KDA 2.1-050-3-DQ0-U1
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The Bosch Rexroth Indramat KDA 2.1-050-3-DQ0-U1 is part of the KDA Spindle Drives series, designed for cabinet installation with a weight of approximately 12 kg. It features an integrated power supply, a rated output current of 50 A, and digital command interface. Equipped with IP20 protection, it supports SERCOS communication.
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Product Description:
The KDA 2.1-050-3-DQ0-U1 Spindle Drive is a precision drive component. It is designed and manufactured by Bosch Indramat for motion control tasks in industrial systems.
The KDA 2.1-050-3-DQ0-U1 Spindle Drive works on a 300-volt DC supply. This voltage level supports spindle operations in high-efficiency platforms. It uses a bus voltage function to receive regulated input power. The voltage type is direct current for stable electrical flow. The drive belongs to series 2 of the KDA spindle drive family. It is structured for use in integrated automation systems. The signal input is configured for auxiliary encoder communication. This supports synchronization with external motion feedback devices. The signal amplitude is 1 volt which make it suitable for standard encoder output. It provides accurate signal capture without interference or noise disruption. The interface type does not include an auxiliary connection. This helps streamline its design for focused tasks. Its data handling is based on a 16-bit structure. This data width supports accurate control and command processing. The structure is optimized for high-speed response applications. The drive manages motor positioning using constant encoder signals. It maintains electrical accuracy in systems that needs repeatable motion. The spindle drive is built for cabinet mounting inside machine enclosures. It fits production systems that requires continuous spindle regulation. The compact format allows easy installation in narrow panel layouts. The Bosch KDA drive is structured for stable signal and DC power integration.
The KDA 2.1-050-3-DQ0-U1 spindle drive provides 16-bit precision and accurate encoder-based feedback. It is suitable for spindle systems in advanced machine environments. The innovative design increases system safety through dedicated input formats. It manages input signals efficiently under variable load conditions. This unit handles control logic using digital processing standards. The input system offers error-free operation during high-frequency cycles.
Frequently Asked Questions about KDA 2.1-050-3-DQ0-U1:
Q: What is the significance of the 16-bit data structure in the KDA 2.1-050-3-DQ0-U1 drive?
A: The 16-bit data structure enables highly precise processing of control commands, allowing the drive to handle fine-tuned movements with minimal latency. This is critical in high-speed applications where repeatable motion is required.
Q: Why is the KDA 2.1-050-3-DQ0-U1 suitable for integration into machine enclosures?
A: The drive's compact design allows for easy installation in tight panel layouts. Its structure ensures seamless integration in machine enclosures without compromising performance in high-frequency operational environments.
Q: How does it ensure reliable performance under variable load conditions?
A: Its architecture is optimized for continuous performance, adapting to fluctuations in load with digital processing standards that maintain input signal accuracy. This ensures error-free operation during high-frequency cycles in demanding tasks.
Q: What advantage does the auxiliary encoder communication provide in the drive?
A: The auxiliary encoder communication allows for real-time synchronization with external motion feedback devices. This enhances the accuracy of motor positioning and ensures stable performance in integrated automation setups.
Q: What feature in the spindle drive ensures stable signal transmission during high-speed operations?
A: The KDA 2.1-050-3-DQ0-U1 utilizes an optimized encoder feedback system, ensuring precise and stable signal transmission even under high-speed, high-frequency conditions. This helps maintain consistent performance without signal degradation during rapid motion cycles.
