Nozzle flapper-type hydraulic servo amplifier with mechanical feedback function
The "KSVA Series" is a hydraulic servo amplifier that has been improved to allow users to adjust it according to the rated current value of the servo valve using an internal switch. It can accommodate servo valves with a rated current of up to 100mA. It has a built-in PID circuit and can accept up to two feedback signals. It is mainly used in devices for preventing lateral rolling of ships and can flexibly respond to specifications designated by customers as a rare domestic manufacturer. Please feel free to consult us if you have any requests. *For more details, please download the PDF or feel free to contact us.
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【Main Specifications】 ■ Output Current: Up to ±100mA (current value can be selected with an internal switch) ■ Dither: 200Hz (fixed, sine wave) Level range: 20% p-p of maximum current ■ Input Signal ・ Voltage Input: ±10V Input Impedance 100kΩ ・ Current Input: 4-20mA Input Impedance 249Ω ■ Amplifier Gain Adjustment Range: 1 to 100 times ■ Feedback Adjustment Range ・ FB1: 0 to 100% ・ FB2: 0 to 100% ■ NULL Adjustment Range: ±1V equivalent to input voltage ■ MA1 Adjustment Range: Within ±5% of maximum output current ■ Power Supply: DC24V ±10% ■ Power Consumption: Below 8W ■ Weight: Approximately 0.65kg ■ Operating Ambient Temperature and Humidity: 0 to +50℃, Humidity below 90% RH, no condensation *For more details, please download the PDF or feel free to contact us.
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A workshop skilled in servo control. ○ In hydraulic servo control, we design and manufacture control devices, create control software, and collaborate with partner companies to design and produce optimal hydraulic units and hydraulic cylinders. We also select components such as hydraulic servo valves. ○ High-speed movement and high-precision positioning using ultrasonic motors. ○ Utilization in robots and unmanned transport vehicles with drivers for servo motors. ○ Controllers and control devices for construction machinery developed through contract development. ○ Creating moving objects such as hydraulic robots and designing and manufacturing 2-axis or 6-axis motion bases through industry-academia collaboration.
