About FOUR STROKE PETROL MPFI 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.
MPFI engines will be fitted with all necessary sensors, injectors and other MPFI accessories, ECU etc., which will be duly connected by its original wiring harness and will be made to work along with necessary indications.
Product Range
| Model No. | Description |
| MT-R01 | Ambassador Isuzu MPFI Engine setup |
| MT-R02 | Maruti 800 CC/Omni MPFI Engine setup |
| MT-R03 | Santro MPFI Engine setup |
| MT-R04 | Maruti Zen/Alto/Esteem MPFI Engine setup |
Advanced Educational Training SolutionSpecially developed for practical training, this engine setup is tailored towards providing in-depth understanding of MPFI systems through direct interaction. Learners benefit from observing live engine operations, analyzing fuel injection timing, and interpreting sensor data, which are crucial for grasping modern automotive technologies.
Complete Instrumentation and ControlsThe setup includes essential gaugesRPM meter, fuel pressure, and temperatureinstalled on a powder-coated frame and linked to a 230V AC-powered control panel. Its compact, sturdy construction ensures safe demonstrations, supported by emergency stop switches and protective covers for operational safety.
Versatile Application in Educational InstitutesWith its modular design and customizable dimensions, this system fits standard bench sizes and can be tailored to specific engine models. Used in engineering colleges and technical institutes, it fosters hands-on learning, bridging the gap between theoretical study and real-world automotive practice.
FAQs of FOUR STROKE PETROL MPFI ENGINE SETUP FOR PRACTICE:
Q: How does the Four Stroke Petrol MPFI Engine Setup help in learning about MPFI systems?
A: This engine setup allows students to observe real-time operation and fuel injection timing in a controlled environment, providing hands-on experience with engine components, sensor feedback, and MPFI controls. The synoptic teaching board further aids conceptual understanding.
Q: What is included in the instrumentation of this training setup?
A: The setup features an RPM meter, temperature gauge, and fuel pressure gauge. These are mounted on a control panel and connected to the engine, facilitating precise monitoring and demonstration of engine performance during practice.
Q: When is this setup typically used during the educational curriculum?
A: It is most often used during practical laboratory sessions in engineering colleges, technical institutes, and vocational training centers, especially when students are covering subjects related to internal combustion engines and automotive technology.
Q: Where can this engine demonstration setup be installed?
A: The system is built for use in educational labs, workshops, and training centers that offer automotive engineering courses. Its modular assembly allows easy placement on standard laboratory benches or custom workstations.
Q: What process does the engine setup demonstrate to students?
A: The setup demonstrates the operation of a four-stroke petrol engine with MPFI, highlighting fuel injection timing, ignition events, cooling systems, and sensor integration. It enables students to interact with the engine, monitor parameters, and understand functional relationships.
Q: How is safety ensured during operation?
A: Safety is managed through protective covers over moving parts and an emergency stop switch on the control panel. The noise level is maintained within permissible laboratory standards, ensuring a safe and comfortable training environment.
Q: What are the main benefits of using this MPFI engine setup for training?
A: The principal benefit is hands-on learning, which enhances student understanding of engine systems and MPFI technology. It also improves practical skills, fosters experiential education, and serves as a bridge between theoretical knowledge and actual engine maintenance or troubleshooting tasks.