Product Description

Bosch Rexroth provides services in manufacturing energy-efficient, long-lasting, and affordable motion control products. The company is extremely concerned about its product quality and customer satisfaction.

The DDC01.2-K050B-D model represents the state-of-the-art development and manufacturing of Rexroth Indramat. The model is widely used in various industrial sectors for the digital intelligent control of AC servo motors. The DDC01.2 digital servo drive belongs to the family of DIAX 04 (digital intelligent drive system). The drive comes with a heat sink blower unit that uses external air for maintaining the internal temperature of the drive. The DDC01.2 digital servo drive takes electrical connection directly from the 3 × AC 220 – 230 V power source with ±15% tolerance. The rated current requirement for this unit is 50 A and it operates at the pulse width modulation (PWM) frequency of 8 kHz. The drive requires a maximum power of 6 kVA under extreme loading conditions. The usable peak power delivered by the unit is almost 8.5 kW. The model undergoes the heat loss of maximum 500 W (excluding the bleeder power loss) and the bleeder resistor dissipates the continuous power of 0.25 kW. The basic weight of the drive is approximately 21 kg, excluding the weight of accessories and mounting.

The model DDC01.2-K050B-D is capable to operate at a broad speed range with continuous power delivery. The main applications of the servo drive module are machine tools, textile machines, handling systems, and the food industry. The noise emission at the motor is reduced while operating at the rated current of 50 A. The maximum permissible temperature for this unit is +45 degree Celsius without derating and the maximum bearable temperature is +55 degree Celsius with 20% derating. The model comes with a basic unit and 5 slots for installing various plug-in modules. The drive uses the SERCOS interface for transferring data between the drive and the motor. This unit can be shipped globally with a one-year warranty period from Wake Industrial.