Tool designed to simulate the operation of an electric piston fuel pump used in modern vehicles. Featuring a compact design, this model incorporates an electromagnetic piston, coil, and spring system to demonstrate the alternating motion and fuel pressure regulation mechanisms. It includes a suction chamber, give-off chamber, and a valve system to provide a clear view of how fuel flow is controlled and adjusted based on the carburetor’s fuel level. With its detailed representation of internal components and working principles, it serves as an invaluable educational resource for understanding automotive fuel delivery systems.
Features
Static model demonstrating the electric piston fuel pump mechanism.
Includes visible components such as the piston, coil, spring, and valves.
Simulates the alternating motion of the piston and its interaction with the fuel system.
Provides clear visibility into the operational principles of fuel intake, pressure regulation, and delivery.
Value for Students
Learn the electric piston pump mechanism, which is essential for fuel delivery in modern vehicles where gravity-fed systems are not applicable.
Learn the principles of how an electric piston pump operates, including the role of the electromagnetic piston, coil, spring, and valves in regulating fuel flow and pressure.
Observe the alternating motion of the piston, driven by a coil and spring, and how it influences fuel intake and delivery.
Study the interaction between the piston, suction chamber, and give-off chamber to understand how fuel pressure is maintained and adjusted based on fuel level in the carburetor.
Investigate the operation of the valve system, including how it opens and closes to manage fuel flow and pressure, and the impact of the float chamber level on the pump’s functionality.
Analyze the mechanical components, including the piston, coil, and spring, and their roles in the pump's operation and efficiency.
Value for Instructors
Provides a detailed teaching the complex operation of electric piston fuel pumps, aiding in clear and focused demonstrations.
Allows for hands-on interaction with the fuel pump system’s components, including the piston, coil, and valves, facilitating a practical understanding of their functions and interrelationships.
Supports the development of students' diagnostic skills by illustrating the principles of fuel pressure regulation and pump operation in a controlled, static environment.
Enhances lesson plans with a tangible, practical tool that can be used to complement theoretical knowledge with practical insights into fuel pump systems.
Specifications
Dimensions: 150 x 150 x 150 mm (5.91 in×5.91 in×5.91 in)
