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Lever handles and door knobs for framed doors
Lever handles and door knobs for framed doors 6a Explanations 282 Overview 284 Lever handles for framed doors 286 Door knobs for framed doors 292 Roses for framed doors 296 Backplate for framed doors 299 Lever handle for unlatching handle for pulling and pushing 298 Grip handle furniture for framed doors 300 281 Furniture for framed doors 1 As well as a complete range of different types of handle (levers, knobs and pulls) for frame doors in metal, plastic or wood, FSB also supplies fixing systems specifically adapted to the requirements of frame doors and hardware that have undergone constant refinement over the years. 282 “Classic” problems: Fixing on frame doors Fastenings supplied with product A consequence of said spatial constraints is that there may be some difficulty fixing the hardware: short backsets and the absence of through fixing options within frame door locks has led - against better judgment - to the face fixing of frame door hardware becoming common practice, one that has repeatedly given rise to hardware that wobbles and works loose. In the past we have frequently had to follow up notifications of faulty goods arising from their having been fitted improperly or contrary to our recommended course of action. With the appearance of the present Manual, therefore, FSB is adopting a new policy of supplying matching fastenings with products. Fastenings comprise non-loosening M5 screws and rivet nuts to suit the bases for frame door fittings. The heads of these rivet nuts (Ø 11 mm) fit exactly into the underside of FSB fittings for frame doors. The combination of rivet nuts, bases (with integrated antislip/screw-retention devices) and non-loosening screws ensures that hardware can be fitted so as not to work loose. FSB fixing system for frame door fittings - Generation 2008 Spurred on variously by Wittgenstein’s breakthrough, our knowledge of the notorious fixing problems involved and innovations developed in cooperation with Sächsische Schlossfabrik (SSF), FSB has re-aligned its fixing system for frame door fittings and placed it on new system-led technical foundations. Accordingly, FSB will not in future entertain any faultyproduct complaints where use has not been made of FSB fastenings. 2 3 4 Rugged connection Locks by FSB: fastening system with through fixing option FSB Positive Mechanism Use should be made of solid spindles 0172/0173 to ensure that the two female handles are firmly secured and hence that the forces exerted when operating the handles are channelled into the frame door’s stile. The cup points required to fasten the female handles to the spindle are supplied as standard. They can also be ordered as spares under product code 0450 (cf. page 551). Competent product solutions ought to be a matter of course for a highly evolved society, as should equally dependable functioning over a product’s full life cycle. FSB puts this conviction to effect with the appearance of its German 2008|09 Manual: FSB has thus optionally adapted the fixing system for its frame door hardware to FSB 02 Series frame door locks with through fixing points (Fig. 3). This essentially involves a special fastening set (Order Code 0526 10, Fig. 2) – cf. page 551, with which FSB frame door hardware can be fitted to order at the works. The set contains screws for the applicable door thickness plus metal lugs that are precision-fitted into the bases at the works instead of the usual rubber retarder plugs and are additionally secured with an M5 screw on one side. This form of fastening does away with rivet nuts, moreover, since the metal lugs are inserted into the frame door stile from both sides, thus assuming the function of said rivet nuts. Preparation of the half-sets at the FSB works beforehand in both cases leads to a real and tangible reduction in assembly times, as just two screws are needed to through-fix frame door furniture (as opposed to four for two face-fixed half sets). A first impression of the FSB 02 lock series with through fixing function is given on page 531ff. Virtually the entire FSB range for narrow-frame doors features a positive mechanism as a means of supporting the lock springs that permits a max. angle of operation of 45° (Fig 4). Please note: The positive mechanism remains inactive until the lever handles are assembled by inserting and securing the spindle. It is integrated into the baserose and does not engage in the state supplied. Antislip/screw-retention device Regardless of whether they incorporate rivet nuts and/or non-loosening screws, all FSB roses forming part of hardware for frame doors have screw bushings fitted with rubbery plastic retarder plugs. These protrude slightly beyond the reverse of the rose and are compressed when the screws are tightened. Hence, they act as an antislip device against their host surface whilst also providing the necessary axial and radial tension to hold the screws tight. 6a 283 Overview 0605 0634 0683 7202 7204 Page 286 Page 286 Page 286 Pages 286, 63 Pages 287 7206 7210 7215 7216 7219 Pages 287 Pages 287 Pages 287,62 Pages 288 Page 288 7223 7240 7242 7244 7245 Pages 288, 62 Pages 288 Pages 289 Pages 289 Pages 289, 62 7246 7247 7263 7270 7276 Pages 289 Pages 290 Pages 290, 62 Pages 290 Pages 290 7278 7293 Pages 291 Pages 291 284 New products 09 |10 Aluminium Alu + Color AluGrey Plastics, black Stainless steel Bronze 0602, 2302 0604, 2304 0609, 2309 0629, 2329 0638, 2346 Pages 292, 64 Page 294 Pages 293, 65 Pages 293, 65 Pages 292, 64 0638, 2346 02 0638, 2346 08 0643 02, 2343 02 0654, 2354 Page 295 Page 295 Page 295 Page 294 6a 7816 7816 1550 Page 300 Page 301 Page 299 1718| 1719 1717 1752 | 1755 1758| 1757 1769 | 1730 1777 | 1727 0418 Page 296 Page 298 Page 298 Pages 296, 51 Page 297 Page 297 Page 294 285 Lever handles for framed doors 0605 13 32,5 8 mm ∆ Aluminium Alu + Color 70 14 60 137 0634 02 8 mm ∆ 32,5 Aluminium Alu + Color 70 25 136 0683 11 0683 12 32,5 70 14 8 mm ∆ 9 mm ∆ Aluminium Stainless steel 63 164 Suitable for backset bigger than 40 mm Design: Hadi Teherani 7202 25 7602 25 32,5 70 14 75 131 Lever handles for framed doors fixed on oval rose, with concealed fixing and support mechanism 8 mm ∆-hole 9 mm ∆-hole for fire and smoke stop doors* 286 C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 Rose for framed doors: FSB 1757 (PZ) cf. page 296 FSB Mortice locks* for framed doors with through fixing function cf. page 531ff. 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel Bronze Design: Alessandro Mendini * acc. to German DIN standard Lever handles for framed doors 7204 25 7604 25 32,5 70 8 mm ∆ 9 mm ∆ Aluminium 14 Design: Peter Bastian 74,5 139 7206 25 7606 25 32,5 70 9 mm ∆ Aluminium AluGrey Stainless steel Bronze 14 75 Design: Christoph Mäckler 123 7210 25 7610 25 32,5 70 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel 14 80 8 mm ∆ 6a 60 154 7215 25 7615 25 32,5 70 14 69 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel Bronze 126 Lever handles for framed doors fixed on oval rose, with concealed fixing and support mechanism 8 mm ∆-hole 9 mm ∆-hole for fire and smoke stop doors* C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 FSB Mortice locks* for framed doors with through fixing function cf. page 531ff. * acc. to German DIN standard Rose for framed doors: FSB 1757 (PZ) cf. page 296 287 Lever handles for framed doors 7216 25 7616 25 32,5 70 14 72 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel 21 50 147 7219 25.. 32,5 8 mm ∆ ..54 r.h. | ..55 l.h. 70 7619 25.. 14 76 153 Aluminium AluGrey Stainless steel 7223 25 7623 25 32,5 70 14 72 9 mm ∆ ..64 r.h. | ..65 l.h. 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel Bronze 139 7240 25 7640 25 32,5 70 14 73 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel Design: Hartmut Weise 140 Lever handles for framed doors fixed on oval rose, with concealed fixing and support mechanism 8 mm ∆-hole 9 mm ∆-hole for fire and smoke stop doors* 288 C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 Rose for framed doors: FSB 1757 (PZ) cf. page 296 FSB Mortice locks* for framed doors with through fixing function cf. page 531ff. * acc. to German DIN standard Lever handles for framed doors 7242 25 7642 25 32,5 70 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel 14 71 Design: Hartmut Weise 139 7244 25 7644 25 32,5 70 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel 14 77 Design: Jasper Morrison 135 7245 25 7645 25 32,5 70 14 69 40 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel Bronze 6a 136 7246 25 7646 25 32,5 70 14 77 52 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel Alu + Color 146 Lever handles for framed doors fixed on oval rose, with concealed fixing and support mechanism 8 mm ∆-hole 9 mm ∆-hole for fire and smoke stop doors* C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 FSB Mortice locks* for framed doors with through fixing function cf. page 531ff. * acc. to German DIN standard Rose for framed doors: FSB 1757 (PZ) cf. page 296 289 Lever handles for framed doors 7247 25 7647 25 32,5 70 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel 14 77 20 136 7263 25 7663 25 32,5 70 14 Design: Hans Kollhoff 127 7270 25 7670 25 32,5 70 77 9 mm ∆ Aluminium AluGrey Stainless steel Bronze 69 14 8 mm ∆ 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel 20 55 150 7276 25 7676 25 32,5 70 14 71 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel 141 Lever handles for framed doors fixed on oval rose, with concealed fixing and support mechanism 8 mm ∆-hole 9 mm ∆-hole for fire and smoke stop doors* 290 C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 Rose for framed doors: FSB 1757 (PZ) cf. page 296 FSB Mortice locks* for framed doors with through fixing function cf. page 531ff. * acc. to German DIN standard Lever handles for framed doors 32,5 70 24 7278 25 7678 25 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel 14 74 20 Design: Christoph Ingenhoven 139 7293 25 7693 25 32,5 70 14 72 8 mm ∆ 9 mm ∆ Aluminium AluGrey Stainless steel Design: Jahn/Lykouria 141 6a Lever handles for framed doors fixed on oval rose, with concealed fixing and support mechanism 8 mm ∆-hole 9 mm ∆-hole for fire and smoke stop doors* C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 FSB Mortice locks* for framed doors with through fixing function cf. page 531ff. * acc. to German DIN standard Rose for framed doors: FSB 1757 (PZ) cf. page 296 291 Door knobs for framed doors 0602 2853 turnable 2302 2801 fixed 32,5 70 14 X Aluminium AluGrey Stainless steel Bronze (X (X (X (X = = = = 85 85 81 80 mm) mm) mm) mm) Turnable 8 mm ∆-hole 50 Fixed version with Fixing M 12 0638 2853 2346 2801 32,5 70 14 98 turnable fixed Aluminium AluGrey Stainless steel Bronze Turnable 8 mm ∆-hole 81 Fixed version with Fixing M 12 C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 292 Rose for framed doors: FSB 1757 (PZ) cf. page 296 Protection roses for framed doors cf. page 51 or 450 FSB Mortice locks* for framed doors with through fixing function cf. page 531ff. * acc. to German DIN standard Door knobs for framed doors 0629 2853 2329 2801 32,5 70 14 59 Ø Aluminium AluGrey Stainless steel Bronze (Ø (Ø (Ø (Ø = = = = turnable fixed 50 50 55 50 mm) mm) mm) mm) Turnable 8 mm ∆-hole Fixed version with Fixing M 12 0609 2853 turnable 2309 2801 fixed 32,5 70 14 61 81 Aluminium AluGrey Stainless steel Bronze 6a Turnable 8 mm ∆-hole Fixed version with Fixing M 12 C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 Rose for framed doors: FSB 1757 (PZ) cf. page 296 FSB Mortice locks* for framed doors with through fixing function cf. page 531ff. * acc. to German DIN standard Protection roses for framed doors cf. page 51 or 450 293 Door knobs for framed doors 0654 28 2354 28 32,5 70 turnable fixed Stainless steel 14 Turnable 8 mm ∆-hole 68 Fixed version with Fixing M 12 99 0604 28 turnable 2304 28 fixed 32,5 70 Aluminium AluGrey Stainless steel 14 84 Turnable 8 mm ∆-hole Fixed version with Fixing M 12 70 32,5 70 0418 03 35 Aluminium Stainless steel 50 8 mm ∆ 14 Spindle projecting standard 40 mm C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 294 Rose for framed doors: FSB 1757 (PZ) cf. page 296 Protection roses for framed doors cf. page 51 or 450 For the deployment on multipoint locks, FSB supplies an easy-action turnable knob on a circular or oval rose for concealed face fixing. Door knobs for framed doors 0643 02 turnable 2343 02 fixed 32,5 70 Aluminium 11 Turnable 8 mm ∆-hole 55 50 0638 02 turnable 2346 02 fixed 32,5 70 Aluminium 11 Turnable 8 mm ∆-hole 96 81 0638 08 turnable 2346 08 fixed 32,5 70 Aluminium 14 Turnable 8 mm ∆-hole 6a 98 81 C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. section 9b, page 543 Rose for framed doors: FSB 1757 (PZ) cf. page 296 Protection roses for framed doors cf. page 51 or 450 295 Roses for framed doors 32,5 1758 7 Aluminium AluGrey Stainless steel Bronze 70 7 32,5 Aluminium AluGrey Stainless steel Bronze 70 32,5 7 32,5 C:C screwholes 50 mm, for countersunk screws M5 Fixing accessories cf. sections 9b, spindles and screws 296 1718 Aluminium Stainless steel 70 70 1757 7 1719 Aluminium Stainless steel Sliding escutcheons Self adhesive escutcheons 6 9 14 30 65 1776 6 mm 1777 9 mm 1779 14 mm Aluminium Stainless steel Alu + Color C:C screwholes 50 mm, for countersunk screws M5 6 9 14 30 70 1726 6 mm 1727 9 mm 1728 14 mm Aluminium Stainless steel Alu + Color C:C screwholes 50 mm, for countersunk screws M5 3 7 28 65 1768 1769 3 mm 7 mm Aluminium Stainless steel Alu + Color 3 28 70 7 1729 1730 6a 3 mm 7 mm Aluminium Stainless steel Alu + Color Fixing accessories cf. sections 9b, spindles and screws 297 Roses for framed doors 28 7 1752 Aluminium Stainless steel Alu + Color 70 C:C screwholes 50 mm, for countersunk screws M5 28 7 1755 Aluminium Stainless steel Alu + Color 70 C:C screwholes 50 mm, for countersunk screws M5 32,5 7 70 1717 Aluminium Stainless steel Alu + Color C:C screwholes 50 mm, for countersunk screws M5 Lever handle for unlatching handle for pulling and pushing We know from sorry experience that architects, interior designers and clients often disregard the recommendations of the hardware industry in respect of emergency-exit doors, allowing them to be used for general 298 public transit. Such furniture is only intended for emergency application, however and subjecting it to regular heavy use can cause spindles to break, backplates and roses to work loose and locks to suffer damage. The following procedure has proved effective in such scenarios: Backplate for framed doors 28 8 67 1550 Aluminium Stainless steel C:C screwholes 210 mm, for countersunk screws M4 225 72 92 6a The door lever handle furniture is fitted together with a pull. In this disparate match, the lever handle has the task of releasing the panic lock, whilst the robust pull suggests itself as a means of pulling or pushing the door. It has been our observation that people very soon grasp how difficult it is to move a heavy emergency-exit door, with door-closer attached using a lightweight lever handle. It is only a matter of time, therefore, before attention switches to the sturdier fixed pull handle. Where there is a likelihood – against the advice of the industry – of emergency-exit doors being used as standard transit points, FSB recommends fitting a lever/pull combination from the outset, instead of waiting until damage has occurred. 299 Lever handle furniture for framed doors 7816 Aluminium Alu + Color Stainless steel 93 75,5 21,5 245 70 72 92 134,5 Ø 10 10 35 66 50 156 Lever handle furniture for framed doors fixed on an oval backplate, with concealed fixing 8 mm -hole and support mechanism Size A spacing 70, 72 mm and 92 mm PZ Necessary order details: – door thickness in mm – PZ spacing Item nos.: Lever handle furniture 7816 01 300 Entrance door furniture 7816 13 Balcony door furniture 7816 02 Grip handle furniture for framed doors 7816 09 Aluminium Alu + Color 104 93 58 75,5 21,5 245 70 72 92 134,5 6a Ø 10 35 10 Grip handle furniture for framed doors fixed on an oval backplate, with concealed fixing 8 mm -hole and support mechanism Size A spacing 70, 72 mm and 92 mm PZ Necessary order details: – door thickness in mm – PZ spacing Item nos.: Grip handle furniture 7816 09 301 EZK - the smart door handle 6b 303 EZK – the smart door handle The baserose houses a mechatronically controlled engaging device that allows the door to be operated upon positive identification being forthcoming (1). A connection with the handle rose, the heart of the EZK system solution, is established by means of a cable run within the lock mortise (2). The electronics have been designed to fit into a europrofile cylinder. The module is inserted into the lock and secured from the other side (3) . 1 2 3 “Simple is better than complicated.” More ergonomic, rapid and straightforward Unitary closing concept for internal and external doors That’s the dictum of Dieter Rams, former designer-in-chief at Braun AG. We set ourselves the goal of easing and accelerating this routine, of heeding the inherently human need for simplification: we directly connected the process of electronic identification with a mechatronic module squeezed into the handle rose. EZK is just the thing for major buildings, notably of a corporate, administrative or official nature, where levels of public traffic or dealings with sensitive or personal data are increasingly lending prominence to aspects of organisational security as opposed to “high-profile” anti-burglary measures. The EZK hardware system can be supplemented by corresponding modules and software solutions relating to the capture of time or personal data as a means of fulfilling such requirements. Or – in other words: technology should serve people in the first instance - and not the other way round. We at FSB felt that there was a case for looking into the merits of electronic access control systems not only on aesthetic grounds but also and in particular taking account of userdriven and hence ergonomic factors. Forming the heart of this masterpiece of precision mechanics is an electronicallycontrolled engaging device that ensures immediate operation of the lock via the door handle upon positive identification being forthcoming. The same applies to hotels: although “organisational security” assumes different forms here, the structural requirements are virtually the same as for office blocks. Of particular significance for hoteliers is the great convenience of operation of EZK, since access identification takes place without contact and hence quite effortlessly. 304 Also available are a plethora of interfaces for hotel booking systems. Combining the system with BlueChip cylinders, moreover, allows time/cost-cutting organisational solutions to be devised for staff areas or external points of access (also cf. page 306). EZK embodies a modular organisation concept that is precision-tailored to the aspirations and needs of users as well as being readily adaptable or expandable. Planning and installation are single-source – performed by FSB, one of the most celebrated brands known to the project building sector. 25.. 26.. 2505 Design 1005 2515 Design 1015 2516 Design 1016 2523* Design 1023 2535 Design 1035 2576 Design 1076 Aluminium AluGrey Stainless steel Bronze* Planning merits of EZK 2577 Design 1077 2606 Design 1106 2578 Design 1078 2607 Design 1107 – self-supporting closing system with no on-site preparations for power supply and no connections to external interfaces 6b – simple and flexible applications, suits all EPC locks as laid down in DIN – effortlessly retrofitted to existing doors 2608 Design 1108 2619 Design 1119 2644 Design 1144 2646 Design 1146 2647 Design 1147 2660 Design 1160 – matching member of the FSB range of door and window hardware and products for the interior design of buildings, with unitary finishes in Aluminium, AluGrey, Stainless steel and Bronze – single-source product involving one interlocutor (Selection of available lever designs) 305 EZK - convenient solutions User-friendly and costeffective solution for hotels There are comparable requirements for hotels: here, too, it is necessary in particular to handle frequently changing room occupancies of limited duration. There is also a need to be able to respond with no delay, fuss, risk or expense to keys or identifying media being mislaid or pocketed by mistake. What makes EZK so compelling for hotel guests is its great convenience: passive transponder technology (the “smartness” being in the hardware and not the card) renders the insertion of keys or the manual releasing of bolts to open doors obsolete. The virtually silent mechatronics under the handle rose allow the door to be opened instantaneously. At the same time, designer handles assure a tasteful ambience with a livingroom feel. The “Hotel Function” software interface makes for troublefree link-ups with the “Fidelio”, “Protel” and “Hotline” hotel booking systems. Additionally available is a “time function” that automatically deletes access authorisation after a defined time. EZK ideally maps the “suite function”: it is possible, for instance, to provide access to two separate rooms from a single point - an ideal solution for families. Or else one room can have another one added, where so requested by a guest, by entering extended access authorisations on the guest’s card. 306 EZK - security solutions System benefit: secures external points of access Besides its multifarious merits in respect of lost keys, EZK is a system solution that, amongst other things, enables processes and work routines in hotels to be organised more efficiently and hence economically. Depending on the booking category involved, separate access authorisations can be awarded to guests for exclusive hotel areas (wellness, spa) just as they can to external service providers (laundries) that may, for instance, regularly require a means of access from outside to the washing store. Proven BlueChip technology facilitates easy integration of BlueChip profile cylinders into the EZK hardware system, furthermore. These cylinders allow locks to be operated – as in mechanical closing systems – by inserting and rotating a key. Thus it is likewise possible to integrate all FSB fittings – including, for instance, FSB security hardware or armoured roses in combination with nofrills FSB door pulls – into a fully-fledged electronic access control system serving to safeguard external points of access. BlueChip cylinders guarantee security-level protection – notably at external points of access – in compliance with DIN 18 257 and VDS Security Class B assuming all the hardware elements involved have been tested and certificated to DIN EN 1906 - which is certainly the case with the whole range of FSB security fittings. Convenient, security-driven solutions can be put to effect in combination with wall scanners and e-openers or motoroperated closing elements. EZK guarantees fine visuals and a living-room feel and can also be retrofitted to existing doors. 6b Convenient, security-driven solutions can be put to effect in combination with wall scanners and e-openers or motor-operated closing elements 307 Emergency-exit hardware 6c Technical information 310 Crossbar fitting 7980 311 Crossbar fitting 7970 316 309 Crossbar fittings Through its crossbar fittings, FSB offers a means of opening doors whereby the turning of a lever is replaced by a pushing motion acting on the lock or latch. Via a horizontal bar extending the entire width of the door, force exerted is transmitted to the lock follower by a bevel gear pair acting directly through the spindle. The door can be opened by pressing against any part of the crossbar. In the Federal Republic of Germany and some other countries, crossbar fittings of this type have hitherto predominantly been used on panic doors in combination with the appropriate mortise locks. Other hardware systems for panic doors are also available on the European market, however. The differing views on the fitting out of fire-escape, emergency-exit and panic doors have now been harmonised through the drafting of European standards binding upon all EU Member States. The requirements for emergency exit devices are laid down and set out in DIN EN 179 and those for panic doors in DIN EN 1125. The hardware package for panic doors is made up of a bolting element (lock), a bolt receiver (striking plate) and a horizontal bar. Crossbar fitting DIN EN 1125 The standard prescribes the use of panic exit devices wherever high levels of public traffic are to be expected and where panic may arise due to unfamiliarity with the surroundings. Besides design-engineering requirements, there are also exacting stipulations as regards fitness for function. The hardware must, for example, be capable of opening the panic door through exertion on the bar of a force of just 220 N even whilst the closing device is being subjected to a load of 1,000 N. The fulfilment of this and further stipulations such as service longevity and ability to withstand misuse has to be demonstrated by means of tests and certification procedures in respect of the system as a whole conducted by an independent test institute. The CE kitemark on the hardware ensures that only tested fittings conforming to the applicable standards can be fitted. FSB's crossbar hardware only forms part of any panic-exit system. It has been adapted to lock systems by a variety of leading makers, and tested and certified for use with same. To prevent the crossbar fitting striking the frame when the door is opened, it is necessary to maintain a distance between the frame and the centre of the bar of at least 30 mm. Please bear this in mind when selecting the profile and door configuration. min. 30 310 Crossbar fitting 7970 FSB continues to supply its proven 7970 crossbar fitting for doors not requiring to be designed to conform to DIN EN 1125. Crossbar fitting DIN EN 1125 7980 9 mm ∆ Aluminium Stainless steel Description of function: Bevel gearing and spindle combine to convert pressure exerted on the crossbar into rotary motion acting on the lock follower. A fixed stop is fitted as a means of absorbing the requisite test forces. A spring ensures that the crossbar fitting returns to its original position once it has been operated. a = As a function of the lock Ajustable stop a 6c 36 50 3 45 6 Ø10 46 Ø10 58 46 19 21,5 58 19 21,5 185 72 112 185 72 112 118 111 36 7 50 3 45 6 Ø10 46 Ø10 58 46 19 21,5 58 Size and connecting dimensions for crossbar fittings with 92 mm spacing 19 21,5 92 22 Size and connecting dimensions for crossbar fittings with 72 mm spacing 185 112 92 118 111 22 185 112 7 311 Crossbar fitting for leading doors with 92 mm spacing 36 7980 ..12 9 mm ∆ 50 Aluminium Stainless steel 58 185 92 118 Crossbar fitting for leading doors, fire safety variant Spacing 92 mm 111 Illustration r.h. Wilka locks* a = 30° 7980 1112 r.h. fitting 7980 2112 l.h. fitting Winkhaus locks* a = 40° 7980 1312 r.h. fitting 7980 2312 l.h. fitting Determining length of crossbar: XA Width of door minus (2 x backset) minus 68 mm XI Backset Backset 34 = Crossbar length Order details: Material/finish Thickness of door Width of door Backset Dimension XI Dimension XA 34 Spindle length Door width Order details: Material/finish Thickness of door Width of door Backset Backset Backset 34 34 Spindle length Door width To prevent the crossbar fitting striking the frame when the door is opened, it is necessary to maintain a distance between the frame and the centre of the bar of at least 30 mm. Please bear this in mind when selecting the profile and door configuration. min. 30 312 * Locks not included in the goods supplied. Crossbar fitting for trailing doors Reverse fitting 36 7980 .301 9 mm ∆ 50 Aluminium Stainless steel 58 185 118 Illustration r.h. 111 Determining length of crossbar: XI Backset 34 Backset Order details: Material/finish Thickness of door Width of door Backset Dimension XI Width of door minus (2 x backset) minus 68 mm 34 Crossbar fitting for trailing doors, fire safety variant Spacing 92 mm Wilka locks* a = 40° 7980 3301 r.h. fitting, 7980 4301 l.h. fitting = Crossbar length Spindle length Door width 45 45 58 185 92 54 45 58 185 92 7 58 Outside fitting options FSB supplies lever handle model 1146 as standard. 45 185 6c 70 153 7971 0012 9 mm ∆ Aluminium Stainless steel Reverse lever handle backplate with concealed fixing, fire safety variant, designed for 92 mm spacing. Trailing door DIN r.h. l.h. fitting 7972 0112 9 mm ∆ Aluminium Stainless steel Reverse knob backplate with concealed fixing, fire safety variant, designed for 92 mm spacing. 7973 0001 9 mm ∆ Aluminium Stainless steel FSB blind backplate concealed fixing for fire doors to German DIN standard. Leading door DIN l.h. r.h. fitting Leading door DIN l.h. r.h. fitting 313 Crossbar fitting for leading doors with 72 mm spacing 36 7980 .110 9 mm ∆ 50 Aluminium Stainless steel 58 185 72 118 Crossbar fitting for leading doors, fire safety variant Spacing 72 mm 111 Illustration r.h. Determining length of crossbar: XA Width of door minus (2 x backset) minus 68 mm XI Backset Backset 34 = Crossbar length BMH locks* a = 30° 7980 1110 r.h. fitting 7980 2110 l.h. fitting Order details: Material/finish Thickness of door Width of door Backset Dimension XI Dimension XA 34 Spindle length Door width Order details: Material/finish Thickness of door Width of door Backset Backset Backset 34 34 Spindle length Door width To prevent the crossbar fitting striking the frame when the door is opened, it is necessary to maintain a distance between the frame and the centre of the bar of at least 30 mm. Please bear this in mind when selecting the profile and door configuration. min. 30 314 * Locks not included in the goods supplied. Crossbar fitting for trailing doors Reverse fitting 36 7980 .400 9 mm ∆ 50 Aluminium Stainless steel 58 185 118 Illustration r.h. 111 Determining length of crossbar: XI Backset 34 Backset Order details: Material/finish Thickness of door Width of door Backset Dimension XI Width of door minus (2 x backset) minus 68 mm 34 Crossbar fitting for trailing doors, fire safety variant Spacing 92 mm BMH locks* a = 45°, 7980 3400 r.h. fitting, 7980 4400 l.h. fitting = Crossbar length Spindle length Door width 45 45 58 58 185 72 185 72 54 45 7 58 Reverse fitting options FSB supplies lever handle model 1146 as standard. 45 185 6c 70 153 7971 0010 9 mm ∆ Aluminium Stainless steel Reverse lever handle backplate with concealed fixing, fire safety variant, designed for 92 mm spacing. Trailing door DIN r.h. l.h. fitting 153 7972 0110 9 mm ∆ Aluminium Stainless steel Reverse knob backplate with concealed fixing, fire safety variant, designed for 92 mm spacing. 7973 0000 9 mm ∆ Aluminium Stainless steel Blank reverse backplate with concealed fixing, fire safety variant. Leading door DIN l.h. r.h. fitting Leading door DIN l.h. r.h. fitting 315 Crossbar fitting 7970 9 mm ∆ Aluminium Stainless steel Description of function: Bevel gearing and spindle combine to convert pressure on the cross bar into rotary motion acting on the lock follower. An adjustable stop protects the lock follower and is set at the fixing stage to suit the operating arc. Adjustable stop Angle of lock operation up to 90° Recuperator spring 36 50 3 45 6 Ø10 46 Ø10 58 46 19 21,5 58 19 21,5 185 72 63 185 72 112 112 123 36 7 50 3 45 6 Ø10 46 Ø10 58 46 19 21,5 316 58 19 21,5 92 22 Size and connecting dimensions for crossbar fittings with 72 mm spacing 185 63 92 112 123 22 185 112 7 Size and connecting dimensions for crossbar fittings with 92 mm spacing Crossbar fitting 7970 0110 PZ 72 7970 0112 PZ 92 123 50 36 58 72 185 92 Aluminium Stainless steel 63 Crossbar fitting for leading doors, fire safety variant 9 mm ∆ 7970 0200 PZ 72 7970 0201 PZ 92 123 50 36 58 Aluminium Stainless steel 63 185 Crossbar fitting for trailing doors, fire safety variant 9 mm ∆ 45 45 58 58 185 72 92 185 72 92 54 45 7,2 58 Reverse fitting options FSB supplies lever handle model 1146 as standard. 45 185 6c 70 153 153 7971 0010 PZ 72 7971 0012 PZ 92 Aluminium Stainless steel 7972 0110 PZ 72 7972 0112 PZ 92 Aluminium Stainless steel Reverse lever handle backplate with concealed fixing, fire safety variant. 9 mm ∆ Reverse knob backplate with concealed fixing, fire safety variant. 9 mm ∆ 7973 0000 PZ 72 7973 0001 PZ 92 Aluminium Stainless steel Blank reverse backplate with concealed fixing, fire safety variant. 9 mm ∆ Determining length crossbar: Order details: Width of door minus (2 x backset) minus 68 mm Material/finish Thickness of door Width of door Backset Dimension XI Dimension XA XA XI = Crossbar length Backset Backset 34 34 Spindle length Door width 317 Gymnasium fittings and XXL lever handles 6d Gymnasium fittings 320 FSB Lever handleset Ergo 322 FSB XXL lever handles 322 319 Gymnasium fittings 7949 197 53,5 Stainless steel 200 235 162 36 23 Backplate version to suit PZ 72 and 92 mm 81,5 71,5 45 Inner backplate PZ 72 mm: 1450 03 | 1451 03 35 21,5 72 112 92 128,5 117 127 Inner backplate PZ 92 mm: 1452 03 | 1453 03 Applications exist in which it is not permissible for the handle to protrude above the surface of the door, in the case of sliding-door designs, for instance, or gymnasium doors. FSB has devised two models of gymnasium fittings for such applications. The FSB 7949 model is angular with mitred corners. FSB 7950, by contrast, features rounded edges. Flush handles FSB 7949 and 7950 are combined on the reverse side with hardware from the FSB heavy-duty programme, with the option of either a backplate or rose. Doors to which flush handles are to be fitted must be at least 55 mm thick. To rule out any chance of injury, it should be ensured when be fitting the handle that there is sufficient backset and the rim rests fully flush against the door. 8 + 9 mm ∆-spindle Roses version to suit PZ 72 and 92 mm 81,5 71,5 45 Roses: 1731 | 1735 resp. 1707 | 1708 72 80 35 92 100 117 127 38 * Rose/backplate variant with lever handle on reverse please order separately. Backplate version* 320 Roses version* Gymnasium fittings 7950 Backplate version 7952 Roses version 200 51,5 75,5 Aluminium Stainless steel 230 207 Radius corners 8 mm 8 + 9 mm ∆-spindle 177 40 23 Backplate version to suit PZ 72 and 92 mm 75,5 75,5 33 Inner backplate PZ 72 mm: 1450 03 | 1451 03 With the PZ 92 backplate, through fixing is only possible below the lever bearing. 21,5 72 112 92 112 Inner backplate PZ 92 mm: 1452 03 | 1453 03 bzw. 1410 03 | 1418 03 Roses version to suit PZ 72 and 92 mm 6d 75,5 75,5 33 Roses: 1731 | 1735 resp. 1707 | 1708 72 80 92 100 112 38 * Rose/backplate variant with lever handle on reverse please order separately. Backplate version* Roses version* 321 FSB XXL lever handle Ergo door handle 7617 9 mm ∆ Stainless steel XXL variant of the FSB 1023/7653 model 9 75 58 163 7655 9 mm ∆ Aluminium Stainless steel Ergo door handle 9 98 85 200 Ergo lever handle 7655 solves almost all ergonomic problems associated with heavily used doors. – the triangular alignment of the handle accords with the user’s direction of movement at any given time. – its fullness and sectional styling echo the hollowing of the human hand as it closes to grip. Theses are the principal benefits of the FSB 7655 Ergo handle: – this angular form accommodates the sequence of movements involved in operating the door. – its two-way alignment offers a firm hold should elbows be needed for its operation. 322 Ergo lever handle furniture, FSB model 7655, turns within a non-detachable bearing and is suitable for fire doors. Owing to its large projection the Ergo handle operates with a 9 mm spindle. FSB XXL lever handle 7652 9 mm ∆ Stainless steel XXL variant of the FSB 1107 model 9 58 167 7690 9 mm ∆ Stainless steel XXL variant of the FSB 1070 model 6d 9 20 62 55 182 The XXL door levers FSB produces are a particularly popular choice for use on hospital ward doors. Architects are always coming to us demanding extra-long door handles. These are the three designs that have established themselves in the marketplace over the years. For reasons of stability, FSB only supplies its XXL lever handles with a 9 mm spindle. We recommend DIN heavy-duty (Class 5) locks, cf. page 531 ff. 323 Furniture for glass door 6e Explanations 326 Overview 327 Glass door furniture Compact 328 Compact strike box for double-leaf glass doors 329 Glass door furniture Rectangular 330 Rectangular strike box for double-leaf glass doors 331 Glass door furniture Softly rectangular 332 Softly rectangular strike box for double-leaf glass doors 333 Hinges for glass doors 334 Pull handles for glass doors 336 Sliding door handle 337 Door holder 337 Doorknobs for glass doors 338 Flush pull for glass doors 340 325 Glass door furniture Coordinating hardware designs for doors, glass doors and windows strikes FSB as being logical, such consistency being an indispensable form of overall architectural expression in modern buildings. Glass doors in particular have an important part to play here. They create more light, link up spaces and are conducive to a great sense of roominess. The innate transparency of glass doors means that great care needs to be taken when designing hardware for them, however. It is the lock, handles and hinges, after all, that lend a glass door its visual identity. One of the compelling innovations presented in this Manual is a new compact glass door lock concept developed in cooperation with Ingenhoven Architects that, as well as being extremely compactly dimensioned and operating without handle roses even in the heavyduty variant, can be fitted flush with the door frame (assuming the latter is to the DIN standard). Our glass door furniture is ideally complemented by components produced by system partners Gira (ITS 30 installation system for partition systems), Mabeg (Comform wayfinding system) and Inotec (ITS 30 escape route lighting system) that are suitably proportioned and go well with FSB’s AluGrau® colour shade. Please request exhaustive product information from the respective makers. All the hardware variants covered in this section can be combined with virtually all lever handle models in the FSB range. ished in a RAL colour. Series 4220 and 4223 hardware can be fitted either with or without rose/lever handle furniture, thus offering scope for deploying lever handle sets with AGL® heavy-duty bearings for heavy or large-format glass doors. Mention should also however be made of the visually very alluring 4224 Series of fittings for glass doors: A notch between shank and grip on lever handles FSB 1063, 1078 and 1088 is aligned with the edge of the lockset plate. Colour can also feature if so desired: Lock and hardware can be powdercoated in any colour from the RAL chart to match stiles fin- Matching hinges complete FSB’s collection of glass door fittings Lever handle furniture to match glass door locks As well as supplying its own glass door fittings, FSB can also – with few exceptions – adapt its entire range of lever handles/ doorknobs to glass door fittings commonly marketed by its competitors. This entails minor technical modifications regarding the handle connection and fixing procedure. To rule out any misunderstandings, detailed information concerning the lock (e.g. maker’s name and product code) is required when ordering lever handles and doorknobs for glass door locks. Please order well in advance to allow for the requisite modifications. We cannot supply these items from stock. 326 Door pulls for glass doors Door pulls of round or oval cross-section can be used in a great variety of ways either as a means of operating glass doors or as a design feature with protective properties and have fastenings specifically intended for back-to-back or face fixing respectively. FSB can either make use of existing custom solutions for glass doors or develop bespoke fixing solutions and handle designs. The standard fixing solutions for glass doors and the pull handle models variously available are shown on pages 414ff. New products 09 |10 Overview Aluminium Bronze AluGrey Brass Stainless steel 4220 41/51 4220 42/52 4223 41/51 4223 42/52 4224 42/52 Page 330 Page 330 Page 332 Page 332 Page 328 4220 45/55 4223 45/55 4224 45/55 Page 331 Page 333 Page 329 6e 2302 07 2322 07 2329 07 2374 07 2339 07 Page 339 Page 339 Page 339 Page 339 Page 338 3684 3686 3688 4299 .. Page 336 Page 337 Page 336 Page 340 4227 4228 4230 Page 335 Page 334 Page 337 327 Glass door furniture Compact 4224 42 r.h. 4224 52 l.h. 56,5 60 Aluminium AluGrey Stainless steel 170 72 74 5,2 8 41,6 20,5 Illustration l.h. Drawing r.h. The FSB 4224 lockset plate for glass doors terminates flush with any DIN frame, thus visually unifying frame and hardware. Door frames that are not to the DIN specification can, of course, also be used – though the flush-frame effect cannot then be guaranteed. The furniture can also be used in conjunction with partition systems. The glass door’s transparency is underscored by the tight dimensions of the lock cover, which is some 10 % smaller than in standard glass door furniture. This paring-down was achieved by developing a special-purpose lock that is every bit as rugged and functional as larger models as well as being suitable for all sizes Technical notes: Dimensions given assume glass 8 mm thick. Lockset plates for glass doors are prepared at the works for glass 8 mm and 10 mm thick. Hardware for glass 12 mm thick is available to order. For further technical notes, refer to page 371. The strike box shown does not form part of the goods supplied. 328 89 16,1 Heavy-duty bearings compact rectangular lockset plate for glass doors with cover plates with heavy-duty glass door lock (DIN 18251, Class 4) designed for use with cylinder and featuring a lifter assembly EPC 72 mm 8 mm split follower cast-steel latch bolt head in bright nickel-plated zinc heavyduty Teflon-coated handle bearing in Aluminium/Stainless steel to suit FSB lever handles of glass door. We have developed a special heavy-duty bearing for heavily frequented doors involving an expansion sleeve in Teflon-coated stainless steel that encompasses the door handle over its entire bushing area whilst also dependably withstanding the mechanical forces exerted on large-format glass doors. Options: The handles shown are merely illustrative. Virtually any FSB handle can be used. For technical details please refer to page 342. – warded lock (BB) – no keyway – indicating/bathroom furniture: Please specify when ordering, as furniture is fitted with indicating furniture 1735 0054 as standard at the works. Indicating furniture is not fitted on site. Strike box for double-leaf glass doors 4224 45 r.h. 4224 55 l.h. 170 R2 Aluminium AluGrey Stainless steel Compact rectangular strike box 16,1 89 5,2 8 to match lockset plate 4224 104 Illustration l.h. 6e 56,5 60 170 72 104 89 74 89 5,2 8 16,1 Technical notes: Dimensions given assume glass 8 mm thick. Strike box plates for glass doors are prepared at the works for glass 8 mm and 10 mm thick. Hardware for glass 12 mm thick is available to order. 329 Glass door furniture Rectangular 4220 41 r.h. 4220 51 l.h. 56,5 68 Aluminium AluGrey Stainless steel 184 72 81 20,5 10 8 21,5 96 Rectangular lockset plate with heavy-duty lock for glass doors (DIN 18251, Class 4) designed for use with Europrofile cylinder centres 72 mm 8 mm steel-bushed split follower latch cast steel bolt head bright nickelplated zinc die casting handle bushing glass-fibre reinforced polyamide to suit all FSB lever handles 4220 42 r.h. 4220 52 l.h. Aluminium AluGrey Stainless steel Illustration DIN r.h. Technical notes: Dimensions given assume glass 8 mm thick. Lockset plates for glass doors are prepared at the works for glass 8 mm and 10 mm thick. Hardware for glass 12 mm thick is available to order. For further technical notes, refer to page 371. The strike box shown does not form part of the goods supplied. 330 Rectangular lockset plate with heavy-duty lock for glass doors (DIN 18251, Class 4) designed for use with Europrofile cylinder and lifter assembly centres 72 mm 8 mm steel-bushed split follower latch cast steel bolt head bright nickelplated zinc die casting handle bushing glass-fibre reinforced polyamide to suit FSB commercial hardware with roses Options: The handles shown are merely illustrative. Virtually any FSB handle can be used. For technical details please refer to page 342. – warded lock (BB) – no keyway – indicating/bathroom furniture: Please specify when ordering according to FSB indicating bathroom furniture shown on page 150. Indicating/bathroom furniture will be fitted on site. Strike box for double-leaf glass doors 4220 45 r.h. 4220 55 l.h. Aluminium AluGrey Stainless steel 184 Rectangular strike box 111 10 To match lockset plate 4220 41/51 and 4220 42/52 8 21,5 96 Illustration l.h. 6e 56,5 68 184 72 111 81 10 8 21,5 96 96 Technical notes: Dimensions given assume glass 8 mm thick. Strike box plates for glass doors are prepared at the works for glass 8 mm and 10 mm thick. Hardware for glass 12 mm thick is available to order. 331 Glass door furniture Softly rectangular 4223 41 r.h. 4223 51 l.h. 56,5 68 Aluminium AluGrey Stainless steel 184 72 81 20,5 10 8 21,5 96 Softly rectangular lockset plate with heavy-duty lock for glass doors (DIN 18251, Class 4) designed for use with Europrofile cylinder centres 72 mm 8 mm steel-bushed split follower latch cast steel bolt head bright nickelplated zinc die casting handle bushing glass-fibre reinforced polyamide to suit all FSB lever handles 4223 42 r.h. 4223 52 l.h. Aluminium AluGrey Stainless steel Illustration DIN r.h. Options: Technical notes: Dimensions given assume glass 8 mm thick. Lockset plates for glass doors are prepared at the works for glass 8 mm and 10 mm thick. Hardware for glass 12 mm thick is available to order. For further technical notes, refer to page 371. The strike box shown does not form part of the goods supplied. 332 Softly rectangular lockset plate with heavy-duty lock for glass doors (DIN 18251, Class 4) designed for use with Europrofile cylinder and lifter assembly centres 72 mm 8 mm steel-bushed split follower latch cast steel bolt head bright nickelplated zinc die casting handle bushing glass-fibre reinforced polyamide to suit FSB commercial hardware with roses The handles shown are merely illustrative. Virtually any FSB handle can be used. For technical details please refer to page 342. – warded lock (BB) – no keyway – indicating/bathroom furniture: Please specify when ordering according to FSB indicating bathroom furniture shown on page 150. Indicating/bathroom furniture will be fitted on site. Strike box for double-leaf glass doors 4223 45 r.h. 4223 55 l.h. Aluminium AluGrey Stainless steel 184 Softly rectangular strike box 111 10 To match lockset plate 4223 41/51 and 4223 42/52 8 21,5 96 Illustration l.h. 6e 56,5 68 184 72 111 81 10 8 21,5 96 96 Technical notes: Dimensions given assume glass 8 mm thick. Strike box plates for glass doors are prepared at the works for glass 8 mm and 10 mm thick. Hardware for glass 12 mm thick is available to order. 333 Hinges for glass doors 4228 18 Satin chromium-plated steel Stainless steel 45 95 42 VARIANT glass door hinge in satin chromium-plated steel to suit Aluminium and AluGrey finishes or in stainless steel with hinge connector To match lockset plate 4220 41/51 and 4220 42/52 27 74 BBL BBL BBL HDL 4228 0101 4228 0102 4228 0103 4228 .. 04 VARIANT VXG 7990/100K commercial hinge for glass doors on rebated timber, steel or aluminium frames with three-dimensionally adjustable mating elements VARIANT VNG 7990/100K commercial hinge for glass doors on rebated steel frames with three-dimensionally adjustable mating elements VARIANT VG 8790K commercial hinge for glass doors on rebated steel frames 41 r.h. | 51 l.h. VARIANT VG 3990K commercial hinge for glass doors on rebated wooden soffit and blockwork frames Technical notes: Loading capacity 60 kg (two hinges) Loading capacity 90 kg (three hinges) Hinges for glass doors are prepared at the works for glass 8 mm and 10 mm thick. For further technical notes please refer to page 344 and 345. 334 Hinges for glass doors 4227 18 Satin chromium-plated steel Stainless steel 45 95 42 VARIANT glass door hinge in satin chromium-plated steel to suit Aluminium and AluGrey finishes or in stainless steel with hinge connector To match lockset plate 4223 41/51 and 4223 42/52 27 74 BBL BBL BBL HDL 6e 4227 0101 4227 0102 4227 0103 4227 .. 04 VARIANT VXG 7990/100 commercial hinge for glass doors on rebated timber, steel or aluminium frames with three-dimensionally adjustable mating elements VARIANT VNG 7990/100 commercial hinge for glass doors on rebated steel frames with three-dimensionally adjustable mating elements VARIANT VG 8790 commercial hinge for glass doors on rebated steel frames 41 r.h. | 51 l.h. VARIANT VG 3990 commercial hinge for glass doors on rebated wooden soffit and blockwork frames Technical notes: Loading capacity 60 kg (two hinges) Loading capacity 90 kg (three hinges) Hinges for glass doors are prepared at the works for glass 8 mm and 10 mm thick. For further technical notes please refer to page 344 and 345 335 Pull handles for glass doors 70 30 3684 2114 Aluminium AluGrey Design: Ton Haas 210 66 30 210 3688 2114 AluGrey Stainless steel Design: Christoph Ingenhoven For detailed information on fixing, please turn to page 414ff. Back to back fixing 336 bolt-through fixing Sliding door handle Door holder 3686 Aluminium AluGrey Stainless steel 168 56 32 24 58 Sliding door handle for fixing in pairs Design: Jahn/Lykouria 4230 40 Stainless steel B 50 6e 25 Ø 10 A thickness width order code. of glass (B) overall (A) 8 mm 27 mm 4230 0000 10 mm 29 mm 4230 1000 12 mm 31 mm 4230 1200 337 Doorknob for glass doors 2339 07 55 60 Aluminium Bore hole Ø 13 mm Design: Philippe Starck Deadknob 338 Doorknobs for glass doors 2302 07 X 50 Aluminium AluGrey Stainless steel Bronze Brass (X (X (X (X (X = = = = = 77 77 73 72 72 mm) mm) mm) mm) mm) Bore hole Ø 13 mm 2322 07 52 Aluminium Stainless steel 45 Bore hole Ø 13 mm 2329 07 52 Aluminium AluGrey Stainless steel Bronze Ø (Ø = 50 mm) (Ø = 50 mm) (Ø = 55 mm) (Ø = 50 mm) 6e Bore hole Ø 13 mm 2374 07 80 52 Aluminium AluGrey Stainless steel Bore hole Ø 13 mm Design: Jasper Morrison Deadknobs Deadknobs are generally fitted directly to glass doors. There are no locks involved. The knobs are joined together at the assembly stage by means of an 8 mm square spindle (for two female parts). 339 Flush pull for glass doors 60 11 4299 .... Stainless steel 74 100 47 .... 0012 for glass doors 10 mm thick .... 0019 for glass doors 8 mm thick 15 Adhesive not included in the goods supplied. 340 Door dimensions acc. DIN 18101 834 for frame dimension 841 834 for frame dimension 841 214,5 232 35,5 237 Hinge datum line 35,5 45 1972 for frame dimension 1983 45 16 Hinge datum line 1972 for frame dimension 1983 237 16 57 57 1435 1435 1435 80 1435 80 50 50 6e 960 35,5 Hinge datum line 960 35,5 45 Hinge datum line 45 16 16 4227 01 | 4227 02 4228 01 | 4228 02 4227 03 | 4227 04 4228 03 | 4228 04 T.D.I.U.S.* Frame rebate dimensions Standard glass dimensions 750 × 2000 716 × 1983 709 × 1972 875 × 2000 841 × 1983 834 × 1972 1000 × 2000 966 × 1983 959 × 1972 T.D.I.U.S.* Frame rebate dimensions Standard glass dimensions 750 × 2125 716 × 2108 709 × 2097 875 × 2125 841 × 2108 834 × 2097 1000 × 2125 966 × 2108 959 × 2097 * = theoretical dimensions in unfinished state 341 Technical notes Series 4220 and 4223 Lever handle specification 20,5 42 8 A modified lever handle set is required for glass door lockset plates 4220 41/51 and 4223 41/51. Lever handle sets will be shortened one-side at the works to make sure lever handle connecting is adjusted on lock dimensions inside. Bearings 20,5 39 54 8 Lockset plates 4220 42/52 and 4223 42/52 can be fitted with either standard roses and lever handle sets or commercial fittings with compensating bearing for heavy or big-sized glass doors. Lock cylinders min. 27,5 13 55 For aesthetic and functional reasons FSB recommends lock cylinders with minimum 55 mm (27,5 mm on both sides). 39 26 8 min. 27,5 Indicating/bathroom furniture 20,5 39 8 Lockset plates for glass doors 4220/4223 series are also available in a bathroom version. They can be fitted with FSB standard indicating furniture shown on page 150 and are suitable for doors opening both inwards and outwards. Technical notes: Order details: Dimensions given assume glass 8 mm thick. Lockset plates for glass doors are prepared at the works for glass 8 mm, 10 mm and 12 mm thick. Lever handles are not supplied as part of these hardware sets. Please order the desired model separately, indicating that it is used on glass door furniture 4220/4223 series. 342 Please specify also lockset plate type regarding with or without roses and type of bearing and DIN handing. Technical notes Series 4224 Lever handle specification 20,5 41,6 8 A modified lever handle set is required for glass door lockset plates 4224. Male lever handle will be adapted to a special spindle projection (differing from FSB standard) at the works to make sure lever handle connecting is adjusted on lock dimensions inside. Bearing Lockset plates 4224 will be supplied without roses for aesthetic reasons. A heavyduty bearing is included as standard and fits functionality with heavy and big-sized glass doors. Lock cylinders 25 (27,5) 9 50 (54) 29,3 20,3 8 25 (27,5) For aesthetic reasons FSB recommends lock cylinders with minimum length 50 mm (25 mm on both sides) or 55 mm (27,5 mm on both sides). For lock cylinders with length 50 mm its necessary to make sure its ability within key systems. 6e Indicating/bathroom furniture 20,5 29,3 8 Lockset plates for glass doors 4224 series are also available in a bathroom version. They will be fitted with FSB indicating furniture 1735 0054 (cf. page 150) at the works by request. Indicating furniture is suitable for doors opening both inwards and outwards. Technical notes: Order details: Dimensions given assume glass 8 mm thick. Lockset plates for glass doors are prepared at the works for glass 8 mm, 10 mm and 12 mm thick. Lever handles are not supplied as part of these hardware sets. Please order the desired model separately, indicating that it is used on glass door furniture 4224 series. Please specify also DIN handing. 343 Technical notes 4227 and 4228 214,5 241 214,5 241 35,5 35,5 45 80 70 45 Hinge datum line Hinge datum line Bore hole Ø 16 mm Bore hole Ø 16 mm 232 241 232 241 35,5 35,5 11,5 35 45 Hinge datum line Bore hole Ø 16 mm The positioning of hinge connectors relative to the hinge datum line also necessitates adapting bore holes in the glass door. This should be borne in mind most notably in the cases of VX and VN commercial hinges. 344 22 45 Hinge datum line Bore hole Ø 16 mm Frame connection dimensions VARIANT commercial hinge for glass doors on rebated timber, steel or aluminium frames with three-dimensionally adjustable mating elements VX 28 BBL 80 28 24 BBL VARIANT commercial hinge for glass doors on rebated steel frames with three-dimensionally adjustable mating elements · suitable for wholly glazed doors with standard vertical borehole layout · for glass 8 and 10 mm thick · twistproof threaded stud · concealed, no-maintenance axial-radial sliding bearings · combinable with mating element VN 7608/120 3D · non-handed VARIANT commercial hinge for glass doors on rebated steel frames · suitable for wholly glazed doors with standard vertical borehole layout · for glass 8 and 10 mm thick · for mating elements V 8600 or V 8610 · non-handed 70 24 30 BBL 17,5 30 35 11,5 BBL 17,5 22 SIMONSWERK engineering and quality are a byword for safety and stability to the highest professional standards. For further information on hinges, hinge connectors, frame fastening elements etc., please consult the latest SIMONSWERK manual. · suitable for wholly glazed doors with standard vertical borehole layout · for glass 8 and 10 mm thick · twistproof threaded stud · concealed, no-maintenance axial-radial sliding bearings · combinable with mating element: for blockwork frames VX 7601 3D VARIANT commercial hinge for glass doors on rebated wooden soffit and blockwork frames for soffit frames for blockwork frames for steel frames VX 7602 3D VX 7605 3D VX 7611 3D VX 7612 3D for aluminium frames VX 7621 3D · non-handed 6e · suitable for wholly glazed doors with standard vertical borehole layout · for glass 8 and 10 mm thick · for mating elements of the V 3600, V 3610, V 3630, V 3650 series and clamping block V 3604 or V 3607 · necessary to indicate DIN handing SIMONSWERK GmbH Baubeschlagtechnik Bosfelder Weg 5 33378 Rheda-Wiedenbrück Germany Telephone +49 5242 413-0 Telefax +49 5242 413-210 www.simonswerk.de [email protected] 345 Functional and associative aspects. The formal implications of using colour are manifold. Colour makes houses larger or smaller, makes them stand out against or blend in with Nature. Besides its spatial (physiological) effect, colour also has the psychological effect of triggering associations. A darker shade of light blue applied to the outside of buildings can, for instance, have nautical connotations and, applied to the interior, intuitively make reference to the function of having a bath. Whilst social concerns were in no way a decisional driving force for Le Corbusier, colour was nevertheless expected to be of service to humanity in architecture. He saw his investigations as aiming to provide people’s individual tendencies and inner needs with tools conducive to “self-revelation”. His deliberations are also to be seen as a reaction against the sometimes oppressive external impact of large edifices. Colour was a multilayered means of visual expression for Le Corbusier: an element engendering identity and meaning that completes architecture without alienating it.
