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Spectrum Plus

Designed for TBAR and plasterboard installations with higher outputs

Spectrum Plus

The Spectrum range of radiant panels provide a comfortable indoor climate for occupants well as an energy efficient solution for a wide variety of industrial, commercial and institutional applications.

The Spectrum Plus is designed for TBAR and plasterboard installations up to nine metres, with higher outputs specifically with health and education projects in mind and 10 mm copper meanders to ensure turbulent flow through the panel.

SPECTRUM PLUS DESIGN

The Spectrum Plus is designed with higher outputs specifically for health and education applications.
– 2mm high grade aluminium extrusion, lightweight, robust, optimum response time.
– RAL 9016 white powder coat.
– Outputs to EN 14037.
– Rigid non fibrous, foil faced insulation to EN13165 fire rating A2.
– Max operating temperature 90⁰C.
– Max test pressure 16 bar.
– Max operating pressure 10 bar.

Features
– Suitable for use in Micro T system ceilings.
– Turbulent flow achieved using 10mm waterways.
– Each panel individually packaged for protection to site.
– One piece 6 pass meander to EN13165 for high performance.
– Tested by WSP Lab Stuttgart to EN14037.

SPECTRUM PLUS OUTPUTS & TECH INFO

SPECTRUM PLUS WARRANTY

RHCS products are guaranteed for a period of 10 years from date of purchase in respect of defective materials and workmanship. The system should be designed in accordance with British Standard Code of Practice for Water Based Heating Systems in Buildings. On completion of the installation, the system should be properly flushed and filled in accordance with the British Code of Practice for the Treatment of Water in Domestic Hot Water Central Heating Systems, Part L of Building Regulations and Good Practice Guidance for Scotland. Failure to adhere to these standards may invalidate the manufacturer’s warranty.

Everything you need to know about radiant panels

Spectrum Radiant Panels save energy and money by achieving a higher perceived temperature than the actual room temperature and offer an unobtrusive design. Modern heating and cooling is all about people and providing a comfortable environment for occupants. However, with issues such energy efficiency becoming increasingly important in delivering a heating and cooling system which offers an effective building performance for occupants and also saves energy and money, is paramount in the choice of an optimum heating/cooling solution.

How do radiant panels work?

Radiant heat is a form of electromagnetic radiation, between ultra violet and infra-red on the electromagnetic spectrum. These electromagnetic waves penetrate the air with no loss of energy and this energy is only converted to instant heat when it comes into contact with any object of a lower temperature, warming anyone or anything in close proximity. If the radiant panels are heated by hot water this subsequently gives off energy to the room. This energy is converted into heat only when it comes into contact with the human body or other objects. This is identical to the way in which the direct sunlight on a cold winter’s day produces warmth and makes us feel comfortable. As a result radiant ceiling panels provide a pleasant and comfortable warmth at ground level, even when installed at a height of 30 metres. There are many radiant panels available on the market but the concept is the same. Water is distributed through an aluminum panel via waterways attached to the rear.

Radiant panels offer many benefits:

  • Create a more comfortable environment for occupants by creating an even temperature distribution across the room
  • Save energy and money by achieving a higher perceived temperature than the actual room temperature
  • Work well with lower temperature heating systems
  • Provide an efficient solution offering a short heating and cooling time
  • Installed within a ceiling or high on a wall they maximise wall and floor space
  • Silent operation
  • No dust/bacteria dispersal offering a hygienic solution
  • Maintenance free
  • Lower cleaning costs