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DDS02.1-W200-D

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Bosch Rexroth/Indramat DDS02.1-W200-D is a DIAX02 DDS Drive Controller Basic Unit for DIAX motion systems. It uses a 300 V DC bus and supports Digital Servo Feedback.
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Technical specifications for DDS02.1-W200-D

  • Manufacturer:
    Rexroth
  • Part Number:
    DDS02.1-W200-D
  • Product Family:
    Rexroth
  • Product Type:
    DIAX02 DDS Drive Controller Basic Unit
  • Stock:
    1
  • DC bus voltage:
    300 V DC ±15%
  • Peak-oriented current allocation:
    200 A / 65 A (peak / continuous)
  • Maximum-continuous-current allocation:
    90 A / 90 A (peak / continuous)
  • Interface configuration:
    Basic unit; command-interface plug-in slot not populated by this designation
  • Protection category:
    IP20
  • Rated ambient temperature:
    0 to +45°C
  • Maximum ambient temperature with derating:
    +55°C
  • Storage and transport temperature:
    -30 to +85°C
  • Maximum installation elevation without derating:
    1000 m
  • Maximum relative humidity:
    95%
  • Basic-unit signal-processing load:
    +15 V: 150 mA; -15 V: 150 mA; +24 V: 500 mA
  • Dimensions:
    10.5 × 39.0 × 32.5 cm
  • Weight:
    7.5 kg
  • Tariff Code:
    8537109090
  • Country of origin:
    Germany
  • Place of shipment:
    Xiamen, Fujian, China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Motor & Feedback Plug-in Configuration Current & Supply Matching Application
  • Match the complete DDS02.1-W200-D identity, not only the DDS02.1 housing
  • Select between the documented 200 A / 65 A and 90 A / 90 A current allocations
  • Verify Digital Servo Feedback, DIAX supply capacity and the approved software configuration

DDS02.1-W200-D is a Bosch Rexroth/Indramat DIAX02 DDS Drive Controller Basic Unit for modular DIAX motion-control systems.

The air-cooled controller uses a 300 V DC bus and is documented at 200 A / 65 A in the peak-oriented allocation and 90 A / 90 A in the maximum-continuous-current allocation. It uses Digital Servo Feedback; command-interface and firmware functions depend on separately fitted modules.

Before selection or replacement, verify the complete type code, DIAX supply-unit capacity, motor feedback, software module or firmware, command interface, cabinet cooling and approved machine parameter set.

Availability, condition, price, and shipping time for DDS02.1-W200-D are confirmed during quotation.

Bosch Rexroth DDS02.1-W200-D DIAX02 Drive Controller Resources and Links

Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

  • Use only a motor with Digital Servo Feedback
  • Match the motor feedback cable, connector and software-module motor data
  • Prove feedback direction and motor phasing at low load before production motion
  • Identify the installed command-interface plug-in module and its slot
  • Keep the axis software module with its matching firmware and parameter set
  • Do not infer command-interface compatibility from the basic-unit designation
  • Select between 200 A / 65 A and 90 A / 90 A from the real motion cycle
  • Confirm DIAX supply-unit capacity, DC-bus stability and simultaneous axis demand
  • Keep the documented cooling path clear and place the highest-output controller nearest the supply unit
  • High-peak robotic axes
  • Heavy handling-machine axes
  • High-speed packaging-machine axes
Description
DDS02.1-W200-D is a Bosch Rexroth/Indramat DIAX02 DDS Drive Controller Basic Unit for modular DIAX motion-control systems.

The air-cooled controller uses a 300 V DC bus and is documented at 200 A / 65 A in the peak-oriented allocation and 90 A / 90 A in the maximum-continuous-current allocation. It uses Digital Servo Feedback; command-interface and firmware functions depend on separately fitted modules.

Before selection or replacement, verify the complete type code, DIAX supply-unit capacity, motor feedback, software module or firmware, command interface, cabinet cooling and approved machine parameter set.
Alternative Names
DDS02.1-W200-D DDS 02.1-W200-D Indramat DDS02.1-W200-D Rexroth Indramat DDS02.1-W200-D Mannesmann Rexroth DDS02.1-W200-D DIAX02 DDS02.1-W200-D
Technical notes
DDS02.1-W200-D must be matched by complete type code, current allocation and feedback/interface configuration. Software modules or firmware, command-interface hardware, motors, cables and DIAX supply units are separate compatibility items unless explicitly included.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Why must DDS02.1-W200-D be selected from its duty cycle rather than its 200 A label?
The official allocations distinguish 200 A peak / 65 A continuous from a 90 A / 90 A maximum-continuous configuration. Use acceleration time, repetition rate and continuous torque to choose the correct operating allocation.
Can DDS02.1-W200-D replace DDS02.1-W150-D with no supply-unit change?
No automatic substitution is justified. Recalculate shared DC-bus power, simultaneous acceleration, braking energy, protection, cabling and thermal loading for the 200 A class.
What causes a DDS02.1-W200-D axis to collapse the DC bus during acceleration?
Possible causes include an undersized DIAX supply unit, excessive simultaneous axis demand, poor DC-bus connections, incorrect motor parameters or an acceleration profile beyond the approved current allocation.
Why should DDS02.1-W200-D be mounted nearest the supply unit?
It is normally the highest-output controller in the axis group. Short, correctly ordered internal connections reduce shared-bus stress and follow the documented DIAX cabinet arrangement.
Can DDS02.1-W200-D run a resolver-feedback motor using a converter cable?
No. The D code is for Digital Servo Feedback; a cable adapter does not create resolver processing. Use a resolver-capable documented controller configuration.
What should be verified if DDS02.1-W200-D faults only during deceleration?
Review regenerated energy, DC-bus overvoltage, supply-unit braking or regeneration capacity, deceleration ramps and simultaneous braking axes. The controller itself is not a substitute for the system braking design.
Which identity checks prevent a wrong DDS02.1-W200-D replacement?
Match the complete basic-unit designation, current class, W cooling, D feedback, installed command-interface modules and the software module. Do not accept another DDS02.1 unit based only on housing and connector appearance.

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