Description

Honeywell  K4LCN-16  TDC3000 Memory Processor Module

• High Reliability: Adopts industrial-grade components, featuring strong stability, capable of long-term stable operation in harsh industrial environments, and complies with relevant certification standards such as UL and CE.
• Large-capacity Storage: Provides sufficient storage space to meet complex control requirements, and can store data such as control system program codes, process variables, and alarm information.
• High-speed Data Processing: Equipped with high-speed data processing capability to ensure the real-time performance of the system, enabling rapid reading and execution of control programs and data in the memory.
• Modular Design: Easy to install and maintain, and has good compatibility with other modules of the TDC3000 system.

• Processor: Motorola 68020
• Main Frequency: 12MHz
• Memory Capacity: Usually 16KB SRAM, and some data shows it is 16MB
• Expansion Interface: VME
• Communication Interface: RS-232
• Power Supply Voltage: 5V DC
• Power Consumption: <10W
• Operating Temperature: Generally 0°C to +55°C, and some data shows it ranges from -20°C to +60°C or -40°C to +85°C
• Protection Level: IP65 or IP67
• Dimensions: Approximately 233mm x 168mm x 30mm or 146mm x 61mm x 25mm
• Weight: 0.5kg

• Oil and Gas Industry: It can be used in the safety control system of oil platforms to collect and process data from various sensors, such as monitoring pressure, temperature, combustible gas concentration, etc., execute safety control algorithms, and promptly generate control commands when abnormalities are detected, such as activating the emergency shutdown system to prevent dangerous situations like explosions and fires. It can also be used in the process control system during oil and gas extraction and transportation to monitor and regulate parameters such as pipeline pressure and flow.
• Chemical Industry: It can prevent chemical leakage. By connecting to leakage detection sensors, it real-time monitors the sealing status of chemical equipment and pipelines. When a leakage signal is detected, it quickly issues an alarm and takes corresponding control measures, such as closing relevant valves. Meanwhile, it can be used to control equipment such as reactors and distillation towers in the chemical production process, store control programs and process data, and precisely control reaction temperature, pressure, material flow, etc., according to set process parameters and real-time collected data to ensure the stability of the production process and product quality.
• Power Industry: Used in the DCS system of power plants to monitor the operating status of equipment such as generators and transformers, collect and store data such as voltage, current, and temperature, providing a basis for fault diagnosis and equipment maintenance. It can also ensure the safe operation of the power grid, participate in grid dispatching and control, execute corresponding control logic according to the load and operating status of the power grid, adjust power output, and maintain the stability of grid voltage and frequency.
• Manufacturing Industry: In automated production lines, it can store control programs and production data of the production line, monitor and control the operating status of production equipment, such as controlling the actions of robots and processing parameters of machine tools, ensuring the accuracy and stability of the production process, and improving production efficiency and product quality. In addition, it can be used in mechanical protection systems to protect workers from machine injuries. By connecting to equipment such as safety light curtains and emergency stop buttons, it real-time monitors the safety status of the work area and immediately stops the machine operation when abnormalities are detected.

• Water and Wastewater Treatment Industry: Used for monitoring the water treatment process, storing control programs and related data of the water treatment process, and real-time monitoring and controlling water quality parameters, water level, flow, etc. For example, it automatically adds chemicals according to water quality conditions, controls the start and stop of water pumps to adjust water level and flow, realizing the automation and efficient operation of the water treatment process.
• Building Automation Field: It can be applied to data storage in building control systems, storing operating data and control programs of various equipment in the building, such as air conditioning systems, lighting systems, and elevator systems. Through data collection and analysis of these equipment, intelligent control is realized. For example, it automatically adjusts air conditioning temperature and lighting brightness according to ambient temperature and light intensity, improving building comfort and energy utilization efficiency.
• Transportation Field: It can be used to ensure transportation safety. For example, in transportation hubs such as airports and railway stations, it can participate in monitoring systems, store operating data and control logic of related equipment, and monitor and manage facilities such as security inspection equipment, elevators, and lighting. In intelligent transportation systems, it can also be used to store traffic flow data and signal control programs, helping to optimize traffic signal control and improve the efficiency and safety of transportation.