Sheet metal and assembly work on the enclosure line, a rack PDU chassis held in three-quarter view in the left of the frame under one raking light across the brushed steel

Manufacturing capabilities

Built to your drawing, down to the outlet order

Sheet metal, busbar, wiring and metering are built in one plant, so every option on this page is settled on a single drawing revision.

Request a quote Open the selection guides

Enclosure: cold-rolled steel
Conductors: VDE 2.5mm² / 6mm²
Busbar: copper, bolted
Outlets: C13, C19, C19
Mounting: 1U to 9U, zero-U

What the drawing fixes

Twelve decisions, one revision

These are the fields a configured quotation states explicitly. Two builds can share an enclosure and still differ on half of them, which is why the drawing travels with the unit.

Order basis: customer drawing or sample

Outlet types: C13, C19, C19
Outlet count: per drawing
Current per feed: 10A to 32A
Operating voltage: 110V to 250V AC
Frequency: 50Hz to 60Hz
Wide-input option: 180 to 265V
Metering depth: total per feed, or per outlet
Switching: per outlet, per group, or none
Mounting: 1U, 2U, 3U, 9U, zero-U
Local display: OLED, 6 readouts
Communications: Ethernet, RS485
Conductors: VDE VDE 2.5mm² / 6mm²#

Boundary

What we do not quote blind

Metering depth and switching scope are decided against the load, not against a preference. Where a request would put a rated current above the inlet, the reply says so and the drawing is adjusted.

Rated example build: AC 415V, 20 × 20A · C13 × 36 + C19 × 4

Sheet metal and assembly work seen from a low three-quarter angle inside a dark bay, rack rails and a receding row of closed cabinets out of focus behind the rack PDU, held in the right of the frame

In one plant

Sheet metal, busbar and assembly under one roof

A chassis change does not wait on an outside supplier, because the steel is cut and formed in the same plant that mounts the busbar and wires the outlets.

Enclosure: cold-rolled steel
Busbar: copper, bolted joints
Terminations: , ferruled
Enclosure content: >95% recycled, TUV certified

Build options

What each option changes, and when it is asked for

Options are chosen against the room, not against a catalogue. Each line below states the change and the situation that usually triggers it.

Build options and their usual trigger
Option	What it changes	Usually asked for by
Per-outlet metering	current transformer at each outlet	tenant billing
Group metering	one meter per group of outlets	shared racks
Total metering	one meter per feed	single-tenant rooms
Per-outlet switching	relay at each outlet	remote reboot
Group switching	relay per outlet group	staged power-up
ATS input	dual feed with automatic transfer	single-corded loads
Zero-U mounting	vertical column, no rack units	dense cabinets
Wide-input build	180 to 265V with surge protection	unstable supply
Surge and lightning	arrestor on the input	exposed sites
OLED display	local readout at the unit	on-site checks
RS485 / Modbus link	serial reporting to a BMS	building management
Custom labelling	outlet numbering per drawing	multi-site rollout

Cost note

Depth costs more than width

Metering at every outlet multiplies the transformers and the reporting lines. Metering per feed costs less and answers a smaller question, so the choice belongs to the duty the unit serves.

Scales stay fixed: 0.1A · 1V · 0.1 kWh · class ±1%

Setup route

From drawing to a repeatable build

A custom build is set up once and then repeated. These six steps are what makes the second unit match the first.

Drawing intake
The drawing or sample arrives and the electrical fields are read back in writing. Outlet types, counts and current per feed are confirmed before tooling is touched.
Tooling and program
Cut and fold programs are written for the chassis outline and the outlet apertures. The program follows the drawing revision, not a machine memory.
First article
One unit is built end to end and checked against the drawing: dimensions, outlet order, conductor size and metering lines. Findings are corrected in the program, not on the unit.
Station instructions
Each station gets its own list for that build: which apertures, which busbar, which metering lines, which labels. Sign-off happens per station.
Series build
The run follows the released program and the station lists. Any deviation is raised as a revision instead of being corrected silently on the floor.
Repeat and spare
The drawing, program and station lists are kept, so a repeat order or a spare unit is built to the same revision without re-engineering the outlet set.