30 – 45 kW screw compressors

At thirty kilowatts and above the compressor stops being equipment and starts being a utility. It is built accordingly. A heavier airend running at a lower speed, a larger oil charge, and a cooler with enough margin that the machine is not living at the top of its temperature range.

Heat recovery is designed in rather than bolted on. Up to seventy six per cent of the electrical input comes back as hot water at seventy degrees, which in any plant that needs process hot water is real money rather than a marketing line.

Vibration is low enough that a level concrete slab is all the foundation these machines need. We supply the drawings and the loadings with the order so the civil work is done once.

Full colour screen with the machine's state on the home page. Pressure, load percentage, running hours, discharge temperature and how long until the next service.

A real time clock starts and stops the compressor to your shift pattern instead of leaving it loaded through the night. A second pressure setting covers the hours when the plant does not need full pressure, and those two settings together are the cheapest saving on any compressed air system.

The connectivity module sends the same data to your phone and to our service team. That is usually how a problem is caught early, because somebody is looking at the trend even when nobody in the plant is.

A service kit holds every wear part for that interval in one box, so nothing is found missing halfway through and the machine goes back together the same day.

Kits are made up by interval. Air and oil filters with an oil sample at two thousand hours, the separator and oil change with a cooler clean at four thousand, and a full performance check with a motor regrease at eight thousand.

At this size the arithmetic on genuine parts is straightforward. A separator with a higher pressure drop costs more in electricity in one year than the saving on the part, and the machine gives no sign that it is happening.