Ditek DTK-MRJETHS Shielded Gigabit Ethernet Surge Protector

Product Description

The DITEK DTK-MRJETHS is a shielded gigabit Ethernet surge protector designed to safeguard network equipment from transient voltage events on data lines. It installs inline on shielded Ethernet runs and provides protection at the point of entry or at sensitive network equipment. The shielded construction addresses both surge suppression and electromagnetic interference concerns on high-speed data circuits. Network technicians, low-voltage electricians, and security or BAS installers are the primary trades that install this device on commercial and residential network infrastructure.

This surge protector is suited for shielded gigabit Ethernet applications where data integrity and equipment protection are both required. Typical installations include network closets, access control panels, IP camera systems, building automation systems, and any shielded Cat5e, Cat6, or Cat6A data run where surge exposure is a concern. It is rated for gigabit speeds, meaning it does not throttle throughput on modern high-speed networks.

Key Features

• Shielded housing compatible with shielded Ethernet cabling infrastructure
• Gigabit-rated for full 1000 Mbps throughput without speed degradation
• Inline installation design for straightforward data line integration
• Protects connected network equipment from transient voltage surges on data lines
• Sold as a single unit for flexible, targeted deployment

Compatibility

Designed as an OEM-style surge protection solution for shielded gigabit Ethernet data lines in commercial and residential low-voltage network installations.

Installation Notes

Installation is typically performed by a licensed low-voltage technician or electrician familiar with data cabling standards. Power down or de-energize connected equipment before making inline connections. Follow applicable NEC guidelines for surge protection and bonding of shielded cable infrastructure. Do not install on unshielded cabling runs where the shielded termination cannot be properly bonded.