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16-Outlet C13 C19 Switched Rack PDU, 32 A, 8 kW
Switched PDU

16-Outlet C13 C19 Switched Rack PDU, 32 A, 8 kW

Quick Answer16-Outlet C13 C19 Switched Rack PDU, 32 A, 8 kW — 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. Surge clamped before the power supplies — Lightning and switching surges are discharged at the strip; the status lamp shows when the cartridge is spent instead of failing silently.
  4. ⁦110–250⁩ V wide input — One build covers 120 V and 230 V sites and rides out a brownout instead of dropping the load.
  5. Lockable IEC sockets — C13 and C19 cords click in and stay in — vibration, cleaning and a stray knee no longer turn into an unexplained reboot.
  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

  • Twelve C13 and four lockable C19 outlets on a 32 A cord
  • Bank level switching with per-port power measurement
  • Sequential start and status hold for unattended sites
  • This is the strip for a single-corded rack that still needs remote restarts: twelve C13 and four C19 outlets, both lockable so a cord cannot be pulled out by a cleaner's vacuum or a swinging door. Per-port relays switch each outlet and report its consumption, and the sequential start function brings the rack up gradually — 1 to 250 seconds between outlets — after a site-wide outage. Outlet states are written to non-volatile memory, so a rack with no on-site staff returns to exactly the configuration it had before the power went away.

Frequently Asked Questions

What does a lockable outlet actually secure?

A retaining clip grips the connector shell so the cord cannot be pulled out by tension on the cable. It releases with a deliberate squeeze. In colocation and edge sites this is the difference between a clean reboot and a truck roll after someone's foot catches a cord.

Can the strip restart the whole rack in a defined order?

Yes. Sequential start brings outlets up one after another with a configurable 1 to 250 second interval, and the order of outlets is set in the web interface. Storage can come up before the servers that mount it, and switches before the devices that need a DHCP lease.

What happens to outlet states after an outage at an unmanned site?

The states are stored in non-volatile memory, so the strip restores the previous on and off pattern when power returns. Combined with sequential start, the rack comes back the same way it went down.

Why a 32 A cord instead of a hard-wired terminal?

Because this model is aimed at racks fed from a socket outlet, typically a 32 A industrial connector in a colocation cage. The cord set removes the need for a qualified electrician on site; if your feed is a fixed terminal, order the hard-wired version instead.

Is the surge protection board enough for a region with frequent storms?

The board handles 2 kV differential mode surges, which covers most switching transients on a building's internal wiring. In a region with frequent direct strikes, surge protection belongs at the panel and at the building entry, not only inside a rack strip.

Can the outlet mix and cord length be changed?

Yes. Outlet count, C13 and C19 ratio, cord length and plug type are built to drawing. Drawings within 30 minutes, quotation within one hour.

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