DPE-SP110 Outdoor PoE Lightning Protector

Overview:

Any type of sudden electrical surge can damage electronic equipment beyond practical repair. The DPE-SP110 Outdoor PoE Ethernet Surge Protector helps protect your network equipment from damage caused by lightning or other static buildup. In the event of an electricity surge, the DPE-SP110 will cut off or divert all the excess electricity while continuing to let through the amount of power necessary for your equipment to work as normal. This surge protector is water-resistant, making it ideal for installation in outdoor environments.

High Surge Capability:

The DPE-SP110 is built around a durable design featuring a higher surge capability and lower clamping voltage. The 10 kA impulse discharge current helps ensure reliable surge protection, while the lower clamping voltage means the unit will activate faster by triggering at a lower voltage threshold. The DPE-SP110 is also IEC 61643-21-compliant, meaning it automatically covers all other existing international standards such as the ITU-T K-Series and IEC 61000-4-5.

High Speed PoE Connectivity:

The DPE-SP110 can function as a transmitter for a PoE switch to deliver power and data through an Ethernet cable. This device helps protect all 8 pins and is compatible with all types of RJ45 cables. The DPE-SP110 can handle data rates of up to 1000 Mbps, and is backwards compatible with older 10/100 Mbps ports, while also providing support for both PoE and PoE+ standards.

Greater Flexibility:

The DPE-SP110 is a simple, cost-efficient, and easy-to-install solution for helping to protect your PoE equipment. The surge protector is connected in-line with the protected device, without interfering with the connection. The independent, standalone design is compatible with a wide variety of network equipment, including IP cameras, access points, Wi-Fi bridges, and switches. The DPE-SP110 is ideal for protecting devices without integrated surge protection, effectively increasing the lifespan of those devices and saving you the cost of expensive equipment replacements in the event of a power surge.