Monoprice 35060 power cable

Monoprice 35060
Manufacturer: Monoprice
SKU: 5940680
Manufacturer part number: 35060
UPC: 0889028102480
$4.61
This heavy-duty IEC 60320 C20 to IEC 60320 C19 extension cord features 12 AWG conductors, making it suitable for high-performance computers and network devices. It is a reliable solution for large server applications that require a higher-rated, heavier-gauge power cord. This cord can be used to connect a server, router, network switch, or blade server enclosure to a UPS system or PDU, or to replace or upgrade a standard power cord provided by the device's manufacturer. This cable is designed to carry up to a 20 amp/2500 watt, 125 volt load.
  • Recommended for powering servers, routers, and other high-output network devices
  • IEC 60320 C20 to C19 cord replaces or upgrades a standard power cord provided by the manufacturer
  • Thick 12 AWG conductors manage the high power levels required for larger equipment
  • Extend the length of an existing power cord for more flexibility
  • Colored cord is designed for easy identification in a high-density data environment
This heavy-duty IEC 60320 C20 to IEC 60320 C19 extension cord features 12 AWG conductors, making it suitable for high-performance computers and network devices. It is a reliable solution for large server applications that require a higher-rated, heavier-gauge power cord. This cord can be used to connect a server, router, network switch, or blade server enclosure to a UPS system or PDU, or to replace or upgrade a standard power cord provided by the device's manufacturer. This cable is designed to carry up to a 20 amp/2500 watt, 125 volt load.
  • Recommended for powering servers, routers, and other high-output network devices
  • IEC 60320 C20 to C19 cord replaces or upgrades a standard power cord provided by the manufacturer
  • Thick 12 AWG conductors manage the high power levels required for larger equipment
  • Extend the length of an existing power cord for more flexibility
  • Colored cord is designed for easy identification in a high-density data environment
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