Kollmorgen BJRL-20012-110001 High-Performance Industrial Control Module

Description

• • Certification and Compliance: It meets relevant industrial control module standards, and its electrical performance, structural safety and operational stability all comply with industrial application specifications, which can be safely applied to various formal industrial projects.
• Function Features
  • Stable and Precise Output Performance: It relies on advanced electronic technology to provide accurate and stable voltage and 30kHz frequency output within the rated working range. The stable output ensures that the controlled industrial equipment maintains consistent operating parameters and avoids operational errors caused by unstable power and frequency.
  • Strong Environmental Adaptability: It has undergone strict environmental adaptability tests. It can operate stably in the harsh working environments commonly found in industrial sites, such as large temperature fluctuations and electrical interference, and its durability and reliability are outstanding during long-term continuous operation.
  • Easy Integration and Installation: Its compact modular structure and simplified installation process allow technical personnel to quickly integrate it into existing automation production lines and control systems. The standardized connection method reduces the difficulty of installation and debugging, and shortens the system transformation and upgrading cycle.
  • Wide Load Adaptability: With an output current range of 100A – 400A, it can be flexibly matched with different power levels of motors, actuators and other equipment. It can adapt to load changes in different working conditions without the need for frequent replacement of matching control modules.
• Application Scenarios
  • Automated Production Lines: It is applied to automated assembly lines in the electronic manufacturing and automobile manufacturing industries. It controls the operation of conveyor belts, mechanical arms and assembly components on the production lines, coordinates the synchronous operation of all links, and improves the production efficiency of products such as electronic components and auto parts.
  • High-end CNC Equipment: It is used in high-end CNC machine tools and precision machining centers. It controls the spindle rotation and feed movement of the machine tools, ensures the machining precision of workpieces in processes such as cutting and milling, and guarantees the dimensional accuracy of high-precision mechanical parts.
  • Power Plant DCS Monitoring Systems: It is integrated into the DCS monitoring system of power plants. It participates in the control of equipment such as boiler feed pumps and air blowers, realizes the precise adjustment of related equipment parameters, and ensures the stable operation of the power generation process and the safe transmission of electrical energy.
  • Textile and Printing Equipment: It is deployed in textile machines such as looms and printing machines for packaging and printing. It controls the speed of the equipment’s transmission mechanism and the movement of processing components, ensuring the uniformity of textile fabrics and the clarity and neatness of printed patterns.
  • Environmental and Water Treatment Systems: It is used in intelligent fire-fighting water supply systems and chemical plant liquid medicine constant flow control systems. It accurately controls the operation of water pumps and flow meters, ensures the stability of water supply pressure and liquid medicine delivery flow, and meets the strict requirements of environmental protection and production processes.
  • Plastic and Rubber Machinery: It is installed on plastic molding machines and rubber processing equipment. It controls the temperature, pressure and mold movement speed during the processing process, ensures the stability of product molding quality, and meets the batch production needs of plastic and rubber products.