|Tensione:||220V or 24V (110V on request)|
|Consumo:||350W – 500W in DMX|
|Controllo:||Diretto / DMX WiFi (optional)|
|Distanza di sparo:||Oltre 8mt|
|Consumo:||1kg di Co2/sec|
Cryogenic System for the production of scenographic columns of cold and dense smoke with the use of Co2.
Distinguished by the name of the still active terrestrial volcano, present on the Italian territory and recognized as the highest among those of the Eurasian plate, Etna Co2, now represents the standard for the staging of special effects in the most renowned clubs.
The direction of the jet can be oriented and the average range is about 10 \ 12 meters.
Available with external ON / OFF control (accessory) or DMX 512 (accessory). Simple to install and use, it can be supplied (on request) with quick connections. Suitable for fixed use, or for temporary events. It does not require any maintenance.
The galvanized steel of the structure is ennobled by the finish that forms a single body between metal, base and the epoxy painting fixed to the oven, making it in fact “scratch-proof”.
POWER SUPPLY It is powered directly by the Co2 bottle to which it is connected through special high pressure pipes (sold per meter).
Etna Co2 can be produced on request in the following versions:
– customized in color or airbrushed;
– customized with the customer’s logo and colors;
* These versions may require more time in delivery than the standard and a possible surcharge (please be careful).
Cannon with fixing bracket, and high pressure pipes with quick connections (sold separately).
Components of the highest quality and production all strictly made in Italy. Produced according to law and certified.
Connettore rapido, per la connessione tra la tubazione alla bombola, senza utilizzare le chiavi
Tubo per alte pressioni, viene utilizzato per la connessione tra la bombola ed il cannone effetto geyser
Manometro 250 bar con attacco rapido, per il controllo della pressione della bombola
Rilevatore di gas, in caso di perdite il Detector blocca la valvola della bombola ed evita la fuoriuscita del Co2