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16-Outlet C13 C19 Schuko Switched Rack PDU, Vertical
Switched PDU

16-Outlet C13 C19 Schuko Switched Rack PDU, Vertical

Quick Answer16-Outlet C13 C19 Schuko Switched Rack PDU, 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. Local socket pattern, not an adapter job — Outlets are the pattern already installed in the building, so equipment cords go straight in — one joint less to loosen inside a live rack.
  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

  • IEC and Schuko outlets on one 63 A switched strip
  • Sixteen positions for servers and European mains appliances
  • Per-outlet switching, metering and group thresholds
  • European racks often carry servers on C13 cords next to measurement gear, test units and small appliances on Schuko plugs. This strip serves both on one body: eight IEC positions and eight Schuko (Type F) outlets, fed through a 63 A hydraulic-magnetic breaker, with per-outlet switching and metering. Schuko positions are spaced wider so that moulded plugs and right-angle cords do not foul the neighbouring outlet, a detail that matters once sixteen cords are dressed into a 600 mm wide cabinet.

Frequently Asked Questions

Why do the Schuko outlets need a different voltage range from the IEC ones?

Because the plug type is tied to the mains practice of the market. Schuko is a ⁦220–250⁩ V pattern, while C13 and C19 appliances are built for ⁦110–250⁩ V world input. Keeping the ranges separate in the specification avoids the mistake of feeding a 230 V only appliance from a 110 V branch.

Is Schuko earthed, and does that matter in a rack?

Yes. Schuko (Type F) has two earth contacts on the side of the socket, so the appliance is earthed before the live pins make contact. In a rack that is exactly what you want when a device is plugged in with the strip already energised.

Why is the Schuko bank spaced wider?

Moulded Schuko plugs and right-angle cords are physically wider than IEC connectors. Wider centres keep the plug bodies clear of each other, so no cord is forced into a bend against a neighbouring plug and no outlet is blocked by the one next to it.

Can one command switch the whole Schuko bank?

Yes. The banks are separate outlet groups, so a group command switches eight outlets at once. Individual switching still works when only one instrument needs a reboot.

Which metering values are available per outlet?

Current, power and energy per outlet, plus total current, voltage, power and energy for the strip. Data is available over SNMP v1/v2/v3, Modbus TCP and the web interface, and thresholds can be set per outlet group.

Can the IEC and Schuko split be changed?

Yes. The number of C13, C19 and Schuko positions is built to drawing, as are cord length and plug type. Drawings within 30 minutes, quotation within one hour.

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