Home / Products / 36-Outlet C13/C19 Metered Rack PDU, Three-Phase 32 A, 380–415 V, 23 kW
36-Outlet C13/C19 Metered Rack PDU, Three-Phase 32 A, 380–415 V, 23 kW
Metered PDU

36-Outlet C13/C19 Metered Rack PDU, Three-Phase 32 A, 380–415 V, 23 kW

Quick Answer36-Outlet C13/C19 Metered Rack PDU, Three-Phase 32 A, ⁦380–415⁩ V, 23 kW — an IDCPDU Metered PDU for metered racks in data centres.
  1. 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.
  2. Three-phase feed, load spread over L1/L2/L3 — The rack is not hung on one leg, and the 23 kW envelope matches GPU, blade and miner density.
  3. 36 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. 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.
  5. Breaker ahead of the outlets — A fault trips inside the strip, not at the upstream panel — the rest of the row keeps serving traffic.
  6. Hard-wired terminal block — There is no inlet plug to work loose or heat up — the feed lands on terminals sized for the strip's full current.
  7. Anodised aluminium body — Lighter than a steel shell and it sheds heat instead of trapping it; there is no paint layer to chip during installation.

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

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Product Description

  • Three-phase horizontal strip with 36 C13 and 6 C19 outlets
  • 23 kW on a 32 A per-phase feed at ⁦380–415⁩ V
  • Per-phase metering on a full-width bar
  • The three-phase inlet lifts the same 36-outlet layout from 8 kW to 23 kW, which is what a GPU or dense compute cabinet actually draws. Six C19 positions take the C20 cords that come with switches, UPS outlets and storage shelves. Current is shown per phase on the panel, so an unbalanced cabinet is visible at the rack rather than at the upstream breaker.

Frequently Asked Questions

Is the outlet count the same as the single-phase version?

Yes, 36 C13 plus 6 C19 instead of 4. The difference is the inlet: three-phase 32 A raises capacity from 8 kW to 23 kW, which is the point of this model.

How should the three phases be loaded?

Spread the C13 banks so each phase carries about a third. Put switches and storage on different phases from the server banks, then check the per-phase current on the panel after the cabinet is populated.

Why 6 C19 instead of 4?

A dense cabinet usually has a switch pair, a storage pair and a UPS outlet or PDU feed to accommodate. Six C19 positions avoid adapters on those cords.

Does it include surge protection?

Not on this build. If the site needs SPD, ask for a version with a 3-lamp module; the horizontal body can take it on the models with a deeper section.

What does the upstream supply need to provide?

A 32 A three-phase circuit with neutral and earth, protected by a breaker rated for the cable. The strip's own 3-pole breaker protects the strip and outlets, not the feed cable.

Can you build a version for 415 V 63 A?

Yes. Inlet rating, outlet count and split are built to drawing. Send the site voltage and the load schedule, and we return a drawing within 30 minutes and a quotation within the hour.

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