Description
Technical Specifications
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Product Model: 1FK7063-5AF71-1SY3-ZS77
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Brand: KUKA
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Warranty: One Year
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Input Voltage: 230 VAC industrial servo power supply
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Operating Temperature: 0 °C ~ +60 °C
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Storage Temperature: -40 °C ~ +85 °C
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Response Time: ≤ 3 ms dynamic servo response
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Protection Class: IP65
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Accuracy Class: High-precision robotic motion grade
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Output Frequency: 0–300 Hz
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Rated Current Range: 3.5–6.8 A
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Communication Interface: High-speed servo encoder interface
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Supported Protocols: KUKA servo bus, industrial encoder feedback protocols
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Overload Capacity: 200% rated current for 10 seconds for dynamic load bursts
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Dimensions: 140 mm × 160 mm × 200 mm
Product Overview
The KUKA 1FK7063-5AF71-1SY3-ZS77 is a compact, high-torque synchronous servo motor purpose-built for KUKA industrial robotic arm and automated motion control systems. This premium KUKA servo motor adopts a brushless internal structure, delivering consistent dynamic torque output and precise position feedback for high-cycle industrial automation tasks. Its IP65 dust and splash-proof housing ensures stable operation in workshop environments with dust, moisture, and minor electromagnetic interference. Integrated high-resolution encoder technology eliminates positioning deviation during continuous high-speed operation, effectively solving common issues like motor jitter, inaccurate positioning, and rapid performance degradation of ordinary drive motors. Robotics system integrators, automated production line maintenance teams, and industrial equipment manufacturers benefit from this component, as it stabilizes robotic motion accuracy, extends equipment service life, and supports high-efficiency continuous production operations
Application Scenarios
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Industrial Robot Joint Drive: This KUKA servo motor serves as the core drive unit for multi-joint robotic arms used in handling, stacking, and welding processes. It provides fast dynamic response and precise angle positioning, adapting to frequent start-stop, steering, and variable-load working conditions. The robust overload resistance ensures stable output during instantaneous load changes, preventing robot positioning errors and operational failures during high-intensity cyclic work.
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Automated Precision Machining Stations: Deployed in automated drilling, milling, and grinding auxiliary robotic positioning systems. The high-precision encoder feedback and low-torque fluctuation characteristics maintain consistent motion accuracy for long-term processing, reducing workpiece dimensional errors and improving the yield rate of precision machined parts.
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