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Mining Rack PDU 10-Outlet C13 C19, 3-Phase 63 A
Mining PDU

Mining Rack PDU 10-Outlet C13 C19, 3-Phase 63 A

Quick AnswerMining Rack PDU 10-Outlet C13 C19, 3-Phase 63 A — an IDCPDU Mining PDU for mining farms and hash centres.
  1. 0U vertical — no rack units consumed — The strip hangs on the rear post, so every U stays available for servers.
  2. 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.
  3. Breaker ahead of the outlets — A fault trips inside the strip, not at the upstream panel — the rest of the row keeps serving traffic.
  4. 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.
  5. Built to drawing, not to a catalogue — Outlet mix, cable length and plug are set per order — sample-grade customisation without a tooling charge.
  6. ⁦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

  • Ten C13 and C19 outlets over three phases
  • Hydraulic-magnetic breaker plus separate overload switch
  • An 881 mm body for half-height and wall-mounted racks
  • Not every mining cabinet is a 42U row. This 881 mm strip fits half-height racks, wall cabinets and the short frames used for control gear beside a hall, and still takes a three-phase 63 A feed split across L1, L2 and L3. A hydraulic-magnetic breaker handles the ambient heat without the thermal derating of a miniature breaker, and a separate overload switch gives a local trip and a visible reset point at the strip rather than back at the panel. C13 positions take the miner supplies, C19 positions take the bigger single feeds, and the 62 × 63 mm body leaves the rear channel clear.

Frequently Asked Questions

Why a hydraulic-magnetic breaker instead of an MCB?

Because heat changes the answer. A thermal-magnetic miniature breaker trips earlier in a 45 °C aisle than its label suggests, and nuisance trips in a mining room cost hashrate. A hydraulic-magnetic breaker is temperature-stable, so the trip point stays where it was set.

What does the separate overload switch add?

A local, visible reset. After a trip, the operator resets at the strip instead of walking back to the distribution panel, and the switch position tells you the strip tripped rather than lost its feed.

Ten outlets across three phases — how should they be loaded?

Spread machines so each phase carries a similar current. With ten positions the split is roughly four, three and three; keep the biggest supplies off a single phase and check the current on each phase after the first week.

Will an 881 mm strip fit my rack?

It suits half-height racks, wall cabinets and short control frames rather than a full 42U row. Measure the rear rail spacing before ordering; if the run is full height, the 1269 mm and 1075 mm versions cover that.

Can C19 outlets be added for bigger supplies?

Yes. The C13 to C19 ratio is built to drawing, and the breaker and terminal block are sized to the feed you specify.

Is there metering on this model?

No. It is a breaker-protected strip: hydraulic-magnetic breaker, overload switch, ten outlets. Metered versions of the same body length are available if you need per-port current.

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