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26-Outlet C13 C19 Switched Rack PDU, 1.5U Vertical
Switched PDU

26-Outlet C13 C19 Switched Rack PDU, 1.5U Vertical

Quick Answer26-Outlet C13 C19 Switched Rack PDU, 1.5U Vertical — an IDCPDU Switched PDU for remotely managed racks.
  1. Per-outlet remote switching — A hung node or miner is power-cycled from the control room in seconds — no trip to the rack, and nothing else on the strip goes dark.
  2. Power read where it is consumed — Current, voltage, power and energy at the strip, shown on the local display and readable remotely — you spot a rack running out of headroom before the breaker trips.
  3. 26 outlets on one strip — A single strip feeds a whole rack, so adding a node no longer means a second PDU and a second feed cable.
  4. 0U vertical — no rack units consumed — The strip hangs on the rear post, so every U stays available for servers.
  5. ⁦110–250⁩ V wide input — One build covers 120 V and 230 V sites and rides out a brownout instead of dropping the load.
  6. C13 and C19 side by side — Servers, switches and storage hang off one strip — no second PDU just because the C19 count did not match the drawing.
  7. Breaker ahead of the outlets — A fault trips inside the strip, not at the upstream panel — the rest of the row keeps serving traffic.

Tel: +86-574-63783045 · ricky@idcpdu.com

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Product Description

  • Twenty-six C13 and C19 outlets in one 1.5U strip
  • Dense outlet count for networks, labs and broadcast racks
  • Per-outlet switching, metering and event logging
  • Twenty-six outlets in one strip solve the rack that is dense in devices but light in current: a lab bench of small servers, a broadcast rack of encoders and monitors, or a network rack of switches, routers and media converters. Every outlet switches and meters separately, and the event log records which outlet changed state and when, which is exactly what is needed when someone asks why a device rebooted at 03:00. The 1.5U body keeps the strip inside the rear channel without eating cable space.

Frequently Asked Questions

Twenty-six outlets on a 16 A feed — is that not a contradiction?

No, because the application is many small loads, not a few big ones. Switches, media converters, encoders and 1U appliances draw fractions of an amp each, so the strip is dense in outlets and light in current. If your rack holds servers at 2 A to 4 A each, order the 32 A version or a 63 A model.

How does the event log help with unexplained reboots?

Every outlet state change, threshold breach and user login is timestamped. When a device reboots overnight, the log shows whether the outlet was switched, whether a current threshold was crossed, or whether nothing happened at all — which is often the fastest way to rule out the PDU and look at the device.

Can a group of outlets be switched together?

Yes. Groups are defined in the web interface, and one command switches the whole group. On a 26-outlet strip that is useful for bringing a bench of test equipment up in one action instead of twenty-six.

Does a high outlet count weaken the strip electrically?

The busbar is rated for the strip's total current and each outlet keeps its own rating. What changes is diversity: the more outlets, the lower the chance that all of them draw their maximum at once, which is why a 16 A feed is realistic for this pattern.

How is the strip mounted in a rack that is already full?

Two brackets fix it to the rear 19-inch rails at 1358 mm centres, and the 1.5U section sits inside the rear channel. Cable entry is available at the top or bottom, so the feed can come from a floor box or an overhead tray.

Can the outlet mix be changed for a different application?

Yes. Outlet count, C13 and C19 ratio, cord length and plug type are built to drawing. Drawings within 30 minutes, quotation within one hour.

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