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24-Outlet C19 Metered Rack PDU, 125 A Three-Phase, 70 kW, 380–415 V
Metered PDU

24-Outlet C19 Metered Rack PDU, 125 A Three-Phase, 70 kW, 380–415 V

Quick Answer24-Outlet C19 Metered Rack PDU, 125 A Three-Phase, 70 kW, ⁦380–415⁩ V — 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 70 kW envelope matches GPU, blade and miner density.
  3. 24 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. 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. Runs below zero — Tested from sub-zero ambient upward, so cold shelters and unheated halls are inside the envelope, not outside it.

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

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Product Description

  • High-power three-phase strip with 24 C19 outlets on a 125 A feed
  • 70 kW capacity for GPU servers, blade chassis and hash containers
  • Per-phase metering, group thresholds and over-current protection
  • Twenty-four C19 outlets are grouped eight per phase, so each L1, L2 and L3 branch feeds its own bank of high-draw equipment. The 125 A inlet and 70 kW rating suit GPU nodes and blade chassis that pull 3 kW to 6 kW per shelf, where a C13 strip would run out of outlets before it ran out of current. Current, voltage, power and energy are shown per phase on the LCD, and thresholds can be set per group.

Frequently Asked Questions

Why are all 24 outlets C19 instead of a C13 mix?

Because the loads are GPU nodes, blade chassis and storage shelves, which ship with C20 inlets. A C19 outlet delivers 16 A, so 24 of them cover 70 kW of three-phase capacity without adapters that would otherwise be needed on every cord.

How is 70 kW reached on a 125 A feed?

Three phases at ⁦380–415⁩ V and 125 A each give roughly 82 kVA; the 70 kW rating leaves margin for power factor below unity. Treat 70 kW as the working limit and check per-phase current on the LCD rather than assuming a balanced cabinet.

What protection does the strip provide?

A three-pole main breaker on the inlet and group thresholds monitored per phase. There is no per-outlet breaker: the downstream equipment is expected to have its own protection, as blade chassis and GPU shelves normally do.

Can this strip be used in a mining container?

Yes. It was drawn for high-density compute, including hash containers where ambient runs hot. Keep the inlet below 125 A per phase and confirm the container has its own upstream protection and earthing.

Does it report data to a DCIM system?

Over RS485 Modbus-RTU. Point the collector at the strip address, and per-phase current, voltage, power and energy are read as standard registers. A gateway is needed if your DCIM only speaks IP.

What is the delivery time for a version with 12 C19 and 12 C13?

Seven to fifteen working days after drawing approval. Send the outlet split and the inlet type, and we return a drawing within 30 minutes and a quotation within the hour.

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