Data & Signaling Circuit Surge Protection Module The DTK-2MHLP36B provides surge protection for two 36V circuits in a field-replaceable module. With required snap-track bases, protect up to 10 pairs with a common ground. Protects two 36V pairs per module Multi-stage SAD technology provides the best possible protection Field-replaceable modular edge card connection with single point ground for fast installation
Data & Signaling Circuit Modular Surge Protector with Snap-Track Base The DTK-2MHLP24FWB provides surge protection with exclusive load removal technology for two 24V 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
Data & Signaling Circuit Surge Protection Module The DTK-2MHLP24F provides surge protection with exclusive load removal technology for two 24V circuits. With required snap-track bases, protect up to 10 pairs with a common ground. 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
Data & Signaling Circuit Surge Protector with Snap-Track Base The DTK-2MHLP24BWB provides surge protection for two 24V circuits in a field-replaceable module. Includes hardwired mounting base for easy installation. Protect 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 NOTE: For 2MHLPB Series data sheet, use “DATA SHEET” below. For 2MHLPF Series data sheet, use “DATA SHEET 2” below.
Data & Signaling Circuit Surge Protection Module The DTK-2MHLP24B provides surge protection for two 24V circuits in a field-replaceable module. With required snap-track bases, protect up to 10 pairs with a common ground. Protects two 24V pairs per module Multi-stage SAD technology provides the best possible protection Field-replaceable modular edge card connection with single point ground for fast installation
Data & Signaling Circuit Modular Surge Protector with Snap-Track Base The DTK-2MHLP12FWB provides surge protection with exclusive load removal technology for two 12V circuits. Protects two 12V 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
Data & Signaling Circuit Surge Protection Module The DTK-2MHLP12F provides surge protection with exclusive load removal technology for two 12V circuits. With required snap-track bases, protect up to 10 pairs with a common ground. Protects two 12V 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
Data & Signaling Circuit Surge Protector with Snap-Track Base The DTK-2MHLP12BWB provides surge protection for two 12V circuits in a field-replaceable module. Includes hardwired mounting base for easy installation. Protect two 12V 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
Data & Signaling Circuit Surge Protection Module The DTK-2MHLP12B provides surge protection for two 12V circuits in a field-replaceable module. With required snap-track bases, protect up to 10 pairs with a common ground. Protects two 12V pairs per module Multi-stage SAD technology provides the best possible protection Field-replaceable modular edge card connection with single point ground for fast installation
Snap-Track Type Mounting Base Series Two module, 4 pair, hard wired mounting base for the DTK-2MHLP Series. Allows the installer to protect multiple circuits while utilzing a common ground point.