Product Short Description
Technical Specifications
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- Input and Output Parameters
- Input Specifications: It accepts 24 VDC ±20% or 0 – 10 VDC voltage inputs and ±20 mA current inputs, which is compatible with most industrial analog sensors.
- Output Specifications: It provides 24 VDC output voltage, 5 A rated output current, and its output voltage can also be adjusted within the 0 – 10 VDC range to meet the control requirements of different on-site equipment.
- Signal Resolution: It achieves 12-bit signal resolution, which ensures the precision of analog-to-digital and digital-to-analog conversion processes and minimizes signal distortion.
- Electrical and Power Parameters
- Power Supply: It operates with a 24 VDC power supply connected through a 5-pole detachable screw-type terminal block. The power efficiency exceeds 90%, and the power consumption reaches 384W, which balances high performance and energy efficiency.
- Bus and Communication: It supports communication interfaces including Ethernet and RS – 232, and is compatible with industrial bus protocols such as PROFINET and EtherCAT, facilitating data interaction with upper – level control systems.
- Input and Output Parameters
Description
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- Physical and Environmental Parameters
- Dimensions and Weight: Its overall dimensions are approximately 12.7cm × 7.6cm, and it weighs about 0.25kg to 0.5kg. The compact size allows for easy installation in limited control cabinet spaces.
- Environmental Adaptability: It operates stably within a temperature range of -40°C to 70°C and can be stored in an environment of -40°C to 85°C. It has an IP20 protection level, which effectively prevents the intrusion of dust and small foreign objects and adapts to general industrial on-site environments.
- Physical and Environmental Parameters
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Function Features
- Dual Signal Processing Capability: It integrates both analog input and output functions. It not only completes the collection and conversion of on-site analog signals but also outputs analog control signals. This dual capability reduces the need for additional modules and simplifies the overall structure of the control system.
- Stable Bus Connection and Wiring Safety: It adopts a 3-pole detachable terminal block for CS31 system bus connection and a 5-pole detachable screw-type terminal block for power connection. The specification clearly stipulates that the terminal block can only be plugged and unplugged when the power is off, which avoids electrical hazards during operation and ensures wiring safety and system stability.
- High Reliability with Multiple Protections: It is equipped with overload and over-temperature protection circuits as well as EMC filters. These components can promptly cut off the relevant circuits when the module is overloaded or overheated, and reduce electromagnetic interference. They prevent module damage and ensure the continuous and stable operation of the module in complex industrial electromagnetic environments.
- Easy Installation and Maintenance: It supports wall – mounted and DIN rail mounting methods. Its modular structure allows for quick disassembly and assembly. When a fault occurs, maintenance personnel can directly replace the faulty module, which significantly shortens the downtime of the entire system and reduces maintenance costs.
- Wide Compatibility: It is compatible with ABB controllers and Ics Triplex control systems. It also supports multiple mainstream industrial communication protocols and voltage input and output types. It can be flexibly integrated into various industrial automation systems and adapt to different equipment matching requirements of various projects.
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Application Scenarios
- Oil and Gas Industry: It is deployed in oil drilling platforms and natural gas transmission pipelines. It collects analog signals from pressure and flow sensors in pipelines and transmits the converted digital signals to the central control system. When abnormal data is detected, it outputs analog signals to control the opening and closing of emergency shut-off valves, thus avoiding oil and gas leakage and explosion accidents.
- Power Industry: It is applied in thermal power plants and substations. In thermal power plants, it collects analog signals such as boiler steam pressure and turbine speed, and outputs control signals to adjust the fuel supply volume. In substations, it monitors the voltage and current signals of power grids, which ensures the stable operation of power transmission and distribution equipment and the safety of the power supply network.
- Chemical Industry: It is used in chemical production workshops, especially in reactor control systems. It collects temperature and pressure signals during chemical reactions and outputs analog signals to regulate the heating power of reactors and the delivery speed of raw materials. It maintains the stability of chemical reaction conditions and ensures the qualification rate of chemical products while preventing dangerous reactions caused by parameter deviations.
- Manufacturing Industry: It is integrated into automobile manufacturing and electronic component production lines. In automobile manufacturing, it controls the movement parameters of welding robots by outputting analog signals to ensure welding precision. In electronic component production, it monitors the temperature and humidity of component processing equipment and adjusts relevant parameters in real time to ensure the quality stability of electronic components.
- Water Treatment Industry: It is installed in urban sewage treatment plants. It collects analog signals such as water turbidity, pH value, and sludge concentration in treatment pools. It outputs control signals to adjust the dosage of chemicals and the operating power of aeration equipment, which improves the efficiency of sewage treatment and ensures that the treated water meets the discharge standards.
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