400W RS485 Servo Motor with 17bit Absolute Encoder (IESV60-30-40-48-17BC-RC)

Machine builders who run PLC-controlled lines often want a servo axis that joins the network without a separate drive and without learning a new protocol. The IESV60-30-40-48-17BC-RC is a 400W RS485 Servo Motor with an integrated drive, a 17-bit absolute encoder, and CANopen communication in a 60 mm frame.

400 W Integrated Servo With RS485 and CANopen

This unit integrates a 400 W servo motor and drive in a 60 mm frame at 48 VDC and 11.0 A rated current. It uses a 17-bit absolute encoder and offers RS485 with CANopen communication, giving machine builders a straightforward fieldbus axis without an external drive.

Wiring Reduced to the Bus

The drive is mounted on the motor, so the separate encoder cable, motor power cable, and signal wiring of a discrete servo system are not needed. The installer connects the DC supply and the bus, which reduces cabinet space and the time spent pulling cables. This is a practical benefit on packaging and robotic cells where the panel is already crowded.

Protection and Encoder Behavior

Built-in protection covers overcurrent, overvoltage, undervoltage, and position deviation beyond limits. The 17-bit absolute encoder reports position at power-up, so indexing and pick-and-place axes can restart without a homing move.

Applications

Packaging machinery, robotics, factory automation, textile and printing machinery, food processing, material handling, and AGV/AMR systems. The RS485 interface is well suited to simple point-to-point control, while CANopen extends it to networked PLC architectures.

Key Specifications

• Frame size: 60 mm
• Rated power: 400 W
• Supply voltage: 48 VDC
• Rated current: 11.0 A
• Encoder: 17-bit absolute
• Fieldbus: RS485 + CANopen

Specifying the Axis

Verify the 48 VDC supply capacity and review the torque-speed data for the intended load. Lyenwsin provides the RS485 wiring guide, CANopen parameter table, and dimensional drawing so your team can commission the axis with confidence.