ABS Braking System Training Board Simulator | Torquemaster-30
ABS Braking System Training Board Simulator Torquemaster-30 is a fully functional ABS electronic braking system mounted in a mobile aluminum frame. Built by a specialist ABS Braking System Training Board Simulator manufacturer, this unit features a cross diagonal hydraulic braking system with front and rear discs and calipers, a functional parking brake, ABS system, and brake booster. Pressure gauges monitor each wheel circuit, and OBD 16-pin diagnostics support fault code reading, live data display, and ECU identification. It runs on a 12V battery or 220/12V power supply and weighs approximately 60kg.
The ABS Braking System Training Board Simulator Torquemaster-30 is a fully functional ABS electronic braking system installed in a mobile aluminum frame. As an experienced ABS Braking System Training Board Simulator manufacturer, SCIENTICO India designed this training board simulator to demonstrate ABS braking system structure and operation using actual automobile components.
Product Overview
The ABS Braking System Training Board Simulator Torquemaster-30 is specially designed to demonstrate the ABS braking system and its operational structure. The educational training board is based on actual automobile components. The stand is equipped with a functional ABS braking system and shows the different operation modes. This training board simulator allows students to learn the structure of the ABS control system, study its components, and perform various measurements, tests and other diagnostic procedures. The training brake rig can be used as a visual aid for students of mechanical subjects to demonstrate and explain the structure and components. It can also be used as educational equipment for brake system repair and service procedures. As a dedicated ABS Braking System Training Board Simulator manufacturer, SCIENTICO builds each unit around a cross diagonal hydraulic braking system with front and rear discs and calipers, a functional parking brake, a functional electronic ABS system, and a functional brake booster.
Planning an automobile lab? See the automobile engineering equipment and model-selection guide.
ABS Braking System Training Board Simulator Torquemaster-30 — Technical Specifications
| Parameter | Value |
|---|---|
| Frame | Mobile aluminum frame |
| Wiring | Electric wiring diagram with built-in banana plug jumpers for measurements and simulation of system’s fault codes |
| Braking System | Fully functional, clearly visible components |
| Hydraulic System | Cross diagonal hydraulic braking system with front and rear discs with calipers |
| Parking Brake | Functional |
| ABS System | Functional electronic ABS system |
| Brake Booster | Functional |
| Pressure Monitoring | Installed pressure gauges monitor pressure in brake circuit of each wheel |
| Driving Mode | Driving mode simulation |
| Use Case | Brake rigs for mechanical service and repair training |
| Diagnostics | On-board diagnostic capabilities |
| Diagnostic Connector | OBD 16-pin diagnostic connector |
| ECU | Electronic control unit (ECU) identification |
| Fault Codes | Reading/erasing fault codes |
| Live Data | Displaying operating system parameters (live data) |
| Actuator Activation | Depends on the control unit |
| Pressure Circuit Design | Original hydraulic brake system; brake pads of brake drums used instead of brake discs to show pressure rise and braking moment onset |
| Operation Display | Hydraulic circuit operation shown on stand in pictures in different modes |
| Power Supply | 12V battery or 220/12V power supply unit |
| Diagnostic Equipment | Automotive oscilloscope, OBD diagnostic scan tool |
| Length | 1360 mm (approx.) |
| Width | 550 mm (approx.) |
| Height | 1800 mm (approx.) |
| Weight | 60kg (approx.) |
Technical Data
Braking System
| Parameter | Value |
|---|---|
| Type | Cross diagonal hydraulic braking system |
| Components | Front and rear discs with calipers |
| Parking Brake | Functional |
| ABS System | Functional electronic |
| Brake Booster | Functional |
Pressure Circuit
| Parameter | Value |
|---|---|
| System | Original hydraulic brake system |
| Note | Brake pads of brake drums used instead of brake discs, to show pressure rise and braking moment start |
| Display | Hydraulic circuit operation shown on stand in pictures in different modes |
Power Supply
| Parameter | Value |
|---|---|
| Option 1 | 12V Battery |
| Option 2 | 220/12V power supply unit |
Diagnostic Equipment
| Parameter | Value |
|---|---|
| Automotive Oscilloscope | Included |
| OBD Diagnostic Scan Tool | Included |
Dimensions and Weight
| Parameter | Value |
|---|---|
| Length | 1360 mm (approx.) |
| Width | 550 mm (approx.) |
| Height | 1800 mm (approx.) |
| Weight | 60kg (approx.) |
Key Features
- Wiring Diagram: Built-in banana plug jumpers for measurements and simulation of fault codes
- Visibility: Clearly visible fully functional braking system and components
- Hydraulic System: Cross diagonal, front and rear discs with calipers
- Parking Brake: Functional
- ABS System: Functional electronic ABS system
- Brake Booster: Functional
- Pressure Monitoring: Installed pressure gauges for main and individual wheel circuits
- Driving Simulation: Driving mode simulation available
- Training Use: Suitable for mechanical service and repair training
- Diagnostics: On-board diagnostic capabilities via OBD 16-pin connector
- ECU Function: Electronic control unit (ECU) identification
- Fault Code Handling: Reading/erasing fault codes
- Live Data: Displaying operating system parameters
- Actuator Activation: Depends on control unit
- Manufacturer Standard: Built by a trusted ABS Braking System Training Board Simulator manufacturer for classroom and workshop training
Construction and Design
The ABS Braking System Training Board Simulator Torquemaster-30 is a fully functional ABS electronic braking system installed in a mobile aluminum frame. The training board is equipped with a functional ABS braking system. Installed pressure gauges make it possible to monitor pressure in the main brake circuit and the individual pressure of each wheel. The training board is equipped with an original hydraulic brake system. Brake pads of the brake drums are used instead of brake discs, to better show when pressure rises and the braking moment starts. Operation of the hydraulic circuit is shown on the stand in pictures in different modes. The system includes a cross diagonal hydraulic braking system with front and rear discs and calipers, a functional parking brake, a functional electronic ABS system, and a functional brake booster. An electric wiring diagram with built-in banana plug jumpers allows measurements and simulation of fault codes. Diagnosis is performed through an OBD 16-pin diagnostic connector, supporting ECU identification, reading/erasing fault codes, and displaying live operating system parameters. Actuator activation depends on the control unit. The unit runs on a 12V battery or a 220/12V power supply unit and works with an automotive oscilloscope and OBD diagnostic scan tool. As a specialist ABS Braking System Training Board Simulator manufacturer, SCIENTICO designs this construction to give students a clear, hands-on understanding of ABS system structure and diagnostics.
Required for Operation
- 12 V Battery or 220/12 V power supply unit
- Automotive oscilloscope
- OBD Diagnostic scan tool
Q: What is the ABS Braking System Training Board Simulator Torquemaster-30 used for?
A: It is used to demonstrate the structure and operation of an ABS braking system, allowing students to study components, perform measurements, tests, and diagnostic procedures, and to train in brake system repair and service.
Q: What braking system components does the unit include?
A: A cross diagonal hydraulic braking system with front and rear discs and calipers, a functional parking brake, a functional electronic ABS system, and a functional brake booster.
Q: What diagnostic capabilities does the training board offer?
A: On-board diagnostics through an OBD 16-pin diagnostic connector, including ECU identification, reading/erasing fault codes, displaying live operating parameters, and actuator activation depending on the control unit.
Q: What is required to operate the unit?
A: A 12V battery or 220/12V power supply unit, an automotive oscilloscope, and an OBD diagnostic scan tool.
Q: What are the dimensions and weight of the unit?
A: L x W x H (approx.): 1360 x 550 x 1800 mm, weight (approx.): 60kg.
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