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Sygma 1,540 W digital system with 14 programmable elements with reduced consumption.
The Sygma electric radiator is ideal for any space such as your home, school, nursery, office or hospital and provides them with the most comfortable, homogeneous and efficient heat, thanks to its Optimizer Energy Plus energy control electronics and its unbeatable control of the temperature and relative humidity of the environment.
CHARACTERISTICS
· Infrared communication (optional remote control)
· Low consumption: up to 60% of saving
· Natural air convection: soft and uniform heat throughout the room
· Energy saving: open windows function
· Compatible with Air Control and Basic Control remote controls
· 10-year warranty on the aluminum body and 3 on the electronics
· Thermal fluid and wall-mounted
· Dimensions: 1,230 mm wide x 575 mm high x 95 mm deep
· Power nominal: 1,540 W
Effective power: 616 W
EAN: 8436045917249 SKU: SRN1540RAD2
We present and he Sygma 1,540 W electric radiator with 14 elements is the only electric heating system with reduced consumption that combines comfort and economy. The wide range of this model, the only ones with even and odd modules, is perfect for all types of families, as it adapts to any environment due to the new straight design of its blades.
Our electric radiators Sygma low-consumption radiators have an Early Start function with which to easily schedule their start-up from any mobile device and a saving function, Open Windows, with which the radiator activates the antifreeze mode (7ºC) if it detects a drop in temperature. more than 4ºC in less than 30 minutes. The range of Sygma electric radiators is compatible with Air Control and Basic Control remote controls in which you will find a whole world of possibilities that allow energy savings to be made easily.
The compelling quality of the elements that make up the Sygma emitter, guarantee perfect heat management, avoiding any type of accident with children or the elderly, and can be installed in collective places such as schools, offices or the home.
* In tests carried out by independent laboratories, simulated heating for a room of 12 m2 at a temperature established at 21ºC, in a climatic chamber and under pre-established parameters. Once the tests were completed, the result was an average power of only 40% of the nominal power. That is what we define as equivalent coefficient of consumption. If we multiply the nominal power by the equivalent consumption coefficient, we obtain the effective power. ** Average surface temperature obtained with the radiator temperature set at 21ºC.
