Product Short Description
Technical Specifications
- Electrical Parameters
- The standard power input supports 24VDC, and there are optional 48VDC configurations, with a maximum power consumption of no more than 25 watts. Some models also cover a 100 – 240VAC input and can output 12VDC with an output current of 3 amps.
- It has a rated working current of 3.4 amps, which matches the power demand of most industrial on-site peripheral equipment.
- The control precision reaches ±0.5%, ensuring the accuracy of signal conversion and instruction execution during the control process.
- It supports redundant power supply configuration, which avoids system downtime caused by single power supply failure.
- Physical Parameters
- The overall dimensions are approximately 300mm × 200mm × 120mm for the standard model, while some compact versions are 120mm × 60mm × 35mm, with a weight of about 200 grams.
- It supports DIN rail or 19-inch rack mounting, and the standard protection level is IP20, which can be upgraded to IP54 with an optional protective enclosure to adapt to different installation environments.
Description
- Communication and Environmental Parameters
- It is equipped with gigabit Ethernet ports, RS – 232, RS – 485 serial ports and two USB 2.0 ports, supporting Modbus, Ethernet/IP, Profibus, DNP3 and other communication protocols.
- The operating temperature range is -20°C to 60°C, and the storage temperature range is -40°C to 85°C.
- It can work normally in an environment with 5% – 95% relative humidity without condensation, adapting to the humidity changes of most industrial sites.
Function Features
- Strong Multi – device Compatibility
It integrates digital input, digital output, analog input and analog output interfaces, and supports local and remote I/O module expansion. It can connect switches, temperature sensors, pressure transmitters, actuators and other different types of equipment at the same time. It supports up to 64 communication tasks per port to meet the connection needs of multiple devices in complex industrial systems.
- Superior Real – time Response Performance
It adopts a high-speed industrial-grade CPU, and the response time for critical control loops is within the sub-millisecond level. It has deterministic operation characteristics, which can realize the synchronous operation of multiple on-site equipment and ensure the coordination and consistency of the production line operation.
- High Reliability and Stable Operation
It uses industrial-grade components that can resist extreme temperatures and vibrations. It is equipped with an advanced passive cooling system and heat monitoring function, which can timely dissipate the heat generated during operation and prevent performance degradation caused by overheating. It meets IEC 61131, UL and CE standards, ensuring the safety and stability of its operation in various industrial scenarios.
- Convenient Operation and Security Guarantee
It is pre-installed with iFIX, CIMPLICITY and other software for visualization and control. It is equipped with an intuitive intelligent display module, which allows users to carry out local configuration without additional tools. It supports data encryption and role-based access control. It requires an eight-character alphanumeric password for configuration modification, which effectively prevents unauthorized operations and network security threats.
Application Scenarios
- Automotive and Electronics Manufacturing
It is installed in automobile assembly lines and electronic component production workshops. It connects robotic arms, CNC machine tools and conveyor belt systems. It realizes the real-time transmission of control instructions and the collection of equipment operation data. It ensures the precision and efficiency of assembly, processing and transportation links, and reduces the error rate of manual intervention.
- Oil and Gas Industry
It is applied to onshore oil fields and offshore drilling platforms. It connects pressure sensors and flow meters on pipelines. It monitors pipeline pressure and medium flow rate in real time. It sends early warning signals to the control center when abnormal data occurs. It also links with safety systems to quickly trigger emergency shutdown measures when dangerous situations arise, ensuring the safety of production operations.
- Power Generation and Energy Field
It is used in thermal power plants and renewable energy power stations. It participates in turbine control and power grid synchronization work. It connects various sensors and actuators in power generation equipment. It realizes the adjustment of power generation parameters and the stable integration of power into the grid. It provides reliable data support for the efficient operation of power generation systems.
- Water Treatment Plants
It is integrated into the automatic control system of sewage and tap water treatment plants. It controls the operation of dosing pumps and water pumps. It collects water quality detection data in real time. It adjusts the dosage of chemicals according to the water quality changes. It ensures the stability of water treatment processes and the compliance of effluent quality.
- Pharmaceutical and Food Processing
It is used in pharmaceutical production lines and food processing workshops. It monitors and controls parameters such as temperature, pressure and mixing speed in the production process. It ensures that the production process meets the strict quality standards of the pharmaceutical and food industries. It maintains the consistency of product quality and avoids quality problems caused by parameter fluctuations.
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