KDA 3.2-100-300-A00-U1-220
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The Bosch Rexroth Indramat KDA 3.2-100-300-A00-U1-220 is part of the KDA Spindle Drives series and features air-cooled convection cooling. It operates with a rated voltage of 220 V AC and a peak current of 9.6 A. The drive includes a panel mount design and offers feedback options like resolvers and encoders.
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Product Description:
The KDA 3.2-100-300-A00-U1-220 Spindle Drive from Bosch Rexroth Indramat is designed for industrial automation systems. The configuration of the drive maintains efficiency across extended duty cycles. Its dependable electrical and mechanical parameters provide stability under demanding operation. The design supports accurate control and long-term performance in spindle applications.
The KDA 3.2-100-300-A00-U1-220 drive provides high stiffness which secures rigid shaft coupling and reduces deflection during rapid load transitions. Integrated positioning algorithms are present. The availability of internal routines supports stable motion control without requiring external modules. The cooling method is forced cooling. This arrangement enables continuous heat dissipation during extended operation under rated load. The cooling component is a heatsink blower. Direct airflow across thermal surfaces stabilizes internal temperatures and prevents overheating. The AC supply source for the heatsink blower is 220 VAC. The supply specification provides conformity with standard industrial networks and provides predictable auxiliary load. The rated current is 100 A which sustains heavy-duty spindle performance while maintaining electrical safety margins. The speed command type is analog. Analog command inputs support direct interfacing with legacy control systems. The speed command value is ±10 V. This standardized voltage range establishes constant drive response and provides compatibility with industrial controllers.
The KDA 3.2-100-300-A00-U1-220 spindle drive do not include an auxiliary encoder input. The absence of the encoder limits secondary feedback integration but simplifies the drive structure. An auxiliary interface is also not provided which reduces peripheral complexity and secures focused spindle control. The forced cooling arrangement combined with rated current capacity allows prolonged duty cycles without thermal limitations. The integrated positioning algorithms increase repeatability in machining sequences where accuracy is critical. It is suitable for automation environments where thermal control and accurate spindle regulation are essential.
Frequently Asked Questions about KDA 3.2-100-300-A00-U1-220:
Q: What cooling system is used in the KDA 3.2-100-300-A00-U1-220 Spindle Drive?
A: It uses forced cooling with a heatsink blower to maintain stable internal temperatures during continuous operation, ensuring reliable performance without thermal limitations.
Q: How does the drive handle rapid load transitions?
A: It features high stiffness, ensuring minimal shaft deflection during rapid load changes. This rigidity contributes to stable and precise performance in dynamic applications.
Q: What role do the integrated positioning algorithms play in the drive?
A: The KDA 3.2-100-300-A00-U1-220 Spindle Drive's integrated positioning algorithms enhance repeatability and precision, making it ideal for applications like machining where accuracy is critical for performance.
Q: How does the drive integrate with legacy control systems?
A: It supports an analog speed command input with a ±10 V range, allowing seamless integration with legacy industrial controllers for consistent drive response.
Q: Why doesn't the KDA 3.2-100-300-A00-U1-220 Spindle Drive include an auxiliary encoder input?
A: The omission of an auxiliary encoder input in the drive simplifies the design and reduces peripheral complexity, allowing for focused spindle control without the need for additional feedback devices.
