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Doorson |

Energy save

Save energy

Innovative energy solutions that contribute

to saving the globe

Our philosophy is to produce highly energy efficient doors. We are fully aware that today’s comfort leads to energy consumption.

70 %

saving energy and reducing CO₂

< 0.5 W

energy consumption

70 %

saving energy and reducing CO₂

< 0.5 W

energy consumption

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Save energy

Our philosophy is to produce highly energy efficient doors. We are fully aware that today’s comfort leads to energy consumption.

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social
responsibility

sustainable-development-doorson-1

sustainable
development

money

cost
saving

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health
& safety

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Sustainability is important to US

& we know it’s important to YOU

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01 Electric save – active save

Doors that save energy

Doorson automatic sliding doors provide an advanced “energy save” feature. When the door is STILL, in CLOSED or OPEN mode, the door controller falls in save mode, while energy consumption drops to 0.4 Wh. It is a unique innovation compared to other doors on the markets that use 20 – 30 Wh. In save mode the sensors, program switches and other electrical accessories fall in SAVE or SWITCH OFF mode.

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Only 2% energy loss

Our Door Controller works with electric power factor correction, and the result is PFC = 0.98, which means only a 2% loss.

 

We are proud to be one of the first.

With energy save products we do not just save the globe , but also cut the costs of energy  that pay off your investment.

Our automatic sliding doors use less energy. And that’s energetic.

Doorson relies on the production of long lifespan products.

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Building a better environment  with energy-efficient automatic sliding door

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02 Thermal insulation – passive save

Made for all temperature conditions

A highly efficient automatic sliding door system is constructed from thermally broken profiles, isolating material, gaskets, pressure expanding strips and highly insulated triple glass. Thermal insulation values for standard size doors reach a thermal transition lower than 1.0 W/m2K in compliance with all relevant standards and directives. Air tightness also plays an important role.

< 1,0 W/m2K

thermal conductivity

How does thermal

insulation contribute to

better energy efficiency

in your building?

How does thermal insulation contribute to
better energy efficiency in your building?

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Thermal insulation is vital for increasing the energy efficiency in any building. With energy save products you will not only just save the globe, but also cut the costs of energy that will pay off your investment.

The thermal break system is insulated against hot and cold conduction. It prevents conductive thermal energy loss, improves energy efficiency of your building and saves you money.

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