Image de fond CAMPASTYLE GLACE 3.0

CAMPASTYLE GLACE 3.0

Radiant radiator with controlled inertia - Massive glass facade

Remarkable elegance of a simply exceptional range of radiators

Available models :

  • Pictogramme Horizontal du modèle CAMPASTYLE GLACE 3.0 Horizontal
  • Pictogramme Vertical du modèle CAMPASTYLE GLACE 3.0 Vertical
Image de présentation 1 du produitCAMPASTYLE GLACE 3.0Image de présentation 2 du produitCAMPASTYLE GLACE 3.0

Materials and colors adapted to your desires

  • Matière Mirror" effect" du modèle CAMPASTYLE GLACE 3.0
The radiators in massive glass facade reveal a requirement which goes beyond the simple need for comfort. This material, so specific and complex to master, brings an intense and immediate visual treat  
Design workshop by Intuis
Image partie innovation du produit CAMPASTYLE GLACE 3.0

The best of technology contained in 5 cm of thickness

Pictogramme 1 partie innovation

Glass facade: aesthetics and energy performance

Glass is used for its remarkable thermophysical qualities which allow it to accumulate and restore heat. Very resistant to shocks, it is the perfect combination between efficiency and technological design

Pictogramme 2 partie innovation

Energy efficiency, comfort and energy savings

For greater performance, the massive glass facade is associated with two independent and complementary heating elements managed by high-precision regulation. When the radiator is on, the comfort setting is very fast (the two transmitters heat up simultaneously) and lasts until the desired temperature is reached. For the sake of comfort and economy, priority is always given to the facade (which is generally enough to cover most heat needs)

Pictogramme 3 partie innovation

Connect your electric heaters in a single gesture with Muller Intuitiv with Netatmo

Plug'n play Muller Intuitiv with Netatmo connected module for Campa radiators. Thermal intelligence algorithms. Voice and smartphone control, room by room heating schedule, consumption monitoring …

For more advice, contact an installer

The best of technology contained in 5 cm of thickness

Pictogramme 4 partie innovation

Performance of a virtuous cycle

The surface emitter provides a soft radiation which heats the facade on its entire surface. This then immediately releases the heat, while accumulating it in order to be able to restore it slowly in a second step, when the emitter(s) stop producing heat

Pictogramme 5 partie innovation

Technological advantage: the double effect with inertia on the facade

Facade inertia is a scientific process patented by Campa, which allows our radiators to create the conditions for ideal comfort thanks to cutting-edge technologies capable of optimally using the remarkable thermophysical qualities of the most efficient materials : this is the principle of mass inertia effect®.

Pictogramme 6 partie innovation

Mass inertia effect®: scientifically proven performance

Technically, the mass effect is a scientific calculation which establishes the true quality of a radiator by determining whether the thermophysical qualities of a material and its density are ideal for working best with the heating elements and the regulation of the device in which they are installed.

For more advice, contact an installer

The best of technology contained in 5 cm of thickness

Pictogramme 7 partie innovation

More intelligent, more control, more savings

The technology 3.0 allows you to use your device well in any situation to optimise your comfort and save energy

Pictogramme 8 partie innovation

A concrete case

Our electric heaters are all equipped with presence and absence detection. This energy-saving function takes into account the user's life rhythm in real time. If it detects a prolonged absence, it gradually lowers the temperature and after 1.5 hours, puts the device in ECO mode. If it subsequently detects your presence, it immediately returns to Comfort mode

For more advice, contact an installer

Tournez, appuyez, c'est réglé

Le principe d’utilisation des appareils a été pensé pour un usage plus simple et un chauffage plus précis dans chaque pièce de l’habitat, pour la rénovation et la construction neuve.

Image du boitier de commande du produitCAMPASTYLE GLACE 3.0

Technical characteristics

Choose your model

  • Pictogramme Horizontal du modèle CAMPASTYLE GLACE 3.0 Horizontal
  • Pictogramme Vertical du modèle CAMPASTYLE GLACE 3.0 Vertical

Aesthetics available

  • Coloris Mirror" effect" produit CAMPASTYLE GLACE 3.0
Image 1vision 360 degrés du produit CAMPASTYLE GLACE 3.0Image 2vision 360 degrés du produit CAMPASTYLE GLACE 3.0Image 3vision 360 degrés du produit CAMPASTYLE GLACE 3.0Image 4vision 360 degrés du produit CAMPASTYLE GLACE 3.0Image 5vision 360 degrés du produit CAMPASTYLE GLACE 3.0
flèche, icone du slider
  • Pictogramme du boitier de commande Position of the control box
  • Pictogramme du boitier de commande Retractable absence detector
  • Pictogramme du boitier de commande Housing for Muller Intuitiv with Netatmo module
Model Horizontal
Total power (W) 65010001250--
Static power (W) 65010001250--
Blower boost power (W) -----
Width (MM) 70011001400--
Height (MM) 700700700--
thickness (MM) 888888--
Weight (KG) 20,7532,235,8--
Lily white CMVD07HBCCBCMVD10HBCCBCMVD13HBCCB--

Accessories

Image accesoireCAMPASTYLE GLACE 3.0
Muller Intuitiv with Netatmo module (White)

Connect your Campa electric heaters in a single move !

Find out more

Plug'n play connected module for Campa electric heaters. Thermal intelligence algorithms. Voice and smartphone control, room by room heating schedule to the nearest degree, consumption monitoring… via the Muller Intuitiv App available on the AppStore and Google Play. Learn more at www.muller-intuitiv.com

Image accesoireCAMPASTYLE GLACE 3.0
Accessory Kit Shunt - Pilot wire for radiator

With this accessory, a single Muller Intuitiv module installed in a Campa 3.0 radiator enables you to manage all the other 3.0 radiators in the accommodation, using existing pilot wire (up to 10 devices).

Find out more

Each radiator will be managed independently or room by room, to the nearest degree.