Hydraulic Clutch Training Platform Manufacturer,Supplier and Exporter in India
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Product Code : SCL-EELE-13562
This document introduces the Hydraulic Clutch Training
Platform, a high-fidelity educational tool based on an actual automotive
hydraulic clutch system. Designed for technical and vocational education
(TVET) and engineering programs, this platform provides a complete and
reasonably laid-out assembly that fully displays the internal structure and
dynamic movement of clutch components. It is ideally suited for both
theoretical instruction and practical operation teaching.
Functional Characteristics and Practical Learning
The platform utilizes real automobile hydraulic clutch
components to provide an authentic, hands-on learning experience. Its
design allows students to directly observe the mechanical and hydraulic
interplay within the clutch system.
- Structure
Display: Fully displays the internal and external structure of the
automotive hydraulic clutch, aiding in component identification and
assembly study.
- Operational
Simulation: The trainer features key interactive elements to
demonstrate the full working cycle:
- Hand-cranked
Input Shaft: Simulates the rotation of the engine flywheel.
- Functional
Clutch Pedal: Allows students to truly demonstrate the
release and engagement process of the automobile clutch by actuating the
hydraulic circuit.
This functional capability makes the platform superior to
schematic diagrams, enabling students to grasp complex concepts like torque
transfer, friction engagement, and hydraulic actuation.
Technical Specifications
The robust design is built for intensive use in a workshop or
laboratory environment.
|
Specification |
Value |
|
Dimensions (L*W*H) |
$1000 \times 500 \times 600\text{ mm}$ |
|
Working Temperature Range |
$-40\text{°C} \sim 450\text{°C}$ (Refers to component
tolerances) |
|
Frame Construction |
Steel Pipe: $60 \times 40 \times 3\text{ mm}$ (Ensures
stability and durability) |
|
Mobility |
Mobile Casters: $100 \times 50\text{ mm}$ (Allows easy
relocation within a lab) |
This equipment meets the high standards required for automotive
engineering training and laboratory instruction.
Authority Reference
The efficacy of educational equipment that utilizes genuine,
functional components is strongly supported by research in vocational pedagogy,
which emphasizes experiential learning for mastering complex automotive
systems (e.g., Cross, 2011). Training platforms that allow for the direct
simulation and observation of torque transfer and hydraulic force
actuation—like this clutch model—significantly improve students' diagnostic
skills and understanding of power train dynamics (Denton, 2020).
References:
- Cross,
M. (2011). Automotive Technology: Principles, Diagnosis, and Service.
Cengage Learning.
- Denton,
T. (2020). Automotive Transmissions: Fundamentals, Selection, Design
and Application. Routledge.
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