Power Supply Requirements: It draws power through the system backplane, with a rated power supply of 24VDC and a voltage tolerance range of ±10% to adapt to slight fluctuations in the industrial power supply and ensure stable module operation.
Signal Handling Capabilities: It can process both analog and digital signals. The analog signal supports the common 4–20mA current signal and 0–10VDC voltage signal in industrial fields, while the digital signal is compatible with 24VDC TTL signals to match the signal types of most industrial field devices.
Isolation Performance: It provides 500–1500VAC isolation between the field circuits and logic circuits. This isolation design effectively blocks electrical interference between different circuits and prevents module damage caused by abnormal voltage in the field.
Physical Dimensions: It has a compact structure with dimensions of 22.7 centimeters ×14 centimeters ×2 centimeters and a weight of 0.14 kilograms. The small size and light weight allow it to be easily installed in control cabinets with limited space without occupying excessive installation positions.
Operating Environment Parameters: It can operate stably within a temperature range of 0°C to +60°C. It also adapts to a humidity environment of 5% to 95% non-condensing, which can cope with the humid or dry conditions often encountered in industrial workshops and control rooms.
Dual-Node Communication Support: It supports dual-node configurations through LCN coaxial B connections. This feature enhances the redundancy and stability of the communication network. When one communication node fails, the other node can take over the work in time to avoid interruption of the entire control system communication.
Dual Signal Conversion: It integrates the function of converting both analog and digital signals. It eliminates the need for additional separate signal conversion modules, reduces the complexity of the system configuration, and lowers the costs of equipment purchase and system integration.
Strong Anti-Interference Performance: The isolation design between field and logic circuits effectively suppresses electromagnetic interference and voltage fluctuations in the industrial environment. It ensures the accuracy of signal transmission and prevents misoperation of the upper control system caused by distorted signals.
Easy System Integration: It is tailor-made for the TDC 3000 distributed control system and can be seamlessly integrated into the existing system without complex protocol conversion or hardware modification. Its intuitive setup and easy-to-use interface further streamline the integration process and shorten the deployment time.
Reliable Industrial-Grade Durability: It is made of high-quality industrial-grade materials, which can withstand the long-term harsh working conditions in industrial sites. It reduces the frequency of maintenance and replacement, and the certifications it holds prove its compliance with global industrial safety and quality norms, giving it high reliability.
Application Scenarios
TDC 3000 Distributed Control System: It is a core matching component in the Honeywell TDC 3000 DCS. It is widely used in the central control part of large industrial plants to connect the main controller with on-site sensors, actuators and other equipment to realize centralized control of the entire production process.
Petrochemical Production Sites: In oil refineries and chemical plants, it is used to connect instruments such as pressure sensors and flow meters on pipelines and reaction kettles with the central control system. It transmits real-time data such as material flow and reaction pressure to ensure the stable and safe operation of the production process.
Power Generation Industry: It is applied to the monitoring system of thermal power plants and hydropower stations. It collects digital and analog signals from generator sets, transformers and other key equipment, and feeds back the operating status of the equipment to the control center to assist in the regulation and protection of power equipment.
Manufacturing Assembly Lines: In automobile manufacturing, electronic component processing and other assembly lines, it connects the switch signals of assembly robots, the position signals of conveying equipment and other on-site signals with the production line control system to ensure the coordinated operation of each station of the assembly line.
Water Treatment Plants: It is used in urban sewage treatment and industrial wastewater treatment systems. It collects signals such as liquid level sensors in sedimentation tanks and flow sensors in dosing equipment, and transmits them to the control system to realize automatic regulation of the water treatment process and improve the efficiency of water treatment.
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