Automatic thermal break door
Reduce energy losses while enhancing comfort
Our thermal break door combines technical performance and design to optimize the energy efficiency of buildings and reduce heating and cooling needs.
It helps maintain a comfortable indoor temperature and provides undeniable natural light.
FEATURES
- Enhances natural light intake
- High thermal insulation glazing
- Reduction in heat loss
- Available in double or single sliding versions
- Controls and security features tailored to your needs
| Passage width : | 750 to 2900 mm depending on configuration |
| Passage height : | Up to 3 100 mm |
| Mechanism dimensions : | Reinforced box 200 mm x 200 mm |
| Panels weight : | Up to 2 x 200 kg |
| Installation : | Surface-mounted, between walls, or against posts depending on the configuration |
| Structure : | Aluminium |
* Custom products and numerous options available; for more information, please contact us
Our teams assess your needs and constraints. They provide guidance to determine the appropriate solutions for each project.
Our prices include supply and installation.
SERVICES
We support you throughout the entire lifecycle of your installation: commissioning, repair, renovation, and maintenance.
We manufacture our products according to national and international standards to ensure the safety, accessibility, and proper functioning of all our automated opening solutions. We are proud to offer products with uniform standard specifications across the globe.
| CE – EN 61000-6-3/2 – EN 60335-1/-2-103 –EN 16005 – EN13849-1 |
| Origin France Guaranteed: sliding ranges |
| EN14351, RT2012 Thermal regulations |
Customize your automatic door
The G50 range of thermal break profiles is designed with chambers and nylon spacers to promote thermal separation between the interior and exterior. Combined with high thermal insulation glazing, the door leaves provide an effective thermal barrier, particularly at night when they are closed.
The Ug coefficient, based on the glass, is a key factor in ensuring the insulation of an automatic door and directly influences the Ud coefficient of the door. The choice of glazing is crucial for enhancing energy efficiency.
The frame is designed to accommodate insulating glass up to 36 mm thick.
| Examples of insulating glazing | Ug (W/m².K) |
|---|---|
| Low-emissivity insulating glazing with Argon gas 33.2 LOW E-18 Argon-44.2 | 1,1 |
| Low-emissivity insulating glazing with Krypton gas 44.2-10 Krypton LOW E | 0,9 |
Automatic doors comply with current regulations and provide the necessary safety to protect users, property, and buildings while ensuring comfort and accessibility on a daily basis.
Many mechanical or electronic devices are available to combat unauthorized access and resist vandalism.
Interior User protection and emergency exit safety
Exterior User protection and security against intrusions
Innovations and new technologies applied to automatic doors aim to provide smarter, more secure, and energy-efficient systems.
The thermal break door is designed to address thermal efficiency and durability challenges. It enables significant energy savings and contributes to environmental sustainability.
- Robust design, durability, and reliability
- Thermal performance
- Bluetooth Low Energy (BLE) connectivity: Control and settings via smartphone using the Autodoor app
- Advanced features: Adjustable opening width, speeds, detectors, etc.
- Powerful brushless motor: Efficiency, precision, longevity
- Universal switching power supply (SMPS): 90 to 250V
Your markets
Clean rooms
Healthcare
Hospitals
Architects
General contractors
Industries
Banking sector
Public administrations
Municipalities
Retail
Hospitality
Restaurants
Rail transport
Property Management
associations
