Product Description
The RS1L03AZA00A01, made by Sanyo Denki, is a servo drive. It is from the R SANMOTION Servo Drives family that is made to deliver precise motor control and stable power supply for industrial applications. It utilizes a 3-phase input voltage of 240 Volts at a frequency of 50 Hz and supplies stable and efficient energy supply to connected motors, supporting smooth and precise movement.
The output voltage is up to 326 V, the same as the corresponding models in the series, with a current rating approximated at approximately 12 A to provide more than enough power for rapid dynamic load response and dynamic motor characteristics. The RS1L03AZA00A01 employs advanced control technology to measure and control motor speed, torque, and position, offering higher performance in demanding automation tasks. Forced air cooling keeps internal components at a stable operating temperature through fast heat expulsion, preventing thermal accumulation and providing consistent operation over extended use. Protection features include inherent safeguarding against overload and overtemperature conditions, protecting the drive and the motors it's associated with against unexpected spikes or excessive heat and extending their lifespan. Designed for easy integration, the RS1L03AZA00A01 has an easy-to-install panel mount design that can safely be installed in control cabinets. The design supports easy wiring and quick access for tuning or maintenance. Designed with the same hardened architecture as other R SANMOTION series, it offers easy, trouble-free compatibility with Sanyo Denki servo motors and motion control systems.
The RS1L03AZA00A01 from Sanyo Denki is a device that combines precise motor drive control, optimum cooling, and robust protection. Its 3-phase drive structure, fast response to output voltage, and shock-absorbing mounting design contribute to the suitability of the servo drive to drive smooth motion, thus making the servo drive an ideal solution to industrial automation devices with requirements on stability, accuracy, and ongoing high-performance working.