Operating Voltage:220V AC
Current Rating:50A
Resolution:0.1 μm
Communication Interface:EtherCAT
Drive Type:Servo
Maximum Speed:10,000 RPM
Thermal Rating:105°C
Control Accuracy:+/- 0.01%
Noise Level:Class A
The Yaskawa JRMSP-PS22A is equipped with cutting-edge technology that ensures high performance and durability in demanding industrial settings. This advanced control module boasts a wide operating voltage range, enabling it to function effectively across different power systems. With its maximum input current capability of 5A, it efficiently manages power distribution for precise control over industrial processes.
Offering versatile communication interfaces such as Mechatrolink II/III, the JRMSP-PS22A facilitates seamless integration with a variety of automation systems, enhancing operational efficiency and flexibility. The module supports industry-standard protocols like EtherCAT and CANopen, ensuring compatibility with a broad range of equipment and software solutions.
Engineered with robustness in mind, this control module operates within an environmental temperature range from -10°C to +55°C, making it suitable for use in diverse industrial climates. Its protection class of IP20 safeguards against dust and splashes of water, ensuring reliable performance even in harsh conditions.
Designed for ease of use and maintenance, the Yaskawa JRMSP-PS22A incorporates user-friendly features that allow for quick setup and configuration. The intuitive interface and comprehensive diagnostic tools enable operators to monitor system status and troubleshoot issues efficiently, contributing to overall productivity and cost-effectiveness.
With its focus on energy efficiency, the JRMSP-PS22A optimizes power consumption without compromising on performance. This not only reduces operational costs but also aligns with sustainable manufacturing practices, supporting environmentally-conscious industries. Whether in automotive, electronics, or general manufacturing, the Yaskawa JRMSP-PS22A is a reliable choice for enhancing control systems and driving productivity.
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