SMC-2P(PCI) 2-Axis Steper Motor Controller Board

• Overview / Features
• Specifications
• Ordering Information
• Support / Downloads

Overview / Features

SMC-2P(PCI) is the control board which performs positioning of a stepping motor (pulse sequence input system) and a servo motor. The candidate for control of a controller is the motor driver unit offered from each motor maker company. The driver for dealing with the abundant functions of a motion control board simply from Windows is also prepared. You can use for a broad use like semiconductor fabrication machines and equipment, inspection equipment, a multi-axis robot, or a X-Y robot.

• An setup is early possible more

  • I am preparing the various Windows version utilities which shorten time to spend on an environmental setup. A board can be set up easily in the initial value setting utility of wizard form. Wiring can be checked easily in a diagnostic utility.
• It can be dealt with more easily

  • A setup on a board is altogether performed by software except for an identification number. About wiring, I am preparing the exclusive terminal stand (option) which thought the ease of using as important.
• I can use for a broader use

  • According to a visitor's use, you can use it broadly from easy inspection equipment to complicated robot control. About an used motor, you can use a stepping motor and a servo motor (pulse sequence input system).
• More nearly high-speed positioning control can be performed

  • It can be made to memorize a maximum of 1000 frames, being able to use information required for one positioning of speed, a acceleration and deceleration rate, a target position, etc. as one fra
• Many axes are more controllable

  • Synchronous control of many axes (a maximum of 64 axes) is possible. As synchronous control, group simultaneous start control, group simultaneous stop control, multi-axis continuation PTP control, and control between straight line assistant are possible. By this function, a visitor's multi-axis system can be operated more correctly and at high speed.
• More exact starting point return operation can be performed

  • An error may arise from positive in a starting point return stop position in the case where a starting point limit is detected, and the case where it detects from negative. With this board, sinc