Kollmorgen SERVOSTAR 601-AS S60101 High-Precision Digital Servo Drive

Description

• • Environmental Parameters
    • Operating Temperature: It can work normally in the temperature range of – 25°C to + 65°C, adapting to extreme temperature conditions in different industrial sites.
    • Relative Humidity: The applicable relative humidity range is 0% – 90%, and it can operate stably in both dry and humid environments without condensation affecting its performance.
• Function Features
  • High – precision Motion Control: It adopts advanced digital signal processing and pulse – width modulation technologies. The integrated position controller has a memory capacity for 180 motion tasks, which can realize intelligent positioning, speed profile control and register control. These functions ensure that the drive can complete high – precision motion control tasks and meet the requirements of high – accuracy synchronization and transmission in industrial production.
  • Powerful Integration and Programming Capabilities: It has an integrated mains filter and supports master – slave operation and electronic gearing functions. It can be fully programmed through the RS232 interface, and can be operated and set through a PC with dedicated software compatible with multiple Windows systems. It also allows drive function operation through infrared remote control, which improves the flexibility of operation.
  • Comprehensive Safety and Protection Mechanisms: It is equipped with advanced over – current protection mechanisms to prevent damage to the drive and connected motors due to current anomalies. The patented ballast technology enables parallel connection of DC link circuits, which enhances the stability of the circuit system. All shield connections are directly connected to the amplifier to reduce electromagnetic interference and ensure the stable operation of the equipment.
  • Convenient Status Monitoring: It is equipped with two operation keys on the amplifier and an LED display for status monitoring. Operators can directly observe the working status of the drive through the LED display, which helps to quickly detect and troubleshoot faults.
• Application Scenarios
  • Machine Tools: It is applied to small and medium – sized CNC machine tools such as precision lathes and milling machines. It precisely controls the movement trajectory of the tool and the workbench, which ensures the processing accuracy of workpieces and reduces processing errors, thus improving the quality of processed products.
  • Packaging and Material Handling: In small – scale packaging equipment and material handling conveyors, it controls the conveying speed of materials and the positioning of packaging mechanisms. It ensures the consistency of packaging specifications and the stability of material transmission, and improves the efficiency of the packaging and handling process.
  • Semiconductor and Electronic Manufacturing: It is used in small – sized semiconductor testing equipment and electronic component assembly machines. It achieves precise control of the movement of testing probes and component mounting heads, which meets the high – precision requirements of semiconductor testing and electronic component assembly.
  • Medical Equipment: It is integrated into small precision medical instruments such as small diagnostic robots and medical sample testing equipment. It provides stable and precise motion control for the core components of the equipment, ensuring the accuracy of medical tests and the safety of medical operations.
  • Textile Machinery: In small textile equipment such as precision yarn winding machines and fabric cutting machines, it controls the speed of yarn winding and the cutting position of fabrics. It ensures the uniformity of yarn winding and the neatness of fabric cutting, and enhances the overall quality of textile products.