DOOR TECHNOLOGY. New approaches to escape door security

Transcription

1 DOOR TECHNOLOGY New approaches to escape door security

2 The principle of escape door security Dissolving a paradox Locked and yet open Escape doors must ensure that people can leave a building quickly and without auxiliary means in the event of an emergency. At the same time, these doors are expected to be lockable in order to provide efficient burglar protection, e.g., on the outside of a building. Panic locks are designed to fulfil exactly these requirements. Danger recognition The fact that such escape doors can be opened from inside at any time is criticised by building operators who demand that in 'normal' conditions these doors must not be passable. From the technical point of view, however, the distinction between a 'normal' and an 'emergency' case is not feasible. The psychological trick For this reason, a psychological barrier is used to prevent the door from being frequented as everyday passageway: In addition to the panic lock, the door is kept closed by an electrical locking element. In this way misuse is prevented as far as possible. In an emergency case, the door can be released at any time by means of an emergency button installed next to it. Automatic opening and closing The minimum configuration of an escape door system comprises an emergency pushbutton, a control unit and a lock. In Germany, the use of this type of system is subject to approval according to 'EltVTR' (German directive for electrical locking systems on escape route doors issued by the German institute of building engineering DIBt). 2

3 FTNT escape door control system innovative signalling concept with clear straightforward symbols The electrically lockable touch bar (EVT) in conjunction with the FTNT escape door control system Approach area monitoring costeffective, easily retrofittable escape door monitoring system The HM-F FT escape route sliding door reconciles conflicts between regulatory standards In order to ensure safe and secure escape routes, the GU group product range offers you the possibility to compose innovative system solutions with a perfect interplay of functions. All products are easy to install and commission from panic locks (mechanical, mechatronic, motor-driven or radio controlled) through to escape door terminals with electrical locking systems and escape sliding door assemblies. Contents System versions, escape door security - The EVT escape door package...page The EVP escape door package...page Networked systems...page 8-9 Product overview, escape door security - FTNT10/20...page FTNTAP...page Escape door control system / key switch...page 14 - IO modules...page 15 - Surface-mounted case / frame / dummy cover...page 16 - Power supply units / accessories...page 17 - Electrically locking touch bar...page Electrically locking panic lock (EVP)...page Holding magnets / electric escape door strikes...page BKS-NET tablet...page BKS-NET system software...page Bus components...page Escape door monitoring - Approach area monitoring...page 36 - Escape door alarm (day alarm)...page 37 Escape route sliding door - Escape route sliding door HM-F FT...page

4 System versions, escape door security Escape door package 1 The electrically locking touch bar (EVT) In conjunction with the FTNT escape door control system As the industry leader in escape door locks, BKS combines panic hardware and escape door locking technology in one system. The integration of escape door locking in accordance with EltVTR into an electrically locking touch bar (EVT) with LED status display for 1 and 2-leaf escape doors reduces the system components on an escape door. The integrated LED display clearly signals the statuses 'locked' or 'unlocked'. When locked, the door is always secured by the locking points of the panic lock. Functional impairments and/or damage of the door from attempts to gain unauthorised access are thus prevented by the EVT. Escape door control system: Example FTNT10 Advantages: Integration of an escape door locking unit complying with EltVTR into a touch bar on single or double-leaf escape doors in accordance with EN The integrated LED display in the electrically locked touch bar (EVT) clearly signals the status "locked" or "unlocked". In a locked state, the door is always secured by the locking points of the locking system Functional impairments and/or damage of the door from attempts to gain unauthorised access are prevented by the EVT Reduced number of system components on an escape door Approved to EN 1125 for use and combination with all panic locks of the GU group In the panic door package, the EVT touch bar is combined with the FTNT escape door control unit and can be optionally networked via the BKS-NET door bus interface Status: unlocking Signalling: vertical green arrow Status: alarm Signalling: flashing yellow LEDs at the top, right and left light up Status: locking Signalling: red cross 4

5 Escape door locking integrated into the touch bar For 1-leaf and 2-leaf timber, steel or narrow stile doors 230 V AC Previously: = Touch bar = a) Panic lock = b) Shoot bolt lock (not shown) 3 = Escape door terminal set 4 = Electric escape door strike V AC Now: 1 = Touch bar 2 = a) Panic lock = b) Shoot bolt lock (not shown) 3 = Escape door terminal set 4 = Electric escape door strike

6 System versions, escape door security Escape door package 2 Electrically locking panic lock (EVP) In conjunction with the FTNT escape door control system The combination of panic lock and electrically controlled escape door lock provides a compact solution saving a lot of planning and production time to architects and door fabricators. The technical combination of these two points, which is unique in the market, unites various benefits in one system. With cables installed in the door frame only, millings other than those for the lock are no longer required! The locking point of the electric lock is ideally positioned in the panic lock case. Thanks to the automatic latchbolt, secure door locking is ensured even in the event of a power failure! Manual door locking is not necessary. Upon electrical release of the escape door lock, exit is possible by operating the lever handle or the push bar. The DIN lock case dimensions allow the fabricator to process all door leaves in the same way, regardless of whether an electrically controlled locking point is required or not.thus, even retrofitting is possible without additional work on the door. Advantages: Integration of an escape door locking system in accordance with EltVTR, in interaction with an electronically locking panic lock (EVP) on 1-leaf emergency doors in accordance with EN 179 and panic doors in accordance with EN 1125 The EVP panic lock is also ideal for retrofitting and when upgrading existing buildings due to the DIN lock case dimensions The automatic latchbolt guarantees a securely locked door even in the event of a power failure. No need to manually lock the door. The locking point is located at the optimum position in the "middle" of the door Additional millings in the door leaf or frame are no longer required Reduced number of system components on an escape door In the escape door package, the EVP panic lock is combined with the FTNT escape door control system and optionally networked via the BKS-NET door bus interface 6

7 Escape door locking and panic lock in one system For 1-leaf timber, steel and narrow stile doors 230 V AC Previously: 3 1 = Panic lock 2 = Escape door terminal (set) with integral power supply unit 3 = Electric escape door strike with latch lock 1 2 Now: 230 V AC 1 = Electrically locking panic lock system (EVP) 2 = Escape door terminal (set) with integral power supply unit 3 = Electric escape door strike with latch lock 1 2 7

8 System versions, escape door security Networked systems BKS-NET system management You want to control and monitor many doors from a central place? Then the BKS-NET tablet or BKS-NET system software offer you everything you need. In reception areas, security centres, or nurses' rooms, these products give you the complete overview of a large number of data. BKS-NET interconnects the GU Group's electro-mechanical systems by means of modern bus communi-cation, thus ensuring the automatic interplay of functions. Its modern system structure comprises centralised system configuration as well as centralised system monitoring. The main focus is always put on the door as a functional entity. All compatible products are marked with the BKS-NET logo label. Advantages: Easy planning Little wiring effort Fast commissioning Automatic configuration Centralised control and visualisation Local and central configuration of system components 8

9 The system design or BKS-NET panel Cx10 The software BKS-NET building bus BK10 BK10 BK10 BK10 BK10 BKS-NET door bus FTNT 10 FTNT 10 FTNT 10 FTNT 10 ST10 ST 10 ST 10 ST 10 FTNT10: escape door control system with integrated emergency pushbutton ST10: key switch BK10: bus coupler Cx10: building bus coupler 9

10 Product overview, escape door security Escape door control unit FTNT10/20 Innovative signaling concept with clear symbols Featuring modular design, the escape door control system FTNT10/20 allows for the implementation of tailor-made solutions for the most diverse requirements. Creative scope is provided thanks to the control unit being suitable for various switch ranges. The control unit features an integrated bus interface enabling the connection with many other BKS-NET-compatible products. Regardless of whether used offline on a single door or networked within a building, the combination of escape door control unit and EVP lock is the ideal solution for securing an escape door. The control unit complies with the exacting EltVTR requirements and also pren Advantages and technical data: Door release button next to the door (FTNT10) Second emergency button for opening both leaves (FTNT20) Modular design Integrated BKS-NET door bus interface Sabotage monitoring Simple assembly and installation in standard flush boxes Compatible with various switch ranges (55 series) Innovative signaling concept with clear symbols No separate control unit required Parameter setting locally via USB port or networked via bus Reusable emergency button cover Assembly-friendly screw clamp terminals Available as set or single modules Compliance with EltVTR and pren Freely programmable input and output Additional inputs and outputs with optional IO modules Innovative signalling g concept for flush mounting Status: unlocking Signalling: vertical green arrow 10 Status: alarm Signalling: flashing yellow LEDs at the top, right and left light up Status: locking Signalling: red cross

11 FTNT10 terminal sets Set consisting of: FTNT10 escape door control system with integral emergency pushbutton Fig. 2 section-set (Jung AS500) ST 10 key switch 2-section set without power supply unit for external voltage supply (24 V DC / 100 ma) 3-section set with integrated, in-wall power supply unit 230 V AC / 24 V DC, 0.5 A for connection of one EVP lock, one holding magnet or up to 2 electric escape door strikes For installation in standard in-wall junction box (61 mm depth) Fig. 3-section set (Jung LS990) FTNT10 terminal set 2-section version Switch range Material/Finish Jung AS500 Alpine white B Stainless steel Jung LS990 effect B Alpine white B section version Switch range Material/Finish Jung AS500 incl. in-wall mains adaptor Alpine white B Jung LS990 incl. in-wall power supply unit (you can find FTNT20 item number on page 14) Stainless steel effect B Alpine white B Locking cylinder Version Profile half cylinder PZ88 (31 mm, incl. 3 keys) B

12 Product overview, escape door security FTNTAP escape door control system Slim appearance, clear signalling symbols The FTNTAP escape door control system with innovative signalling concept monitors the door and releases it in the event of an emergency either automatically or upon manual operation of the emergency pushbutton. Advantages and technical data: Simple installation Different versions available Plastic case, green or white Rugged stainless steel case with reusable transparent emergency button cover Combinable with the EVP lock or the EVT touch bar in a system Key switch functions: Short-term release Permanent release Locking Alarm acknowledgement Product Features: Safe against sabotage Integrated power supply unit Programmable locally via USB interface or centrally via bus network Compliance with EltVTR and DIN pren Extendable with BUS-I/O modules Networkable via integrated BKS-NET interface Innovative signalling concept for on-wall mounting Status: unlocking Signalling: vertical green arrow 12 Status: alarm Signalling: flashing yellow LEDs at the top, right and left light up Status: locking Signalling: red cross

13 FTNTAP10 escape door terminal Consisting of: Escape door control system with integral emergency pushbutton integral key switch integral power supply unit V AC / 24 V DC, 0.5A for connection of an EVP lock, a holding magnet or up to 2 electric escape door strikes Freely programmable inputs and outputs Number of inputs and outputs can be extended via IO modules IO 10 and IO 5 Networkable via BKS-NET door bus Protection class: IP20 Dimensions: 210 mm x 75 mm x 60 mm On-wall mounting For profile half cylinder (WL = 31 mm / 35 mm) or Swiss round cylinder dia. 22 mm, 37.5 mm cylinder must be ordered separately to the terminal) FTNTAP10 escape door terminal FTNTAP10 (PZ) escape door terminal Material/Finish FTNTAP10 (PZ) escape door terminal Plastic, green B FTNTAP10 (PZ) escape door terminal Plastic, white B FTNTAP10 (PZ) escape door terminal Stainless steel B FTNTAP10 escape door terminal (for Swiss round cylinder) Material/Finish FTNTAP10 escape door terminal (for Swiss round cylinder) Stainless steel, green B FTNTAP10 escape door terminal (for Swiss round cylinder) Stainless steel B Escape door terminal, on-wall, IP54 (weatherproof) Version Material/Finish Weatherproof escape door terminal, on-wall, IP54 (without power supply unit / control unit) (Note: different housing shown. Also required: FTNT20 + IO 5) Stainless steel, green B Locking cylinder Version Profile half cylinder PZ88 (31 mm, incl. 3 keys) B

14 Product overview, escape door security Escape door control systems FTNT10 / FTNT20 / FT25 escape door control system Advantages and technical features: Door release button next to the door (FTNT10) Second emergency button for opening both leaves (FTNT20) Approved in accordance with EltVTR For installation in standard in-wall junction box (61 mm depth) Nominal voltage: 24 V DC (-15% +10%) Nominal current consumption: 80 ma Protection class: IP 20 Escape door control system Version FTNT10 with integral emergency pushbutton B FTNT20 with integral emergency pushbutton B FT25 w/o emergency pushbutton for in-wall installation B Note: Compatible with various wall switch ranges Mounting adaptors for FTNT10/20 from 55 to 70 (Jung LS990) Version Stainless steel effect B Alpine white B FTNT 10/20 accessories Replacement plastic cover for emergency button B ST10 (without LEDs) ST20 (with LEDs) ST10 / ST20 key switch Advantages and technical features: Without LEDs (ST10 key switch) With LEDs (ST20 key switch) For half cylinders with a length of 27 mm/31 mm Nominal voltage: V DC (-15% +10%) Nominal current consumption: 25 ma Protection class: IP 20 Without locking cylinder, frame and cover Key switches Matching covers for key switch Version ST10 B ST20 B Note: Locking cylinders, frames and covers must be ordered separately Jung LS990 ST10 ST20 70mm cover alpine white B B mm cover stainless steel effect B B Jung AS500 ST10 ST20 55mm cover alpine white B B Compatible locking cylinder Version Profile half cylinder PZ88 (31 mm, incl. 3 keys) B

15 IO modules IO 10 on-wall IO module Advantages and technical features: 4 freely parameterisable inputs with status LED each 4 freely parameterisable outputs with status LED each Up to 2 I/O modules per door (address setup via jumper) Connection to escape door control system via 2-wire BKS-NET door bus Casing included Operating voltage 24 V, rated current 100 ma Protection class: IP 65 Each IO module is connected to an escape door control unit via the 2-wire BKS-NET door bus. Thus, 4 additional, freely programmable inputs and outputs are available in each case for integration of different building equipment products (e.g. swing door drive, motor lock, external signalling, video monitoring, access control, intercom). IO module IO 10 on-wall Module IO 10 on-wall IO module B IO 5 in-wall IO module Advantages and technical features: 1 freely programmable input incl. status LED 2 freely parameterisable outputs with status LED each Connection to escape door control system via 2-wire BKS-NET door bus Operating voltage 24 V, rated current 100 ma Each IO module is connected to an escape door control unit via the 2-wire BKS-NET door bus. Additional freely programmable inputs and outputs are therefore available for integration of various items of technical building equipment, (e.g. swing door drive, motor lock, external signalling, video monitoring, access control, intercom) IO 5 in-wall IO module Module IO 5 in-wall IO module B

16 Product overview, escape door security On-wall casing / Frames / Dummy cover On-wall casing Versions / s On-wall casing Version 1-section on-wall casing, stainless steel B section on-wall casing, stainless steel B section on-wall casing, stainless steel B section on-wall casing, stainless steel B Frames / Covers AS500 LS990 Versions / s Frames and dummy covers Frames AS500 (55 mm) LS990 (70 mm) 1-section frame, stainless steel effect B section frame, stainless steel effect B section frame, stainless steel effect B section frame, stainless steel effect B section frame, alpine white B B section frame, alpine white B B section frame, alpine white B B section frame, alpine white B B Dummy covers (e.g. for in-wall PSU or in-wall bus coupler) AS500 (55 mm) LS990 (70 mm) Dummy cover, stainless steel effect B Dummy cover, alpine white B B

17 Power supply units / Accessories Power supply units Versions / s Power supply units Switching power supply with mains cable 24 V DC / 1 A B Switching power supply, in-wall mounted 24 V DC, 0.5 A B Switching power supplies for mounting on top-hat rail 24 V DC / 4.2 A B Switching power supplies for mounting on top-hat rail 24 V DC / 1.3 A B Casing for top-hat rail power supply units B Accessories Versions / s for FTNT10 / FTNT20 escape door control system System cables BKS-NET system cable with 2 plugs B BKS-NET system cable with 3 plugs B GU-BKS NET system cable with 4 plugs B Emergency button stickers Set of replacement stickers for emergency button (10 pieces) B Programming cable USB programming cable (for optional programming of FTNT10/20 and BK10 via the PC) B Door contact Door contact set, white (VdS B, 6 m cable) B Mounting cradle set (6 pieces for door contact B ) B Spacer set (12 pieces for door contact B ) B

18 Product overview, escape door security Electrically locking EVT touch bar For 1-leaf and 2-leaf timber, steel and narrow stile doors Product information Integration of an escape door lock complying with EltVTR into a touch bar on 1-leaf or 2-leaf escape doors. The LED display on the electrically lockable touch bar (EVT) clearly signals the status as "locked" or "unlocked". In locked status, the door is always secured by the locking points of the panic lock. The EVT prevents functional impairments and/or damage of the door resulting from attempts to gain unauthorised access. Can be used in conjunction with the FTNT10/20 escape door control system and networked via the BKS-NET door bus interface. 10 m connecting cable included Technical data: Supply voltage LED: 24 V DC / 100 ma Nominal voltage: 24 V DC ± 10% Current consumption: 100 ma Monitoring contact: 24 V DC / 100 ma x

19 Electrically locking EVT touch bar Type of set Active leaf/passive leaf DIN left/right B X 33 Ø20 33 B-7442x: Ø (D) D Please state when ordering: pieces active leaf mounting dimension X mm (min. 770 mm; max mm) DIN lh DIN rh aluminium F1 stainless steel passive leaf mounting dimension X mm (min. 770 mm; max mm) DIN lh DIN rh aluminium F1 stainless steel 19

20 Product overview, escape door security Electrically locking panic lock (EVP) For 1-leaf timber and steel doors Series 21 for timber and steel doors Advantages and technical data: The latchbolt with integrated trigger lever provides secure automatic door locking Manual locking is no longer required Additional latch (positioned on the same level as the deadbolt) as counterpart to the B 5465 escape door opener (setting range of latch: 8 mm) Approval DIN 18250; VdS B; DIN EN 179 (emergency exits); DIN EN 1125 (panic doors) Panic function: panic function E, panic function B and panic function C Galvanized lock case Backsets: 55, 60, 65 and 80 mm 28 mm clearance behind backset Forends coming in various shapes and finishes (on request) Optional locking cam monitoring and latch retaining function available + + Electrically locking panic lock (EVP) Latch striker Escape door strikes 20

21 B 2110 EVP for 1-leaf doors with panic function B Length Material/Finish Stainless steel Backset in mm Length ends Faceplate 20 x 3 x 235 mm Faceplate 24 x 3 x 235 mm Panic function B Panic function B DIN LH DIN RH DIN LH DIN RH 55 rounded B B B B rounded B B B B rounded B B B B rounded B B B B B 2112 EVP for 1-leaf doors with panic function C Length Material/Finish Stainless steel Backset in mm Length ends Faceplate 20 x 3 x 235 mm Faceplate 24 x 3 x 235 mm Function C Function C DIN LH DIN RH DIN LH DIN RH 55 rounded B B B B rounded B B B B rounded B B B B rounded B B B B B 2116 EVP for 1-leaf doors with panic function E Length Material/Finish Stainless steel Backset in mm Faceplate shape Faceplate 20 x 3 x 235 mm Faceplate 24 x 3 x 235 mm Panic function E Panic function E DIN L DIN RH DIN LH DIN RH 55 rounded B B B B rounded B B B B rounded B B B B rounded B B B B

22 Product overview, escape door security Flanged latch striker / straight latch striker For 1-leaf timber and steel doors B 9000 flanged latch striker for ProFix 2 electric escape door strike Chamfer 1x45 Versions / s Material/ Finish Stainless steel Flanged latch striker 24 x 3 x 235 mm, dimension A = 62.5 mm DIN LH DIN RH B B Suitable for locks : EVP 2110, EVP 2112, EVP 2116 Suitable for electric escape door strike: B A B 9000 straight latch striker for FaFix and ProFix 2 electric escape door strikes Versions / s Material/ Finish Stainless steel Straight latch striker 24 x 3 x 235 mm DIN LH DIN RH B B Suitable for locks : EVP 2110, EVP 2112, EVP 2116 Suitable for electric escape door strike: B , B

23 Angled latch striker / electric escape door strike For 1-leaf timber and steel doors A R8 R8 B 9000 angled latch striker for FaFix electric escape door strike Versions / s 7 Material/ Finish Stainless steel Angled latch striker 30 x 32 x 3 x 300 mm DIN LH DIN RH B B Suitable for locks : EVP 2110, EVP 2112, EVP 2116 Suitable for electric escape door strike: B A M4 27 B 5465 escape door strike quiescent current The electric escape door strike is used for the electric locking of escape doors. It is used together with an EVP panic lock and an FTNT10 or FTNT20 escape door control system. Versions / s Version FaFix B FaFix electric escape door strike ProFix 2 electric escape door strike 11 Latch with 3 mm setting range 28 ( 4.5) ProFix 2 B Operating voltage: 24 V DC Current consumption: 95 ma 23

24 Product overview, escape door security Electrically locking panic lock (EVP) For 1-leaf narrow stile doors Series 19 for narrow stile doors Advantages and technical data: The latchbolt with integrated trigger lever provides secure automatic door locking Manual locking is no longer required Additional latch (positioned on the same level as the deadbolt) as counterpart to the B 5465 electric escape door strike (setting range of latch: 8 mm) Approval DIN 18250; VdS B; DIN EN 179 (emergency exits); DIN EN 1125 (panic doors) Panic function: panic function E, panic function B and panic function C Galvanized lock case Backsets: 35, 40, and 45 mm 15 mm clearance behind backset Forends coming in various shapes and finishes (on request) Optional locking cam monitoring and latch retaining function available + + Electrically locking panic lock (EVP) Latch striker Escape door strikes 24

25 B 1910 EVP for 1-leaf doors with panic function B Length Material/Finish Stainless steel Backset in mm Length ends Faceplate 24 x 3 x 270 mm U-faceplate 24 x 6 x 2 x 268 mm Panic function B Panic function B DIN LH DIN RH DIN LH DIN RH 35 square B B B B square B B B B square B B B B B 1912 EVP for 1-leaf doors with panic function C Length Material/Finish Stainless steel Backset in mm Length ends Faceplate 24 x 3 x 270 mm U-faceplate 24 x 6 x 2 x 268 mm Function C Function C DIN LH DIN RH DIN LH DIN RH 35 square B B B B square B B B B square B B B B B 1916 EVP for 1-leaf doors with panic function E Length Material/Finish Stainless steel Backset in mm Length ends Faceplate 24 x 3 x 270 mm U-faceplate 24 x 6 x 2 x 268 mm Panic function E Panic function E DIN L DIN RH DIN LH DIN RH 35 square B B B B square B B B B square B B B B

26 Product overview, escape door security Flanged latch striker / straight latch striker For 1-leaf narrow stile doors Chamfer 1 x 45 B 9000 flanged latch striker for ProFix 2 electric escape door strike Versions / s Material/ Finish Stainless steel Flanged latch striker 24 x 3 x 270 mm, dimension a = 62.5 mm DIN LH DIN RH B B Suitable for locks : EVP 1910, EVP 1912, EVP Suitable for electric escape door strike: B a B 9000 straight latch striker for FaFix and ProFix 2 electric escape door strikes Versions / s Material/ Finish Stainless steel Straight latch striker 24 x 3 x 270 mm DIN LH DIN RH B B Suitable for locks : EVP 1910, EVP 2112, EVP 1916 Suitable for electric escape door strike: B

27 U-shaped latch striker / electric escape door strike For 1-leaf narrow stile doors B 9000 U-shaped latch striker for FaFix electric escape door strike Versions / s 12 Material/ Finish Stainless steel U-shaped latch striker 24 x 5 x 1.6 x 268 mm DIN LH DIN RH B B Suitable for locks : EVP 1910, EVP 1912, EVP 1916 Suitable for electric escape door strike: B M4 27 B 5465 escape door strike quiescent current The electric escape door strike is used for the electric locking of escape doors. It is used together with an EVP panic lock and an FTNT10 or FTNT20 escape door control system. Versions / s Version FaFix B FaFix electric escape door strike ProFix 2 electric escape door strike 11 Latch with 3 mm setting range 28 ( 4.5) ProFix 2 B Operating voltage: 24 V DC Current consumption: 95 ma 27

28 Product overview, escape door security Holding magnets Holding magnet 5 kn Holding magnets are used for the electromagnetic locking of escape doors. They are used in combination with the escape door control system FTNT10/20. The holding magnet locks the door in addition to the panic lock with a holding force of 5000 N; opening the door in the event of an emergency is always possible by pressing the emergency button installed next to the door. A built-in sensor measures the effective holding force, thus monitoring the locked status of the door. The holding magnet types offered are approved as locking elements in accordance with EltVTR. When using a holding magnet, we recommend the use of an additional magnetic switch set (see accessories). Versions / s Surface holding magnet 5 kn 5 kn holding magnet set for escape doors including armature plate, L-bracket and aluminium covers for flush doors (24 V, 250 ma) 5 kn holding magnet set for escape doors including armature plate, Z-bracket and aluminium covers for flush doors (24 V, 250 ma) Stainless steel cover for 5 kn holding magnet (L-bracket) Stainless steel cover for 5 kn holding magnet (Y-bracket) B B B B Holding magnet 2 kn Holding magnets are used for the electromagnetic locking of escape doors. They are used in combination with the escape door control unit FTNT10/20. The holding magnet locks the door in addition to the panic lock with a holding force of 2000 N; opening the door in the event of an emergency is always possible by pressing the emergency button installed next to the door. A built-in sensor measures the effective holding force, thus monitoring the locked status of the door. The holding magnet types offered are approved as locking elements in accordance with EltVTR. When using a holding magnet, we recommend the use of an additional magnetic switch set (see accessories). Versions / s Surface holding magnet 2 kn 2 kn holding magnet set for escape doors including armature plate, L-bracket with aluminium covers for flush doors (24 V, 250 ma) 2 kn holding magnet set for escape doors including armature plate, Z-bracket and aluminium covers for flush doors (24 V, 250 ma) Stainless steel cover for 2 kn holding magnet (L-bracket) Stainless steel cover for 2 kn holding magnet (Z-bracket) B B B B

29 Escape door strikes B 5465 electric escape door strike (type 331) closed-circuit principle with integrated monitoring and armature contact The electric escape door strike is used for the electric locking of escape doors. Together with the escape door control unit FTNT10/20, it can be used on 2-leaf doors. In conjunction with latch lock B , the electric strike locks the door additionally to the panic lock. Opening the door in the event of an emergency is always possible by pressing the emergency button installed next to the door. This is always possible even if the door leaf is loaded with a force of 5000 N. The locked status of the door is monitored by a built-in monitoring contact. The electric escape door strikes offered are approved as locking elements in accordance with EltVTR. Versions / s for B x0 / B x0 electric escape door strikes (type 331) Version Electric escape door strike DIN LH, flat latch striker, Fafix (24 V, 160 ma) Electric escape door strike DIN RH, flat latch striker, Fafix (24 V, 160 ma) Electric escape door strike DIN LH, angled latch striker, Fafix (24 V, 160 ma) Electric escape door strike DIN RH, angled latch striker, Fafix (24 V, 160 ma) Latch lock for electric escape door strike (right-angled faceplate) B B B B B Electric escape door strike B 5465 (type 332) The electric escape door strike is used for the electric locking of escape doors. It is used, for example, together with an EVP panic lock and the FTNT10 or FTNT20 escape door control system. Versions / s Version FaFix B ProFix 2 B Latch lock for electric escape door strike (right-angled faceplate) B Operating voltage: 24 V DC Current consumption: 95 ma 29

30 Product overview, escape door security BKS NET tablet BKS-NET tablet The BKS NET tablet visualises the status of several doors in a building. An authorised operator can control every door conveniently using a finger without mouse or keyboard. Features and benefits provided by the BKS-NET tablet: Visualises all door statuses of a building at a glance Automatically recognises all BKS-NET building bus participants Door control with a touch of the finger, no keyboard or mouse required Quick start-up: self-configuring preprogrammed software No extra costs for operating systems or additional servers Intuitive user interface Designed for continuous operation no moving parts such as a mother board or a ventilator Connection to BKS-NET bus coupler via USB or network (TCP/IP) Functions: Collective display of several doors Unlocking / locking of individual doors Locking / unlocking of door groups Alarm display / processing / acknowledgement Password-protected login with multilevel authorisation process Technical data: Housing dimensions: 304 x 246 x 50 mm (WxHxD) Power consumption: 32 W Protection class (front): IP 64 Display: touch screen 12.1" Software: preinstalled Note: For connecting a tablet to the BKS-NET building bus, a CU10 or CE10 building bus coupler is required. 30

31 BKS-NET tablet Product name BKS-NET tablet with pre-installed software, licence included, for max. 8 doors (without collective display) Licence extension for article B up to max. 16 doors (incl. collective displays) Licence extension for article B up to max. 32 doors (incl. collective displays) Licence extension for article B up to max. 64 doors (incl. collective displays) B B B B

32 Product overview, escape door security BKS-NET system software CF10 configuration software BKS-NET system software including CF10 configuration software All BKS-NET-capable products can be programmed and visualised via the same user interface. The system allows the programming and visualisation of both single doors and complex bus systems. Advantages: Fully automatic recognition of all technical products connected of a door of an entire system Intuitive user interface Self-learning user interface Compatible with all BKS-NET-capable products Local parameter setting via USB Centralised parameter setting via network (TCP/IP) or building bus CF10 configuration software Versions / s Software products BKS-NET system software including CF10 configuration software (CD) and USB cable B

33 Visualisation module OV10 BKS-NET system software OV10 on-line visualisation module Advantages: Intuitive user interface Individual allocation of authorisations Control of all BKS-NET-capable products connected Realtime visualisation of door statuses Integration of any floor plans or graphics Alternative to tablets Networkable Definition of superior switching groups Modern browser interface OV10 on-line visualisation module Versions / s Software products Licence for online visualisation module OV10 B

34 Product overview, escape door security Bus components For networked systems BK10 bus coupler The BK10 bus coupler connects the components of a door with the building bus thus enabling the creation of a networked system. It is available for in-wall mounting ('UP' version) and on-wall mounting ('AP' version). For the in-wall version, various dummy covers and frames are available. BK 10 bus coupler Version Bus coupler BK10 UP (flush-mounted*) *without frame and cover B BK10 AP on-wall bus coupler (including housing) B Technical data: Nominal voltage: V DC (-15% +10%) Nominal current consumption: 80 ma Protection class: IP20 (UP) / IP65 (AP) Max. length of door bus: 20 m 34

35 CU10 / CE10 building bus coupler The building bus is connected to a PC via the building bus coupler. The connection between the building bus and PC is established either locally via USB interface with the CU10 coupler, or remotely via ethernet interface (TCP/IP) using the CE10 type. CU10 / CE10 building bus coupler Version Building bus coupler CU10 (USB interface) B CE10 building bus coupler (ethernet interface, without power supply unit to be ordered separately) B Accessories In-wall junction box for connecting the BKS-NET building bus to CU10 or CE10 (incl. cover, 1-section B frame), alpine white (Jung LS990) Repeater for BKS-NET building bus (9 36 V, 1.5 W, for mounting on top-hat rail) B Technical data: Nominal voltage (CE10): V DC (-15% +10%) Nominal current consumption: 75 ma (CU10) / 150 ma (CE10) Protection class: IP 30 Max. length of building bus: 800 m Max. number of bus couplers per building bus: 60 35

36 Escape door monitoring Approach area monitoring system Alarm issued before unauthorised opening of a door Approach area monitoring system The compact BÜ10 monitoring unit is installed above the door to control a variably determinable area. When a person approaches the door, a visual and an audible signal are released which amplify as the person advances. In this way, the unauthorised use of the door is effectively prevented. In the event of an emergency, the door is always freely accessible. Technical data: Housing dimensions: 280 x 140 x 60 mm (WxHxD) Operating voltage: V (50/60 Hz) AC or V DC Current consumption: 290 ma Alarm signalling device: visual/audible (up to 95 db) Interface: BKS-NET door bus Inactive state Prealarm 1: Visual/audible alarm Features and benefits provided by the approach area monitoring system: Protection of doors against unauthorised opening the system can be retrofitted without any structural changes on the door, e.g. a fire protection door Escape doors are efficiently protected against unauthorised passage or misuse Safe escape route: in the event of an emergency, the escape door remains accessible Fast installation without structural changes to the door (irrespective of door material). Installation and commissioning in compliance with EltVTR do not require a proof of expertise Protection against misuse: visual and audible alarm before the door is opened Freely adjustable monitoring areas and alarm signals Authorised access via key switch Also retrofittable on fire protection doors Networkable via BKS-NET door bus Prealarm 2: Visual/audible alarm with additional light spot Door opening: Main alarm is transmitted to control centre (optional) Approach area monitoring system SET version BÜ10 set with illumination, stainless steel effect (including door contact, key switch and half cylinder) B

37 Escape-door alarm set Compact set for escape door monitoring FT-Alarm The FT-Alarm monitors a door and issues an acoustic and visual alarm as soon as the door is opened. In contrast to approach area monitoring - a warning is issued before the door is opened and used inappropriately. The installation is extremely easy to carry out as the FT-Alarm is suitable for battery operation. This means the FT-Alarm can also easily be retrofitted as it does not need to be wired up to an external power supply. The alarm function can be deactivated via the integrated locking cylinder for authorized use of the door - e.g. for goods delivery. An optional external key switch can also be connected. Door contact The FT-Alarm offers the following Straightforward assembly Retrofittable irrespective of door material Operation with battery or VDC Visual and audible alarm Authorised access via integrated profile cylinder (WL = 27mm / 31mm) Different housing colours: green or white FT-Alarm FT-Alarm Version FT-Alarm door controller, green, complete set incl. profile half cylinder with 3 keys and door contact B FT-Alarm door controller, white, complete set incl. profile half cylinder with 3 keys and door contact B FT-Alarm door controller, green B FT-Alarm door controller, white B Compatible locking cylinder Version Profile half cylinder PZ88 (31 mm, incl. 3 keys) B

38 Escape route sliding door HM-F FT escape route sliding door Guideline conflict resolved Escape route sliding doors tested to AutSchR Stainless steel floor channel Locking of automatic sliding doors in rescue routes Automatic sliding doors in rescue routes are regulated building products and described in the list of building rules A, part 1 with the AutSchR (DIBt guideline on automatic sliding doors in rescue routes) as well as in DIN Escape route sliding doors without a swivelling fitting (break out) open automatically when a person approaches. This also occurs in the event of a power failure or if a fault occurs in the drive system, as the drives are implemented redundantly. It is an important requirement for the door to open automatically when a person is approaching. The door must be open before the escaping persons reach the door leaf in order to prevent a compression load on the door leaf in the escape direction. These axial forces would prevent the sliding door from opening. In the "OFF/NIGHT" operating mode, door locking and deactivation of the radar motion detector is only permitted if these doors are no longer required as escape and/or escape route doors, or if there are no persons in the building at night. However, what needs to be considered if escape routes in projects such as: hospitals residential homes for the elderly and disabled hotels and airports are to be locked at specific times, although people are still in the building? In this case the EltVTR (German directive on electric locking systems for doors along rescue routes) must also be observed (DIBt list of building rules A, part 1). Until now, a type-tested sliding door suited for such situations has not been available. The only option available to the owner/operator was to submit an application to the building supervision authority in individual cases. In light of the fact that the automatic sliding door no longer opens when a load is applied, it is questionable as to whether consent would be given by the building authority. The German trade association for door automation has already addressed this "inconsistency" with its Guideline No. 1 in 2002 (see 38

39 Hinged sliding panel (Break-Out) Escape door control system tested to EltVTR Conflicts between regulatory standards resolved: escape route sliding doors can now be locked at any time. With the type-tested HM-F FT escape route sliding door it is possible to "break out" the locked sliding panel outwards (escape direction) when actuating the FTNT10 escape door control system. This resolves a conflict between regulatory standards. The typetested escape route sliding door to AutSchR and EltVTR guarantees a safe escape route when in the operation mode OFF / NIGHT, also when locked. The type-tested HM-F FT escape route sliding door system provides planning reliability in combination with the FTNT10 escape door control system. A swing-door fitting integrated into the sliding panel allows the panel to be pushed open in escape direction when the sliding door is closed. During everyday operation, this is prevented by a tested electric escape door strike. In this instance, as is the case with the other redundant escape route sliding doors, the function is guaranteed. In the event of an emergency, the electric escape door strike can be released by pressing the illuminated emergency pushbutton. The door leaf can be swung open by pushing it gently outwards. This way of opening is also ensured by applying a load to the door leaf in the escape direction. No individual approval by building authority required. 39

40 Gretsch-Unitas GmbH Baubeschläge Johann-Maus-Str. 3 D Ditzingen Tel (0) Fax + 49 (0) BKS GmbH Heidestr. 71 D Velbert Tel (0) Fax + 49 (0) WP /12 Printed in Germany