R911331606 (HCS01.1E-W0008-A-03-B-ET-EC-PB-L4-NN-FW)

This model includes Safe Torque Off to remove torque capability and Safe Brake Control to command mechanical braking for secure axis holding. Their integration ensures overlapping safety measures suitable for high-inertia axes and compliance with stringent safety requirements.

The drive supports MultiEthernet for modern networks and PROFIBUS for legacy device interoperability. Use this combined support to integrate with both new and existing control systems without replacing entire field infrastructure.

Safe Brake Control issues a control command to engage mechanical brakes and synchronizes with electronic torque removal to ensure axes are physically restrained. This two-tier stopping strategy is essential when stopping energy cannot be entirely absorbed electronically.

Plan DC bus sizing and protective devices to safely accept regenerative energy when the system returns power. Proper bus and protection design allows recovered energy to be reused, improving system energy efficiency across cyclic applications.

Validate STO and SBC response times, verify encoder signal quality, confirm network packet latency under load and verify thermal performance under representative duty cycles. Record these results for safety dossiers and reproducible system baselines.