- KUKA RDW2 Product Details, Specifications, Parameters, and Application Fields
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Product Details:
- The KUKA RDW2 is a high-precision digital converter designed for use in KUKA robots. It plays a crucial role in the robot’s operations, responsible for power supply, signal conversion, and monitoring various critical functions.
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Product Specifications:
- Brand: KUKA
Model: RDW2
Type: Digital Converter
Features: High-precision signal conversion, power supply, monitoring -
Product Parameters:
- The KUKA RDW2 boasts several advanced parameters that contribute to its superior performance. These include the ability to generate all necessary working voltages, supply power to up to 8 axes of the robot, perform analog-to-digital signal conversion, monitor motor temperatures, and analyze EMT channels. Additionally, the RDW2 stores critical data such as absolute position, resolver position, running hour counters, and adjustment data.
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Application Fields:
- The KUKA RDW2 finds widespread application in various industries that utilize KUKA robots. These include, but are not limited to, the automotive industry where robots are used for assembly and welding tasks, the electronics industry for precision operations such as soldering and pick-and-place, and the logistics industry for handling and packaging tasks. Additionally, the RDW2’s advanced monitoring capabilities make it suitable for use in safety-critical applications where reliable monitoring of robot functions is crucial.
- Note: The specifications, parameters, and application fields mentioned above are general overviews of the KUKA RDW2 product. For detailed and up-to-date information, it is recommended to refer to the official product manual or contact KUKA or its authorized representatives.
KUKA RDW2
KUKA RDW2 Product Details, Specifications, Parameters, and Application Fields
Product Details:
The KUKA RDW2 is a high-precision digital converter designed for use in KUKA robots. It plays a crucial role in the robot’s operations, responsible for power supply, signal conversion, and monitoring various critical functions.
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