HS ePOWER – the lift and slide door
Large-format lift and slide doors are particularly popular with discerning builders. High sash weights often make manual opening and closing difficult. With our complete solution HS ePOWER – an intelligent combination of proven GU standard hardware, motorised drive and barrier-free threshold – we enable you to operate your door comfortably and safely, without tripping hazards. Your lift and slide door is fully barrier-free in accordance with DIN 18040.
Simply safe with intelligent technology
Discover the HS ePOWER – an intelligent solution for the comfortable and safe operation of motorised lift and slide doors.
HS ePOWER in detail
- Available exclusively from Gretsch-Unitas
- Maximum operating comfort thanks to motorised opening and closing
- Design and aesthetics: all components – except for the control element – are concealed
- The control element is intuitively operable thanks to keypads with self-explanatory symbols
- Optional control via radio remote control, with secure AES-128-bit encryption
- Integrable into smart home systems
- Barrier-free in accordance with DIN 18040
- Pre-assembled, plug-and-play modules enable quick and safe installation for immediate commissioning
- Permanent power transmission in any position of the sliding sash
- Batteries concealed in the lift and slide door provide power supply, regardless of how long the door remains open.
- Identical sash installation as with manually operated lift and slide hardware
- Suitable for elements made of timber, PVC and metal
Thresholds
Discover the advantages of our thresholds, a key component for lift and slide elements. The thermal break interrupts the heat flow from inside to outside and enables significant energy savings. With CE and RC2 certifications, they offer maximum comfort and security – naturally also available in a barrier-free version.
More than just products
Standards and safety requirements
Our lift and slide hardware meets the highest standards in terms of air tightness, watertightness against driving rain and wind load resistance. They are tested and certified in various security classes according to EN 1627–1630 to provide you with maximum protection against burglary attempts. In addition, they are certified by ift in accordance with QM 346. In combination with our system thresholds bb, lift and slide elements can be designed barrier-free in accordance with DIN 18040. All drives meet the requirements for power-operated internal and external doors according to EN 16005.
hardware for Lift&Slide windows and Lift&Slide window doors
The standard EN 13126-16 deals with hardware for Lift&Slide sash windows and Lift&Slide sash French doors. It defines requirements and test methods relating to the durability, strength, and protective function of this hardware. The properties of the hardware are expressed by a nine-digit classification code, similar to other parts of the EN 13126 series.
Series of standards for burglar-resistant building products
The standards EN 1627 to EN 1630 address burglary resistance of windows, doors and closures. They specify the requirements, classifications and test methods for products intended to protect against burglary attempts.- EN 1627 defines the general requirements and classifications.
- EN 1628 describes the test method for determining resistance under static load.
- EN 1629 covers the test method for determining resistance under dynamic load.
- EN 1630 focuses on the test method for determining resistance against manual burglary attempts.
These standards are crucial for construction products used in security-relevant areas.
air permeability
The EN 12207 standard refers to the classification of air permeability of windows and doors. It defines how much air can pass through a closed window or door under certain conditions. The test is carried out by applying pressure differences across the product to measure its air tightness. These measurements are important for assessing the energy efficiency and comfort in buildings.
driving rain tightness
DIN EN 12208 is a European standard that deals with the classification of watertightness for windows and doors. It specifies how much water can penetrate a closed window or door under certain conditions. The test involves applying water pressure to the external surface of the product to assess its ability to prevent water ingress. This assessment is important for protection against moisture damage and to ensure energy efficiency in buildings.
resistance to wind load
The DIN EN 12210 standard relates to the resistance of windows and doors to wind loads. It specifies how these building components must be tested under various pressure conditions to assess their ability to withstand wind loads. These tests are crucial for ensuring the safety and stability of buildings during strong winds or storms.
barrier-free construction
The DIN 18040 standard deals with the planning principles for barrier-free construction. It is divided into different parts that cover various aspects of construction to enable people with disabilities, elderly persons, and children to participate equally in everyday life. An important aspect of this standard is the easy opening of doors without external assistance. In this context, requirements are placed on door closers, such as limiting the operating forces to ensure that doors are easily accessible.
