Batianda
Batianda C14 to 4x C13 Splitter Power Cord 1.8M
Splits one C14 inlet into four C13 outlets for servers, UPS units, PDUs and workstations up to 1000 W, 1.8 m long with 10 A copper conductors
- Connects one C14 inlet to four C13 outlets for dense rack power
- 8 m length suits standard cabinet spacing without excess slack
- Pure copper conductors keep resistance low and heat minimal
- Rated 10 A at 250 V for loads up to 1000 W
- Built-in on/off switch cuts power without unplugging devices
C14 to Four C13 Splitter Cord
This 1.8-metre power cord splits a single IEC 320 C14 inlet into four C13 outlets, letting one UPS or PDU feed up to four devices. It suits server racks, networking gear, workstations and home-office equipment that all use standard C14 inputs.
10 A Rating with On-Off Switch
The H05VV-F 3×0.75 mm² pure-copper cable carries 10 A at 125–250 V and includes an integrated 10 A on-off switch for local power control. The flame-retardant PVC jacket is rated from -30 °C to 60 °C, keeping heat rise low during continuous loads under 1000 W.
Frees PDU Ports for Dense Racks
One C14 plug occupies a single outlet on your power strip or UPS while providing four C13 sockets for servers, monitors, projectors or other kit. Builders needing more than four branches or a higher amperage feed will need an additional distribution unit.
Highlights
- Connects one C14 inlet to four C13 outlets for dense rack power
- 8 m length suits standard cabinet spacing without excess slack
- Pure copper conductors keep resistance low and heat minimal
- Rated 10 A at 250 V for loads up to 1000 W
- Built-in on/off switch cuts power without unplugging devices
Specifications
No published specifications for this item yet.
Questions about this item
How do I plug the C14 male end into a UPS or PDU and the four C13 females into my gear without overloading the 10 A rating?
Insert the C14 plug fully into the UPS or PDU outlet, then connect each device to a C13 socket; keep total draw under 10 A at 250 V so the 1.8 m H05VV-F 3×0.75 mm² cable and built-in switch stay within rating.
What maintenance or replacement will this splitter cord need over time?
Inspect the PVC jacket and copper cores periodically for heat damage or cracking; replace the cord if the on/off switch feels loose, the connectors grip poorly, or the insulation shows discoloration from sustained 10 A loads.
What limit appears first when the cord runs near its 10 A capacity for long periods?
The 0.75 mm² conductors and 10 A switch become the bottleneck, causing measurable voltage drop and connector heating before the 250 V insulation rating is ever reached.
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