Documentation ift Special Show Comfort + Security of Automatic Doors and Gates. 27 February 3 March 2018, Stuttgart

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1 Documentation ift Special Show Comfort + Security of Automatic Doors and Gates 27 February 3 March 2018, Stuttgart

2 ift Special Show Comfort + Security ift Special Show Comfort + Safety of Automatic Doors and Gates Gates, automatic doors and shading devices are leading the way in terms of automatic drives and controls for the construction industry. This entails additional requirements such as functional and electric safety, which must be taken into account during planning and tendering. However, also fire safety and burglar resistance as protection against industrial espionage and high material assets are more current than ever. Therefore, the ift special show Comfort + Safety of Automatic Doors and Gates in Stuttgart from is presenting at the R+T world s leading trade fair for roller shutters, gates and sun protection (stand 10D31), what construction elements and their components can do today, how the requirements have to be checked and how the quality can be ensured. This will be complemented by a lecture forum that is organised together with the BVT. Content Page Technical Article 1 Smart-Home-Ready for doors, gates and windows Improvement of comfort, safety efficiency with automatic drive units and intelligent control technology Co-exhibitors A Z 13 Media partners 16 About ift Rosenheim You need skills, technology and experience for good structures, and this is especially applicable to windows, facades and doors. Since 1996, ift Rosenheim has been supporting the industry as a neutral scientific institute with technical services and more than 200 employees. These include conducting tests and research, certification and quality management as well as standardisation, advanced education and technical information. In this manner, ift Rosenheim is promoting the development of quality products that are suitable for use, environment-friendly and efficient, and which make life more comfortable, more secure and safer, and healthier. ift Rosenheim 2018 Special Show Comfort + Security

3 Smart-Home-Ready for doors, gates and windows Technical article Prof. Ulrich Sieberath Director of ift Rosenheim Jürgen Benitz-Wildenburg Head of PR & Communication Willi Huber Operating Testing Officer Electrical Engineering Andreas Schmidt Product Manager Doors and Gates Smart-Home-Ready for doors, gates and windows Improvement of comfort, safety and energy efficiency with automatic drive units and intelligent control technology Doors, gates, windows and shadings make walls to buildings. They regulate the daylight supply and the indoor climate and enable an easy, comfortable and secure access to the building. Gates, automatic doors and shading devices are leading the way in terms of automatic drives and controls for the construction industry. Easy-tomount drive units with integrated sensors, radio transmission and controls via smartphone make the use also possible and affordable for private residential buildings. This entails additional requirements such as functional and electric safety, which must be taken into account during planning and tendering. Digitization is entering each area of life, whether in the car, in the office, in production or in the private sector. Wifi, internet as well as smartphones have conquered our home - now, hardware will be next. Functional doors and gates in industry, airports or hotels have a technological pioneering role. The latest technology is used, which will then also be available and affordable for simpler buildings. Fig. 1 Simple smart home controls are even affordable for small buildings (Fig.: somfy GmbH) ift Rosenheim 2018 Special Show Comfort + Security Page 1 of 16

4 Technical article Smart-Home-Ready for doors, gates and windows Fig. 2 Status quo and development of Smart Home in Germany (Fig.: Smart Home Monitor 2017, Study of SPLENDID RESEARCH GmbH The necessary drive technology, sensor technology and control technology are becoming smaller, more comfortable and less expensive. The energy supply can already be solved by solar technology including rechargeable battery packs and thus without cable. Intelligent components that react to environmental/user influences as well as language and gestures or display the necessary maintenance, offer opportunities for more comfort and security as well as new business models for service, safety and maintenance. Smart is therefore more than only an electrical drive unit and includes a system with sensors, intelligent control or linkage with client systems. Automatic operated entrance gates, doors, windows as well as roller shutter and sun protection systems offer more comfort and safety, especially for the elderly, children or people with physical restrictions. House entrance doors, patio doors and balcony doors as well as fire protection doors in the access area of basements or underground parking are typical. However, automatic doors are often used in public buildings, care facilities or assisted living. In addition, additional benefits are easy to realise, e.g. a central closure, alarm signal at burglary attempts or status message open/closed for windows, doors and gates. The demand is also growing due to the advertising pressure from Somfy, Schüco, Roma as well as Amazon, Google & Co. Construction elements with electrical drive unit are also machines according to the machinery directive and are subject to specific safety requirements. This also applies if they are put together from assemblies on the construction site. Smart home in private sector means more comfort, safety, networking with higher-level systems (cloud) as well as simple control due to connection with Google, Amazon & Co. Fig. 3 New benefit and added value using the example of an intelligent garage door drive (Fig.: Teckentrup GmbH & Co. KG) Page 2 of 16 ift Rosenheim 2018 Special Show Comfort + Security

5 Smart-Home-Ready for doors, gates and windows Technical article Networking or connection to the building services offers energy-saving potentials and control capabilities up to the automatic, user-oriented regulation of the indoor climate. Smart components are getting increasingly popular in production facilities. The factory of the future manages its own stock, optimizes and organizes the routes with selfpropelled lifting devices, controlled directly by the planning software and makes small, individual lots possible. Thanks to networking and the Internet, innovations in planning and production are available on demand. Today, industry 4.0 and the digital world are already encountered in every manufacturing company. Windows, doors, gates, blinds, locks and access controls are part of the production plant and production logistics. Intelligent garage doors with integrated sensor and control technology are an interesting example: If you drive into the garage with a damp vehicle, the garage door in the upper segment is opened until the temperature and humidity sensor gives green light. A light movement sensor in combination with an IR sensor detects whether a person or a cat is in the garage and, if necessary, provides an automatic acoustic alarm and sends a message to a smartphone. An integrated parking position laser, remote maintenance and the LED lighting are also available. In order to guarantee function and safety in all application scenarios, all single components and the complete system must be tested on electrical and functional safety. 1 Comfort and accessibility Future-oriented building has to be based on the criteria of energy saving, comfort, safety, sustainability and changing needs of the house owners and residents. Entrance doors and external doors as well as garage doors play an special role, as they are the business cards of the building and the most important entrance. Against this background, the changed specifications of the demographic change are particularly significant. The elderly want to stay in their familiar surroundings and lead a self-determined life as long as possible. According to the study Housing for the elderly of the Federal Ministry of Transport, Building and Urban Affairs, three million age-appropriate housings are missing, where access is not impeded by narrow, sluggish doors, hard to reach push buttons or high operating forces. The specifications for barrier-free structural installations are described in DIN in parts 1 and 2. The standard applies to public buildings and new residential buildings with more than three residential units as well as reconstructions subject to approval. According to DIN 18040, the type of opening, dimensions such as clear Fig. 4 Comfort and safety in the living area by Smart Home technology are easy to install and to use due to wireless control systems via radio and interfaces to Apple, Google & Co. (Fig.: somfy GmbH) opening dimensions (min. 90 cm), operating height for handles (85 cm), door drives to limit the maximum operating forces (class 3 with a maximum of 25 N or 5 Nm according to DIN EN 12217) should be observed, but also a high-contrast design for persons with visual impairment as well as the use of control elements according to the two-sense principle (visual, haptic or acoustic). Automatic operated doors are becoming more and more popular, because the house or the beloved sun place on balcony and terrace are remaining accessible even with reduced mobility. These aspects are particularly important for the generation 50+, a target group with considerable spending power that attaches great importance to safety and quality. In the private living area, these are mostly side hinged door, sliding doors or garage doors, but also roller shutters and external blinds, where automation can remedy with too high operating forces. Typical for this are front doors, patio doors and balcony doors as well as fire protection doors in the access area to the basement or underground parking, that should give convenient, unhindered access. IIn the future, complete automatic locking systems and a home central lock with sensors in windows, doors and glass are being standard, which will immediately send a message to the smartphone or a security company in case of damage or burglary. However, intelligent roller shutters are also possible, which recognize an unauthorized approach of a person (burglar) on the basis of common behavioural profiles and then shut down or open automatically in case of fire. The distribution of electromotive components are favoured above all by the smartphone as well as speechcontrolled Smart Home solutions, enabling intuitive and simple use by different target and age groups. This is just as self-evident for the new old people of tomorrow as it is for young people. At the same time, manufacturers and fitters will find it easier to use them, as the industry offers plug-and-play solutions and radio-based systems. Therefore, the distribution and assembly of electromoti- ift Rosenheim 2018 Special Show Comfort + Security Page 3 of 16

6 Technical article Smart-Home-Ready for doors, gates and windows Fig. 5 Network architecture with switches, sensors and actuators using the example of a wireless network on the example of the EnOcean protocol (Fig.: Prof. Dr. Michael Krödel, Hochschule Rosenheim) ve construction elements are a must for manufacturer of construction elements. Those, who do not qualify in time and offer services, will not survive in the market. 2 Drive units, controls and sensors The intelligence of automatic construction elements results from the interaction of drive unit, sensors and control. Thus, architects, manufacturers, fabricators and fitters are faced with new requirements that must already be taken into account during planning and construction. These include, for example, the cable routing in the window/door profile and its protection against moisture and mechanical damage as well as the safe use of additional components such as transformer or control. The current product development of drive units, locks and hardware aim at reduction of components as well as integration of limit switches, actuators, sensor and transponder technology in the drive units that are hidden in the door or gate construction. A semiautonomous intelligence at drive unit and energy supply must ensure safe operation in case of failure of the central control. This also applies to functions such as secure closure (burglary resistance), opening with the key or in case of fire (escape door). Superior instructions or reactions for the optimization of processes, energy consumption, ventilation, etc. are nowadays transmitted via radio (wireless network, inter alia) to an higherlevel control. Fig. 6 However, it is very important that the sensors and the control use an interface (protocol) that is recognized and understood by common central building control systems. Otherwise, the signals can only be interpreted and used insufficiently or not at all. A so-called dry contact is generally not enough, as this can only use or display the information open or closed. A compatibility with protocols widely used in building technology, such as KNX, is better. There are translation devices available for this purpose that make the signals of the sensors also readable for other controls and protocols. Thus, this simplifies matters considerably for the manufacturer and the installer, as only the component has to be mounted and the connection of the power supply (cable) has to be made. The connection to the house electrical system and the programming of the control can be taken on by the trade building services or are so simple that they can also be carried out by a qualified installer or even by the house owner (Smart Home Ready). Power-operated hinged doors with automatic drive unit are still seen as a door plus a separate electric drive unit, which is then mounted on the door. Therefore, problems often occur during production and installation as the cables are too short or there is not enough space for the electric lines, the control unit and the transformer. Also the mechanical connection of the electrical drive units poses difficulties, as the frame or the door leaf has insufficient stability. In practice, this often results in damages such as torn out hinges, damaged door frames with open joints, Features of an automatic side hinged door Page 4 of 16 ift Rosenheim 2018 Special Show Comfort + Security

7 Smart-Home-Ready for doors, gates and windows Technical article construction elements in order to enable easy installation also without an electrician and to minimise the cable cross sections. If cable/bus systems and no wireless is used, the cable routing between the electromechanical component and the transfer point to the electrical installation must be provided in ducts or other suitable cable routing systems to secure the interchangeability. The sole assessment of climate resistance of electronic components by the classical IP rating is not sufficient. Especially drive units, which have contact with indoor climate and outdoor climate, can cause condensation with subsequent electrical damages. In this case, an evaluation of the electrical components by climate change tests makes sense. Fig. 7 Components of an electromechanical lock jammed doors with damage to drive units, etc. Reliable complete solutions arise when profiles, door frames, door leaves and panels, type and number of hinges, drive units and controls match and complement each other. Of course, this also includes professional installation, annual maintenance and inspection. The ift-guideline EL-01engl/1 Electronic systems in windows, doors and facades provides practical recommendations and checklists to organise the coordination process between the manufacturer of construction elements and the trade electrical installation professionally and to define specifications and necessary information on cable routing, transfer points, etc. The power supply of the drive components with 24 V makes sense for electromechanical During assembly, defects are often caused by the use of unsuitable components with different, not suitable energy supply, wrong cables and connectors, non-professional wiring as well as missing functional test of the components before assembly. In addition, planning errors occur as electronic building components are located in areas with high humidity, temperature or mechanical load. However, there will be no good results for complex functions and tasks without early coordination between architect, electro specialist planners and manufacturer. For simple projects, suppliers should make their products Smart Home Ready for easy assembly. Matured complete solutions and full-service provider that reliably control all interfaces are still rare and still need to become more. There is also a lack of suitable verification methods for the serviceability of automatic systems. 2.1 Sensor technology Fig. 8 Recommendation for cable routing in window/door constructions according to ift-guideline EL 01engl/1 [1] The protection of electromechanical construction elements against the risk of injuries by sensors and controls can easily be compared with the tasks of a goalkeeper: The keeper has to observe the course of play in the complete field. The readiness for action is increased at events in the penalty area and the goalkeeper springs into action in the goal area. For doors and gates, the control takes over the role of the goalkeeper with the help of sensors (light barriers, infrared, laser, etc.). The forefield sensors monitors the events in the penalty area; the control must interpret the signals correctly and sort out whether someone is heading for the gate, driving up or only passing by. Radio signals, transponder, chips ift Rosenheim 2018 Special Show Comfort + Security Page 5 of 16

8 Technical article Smart-Home-Ready for doors, gates and windows 3 Safety of electrical construction elements The product standard EN Power operated pedestrian doors Product standard, performance characteristics Pedestrian doorsets, other than swing type defines all essential characteristics for power-operated doors. The side hinged doors will be covered by EN as external door and soon by EN as internal door. These standards settle services such as sound insulation or thermal insulation, air permeability, driving rain, burglar resistance and other characteristics. Fig. 9 Rust damages at drive units (gear, board and engine) by condensation in the casing despite IP protection class (Fig.: ift Rosenheim [2]) or other information (also biometric) transmit if an access authorisation exists. At the same time, the hazardous areas in the gate (closing edges, moving parts, etc.) have to be monitored. The motto is Highest Danger - Stop if something approaches this area. The systems are especially powerful if the components communicate with each other and the forefield sensors already detect the direction of movement and the access authorisation and reports to the systems. Similar to the goalkeeper, the control detects when a dangerous long shot occurs. The operator of electromechanical construction elements has to be advised and instructed during initialization and is then responsible for maintaining the safety. In the case of accidents, the first step is to check whether the operator has attended his duty to carry out regular, professional maintenance and testing. The further examination will deal with the hazard analysis prepared in planning and whether the specifications for the construction and the expected risks has been considered. New hazardous areas occur by the mechanical drive unit, as no one wants to squeeze their fingers or be pushed ungently by the construction element. Insofar, the manufacturer must design his machine safely. Additional requirements apply for construction element with electrical drive unit. The manufacturer has to fulfill not only the classic requirements (sound, wind load, airtightness, etc.) of the Construction Products Regulation (CPR) in the product standards, but also those of the machinery directive. A hazard analysis has to be prepared by the manufacturer of the construction element. It has to be taken into account that the manufacturer of the drive unit and other electrical components has to provide tests and evidence for the electrical safety (safety for man and beast; prevention of electric shock, fire, burns) as well as functional safety (safety for man and beast; prevention of unintentional movement due to software errors and component errors). In addition, transformers, power supplies, drive units and sensors must also be tested for electrically driven construction elements (EMV/PAK verification, IP protection classes, heat/fire resistance, etc.). ift Rosenheim has a laboratory for testing the safety of electronic construction elements. The product according to the machinery directive is the fully installed, connected and functional construction element (door, gate, window) for which the safety has been confirmed by the manufacturer (templates see leaflet KB.02) and countersigned by the operator. Thus, the operator confirms the user s instruction and undertakes to ensure that the fra- Fig. 10 Function of control and sensors are comparable with the tasks of a goalkeeper. Page 6 of 16 ift Rosenheim 2018 Special Show Comfort + Security

9 Smart-Home-Ready for doors, gates and windows Technical article to carry out regular, professional maintenance and testing on basis of the maintenance and operating instructions. The further examination will deal with the hazard analysis prepared in planning and whether the specifications for the used construction and the expected risks has been duly considered. The description in the maintenance and operating instructions has to contain at least the following points: Information on the necessary maintenance and maintenance periods by trained personnel (1-2 times per year) Testing of closing forces and the pulse generator including sensors (at least once a year) Acceptance test by a qualified person before initialization Test results in written form and archiving Making of checklist and test log book for each unit 3.1 Hazard analysis Fig. 11 Specifications of electrical construction elements mework of the hazard analysis as well as the maintenance and repair in order to avoid hazards. This also applies if the complete product consisting of assemblies, such as door/gate panels, frames, drive units, etc., is put together on site to a functional unit. These include compontents such as drive units, controls and sensors as socalled incomplete machines. The manufacturer is then the person, who assembled the construction element and puts it into operation. However, in the interest of quality and safety, it is recommended that the manufacturer of the construction elements assembles them himself. Otherwise, the subcontractor or installation company will become the manufacturer, with all rights and obligations. The responsibility for providing all documents is up to the assembler, who can then mark the product on basis of an EC type-examination (usually from the drive manufacturer) with the CE mark and brings it on the market. Therefore, architects and house owners should already be informed about these circumstances in the course of tendering and it should be clarified, who has to carry out the CE marking in the end and which verifications are legally required. Timely implementation of maintenance and commissioning of trained personnel is very important for safe operation. The responsibility for this bears the building operator. In the case of accidents at automatic systems, the first step is to check whether the operator has attended his duty An electric drive unit makes the door a machine in the sense of the machinery directive 2006/42/EC (EN 16005), where the safety in use must be guaranteed. Prior to initial operation, a risk assessment has to be prepared that includes measures to prevent or eliminate hazards. The architect should define the necessary protective measures with the manufacturer. Information from the drive manufacturer and the leaflet KB.02 Electrical components in window, door and facade construction from VFF, ZVEI and ift Rosenheim can be used as basis for planning. In principle, a hazard analysis has to be prepared by the marketer of the overall system (as so-called manufacturer ), which contains measures for the prevention or elimination of hazards. Assistance can be found in the EuroWindoor leaflet KB.01 Power-operated windows issued by ift Rosenheim and VFF. The causes of accidents are complex and can be found in the following areas: insufficient risk awareness due to missing information and markings results in mishandling by the user inadequate hazard analysis before manufacturing Assembly and maintenance errors insufficient fail safety of the protections and sensors lacking maintenance and lack of expertise when checking the safety in use by the operator and maintenance personnel 3.2 Electrical safety In the case of electrical safety, the avoidance of electrical risks is essential, such as electric shock, fire caused by overloading or short circuit of the electric components such as transformers, power supplies, drive units and sensors. The tests are done on basis of EN et seqq. The used electrical components are tested by assessment re- ift Rosenheim 2018 Special Show Comfort + Security Page 7 of 16

10 Technical article Smart-Home-Ready for doors, gates and windows garding their use at the product and their proper use within the defined application range (specification). In addition, the electromagnetic compatibility (EMC) and the IP protection classes will be tested (e.g.: mounting method, climate conditions, specification). There is the risk assessment of improper operations or mishandling as well as the testing of protection device for protection against dangerous electrical parts. All necessary test (EN 12453, EN , EN , EN , EN ) can be carried out in the ift laboratory. A certification according to the Product Safety Act, an EC type-examination as per Machinery Directive or an ift Certificate of conformity can be issued on basis of the verifications and test reports as well as a surveillance of the factory production control (FPC). 3.3 Functional safety The extent, mode of action and reliability of the safety function are checked in case of errors when testing the functional safety according to EN /2. The basis is a hazard analysis in consideration of the installation situation, use and operation (Tips on how to do this in EuroWindoor leaflet KB.01 issued by ift Rosenheim and VFF [9]). The fault simulation can be made via precipitated hardware errors at the component, readjusted software errors as well as foreseeable misuse. For the normal use, some opening and movement options differ from those for special cases such as fire, smoke, burglary, maintenance or escape route use. The different specifications should be clearly specified in a target hierarchy and implemented with an appropriate function logic. The test can be carried out in the ift laboratory or at the manufacturer. 4 Burglar resistance of electromechanical components Roller shutters, external blinds and gates are nowadays mainly equipped with an electric drive and control. Garage doors are also usually delivered with an automatic drive unit and control. The operation is made via radio (Wifi, bluetooth, infrared, etc.), transponder, chip card or via biometric data and is mostly controllable via smartphone. Simple Plugand-play solutions as well as radio-based systems have also made the installation easier. Fig. 12 Test of electric strength of electrical components according to EN with the test pistol (Fig.: ift-prüflabor) Of course, the question arises as to prevent electronic manipulation and, therefore, security issues are discussed intensively. What happens with our data in the cloud? Can locking systems be manipulated? Examples from the automotive industry such as the vulnerable keyless systems ( keyless = carless? ) show the need for action. In the case of keyless doors that use radio chip or fingerprint, the electronic processing of the signals must be carried within the building and sufficiently secured. Otherwise, pickpockets have an easy game with electronic decoders. The recommendations of the VDS can be used for burglar alarm technology. In addition to mechanical safety, burglar-resistant elements according to EN 1627 can be equipped with electromechanical locking components and/or electromechanical or electronic authorization devices (access controls, key switches). However, there are still no clear requirements for the added risk of break-in due to attack on the electronic components, e.g. due to mechanical attack on connections or components as well as decoding. For this reason, ift Rosenheim is developing a new guideline for the DACH region together with the Holzforschung Austria (Austrian Forest Products Research Society) and the Swiss Society of Engineers and Architects (SIA). The guideline is supposed to allow an objective evaluation within the existing resistance classes (RC 1-6) on basis of existing standards from topic-related fields. The following functions and components are examined: Authorization device (credential) as mechanical and mechatronic key as well as electronic components (chip card, batch, radio remote control), which contain the necessary codings for the approval. Access authorisation, which must determine where and when an identifying feature authorises access at the access points. Page 8 of 16 ift Rosenheim 2018 Special Show Comfort + Security

11 Smart-Home-Ready for doors, gates and windows Technical article Authentication, the accuracy of the recognition of an identifying feature will be confirmed. Identification, the identity of an authorized person is recognized. Biometry, measurable, unique physiological features or personal characteristics can be verified and used as identifying features to identify and confirm a person s identity (fingerprint, hand and facial geometry, retina/ eye, face, voice, signature or keyboard dynamics, etc.). All electronic components (reader including analysis unit), authorization device (tag) as chip with antenna) have to be protected against mechanical manipulation as well as decoding of radio signals or chip systems. This includes the following aspects: Fig. 13 Nowadays, pickpockets also use smartphones or notebooks to crack electronic locks and construction elements. Fig. 14 Principle security risks for automatic components The locking combination may only be deducible from a designation on the authorization medium (e.g. remote control) by the manufacturer. Data transmission (emitted radio signal) must be encrypted. The radio signal must change with every further use (so-called Jumping Code or Rolling Code ). The use of the spied out radio signal must not lead to an opening for a defined period of time. The number of effective (possible) code variants must be sufficiently high; in other words, electronic manipulation attempts also require a sufficient period of time depending on the resistance class. Communication within the plant components and also the entering units must be secured with a modern encryption algorithm (AES or 3DES); depending on the resistance class more than 128 bits. A new session key has to be created for each communication attempt (session) and used for communication. Session key and encryption key must never be transferred (Challenge Response technology). The correction tools (chip, transponder, biometric information, etc.) has to be copy protected. Reader including analysis unit should be seen regarding the security requirements similar to an access control system. The decision on the access authorization should not be made in plant parts accessible to the attacker. Direct access to the circuit of the electrical locking mechanism should not be possible from the attack side. The connections to the locking element (e.g. electromechanical lock) have to be protected by appropriate measures: For example, the housing must have a secure alarm monito- ift Rosenheim 2018 Special Show Comfort + Security Page 9 of 16

12 Technical article Smart-Home-Ready for doors, gates and windows ring against manipulation or unauthorised opening (e.g. by a photocell). Furthermore, the connecting lines must also be protected from access. 5 Conclusion Electromechanical doors, gates and windows offer added security and comfort and are a great help for older or handicapped people in the independent use of their own living area. However, these construction elements are more than just a window or door frame plus drive unit and must be understood as complex component/machine according to the Machinery Directive. Mature systems are now available on the market, so that building owners, planner, specialised dealer and installa tion companies can use these new technology for suitable projects. In addition to the classic specifications and proofs of the product standards (sound, heat, wind load, water and air tightness), the tender must also include information on purpose, possible risks and the user frequency including the test evidences for electrical and functional safety. In particular, if special requirements, such as burglar resistance, fall protection or accessibility are added to electromotive building elements. On this basis, manufacturer can issue correct and comparable offers and technical solutions. Fig. 15 Living and working in the year 2050 in the Smart Home and domestic robots (Fig.: Siemens AG, Magazine Pictures of the Future ) Page 10 of 16 ift Rosenheim 2018 Special Show Comfort + Security

13 Smart-Home-Ready for doors, gates and windows Technical article Annex Fig. 16 Matrix for planning and tendering of electromechanical components (Table 6 of ift-guideline EL-01engl/1 [1]) ift Rosenheim 2018 Special Show Comfort + Security Page 11 of 16

14 Technical article Smart-Home-Ready for doors, gates and windows Literature Authors [1] ift-guideline EL-01engl/1 Electronic systems in windows, doors and facades - Part 1: Guideline for the planning and design of the integration of electromechanical building elements into buildings ift Rosenheim, September 2008 [2] ift Research report Development of basics for the integration of electronics in window and door construction and facade engineering - Partial report II: Power-operated windows ift Rosenheim, July 2008 [3] Comments to DIN EN Windows and doors Product standard, performance characteristics Editor: Prof. Ulrich Sieberath; Prof. Christian Niemöller (ISBN: ). Rosenheim, December 2013 [4] ifz info TU-06/1 Doors in escape and emergency routes Requirements, standards and planning notes for manufacturer and planner, ifz Rosenheim, January 2011 [5] EuroWindoor leaflet KB.01 Power-operated windows, Frankfurt, July 2017 [6] EuroWindoor leaflet KB.02 Electrical components in window, door and facade construction planning and execution, Frankfurt, July 2017 [7] ASR A1.7, Technical rules for workplaces; Doors and Gates [8] BGI 861; Part 1 Safe handling of gates and Part 2 Safe handling of doors [9] EN Industrial, commercial and garage doors and gates Product standard, Part 1: Products without fire and smoke control characteristics Beuth Verlag GmbH, Berlin [10] EN Industrial, commercial and garage doors and gates Safety in use of power operated doors Requirements Beuth Verlag GmbH, Berlin [11] EN Household and similar electrical appliances Beuth Verlag GmbH, Berlin [12] EN Power operated pedestrian doors Product standard, performance characteristics Pedestrian doorsets, other than swing type, initially designed for installation with power operation without resistance to fire and smoke leakage characteristics Beuth Verlag GmbH, Berlin [13] EN Power operated pedestrian doorsets Safety in use Requirements and test methods Beuth Verlag GmbH, Berlin [14] EN Building hardware Electrically controlled exit systems for use on escape routes Beuth Verlag GmbH, Berlin [15] Energy Saving Regulations 2009 Professor Ulrich Sieberath is the head of ift Rosenheim and working for more than 35 years in the window, facade and glass industry. He provides his extensive experience and expertise nationally and internationally in many technical committees and specialized bodies as well as assessor, subject specialist, author and lecturer. Jürgen Benitz-Wildenburg is head of the division PR & Communication at ift Rosenheim. For more than 30 years now, he is working as carpenter, timber engineer and marketing expert in different positions in the wood and window branch. He passes on all his experience as lecturer, speaker and author. Willi Huber is a certified machinery safety expert and operating test engineer for electronics and functional safety at ift Rosenheim. Andreas Schmidt is trained carpenter and state-certified wood technician and working as operating product officer as well as expert auditor and assessor for doors and gates. He passes on his years of experience as speaker and in various committees, such as exchange of experience gates, committee of quality and standards committee NA AA. Page 12 of 16 ift Rosenheim 2018 Special Show Comfort + Security

15 Efaflex Co-exhibitors A Z Product High-speed spiral door EFA-SST Provider EFAFLEX Tor- und Sicherheitssysteme GmbH & Co. KG Fliederstraße Bruckberg, Germany Phone: +49 (8765) Product description When speed is essential the EFAFLEX high-speed spiral doors provide the predominantly advantage. Due to its unique patented design, the spiral construction can achieve a maximum door opening speed of up to 2,5 meter/sec. The spiral technology ensures persistence, reliability and a long-term attractive surface. No other mechanical principle comes even close to cope with the challenges of the daily business in a smooth way. Different spiral forms enable an installation in various field conditions. The EFA-SST is due to its outstanding heat insulation the most cost-effective solution for a frequently used and save building closure. EFAFLEX doors convince customers all over the world with its excellent quality, highest safety and enormous capacity. Product advantages High-speed spiral doors for industrial and commercial applications, thermally insulated, supplied with optional glazing, certified burglar protection (WK2). 1. Burglar protection = safety 2. Speed, velocity, reduced hold-open time, energy saving, maximum door opening speed up to 2,5 meter per second. 3. Cost reduction (staff, energy saving) 4. Reliability (reduced downtime, less maintenance requirements) up to operating cycles per annum 5. Full integration in building management systems / interlinking / industry 4.0 ift Rosenheim 2018 Special Show Comfort + Security Page 13 of 16

16 Co-exhibitors A Z Effertz Tore GmbH Product Fibreflam Iso 6 Provider Effertz Tore GmbH Am Gerstacker Mönchengladbach, Germany Phone: +49 (2166) info@effertz.de Product description Patented operable fire curtain according to EN and EN with classification EI160-C2 according to EN This fire curtain consists of a barrel-coiling insulating curtain made of fire-resisting fabric with integrated laths expanding in case of fire. This allows a thin curtain with low space requirements in normal operation as well as a good tightness and insulation during a fire. The curtain coils nearly free from wear. The curtain satisfies the safety requirements for industrial doors, e.g. with a fall arrestor and a safety edge. In alarm case it closes safely by gravity at a speed limited by a centrifugal brake. The accumulator integrated holds the curtain open during a mains power failure and keeps the fire detector system with hold-open device in operation. Product advantages 1. Fire safety for 60 minutes according to European standards (EN and EN 16034) 2. Insulated (EI160) product with very low space requirement 3. Low-wear product applicable for high frequencies of use (C2 = cycles). 4. High safety in use on the level of industrial doors. Page 14 of 16 ift Rosenheim 2018 Special Show Comfort + Security

17 Teckentrup GmbH & Co. KG Co-exhibitors A Z Product Teckentrup Industrial Sectional Doors SW 40 Provider Teckentrup GmbH & Co. KG Industriestraße Verl, Germany Phone: +49 (25246) info@teckentrup.biz Product description Installation of an industrial sectional door is the most common way of closing outside openings in industrial buildings. However, areas of application are also rescue centres, logistic centres, warehouses, fire department bases or workshops. Features of exhibited object: Access control via electronic strike advantages: facilitate remote openings or access via respective transponders Status control by bolt contact advantages: eases the status display, door open/closed Safety: reed contact as to control whether the wicket door is open or closed, query occurs before door openingleading photocell mounted onto the door and discovers obstacles before contact Electronic shoot bolt advantage: for safe door closing by providing additional opening resistance Additional protection from uncontrolled falling of the door thanks to electrically-controlled spring break device mandatory according to DIN EN Product advantages 1. Huge design variety choose from various surfaces, designs and glazings 2. Wicket door with low threshold The nearly flush wicket door of our sectional doors shows an extremely low threshold. 23mm allow unhindered passage for any trolley. 3. Comfortable operation Drive and control systems are optimally coordinated, can be mounted and programmed easily. Hand-operated doors are factory preset for electric drives and may easily be upgraded. 4. Intelligent heat insulation The standard lateral frame seal provides safe, thermal closure in the transition zone between frame and wall connection. This increases the door s thermal insulation performance and saves energy and costs. ift Rosenheim 2018 Special Show Comfort + Security Page 15 of 16

18 Media partners Page 16 of 16 ift Rosenheim 2018 Special Show Comfort + Security

19 Imprint Editor: ift Rosenheim Theodor-Gietl-Str Rosenheim Phone: +49 (8031) Fax: +49 (8031) Notes: This documentation is primarily based on the work and findings by ift Rosenheim GmbH and the partners involved. The publication and all its parts are protected by copyright. Any utilisation outside the confined limits of the copyright provisions is not permitted without the consent of the publishers and is punishable. In particular, this applies to any form of duplication, translation, storage on microfilm and the processing in electronic systems. ift Rosenheim 2018

20 Comfort + Security of Automatic Doors and Gates ift Special Show Organiserr: Co-exhibitors: ift Rosenheim 2018 Special Show Comfort + Security