MLP-030 30V 66 Block Surge Protector
Protect Your Equipment from Voltage Surges
Are you tired of dealing with voltage surges that can damage your equipment? Look no further than the MLP-030 30V 66 Block Surge Protector. This reliable protector is designed to safeguard your equipment from voltage surges, ensuring your systems remain online and functional.
How It Works
The MLP-030 protects your equipment by detecting when the voltage on the pair rises above 30V. It then opens the line when the current goes over 150ma. When the voltage or current goes back below the threshold, the MLP-030 automatically resets, ensuring minimal downtime.
Choosing the Right Protector
When selecting a surge protector, it's essential to choose one that matches your equipment's voltage requirements. If you're unsure of the voltage on your line, simply use a DC volt meter to determine the voltage, and then choose a protector with a higher voltage threshold. Our MLP Protectors come in a range of thresholds, including 14V, 21V, 30V, 56V, 70V, 110V, 123V, and 270V.
Key Features and Benefits
The MLP-030 30V 66 Block Surge Protector offers several key features and benefits, including a self-resetting fuse for convenience, a 1-year warranty for peace of mind, and a 30-day money back guarantee. With its reliable performance and robust design, this protector is an essential component for any system.
Installation and Maintenance
Installing the MLP-030 is straightforward, and maintenance is minimal. Simply ensure you have one protector for each pair, and consider installing them at both ends of the cable if you're connecting to a separate building. By following these simple guidelines, you can ensure your equipment remains protected and functional.
Why Buy from Us?
When you buy the MLP-030 30V 66 Block Surge Protector from us, you can be confident you're getting a high-quality product that's designed to deliver reliable performance. With our 30-day money back guarantee and 1-year warranty, you can have peace of mind knowing you're protected in the unlikely event of a fault.