Dataprobe ELK-912-2 Dual Relay Board for High Current Applications

The Dataprobe High - Capacity Dual Relay Board is a must - have for high - current applications. It offers excellent performance and reliability in tough environments. Thanks to advanced technology, this board provides top - notch switching capabilities, making it perfect for industrial automation, control systems, and high - load situations. Its dual - relay design lets you control two separate circuits independently, helping you manage complex systems effectively. Whether you're automating machinery or handling electrical loads, this board ensures accurate control and reliable operation. Built to handle high currents, it features durable components that guarantee long - term performance under different conditions. Its compact size allows for easy integration into existing systems, and the simple installation process reduces downtime and speeds up projects. You'll enjoy seamless functionality with quick activation and reliable switching, making it a great addition to your engineering tools. This user - friendly board comes with clear status indicators for real - time monitoring. This is super useful when you need to make fast decisions. Also, it's designed with safety in mind, with protective measures against overloads for stable long - term operation. Key Features: - Dual - relay design for flexible control of two circuits. - High current capacity for demanding applications. - Compact and easy - to - install for quick integration. - Status indicators for real - time feedback. - Robust construction for durability and long - term reliability. Technical Specifications: - Input Voltage: 12V DC - Relay Output Rating: 10A at 240V AC, 10A at 125 VAC, 7A at 30V DC - Relay Type: DPDT (Double Pole Double Throw) - Operating Temperature: - 10°C to + 60°C

Using the Dataprobe High - Capacity Dual Relay Board is easy. First, make sure to connect it to a 12V DC power source. Then, you can independently control two separate circuits according to your needs. You can use it in industrial automation to automate machinery or in control systems to manage electrical loads. When installing, take advantage of its compact design and install it into your existing system quickly. The straightforward installation process won't take you much time. Keep in mind that the board has a specific operating temperature range from - 10°C to + 60°C. Don't use it outside this range to avoid damage. For maintenance, regularly check the status indicators. They can give you real - time feedback on the system's performance. If there are any signs of overload, the protective measures will work, but you should also check for any issues. With proper use and care, this board will serve you well for a long time.