About CUT SECTION MODEL OF COOLING SYSTEM
CUT SECTION WORKING MODEL OF COOLING SYSTEM:
This model is made out of original used parts, will be suitably sectioned to demonstrate the internal construction details like radiator, fan blade, water pump and hose showing the minute information, and working of the same, the model will be suitably painted and mounted on a navopan wooden base
Product Range
| Model No. | Description |
| MT-O01 | CUT SECTION WORKING MODEL OF LUBRICATING SYSTEM This model is made out of original used parts, will be suitably sectioned to demonstrate the internal construction details like oil pump, oil filter, oil strainer etc. showing the minute information, and working of the same, the model will be suitably painted and mounted on a sturdy iron frame. |
| MT-O02 | CUT SECTION WORKING MODEL OF COOLING SYSTEM This model is made out of original used parts, will be suitably sectioned to demonstrate the internal construction details like radiator, fan blade, water pump and hose showing the minute information, and working of the same, the model will be suitably painted and mounted on a sturdy iron frame. |
Comprehensive Educational Demonstration ToolThe cut section model provides a detailed, interactive demonstration of the internal combustion engine cooling system. Its exposed sectional design and color-coded components make understanding coolant flow, part function, and system mechanics straightforward for students. Built for repeated classroom use, the model delivers precise visual education.
Durable and Practical ConstructionFeaturing a powder-coated, painted finish and corrosion-resistant materials, this model is factory-assembled with high-grade ABS plastic and mild steel components. The sturdy metal base ensures stability, and its maintenance-friendly design allows for easy cleaning, keeping it in prime condition for ongoing demonstrations.
Manual Operation for Hands-On LearningThe model operates manually, requiring no external power source. Movable parts simulate real-time engine cooling dynamics, allowing educators and students to engage actively with system processes. This hands-on approach deepens understanding of automotive engineering concepts in technical education environments.
FAQs of CUT SECTION MODEL OF COOLING SYSTEM:
Q: How does the cut section model of the cooling system enhance technical education?
A: This model visually represents the internal pathways and key components of an automotive cooling system, allowing students to observe coolant flow and part interactions. The cut-away view and color coding facilitate clearer understanding during demonstrations, making complex systems easier to grasp.
Q: What components are included in the cut section cooling system model?
A: The model features essential parts such as the radiator, water pump, fan, cylinder block, hoses, and mounting hardware, all presented in a cut-away, color-coded layout for educational clarity. Movable parts simulate operational mechanisms for hands-on learning.
Q: When should this model be used in an educational setting?
A: This model is ideal for use during theoretical lessons, laboratory sessions, and practical demonstrations in engineering colleges, polytechnics, and technical training institutes, particularly when studying internal combustion engines or automotive cooling systems.
Q: Where can the cut section model be mounted for demonstrations?
A: Designed for flexibility, the model can be installed on a tabletop or a floor stand, making it suitable for diverse classroom setups and demonstration requirements.
Q: What is the process for maintaining and cleaning the model?
A: Routine maintenance involves cleaning the exposed surfaces with a mild cloth and ensuring movable parts remain unobstructed. The corrosion-resistant finish and laboratory-standard materials simplify upkeep and prolong the models lifespan.
Q: What are the benefits of using a factory-assembled, manual model for teaching?
A: A factory-assembled, manual model ensures precise assembly, safer operation, and immediate readiness for use. The absence of a power requirement allows for uninterrupted demonstrations and encourages direct, tactile learning experiences.