Surge Protector Ubiquiti UACC-ETH-SP-DIN 600V 10Gbit/s Grey

The Ubiquiti UACC-ETH-SP-DIN 600V surge protector provides bidirectional protection for Ethernet lines up to 10 Gbit/s and is intended for indoor installation. It limits surge discharge currents up to 20 kA and is constructed from polycarbonate and SGCC for a compact, lightweight device measuring 25.5 mm wide, 89 mm deep and weighing 74 g. The unit supports PoE++ and is designed to safeguard network equipment from voltage spikes while maintaining high-speed data transmission.

Advantages

Provides bidirectional surge protection for network data lines with a maximum operating voltage of 600 V and surge discharge capability up to 20 kA. Supports 10 Gbit/s throughput and PoE++ compatibility, enabling protection without degrading link performance. Compact DIN-mountable design and durable polycarbonate/SGCC construction make it suitable for constrained indoor installations while remaining lightweight at 74 g.

Suitable for

• Protecting indoor Ethernet runs up to 10 GbE
• Safeguarding PoE++ powered devices (access points, cameras, switches)
• DIN-rail or rack-adjacent mounting in network cabinets and telecom rooms
• Protecting server room and office network equipment from voltage spikes

Key specifications

• Model: UACC-ETH-SP-DIN
• Brand: UBIQUITI
• Maximum voltage: 600 V
• Surge discharge: up to 20 kA
• Data rate support: up to 10 Gbit/s (10 GbE)
• PoE compatibility: PoE++ support
• Material: polycarbonate and SGCC
• Weight: 0.074 kg
• Dimensions (W x D): 25.5 mm x 89 mm
• Intended installation: indoor
• MPN: UACC-ETH-SP-DIN
• EAN: 0810177161844

How to use

Mount the surge protector in an appropriate indoor location, preferably on a DIN rail or near the network distribution point. Connect the incoming and outgoing Ethernet cables through the protector following the manufacturer’s wiring orientation so that the protector is inline with the data path. Ensure grounding and installation comply with local electrical codes and the device’s installation instructions to maintain protection effectiveness.

Recommendations

For reliable protection, install the device as close as practical to the equipment or distribution point you wish to protect, verify correct grounding, and periodically inspect connections. Do not use outdoors or in unprotected wet environments.