RST 40 Series AC Servo Motor 2500 Lines 17 Bits

The RST 40 series AC servo motor delivers high-precision motion control for industrial automation. This compact servo motor offers smooth operation and very low noise, making it ideal for applications that demand accuracy and reliability. With a 2500-line encoder and advanced magnetic circuit design, it ensures precise positioning and consistent performance.

Key Features of the RST 40 Series AC Servo Motor

The motor features a 4-pole design, rated voltage of 220V, and a rated speed of 3000rpm. It provides a rated torque range of 0.16 to 0.32 N.m, suitable for light to medium loads. The encoder is available in 2500 lines, 17-bit incremental, or 17-bit absolute configurations, offering flexibility for different control systems. High-temperature resistant permanent magnet materials contribute to durability and stable operation.

Benefits for Automation Engineers

Automation engineers will appreciate the motor’s smooth operation and low noise, which reduce mechanical wear and improve system longevity. The high-resolution encoder enables precise feedback, essential for applications like robotic arms and CNC lathes. Additionally, the compact frame size (40mm) allows easy integration into space-constrained designs.

Typical Applications

This servo motor is suitable for a wide range of motion control equipment, including cutting machines, oil spraying machines, ultrasonic equipment, feeding equipment, printing equipment, medical equipment, packaging equipment, lithium battery equipment, and non-standard automation. Its versatility makes it a reliable choice for various industrial projects.

Installation Precautions

When installing or removing parts from the motor shaft end, avoid striking the shaft forcefully to prevent damage to the encoder. Also, minimize vibration of the shaft seat to protect the bearings. Following these precautions ensures long-term performance and reliability.

Overall, the RST 40 series AC servo motor offers a balance of precision, efficiency, and durability for demanding automation tasks. Its robust construction and advanced control capabilities make it a preferred choice for engineers seeking reliable motion solutions. The motor’s low noise and smooth operation further enhance its suitability for precision environments. Moreover, the high-resolution encoder ensures accurate feedback, which is critical for complex automation processes. In conclusion, this servo motor stands out as a versatile and dependable component in modern industrial systems.