We take cryptocurrency — so the coins you hold can buy real hardware.Pay in crypto, spend it on real hardware. Free insured shipping worldwide over $399. Plain, unbranded boxes, sent from Germany.Free insured shipping over $399. Your rate is locked for 30 minutes once checkout opens.Rate locked 30 minutes. Every item sealed, serial-checked and covered by a 24-month warranty.Sealed, 24-month warranty.

Saved items Sign in

APC

APC AP8866 PDU Metered 208V 60A 3Ph 12 C19 6 C13 0U Vertical

SKU CH-NPZJ-SXC9J MPN AP8866

A metered three-phase PDU delivering 208 V power through twelve C19 and six C13 outlets in a 0U vertical form factor

  • TypeMetered
  • Rack Size0U
  • StyleVertical
  • Input Voltage208V
  • Input Frequency50/60 Hz
  • Maximum Input CurrentMaximum Line Current per phase: 48A Maximum Input Current pe
  • Metered three-phase input tracks 17.3 kVA load capacity
  • Twelve C19 plus six C13 outlets serve dense racks
  • 0U vertical design installs without consuming rack units
  • IEC 309 60 A 3P+PE plug feeds 208 V three-phase power
  • Overload protection guards connected equipment at 48 A derated current

Three-Phase Metered PDU

The APC AP8866 is a 0U vertical power distribution unit built for 208V three-phase environments. It delivers 17.3 kVA through eighteen locking outlets fed by a six-foot IEC 309 60A 3P+PE input cord. Real-time metering lets operators track aggregate load on each phase.

High-Density Racks Only

Suits data-centre cabinets that need twelve C19 and six C13 receptacles in a single vertical strip. The 48 A derated limit per phase means sites planning sustained draws above that level must provision additional circuits. Facilities running single-phase feeds or lower amperage service cannot use this unit.

Tool-Less Vertical Mount

The 0U form factor slides into standard cabinet side channels without consuming rack units. Installers must verify that the IEC 309 plug matches the upstream receptacle and that branch breakers are rated for 60 A per phase. Overload protection trips locally, so a tripped breaker requires physical access to reset.

Highlights

  • Metered three-phase input tracks 17.3 kVA load capacity
  • Twelve C19 plus six C13 outlets serve dense racks
  • 0U vertical design installs without consuming rack units
  • IEC 309 60 A 3P+PE plug feeds 208 V three-phase power
  • Overload protection guards connected equipment at 48 A derated current

Specifications

BrandAPC
ModelAP8866
TypeMetered
Rack Size0U
StyleVertical
Input Voltage208V
Input Frequency50/60 Hz
Maximum Input CurrentMaximum Line Current per phase: 48A
Maximum Input Current per phase: 60A
Regulatory Derated Input Current48A
Input Connector(s)IEC 309 60A 3P+PE
Cord Length6 ft
Output Voltage208V
Output Connector(s)(6) IEC 320 C13
(12) IEC 320 C19
Overload ProtectionYes
Operating Relative Humidity5 - 95%
Operating Elevation0 - 3000 m
Storage Temperature-25 - 65 ºC
Storage Relative Humidity5 - 95%
Storage Elevation0 - 15000 m
FeaturesLoad Capacity 17.3 kVA
Dimensions72.01" x 2.2" x 2.01"
Weight20.94 lbs.
Shipping weight13.52 kg
Package size2149 × 221 × 112 mm

Questions about this item

What IEC 309 60A 3P+PE supply must be present in the rack for this PDU to connect?

The unit requires a three-phase 208 V source with an IEC 309 60 A 3P+PE inlet; the 5.9 ft cord plugs directly into that receptacle.

Can the 6 C13 and 12 C19 outlets safely power legacy servers that only draw single-phase current?

Yes, each outlet delivers 208 V single-phase power; the PDU distributes the three-phase input across all 18 receptacles so older gear works without modification.

How do I confirm the metered display is reporting load correctly after installation?

Apply a known load and verify the front-panel meter shows the expected kVA reading up to the 17.3 kVA capacity while staying within the 48 A derated per-phase limit.

New to this? Which coin should you pay with — what to check, what it costs to pay, and what is never asked for.

Also in this aisle

People compared these

Same shelf, same checkout — eight coins and a 30-minute rate lock.