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PS-LCC-57V-2000 PS-LCC-57V-2000
PowerShift® 7,695 Watt Constant Voltage DC-DC Converter
PS-LCC-57V-2000
  • Product Brand: PowerShift®
  • Product Type: DC/DC Converter
  • Input Current Range: 0-219 A @ -38Vdc
  • Input Voltage Range: -38 to -57 Vdc
  • Output Current Range: 0–45 A
PS-LCC-57V-2000
  • Product Brand: PowerShift®
  • Product Type: DC/DC Converter
  • Input Current Range: 0-219 A @ -38Vdc
  • Input Voltage Range: -38 to -57 Vdc
  • Output Current Range: 0–45 A
460200126 460200126
PowerShift® Metro AC/DC Module, 48VDC SIERRA 25 CONVERTER
460200126
  • Product Brand: PowerShift Metro®
  • Product Type: Module
  • Input Voltage Range: -32 to -63 Vdc
  • Output Voltage Range: -32 to -63 Vdc
460200126
  • Product Brand: PowerShift Metro®
  • Product Type: Module
  • Input Voltage Range: -32 to -63 Vdc
  • Output Voltage Range: -32 to -63 Vdc
460200127 460200127
PowerShift® Metro DC/DC Module, 380V IRIS 25 CONVERTER
460200127
  • Product Brand: PowerShift Metro®
  • Product Type: Module
460200127
  • Product Brand: PowerShift Metro®
  • Product Type: Module
DPCPWR-NODE-1000 DPCPWR-NODE-1000
PowerShift Metro® 1000W Remote Node, 380V to 48V converter, Small Cell Pole-Mounted
DPCPWR-NODE-1000
  • Product Brand: PowerShift Metro®
  • Product Type: Module
  • Input Voltage Range: ±190 Vdc (± 125 Vdc to ± 200 Vdc)
  • Output Current Range: 0–22 A
  • Output Voltage Range: -52 to -56 Vdc
DPCPWR-NODE-1000
  • Product Brand: PowerShift Metro®
  • Product Type: Module
  • Input Voltage Range: ±190 Vdc (± 125 Vdc to ± 200 Vdc)
  • Output Current Range: 0–22 A
  • Output Voltage Range: -52 to -56 Vdc
DPCPWR-NODE-1500 DPCPWR-NODE-1500
PowerShift Metro® 1500W Remote Node, 380V to 48V converter, Small Cell Pole-Mounted
DPCPWR-NODE-1500
  • Product Brand: PowerShift Metro®
  • Product Type: Module
  • Input Voltage Range: ±190 Vdc (± 125 Vdc to ± 200 Vdc)
  • Output Current Range: 0-33.3 A
  • Output Voltage Range: -46 to -57 Vdc
DPCPWR-NODE-1500
  • Product Brand: PowerShift Metro®
  • Product Type: Module
  • Input Voltage Range: ±190 Vdc (± 125 Vdc to ± 200 Vdc)
  • Output Current Range: 0-33.3 A
  • Output Voltage Range: -46 to -57 Vdc
PS-1-73 PS-1-73
PowerShift® Module, 3 separate 1460 watts circuits per module, 4380 watts total per module, Patent Pending
PS-1-73
  • Product Brand: PowerShift®
  • Product Series: V1
  • Product Type: Module
  • Input Current Range: 0–36 A
  • Input Voltage Range: -42 to -59.5 Vdc
  • Output Current Range: 0–20 A
  • Output Voltage Range: -48 to -73 Vdc
PS-1-73
  • Product Brand: PowerShift®
  • Product Series: V1
  • Product Type: Module
  • Input Current Range: 0–36 A
  • Input Voltage Range: -42 to -59.5 Vdc
  • Output Current Range: 0–20 A
  • Output Voltage Range: -48 to -73 Vdc
PS-1-73-EURO PS-1-73-EURO
PowerShift® Module, 3 separate 1460 watts circuits per module, 4380 watts total per module, Patent Pending
PS-1-73-EURO
  • Product Brand: PowerShift®
  • Product Series: V1
  • Product Type: Module
  • Input Current Range: 0–36 A
  • Input Voltage Range: -42 to -59.5 Vdc
  • Output Current Range: 0–20 A
  • Output Voltage Range: -48 to -73 Vdc
PS-1-73-EURO
  • Product Brand: PowerShift®
  • Product Series: V1
  • Product Type: Module
  • Input Current Range: 0–36 A
  • Input Voltage Range: -42 to -59.5 Vdc
  • Output Current Range: 0–20 A
  • Output Voltage Range: -48 to -73 Vdc
PS-1600-73 PS-1600-73
PowerShift® Module, 2 separate 2000 watts circuits per module
PS-1600-73
  • Product Brand: PowerShift Macro®
  • Product Series: V2
  • Product Type: Module
  • Input Current Range: 0-57 A @ -38Vdc
  • Input Voltage Range: -38 to -58 Vdc
  • Output Current Range: 0-30 A
  • Output Voltage Range: -48 to -73 Vdc
PS-1600-73
  • Product Brand: PowerShift Macro®
  • Product Series: V2
  • Product Type: Module
  • Input Current Range: 0-57 A @ -38Vdc
  • Input Voltage Range: -38 to -58 Vdc
  • Output Current Range: 0-30 A
  • Output Voltage Range: -48 to -73 Vdc
PS-1900-73 PS-1900-73
PowerShift® Module, 2 separate 2430 watts circuits per module
PS-1900-73
  • Product Brand: PowerShift Macro®
  • Product Series: V2 | V3
  • Product Type: Module
  • Input Current Range: 0-57 A @ -38Vdc
  • Input Voltage Range: -38 to -58 Vdc
  • Output Current Range: 0–33 A
  • Output Voltage Range: -48 to -73 Vdc
PS-1900-73
  • Product Brand: PowerShift Macro®
  • Product Series: V2 | V3
  • Product Type: Module
  • Input Current Range: 0-57 A @ -38Vdc
  • Input Voltage Range: -38 to -58 Vdc
  • Output Current Range: 0–33 A
  • Output Voltage Range: -48 to -73 Vdc
PS-BYPASS-1 PS-BYPASS-1
PowerShift® Module, 2 circuit Bypass module, Patent Pending
PS-BYPASS-1
  • Product Brand: PowerShift®
  • Product Series: V2
  • Product Type: Module
  • Input Voltage Range: -38 to -58 Vdc
  • Output Current Range: < 40 A
  • Output Voltage Range: -38 to 58 Vdc
PS-BYPASS-1
  • Product Brand: PowerShift®
  • Product Series: V2
  • Product Type: Module
  • Input Voltage Range: -38 to -58 Vdc
  • Output Current Range: < 40 A
  • Output Voltage Range: -38 to 58 Vdc
PS-CONV-48-24 PS-CONV-48-24
PowerShift Power Supply, 48/24V DC 20A Converter panel, 19/23 in, 1 RU high, with four 24V DC GMT fuse outputs
PS-CONV-48-24
  • Portfolio: CommScope®
  • Product Brand: PowerShift®
  • Product Type: DC/DC Converter
  • Rack Type: EIA 19 in
  • Rack Units: 1
PS-CONV-48-24
  • Portfolio: CommScope®
  • Product Brand: PowerShift®
  • Product Type: DC/DC Converter
  • Rack Type: EIA 19 in
  • Rack Units: 1
PS-R-1 PS-R-1
PowerShift® Rack, accommodates up to 4 modules (3 separate circuits each for a total capacity of 12 RRU's when all 4 modules are installed)
PS-R-1
  • Product Brand: PowerShift®
  • Product Series: V1
  • Product Type: Shelf
  • Rack Type: EIA 19 in
  • Rack Units: 1
PS-R-1
  • Product Brand: PowerShift®
  • Product Series: V1
  • Product Type: Shelf
  • Rack Type: EIA 19 in
  • Rack Units: 1
oMHeZA3A4GUcB8ZuPdzfBB
Video

PowerShift - the industry’s first intelligent, plug-and-play dc power supply

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nTw7djAfZyQFrddJ3SVSaA
Video

PowerShift Metro - Complete end-to-end solution for distributed power, fiber and battery backup for your outdoor small cell network.

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  • Brochure: CommScope solutions for U.S. rip and replace program

    Who makes your network equipment matters when it comes to national security in the U.S. CommScope helps make the rip-and-replace transition quick, easy, and cost-effective.
    Download
  • White Paper: Robust power feeds in the 5G era

    How to dimension cell site power delivery systems to ensure that tower-mounted radios receive sufficient voltage, during normal operation and power outages? The CommScope PowerShift dynamic power supply solution delivers an inherently robust power feed while reusing existing power trunks.
    Download
  • White Paper: Reducing dissipation-induced dc power losses at macro cell sites

    As the power demand of remote radio units (RRUs) has risen in the era of LTE—and will continue to significantly increase with the arrival of 5G—it becomes more important to find ways to improve power efficiency and minimize power dissipation in wireless cell sites.
    Download
  • White Paper: A planning guide to optimizing networks for capacity with practical field examples

    This paper aims to explain how to select and utilize your sites’ RF components to optimize cellular networks capacities using real-life product examples.
    Download

Sort By:

Filters

  • Brochure: CommScope solutions for U.S. rip and replace program

    Who makes your network equipment matters when it comes to national security in the U.S. CommScope helps make the rip-and-replace transition quick, easy, and cost-effective.
    Download
  • White Paper: Robust power feeds in the 5G era

    How to dimension cell site power delivery systems to ensure that tower-mounted radios receive sufficient voltage, during normal operation and power outages? The CommScope PowerShift dynamic power supply solution delivers an inherently robust power feed while reusing existing power trunks.
    Download
  • White Paper: Reducing dissipation-induced dc power losses at macro cell sites

    As the power demand of remote radio units (RRUs) has risen in the era of LTE—and will continue to significantly increase with the arrival of 5G—it becomes more important to find ways to improve power efficiency and minimize power dissipation in wireless cell sites.
    Download
  • White Paper: A planning guide to optimizing networks for capacity with practical field examples

    This paper aims to explain how to select and utilize your sites’ RF components to optimize cellular networks capacities using real-life product examples.
    Download