Intelligent and energy-efficient electric floor heating system( number of products: 10 )
The self-regulating T2Red system detects automatically other heat sources such as solar radiation, electrical appliances or heating from a fireplace and adjusts its heating power accordingly.
No risk of overheating the heating cable under furniture and carpets, allowing for any interior design. It can be laid on any substrate such as tiles, floating panels, wood stave, linoleum or vinyl in dry and wet rooms. By cutting the appropriate length during installation, it is easy to adapt it to the size and shape of any room.
This system consists of a self-regulating T2Red heating cable that can be installed with grooved Reflecta aluminum-coated insulation boards to provide thermal insulation for the substrate. The thermal insulation and aluminum layer reduce heat loss and ensure even heat distribution. The system allows additional energy savings of 20%.
nVent RAYCHEM T2Red RAYCHEM R-RD-B-15M/SENZ-WIFI self-regulating heating cable 16 m set with SENZ WIFI thermostat
nVent RAYCHEM T2Red self-regulating floor heating cable
nVent RAYCHEM U-RD-ACC-CE connection and termination kit
nVent RAYCHEM U-RD-ACC-SP cable repair kit T2Red
nVent RAYCHEM R-RF-1M2 Reflecta insulation board for underfloor heating
nVent RAYCHEM U-RF-6E Reflecta return plates
nVent RAYCHEM R-RF-ADH-A-FIX Reflecta board adhesive
nVent RAYCHEM R-RF-ADH-P-FIX-3 Reflecta primer for aluminum
nVent RAYCHEM R-RF-10M2-LM Reflecta heating set under floor panels
nVent RAYCHEM R-RF-10M2-TL Reflecta heating kit under floor tiles
Let's start with the basics: What is self-regulating heating cable?
Self-regulating technology - nVent RAYCHEM invented and patented self-regulating heating cables that automatically adjust their heating power to compensate for temperature changes. The cable's outer sheath, braid and inner insulation provide mechanical, chemical and electrical protection but the magic happens in the conductive core of the heating cable.
Two parallel power conductors are embedded in a conductive core. If the ambient temperature A decreases, the core of the wire microscopically shrinks and the number of electrical paths in the core increases. More heat is generated. The opposite happens when the ambient temperature increases C, then the core expands and the number of electrical paths decreases. Less heat is generated.
- The self-regulating heating cable adjusts its heating power along the length of the cable. This makes such a system a safe and reliable solution for many applications.
- Self-regulating heating cables can cross and touch each other without the risk of burning out!
Close to doors and windows there are cold zones. In places where it is colder, such as close to windows and doors, the cable generates more heat. More heat is generated in colder areas near windows and doors, and less in warmer areas.
During the day, the sun heats the floor by the window. The cable detects the floor being heated by the sun's rays and lowers its heating power automatically. No risk of overheating.
Under carpet there is less heat demand. In warmer areas, (such as in the middle of the room or under carpets and furniture) the cable generates less heat. No risk of overheating or damaging the floor.