MAC025A-0-WS-4-E/040-B-0/WI668LV/S001

How is electrical insulation managed in demanding industrial environments with prolonged duty cycles?

The motor uses Class F insulation to tolerate elevated winding temperatures. This extends operating life under continuous thermal stress.

What structural characteristic influences acceleration behavior in fast-response motion systems?

It features a moment of inertia of 0.23 kg·m², enabling quick response to control input. This improves dynamic performance in start-stop applications.

What wiring orientation benefits are achieved in panel layouts with constrained cable access?

The motor uses a side B power connection, simplifying cable routing in narrow enclosures. This reduces connector strain during installation and operation.

How does the feedback system support closed-loop control in speed-regulated tasks?

An integrated incremental encoder ensures consistent position and speed feedback. This enhances accuracy in servo-driven automation platforms.

How does the MAC025A-0-WS-4-E/040-B-0/WI668LV/S001 handle precision tasks under moderate continuous torque demands?

It delivers 0.33 Nm of continuous torque, providing stable force output for fine-motion control. This supports accuracy in lightweight and high-resolution applications.

The model MAC025A-0-WS-4-E/040-B-0/WI668LV/S001 is a 230 V servo motor delivering 0.33 Nm of continuous torque for precision tasks. It includes Class F insulation, a 0.23 kg·m² moment of inertia, and a 3-phase layout with Side B power connection. Its integrated incremental encoder ensures accurate feedback control.