ITEM OF SPECIFICATIONS STRIP RADIATION HEATING SYSTEM Supply of an irradiation system for floor, ceiling or wall, with low energy consumption and consisting of a self-modulating nanotechnology semiconductor nanotechnology FIR (Far Infrared Radation) at 24 or 36 volts. Operating at low voltage, in direct current to avoid creating electromagnetic fields. If powered by electricity obtained from renewable sources (solar or wind) it becomes a zero-emission system. In a situation of low ambient temperature, the nano particles are perfectly cohesive and therefore absorb the maximum current, in a ratio of 1 electric watt equal to 1 thermal watt produced. As the ambient temperature rises, the structural morphology of the polymer changes and the nano particles move away, reducing the points of contact. By increasing the distance between the particles, with the same heat, the passage of current is reduced and consequently the electrical consumption decreases. The system consists of the following elements: - PWM pulse power supplies - guaranteed for 7 years - 3 cm XPS insulation + vapor barrier + perimeter tape - the radiant carpet in Nano Polymer Strip at 36 Volt or 24 Volt - guaranteed for 20 years - Carbon sheet to improve heat distribution bringing coverage from 85% to 100% - management and control panel for temperatures and operating ramps with weekly programming Technical specifications: • Contact heating system for floors, walls and ceilings (maximum perceptible height 2.70); • 24Volt or 36 volt DC power supply (depending on the model) + max 10% • Free from magnetic fields • Guaranteed up to 20 years • Roll dimensions 31 cm x 30 linear meters • Absorption 1.2 Amper per linear meter at 10 ° C • Absorption in Watts per linear meter at 28.8w (24Volt or 36 Volt) • maximum length of each strip 7 meters (24Volt or 36 Volt) Documentation: TUV NORD certified Energy Production Certification CETECOM certificate Mechanical and Safety Certification Product warranty
Via al mare, 20 47842 San Giovanni in Marignano (RN) 0541827276
www.oltremateria.it info@oltremateria.it