440W EtherCAT Integrated Servo Motor IHSV86-30-44-48-RC/EC - 48 VDC, 86 mm, 1000P/R Encoder

Mid-Power Integrated Servo for Demanding Axes

The 440W EtherCAT Integrated Servo Motor IHSV86-30-44-48-RC/EC places a 440 W motor and its drive in a single 86 mm frame running on a 48 VDC bus. It is a mid-power integrated model intended for axes that need more output than a 57 mm unit provides while keeping installation wiring minimal. Machine builders with a 48 VDC infrastructure can adopt this axis without adding a separate high-voltage drive rack.

Multi-Protocol Control and Feedback

Serial or Real-Time Ethernet

RS485, CAN, and EtherCAT are available, so the drive can integrate with a conventional serial line or a real-time EtherCAT ring. Because all power and feedback paths terminate on the same integrated connector block, commissioning and replacement are straightforward and the total cable count per axis is low.

1000P/R Incremental Encoder

The 1000P/R incremental encoder supports crisp velocity regulation and position control once the machine establishes a reference cycle at power-up. This is a familiar control model for maintenance teams and reduces the cost of the feedback device itself.

Specifications

• Frame size: 86 mm
• Rated power: 440 W
• Supply voltage: 48 VDC
• Rated current: 13.1 A
• Feedback: 1000P/R incremental encoder
• Fieldbus: RS485 + CAN / EtherCAT

Protection and Cooling

Overcurrent, overvoltage, undervoltage, and position-deviation supervision trigger bus-reported alarms. Average current near 13.1 A should be balanced against cycle duty so the frame-mounted heat path performs within limits.

Application Fit

Use cases include CNC machine tool axes, packaging and printing equipment, battery manufacturing fixtures, material handling, and robotics where 48 VDC bus power is already present. The 86 mm frame keeps torque delivery consistent through medium and high speed ranges.

Selection Support

Lyenwsin supplies the 440W EtherCAT Integrated Servo Motor with application assistance, including encoder reference planning and fieldbus topology checks, so the axis integrates cleanly with your existing control system.