4-WHEEL STEERING SYSTEM EXPERIMENTAL PLATFORM

35100 INR/Piece

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Product Details:

Accuracy 1 degree steering angle
Display Type Analog Indicator with Degree Scale
Speed Range 0 60 RPM (Controllable)
Power Supply 230V AC, 50 Hz (with adapter to 12V DC)
Temperature Resistance Up to 60C operating environment
Shape Rectangular Platform with mounted steering assembly
Glass Type Acrylic Transparent Sheet
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4-WHEEL STEERING SYSTEM EXPERIMENTAL PLATFORM Price And Quantity

Minimum Order Quantity 1 , , Piece
Price 35100 INR/Piece

Demonstration Wheels 4 sample wheels - actual rotation, steering movement
Mobility Lockable caster wheels for easy movement
Mounting Components mounted on rigid welded platform for stability
Safety Enclosed wiring, insulated terminals, emergency stop switch
Weight Approx. 40 Kg
Control Panel Integrated with switches and indicator lamps
User Accessibility Designed for hands-on training and demonstration for up to 6 students
Steering Mechanisms Supported Front wheel, rear wheel, and crab steering types
Operation Enables manual and powered actuation for educational experiments
Connection Ports Banana sockets and terminals for auxiliary meters/probes
Finish Powder coated rust-proof surface

4-WHEEL STEERING SYSTEM EXPERIMENTAL PLATFORM Product Specifications

Accuracy 1 degree steering angle
Equipment Type Educational Training Module
Display Type Analog Indicator with Degree Scale
Application Automobile Engineering, Educational Demonstration, Research and Development
Voltage 220-440 Volt (v)
Dimension (L*W*H) 1200mm x 900mm x 1000mm
Speed Range 0 60 RPM (Controllable)
Weight 50-150 Kilograms (kg)
Power Supply 230V AC, 50 Hz (with adapter to 12V DC)
Temperature Resistance Up to 60C operating environment
Power 50W DC Motor operated
Usage For Hospital
Shape Rectangular Platform with mounted steering assembly
Type 4-Wheel Steering System Experimental Platform
Material Stailness Steel
Equipment Materials Mild Steel, Acrylic Sheet, Aluminium Components
Glass Type Acrylic Transparent Sheet
Features Demonstrates front, rear, and all-wheel steering; Heavy-duty construction; Easy to operate; Modular design for component visibility
Control Type Manual and Electromechanical (with wired remote)

Demonstration Wheels 4 sample wheels - actual rotation, steering movement
Mobility Lockable caster wheels for easy movement
Mounting Components mounted on rigid welded platform for stability
Safety Enclosed wiring, insulated terminals, emergency stop switch
Weight Approx. 40 Kg
Control Panel Integrated with switches and indicator lamps
User Accessibility Designed for hands-on training and demonstration for up to 6 students
Steering Mechanisms Supported Front wheel, rear wheel, and crab steering types
Operation Enables manual and powered actuation for educational experiments
Connection Ports Banana sockets and terminals for auxiliary meters/probes
Finish Powder coated rust-proof surface

4-WHEEL STEERING SYSTEM EXPERIMENTAL PLATFORM Trade Information

Payment Terms Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, 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

4-WHEEL STEERING SYSTEM EXPERIMENTAL PLATFORM

Description:
Teaching Function:
It applies to study theory and practice on 4-wheel steering system for all kinds of schools and training institutions.
Standard Configuration:
Select advanced four-wheel steering system. Steering dial shows the steering angle.
It can simulate all steering status.
It can test and adjust wheel alignment.
Motor steering system

Versatile Steering Mechanism Demonstration

Showcasing front wheel, rear wheel, and crab steering, this platform allows students and researchers to observe multiple steering dynamics in real-time. Its modular layout and actual movement capability enhance the understanding of modern vehicle steering principles.

Safe and User-Friendly Educational Design

Engineered for group training scenarios, the platform accommodates up to six students at once. Enclosed wiring, insulated terminals, and an emergency stop switch ensure maximum operational safety, while the rectangular welded base provides enduring stability.

Enhanced Control and Experimentation

With manual and electromechanical controls, instructors can tailor demonstrations for comprehensive exposure. Adjustable speed (0-60 RPM), analog indication, and accurate steering angle measurement (1 degree) support in-depth exploration and experimental precision.

FAQ's of 4-WHEEL STEERING SYSTEM EXPERIMENTAL PLATFORM:

Q: How can the 4-Wheel Steering System Experimental Platform be used for educational demonstrations?

A: The system enables hands-on exploration of front, rear, and all-wheel steering mechanisms. With manual and powered actuation, students can visualize actual wheel rotation and steering responses, making it ideal for classroom training, laboratory demonstrations, and automobile engineering courses.

Q: What process is followed to change steering modes on the experimental platform?

A: Switches on the integrated control panel allow users to select between front wheel, rear wheel, or crab steering. The platform's modular assembly ensures safe transitions between modes, and the control type can be set to manual or electromechanical based on the experiment's requirements.

Q: When is it appropriate to use this platform in a research or development setting?

A: The platform is well-suited for prototyping, R&D, and validation of integrated steering systems. Its modular structure, demonstration capability, and high accuracy make it valuable for evaluating new steering technologies under realistic, controlled conditions.

Q: Where can the platform be installed within an institution?

A: Due to its lockable caster wheels and compact size (1200mm x 900mm x 1000mm), the platform can be installed in laboratories, training rooms, or research centers in universities, polytechnics, and research institutes.

Q: How does safety factor into the operation of this educational module?

A: All wiring is enclosed, and terminals are insulated to prevent accidental contact. An emergency stop switch allows instant shutdown, while the powder-coated finish offers rust resistance. These features collectively maximize user and equipment safety.

Q: What are the main benefits of using this platform for automobile engineering studies?

A: Users gain practical insight into advanced steering systems, facilitated by real-time observation and manipulation. Its heavy-duty, modular build, and comprehensive controls ensure repeatable, safe, and precise educational demonstrations.

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