CITEL Surge Suppressors

CITEL Surge Suppressors offer shielded construction and are available in DIN-rail or panel-mount mounting styles. The DLAx suppressors feature hybrid SAD-GDT technology and are UL 497B listed and UL 121201 listed for hazardous locations. The DD9 suppressor is designed for RS networks and supports data rates up to 40Mbps, while the DD15 has low-frequency coaxial surge protection with bidirectional protection and a waterproof design. B180 and B480 suppressors offer 20kA Imax, 5kA Imp, and 5kA specification ratings, and <1dB insertion loss and thermoplastic construction. MJ8-POE suppressors are POE++ compatible and feature a 16kA maximum surge discharge capability, maximum transmission of 10Gbps, and a bandwidth of up to 500MHz. CITEL MSP-VMx protectors are combined POE mid-span injector or splitter and SPD and have an integrated power supply injector connector.

Features

  • DLAx
    • UL 121201 listed for hazardous locations
    • UL 497B listed
    • Hybrid SAD-GDT technology
    • 20kA Imax
    • 5kA Imp
    • 10kA In
    • DIN-rail mounting
  • DD9
    • Designed for RS networks
    • 9-, 15-, and 25-pin D-sub connectors
    • Supports data rates up to 40Mbps
    • Fast and easy installation
    • Ideal for equipment-level protection
  • DD15
    • Low-frequency coaxial surge protector
    • High-energy GDT technology
    • Bidirectional protection
    • IP20 or IP65 classification
    • Waterproof design
  • B180 and B480
    • Hybrid SAD-GDT technology
    • UL 497B listed
    • 20kA Imax
    • 5kA Imp
    • 5kA In
  • MJ8-POE
    • POE++ compatible
    • Shielded enclosure and connectors
    • 16kA maximum surge discharge capability
    • Up to 10Gbps transmission
    • Up to 500MHz bandwidth
    • UL 497B
  • MSP-VMx
    • Combined POE mid-span injector or splitter and SPD
    • Supports 802.3af, 802.3at, 802.3bt (POE++)
    • Hybrid SAD-GDT technology
    • DIN rail mount with integrated ground connection
    • Integrated power supply injector connector (power supply separate)
Veröffentlichungsdatum: 2023-05-02 | Aktualisiert: 2023-05-15