Product Description
The RS1L03AE0H2, manufactured by Sanyo Denki, is an R SANMOTION Servo Drives series product. It is an AC servo driver. It is specifically made to deliver precise motion control and smooth integration into industrial automation systems. With a voltage input range of 200 volts to 230 volts, the driver provides versatile power assistance, with settings from 3 to 12 A for current ratings based on configuration, with stable operation across various motor sizes and load requirements.
The RS1L03AE0H2 uses encoder feedback for closed-loop control, which allows real-time monitoring of motor position and speed to enhance precision and responsiveness. With support for traditional industrial fieldbus protocols like RS-485 and CANopen, this servo driver allows easy communication with controllers as well as other networked devices to maintain synchronized motion among the various components. It is also equipped with an integral fan and heat sink to maintain optimal thermal performance, dissipating heat efficiently when in use continuously and preventing thermal overload. It emphasizes safety through integrated overload and short-circuit protection that shields the driver and the driven motors from unexpected electrical failures. The RS1L03AE0H2 is packed in a space-efficient design that is panel- or DIN-rail mountable, providing convenience for mounting to control cabinets while taking up valuable space. Its compact form makes it easy to access for wiring and maintenance, allowing for speedy adjustment or replacement as needed. Having the same performance architecture as other models in the R SANMOTION series, it offers consistent reliability and compatibility with other Sanyo Denki products.
The RS1L03AE0H2, which is manufactured by Sanyo Denki, combines precise motor control, adaptable communication functions, and robust protection functions. With its internal cooling mechanism, surface-mount design, and robust feedback control, this servo driver ensures smooth and accurate motion control, making it a sound choice for industrial automation systems that demand efficiency, responsiveness, and operational reliability.