The Aerotech 690D1357 is a DC servo power supply engineered to deliver stable power for servo motor applications in industrial automation and motion control systems. It supplies a stable DC bus voltage to servo drives while managing bidirectional energy flow—both powering motors during acceleration and absorbing regenerative power during braking and deceleration cycles. The unit is built to withstand industrial electrical transients, input voltage variations, spikes, and EMI common in automated environments.
– Technical Specifications
The 690D1357 functions as the DC bus voltage source within servo systems. It handles high-frequency currents generated by PWM servo drive operation and delivers momentary high power demands during servo acceleration and deceleration events, with lower average power consumption during steady-state operation.
– Key Features
• Bidirectional energy flow capability for regenerative braking scenarios
• Industrial EMI and transient immunity
• High-frequency current handling for PWM-driven servo systems
• DC bus voltage regulation for servo drive requirements
• Support for dynamic load profiles during servo acceleration and deceleration
– Typical Applications
The 690D1357 serves as a critical power distribution component in servo-based motion control systems where precise positioning, speed control, and synchronized multi-axis operation are required. It integrates into automated manufacturing, assembly, and material handling systems that depend on consistent DC bus voltage stability.
– Compatibility & Integration
The power supply is designed to work in conjunction with Aerotech servo drives and motion control systems. It interfaces with the main AC power input and delivers regulated DC voltage to servo drive modules, ensuring the DC bus meets minimum voltage requirements for proper speed and torque delivery across the servo system.
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