Jessica Enterprises

Model of automotive water pump for dismantling and assembling for training in Industrial Technical Institute and other engineering colleges

Model of automotive water pump for dismantling and assembling for training in Industrial Technical Institute and other engineering colleges

Model of automotive water pump for dismantling and assembling for training in Industrial Technical Institute and other engineering colleges

Model of automotive water pump for dismantling and assembling for training in Industrial Technical Institute and other engineering colleges

This Cut Section Model of a 4-Cylinder Diesel Engine is an ideal educational tool designed for engineering colleges and technical institutes. It provides a transparent, cross-sectional view of internal components, including the cylinders, pistons, and valves, allowing students to visualize the four-stroke combustion cycle in real-time.Key Features• Educational Clarity: Demonstrates the synchronized movement of the crankshaft and camshaft.• Durable Build: Mounted on a heavy-duty, powder-coated steel frame for stability.• Color-Coded Parts: Distinct colors differentiate intake, exhaust, and cooling systems.• Manual/Motorized Operation: Includes a hand-crank or low-RPM motor to simulate engine timing.Perfect for hands-on mechanical training and classroom demonstrations.

This Functional Experiment Model of Different Types of Sensors is an advanced educational board designed for technical training. It features a comprehensive array of automotive sensors—such as MAP, TP, Oxygen, and Temp sensors—mounted on a durable, stand-integrated panel.The layout allows students to visualize real-time sensor responses and signal patterns when connected to a diagnostic interface. It effectively bridges the gap between theoretical electronics and practical automotive diagnostics, making it an essential tool for understanding modern Engine Management Systems (EMS) and sensor-actuator relationships in a classroom or lab setting.

Model of automotive water pump for dismantling and assembling for training in Industrial Technical Institute and other engineering colleges

The Tandem Master Cylinder with Booster is a critical safety assembly in modern braking systems. It consists of two independent hydraulic chambers (primary and secondary) within a single housing. This dual-circuit design ensures that if one line fails due to a leak, the other can still provide braking force to at least two wheels.The Vacuum Booster is mounted behind the master cylinder. It uses the pressure differential between the engine vacuum and atmospheric pressure to multiply the force applied by the driver's foot. When the brake pedal is pressed, a valve opens, allowing atmospheric pressure to push a diaphragm, which assists the pushrod in activating the master cylinder pistons.Key Features• Dual Circuitry: Independent pressure zones for front and rear brakes.• Power Assist: Reduces driver effort through vacuum-assisted force.• Safety: Prevents total brake failure during hydraulic leaks.

Car Chassis Rear Wheel Drive (Actual Sectional Model)

This high-quality actual sectional model is designed specifically for technical education and vocational training. It provides a clear, hands-on view of a vehicle's internal layout, allowing students to visualize the relationship between the engine, transmission, and drive wheels.

Key Features:
* Real Components: Built using authentic automotive parts for realistic learning.
* Sectional View: Precisely cut sections reveal the inner workings of the engine, gearbox, and differential.* Rear Wheel Drive Layout: Ideal for demonstrating power transmission and chassis structural design.* Educational Utility: Perfect for ITI labs and engineering colleges to explain mechanical synchronization and assembly.

An essential tool for mastering automotive mechanics through direct observation.