IN112510-LF10-19GC-S01X

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The IN112510-LF10-19GC-S01X is a high quality, compact and reliable unit for driving a NEMA-23 stepper motor from the Rambo family using 0...10V or 4...20mA analog control. This unit designed for applications which require medium to high torque output. It is ideally suited for manual or automatic operation with simple-to-configure controls making adaptation quick and easy.

The IN112510-LF10-19GC-S01X has a wide range of application fields, including industrial automation; telecommunications; aerospace; medical equipment; printing; automotive and many others.

The IN112510-LF10-19GC-S01X operates on up to 30V DC power voltage and offers an output current range of 0.2A to 10A. The output current is further adjustable through either the 0..10V or 4..20mA analog control input. An integrated microprocessor-based digital controller ensures the stepper motor performs smooth and jerk-free movements from low to high speed and noiseless operation.

The IN112510-LF10-19GC-S01X is specially designed to regulate velocity and acceleration using the built-in 32-stage Linear acceleration/deacceleration ramp timing. This allows the user to further adjust the settings to obtain smooth operation even at low speed. The pulse/direction input line allows for controlling of direction, velocity and acceleration of the stepper motor.

The IN112510-LF10-19GC-S01X can be cased up using a wall mount enclosure, DIN rail enclosure or a panel mount unit for applications where the unit is exposed to the elements. The unit is also designed toIP66 as dust- and waterproof to withstand the most extreme environments.

The working principle of the IN112510-LF10-19GC-S01X is based on the principle of electromagnetism. A stepper motor is controlled by applying current to the coils or windings. When electricity flows through the coils, the coils become electromagnets and create a repulsive or an attractive force. The coils are energized in a predetermined sequence. As the coils are energized, the rotor turns in steps, which is controlled by the user. The number of steps the motor takes is directly proportional to the number of current pulses the motor receives.

The IN112510-LF10-19GC-S01X features an integrated microprocessor-based digital controller to accurately control motor speed, direction and acceleration. The microprocessor compares the required speed to the actual speed and adjusts the current input accordingly. This makes the motor smooth and accurate even when changing speed and direction.

The IN112510-LF10-19GC-S01X provides accurate, smooth and noise-free operation in a wide range of industrial applications. The unit is rugged, reliable and easy to use and configure. The unit is designed to provide maximum performance with minimal effort, allowing for improved productivity for your business while still meeting safety and quality standards.

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