LXM62DD45E21000 Lexium 62 20A 9.6kW Embedded Safety Drive

The LXM62DD45E21000 is a high-output single-axis drive in the Lexium 62 embedded-safety range. It provides 20 A continuous output, a 45 A three-second peak, and a 9.6 kW continuous motor power class for demanding machine axes.

Its E-suffix safety architecture supports approved Safety over SERCOS implementations, while SERCOS III and the shared DC bus keep the axis integrated with the wider PacDrive 3 motion system. The module is intended for axes where sustained load and acceleration torque exceed the DD27 class.

Key Features

· 20 A continuous output for a high-duty single servo axis

· 45 A three-second peak for acceleration and process disturbances

· 9.6 kW continuous motor power class

· E-suffix embedded-safety hardware for supported safety projects

· SERCOS III communication and synchronized system diagnostics

· Modular Lexium 62 shared-bus cabinet architecture

Typical Applications

· Heavy indexing, forming, and cutting axes

· Large rotary or linear mechanisms with high acceleration demand

· Safety-integrated material handling and process equipment

· High-power PacDrive 3 axes requiring an E-suffix drive

Compatibility and Selection Note

LXM62DD45E21000 | FAQ AND SEO

FAQ

1. What is the continuous current rating?

The drive is rated for 20 A continuous output within the specified installation and thermal conditions.

2. Is 45 A available continuously?

No. The 45 A rating is the three-second peak current class.

3. What motor power class is associated with this drive?

The continuous motor power class is 9.6 kW, subject to the complete motor, speed, current, and duty-cycle selection.

4. What does the E suffix identify?

It identifies an embedded-safety single-drive variant intended for supported Safety over SERCOS architectures.

5. Can it replace a DD27 drive for more headroom?

Not without engineering review. Motor data, protection, power supply sizing, bus current, cabinet cooling, wiring, project settings, and safety validation can all change.

6. Which system checks are most important?

Confirm the full model, motor and feedback, power balance, braking profile, SERCOS firmware, safety configuration, accessories, and physical cabinet requirements.