The DTK-120HW provides surge protection for 120VAC equipment panels and dedicated branch circuits. The compact, parallel-mount design allows for installation in a variety of locations.

• Approved for 20A circuit breakers
• SCCR rating of 10kAIC complies with NEC Article 285.6
• NEMA 4X weatherproof enclosure allows for use in harsh environments
• UL1449 4th Edition Type 1 SPD
• Diagnostic LED

DITEK's DTK-4LCLPCR provides surge protection for card readers operating on 12/24V power. Protects four pairs of power/data connections.

• Protects power, LED and data lines
• Single point ground for all protected circuits
• Series connection, parallel function adds no resistance to loop circuits

The DTK-2MHLP24FWB provides surge protection with exclusive load removal technology for two 24V alarm system loop circuits.

• Protects two 24V 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

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

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

DITEK's LVLP surge protectors guard multiple low voltage applications in the fire and security industries. The DTK-4LVLPLV protects four 24V hardwired loop 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