Product Description
AIR-BRAKING EDUCATIONAL SYSTEM
Description:
Demonstrate the working principle and internal structure, diagnose and test malfunction of air braking system for a large sized vehicle.It is sectioned according to structure including air compressor, brake pedal, valve, air tank, quick release valve, braking chamber, diaphragm, slack adjuster, shoe, etc. Colorful sections differentiate structures. Features:Configured renovated spares
Comprehensive Laboratory ToolThis air-braking educational system serves as an ideal resource for hands-on learning in laboratories, facilitating practical demonstrations and understanding of pneumatic braking concepts safely and effectively. Its precise engineering allows seamless integration into academic settings, enhancing technical knowledge and research capabilities.
High-Quality Stainless Steel ConstructionBuilt with premium stainless steel, the system ensures long-term durability even with frequent lab usage. The corrosion-resistant material guarantees a stable and safe educational experience, minimizing maintenance needs and maximizing value for educational institutions.
FAQ's of AIR-BRAKING EDUCATIONAL SYSTEM:
Q: How does the AIR-BRAKING EDUCATIONAL SYSTEM operate in a laboratory setting?
A: This system utilizes air pressure and controlled braking mechanisms to simulate real-world braking scenarios, allowing students to observe, measure, and analyze responses under lab conditions. It requires a power supply within the 220-280 Volt range for optimal functionality.
Q: What are the benefits of using stainless steel in this educational system?
A: Stainless steel construction provides corrosion resistance, ensuring longevity and reducing maintenance. Its durability makes the system safe and reliable for extended lab usage and frequent hands-on training.
Q: When is it appropriate to use the AIR-BRAKING EDUCATIONAL SYSTEM in training or research?
A: It is ideal for use during practical sessions in technical courses, workshop demonstrations, and experimental research on air-braking technology. The robust design supports repeated use without compromising accuracy or safety.
Q: Where can this educational system be implemented?
A: The product is well-suited for technical institutes, engineering colleges, research centers, and vocational training facilities that focus on mechanical, automotive, or transportation engineering.
Q: What is the process of setting up the AIR-BRAKING EDUCATIONAL SYSTEM in a laboratory?
A: Installation involves positioning the unit-given its 50 to 100 kg weight-on a stable surface, connecting it to a compatible power source (220-280V), and following the included instructions to ensure all safety checks before commencing experiments.
Q: What advantages does the system offer for educators and learners?
A: The system provides interactive learning opportunities, allowing learners to practically engage with air-braking concepts. This hands-on exposure deepens understanding and supports skill development vital for careers in related engineering fields.