FI3B008RB

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The FI3B008RB is a robust, reliable pneumatically controlled, servo actuated, single axis drive gear motor designed for applications which require precise and accurate motion control.

The motor consists of a high precision, sealed permanent magnet gear motor and a control unit. The control unit includes a servo amplifier, a pressure control valve, a pressure transducer, a motion control processor and a drive circuit. The servo amplifier reads the pressure signal from the pressure transducer and compares it with the target pressure set by the motion processor. The servo amplifier then amplifies the difference signal to drive the pressure control valve until the pressure matches the set point. The motion processor also controls the drive motor which turns the gear motor.

The FI3B008RB has a wide range of applications. It can be used to drive actuators, robots, test fixtures, electrical drill presses, pumps and other motion control applications which require continuous precise motion. It can control the speed, direction, position and acceleration of the driven load. The application of the FI3B008RB can be easily adjusted to the required motion control needs, thanks to the integrated digital interface and potentiometers. The self-adjusting feature of the motor eliminates the need for manual adjustment.

The working principle of the FI3B008RB is based on the pressure-controlled motion control concept. The motor is actuated by a servo-driven pressure control valve, which uses a pressure difference between the set point and the actual pressure. The servo amplifier amplifies the signal difference and controls the pressure of the valve, thus controlling the speed, direction, and acceleration of the driven load. The servo amplifier is also responsible for maintaining the desired pressure level and is controlled by the motion control processor.

The FI3B008RB is designed to meet the requirements of a range of motion control applications. It is an ideal solution for motion control applications that require accuracy, precision and reliability. The motor’s design combines the advantages of precision and speed, and its stability and reliability make it suitable for applications with strict motion control requirements.

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