Honeywell FC-RUSIO-3224 Universal I/O Module

Functional Features Abundant Input and Output Channels: It has 32 analog input channels and 24 analog output channels, supporting various signal types such as voltage and current. It can meet the needs of collecting and outputting a large number of analog signals. The accuracy of signal collection and output is ensured through high-precision AD/DA converters. Digital Input and Output Interfaces: It provides a rich variety of digital input and output interfaces. The photoelectric isolation technology is adopted to effectively isolate the electrical interference between the field devices and the control system, enhance the system stability, and ensure the reliability of digital signal transmission. Support for Multiple Communication Protocols: It supports multiple communication protocols such as Ethernet/IP and Modbus TCP/RTU, which facilitates data exchange and remote monitoring with other devices, and enables it to be easily integrated into various complex industrial control system networks. Remote Monitoring and Diagnosis Function: It has a built-in remote monitoring and diagnosis function. Users can remotely monitor and configure the module through the host computer software, promptly discover and solve problems, achieve real-time management and optimization of the industrial process, reduce downtime, and improve production efficiency. Technical Parameters Isolation Method: The internal bus and field input/output adopt optocoupler isolation, which effectively prevents interference signals from entering the system and improves the anti-interference ability and stability of the system. Protection Functions: It has functions such as thermal shutdown, overcurrent protection, short-circuit protection, and overload protection, which can effectively protect the module and connected devices from damage under abnormal conditions, extend the service life of the equipment, and ensure the safe and reliable operation of the system.

Technical Parameters: Analog Input and Output: Number of Channels: 32 analog input channels and 24 analog output channels. Signal Types: Supports various signal types such as voltage and current. Conversion Accuracy: Ensures the accuracy of signal collection and output through high-precision AD/DA converters. Digital Input and Output: Number of Interfaces: Provides a rich variety of digital input and output interfaces. Isolation Method: Adopts photoelectric isolation technology to effectively isolate the electrical interference between field devices and the control system. Communication Protocols: Supports multiple communication protocols such as Ethernet/IP and Modbus TCP/RTU. Counting Frequency: Usually less than 200Hz. Protection Functions: Has functions such as thermal shutdown, overcurrent protection, short-circuit protection, and overload protection. Operating Temperature: Outside the Module: –40°C... +70°C (–40°F... +158°F). Inside the Module: –40°C... +90°C (–40°F... +194°F). Storage Temperature: –40°C... +85°C (–40°F... +185°F). Relative Humidity: 10...95% (non-condensing). Pollution Degree: Pollution degree 2 or better. Certifications: CE certification, UL certification, TUV certification is pending. Power Supply: Voltage: 24VDC -15%... +30%. Current: Maximum 300mA (without field load). Reverse Polarity Protection: Parallel diodes (fuse). Physical Dimensions: 7.24cm×16.51cm×14.5cm. Weight: Product Weight: 0.7kg. Shipping Weight: 2kg. Maximum Field Capacitance: 100nF (for AI/DI/AO channels). Digital Inputs: Up to 32 (with or without line monitoring). Digital Outputs: Up to 16 (with or without open-loop detection). ESD Inputs: Up to 1 (with line monitoring).

Application Fields Petroleum and Natural Gas: In the links of petroleum extraction, refining, and natural gas processing, precise monitoring and control of various parameters are required. This module can collect analog signals such as the pressure, temperature, and flow rate of oil wells, as well as digital signals such as the on-off status of valves and the operating status of equipment, to achieve automated control and remote monitoring of the production process and ensure safe and efficient production. For example, by real-time monitoring of the pressure and flow rate of the oil pipeline, problems such as pipeline leakage or blockage can be promptly discovered, and corresponding control and handling can be carried out. Chemical Industry: The chemical production process is complex, and the requirements for safety and stability are extremely high. The FC - RUSIO - 3224 module can be used for the control of temperature, pressure, and liquid level of chemical reaction kettles, as well as the monitoring and control of the flow rate of chemical raw materials and products. Through accurate analog signal collection and output, precise control of the reaction process is achieved, ensuring product quality and production safety. At the same time, the digital input and output interfaces can be used to control the start and stop of various chemical equipment and interlock protection to prevent accidents. Electric Power: In power plants, regardless of thermal power generation, hydropower generation, or other types of power generation methods, the monitoring and control of various equipment and parameters are required. This module can be used to monitor electrical parameters such as the voltage, current, and frequency of generators, as well as the operating status parameters of equipment such as steam turbines and boilers, such as temperature, pressure, and rotational speed. Through the remote monitoring and diagnosis function, operation and maintenance personnel can promptly understand the operating status of the equipment, carry out fault diagnosis and predictive maintenance, and improve the reliability and operating efficiency of the power generation equipment.

Cement and Mining: In the cement production process, from mining to the packaging of cement finished products, it involves the automated control of multiple links. The FC - RUSIO - 3224 module can be used for the remote monitoring of mining equipment, such as the operation status monitoring and control of excavators, loaders, etc.; in the cement production line, it can precisely control parameters such as the raw material batching, the temperature and pressure of the mill, and the rotational speed and temperature of the rotary kiln to ensure the stable quality and output of cement production. Paper Making: In the paper-making industry, precise control of parameters such as the pulp concentration, flow rate, temperature, and the speed and pressure of the paper-making machine is required to ensure the quality of the paper. The FC - RUSIO - 3224 module can collect and process these analog signals and control the operation of related equipment through digital signals to achieve the automated control and optimization of the paper-making process. At the same time, the remote monitoring function helps to promptly discover problems in the production process, reduce downtime, and improve production efficiency. Shipbuilding: During the shipbuilding and ship operation processes, this module can be used for the monitoring and control of the ship's power system, such as the monitoring of parameters such as the temperature, pressure, and rotational speed of the engine, as well as the monitoring and control of the voltage and current of the ship's power system. In addition, it can also be used for the monitoring and control of the ship's cabin environment, such as temperature, humidity, and ventilation, to provide a comfortable and safe working and living environment for the crew and ensure the normal operation of the ship's equipment at the same time. Biological Industry: For example, biological experimental equipment, biopharmaceutical production lines, etc. In the biopharmaceutical process, the control requirements for parameters such as temperature, humidity, pH value, and dissolved oxygen are very strict. The FC - RUSIO - 3224 module can accurately collect and control these parameters to ensure the stability of the biopharmaceutical process and the quality of the products. In biological experimental equipment, it can also be used to control the operating status of the experimental environment and experimental equipment, providing accurate and reliable conditions for the experiment.