DDC01.2-N100A-DL03-01-FW
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The DDC01.2-N100A-DL03-01-FW intelligent servo drive operates with an input voltage of 3x 220 V or 3x 230 V and a peak current of 100 A. Manufactured by Bosch Rexroth Indramat as part of the DDC Digital Intelligent Servo Drives series, it weighs 22 kg. The drive has a power requirement of 18 kVA at maximum load.
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Product Description:
The DDC01.2-N100A-DL03-01-FW Servo Drive is designed and manufactured by Bosch. It is an effective module used for controlling the AC motor features in Industrial Automation applications.
The DDC01.2-N100A-DL03-01-FW servo drive maximum mechanical output power delivering capability is 12 Kw for a short duration up to 100 seconds. It has a pulse frequency of 4 khz which refers to the pulse width modulation switching frequency that is used by the drive to control motor output. It should only be used in clean environments where only non-conductive dust is present. The apparent power that the drive needs from the supply when operating at full load is 18 kVA. It can operate without needing derating at maximum temperature up to +55 °C. The maximum current the drive can supply to the motor for short durations typically up to 100 seconds is 70 amperes. The nominal current for which the drive is designed is 100 A. It can tolerate very high humidity levels up to 95% as long as there is no condensation. The three phase voltage range that the module can accept from the power supply is 220 volts.
The DDC Digital Intelligent Servo Drives series module uses passive cooling (no fan or liquid) and relies on airflow and ambient conditions. The mechanical power it is able to deliver continuously to the motor without overheating is 6.2 kW. It comes with a single axis positioning control which allows it to control the position of one motor/axis. The physical weight of the module is 21 kg. It uses a digital signal from the motor’s encoder for accurate feedback which enables precise speed and position control. It draws about 18 kva from the supply when it operates at full rated capacity.
Frequently Asked Questions about DDC01.2-N100A-DL03-01-FW:
Q: What type of cooling method is used in the DDC01.2-N100A-DL03-01-FW servo drive?
A: The DDC01.2-N100A-DL03-01-FW uses natural convection cooling to eliminate the need for external fans. This reduces maintenance and increases reliability in enclosed environments.
Q: How does the digital servo feedback improve the performance of the DDC01.2-N100A-DL03-01-FW?
A: Digital servo feedback in DDC01.2-N100A-DL03-01-FW ensures highly accurate position and speed control. It enhances system responsiveness and reduces error margins significantly.
Q: Why is a 4 kHz pulse frequency beneficial in the DDC01.2-N100A-DL03-01-FW?
A: A 4 kHz pulse frequency ensures smoother motor operation with finer torque control. It also reduces audible noise generated by the drive.
Q: What advantage does IP65 protection offer for the DDC01.2-N100A-DL03-01-FW servo drive?
A: IP65 protection makes the DDC01.2-N100A-DL03-01-FW resistant to dust and low-pressure water jets. This ensures safe operation in harsh or semi-outdoor environments.
Q: How does single-axis positioning control benefit the DDC01.2-N100A-DL03-01-FW system?
A: Single-axis positioning control simplifies motor management for precise automation tasks. It’s ideal for pick-and-place, conveyor, and packaging applications.
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