STEERING, BRAKE AND SUSPENDED SYSTEM EXPERIMENTAL PLATFORM

35000 INR/Piece

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Product Details:

Temperature Resistance -10C to 50C
Accuracy High fidelity system simulation
Features Modular design, visible components, safe for hands-on experiments, mobile base, equipped with real automotive parts
Shape Rectangular with mounted system displays
Control Type Manual and electrical control interfaces
Display Type Analog and digital gauges
Speed Range 0-1500 rpm (motor demonstration speed)
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STEERING, BRAKE AND SUSPENDED SYSTEM EXPERIMENTAL PLATFORM Price And Quantity

Price 35000 INR/Piece
Minimum Order Quantity 1 , , Piece

Instrument Panel Integrated with operational indicators and fault simulation switches
Protection Feature Over-current protection and safety shields
Mounting Pre-assembled system with easy-access component arrangement
Student Workability Designed for group demonstrations and student hands-on practice
Braking System Hydraulic disc brake with transparent brake pipeline model
Color Industrial grey with blue and transparent panels
Diagnostic Function Supports fault diagnosis and testing exercises
Suspension Type Double wishbone and MacPherson strut demonstration sections
Mobility Heavy-duty lockable casters for easy transportation
Steering System Rack and pinion with visible moving parts

STEERING, BRAKE AND SUSPENDED SYSTEM EXPERIMENTAL PLATFORM Product Specifications

Weight 50-150 Kilograms (kg)
Usage For Hosptail
Power Supply Single Phase 220V 50Hz
Power 220V / 1.5kW
Speed Range 0-1500 rpm (motor demonstration speed)
Control Type Manual and electrical control interfaces
Shape Rectangular with mounted system displays
Display Type Analog and digital gauges
Material Stailness Steel
Voltage 220-440 Volt (v)
Equipment Materials Steel frame and high-grade automotive components
Features Modular design, visible components, safe for hands-on experiments, mobile base, equipped with real automotive parts
Dimension (L*W*H) 2300 mm x 1650 mm x 1800 mm
Type Experimental Training Platform
Application Educational demonstration and testing of automotive steering, braking, and suspension systems
Accuracy High fidelity system simulation
Temperature Resistance -10C to 50C
Equipment Type Automotive System Experimental Platform

Instrument Panel Integrated with operational indicators and fault simulation switches
Protection Feature Over-current protection and safety shields
Mounting Pre-assembled system with easy-access component arrangement
Student Workability Designed for group demonstrations and student hands-on practice
Braking System Hydraulic disc brake with transparent brake pipeline model
Color Industrial grey with blue and transparent panels
Diagnostic Function Supports fault diagnosis and testing exercises
Suspension Type Double wishbone and MacPherson strut demonstration sections
Mobility Heavy-duty lockable casters for easy transportation
Steering System Rack and pinion with visible moving parts

STEERING, BRAKE AND SUSPENDED SYSTEM EXPERIMENTAL PLATFORM Trade Information

Payment Terms Cheque, Telegraphic Transfer (T/T), Cash in Advance (CID), Cash Advance (CA)
Supply Ability 7 , , Piece Per Day
Delivery Time 1 Week
Main Export Market(s) Western Europe, Australia, North America, Eastern Europe, Central America, Middle East, South America, Asia, Africa
Main Domestic Market All India

Product Description

STEERING, BRAKE AND SUSPENDED SYSTEM EXPERIMENTAL PLATFORM

Description:
Teaching Function:
It can show components, working principle and structure of front and back suspended system, steering and brake system; the components and structure of manual transmission.
Standard Configuration:
Adopt original plant front suspended system, brake system, motor steering system, manual transmission, rear axle and shock absorber.
The relative components of each system are partly anatomized and colored, showing the detail structures.

Comprehensive Automotive Training Solution

Experience hands-on learning with this pre-assembled platform, engineered for detailed demonstration and practice of automotive steering, brake, and suspension systems. Its life-sized components and transparent models allow students to observe, operate, and analyze essential vehicle mechanisms safely.

Dual Suspension Demonstrations

Demonstrate both double wishbone and MacPherson strut suspension types on a single system. This dual setup gives learners the opportunity to compare structures and functionalities in real-time, enhancing understanding of modern vehicle designs.

Real-Time Fault Simulation and Diagnostics

The system's integrated instrument panel features operational indicators and fault simulation switches, allowing for realistic fault diagnosis, troubleshooting, and repair exercises-preparing students for real workshop challenges.

FAQ's of STEERING, BRAKE AND SUSPENDED SYSTEM EXPERIMENTAL PLATFORM:

Q: How can students safely interact with the experimental platform during hands-on practice?

A: Students can safely use the platform thanks to protective shielding around moving parts, over-current protection, and clearly marked operational indicators. The modular layout ensures easy access and visibility while maintaining a safe hands-on environment.

Q: What types of suspension systems can be demonstrated on this platform?

A: The equipment features both double wishbone and MacPherson strut suspension demonstration sections, enabling a direct comparison between these two common automotive suspension types.

Q: When should the platform be utilized in an educational setting?

A: The platform is ideal for use during class demonstrations, automotive systems practical sessions, and diagnostic exercises. It supports group work and interactive lessons throughout the academic year.

Q: Where is the experimental platform most effectively used?

A: This platform is best suited for engineering colleges, technical institutes, and hospital-based training centers. Its mobile, durable design allows it to be positioned easily within laboratories and teaching workshops.

Q: What is the process for simulating faults or testing brake and steering functions?

A: Instructors can use the integrated fault simulation switches to introduce realistic malfunctions. Students then utilize the instrument panel and hands-on controls to identify and diagnose issues within the visible moving parts, steering, or hydraulic braking system.

Q: How does the transparent brake pipeline model benefit the learning experience?

A: The transparent pipeline allows students to visually track hydraulic fluid motion and observe braking operations in real time, making the principles of hydraulic braking systems much easier to understand.

Q: What advantages does the platform offer for group student training?

A: Its modular, visible design and large size make it suitable for group demonstrations and collaborative diagnostics, allowing multiple students to simultaneously observe and interact with critical automotive system components.

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