Product Short Description
Technical Specifications
- Power-Related Parameters
- Input voltage supports 100 – 240V AC with a frequency range of 47 – 63Hz, and also adapts to 125 – 250V DC input, matching most industrial power supply configurations.
- Output voltage is fixed at 24V DC, with an output current of 1.46A and a rated power of 35W, which can stably supply power to multiple small and medium-sized industrial control components.
- The energy conversion efficiency exceeds 90%, and the typical power consumption is only 10W, realizing energy-saving operation and reducing overall operating costs.
- The maximum current rating reaches 10A, and the maximum load capacity is 10A, which can effectively manage heavy-load equipment operations.
- Physical and Environmental Parameters
- The module weighs 0.5kg, and its dimensions are 100mm×60mm×30mm, featuring a compact and lightweight design that facilitates installation in space-constrained control cabinets.
- It operates stably in a temperature range of -40°C to +70°C and can tolerate humidity levels up to 95%, adapting to high-moisture and extreme temperature industrial environments.
- It holds international certifications such as CE, UL and IECEx, and has IP67 environmental protection level, which can resist dust and water erosion without affecting functional operation.
Description
- Communication and Storage Parameters
- It is equipped with communication interfaces including RS – 232, RS – 485 and Ethernet, supporting high-speed and reliable data transmission with other devices.
- It is configured with 512KB RAM and 2MB flash memory, providing sufficient storage space for real-time operating data and configuration parameters.
- It supports communication protocols such as DNP 3 and IEC 61850, which can be seamlessly integrated into SCADA and other industrial control networks.
Function Features
- Stable and Efficient Power Supply
The module provides a stable 24V DC output with energy conversion efficiency exceeding 90%, minimizing energy loss during power conversion. Its wide input voltage range adapts to voltage fluctuations in different industrial power grids, ensuring that connected terminal equipment such as relays and sensors receive continuous and stable power supply, avoiding malfunctions caused by power instability.
- Comprehensive Fault Protection Capabilities
It integrates multiple protection functions such as overcurrent, overvoltage, frequency and differential protection. When abnormal conditions such as current surges or voltage deviations occur in the system, the module can quickly trigger protection mechanisms. It can also control circuit breakers and reclosers to cut off faulty circuits in a timely manner, preventing damage to core equipment and avoiding the expansion of fault impacts.
- Flexible Integration and Expansion
With multiple communication interfaces and support for mainstream industrial protocols, the module can be quickly connected to PLCs, HMIs and distributed control systems without extensive modifications to existing system architectures. Its modular design allows for easy customization and expansion according to actual application requirements, and it can be combined with other Multilin series modules to meet more complex control and monitoring needs.
- Ruggedness and Long-Term Reliability
It adopts a robust structure with IP67 protection rating, which can resist dust accumulation and water splashing in harsh industrial environments. It meets international safety standards, and its high-quality electronic components and optimized circuit design ensure long-term stable operation even under conditions of vibration and electromagnetic interference. It also maintains reliable performance in high-humidity environments, eliminating functional degradation caused by environmental factors.
- Intuitive Monitoring and Easy Operation
It continuously monitors key electrical parameters such as system voltage, current and frequency, and records detailed event logs, alarms and parameter change trends. Users can obtain real-time operation data through the matching control platform. The module is easy to set up and maintain, and its user-friendly operation interface allows for quick parameter configuration and function debugging, reducing the difficulty of on-site operation and maintenance.
Application Scenarios
- Power Generation, Transmission and Distribution Systems
It is widely used in power plants, substations and power distribution networks. It supplies power to protection relays and monitoring sensors, monitors the operating status of transformers, feeders and circuit breakers in real time, and triggers circuit breakers to act when faults such as short circuits occur, ensuring the safe and stable operation of the power grid and preventing large-scale power outages.
- Oil and Gas and Mining Industries
In oil and gas drilling platforms, refineries and mining sites, the module provides stable power and control signals for pipeline valves, pumping equipment and mining machinery. It withstands harsh on-site conditions such as high vibration and large temperature differences, monitors equipment operating parameters in real time, and avoids equipment damage and production interruptions caused by power failures or component malfunctions.
- General Manufacturing Industry
In production lines such as automobile manufacturing, metal processing and plastic molding, the module controls and powers robotic arms, conveyor belts and automated processing equipment. It coordinates the operation of various equipment through connection with the factory’s central control system, ensures the synchronization and precision of the production process, and improves production efficiency and product quality consistency.
- Building Automation and Infrastructure
In large commercial buildings, data centers and transportation hubs, it is integrated into the building’s power management system. It supplies power to and controls lighting, air conditioning and fire protection equipment, monitors the power consumption of each system, optimizes energy allocation, and ensures the stable operation of critical infrastructure such as elevators and emergency power supply systems.
- Industrial Automation Supporting Equipment
It provides reliable power and control support for auxiliary equipment such as industrial motion controllers, PLCs and HMIs. It is compatible with multiple types of automation equipment, adapting to the configuration needs of different industrial automation systems, and serves as a key auxiliary component to ensure the normal operation of the entire industrial control network.
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