User Manual. Security Systems Security System L208

User Manual Security Systems Security System L208 a

Contents This hand book is a technical instruction document for the installation, commissioning and operation of the L208 intrusion alarm security system. This document contains only partial information regarding the planning, project design and implementation of a complete intrusion alarm system. For this information please refer to the German and European Norms (DIN VDE 0833 ff. / EN 50131 ff.) as well as the VdS guidelines for the design and installation of intrusion alarm systems (VdS 2311). Technical specifications are subject to change without notice. This document describes the functionality of Firmware Version 3.08. 2

Contents Contents Page 1 Security System L208 5 1.1 General Description... 5 1.2 System Configurations... 5 1.3 System Overview... 7 2 General Installation Instructions 8 2.1 General... 8 2.2 Cabling Requirements... 8 3 Intrusion Alarm Panel L208 9 3.1 General... 9 3.2 Installation... 10 3.3 Connection... 11 3.4 Description of the Inputs and Outputs... 13 4 LED Keypad L208/PT 16 4.1 General... 16 4.2 Keypad Description... 16 4.3 Connection and Addressing... 17 5 LCD Keypad L840/PT 19 5.1 General... 19 5.2 Keypad Description... 19 5.3 Connection and Addressing... 21 5.4 Engineer's Keypad... 22 6 Arming Module L840/B 23 6.1 General... 23 6.2 Connection and Addressing... 23 6.3 Description of the Inputs and Outputs... 24 7 EIB Interface L208/EIB 25 7.1 General... 25 7.2 Connection... 26 8 Relay Module L208/R Output Module L208/A 8.1 General... 28 8.2 Connection and Addressing... 28 8.3 Description of the Inputs and Outputs... 30 9 Interface Module L208/V.24 32 9.1 General... 32 9.2 Connection and Addressing... 32 9.3 Description of the inputs and outputs... 34 10 Commissioning 35 28 3

Contents 11 Operating the L208 Security System 36 11.1 Operation via the LED Keypad L208/PT... 36 11.2 Operation via the LCD Keypad L840/PT... 37 11.3 Operation without a PIN (User Access Level 1)... 40 11.4 Operation with a PIN (User Access Level 2)... 41 12 Servicing the Intrusion Alarm Panel L208 46 12.1 General... 46 12.2 System Time... 47 12.3 Tamper Alarms... 47 12.4 System Testing... 47 12.5 PIN Alteration... 49 12.6 Printer Setup... 49 12.7 Service Interval... 50 12.8 Remote Servicing... 50 12.9 Circuit Deactivation... 50 13 Programming the Intrusion Alarm Panel L208 51 13.1 General... 51 13.2 Hardware... 51 13.3 Circuits... 53 13.4 Relays... 58 13.5 Alarm Times... 59 13.6 Keypads... 60 13.7 User Authorisation... 62 13.8 Text... 62 13.9 Defaults... 63 14 Connection Diagrams 64 14.1 Peripheral Protection... 64 14.2 Lock Monitoring... 65 14.3 Interior Surveillance... 65 14.4 Panic Alarms... 66 14.5 Technical Detectors... 66 14.6 Arming Devices... 68 14.7 Signalling Devices... 69 15 Technical Data 70 15.1 Intrusion Alarm Panel... 70 15.2 System Components... 71 15.3 Power Consumption... 71 15.4 Battery Backup Time... 72 16 Installation Protocol 73 16.1 System Configuration... 73 16.2 Circuit Configuration... 73 16.3 Output Relay Configuration... 73 16.4 Measurement Values... 74 4

Security System L208 1 Security System L208 1.1 General Description The L208 security system is a modern, easy to use, bus technology alarm system based around the compact intrusion alarm panel L208. This highly versatile alarm panel, which can be fully programmed, can be configured to comply with the VdS (German Association of Property Insurers) guidelines for security systems class A, B or C as well as the Standards DIN/VDE 0100, 0800 and 0833, depending on the choice of peripheral bus components connected to it. The intrusion alarm panel L208 itself possesses no display or control elements and is operated via up to 3 remote keypads connected to the XIB security bus (extended Interface Bus). Two types of keypads are available; an LED keypad allowing simple display and control functions to be carried out, or an LCD keypad that can display text messages, allow complex control functions to be carried out and permit the intrusion alarm panel to be fully reprogrammed. An arming module can be connected to the XIB bus for security systems requiring a VdS class C setting installation. A range of additional output modules and interfaces are also available to allow external communication with, for example, EIB installations, display panels or allow remote programming of the system. The intrusion alarm panel housing contains, in addition to the L208 main printed circuit board and power supply, space for two 12V / 7Ah batteries and various L208 system components, e.g., an EIB interface. The alarm panel is supplied with a default programming enabling it to be installed and put into operation immediately using just the LED keypad. Individual functions can be reprogrammed using the LCD keypad, which can be permanently integrated into the security system or temporarily connected by the engineer for the duration of the programming or servicing. Alternatively, the alarm panel can also be programmed using a PC and the programming software (in preparation, not for VdS installations). 1.2 System Configurations VdS Class A Configuration: In the simplest configuration, typically for private homes or low risk objects requiring only a VdS class A compliant security system, the intrusion alarm panel L208 is combined with the LED keypad L208/PT and one SAK 7 battery. This system possesses 9 circuits or zones and one external set circuit. Zone 1 Zone 2 Zone 3 Zone 4 Zone 5 Zone 6 Zone 7 Lock Doors Zone 8 Panic Zone 9 Tamper Zone Tamper Set Mains Fault Unset Tamper Alarm Internal Test Reset a EinbruchmelderzentraleL208 L208 a L280/PT 5

Security System L208 VdS Class B Configuration: If the intrusion alarm system is to be used to protect a VdS Class B object, e.g., typically commercial properties or private homes requiring a higher protection level due to the insured value of the property, an LCD keypad L840/PT is required. This allows greater control of the intrusion alarm panel by the user and permits the alarm panel's event log to be read out. This system also possess 9 circuits and one external set circuit. Internal / Zone Off?Zone 1 2 3 Code Zone Fault 4 5 6 7 8 9 ESC Help Mains Tamper 0 Fault Unset Message Zone Alarm Zone Fault Zone Off 5 3 a EinbruchmelderzentraleL208 L208 a L840/PT VdS Class C Configuration: For objects requiring a VdS class C intrusion alarm system, e.g., for high risk properties such as banks or jewellers, in addition to the LCD keypad, an arming module L840/B must also be connected. This unit provides the L208 security system with additional inputs and outputs, e.g., an intelligent code lock circuit, a lock monitoring circuit, an intruder circuit for monitoring the entrance door, an additional tamper circuit, a block lock coil driver output and three transistor signal outputs, necessary to install a class C arming system. In this configuration, the L208 security system possesses 13 circuits and one external set circuit. Note: Independent of the VdS class, wherever an arming module L840/B is installed, at least one LCD keypad L840/PT must be installed as the status of the arming module cannot be displayed on the LED keypad L208/PT. Internal / Zone Off?Zone 1 2 3 Code Zone Fault 4 5 6 7 8 9 ESC Help Mains Tamper 0 Fault Unset Message Zone Alarm Zone Fault Zone Off 5 3 a EinbruchmelderzentraleL208 a L208 L840/B L840/PT 6

Security System L208 1.3 System Overview Product Description Intrusion Alarm Panel Intrusion Alarm Panel System Components: LED Keypad LCD Keypad Arming Module EIB Interface Relay Module (8 transistor outputs, 4 relay outputs) Output Module (24 LED driver outputs) Interface Module (including programming software) Batteries: Battery, 12 V, 7 Ah (max. 2 per alarm panel) Wiring Accessories: Flush mounting enclosure for arming module L840/B Flush mounting wall box for SAD/GUP Wall mounting enclosure for arming module L840/B Short Code L208 L208/PT L840/PT L840/B L208/EIB L208/R L208/A L208/V.24 SAK7 SAD/GUP SAD/ED SAD/GAP EIB interface L208/EIB: The EIB interface L208/EIB connects the L208 intrusion alarm panel with the ABB i-bus EIB (European Installation Bus). In combination with an EIB installation, signals can be transmitted bi-directionally, i.e., not only can alarm relevant signals from the EIB system, e.g., from Zone Terminals MT/S 4.12.1 and MT/U 2.12.2, be sent to the alarm panel but also signals from the intrusion alarm panel can be evaluated by the EIB installation, thus increasing the overall comfort and security level of the property. For information concerning the EIB application software please refer to the separate user manual. Relay module L208/R: The relay module is also an XIB bus device whose four relays and eight transistor outputs mirror the eight transistor signal outputs found on the L208 main printed circuit board. Output module L208/A: The output module L208/A is an XIB bus device which has 24 transistor driver outputs (potentially bound) signalling a range of status signals from the L208 intrusion alarm panel. These signal outputs can be used, for example, for controlling an LED ground plan panel. Interface module L208/V.24: The serial interface L208/V24 can be used to connect a service printer to the intrusion alarm panel for printing out event logs, system data or for use during servicing activities. This device can also be used to link the intrusion alarm panel to a PC allowing a user-friendly programming of the alarm panel. 7

General Installation Instructions 2 General Installation Instructions 2.1 General All electrical installation work carried out on the L208 intrusion alarm system must be completed with the supply voltage disconnected. The installation position of the alarm panel, keypads and other security components must be located according to VdS guidelines or VDE 0833. The L208 intrusion alarm panel and keypads must be mounted: within the security surveillance area and within the monitoring area of a detector, on an interior wall of the property, out of sight for a third party. As there are no operating, display or control elements on the intrusion alarm panel itself, the panel can be installed in a concealed location, e.g., in the cellar or in a wall cabinet. The keypad(s), however, should be easily accessible to the user. 2.2 Cabling Requirements The following cable types should be used for wiring the installation: Low voltage 230V AC: NYM 3 x 1.5 mm ² Extra-low voltage: I-Y(St)Y n x 2 x 0.8 or 0.6 mm The table below indicates the number of two-core conductors or twisted pairs required to connect the listed security components. Security System Component XIB Bus Components: Keypads L208/PT and L840/PT, Output modules L208/R & L208 /A, Interface module L208/V.24 Arming module L840/B Magnet contacts, passive glass-breakage sensors: No. of two-core conductors required 2 4 (to increase the conductor cross-section) 2 Motion detectors: 2 power supply (1) and alarm signal (1) Optional connections *: * compulsory for VdS class B and C systems 2 tamper (1), walk test (½), set/unset(½) Arming device 6 Outdoor siren, 4 (to increase conductor cross-section) e.g. SFF/G: Outdoor siren with strobe light, e.g. SSF/GB: 6 To guarantee the electromagnetic immunity of the cabling it is important to ensure that the cable shield has continuity over the complete cable run and that the shield is grounded in the alarm panel on the left next to the cable entry point via the earthing screws. The shield must not be earthed at any other point within the security cable network (earth loops!). The order of the bus components on the XIB bus cable is not important and the use of spur lines is allowed. The maximum total length of the XIB bus cabling must not exceed 800 m. 8

Intrusion Alarm Panel L208 3 Intrusion Alarm Panel L208 3.1 General The intrusion alarm panel L208 is an modern, compact and easy to use security device, using the latest bus technology. This highly versatile alarm panel, which can be fully programmed, can be configured to comply with the VdS (German Association of Property Insurers) guidelines for security systems class A, B or C as well as the Standards DIN/VDE 0100, 0800 and 0833. This is achieved simply through the choice of system components, i.e., the peripheral bus components, that are connected to the intrusion alarm panel. The system is, of course, fully CE conform. The intrusion alarm panel L208 itself possesses no display or control elements and is operated via up to 3 remote keypads connected to the XIB security bus (extended Interface Bus). The alarm panel is supplied with a default programming, enabling it to be installed and put into operation immediately using just the LED keypad and one battery. Individual functions can be reprogrammed using the LCD keypad, which can be permanently integrated into the security system or temporarily connected by the engineer for the duration of the programming or servicing. Alternatively, the alarm panel can also be programmed using a PC and the programming software L840/WIN-PC. The intrusion alarm panel housing contains, in addition to the L208 main printed circuit board and power supply, space for one or two 12V/7Ah batteries and various L208 system components, e.g., the EIB interface L208/EIB. Internal Layout: L208 Main printed circuit board Cable inlets and strain relief masking plate Mains connection and transformer EIB-Interface (Optional) + B - B 12V 0 V + - A B # 4 5 6 1 2 3 7 8 9 0 # Telephone dialler (Optional) L208 / EIB Schnittstelle 12 V 7 Ah Bleigel d r y f i t 12 V 7 Ah Bleigel d r y f i t 2 x 7 Ah Batteries 9

Intrusion Alarm Panel L208 3.2 Installation The intrusion alarm panel L208 is designed for wall mounting and is fixed via 3 screws in the alarm panel rear housing. The fixing centres are shown in the diagram below. For cable routing purposes, cable inlets are located above the main printed circuit board, either from behind for flush-mounted cable installation, or from above for surface-mounted cable installation. If the cabling is fed into the alarm panel from behind, the cable relief masking plate should be fixed in the uppermost mounting position so that the upper cable inlet is closed off. For surface-mounted cable installation, the cable relief masking plate should be fixed in the lower position. The size of the masking plate is such that even in the lower position, internal components, e.g., the main printed circuit board, are not accessible from outside. Cable strain relief is carried out in both cases using cable ties (supplied) which can be threaded horizontally or vertically through the masking plate and secured. To achieve an optimum electromagnetic immunity, the shields or earthing braids of the cables must be linked with the earthing terminals on the left next to the cable entry, using the shortest possible route. The strain relief for the mains input cable is located in the vicinity of the 230 V terminal block with integrated fuse. As the alarm panel has a metal housing (protection class 1), it is essential that the protective earth conductor (PE) is connected and that the panel cover is also electrically earthed to the rear panel housing via the supplied cable. Panel and Fixing Dimensions: 360 38 188 300 336 396 60 All dimensions in mm 10

Intrusion Alarm Panel L208 3.3 Connection Cable connection to the intrusion alarm panel is achieved by means of plugable screw terminal connectors that are included in the alarm panel installation kit. The terminal connectors are pre-assembled so that they match the functional input and output groups as regards the number of poles: The table below indicates the number of screw terminal connectors supplied and their intended purpose. Function Terminal Number Number of poles XIB Bus, external CN13 1 5 Bus, internal (engineer keypad) CN11 1 4 12 V outputs CN17, 18 2 4 Circuits CN2, 3, 4, 25, 27 5 3 Transistor signal outputs CN6, 26 2 4 Relays CN12, 14 2 3 Buzzer CN9 1 2 Signalling devices (sounder, strobe) CN16, 19 2 3 Inputs for telephone dialling device CN5 1 2 Tamper circuit, (internal) CN24 1 2 11

- Intrusion Alarm Panel L208 Connection Diagram: Tamper contact Alarm input for TDD Fault input for TDD Sounders Strobe Unassigned Buzzer Walk Test Ext. Set 8 Unset 7 Internal alarm 6 Ready to set 5 Set confirm 4 Fault 3 Ext. unset 2 PA 1 Intruder Circuit 10, Ext set Circuit 9, Tamper Circuit 8, Panic Circuit 7, Lock Circuit 6 Circuit 5 Circuit 4 Circuit 3 Circuit 2 Circuit 1 CN19 CN16 CN5 CN24 CN4 CN27 CN3 CN25 CN2 Power supply for external devices 560 1k 1k 2k7 2k7 2k7 2k7 2k7 2k7 2k7 2k7 2k7 35 36 1k CN17 CN18 CN6 CN26 CN14 CN12 CN9 V+ V+ V- V- V+ V+ V- V- 1 C 2 3 C 4 5 C 6 7 C 8 9 C 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 CN8 + + - + + - + - - - + 820 820 820 820 820 820 820 820 FS1/0.8A FS2/0.8A - - - - - - - + + + + + + + + + + - - - - - - 44 43 42 C NO NC VR2 L208 V VR1 FS3/1.6A FS5/0.8A CN13 CN11 LK4 LK7 FS4/2.5A + + - B A IN IN A B CN22 41 40 39 38 37 CN15 CN7 - + - + Keypad 0 Ext. XIB Bus Reset Jumper* System voltage adjustment Battery charge voltage adjustment Connection for temperature sensor Batteries Transformer Regardless of whether or not the circuits are externally connected or not, the following always applies for the non alarm condition: Circuits 1 to 6, 8 and 9 must all be terminated with 2.7 kω EOL (End of Line) resistors after the last sensor in the circuit. The external set circuit 10 must be terminated with a 2.7 kω and 560 Ω EOL resistor network. The signalling device outputs (terminals 28/29, 30/32 and 31/32) must be terminated with 1 kω EOL resistors (contained with in the signalling devices). The telephone dialler fault (TDD) and alarm inputs (terminals 33, 34) must be grounded (terminal 35). The tamper contact input (terminals 35,36) and lock monitoring circuit 7 (terminals 7, C) must be bridged. Note: In VdS installations, the signalling device combination SSF/GB is connected as shown to terminals 28/29 and 30/32. The second signalling device SSF/G must, however, be supplied with its own voltage supply lines, i.e., 0 V from terminal 31, CN 19 and 12 V from terminal V+, CN 17. * To reset the Intrusion Alarm Panel to factory defaults, remove mains and battery voltage and jump LK4 for 20 seconds. Continous alarm 230 V / 5 A 12

Intrusion Alarm Panel L208 3.4 Description of the Terminal designation going clockwise around the main printed circuit board Inputs and Outputs starting in the top left hand corner. (P) = Service engineer programmable input or output. Terminal Designation Function (Default) Reaction (Default) CN17 V+ + 12 V + 12 V DC buffered power supply Fuse: FS1 0.8 A quick blow V- 0 V for external security devices. CN18 V+ + 12 V + 12 V DC buffered power supply Fuse: FS2 0.8 A quick blow V- 0 V for external security devices. CN2 1 Circuit 1 (+) Intruder circuit (NA) (P) unset: display only (inactive in internal set mode) internal set: display only external set: external alarm, intruder alarm C Common (-) Common 0 V for Circuits 1 + 2 2 Circuit 2 (+) Intruder circuit (NA) (P) unset: display only (inactive in internal set mode) internal set: display only external set: external alarm, intruder alarm CN25 3 Circuit 3 (+) Intruder circuit (NA) (P) unset: display only (inactive in internal set mode) internal set: display only external set: external alarm, intruder alarm C Common (-) Common 0 V for circuits 3 + 4 4 Circuit 4 (+) Intruder circuit (NA) (P) unset: display only internal set: internal alarm external set: external alarm, intruder alarm CN3 5 Circuit 5 (+) Intruder circuit (NA) (P) unset: display only internal set: internal alarm external set: external alarm, intruder alarm C Common (-) Common 0 V for circuits 5 + 6 6 Circuit 6 (+) Intruder circuit (NA) (P) unset: display only internal set: internal alarm external set: external alarm, intruder alarm CN27 7 Circuit 7 (+) Door lock circuit (P) Prevents the system from being set if a Circuit fault is present, no alarm function C Common (-) Common 0 V for circuits 7 + 8 8 Circuit 8 (+) Personal attack circuit (PA) (P) Triggers the transistor output 12 in any set mode (Silent Alarm) CN4 9 Circuit 9 (+) Tamper circuit (P) unset: buzzer and internal alarm internal set: buzzer and internal alarm external set: external alarm C Common (-) Common 0 V for circuits 9 + 10 10 Circuit 10 (+) External set circuit (P) For connecting an external arming device CN6 11 Intruder Transistor outputs active pull Switches active low for the programmed down to 0 V. alarm time in the event of an intruder alarm. Impedance 820 Ω, max. 15 ma. 12 Personal attack (PA) Switches active low for the programmed alarm time after each panic alarm. 13 External unset Switches active low when the system is unset, high impedance when external set. 14 Fault Switches active low when no power supply faults or processor failures are present. 13

Intrusion Alarm Panel L208 Terminal Designation Function (Default) Reaction (Default) CN26 15 Set confirm Transistor outputs active pull down to 0 V. Switches active low for approx. 3 sec after the system has successfully been externally set. 16 Ready to Set Impedance 820 Ω, max. 15 ma. Switches active low when the system is ready to be externally set. 17 Internal alarm Switches active low in the event of an alarm in internal set mode. 18 Unset Switches active low when the system is unset. CN14 19 Relay 1 contact (NO) 20 Relay 1 contact (NC) 21 Common relay 1 CN12 22 Relay 2 contact (NO) 23 Relay 2 contact (NC) 24 Common relay 2 CN9 25 Internal buzzer (+) 26 Internal buzzer (-) CN16 27 Unassigned 28 Strobe light (+) 29 Strobe light (-) (active pull down) CN19 30 Sounder 1 (-) (active pull down) 31 Sounder 2 (-) (active pull down) 32* Sounders1 & 2 (+) CN5 33 Fault input for telephone dialler 34 Alarm input for telephone dialler (Negative acknowledgement) External set (P) Relay switches when the system is externally set. Walk test (P) Relay switches when the walk test function for motion detectors is activated. Connect to fault relay of the telephone dialling device. Must be connected with 0 V in the idle state. Connect to alarm relay of telephone dialling device only when a silent alarm alone is wanted, otherwise connect to 0V. CN24 35 Tamper contact (+) Tamper circuit for alarm panel housing. 36 Common (-) CN13 +,-,A,B External bus (XIB) For connecting keypads, system modules and EIB interface. GND Cable shield CN11 +,-,A,B Internal bus For connecting the engineer's keypad (address 0). CN23 Program port For updating the intrusion alarm panel's internal software. Switches in the event of a system fault, a tamper alarm (unset) and after unsetting the system if an alarm has occurred. Switches in the event of an external alarm until reset. Fuse: FS3 1.6 A quick blow. Switches for the programmed alarm time in the event of an external alarm (default 120 s). Fuse: FS3 1.6 A quick blow. Prevents the alarm system from being set in the event of a telephone dialler fault. Negative acknowledgement of the telephone dialling device. Should it not be possible to transmit the silent alarm, a local alarm is triggered. unset: buzzer and internal alarm internal set: buzzer and internal alarm external set: external alarm Fuse FS5 0.8 A quick blow * For VdS installations, sounder 2 must be supplied with 12 V DC from terminal V+, CN17 or CN18 14

Intrusion Alarm Panel L208 Terminal Designation Function (Default) Reaction (Default) VR 1 Battery charging voltage Default setting of 13.8 V at 20 C. VR 2 System voltage Default setting of 14.0 V. LK7 Temperature sensor CN7 +, - Battery 2 CN15 +, - Battery 1 AC IN, IN GND AC Voltage supply CN8 42 Relay contact (NC) Alarm relay 43 Relay contact (NO) 44 Common For temperature dependent control of the battery charging voltage. The sensor should be placed as near to he battery as possible and fixed to the battery cable using cable ties. To mains transformer and mains connection block with integrated fuse 400 ma slow. Relay switches in the event of an intrusion alarm or a tamper alarm in external set mode until reset. 15

LED Keypad L208/PT 4 LED Keypad L208/PT 4.1 General The L208 intrusion panel can be controlled with up to three remotely located LED keypads and/or LCD keypads. The LED keypad L208/PT is the simpler of the two devices and uses 15 LED's and three buttons to allow quick and convenient operation of the alarm panel by the user. For programming purposes, setting and activating user defaults or message readouts, the LCD keypad must be used. 4.2 Keypad Description Zone Circuit 11 Zone Circuit 22 Zone Circuit 33 Zone Circuit 44 Zone Circuit 55 Circuit Zone 66 Circuit Zone 77 Lock doors Circuit Zone 88 Panic Circuit Zone 99 Tamper Circuit Zone 10 Tamper set Ext zone Set Cct Mains Fault Unset Tamper Alarm Internal Set Test Reset a Description of the Status LED's and Push Buttons: LED Mains Fault Unset Circuits 1-10* Tamper Alarm Message System in operation Mains, battery or telephone dialler fault System is not set Illuminates on a circuit fault, flashes after an alarm Tamper alarm (call service engineer) Intruder or panic alarm * Varying reactions for different types of circuits Button Int Set Test Reset Function Push to internally set the security system, push again to unset. Push to test the keypad's LED display and buzzer and activate the walk test LED's in motion detectors. Push to reset the security system after an alarm 16

LED Keypad L208/PT Description of the circuit LED's: (Default programming) Circuit Function Reaction 1, 2, 3 Intrusion (NA) Pre-programmed for motion detectors. An alarm is trigged only in external set mode. 4, 5, 6 Intrusion (NA) For the connection of other security sensors and detectors. An alarm is trigged in external and internal set mode 7 Lock doors Installation can not be set - door(s) is(are) not locked 8 Panic (PA) An emergency call button has been operated 9 Tamper Manipulation attempt (call service engineer) 10 Tamper Ext Set Cct Manipulation of arming device (call service engineer) - LED does not follow the set/unset state of the system. 4.3 Connection and The L208 intrusion alarm panel can be controlled with up to three remotely Addressing located LED keypads and/or LCD keypads. Both types of keypads are connected to the external XIB bus, Terminal CN13 (+ - A B), on the L208 main printed circuit board, using 4-core bus cable. Each keypad connected to the XIB bus must be given a unique address; 1,2 or 3. A keypad with the address 1 must be connected to the external XIB bus at all times and is automatically recognised and activated by the intrusion alarm panel on turning on the power supply. Further keypads must first be enabled in the intrusion alarm panel's "Edit/Hardware/Keypads" configuration menu before coming into service (see chapter 13). The LED keypad L208/PT is addressed using switches 1, 2 and 3 of the DIP switch. Switch 4 is used for disabling (ON position) the keypad housing tamper contact to suppress unwanted alarms during commissioning. Note: After commissioning, switch 4 must be set to the OFF position. In class C VdS installations, the keypads must be sealed on two sides (top and bottom) using a seal sticker. DIP Switch Settings: Address DIP Switch Configuration Keypad 1 4 3 2 1 SW1 EIN (ON) 4 3 2 1 SW1 EIN (ON) Keypad 2 Keypad 3 4 3 2 1 4 3 2 1 SW1 EIN (ON) SW1 EIN (ON) Tamper contact enabled 4 3 2 1 SW1 EIN (ON) Tamper contact disabled 17

LED Keypad L208/PT Connection Diagram: XIB Security Bus + - A B to external XIB-bus connection terminal CN13 on the L208 main printed circuit board + - A B CN1 Addresse 1 2 3 1 aus aus aus 2 ein aus aus 3 aus aein aus 4 ein ein aus 5 aus aus ein 6 ein aus ein 7 aus ein ein 8 ein ein ein IC1 BUZ 1 IC3 a Sicherheitstechnik ¾¾¾¾¾¾¾¾¾¾ LED-Bedienteil L208/PT SW2 ABB L208/PT SW1 ADDRESSE EIN Keypad address table Tamper contact Address DIP-switch Commissioning: For further information regarding the operation, commissioning and configuration of the LED Keypad please refer to chapters 11.1 and 13.6. 18

LCD Keypad L840/PT 5 LCD Keypad L840/PT 5.1 General The LCD keypad L840/PT allows not only the convenient operation of the intrusion alarm system by the user, but also the engineer to carry out servicing and programming procedures. In contrast to the LED keypad, the LCD keypad does not use LED's for the status display of the circuits or zones. This information is displayed instead as clear text messages on a two-line LCD display field. In addition, the LCD keypad allows the user to carry out a selection of other operating procedures. To do so, the user must first log on to the system with a personal 4-digit PIN code. As mentioned, the intrusion alarm system L208 can not only be operated but also completely reprogrammed using the LCD keypad. Access to the various engineer operations and programming functions is controlled via an additional engineer PIN code. For further information regarding engineer options and reprogramming please refer chapters 12 and 13. 5.2 Keypad Description Int Set Cct Off?Cct Off 1 2 3 Code Cct Fault 4 5 6 7 8 9 ESC Help Mains Fault Unset Tamper Circuit Alarm Circuit Fault 0 5 Message Circuit Off 3 a The display and keypad buttons are illuminated as soon as a button is operated. The light goes out automatically after a certain period. In the external set mode, only the time/date is displayed and the mains LED lights up. 19

LCD Keypad L840/PT Description of the Status LED's: LED Mains Fault Unset Message Tamper Circuit Alarm Circuit Fault Circuit Off Message Lights up when the system is in operation. Flashes if a system fault is present (e.g., keypad incorrectly installed). Lights up if there is a mains, battery or telephone dialler fault. A battery failure can take up to 15 min before being displayed, a mains failure up to 60 min. Lights up if the alarm panel is not set. Lights up if a fault is preventing the system from being set and if there is a fault in a circuit which is programmed as a door locking circuit. Further information is displayed after entering the user PIN. Lights up if one or more tamper alarms are present. Lights if an intruder or panic alarm is present. Indicates that a circuit fault is present. Further information can be displayed by pressing button 5 (if enabled). Lights up if at least one circuit or circuit is switched off. Further information can be displayed by pressing button 3 (if enabled). Description of the Push Buttons: Button Function 1 0 Menu selection and operation commands. Esc Push button to jump back one programming step. Help Push to indicate the possible button input option, i.e., the possible selection options. Push to scroll through the event and alarm logs, messages, or through possible input options after pressing help. Push to jump to the next menu page or initiate a reset (if enabled). 20

LCD Keypad L840/PT 5.3 Connection and The connection of the LCD keypad L840/PT to the XIB bus is carried out in Addressing the same way as with the LED keypad, however, the terminal designations are (+ - I P) instead of (+ - A B). Jumpers LK2 to LK5 are used to address the keypad. Jumper LK1 is used to bridge the keypad housing tamper contact, suppressing unwanted alarms during commissioning. Note: LK1 must be removed after commissioning. Connection Diagram: Tamper contact Tamper disable jumper Address jumpers LK2 LK3 LK4 LK5 Keypad address table LK3 aus ein aus ein aus ein aus ein aus LK2 aus aus ein ein aus aus ein ein aus a Sicherheitstechnik ¾¾¾¾¾¾¾¾¾¾ LCD-Bedienteil L840/PT GHQ328 0001 R0001 Adresse 0 1 2 3 4 5 6 7 8 SW1 LK4 aus aus aus aus ein ein ein ein aus LK1 LK5 aus aus aus aus aus aus aus aus ein TAMPER ZONE BU- BU+ O/P2 O/P1 P I - + XIB Security Bus to external XIB-bus connection terminal CN13 on the L208 main printed circuit board A = I, B = P B A - + 21

LCD Keypad L840/PT Jumper Settings: Address Jumper LK2 LK3 LK4 LK5 Keypad 1 Keypad 2 Keypad 3 Engineer's Keypad 0 LK1 (Open) Tamper contact enabled LK1 (Jumped) Tamper contact disabled Commissioning: For further information regarding the operation, commissioning and configuration of the LCD keypad please refer to chapters 11, 12 and 13. 5.4 Engineer's Keypad For commissioning, programming or maintenance activities, the service (L840/PT only) engineer can also connect an additional LCD keypad (address 0 only) to the internal bus, terminal CN11 (+ - A B) on the L208 main printed circuit board. This keypad is also automatically recognised by the intrusion alarm panel and can be inserted and removed again at any time without generating a tamper alarm. 22

Arming Module L840/B 6 Arming Module L840/B 6.1 General The arming module L840/B is an XIB bus component used to connect arming devices to L208 security system in order to comply with VdS class C. The device expands the L208 security system by five circuits and 4 signal outputs. In addition to the external set circuit, a further setting circuit for connecting an intelligent code lock is provided. The other inputs include a door lock monitoring circuit, a tamper circuit as well as an intruder circuit for opening surveillance of the entry door. If an arming module is installed as part of the L208 security system, the external set circuit on the L208 main printed circuit board (default circuit 10) must be reprogrammed to operate as a different circuit type (see chapter 13.3). The arming module L840/B also provides the following signal outputs: internal alarm, ready to set, as well as an output that can be programmed to give a momentary set confirm pulse or a static external set signal. A driver output circuit for connecting a block lock coil is also provided. 6.2 Connection and Connection Diagram: Addressing Tamper contact ON 1 2 3 4 5 Address DIP-switch ABB 470 Ω L840/B + + + Tamper disable jumper LK1 + - + - + - + - + - XIB Security Bus to external XIB-bus connection terminal CN13 on the L208 main printed circuit board + - A B 1 2 3 4 5 6 7 8 9 101112131415161718192021 + - A B Door lock 1 1 2 1 Tamper Code lock Door Zone 1 2 Ext set circuit + - + - + - + - + - Internal alarm Ready to set Set confirm Additional input Block lock coil Unassigned EOL Resistors 1. 2.7 kw 2. 560 W Commissioning: For further information regarding the commissioning and configuration of the arming module please refer to chapters 13.2 and 13.3. 23

Arming Module L840/B DIP Switch and Jumper settings: ON 1 2 3 4 5 ON 1 2 3 4 5 DIP Switches 1, 2 and 3 must be in the "OFF" position Switch 4 "OFF": Output terminals 15/16 = External set ON 1 2 3 4 5 Switch 4 "ON": Output terminals 15/16 = Set confirm ON 1 2 3 4 5 Switch 5 "OFF": Coded lock input terminals 5/6 disabled ON 1 2 3 4 5 Switch 5 "ON": Coded lock input terminals 5/6 enabled LK1 (Open) Tamper contact enabled LK1 (Jumped) Tamper contact disabled 6.3 Description of the Inputs and Outputs Terminal Designation Function (Default) +, -, XIB Bus connection A, B 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 + - + - + - + - + - 12 V 0 V 12 V 0 V 12 V 0 V 12 V 0 V 12 V 0 V Door lock circuit Tamper circuit Code lock circuit Door circuit External set circuit Internal alarm Ready to set Set confirm /External set Block lock coil supply input Block lock coil drive output Monitors the entry door to check if it is locked. Prevents the system from being set if a circuit fault is present, i.e., the entry door is not locked. No alarm function. EOL resistor 2.7 kω, for tamper monitoring of the arming device and installation. 2.7 kω + 560 Ω. An enabled code lock allows the alarm panel to be unset, Code Lock not enabled: 3.26 kω, Code lock enabled: 2.7 kω. EOL resistor 2.7 kω. Additional intrusion circuit for monitoring the entry door. EOL resistors 2.7 kω + 560 Ω. For connection of the setting contact, unset: 3.26 kω, set: 2.7 kω. Switches active high (12 V) for the programmed alarm time in the event of an alarm in internal set mode. lmax = 50 ma. (When operating with a code lock, this output functions as an external set output). Switches active high (12 V) when the system is ready to be externally set. Output impedance 470 Ω, lmax = 15 ma. Switches active high (12 V) for approx. 3 s after the system has been externally set. Output impedance 470 Ω, lmax = 15 ma. 12 V DC supply voltage input. Switches active high (12 V) for approx. 3 s after the system has been externally set. Imax = 300 ma. 24

EIB Interface L208/EIB 7 EIB Interface L208/EIB 7.1 General The EIB interface enables bi-directional communication between an EIB installation and an L208 intrusion alarm panel. This allows the integration of professional security functions into intelligent installation systems and thus an increase in the total security and comfort of a building. The EIB interface provides the EIB system with a multitude of security relevant signals coming from the intrusion alarm panel. This information can be used to activate various control functions or automatic procedures within the EIB installation, for example: when the alarm system is externally set, presence simulation can be started, lighting turned off centrally, or room temperature reduced to minimise energy wastage, in the event of an alarm, panic or emergency lighting can be activated or shutters opened or closed, or the status of the installation can be displayed or visualised centrally or de-centrally at any point within the EIB system. In the opposite direction, selected EIB telegrams received by the EIB interface are transformed and passed on to the intrusion alarm panel for further evaluation. This allows the implementation of a host of comfortable applications, for example: operation of the intrusion alarm system via EIB from any position on the bus without additional cabling expenditure, central administration of important alarm and fault signals coming from the EIB installation, direct integration into the alarm system of EIB bus capable security sensors or conventional security sensors via the Zone Terminals MT/S 4.12.1 or MT/U 2.12.1 (up to 32 inputs), and tamper monitoring of the EIB and/or individual EIB devices. 7.2 Connection The EIB interface is designed to be mounted in the dedicated area in the L208 intrusion alarm panel housing (see diagram below). The printed circuit board is fixed into the alarm panel using four screws (M3 x 6 mm) with washers (supplied). Note: ESD (Electro Static Discharge) safety measures must be observed when installing and commissioning the EIB interface. 25

EIB Interface L208/EIB Connection of the ABB i-bus EIB Bus and the XIB Security Bus to the EIB interface is made using plugable screw terminals. Terminal Designation Function (Default) X1 + B, ABB i-bus EIB EIB + (red) - B connection EIB - (black) 12 V, 0 V X2 +, -, A, B Auxiliary voltage Supply output XIB Bus connection Only for non VdS installations From connection terminal CN13 Ext. Bus (XIB) on the L208 main printed circuit board. The auxiliary voltage supply output is an optional 12 V DC connection for supplying external security devices in the EIB installation, e.g., for supplying the Zone Terminals MT/S 4.12.1 or MT/U 2.12.1 as well as smoke detectors and/or motion detectors. The output can supply a maximum of 0.5 A and is short circuit protected with fuse F1: 0.5 A quick blow 20mm (replacement included). The 12 V supply is buffered from the batteries of the intrusion alarm panel. Note: When calculating the total backup time of the emergency power supply of the intrusion alarm panel, the current consumption of the auxiliary voltage supply output must also be taken into consideration. In VdS installation the use of the 12 V DC output is not permitted. Use terminals V+ and V-. Connection Diagram: ABB i-bus EIB 12 V DC Output (optional connection) Buffered auxiliary voltage supply for additional devices, e.g., Zone Terminals MT/S 4.12.1, MT/U 2.12.1 EIB +B -B 12V X1 F1 0V XIB + - A B X2 XIB Security Bus + - A B to external XIB-bus connection terminal CN13 on the L208 main printed circuit board L208 / EIB Schnittstelle Programming push-button and LED Note: Wherever the EIB interface is employed to couple an intrusion alarm panel to the EIB, it must be ensured that the cabling and installation of the alarm system complies with the SELV guidelines. 26

EIB Interface L208/EIB Commissioning: In order to commission the EIB interface, communication must first be established between the intrusion alarm panel and the EIB interface. There are two methods of activating the EIB interface: the automatic recognition procedure and the manual configuration technique. In both cases, it is important that: 1) the EIB interface has been programmed with the EIB application software Alarm Panel Interface/1, 2) the intrusion alarm panel is programmed with software version V3.00 t or higher *, 3) the EIB interface is correctly connected to the alarm panel and, 4) the EIB interface is supplied with EIB bus voltage during commissioning of the intrusion alarm panel. After carrying out steps 1 to 4, the automatic recognition procedure can be carried out by simply switching on the mains supply to the intrusion alarm panel. If the alarm panel is already in operation, the mains supply must first be briefly turned off (e.g. mains fuse removed), the battery or batteries isolated, and then the alarm panel switched on again. The EIB interface is automatically recognised by the intrusion alarm panel and put into the last programmed configuration mode (see chapter 13.2). On commissioning the intrusion alarm panel together with an EIB interface for the first time, the default configuration mode "Standard" is pre-programmed. For further information regarding the commissioning and configuration of the EIB interface please refer to chapter 13.2 Hardware. * The software version of the intrusion alarm panel is shown on the label on the EPROM in the centre of the main printed circuit board. The version is also shown in the LCD display of the keypad L840/PT shortly after the system has been powered up. 27

Relay Module L208/R Output Module L208/A 8 Relay Module L208/R Output Module L208/A 8.1 General The relay module L208/R and output module L208/A provide, in addition to the transistor and relay outputs on the main printed circuit board of the intrusion alarm panel L208, further signal outputs for the remote display or indication of the status signals from the L208 security system, e.g., via LED display panels. The L208 intrusion alarm panel supports the operation of one device only, either the relay module or the output module. Relay Module L208/R: The relay module has four potential free relay outputs and eight open collector transistor outputs. The eight output signals mirror the eight transistor outputs of the intrusion alarm panel L208 (Terminals 11 to 18). The relay outputs and the first four transistor outputs indicate the same status signal. Output Module L208/A: The output module possesses 28 switched-mode transistor outputs for the connection of LED's. These outputs indicate various status signals of the L208 security system. The output module is intended for use with LED ground plan panels and must be installed within the housing of the display panel. Connection of the 24 LED's is achieved via a standard 25-pole SUB D connector. The connecting cables to the LED's must be kept as short as possible and may not be wired out of the display panel (connection cable not supplied). The transistor outputs are active pull down to 0 V and have a series resistor of 820 Ω allowing all 24 LED's to be directly connected without an additional limiting resistor. Note: The outputs of the output module operate in switched-mode in order to reduce power consumption. The non static nature of the output signal means that the signal lines should not be used for control purposes other than driving LED's. For such applications the relay module L208/R should be used. 8.2 Connection and Connection to the modules is carried via plugable screw terminals Addressing (supplied). Both modules have a 12 V output for the supply output for external loads and a terminal for the external XIB bus coming from the intrusion alarm panel. Note: Due to the high power consumption of the LED's, it is advisable to lay an additional, separate 12 VDC supply cable to the modules to avoid excessive voltage drop over the cable run. 28

Relay Module L208/R Output Module L208/A Connection Diagram L208/R: XIB Security Bus to external bus connection terminal CN13 No connection B A - + Relay 4 Relay 3 Relay 2 Relay 1 Status LED 0 V 820 Ω XIB OUTPUT LED 1 654321 SW 1 F 1.6 A F + - + - A B 12 V Output Tamper Contact 8 7 6 5 4 3 2 1 Connection Diagram L208/A: 24 LED's 12 V Output + - + - A B F 1.6 A F 123456 SW 1 LED 1 XIB OUTPUT D-SUB 25 Tamper Contact Status LED No connection + - A B XIB Security Bus to external bus connection terminal CN13 The modules are mounted in a plastic enclosures with rupture openings at the rear to allow for cable entry. 29

Relay Module L208/R Output Module L208/A DIP Switch settings: ON 1 2 3 4 5 6 ON 1 2 3 4 5 6 DIP Switches 1 to 5 must be in the "OFF" position Switch 6 "OFF": Tamper contact enabled ON 1 2 3 4 5 6 Switch 6 "ON": Tamper contact disabled Note: The intrusion alarm panel automatically detects which type of module has been connected to the system during commissioning. Status LED: Both modules posses a green light emitting diode LED 1 on the printed circuit board which provides the installer with information regarding the communication status of the module. As soon as the modules have been configured and XIB voltage has been connected, the LED indicates if communication with the intrusion alarm panel has been established. Status OFF ON Slow flashing (1Hz) Rapid flashing (5 Hz) Meaning No power supply No communication with intrusion alarm panel Communication with intrusion alarm panel is OK (normal state) Reset in progress Commissioning: For further information regarding the commissioning and configuration of the relay and output modules please refer to chapter 13.2. 8.3 Description of the Transistor Outputs: The transistor outputs of the relay and output modules Inputs and Outputs have the following circuit configuration. (max. 12 V, 15 ma) 820 Ù +12 V 0 V Relay Outputs: The relays used on the relay modules are changeover contact types, max. 12 V, 1 A. 30

Relay Module L208/R Output Module L208/A Output Module L208/R: Transistor output, Relay (1 to 4 only) 1 Unset Designation 2 Internal alarm 3 Ready to set 4 Set confirm 5 Fault 6 External unset 7 Personal attack (PA) 8 Intruder Output Module L208/A: 25 pin SUB D connector PIN Number Designation 25 Pin SUB D connector PIN Number Designation 1 Circuit 1 13 Personal Attack (PA) 2 Circuit 2 14 Fault 3 Circuit 3 15 Internal set 4 Circuit 4 16 External set 5 Circuit 5 17 Internal alarm 6 Circuit 6 18 Walk test 7 Circuit 7 19 Ready to set 8 Circuit 8 20 Reset 9 Circuit 9 21 Set confirm 10 Circuit 10 22 Door circuit - Arming module L840/B 11 Tamper 23 Door lock circuit - Arming module L840/B 12 Intruder 24 Tamper - Arming module L840/B 25 0 V Front view of the 25 Pin SUB-D Connector: 1 13 14 25 31

Interface Module L208/V.24 9 Interface Module L208/V.24 9.1 General The interface module L208/V.24 can be used for connecting a serial printer for protocoling purposes or a PC (also via modem link) for remote programming to the intrusion alarm panel L208. This function is available from software version 3.00T onwards. The software version of the intrusion alarm panel is shown on the label on the EPROM in the centre of the main printed circuit board. The version is also shown in the LCD display of the keypad L840/PT shortly after the system has been powered up. 9.2 Connection The interface module is a bus device and is connected to the external XIB bus of the intrusion alarm panel. Connection is via plugable screw terminals. The module is mounted in a plastic enclosure with rupture openings at the rear to allow for cable entry. A PC, printer or modem can be connected to the interface module using the 9 pin SUB-D connector mounted on the outside of the module housing. If necessary, a serial printer can also be connected using the 7-pole DIN connector. The connection from the connector CN7 to the DIN and SUB-D connectors is made via the supplied system cable. Connection Diagram: 1 2 3 4 5 6 7 8 SW 1 LED 1 CN1 CN7 Status LED Connector for system cable LK 2 LK 1 Tamper Contact + - A B + - A B + - A B - CN5 RS232-TTL + - A B XIB Security Bus to external bus connection terminal CN13 PC, Modem or Printer Printer 32

Interface Module L208/V.24 DIP Switch and Jumper settings: ON 1 2 3 4 5 6 7 8 ON 1 2 3 4 5 6 7 8 DIP Switches 2 to 8 must be in the "OFF" position Switch 1 "OFF": Printer mode ON 1 2 3 4 5 6 7 8 Switch 1 "ON": PC/Modem mode LK1 (Open) Tamper contact enabled LK1 (Jumped) Tamper contact disabled LK2 (Open) Wall removal tamper contact enabled LK2 (Jumped) Wall removal tamper contact disabled All other connections and jumpers on the printed circuit board that are not mentioned here have no function and must be left open or not connected. Note: The intrusion alarm panel automatically detects the operating mode of the interface module during commissioning. If the operating mode needs to be adjusted during operation, the module must be first isolated from the bus, the DIP switch position modified and then reconnected to the bus. During initialisation, the intrusion alarm panel automatically detects the new operating mode. Status LED: The interface module possesses a green light emitting diode LED 1 on the printed circuit board which provides the installer with information regarding the communication status of the module. As soon as the module has been configured and XIB voltage has been connected, the LED indicates if communication with the intrusion alarm panel has been established. Status OFF ON Slow flashing (1Hz) Rapid flashing (5 Hz) Meaning No power supply No communication with intrusion alarm panel Communication with intrusion alarm panel is OK (normal state) Reset in progress Commissioning: For further information regarding the commissioning and configuration of the interface module please refer to chapters 12 and 13.2. 33

Interface Module L208/V.24 9.3 Description of the Inputs and Outputs 9 Pin SUB-D Connector: For connection to the serial interface of a PC or modem, a null modem serial cable (9-pin female to 9 or 25-pin female) should be used. For the connection of a serial printer, a serial straight-thru cable or modem cable (9-pin female to 9 or 25-pin male) must be used. 9 Pin SUB D Designation Connector PIN Number 1 DCD 2 RXD 3 TXD 4 DTR 5 0 V 6 DRS 7 RTS 8 CTS 9 RI 1 5 6 9 (front view) 7-Pole DIN Connector: For the connection of a serial printer DIN Connector PIN Number 1-2 TXD 3 RTS 4 0 V 5 CTS 6 RXD 7 - Designation 1 7 2 6 3 5 4 (front view) 34