Cut section model of 3 Cylinder Carburator Engine

Name: Cut section model of 3 Cylinder Carburator Engine
Brand: MODTECH
Price: 200000 INR
Availability: InStock

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MOQ : 1 Unit

Cut section model of 3 Cylinder Carburator Engine Specification

Size
Medium educational desktop model

Surface Finish
Smooth, painted & labeled

Assembly
Pre-assembled; mounted on display board

Use
Demonstration, Teaching, and Training

Style
Educational cut section model

Features
Hand-driven crank, moving piston-connecting rod assembly, visible intake & exhaust

Power Type
Manual (hand operated)

Model No
CCM-3CY-EDU

Weight
Approx. 7 Kg

Type
Mechanical engine training model

Material
High-grade plastic, metal, and acrylic glass

Dimensions
Approx. 40 cm x 25 cm x 28 cm

Shape
Rectangular base with engine cut-away

Color
Multi-color (representative coloring of engine parts)

Function
Demonstrates working of a 3 cylinder carburetor engine

Age
Suitable for secondary school, college & technical learning

Advantage
Clear internal view of all working engine parts for educational clarity

Cut section model of 3 Cylinder Carburator Engine Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Western Union, Paypal, Telegraphic Transfer (T/T), Cheque

Supply Ability
100 Units Per Week

Delivery Time
1 Months

Main Export Market(s)
Australia, North America, Eastern Europe, Middle East, Africa, Western Europe, Central America, South America, Asia

Main Domestic Market
All India

About Cut section model of 3 Cylinder Carburator Engine

UT SECTION MODEL OF ENGINE WORKING:

The model is made out of full size original, used engine. The Maximum parts and accessories of the engine like cylinder block, Cylinder heads, valve ports, piston, Connecting rod, inlet and Exhaust manifolds, throttle body, Fuel system, Lubrication system, Water pump, radiator, oil pump, Oil pan, air Filter, self-starter, Alternator etc are sectioned to clearly demonstrate the internal constructional details. The reduction gear unit will be coupled to the flywheel of the engine assembly, which is then coupled to the single phase AC motor. So that by running the electric motor the entire function of the engine can be demonstrated .

The whole system is mounted on to a sturdy iron frame, and the frame will be provided with caster wheels for easy movement of the entire model. Suitable color imported painting will be carried out along with Miracle coating for the model will be done for extra gloss and shine. The painting will be carried out in such a way that different colors will be use for different components such as Air, oil, petrol, exhaust identification of sectioned area etc according to the colors code for easy identification of different systems and mechanisms. All the hardwares and gears will be suitably electroplated. A switch box with indicator switch will be provided .

Model No.	Description
MT-D01	CUT-SECTION MODEL OF SINGLE CYLINDER PETROL ENGINE
MT-D02	CUT-SECTION MODEL OF SINGLE CYLINDER DIESEL ENGINE
MT-D03	CUT-SECTION MODEL OF THREE CYLINDER MPFI ENGINE
MT-D04	CUT-SECTION MODEL OF THREE CYLINDER CARBURATOR ENGINE
MT-D05	CUT-SECTION MODEL OF FOUR CYLINDER MPFI ENGINE
MT-D06	CUT-SECTION MODEL OF FOUR CYLINDER CARBURATOR ENGINE
MT-D07	CUT-SECTION MODEL OF FOUR CYLINDER DIESEL ENGINE
MT-D08	CUT-SECTION MODEL OF FOUR CYLINDER CRDI DIESEL ENGINE
MT-D09	CUT-SECTION MODEL OF SIX CYLINDER DIESEL ENGINE

Transparency and Safety in Engine Demonstration

Every essential engine component is encased in durable acrylic glass, ensuring both visibility and participant safety throughout demonstrations. The clear casing and precise labeling allow learners to observe the dynamic processes, including intake and exhaust, without risk. This promotes a risk-free exploration of internal combustion mechanics for students and educators alike.

Hand-Driven Internal Movement for Interactive Learning

The model features a manual crank drive that animates the piston-connecting rod assembly, visually simulating the engines cycle. This physical interaction helps learners grasp the working principle behind a three-cylinder carburetor engine, making theoretical concepts from textbooks directly observable in real-time.

Application in Technical Teaching and Laboratory Training

Mounted securely on a smooth, painted base, this cut-section model is ideal for technical classrooms and automobile engineering laboratories. Its moderate size, engaging movement, and labeled components provide a thorough resource for instructors to demonstrate engine structure and function during workshops, lectures, and practical training sessions.

FAQs of Cut section model of 3 Cylinder Carburator Engine:

Q: How does the cut-section model demonstrate the operation of a three-cylinder carburetor engine?

A: By manually rotating the hand crank, you can activate the internal movement of pistons and connecting rods, allowing viewers to observe the intake, exhaust, and combustion processes. The acrylic casing provides a clear view for educational clarity.

Q: What are the main benefits of using this engine model for teaching?

A: The model offers a transparent observation of internal mechanisms, accurate part labeling, and a safe acrylic enclosure. This allows students to visualize engine cycles and understand functional relationships without real engine operation risks.

Q: When would this engine cut-section model be most effectively utilized?

A: It is best used during classroom demonstrations, lab sessions, and practical training for secondary school, college, and technical programs focused on automobile engineering principles.

Q: Where can the CCM-3CY-EDU model be mounted or displayed?

A: It is pre-assembled and securely mounted on a sturdy wooden or metal base, making it suitable for desktops, laboratory benches, or classroom display boards where demonstrations and hands-on learning take place.

Q: What is included with the purchase of this demonstration model?

A: The package comprises the pre-assembled model mounted on a base, an instruction manual for guided demonstrations, and prominently labeled key engine components for easy identification and teaching use.

Q: How does the crank-driven mechanism enhance the learning process?

A: The hand crank allows instructors and learners to manually simulate engine movement, making it easier to grasp the cycle and coordination of mechanical parts in a three-cylinder carburetor engine.

Q: Who is this engine cut-section model suitable for?

A: It is designed for students, educators, and trainees in secondary schools, colleges, and technical institutes where automotive engine concepts are taught.

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