IEC C14 Male to Dual C13 Splitter Extension Power Cord, Black 0.3m 1.0mm² Copper PVC 10A PDU Lead
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  • When You'll Get It:Nov 26 - Nov 30

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Product description
Shipping & Return
  • AC Outlets Quantity
    1 Outlets
    Cable Length
    0.3 m(0.98ft)
  • End Type
    C14, 2x C13
    Rated Current
    10 A
  • Type
    Ac Power Cord
  • Application
    Home Appliance, Computer
    Female End Type
    IEC
  • IP Level
    IP11
    Male End Type
    IEC
  • Material
    Copper, PVC
    Wire Type
    SJT, H05VV-F

Two nearby IEC equipment connections can share a short cable route through this C14 male to dual C13 splitter. The black 0.3m lead uses copper and PVC construction, with a 1.0mm² configuration for the two-branch connection.

Define one input and two equipment ends

The C14 male end connects at the supply side, while the two C13 ends serve the receiving equipment. Check the mating connection at all three points before using the splitter in a PDU or computer arrangement.

This connector pattern is the key distinction from a single-ended extension lead. Make sure the intended equipment accepts the C13 connection and that the supply point accepts the C14 end, rather than selecting only by an IEC family name.

Plan around the short branch arrangement

The cable length is 0.3m, approximately 0.98ft. Compare that reach with the spacing of the supply point and both equipment inlets, allowing for connector positions and the route available around the installation.

Specify the 1.0mm² configuration when requesting this build, and confirm the wire construction before substituting another gauge. A different gauge description should be agreed for the actual assembly rather than assumed to be the same conductor size.

Assess both loads as one connected arrangement

The splitter has a 10A designation. Review the combined demand of the two connected devices against the confirmed rating of the complete splitter and its supply connection; two branches do not create two independent input capacities.

Include the required operating voltage when finalizing the order, together with the connector pattern, cable length and conductor size. These details help resolve the complete electrical requirement before the splitter is put into service.

For a compact installation, check the connection layout first and the shared load next. That sequence keeps the selected splitter aligned with both the physical route and the equipment it will supply.

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