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KOLLMORGEN S20360-SRS

¥14,520.00

Parameters and Specifications:

Voltage: Operates on a range of 120/240 VAC and 20-90 VDC.
Current: Has a rated current of 36 ADC and a peak current of 72 ADC, allowing it to handle demanding motion control requirements.
Resolution: Features 24-bit high-resolution feedback for precise motion control.
Current Loop Bandwidth: 3-5 kHz high-performance current loop bandwidth for responsive control.

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Description


Parameters and Specifications:

Voltage: Operates on a range of 120/240 VAC and 20-90 VDC.
Current: Has a rated current of 36 ADC and a peak current of 72 ADC, allowing it to handle demanding motion control requirements.
Resolution: Features 24-bit high-resolution feedback for precise motion control.
Current Loop Bandwidth: 3-5 kHz high-performance current loop bandwidth for responsive control.

Dimensions and Weight:

Dimensions: Measures approximately 2.0 inches x 7.0 inches x 5.0 inches (5.1 cm x 17.8 cm x 12.7 cm) or 270mm x 140mm x 70mm, depending on the source.
Weight: Has a weight of approximately 1.5-2 kg (1 pound 16 ounces to 0.9 kg), depending on the source.

Features:

High Performance: Delivers high torque, speed, and accuracy for precise motion control.
Precision Control: With its high-resolution encoder and position loop technology, it achieves positional accuracy up to ±0.1μm, suitable for precision machinery applications such as CNC machines and robots.
Easy Configuration and Use: Offers an intuitive programming interface and supports various servo motor types, encoders, and motion control modes (position, speed, torque, etc.).
Electronic Feedback: Features a smart feedback device with electronic motor nameplates, eliminating the need for drive parameter settings and servo loop adjustments.
Protection and Durability: Incorporates various protection features to safeguard the motor and drive against overload, overheat, short circuits, and voltage fluctuations.

Functions and Applications:

Motion Control: The S20360-SRS servo drive is ideal for precise motion control tasks in industrial automation, robotics, and machining applications.
Integration: Its standard communication interfaces (such as CANopen, EtherCAT, or Modbus) allow for seamless integration with other devices and systems.
Improved Machine Performance: Designed to enhance machine throughput and overall system reliability.