ELECTRICAL

Electrical & Critical Equipment Cleaning

De-energised switchgear, motor and panel cleaning — no water, no solvent, no drying time.

The problem this solves

De-energised switchgear, motor and panel cleaning — no water, no solvent, no drying time.

Electrical equipment fails when dust, lint, oil mist and contaminants build up on insulation, terminals and cooling fins. Conventional cleaning needs a long shutdown, and water or solvent introduces risk to insulation and adds drying time before re-energisation. We only clean equipment your licensed electrical worker has isolated and proven de-energised, with our own lock and tag on the isolation point. Dry ice is non-conductive, non-abrasive and leaves no residue — no drying time, so your shutdown window is shorter, not eliminated.

What you can expect

  • MV/HV switchgear (de-energised)
  • Motors & generators (de-energised)
  • Distribution panels (de-energised)
  • Transformers (de-energised)
  • Data-centre equipment (isolated/powered down)
  • PLC cabinets (de-energised)
See example projects
Benefits

Why dry ice for electrical equipment cleaning

Non-conductive media, no residue

CO₂ pellets leave no conductive residue and need no drying time before re-energisation — but we only blast isolated, proven-dead equipment.

No moisture into insulation

Insulation resistance preserved; no risk of post-cleaning failures.

Cooler running, longer life

Clean cooling fins and ventilation paths reduce operating temperatures and extend insulation life.

Compliance documentation

Per-asset photo record, IR readings before/after where requested.

Process

How a typical electrical equipment cleaning job runs

  1. 1

    Isolation permit & risk assessment

    Written isolation/LOTO permit from your licensed electrical worker, agreed with your electrical authority. No permit, no blasting.

  2. 2

    IR baseline

    Insulation resistance recorded before cleaning where applicable.

  3. 3

    Targeted blast

    Pellets directed across windings, fins, busbars; dwell adjusted per surface.

  4. 4

    Verification

    Post-cleaning IR test by your electrician, visual inspection, sign-off documentation, before re-energisation.

Surfaces & limits

Where this service works well — and the situations we'll flag for repair instead of cleaning.

Works on
  • Steel & aluminium enclosures
  • Copper busbars
  • Motor windings
  • PCB-housed control cards (de-energised)
  • Cooling fins & heatsinks
Doesn’t work on
  • Energised equipment of any kind — isolation and a proving-dead certificate are required first
  • Equipment with active arcing faults — repair first
Pricing

Typical price for electrical equipment cleaning

Production lines, marine vessels, restoration zones, multi-day commercial work.

Industrial tier
$1,800 – $8,500

Final price depends on condition, scope and travel. Use the quote form for a postcode-specific estimate.

Get exact estimate

Request a electrical equipment cleaning quote

We typically respond within 24 business hours with a fixed quote.

Call 02 5302 6367 — fastest

or send the form below

Optional: tell us more for a faster quote

Typically replied to within 24 business hours.

Service-specific FAQs

Can equipment really be cleaned live?

No. We only clean equipment that has been isolated and proven de-energised by a licensed electrical worker, with our own lock and tag on the isolation point. If the client will not shut down, we decline the work. What dry ice does is make that shutdown window short — no water, no solvent, no drying time.

How is this safer than compressed air?

Compressed air drives contaminants deeper. Dry ice removes them and produces less abrasive damage on insulation.

Do you handle MV switchgear?

Yes, once isolated and proven dead. We work alongside your asset owner’s safety case and high-voltage operators throughout the isolation and testing process.

Ready for a electrical equipment cleaning quote?

Send a brief for an instant range, or send us a quick brief and we'll come back within 24 hours with a fixed quote.

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