Systems (°C) Thermal System
RBM MORE solutions for temperature control are inspired by a very simple principle: they imitate nature. To maximise climatic wellbeing in an architectural space, RBM MORE systems use innovative, heterogeneous radiant elements that adapt to various applications, to heat or cool rooms, using natural convection, avoiding the forced circulation of the air when this is not functional to a quick restoration of the conditions of comfort.
MORE FTA, A HIGHLY EFFICIENT AND REDUCED-THICKNESS SUMMER AND WINTER RADIANT AIR CONDITIONING SYSTEM
More FTA is an innovative, highly efficient and reduced-thickness summer and winter radiant air conditioning system that can be installed on the floor, wall or ceiling according to the architectural needs. Distinguished by a high thermal response time, it heats and cools quickly and so allows the indoor climate to be managed according to need, maximizing comfort and minimizing management costs. When installed on the floor, there is no need for any cement screed or load distributors, reducing the total height of the system and increasing the effective volume of the rooms, while always ensuring appropriate thermal insulation. More FTA reduces construction times and costs. It is the ideal solution for energy-efficient newbuilds as well as for renovations. Thanks to its reduced thickness, light weight and simple installation, it can be laid over the existing floor, avoiding the need to demolish and without overloading the floors.
MORE BELT, A PERIMETER RADIANT HEATING AND COOLING SYSTEM
More BELT is a patented perimeter radiant heating and cooling system that guarantees a low and comfortable level of air humidity in the summer, avoiding the need to install dehumidifiers that are otherwise necessary with traditional radiant systems. This feature limits air movement inside the space, whatever the season. It is applied along the perimeter of the rooms, and can both heat and cool if mounted as a ceiling cornice or concealed behind the false ceiling. Cooling takes place by radiation from the walls, and is activated by the natural and uniform convection produced by the Coanda effect, without any forced movement of the air. Heating always takes place through radiation from the raised temperature of the ceiling surface and in the absence of any convection currents. If mounted on the skirting board or wall, or if recessed or integrated into the finishes to minimize any adverse aesthetic impact, it works just in heating mode, ensuring that the temperatures of the wall are consistent.
MORE PAD, A LOW VOLTAGE TECHNOPOLYMER RADIANT MAT
More PAD is a low voltage technopolymer radiant mat that can be used indoors and outdoors, and which is able to self-regulate its maximum operating temperature. The temperature and application depend on the version of the PDA that is chosen during the design phase. The minimal thickness makes the More PAD easy to model to the shapes of the surfaces to be covered and the nanotechnologies regulating its operation guarantee low energy consumption. Applied to the wall, floor or ceiling or integrated into furnishing accessories, it is hidden from view. Available with different power supply voltages, the More PAD can be used for heating rooms that are not served by the main hydronic system, while in the bathroom area it can be used as an alternative to heated towel rails or as its invisible extension, for example to create a warmer environment in the shower room or to prevent fogging of the mirrors. Outdoors, placed under the flooring, it prevents the formation of ice on terraces or on access paths to the house or garage.
Discover More PAD ID - INDOOR
Discover More PAD HV - INVISIBLE TOWEL HEATER
more fta-e, Electric radiant floor heating system
MORE FTA-e is an electric, prefabricated, modular, underfloor radiant heating system, suitable for creating fixed or temporary platforms to be placed on existing flooring.
The system does not require masonry work and, for this reason, can be used to cover valuable or historically valuable floors without damaging them.