Power Rating:2 kW
Operating Voltage:400 V, 3-phase
Bus Control:SSCNET III
Amplifier Type:Digital
Communication Protocol:EtherCAT
Control Interface:Networkable
Output Channels:1
Maximal Speed:Up to 6000 rpm
Resolution:16-bit
Accuracy:±0.001% of rated speed
Dynamic Range:1:1000000
Protection Class:IP20
Ambient Temperature:-20°C to +60°C
Introducing the Kollmorgen SERVOSTAR 614 Digital Servo Amplifier, a high-performance solution for demanding motion control applications across various industries. This amplifier is engineered with advanced digital signal processing technology, ensuring unparalleled accuracy and responsiveness in dynamic mechanical systems.
Designed for integration with modern control networks like EtherCAT and CANopen, it seamlessly connects with leading automation systems, facilitating efficient data exchange and enhanced system reliability. The robust construction withstands harsh industrial conditions, offering extended durability and minimal maintenance requirements.
Featuring an operating voltage range from 230 VAC, this amplifier supports a wide variety of industrial machines, from packaging lines to precision machinery. Its high current output capacity ensures smooth operation even under heavy load conditions, making it suitable for both high-speed and high-torque applications.
Equipped with an advanced Digital Signal Processor (DSP), the SERVOSTAR 614 delivers superior control performance, enabling precise positioning and speed regulation with minimal overshoot. The communication protocol support ensures compatibility with a broad range of automation software and hardware, simplifying system integration and setup.
Withstanding temperatures from -20°C to +60°C and IP20 protection class, this amplifier operates reliably in diverse environmental conditions. It weighs only 0.5 kg, providing easy installation and handling without compromising on its robustness and functionality. The Kollmorgen SERVOSTAR 614 Digital Servo Amplifier is the perfect choice for applications requiring precision, efficiency, and reliability in motion control.
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