Honeywell 51403519-160 K4LCN-16 High-performance Memory Processor Module

Description

• Functional Features
  • Powerful Data Processing Capability: Driven by the Motorola 68040 processor, the module has excellent computing performance, especially in handling complex industrial control algorithms and a large number of real – time data. It can quickly process the temperature, pressure, flow and other parameters collected from the industrial field, and output control instructions in a timely manner to ensure the real – time performance of the control system.
  • Strong System Compatibility and Expandability: It is fully compatible with Honeywell’s TDC 3000 system and can achieve seamless communication and collaborative work with other modules in the system through the LCN interface. Its memory board supports on – site upgrade. Users can expand the memory by replacing the memory sub – board, which can adapt to the increasing data processing and storage needs of the control system.
  • Convenient Configuration and High Reliability: It supports node number setting, which simplifies the configuration process of the module in the system and enables engineers to complete the commissioning work quickly. The module complies with multiple industrial certifications and has a robust structural design. It can resist the common vibration and electromagnetic interference in industrial sites, reduce the failure rate during operation, and ensure the continuous and stable operation of the industrial control system.
  • Energy – saving and Durable Design: The module has the characteristics of low power consumption. Its power consumption is less than 2W during operation, which helps to reduce the overall energy consumption of the industrial control system and lower the operation cost. The precision – made board and robust material selection enhance its corrosion and wear resistance and extend the service life of the module.
• Application Scenarios
  • Petrochemical Industry: It is widely used in the TDC 3000 control systems of refineries and natural gas processing plants. It is responsible for processing the real – time data of key equipment such as distillation towers and reaction kettles. It calculates and analyzes parameters such as the temperature and pressure of the reaction process, and sends control signals to adjust the opening of valves and the feeding speed, ensuring the stability and safety of the petrochemical production process.
  • Power Industry: It is installed in the distributed control systems of thermal power plants and nuclear power plants. It undertakes the core calculation tasks of generator sets and auxiliary equipment. It processes data such as boiler combustion efficiency and steam turbine operation speed in real time. It coordinates the operation of various equipment in the power generation process to ensure the stable output of electric energy and the safe operation of the power grid.
  • Chemical and Pharmaceutical Industry: In chemical and pharmaceutical production processes that require strict batch control, this module can accurately execute preset production formulas and process procedures. It controls parameters such as mixing ratio, reaction time and temperature in the production process. It ensures the consistency and qualification rate of each batch of products and meets the strict quality requirements of the chemical and pharmaceutical industry.
  • General Manufacturing Industry: It is applied to the automated production lines of textile, printing, rubber and plastic industries. It connects with the sensors and actuators on the production lines. It processes the data of equipment operation speed, product processing accuracy and other parameters. It regulates the operation state of the production equipment in real time. It improves the automation level and production efficiency of the production lines and reduces the error caused by manual operation.