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Mining Rack PDU 27-Outlet C13 C19, 3-Phase 160 A
Mining PDU

Mining Rack PDU 27-Outlet C13 C19, 3-Phase 160 A

Quick AnswerMining Rack PDU 27-Outlet C13 C19, 3-Phase 160 A — an IDCPDU Mining PDU for mining farms and hash centres.
  1. 27 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.
  2. 0U vertical — no rack units consumed — The strip hangs on the rear post, so every U stays available for servers.
  3. 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.
  4. Breaker ahead of the outlets — A fault trips inside the strip, not at the upstream panel — the rest of the row keeps serving traffic.
  5. Passive build, nothing to fail — No metering board and no switching relay inside — for a basic strip that means fewer parts that can take a rack down.
  6. Built to drawing, not to a catalogue — Outlet mix, cable length and plug are set per order — sample-grade customisation without a tooling charge.
  7. ⁦7–15⁩ working days after drawing approval — The clock starts when the drawing is signed off, and 30-minute proposals / 1-hour quotations come before that.

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

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Product Description

  • Twenty-seven C13 and C19 outlets on a 180 mm body
  • 160 A per phase into L1 L2 L3 N barrier terminals
  • For a whole rack of machines behind one feed
  • When the row feed is already 160 A per phase, the strip has to be able to take it, and a standard 60 mm body cannot. This one is built on a 180 mm section with barrier terminals for L1, L2, L3 and N plus a separate earth stud, so a 160 A five-core cable lands without adapters. Twenty-seven outlets spread across the three phases feed the rack directly: C19 positions for the supplies that draw the most, C13 positions for the rest, all downstream of one 3-pole hydraulic-magnetic breaker that isolates the strip for service. The blue housing is a deliberate choice as much as a colour: it separates high-current mining distribution from ordinary IT strips in a mixed plant room.

Frequently Asked Questions

Why does this strip need a 180 mm body?

Because of the terminals and the busbar, not the outlets. A 160 A per-phase connection needs barrier terminals big enough for a 5-core cable and a busbar that carries the current without a temperature rise; the 180 mm section is what holds both and still leaves the rear channel usable.

Twenty-seven outlets on 160 A per phase — what does that mean per phase?

Nine outlets per phase on average. That is far more outlet capacity than a 160 A phase will ever deliver at once, which is the point: machines cycle, draw less than nameplate, and the feed is sized to the measured total rather than to the sum of outlets.

How is the cable landed?

L1, L2, L3 and N onto barrier terminals, earth onto a separate stud, with the cable sized to 160 A. No adapter plates and no crimped tails, which is where high-current joints usually go wrong.

Does the 85 mm body depth block the rear channel?

It takes more room than a 60 mm strip, so plan the cable route before the rack is filled. Cable entry at the top or bottom keeps the feed out of the way of patch cabling.

Is there metering or per-outlet switching?

Not on this model. One 3-pole breaker, twenty-seven outlets, no electronics in the hot zone. Metered and switched versions are built to drawing on the same body if you need data or remote control.

Can the outlet mix be changed?

Yes. Outlet count, C13 and C19 ratio, phase grouping and terminal type are built to drawing. Drawings within 30 minutes, quotation within one hour.

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