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Engine Training Module

Name: Engine Training Module
Brand: MODTECH
Price: 2000.00 INR
Availability: InStock

Price 2000.00 INR/ Piece

Get a Price/Quote

MOQ : 30 Pieces, Piece

Engine Training Module Specification

Size
Standard (Customized on Request)

Use
Engineering Colleges, Technical Institutes, Automobile Training Centers

Power Type
Manual/AC Electrical Starter (as per model)

Features
Movable Base with Lockable Wheels, Engine Cut-Section View, Functioning Demonstration, Corrosion Resistant Surface

Assembly
Pre-assembled Module, Ready for Demonstration

Style
Educational Demonstration Model

Weight
Approx. 80-100 kg

Model No
ETM-1001 (Reference)

Surface Finish
Powder Coated & Polished

Material
Mild Steel Chassis, Engine Components: Metal Alloys

Dimensions
4 x 2 x 2 ft (approx.)

Shape
Rectangular Base with Engine Assembly

Color
Blue, Silver, Black (as per image)

Function
Internal Combustion Engine Training & Demonstration

Age
Above 16 Years (Students, Trainees)

Advantage
Hands-on Demonstration and Realistic Simulation

Ignition System
Demonstrates Spark Ignition (for Petrol model)

Instrumentation
Analog Tachometer and Temperature Gauge

Starter Mechanism
Electrical Self-Starter (optional hand crank)

Teaching Aid
Cutaway Engine Sections for Internal Visualisation

Suitable For
Automobile Engineering, Mechanical Labs, Vocational Training

Safety Features
Protective Guards, Emergency Shutoff Switch

Mounting
Heavy-duty Wheeled Platform with Locking mechanism

Transmission
Includes Gearbox, Clutch, and Controls

Engine Type
Petrol or Diesel 4-Stroke Single Cylinder (as per variant)

Engine Training Module Trade Information

Minimum Order Quantity
30 Pieces, Piece

Payment Terms
Paypal, Western Union, Cheque

Supply Ability
100 Pieces, Piece Per Month

Delivery Time
30 Days

Main Export Market(s)
Australia, North America, Eastern Europe, Western Europe, Middle East, Africa, Central America, South America, Asia

Main Domestic Market
All India

About Engine Training Module

The device is designed based on latest technology petrol engines with Multi point fuel injection system. The trainer helps to simulate engine startup, speedup, slowdown and other actions so as to illustrate the structure and working principle of MPFI engines.

Features

Real and operating Petrol MPFI engine, illustrating the structure and working process.
Coloured circuit diagram on the training Module printed on to 6mm organic glass base..
Detection terminals for operator to detect various sensors, actuators, electrical signals for engine control unit, such as resistive, voltage, current , frequency and wave form signals are provided on to the printed circuit diagram.
Automobile meters are fitted on to the training module along with the printed circuit diagram, to demonstrate engine speed, temperature, fuel pressure, charging light etc.,
The training module is fitted with diagnostic socket (DLC) for universal automobile decoder(Scan tool) to read fault codes, clear fault codes and read data stream.
Fault setting switch bank will be provided to induce faults in the training module to demonstrate the fault and to diagnose faults.
Good working condition engine will be provided with fuel tank and battery. Throttle control is provided on the module to accelerate.
The training module is fabricated using steel pipe frame with spray painted for good looks and the entire setup is provided with caster wheels with brakes for easy movement of the same.

Comprehensive Demonstration Platform

This engine training module offers a complete, real-world demonstration of fundamental engine systems. From the gearbox and clutch to the ignition, students can observe, interact with, and understand internal combustion processes using actual metal-alloy components and cut-away visualization. The module supports both petrol (spark ignition) and diesel variants.

Enhanced Safety and Ease of Use

Designed for educational environments, the ETM-1001 includes protective guards, emergency shutoff switches, and a heavy-duty wheeled platform with a locking mechanism. The assembled unit is ready-to-use and promotes safe, hands-on operation for technical instruction in class or lab settings.

Ideal for Technical Education

Suitable for engineering colleges, mechanical and automobile labs, and vocational centers, this module encourages active, practice-based learning. Analog instruments such as a tachometer and temperature gauge make operational data accessible, enhancing diagnostic and analytical skills in future engineers.

FAQ's of Engine Training Module:

Q: How is the ETM-1001 engine training module used in technical education?

A: The ETM-1001 is designed for hands-on demonstrations in engineering colleges and vocational centers. It allows students to interact with real engine components, observe cutaway sections, and operate controls for realistic learning experiences in engine systems and diagnostics.

Q: What safety features does the module include for student use?

A: Safety is ensured through protective guards around moving parts, an emergency shutoff switch for immediate power cut, and a locking mechanism on the wheeled base to prevent unintended movement during demonstrations or practice sessions.

Q: When is the electrical self-starter used, and can the module be started manually?

A: The module features an AC electrical self-starter as standard for ease of demonstration, though an optional hand crank starting mechanism is available. This flexibility allows for both modern and manual starting methods during instructional sessions.

Q: Where can the ETM-1001 training module be installed and used?

A: The training module is intended for use in academic and vocational settings such as mechanical labs, automobile engineering classrooms, or technical institutes. Its mobile, compact design enables placement anywhere safe space and electrical connections are available.

Q: What processes and engine components can be studied using this module?

A: Students can explore the internal processes of a 4-stroke petrol or diesel engine, including combustion, ignition (spark or compression), and mechanical transmission through gearbox and clutch controls. The cutaway design aids in visualizing internal mechanisms typically hidden from view.

Q: How does the module benefit students in engineering and technical courses?

A: By permitting close-up, practical demonstrations of engine operation, the module enriches theoretical studies with real-world application. This hands-on experience strengthens understanding of engine mechanics, troubleshooting, and instrumentation, preparing students for industrial scenarios.

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