1302340387

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A 1302340387 is an electro-magnetic or electro-hydraulic component used in industry and automotive engineering. It works by utilizing magnetic fields or hydraulic pressure to control fuel and fluid flow as well as function as a servo-controller. It was designed in the early 1990s by German-based FEL Engineering as a smaller, more efficient alternative to traditional hydraulic and electrical control systems.

In the automotive engineering field, it is commonly used in brake, acceleration, and shift control systems. It can provide precise, linear acceleration up to full engine power depending on the motor capability and size of the 1302340387. In fuel-injected vehicles, it is also commonly used as a throttle body or injector control, to precisely monitor and control the amount of fuel and air entering the engine.

In industrial engineering, the 1302340387 is primarily used to provide linear motion in actuators, such as in automatons and robot arms. It provides better speed and precision than hydraulic actuators in a smaller form factor. This makes them attractive for tight spaces as well as precision applications. Additionally, it can be easily integrated with modern control systems to provide for higher levels of automation.

A 1302340387 consists of two internally connected tubes, one with an actuator coil and the other with a transducer coil. When power is applied to the actuator coil, this induces current in the transducer coil. This current is then used to control the operation of a control valve, controlling the flow of either fuel or fluid. This makes it a great choice for automated systems.

The actuator and transducer coils are typically controlled by a series of Hall-effect sensors, making it easier to precisely regulate the flow of fuel or fluid. It also improves the performance efficiency of the 1302340387, as Hall-effect sensors provide accurate feedback and are less susceptible to failure.

In conclusion, the 1302340387 is an important piece of technology that is used in a wide variety of industries. In automotive engineering, it provides precise control of fuel and fluid flow, making it perfect for fuel-injected vehicles. In industrial engineering, it provides better speed and precision than hydraulic actuators. With its Hall-effect sensors and internal transducer and actuator coils, the 1302340387 is a great choice for automated systems.

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