



All Texa SKY15 Air Conditioner units are equipped with heat exchanges surfaces designed to prevent clogging by solid contaminants present in the ambient air.
They maintain high levels of efficiency even in demanding environmental conditions, drastically reducing maintenance requirements, and thus allowing the air conditioner to operate without an external air filter.
Thanks to the special internal configuration, which separates the external and internal air flows in a sealed manner, and the self-adhesive coupling gasket, SKY air conditioners allow the cabinet to retain an IP54 rating.
Reduction of noise level is a precise criterion aimed for when developing SKY air conditioners.
They have been designed to minimise disturbance from noise and thus help provide quiet working environments.
To help protect the environment, all SKY air conditioners use R134a CFC-free refrigerant, which does not damage the ozone layer.
SKY air conditioners are available for the most common AC voltages. On request, versions for voltages not present in the catalogue can be produced for orders of sufficient quantities.
The standard colour is RAL 7035 textured. The coating is epoxy power coating. Non-standard colours and stainless-steel versions are available on request.
Application tips for the SKY range include avoiding lowering the factory setting temperature unless strictly necessary.
The air conditioner power supply line must be protected with a time delay fuse or circuit breaker of suitable size on the basis of the unit’s technical data.
Also try to facilitate the air flow inside the electrical cabinet when designing the layout of the components.
Avoid blocking the air inlet or outlet with components installed too close together.
Any components with internal ventilation of their own must have their air flow arranged so as not to impede the air flow of the air conditioner.
If you are interested in the Texa SKY15 Air Conditioner, or any other Texa products, please call 01244 288138 or email sales@dbicontrol.co.uk to find out more information.
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