Product Description
The company Sanyo Denki is established to specialize in motion control systems and cooling technologies. The RS1A03AAWA servo amplifier of the SANMOTION R series serves industrial automation. This motor provides precise motor control as well as efficient power management.
The RS1A03AAWA servo amplifier functions between 0.75 kW at a maximum and accepts 3-phase 200-230V AC. It also operates on 1-phase 200-230V AC power at 50/60Hz. The amplifier produces an output voltage range from 0-326V AC, and its output current reaches 5.2A. The servo amplifier accepts +/-10V analog with pulse train signals for multi-directional signal control. The amplifier requires a 3-phase connection input of 5.8A while using 0.2A for a 1-phase system during its operation. The RS1A03AAWA servo amplifier enables digital I/O operation using the sinking-type (NPN) format. This enables convenient connection to industrial control systems. The system maintains efficient performance between 0 to +55°C in all humidity conditions below 90% RH if air condensation does not occur. Natural air convection serves as the cooling mechanism, which eliminates the requirement for external cooling systems. The servo amplifier has dimensions of 130 × 60 × 170 mm and weighs 1.0 to 1.4 kg, which makes it small enough to install in any space.
The RS1A03AAWA servo amplifier functions as a precise device in motion control, which enables user adjustments for speed along with torque and position. Multiple command inputs and a high-output voltage range with digital I/O compatibility ensure steady operation. Fast speed changes do not affect the servo motor control accuracy because the device maintains precise performance. The amplifier functions with natural convection cooling, which makes fans unnecessary, and maintenance expenses decrease. The motor maintains a compact design, which supports the installment needs of restricted areas. The amplifier achieves smooth acceleration control alongside deceleration functions, which results in improved efficiency.