NITRONIC generator for wheels inflating.
The Mondolfo Ferro nitrogen generators produce nitrogen by the separation of the entering compressed air through membrane filters. This
membrane separates oxygen molecules from the nitrogen ones.
At the generator outlet the nitrogen purity is 95%.
| Capacity NITRONIC 300 | 3,0 Nm3 /h (3.000 lit/h) |
| Capacity NITRONIC 500 | 5,0 Nm3 /h (5.000 lit/h) |
| Capacity NITRONIC 1800 | 18,0 Nm3 /h (18.000 lit/h) |
Available in 3 models.
NITRONIC 300 - Nitrogen generator having capacity of 3,0 Nm3/h (3.000 lit/h), dedicated for the inflation of car, van and motorcycle tyres. Complete with wheels for multi-bay purposes, it is equipped with an high efficiency double filtering system to protect the separating membrane, an integrated high capacity tank (100 lit) in order to reduce the nitrogen inflating time, an air-nitrogen selector allowing to use the generator as an integrated inflating station and a female quick coupling for an eventual auxiliary second tank.
NITRONIC 500 - Nitrogen generator having capacity of 5,0 Nm3/h (5.000 lit/h), dedicated for the inflation of car, van and motorcycle tyres. Complete with wheels for multi-bay purposes, it is equipped with an high efficiency double filtering system to protect the separating membrane, an integrated high capacity tank (100 lit) in order to reduce the nitrogen inflating time, an air-nitrogen selector allowing to use the generator as an integrated inflating station and a female quick coupling for an eventual auxiliary second tank.
NITRONIC 1800 - Professional nitrogen generator having capacity of 18,0 Nm3/h (18.000 lit/h) conceived to continuously transform compressed air into nitrogen. Dedicated for inflating truck, bus, earth moving machine and car wheels, it is supplied complete with wheels for multi-bay purposes, it is equipped with an high efficiency double filtering system to protect the separating membrane, an air-nitrogen selector allowing to use the generator as an integrated inflating station and a female quick coupling for an eventual auxiliary tank.
To obtain a good starting level of nitrogen purity, the entering
compressed air goes through an oil-separating filter in order to retain
solid and oil
particles up to 0.01 micron. After that the air passes through an
activated carbon filter to eliminate any trace of vapour from the gas.
Filters play a
crucial role in the efficiency and performance of the generators and
every filter needs to be replaced once per year.
Machines are also
equipped
with an air contamination indicator which announces the eventual filter
saturation through a color change system.
The last separating step is
through the permeable membrane filter to achieve the desired purity
level of the nitrogen.
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