QS1A01AAA045A3PAR
The Sanyo Denki QS1A01AAA045A3PAR is a high-performance unit in the Q SANMOTION Servo Amplifiers series, designed to deliver precise motion control in industrial automation applications. With an input voltage of AC 200 V and a main circuit power supply rated at 0.2 kVA, this servo amplifier provides the necessary power headroom for smooth and responsive motor operation. Weighing just 1.25 kg, it combines a lightweight structure with robust mounting simplicity, making it easy to integrate into existing control systems while maintaining mechanical stability and compactness.
Internally, the QS1A01AAA045A3PAR features an NF30 shape 10A circuit breaker for reliable protection against overcurrent events. The amplifier measures Depth: 130 mm, Width: 45 mm, Height: 150 mm, ensuring space-saving installation in densely packed control panels. Its earthing terminal employs an M4 screw tightened to 1.18 Nm, guaranteeing a secure ground connection that minimizes electrical interference. The main circuit accepts wiring of AWG16 or 1.25 mm², and the control power supply is rated at 30 VA, supporting stable operation of auxiliary circuits. For motor-specific tuning, the servo amplifier delivers a rated output power of 30 W (for motor model Q1AA04003D) and arranges its terminals in a clear top-down sequence: T, S, R, t, r, facilitating straightforward wiring and maintenance.
Built for industrial reliability, the QS1A01AAA045A3PAR amplifier optimizes heat dissipation through its compact design, ensuring efficient thermal management during continuous operation. Its durable construction and organized terminal layout reduce installation errors and simplify servicing, thereby minimizing downtime. The lightweight form factor contributes to lower mounting stresses, while the precise torque control and high responsiveness improve system efficiency and accuracy. Ideal for automation machinery, robotics, and precision machining, this servo amplifier enhances overall process stability, extends equipment lifespan, and delivers consistent performance under demanding industrial conditions.