DDC01.1-F200A-DS16-02-FW

Product Description:

Bosch Rexroth Indramat manufactured the DDC01.1-F200A-DS16-02-FW. The 220V mode has an operating range of 187V to 253V and allows for voltage changes of +15% to -10%. The voltage tolerance for the 230V version is 195.5V to 253V with a tolerance of +10% to -15%. In industrial environments where the voltage supply can fluctuate by a few volts, this dual-band input acceptance is crucial. The drive can be integrated into any electrical infrastructure without additional converters or frequency-specific adjustments due to its 50 to 60 Hz frequency range, which is in line with international standardized industrial power grids. To give you an overview of this servo drive’s performance under different load conditions, its current output is divided into immediate, short term and continuous classes. The unit can deliver up to 200A peak for fast torque production required for sudden load transfers or rapid acceleration phases.

The drive can deliver 90A short term over 100 seconds for jobs that need a lot of force but can’t be maintained continuously. The continuous current output of 45A defines the system’s thermal performance limit. With a mechanical output of 7.5kW, the DDC01.1-F200A-DS16-02-FW will perform steadily in applications that need power transmission over extended periods of time. The drive has the torque headroom to handle transient overloads and can deliver 15kW short-term mechanical output for sporadic high-load requirements. The system can use its full electrical power to drive the motor at high power levels instantly; this is shown by the max mechanical output of 33kW. This is needed for sudden load changes or quick indexing in automation processes. The drive’s ability to maintain high output fidelity while being thermally and operationally stable over different duty cycles is shown by the correlation between its electrical and mechanical performance.

The power and heat dissipation of the drive controls the thermal efficiency and energy management during dynamic motor operation. The device’s apparent power consumption at full load is 22.5kVA; internal losses are 500W, which shows the degree of conversion inefficiency due to heat dissipation. With a peak handling capability of 40kW and a constant bleeder power of 0.25kW, the integrated bleeder circuit is necessary for regenerative braking. With a regeneration limit of 20kW, this circuit will absorb the kinetic energy the motor returns during deceleration and prevent overvoltage on the DC bus. The 4kHz pulse frequency improves the system’s control accuracy by providing precise torque modulation and reducing torque ripple. This servo drive is very reliable for demanding applications that need environmental resilience and high control dynamics, especially when combined with its IP65 rating, which means protection against dust and water jets.