Technical
engineering.
Hands-on engineering, done right. The people who physically build, cable and configure the hall.
Service pack/Commercial in Confidence
Contents
What we’ll cover.
The proposition
Hands-on engineering, done right.
Design is only half the job. Ours is the team that turns up, does the physical work to standard, and leaves a hall that’s a pleasure to operate.
Proven engineers
Teams proven in hyperscale environments, from a single rack to a full hall.
To standard
Clean, documented, certified work. No shortcuts, no surprises.
One methodology
A single repeatable way of working across every site. No variations.
Technical engineering/by service
Our engineering services.
The crew
Who turns up, and what each of them leaves behind.
On larger builds a project manager and a commissioning engineer run alongside the crew, with hold points and snags tracked to close.
How every job runs
Brief to handover, the same way, every time.
On a rack swap and on a full hall alike. Hover to pause, click a stage to jump.
Where the hours go
The anatomy of a clean install.
The visible install is less than half the job. The preparation and proof around it are why our work stays operable for years.
Indicative split for a typical install day.
To standard
What good looks like, up close.
- 01Rack identityHall, row and position, printed on the rack and on every drawing.
- 02Fibre slack, managedSlack stored in the tray, bend radius held, cords ordered to length.
- 03Ports labelled at both endsOne scheme across the hall: panel, port, cord and drawing.
- 04A manager between panelsCords leave the port straight and stay off the frame.
- 05Vertical managersCords held clear of the door swing and the mounting rails.
- 06PDU out of the cable pathOutlets labelled to the circuit that feeds them.
- 07Blanking in every unused UAirflow is forced through the kit.
- 08Earthed and bondedRack and containment bonded back to a single reference.
The same scheme on the panel, the port, the cord and the drawing, on machine-printed labels.
Every link is tested. Failures are put right and retested before the crew leaves.
As-built drawings, cable schedules, rack elevations, test reports, the asset register and O&M manuals.
Example rack elevation, label and test result, drawn for this page. The scheme on your job is agreed before the first cable is pulled.
The work
What our engineers leave behind.
Four details from our own projects. This is the finish every job is measured against, and the reason a hall is still easy to work in years later.
Our engineers, our projects, not stock photography.
The people on site
Where our engineers have worked.
Proof/redacted
Four halls, one summer.
A colocation operator needed fit-out engineering across four halls in a single season: cabling, containment, rack and stack, without quality drifting between crews.
Client identifiers withheld; figures rounded.
Why Optronix
Wherever the site, whatever the scale.
SC-cleared where needed, on standby where it matters, and consistent everywhere. Our engineers do the work that everything else depends on, and back it with documentation you can operate from.
SC-cleared where needed
Security-cleared engineers for the sites and government estates that require them.
On standby where it matters
Crews held for the sites and the maintenance windows that cannot move.
Documentation you can use
Photos, test results, labels and as-built records. Every record is handed over whole.
Related decks
More detail, deck by deck.
Next step
Tell us the job.
We’ll put the crew on it.
A drawing set, a rack schedule or a site address is enough to start. We will come back with the crew, the method statement and the programme.
Data Centre Lifecycle Experts