Spare parts
- Wear parts stocked for ten years from delivery
- Consumables kits quoted per service interval
- Parts list keyed to your unit serial number
- Dispatch within 72 hours of order confirmation

A generator is a twenty-year asset. What decides whether it stays on load is what happens after it lands: parts availability, documentation and someone who answers.
Parts you can actually get, answers you can reach, and a warranty that names who pays.
Eighteen months from bill of lading or 1,500 running hours — and here is exactly what that does and does not mean.
Send the unit serial number, a description of the fault, the controller alarm log and photos, and the current operating hours.
We retrieve the unit's filed parts list and load-bank record, identify the affected component, and return a diagnosis with the parts required.
A genuine part is dispatched within 72 hours of order confirmation; air freight is used for urgent cores.
Fit the part with our guided steps, or we arrange third-party inspection. The case is closed with a filed record.
A five-minute report gets a faster diagnosis than a dismantled set. Send these first.

Spare parts, firmware and the test report for every set are filed against its serial number, so a request that names the unit gets the right component without a photograph. Wear parts are stocked for ten years from delivery and dispatched within 72 hours of order confirmation.
Most African and Middle Eastern imports fail on documents, not on freight. We build the destination-specific pack during production, so nothing is waiting on a certificate when the vessel sails.

Destination conformity requirements change. Tell us the country and port when you enquire and we will confirm the exact certificate set for your consignment before you commit to a vessel.
Hot, thin air carries less oxygen, so a set makes less power than the catalogue figure. This table is a planning guide for sizing, not a substitute for the derate curve in the formal datasheet.
| Sea level to 500 m | 1.00 |
|---|---|
| 1,000 m | 0.965 |
| 1,500 m | 0.948 |
| 2,000 m | 0.93 |
| 3,000 m | 0.895 |
| 25 °C | 1.00 |
|---|---|
| 40 °C | 1.00 |
| 45 °C | 0.99 |
| 50 °C | 0.98 |
469 kW usable, against a 500 kW nameplate.
The factors above are a planning guide based on typical diesel genset behaviour at reference conditions of 25 C and 100 m. The formal derate curve for your selected engine platform is issued with the datasheet, and it is that curve, not this table, that governs the contract.
Load-bank testing is where a specification either holds up or does not. We run every set at rated load for a minimum of two hours with voltage, frequency and fuel burn logged throughout, and the signed report travels with the machine under its own serial number.
If you cannot attend, we will run the test on video call with your engineer watching. Third-party inspection by SGS, BV or Intertek is arranged on request.
Load-bank footage is worth watching closely, because it is the one part of a build you cannot verify from a photograph. Look for the resistive bank fans spinning up as load is applied in steps rather than all at once, the exhaust and radiator behaving under full load rather than at idle, and the operator watching the voltage and frequency trace settle before the hold period begins. Ask for the run to be captured with the control panel in frame so the logged values are readable, and ask that the signed report references the same serial number as the machine in the shot.
Send the unit serial number with your request. Every set we ship has its parts list filed against that number, so we can identify what you need without a photograph.