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FOUR STROKE PETROL CARBURATOR ENGINE SETUP FOR PRACTICE
FOUR STROKE PETROL CARBURATOR ENGINE SETUP FOR PRACTICE

FOUR STROKE PETROL CARBURATOR ENGINE SETUP FOR PRACTICE

MOQ : 1 Unit

FOUR STROKE PETROL CARBURATOR ENGINE SETUP FOR PRACTICE Specification

  • Style
  • Educational Training Setup
  • Surface Finish
  • Powder coated frame, polished engine surfaces
  • Power Type
  • Petrol (Gasoline) Engine (with electric start and alternator for demo)
  • Use
  • Laboratory practice, engine performance study
  • Features
  • Cut section engine with visible working parts, mounted on stable frame, operation with safety precautions, easy to operate
  • Model No
  • FSPE-PRACTICE-01
  • Weight
  • Approx. 85 kg
  • Assembly
  • Pre-assembled and ready for use; minimal installation required
  • Size
  • Standard bench setup
  • Type
  • Four Stroke Petrol Carburetor Engine
  • Material
  • Mild Steel Frame, Aluminum Alloy Engine Parts
  • Dimensions
  • 1200 mm x 800 mm x 1000 mm
  • Shape
  • Rectangular lab workstation with mounted engine
  • Color
  • Frame: Blue, Engine: Metallic Silver
  • Function
  • Demonstrating and teaching internal combustion engine working principles
  • Age
  • For technical and engineering students (16+ years)
  • Advantage
  • Easy for demonstration and hands-on engine disassembly/assembly
 

FOUR STROKE PETROL CARBURATOR ENGINE SETUP FOR PRACTICE Trade Information

  • Minimum Order Quantity
  • 1 Unit
  • Payment Terms
  • Paypal, Western Union, Telegraphic Transfer (T/T), Cheque
  • Supply Ability
  • 100 Units Per Week
  • Delivery Time
  • 1 Months
  • Main Export Market(s)
  • Australia, North America, Eastern Europe, Western Europe, Africa, Central America, Middle East, South America, Asia
  • Main Domestic Market
  • All India
 

About FOUR STROKE PETROL CARBURATOR ENGINE SETUP FOR PRACTICE

The Four stroke petrol engine setup will be prepared by using good working condition multi cylinder car engine with all the fittings of the engine along with radiator, silencer, air filter, starter, battery, alternator, indication meters, fuel tank ,electrical wiring with ignition switch etc., all mounted on to a sturdy iron frame with caster wheels (mobile trolley) .

All the fittings such as meter, fuel tank, radiator etc., along with the engine will be arrange on to the paint finished trolley with its original fittings such as rubber dampers and clamps so as to contain the vibrations. The wiring for the sensors, indication meters etc, will be done so that by cranking the ignition the engine will start working, the indications such as alternator charging, oil pressure, temperature etc., will be displayed on to the necessary indication meter attached. The engine assembly will be serviced ,painted with a single colour paint.

Product Range

Model No.

Description

 MT-Q01

 Maruti OMNI/800 cc carburettor Engine with LPG setup

 MT-Q02

 Maruti Zen/Alto/Esteem(Carburettor) with LPG Engine setup

MT-Q03

118 NE carburettor Engine setup



Comprehensive Educational Experience

Specifically engineered for engineering colleges, vocational institutes, and polytechnics, this training setup enriches practical learning. Students gain direct interaction with all critical engine systems, ensuring better comprehension of mechanics, thermodynamics, and fuel management found in real-world vehicles.


Safety and Accessibility

Safety remains paramount with exposed moving parts shielded and an emergency stop button for quick response. Mobile and easy to access, the assembly allows students to safely implement maintenance and repair procedures, making technical training safer, more efficient, and accessible to larger groups.


Easy Demonstration and Maintenance

Designed with cut-section visibility and a stable, powder-coated mild steel frame, users can observe internal mechanisms in operation. Quick access to components enhances the learning curve for maintenance, troubleshooting, and understanding the importance of regular engine servicing.

FAQs of FOUR STROKE PETROL CARBURATOR ENGINE SETUP FOR PRACTICE:


Q: How do students operate the four-stroke petrol carburetor engine setup during practice?

A: Students can start the engine using either the electric or manual start options. Operation is straightforward, with controls for fuel supply and easy-to-read instrumentation such as an rpm meter. Shielding and safety features ensure smooth, hazard-free hands-on training.

Q: What are the main educational benefits of using this engine training setup?

A: This engine setup allows students to observe and participate in real-time engine operations, assembly, and disassembly. The clear visibility of moving parts promotes a deeper understanding of four-stroke petrol engine principles, enhancing both theoretical and practical knowledge.

Q: When should maintenance or inspection of the demonstration engine be performed?

A: Routine inspection and maintenance should be conducted before each training session. The setups accessible design facilitates easy checks of fuel lines, ignition, lubrication, and mechanical joints, ensuring reliable and safe operation for each use.

Q: Where can this engine training setup be effectively implemented?

A: This product is excellent for engineering workshops, college laboratories, polytechnic institutes, and vocational technical training centers that require hands-on demonstration of engine operation and maintenance.

Q: What is the process for measuring engine performance with this setup?

A: The unit includes instrumentation for rpm measurement, fuel supply analysis, and exhaust evaluation. Students can measure and record performance data during operation, analyze fuel consumption, and study exhaust smoke or pressure for diagnostic exercises.

Q: Is prior technical experience required to use this laboratory setup?

A: No extensive prior experience is necessary. The setup is designed for beginner to intermediate users, such as technical or engineering students aged 16 and above, with clear controls and safety features in place to facilitate safe and guided learning.

Q: What advantages does the cut-section and visible parts feature offer for teaching?

A: The cut-section design, combined with visible moving internal engine parts, helps students visualize mechanical operations and trace the energy transfer processes, leading to faster and clearer conceptual understanding during classroom demonstration and lab work.

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