DKR04.1-W400E-BE37-01-FW

What motor synchronization principles are implemented in Bosch Rexroth Indramat DKR04.1-W400E-BE37-01-FW motor drive?

The motor synchronization uses resolver and digital feedback loops, enabling dynamic position correction and torque balancing through rigid DC bus interconnection and adaptive servo logic.

How does Bosch Rexroth Indramat DKR04.1-W400E-BE37-01-FW motor manage bleeder resistor dissipation during transient loads?

The external bleeder and brake chopper circuit direct excess regenerative energy safely, regulating thermal rise within calculated resistor boundaries during fluctuating motor currents.

How does Bosch Rexroth Indramat DKR04.1-W400E-BE37-01-FW motor ensure EMI compliance during switching?

Internal filtering and optimized switching frequencies confine emissions, with shielded cabling and grounding techniques aligning the motor system to EMC standards.

What operational duty cycles can Bosch Rexroth Indramat DKR04.1-W400E-BE37-01-FW motor sustain in industrial automation?

It accommodates repetitive heavy-duty cycles, maintaining rated 400A throughput, ensuring torque stability in continuous production lines and robotic handling applications.

Does Bosch Rexroth Indramat DKR04.1-W400E-BE37-01-FW motor accept field-oriented control inputs?

Yes, the integrated drive supports vector-based FOC, translating current commands into torque and flux vectors for refined motor shaft performance.

DKR041W400EBE3701FW

DKR04 1 W400E BE37 01 FW

dkr04.1-w400e-be37-01-fw

DKR4.1-W400E-BE37-01-FW

The Bosch Rexroth Indramat DKR04.1-W400E-BE37-01-FW drive from the DKR series is engineered for motion control needs. It has a rated current of 400A, SERCOS command interface and cooling via built-in blower. It is commonly applied in automation cells, CNC machining setups, and advanced robotic drives for flexible motor control.