MC1K-U015 Sanyo Denki
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The Sanyo Denki MC1K-U015 is a motion controller from the K SANMOTION Motion Controllers series. It supports a main circuit power voltage of 3-phase AC 200–230 V and can deliver a maximum output current of 15 Amps. This controller features a built-in regenerative resistor and operates at encoder resolutions up to 8192 pulses per revolution.
Internal Product Review
The MC1K-U015 is a Sanyo Denki motion controller that delivers capable drive performance with 3-phase AC 200–230 V main circuit power and 15 A maximum output current. Built-in DB and regenerative resistors simplify energy management and support cleaner cabinet integration. Stable operation across 0–55 °C makes this controller an excellent fit for demanding automation duty.
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Product Description:
The MC1K-U015 is a motion controller produced by Sanyo Denki for the K SANMOTION Motion Controllers series. Serving as the command layer in an automation cell, it sequences position, velocity, and acceleration references so connected servo drives can follow precise electronic cam profiles. The controller processes encoder feedback, coordinates multi-axis interpolation, and supplies diagnostic data to supervisory systems. Its compact architecture suits pick-and-place robots, high-speed conveyors, and machining centers that require deterministic motion control within limited panel space.
The control electronics accept a single-phase AC supply of 200–230 V (+10/-15%) at 50/60 Hz, eliminating the need for a separate low-voltage supply in most cabinets. A built-in dynamic braking resistor absorbs surplus motor energy during rapid deceleration and helps prevent overvoltage trips. An additional built-in regenerative resistor dissipates returned energy during repetitive speed reversals, increasing the controller’s braking capacity. Position feedback has an incremental resolution of 8192 pulses per revolution, allowing the controller to detect angular changes of approximately 0.044° and maintain tight following-error limits in precision indexing applications.
The power stage is supplied by three-phase AC power at 200–230 V (+10/-15%), which helps reduce bus ripple and maintain balanced loading on the facility power supply. During peak acceleration, the controller can deliver up to 15 A of output current to the connected axis interface, supporting high-torque responses without auxiliary boosters. The unit can operate at ambient humidity levels up to 90% RH without condensation, making moisture control essential when temperatures change rapidly. Its permissible operating temperature range is 0–55 °C, allowing use in industrial enclosures that remain within these thermal limits. Adequate ventilation and spacing around the housing help prevent localized heat buildup during sustained multi-axis operation.
