The DTK-2LVLPF protects 24V SLC loops on first generation fire alarm control panels, where surge protection and current limiting functionality are required.

• Protects up to 2 pairs of SLC loop circuits
• Low-current fusing prevents induced surges from damaging sensitive equipment
• Series connection, parallel function adds no resistance to loop circuits

The DTK-MRJPOE is a 10GbE PoE surge protector that is PoE Plus and High PoE ready. This point of use surge protector is compatible with CAT5e, CAT6 and CAT6A cabling infrastructure, and can be installed at the equipment end, or ahead of injecotrs or midspan devices.

• Uses SAD and GDT technologies for superior protection
• Data speeds up to 10GbE without signal degradation
• PoE Plus, HiPoE ready for high-wattage applications

The DTK-2MHLP75BWB provides surge protection for 70V alarm system speaker circuits and sensitive audio/video equipment. Two pairs protected, in a field-replaceable module. Includes hardwired mounting base for easy installation.

• Protects two 70V pairs per module
• Multi-stage SAD technology provides the best possible protection
• Field-replaceable modules with hard-wired multi-base mounting system allows you to protect up to ten pairs with a common ground

DITEK's LVLP surge protectors are used in multiple low voltage security applications. The DTK-4LVLPX protects four 12V hardwired signaling circuits.

• Protects low voltage data and signaling loop circuits
• Suitable for both AC and DC circuits
• Series connection, parallel function adds no resistance to circuits

DITEKs DTK-MRJPOES is designed with state-of-theart circuitry to provide superior protection for Shielded 10GbE Power over Ethernet connections. This point of use surge protector can be installed at the equipment end, or ahead of injectors and midspan devices.

• Uses SAD and GDT technologies for superior protection
• Data speeds up to 10GbE without signal degradation
• PoE Plus, HiPoE ready for high-wattage applications
• When used with STP cable, device does not require a separate earth ground