DKR03.1-W200N-BA35-01-FW

What are the main grounding considerations for the Bosch Rexroth DKR03.1-W200N-BA35-01-FW drive installation?

The proper PE terminal grounding with low-resistance connections is critical, preventing potential build-up, minimizing EMI disturbances, and ensuring operational safety compliance.

How can the Bosch Rexroth DKR03.1-W200N-BA35-01-FW drive interact with synchronous servo drives during load changes?

The drive instantly adjusts torque reference signals, balancing current flow to maintain synchronous positioning accuracy despite varying dynamic mechanical load conditions.

What insulation class is required for cabling used with Bosch Rexroth DKR03.1-W200N-BA35-01-FW drive connections?

The cabling must comply with industrial-grade Class F insulation, ensuring resistance to high-frequency interference and maintaining reliable current carrying capacity.

Does the Bosch Rexroth DKR03.1-W200N-BA35-01-FW drive support field-oriented control algorithms for torque stability?

Yes, it implements advanced current vector control, separating flux and torque components for optimized torque response, even under fluctuating load scenarios.

What start-up pre-charging sequence is used in the Bosch Rexroth DKR03.1-W200N-BA35-01-FW drive to protect DC link capacitors?

The drive implements a controlled pre-charge cycle using series resistors, gradually energizing DC capacitors to avoid inrush currents and extend capacitor service life.

DKR031W200NBA3501FW

DKR03 1 W200N BA35 01 FW

dkr03.1-w200n-ba35-01-fw

DKR3.1-W200N-BA35-01-FW

The Bosch Rexroth Indramat DKR03.1-W200N-BA35-01-FW drive from DKR series uses air cooling with a built-in blower. It comes with rigid DC bus without bleeder and analog interface control. Its uses include printing press automation, paper cutting and packaging machines and paper production lines across industries.