Compressor Kaeser M20
k-m20
Pressure:
7 bar
Capacity:
2 m³
After Cooler:
Yes
Moisture seperator:
Yes
Suitable for:
Grondraketten
Veelgestelde vragen
For a rocket you need a different compressor than for a blower.
For example, use the M20 for a rocket and the M27 for blowing into subducts or the M125 to blow into subducts.
Other considerations: One customer asks for a low pressure, another for a high pressure, while another needs a certain m3 to fill something with air.
It is important that you know what work you are going to do, so that you can calculate how many m3 you actually need. A compressor with more m3 does not always mean that it is the best choice. You would think that a larger compressor is better, but often a compressor with fewer m3 is just as good and can be more than sufficient for the work you have. And even better if you look at cost savings: a large compressor is not only more expensive to use, it is also more expensive to transport. If you look carefully at what you really need, then significant cost savings can be made quickly and easily.
Compressor Kaeser M27
k-m27
Pressure:
7 - 14 bar
Capacity:
2,6 - 1,6 m³
After Cooler:
Yes
Moisture seperator:
Yes
Suitable for:
MicroJet™, MiniJet™
Compressor Kaeser M59
k-m59
Pressure:
7 - 10 bar
Capacity:
5,5 - 4,7 m³
After Cooler:
Ja
Moisture seperator:
Yes
Suitable for:
MicroJet™, OptiJet™, MiniJet™
Compressor Kaeser M65
k-m65
Pressure:
7 - 14 bar
Capacity:
5,6 - 4,6 m³
After Cooler:
Ja
Moisture seperator:
Yes
Suitable for:
MicroJet™, MiniJet™
Compressor Kaeser M125
k-m125
Pressure:
10 - 14 bar
Capacity:
11,5 - 9,7 m³
After Cooler:
Yes
Moisture seperator:
Yes
Suitable for:
MiniJet™, CableJet™, SuperJet™