GE IS200WROBH1A Advanced Relay, Fuse & Power Sensing Board for Industrial Control Systems

GE IS200WROBH1A Advanced Relay, Fuse & Power Sensing Board for Industrial Control Systems

Power Sensing Capacity:24V DC / 40V AC 

Relay Rating:250V AC / 1A 

Operating Temperature Range:-40"C to +70"C 

Input Current Sensing:0.001 to 5A 

Protection Levels:Overvoltage, undervoltage, overcurrent 

Dimensions:110mm x 75mm x 20mm 

Weight:0.2kg 

The GE IS200WROBH1A is engineered to withstand harsh industrial environments, offering a wide operating temperature range to ensure continuous performance in various conditions. This board features robust relay contacts capable of handling high currents without compromising reliability, making it suitable for a multitude of industrial applications requiring precise control and monitoring. Advanced power sensing technology provides real-time data on voltage, current, and power consumption, enabling proactive maintenance and optimization of energy usage. With its RS-485 communication interface, the IS200WROBH1A seamlessly integrates with existing industrial control systems, facilitating easy setup and monitoring through industry-standard protocols. Manufactured with high-quality materials, this board ensures durability and longevity, reducing downtime and maintenance costs associated with frequent replacements. The GE IS200WROBH1A is a specialized relay fuse and power sensing board designed for industrial automation systems, ensuring reliable power management and fault detection in complex manufacturing environments.  

Fuse Characteristics

Multi-fuse protection: Equipped with multi-fuse protection mechanism, multiple fuse sizes are configured for different circuit branches and power requirements. These fuses can quickly cut off the circuit in the event of overload, short circuit and other abnormalities to protect the downstream equipment from damage. 

For example, for the power supply circuits of high-power equipment, large-capacity, fast-blow fuses are equipped to quickly cut off the current in the event of an instantaneous overload, while for some low-power control circuits, small, slow-blow fuses are used to prevent accidental blowing due to instantaneous current fluctuations. 

Replaceable and Easy to Maintain: The fuses are designed to be easily replaced, allowing technicians to easily replace blown fuses during equipment maintenance. The location of each fuse is clearly marked and mounted in a manner that conforms to industry standards, reducing maintenance difficulties and time costs. In industrial production sites, quick fuse replacement reduces equipment downtime and increases productivity. 

3. Power Sensing Capability

High-precision power monitoring: Built-in advanced power sensing module can accurately monitor the power consumption in the circuit. Its power measurement accuracy can reach ±[specific accuracy percentage]%, and it can measure the active power, reactive power and apparent power of the circuit in real time. In industrial energy management, by accurately monitoring the power consumption of equipment, companies can better understand energy usage, optimise production processes and reduce energy costs. 

For example, in large factories, the board can be used to monitor the power consumption of each production area, so that energy waste points can be identified in a timely manner and appropriate measures can be taken. 

Data transmission and communication interfaces: The power sensing module is equipped with a variety of communication interfaces that support common industrial communication protocols such as Modbus and RS-485. 

Through these interfaces, the power monitoring data can be transmitted in real time to the upper computer control system or other intelligent devices to achieve remote monitoring and data analysis. In a smart factory environment, managers can view the power status of the equipment in real time through the remote terminal, and make real-time adjustments and optimisation of the production process.