NVT NV-4PS13-PVD 4-channel power supply passive receiver hub

Technical Specification

Features:
  • Make: NVT Phybridge
  • Model code: NV-4PS13-PVD
  • Input Voltage: 24 V AC
  • Output Voltage: 28 V AC
  • Power Supplies & Batteries: Yes
Additional info:

NV-4PS13-PVD is a key hybrid component that consolidates all CCTV system cabling using standard EIA/TIA 568B structured building wiring. Designed for installation in the IDF/Telecom Closet or MDF/Equipment Room, the Power Supply Passive Video Receiver Hub has independently selectable 24VAC-OFF-28VAC outputs that can support at-distance camera loads up to 1 Amp per channel. Use with NVT's PVDTM transceivers for cable runs under 750ft (225m). A built-in passive receiver hub allows connection to DVR or an encoder for IP transmission. Per-channel diagnostic LEDs display load /no-load, miswires, or fault conditions at a glance. Automatic-reset fault \ protection, transient protection, and ground loop free individually floating outputs.

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Make NVT Phybridge
Manufacturer NVT Phybridge
Category CCTV>Power supplies & batteries
Model code NV-4PS13-PVD
Input Voltage 24 V AC
Output Voltage 28 V AC
Power Supplies & Batteries Yes
Environmental Specifications Operating Humidity %: 0 ~ 95
Physical Specifications Dimension mm: 235 x 44.5 x 184
Weight g: 3,200
Additional info

NV-4PS13-PVD is a key hybrid component that consolidates all CCTV system cabling using standard EIA/TIA 568B structured building wiring. Designed for installation in the IDF/Telecom Closet or MDF/Equipment Room, the Power Supply Passive Video Receiver Hub has independently selectable 24VAC-OFF-28VAC outputs that can support at-distance camera loads up to 1 Amp per channel. Use with NVT's PVDTM transceivers for cable runs under 750ft (225m). A built-in passive receiver hub allows connection to DVR or an encoder for IP transmission. Per-channel diagnostic LEDs display load /no-load, miswires, or fault conditions at a glance. Automatic-reset fault \ protection, transient protection, and ground loop free individually floating outputs.

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