuit assembly, troubleshooting, industrial process simulation

Included Components
Single and double acting cylinders, 3/2 and 5/2 valves, FRL unit, pressure gauges, hoses, fittings

Material Construction
Powder-coated steel frame, ABS panel

Educational Level
ITI, Polytechnic, Engineering & Vocational Institutes

About Basic Pneumatic Trainer

Basic Pneumatic Trainer

Usage/Application	Laboratory
Voltage	220-240 V
Material	Mild Steel
Brand	Micro Technologies
Frequency	50 Hz
Phase	Single Phase
Surface Finish	Powder Coated
Pressure Gauge	70 bar
Oil Tank Capacity	30L
Motor Power	1 Hp

Comprehensive Hands-On Learning

Designed for practical demonstration, the pneumatic trainer enables students to assemble circuits, simulate industrial processes, and troubleshoot real-world pneumatic systems. Multiple experiments, including logic, sequencing, and control using different valves, can be performed. Its modular structure ensures adaptability for varied educational requirements.

Robust and Safe Construction

With a powder-coated steel frame and an ABS panel, the trainer offers long-lasting durability. Safety is prioritized through features such as the inline pressure relief valve and emergency stop switch, ensuring secure operation during demonstrations and training sessions.

Flexible Applications and Modular Design

The trainer is suitable for a range of educational levels, including ITI, Polytechnic, Engineering, and Vocational Institutes. Its modular setup and table-mounted configuration allow for easy adjustment and customization, supporting multiple basic pneumatic experiments as per curriculum needs.

FAQ's of Basic Pneumatic Trainer:

Q: How is the Basic Pneumatic Trainer used in educational settings?

A: It is deployed in ITI, Polytechnic, Engineering, and Vocational Institutes for hands-on skill training. Students use it to assemble pneumatic circuits, troubleshoot faults, and perform industrial process simulations, enhancing practical understanding of pneumatic systems.

Q: What components are included with the pneumatic trainer?

A: The trainer includes single and double acting cylinders, 3/2 and 5/2 pneumatic valves, an FRL unit, pressure gauges, hoses, fittings, an aluminum panel with a mounting grid, and essential safety provisions like a pressure relief valve and emergency stop switch.

Q: When should instructors utilize the trainer during coursework?

A: Instructors typically use the pneumatic trainer during lab sessions or practical classes where circuit design, logic implementation, troubleshooting, and process simulation are being taught, allowing immediate real-world application of theoretical concepts.

Q: Where can the trainer be installed for demonstrations?

A: As a tabletop equipment type, it is best installed in laboratory classrooms, workshops, or training centers where workspace and access to power supply (230V AC, 50Hz) are available.

Q: What is the typical process for assembling and operating a pneumatic circuit on this trainer?

A: Users mount components onto the panel grid, connect hoses and fittings, and assemble circuits as per the experiment module. Operation is manual, with users adjusting valves and monitoring gauges for instant feedback.

Q: What benefits does the pneumatic trainer offer to students?

A: It provides experiential learning, allowing students to gain hands-on proficiency in setting up, analyzing, and troubleshooting basic pneumatic systems, which is essential for careers in automation and industrial technology.

Q: How does the safety provision enhance the learning experience?

A: Features like the inline pressure relief valve and emergency stop switch protect users during experiments, promoting safe practice and risk-free demonstrations, while fostering confidence in operating pneumatic equipment.

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