Sweep, pulse and degas are only as honest as the drive running them. A generator that has drifted off resonance is still showing you a number on a panel — it just is not delivering it into the tank.
| Function | What it means in the tank |
|---|---|
| Frequency tracking | Holds the drive on true resonance as temperature, load and liquid level shift through the shift. Without it, a bath that started right drifts off and nobody sees it happen. |
| Sweep modulation | Continuously varies frequency around the centre point to break up standing waves — the cause of hot spots and dead zones in an otherwise healthy tank. |
| Constant power delivery | Holds delivered power as conditions change, rather than as the dial was set at start-up. |
| Live monitoring | Frequency, power delivery and fault states reported to the panel. The foil test, automated — a glance instead of a procedure. |
Conversion efficiency up to 95%. That is the proportion of electrical input that becomes acoustic energy in the liquid rather than heat in the cabinet. It is the difference between a rated kilowatt and a working one.
Stainless outlasts electronics. A twenty-year-old tank with dead transducers and a drifting generator is not scrap — it is a vessel waiting for a drive that still works.
An old tank was never honest with you: no way to know whether it was delivering power or quietly failing. Live frequency and power on the panel turns that into something you can see and record.
Specification is by application. Generator sizing follows tank volume, transducer count and duty — send the tank details rather than a part number. Compatible frequencies, power ratings and cabinet configurations are confirmed against your existing hardware before quotation.
Tell us the tank, the existing transducers if any, and what the machine is failing to do.