100W Integrated Servo Motor 17-bit Absolute - IESV57-30-10-36-17BC-RC, 36 VDC, 57 mm Frame

Light-Duty Positioning Without a Drive Cabinet

The 100W Integrated Servo Motor 17-bit Absolute unit IESV57-30-10-36-17BC-RC is a 100 W integrated servo in a 57 mm frame operating from 36 VDC. It is intended for lower-inertia indexing and positioning axes where a full-size drive cabinet is disproportionate to the task. Because the motor, controller, and encoder are one assembly, the physical install is essentially a mechanical mount plus a single bus connection.

Network-Ready Positioning

Fieldbus Command and Status

RS485 and CAN fieldbus connections let this axis follow commands from a line controller, so it can coexist with other nodes on the same network. This construction keeps the wiring short and consistent, which reduces both installation labor and the chance of a wiring fault being introduced during commissioning.

Holding Position Across Power Events

The 17-bit absolute encoder holds position between power events, which removes the need for a home pass after an unexpected shutdown. That reliability matters on light indexers and diverters where every restart otherwise costs operator time.

Specifications

• Frame size: 57 mm
• Rated power: 100 W
• Supply voltage: 36 VDC
• Rated current: 3.5 A
• Feedback: 17-bit absolute encoder
• Fieldbus: RS485 + CAN

Protection and Thermal Limits

Built-in supervision covers overcurrent, overvoltage, undervoltage, and position deviation, with faults exposed over the bus for controller action. Continuous duty should hold average current near 3.5 A to keep the frame temperature within limits.

Application Fit

Reasonable matches include register and web handling in printing, lightweight pick stations in packaging, material handling diverters, and textile or robotics axes that call for low power and a small footprint. The modest current draw also simplifies the upstream power supply selection.

Specifying Through a Distributor

Lyenwsin offers this 100W Integrated Servo Motor 17-bit Absolute model with sizing support, so you can confirm the inertia ratio and duty profile before the axis goes into the machine.