The pipeline is made of hard PVC- or if desired in PP
material. Every installation includes operator training on site during
the installation work. Every twin-component nozzle system includes a
central controller with a humidity controller.
nozzle has its own precision adjustment feature and can therefore be
optimally adapted to every room situation as desired. The D-Zw/4-DST
nozzle is already preset in our factory. The nozzles are generally
controlled by means of the water pressure and in the case of the type
D-Zw/4-DST nozzle they are controlled pneumatically.
Every D-Series nozzle is therefore self-cleaning such that twice per hour self-cleaning of the suction mouthpiece and/or the atomization cowling takes place by means of the built-in needle piston.
The nozzles are completely made from non-ferrous heavy metal and are corrosion-proof due to their surface treatment. If required all nozzles can be ordered in V4A within the scope of our special manufacturing range.
The greatest value has been placed on the design of all our control and regulating components so that due to their robust design many years of trouble-free operation can be ensured even under the hardest conditions. The twin-component nozzle systems have proved themselves well for 61 years.
Twin-component nozzle systems are only subject to slight wear because of their advantages. An above-average service life can thus be expected which otherwise is not known of in the air humidification area.
Through the adiabatic cooling (latent heat) - for example in machine rooms with a high level of heat development - a cooling effect of approx. 4-5 ƒC can be achieved at temperatures of 30 to 35ƒC , which can understandably be further influence by the water temperature - assuming corresponding design of the air humidification performance.
The useful side
effect - apart from the functional safety of the machine and our
guarantee of the manufacturing quality - plays an important role - for
example in the textile industry.
Booster Pump System