MC1K-U015V Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The MC1K-U015V by Sanyo Denki is part of the K SANMOTION Motion Controllers series and features SV Link communication. It operates with a single-phase AC200-220V±15% control circuit and a 3-phase main circuit of the same voltage. Weighing 1.5 kilograms, it includes built-in dynamic braking.
Internal Product Review
The MC1K-U015V is one of the most efficient K-motion controllers released by Sanyo Denki for highly adaptive automation systems. With its single-axis indexing, it can precisely control servo motors rapidly during operation.
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Product Description:
The MC1K-U015V is a low-cost indexing motion control manufactured by Sanyo Denki with Toyoda under the K-motion controller series. As a simple yet flexible indexing motion controller, this device can reliably control servo or stepper motors along a fixed axis. Particularly, it can support servomotors with a power range of 15,000 to 50 watts. During operation, the MC1K-U015V can serve not only as a controller but also as a power source and an amplifier for the servo motor. With this multi-function support, the MC1K-U015V saves space and money. Like all other motion controllers, the MC1K-U015V is perfect for cabinet or rack mounting.
To control the servo motor, the MC1K-U015V can be connected to an industrial PC, a PLC, or a console. To connect to the PLC, a PLC link or HPC link connection can be used. With the PLC link, transfer speeds of 19.2 to 57.6 kbps are supported. On the other hand, with the HPC link, transfer speeds of up to 625 kbps are supported. At most, the PLC communication protocol can support a maximum cable distance of 1 kilometer, whereas the HPC link can only support a half kilometer of cable distance. Similar to other MC1K-V controllers, the MC1K-U015V requires a three-phase power supply with a nominal terminal voltage of 200 to 230 V.
The MC1K-U015V comes with an absolute encoder with a resolution of 8,192 pulses per rotation. This module also employs built-in functions such as DB resistance and regenerative resistance. These resistors can absorb excess braking energy and regenerative energy when a motor decelerates, respectively. The MC1K-U015V supports a variety of indexing points during operation, depending on the industrial system and application.
