DKR03.1-W200N-BE24-01

How does the rigid DC bus without a bleeder affect energy dissipation?

It means excess regenerative energy cannot be discharged internally, so an external solution or system-level management is required. This design reduces heat losses but limits braking capacity.

What advantage does SERCOS interface bring for motion control?

SERCOS ensures deterministic communication with very low latency, ideal for synchronized multi-axis control. This allows high precision in robotics, CNC, and packaging machines.

How does the built-in blower cooling method impact installation?

It simplifies installation by avoiding external cooling units, saving panel space. However, adequate airflow clearance around the controller must be maintained.

Does the DKR03.1-W200N-BE24-01 support closed-loop operation?

Yes, with digital servo and resolver feedback it can run precise closed-loop control. This allows accurate positioning even under load fluctuations.

Why is the rated current of 200 A significant in practice?

A 200 A output supports high-torque servo motors, enabling heavy-duty applications like metal cutting or large robotics. It also allows stable operation under demanding load cycles.

DKR 03.1-W200N-BE24-01

DKR03.1-W200N-BE-24-01

DKR03.1-W200N-BE24-O1

DKR03.1.W200N.BE24.01

DKRO3.1-W2OON-BE24-O1

DKR3.1-W200N-BE24-01

The Bosch Rexroth DKR03.1-W200N-BE24-01 drive controller supports SERCOS interface and operates with digital servo and resolver feedback. It uses a built-in blower for air cooling and delivers a rated current of 200 A. Commonly applied in robotics, CNC machines, packaging, and printing systems, it ensures accurate motion control.