High temperature camera housings cooled with air and water
Water cooled camera housing with additional air cooling entirely made in stainless steel for high temperature CCTV systems installed near furnaces, rolling mills and high temperature environments
This housing for CCTV cameras was developed to be used in industrial systems when you need to install a CCTV cameras in areas where high temperatures are present as it happens in stainless steel factories.
The housings have two different cooling systems that use water and air respectively, you can have housings with both cooling systems (water and air) or housings with water in connection with the real needs.
The housings are made in stainless steel AISI304 entirely (body, joint and bracket) but, on request, you can have it made in stainless steel AISI316L when you need to use it in areas with corrosive environments (i.e. chemical industries).
WATER COOLED CAMERA HOUSING INSTALLED IN STEEL FACTORY
The housings that use for cooling water only have code KUFU.W while the housings that have cone KUFU.WA use both water and air and you can use these housings in systems with higher temperature.
The housings KUFU.W use front flanges that can grant IP66 protection while the housings KUFU.WA use special front flanges that allows to keep clean and to cool the front glass thank the flow of the air that enter from the back flange and exit from a special slot around the front glass.
The special fastening system of the convex front glass allows the air to exit around the glass and to cause a little over-pressure that prevents the deposit of dust and dirt on the glass. This feature allows to keep clean the glass and avoids to damage it with scratches as happens with systems that blow air on the glass directly.
If you have systems with temperature around 70/80 degree you can use a different housing cooled with air only; this housing is made in aluminium and uses the same front glass system used by the KUFU.WA
Phone +39 0438 308470 - Fax +39 0438 492340 - email: ermes@ermes-cctv.com
