TRAINING PLATFORM FOR ABS BRAKE SYSTEM

Name: TRAINING PLATFORM FOR ABS BRAKE SYSTEM
Brand: MODTECH
Price: 2000 INR
Availability: InStock

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MOQ : 1 Unit

TRAINING PLATFORM FOR ABS BRAKE SYSTEM Specification

Features
Interactive controls, LED indicators, test points, fault simulation

Surface Finish
Industrial powder coat, polished metal details

Model No
ABS-TP-24A

Size
Full-size car ABS mock-up

Power Type
240V AC mains powered

Style
Portable training platform

Assembly
Pre-assembled, ready to use

Use
Educational demonstration for ABS Brake System

Weight
Approx. 75 kg

Type
Automotive Training Equipment

Material
Powder coated steel, acrylic panel, stainless fasteners

Dimensions
1200 mm x 800 mm x 950 mm (L x W x H)

Shape
Rectangular platform

Color
Blue base with transparent acrylic section

Function
Demonstrates operation, testing, and diagnosis of ABS system

Age
Suitable for students and trainees age 16+

Advantage
Realistic simulation with visible components and functioning electronic ABS unit

TRAINING PLATFORM FOR ABS BRAKE SYSTEM Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Western Union, Paypal, Cheque

Supply Ability
100 Units Per Week

Delivery Time
1 Week

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

Main Domestic Market
All India

About TRAINING PLATFORM FOR ABS BRAKE SYSTEM

TRAINING PLATFORM FOR ABS BRAKE SYSTEM.

The device is designed on the ABS system, where in the principle of operation and working of the same can be demonstrated . A parts and accessories are arranged on to a Colour printed board. And the system is made functional.

Features

Real and operatable ABS brake system is assembled onto a colour printed board to illustrating the structure and working process .
The front and rear Disc Brake with callipers are coupled to two different three phase motor with electric drives to rotate the front disc and rear disc separately. A brake

Pedal along with vacuum booster is connected to the Front calliper system and rear drum brake system, a vacuum pump will be connected to the booster to demonstrate the effect of vacuum in the pedal operation.

The Device is connected with Pressure meters to demonstrate the different pressure at different locations in the brake system.
Coloured circuit diagram on the training Module printed on to 6mm organic glass base. Where in the students can compare the diagram and actual diagram.
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.
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.
Set the line break, grounding short circuit, improper contact or open circuit faults can be induced, user can adjust the number and type of faults.

Realistic ABS Brake System Training

Experience immersive, hands-on learning with a full-size, functional ABS brake mock-up. This platform combines visible components, interactive controls, and authentic diagnostics for a comprehensive understanding of modern brake systems.

Designed for Educational Excellence

Purpose-built for automotive engineering colleges and vocational schools, the training system is equipped with clear digital feedback panels, genuine electronic units, and robust safety features, ensuring safe, effective learning environments.

Effortless Mobility and User Convenience

Lockable castor wheels provide easy movement and secure placement. The pre-assembled platform requires no setup, ensuring immediate readiness for classes and workshops. Manuals and training guides are included for structured instruction.

FAQs of TRAINING PLATFORM FOR ABS BRAKE SYSTEM:

Q: How does the ABS Brake System Training Platform simulate real automotive ABS operation?

A: The platform uses hand-lever and foot-pedal brake actuators, Hall-effect wheel sensors, and an authentic ABS ECU to replicate real vehicle conditions. Interactive controls and a digital display panel show system feedback during operation and testing, making learning highly realistic.

Q: What educational institutions can benefit from this ABS Brake System Training Platform?

A: Automotive engineering colleges, technical institutes, and vocational schools will benefit most. The system is specifically designed for hands-on demonstration, diagnosis, and practical training for students aged 16 and above.

Q: When is the best time to use this platform during an automotive curriculum?

A: Instructors can incorporate the platform during practical lab sessions, diagnostic exercises, and troubleshooting modules on vehicle safety systems. It is most effective when teaching the operation, testing, or fault-finding procedures of ABS technology.

Q: Where should the ABS training platform be set up for optimal use?

A: The platform is best stationed in dedicated automotive laboratories or classrooms with access to 240V AC power. Lockable castor wheels allow for easy relocation and secure placement, so it adapts to various learning environments.

Q: What process does a student follow to perform ABS testing and diagnosis on the platform?

A: Students use the provided hand-lever and foot-pedal actuators to apply brakes, observe system responses via the digital display, check LED indicators, utilize test points, and simulate faults to learn ABS diagnostic procedures. All steps are detailed in the included training manual.

Q: How does this training system ensure electrical safety during use?

A: It features a professionally routed, automotive-grade wiring harness and a power supply protected against overload and short-circuits, ensuring operational safety for students and instructors alike.

Q: What are the major benefits of using this ABS Brake System Training Platform?

A: Key advantages include a realistic, see-through demonstration of ABS function, robust safety and mobility features, clear electronic feedback, and targeted instructional support, providing students with practical expertise in modern brake systems.

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