s SI 120 UK Installation instructions - SNR 811743.0-001 1
Factory programming User PIN : 1 4 7 2 5 8 Engineer PIN : 2 5 8 3 6 9 2
Contents list Product description...4 System confi guration...4-6 Supply package...7 Mounting instructions...7-8 Product overview...7-8 Wiring...8 Start-up...9 Access to engineer menu...10 Addressing system peripherals...10 Initialisation...11 Reset to factory programming...11 Customer-specific programming...11 End engineer menu...12 Technical data...12 Programming tables...13-25 Engineer menu structure...26-37 3
1 2 3 4 +5-6 S5 B4+ B3 B2 B1- ST1 S6-7 +8 +9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 01 02 4-3 2-1 A Product description SI 120 1. Product description The central control unit with remote transmission is of modular construction. The SI 120 central control unit is connected via the E-Bus with remote keypads, transponders and power supply units. The E-Bus forms the communication between the central control unit and the bus users. It also provides the power supply to peripherals and external consumers (B1- as a negative and B4+ as +12 V). Minimum configuration Maximum configuration E-Bus SAT 12/SMT 12 SMT 44 Max.4 Max.1 1.1 System configuration (fig. 1) 1.1.1 Minimum configuration SI 120 central control unit with a LCD remote keypad. 1.1.2 Expansions SAT 12 or SMT 12 (maximum of 4) transponders each with: - 4 user-programmable inputs; - 2 open-collector outputs, 12 V, 150 ma. SMT 44 transponders (maximum of 1) each with : - 4 open-collector outputs; - 4 relay outputs. External power supply units (maximum of 2): SAP 14 - one 230 V power supply unit with 12 Vdc, 1.3 A output; - one 48 V, 5 A relay output (single-pole changeover). SAP 20 - one 230 V power supply unit with 12 Vdc, 2.3 A output; - one 48 V, 5 A relay output (single-pole changeover). Remote keypads (maximum of 3): SAK 51 - operation/programming with display in clear text. (for versions refer to Data Sheet) 1.1.3 Modules for the central control unit Transmitter circuit board with: - interface to the telephone network. SMV 11 voice transmission circuit board with: - 1 identification message, - 6 alarms messages, - 4 help messages. 1.1.4 Maximum configuration SI 120 central control unit with 4 transponders, 2 external power supply units and 3 remote keypads. Expansions Max.2 System functions Min. Max. Inputs, user programmable 6 22 Open-collector outputs, 12 V, 150 ma 4 8 Relay out. (single-pole changeover), 24 V, 2 A 1 1 Relay out. (single-pole changeover), 48 V, 5 A 0 1 SAP 14/SAP 20 Communicator circuit board 1 1 Voice transmission circuit board 0 1 Interface for local PC programming 1 1 Interface for on board expansions 1 1 Central power supply unit, 12 VDC, 0.6 A output 1 1 External power supply units 0 2 Remote keypads 1 3 Max.2 Fig. 1a 4
A- MICRO SMV 11 +HP -HP S1 HELP H1 ALARM 1 2 H2 3 4 ID 6 5 H4 H3 DS1 J2 PLAY RECORD S2 S3 H1 Audio / Video A+ SI 120 SMV 11 WMA 11 WMV 11/12 VIN + VIN - VOUT Monitor 1.2 Audio and video The SI 120 has 6 alarm verification areas. These can be used for audio and/or video. 1.2.1 Audio To use audio components, the central control unit must be fitted with an WMA 11 audio circuit board. All the audio components can be connected via the audio terminal of the WMA 11. If microphones and speakers (WAS 11, WAC 11) are wired directly to the audio terminal, these are always activated in the event of an audio verification. If on the other hand E-Bus components (WAC 12, WAC 32) are used, these are only active when the corresponding verification zone is activated. The first 6 seconds of the audio signal after an alarm can be recorded with a SMV 11 voice module and monitored over the telephone. Audio / Video E-Bus Audio Video WAV 61 WAC 12 Monitor WAS 11 WAC 11 WAS 11 WAC 11 1.2.2 Video The video can be used locally with a monitor or with alarm transmission. With local video, the current picture is shown on the monitor. A video circuit board (WMV 61, WAV 61 or WMV 11/12) is required for this. One of the LCD remote keypads can be programmed as a video keypad. In this case the name of the current verification address is shown and it is possible to change over between the individual addresses. During an alarm transmission, the pictures recorded after the alarm was triggered are transmitted. A WMV 11/12 video circuit board is required in the central control unit for this purpose. The alarm receiving station must, of course, be provided with a receiver which can receive the video pictures. 1.2.3 Components SAK 52 - remote keypad with microphone, speaker SAK 72/74 - led keypad with microphone, speaker WAS 11 - microphone WAC 11 - microphone, speaker WAC 12 - microphone, speaker, addressable WAC 32 - microphone, speaker, camera, addressable (for versions refer to Data Sheet) WAT 21 - interface for microphone, speaker, camera, addressable WAC 32 1.2.4 Addressing The E-Bus components (WAC 12, WAC 32 and WAT 21) are addressed in the system as verification components (addresses 1 to 6), with one component per address. The SAK 52 cannot be assigned freely to a verification address, but instead, the number of the keypad address is always used (keypad with keypad address 2 is assigned to verification address 2). Important! The installation instructions must be followed when installing the individual units. WAT 21 WAS 11 WAC 11 Fig. 1b Camera 5
Radio SI 120 1.3 Radio The SI 120 can be expanded by 1 radio receiver. Up to 7 remote controls or panic transmitters and up to 12 detectors can be programmed for each receiver. The de tectors replace inputs on the transponders. A radio receiver can therefore replace up to 1 line transponders. 1.3.1 Radio receiver The RAR 22 radio receiver is connected to the central control unit via the E-Bus. All parameters are programmed through the central control unit. E-Bus 1.3.2 Radio components RAC 21 - remote control (5 buttons) RAP 21 - remote control (1 button) (for versions refer to Data Sheet) RAMC 22 - magnetic contact (universal) RAIR 70/270 - passive infrared detector RAR 22 1.3.3 Addressing The radio receiver is addressed in the system as a replacement for a maximum of 1 transponders. The radio components are also addressed via the remote keypad. Important! The installation instructions must be followed when installing the individual units. Radio RAC 21 Max. 7 Max. 1 RAP 21 RAMC 22 max. 12 Fig. 1c 6
F1 F2 F3 17 Product overview / Mounting O Q A 2. Supply package The SI 120 package contains the following: - One SI 120 central control unit. - One set (3 off) of spacers. - Installation instructions - 12 terminating resistors, 4.7 kohm. I W E 3. Mounting instructions The SI 120 is designed for mounting in dry indoor rooms. It must not be exposed to dripping or splashing water. Fig. 2 Fig. 3 U Y T i u y t r e w q } S4 S3 S2 S1 E6 E5 E4 E3 E2 E1 R Q W E R T Y U I O Fuses No. Terminal Function Type F1 + Battery Battery F2AL 250 V F2 +1 +12 VDC F2AL 250 V F3 B4+ E-Bus (12 VDC) F2AL 250 V P { 3.1 Open housing (fig. 2) 1 - Slacken cover screw (A). 2 - Remove cover. 3.2 Product overview (fig. 2) - Q Cover screw, - W Housing, - E Main circuit board SM 120, - R Space for battery, 12 V, 7.2 Ah (optional), - T Mains supply terminals with fuse, - Y Transformer SMU 21, - U Cable inlet, - I Mounting holes for circuit boards (optional), - O Communicator circuit board (optional). 3.2.1 Main circuit board SM 120 (fig. 3) - Q Potentiometer, setting must not be disturbed, - W LED for mains supply indication, - E Plug connector for printer or PC connection with the SAQ 11 cable (optional), - R Plug connector for configuration, - T Initialisation key, - Y EEPROM, - U Plug connector for tamper contact (in series with I), - I Tamper contact, - O Selection for Sylcom local or for ISDN SML 61, - P Connection to communicator circuit board, - { EPROM, - } 6 inputs (Z1 to Z6), - q Cable shield earthing terminal, - w 1 programmable relay (single-pole changeover contact, 24 V, 2 A), - e 4 open collector outputs, 12 V, 150 ma, - r E-Bus connection to central control unit (B1-, B2, B3, B4+). B4+ is protected by F3, - t Output for mains supply indication (not fused), - y +12 V voltage output (+1) which is protected by fuse F2, - u Pre-wired battery terminal, protected by F1, - i Transformer terminal, 20 V, 50 Hz. Electric Safety Declaration: SELV : All connectors and terminals of Power supply unit circuit board SM 120 7
B1- B2 B3 B4+ Product overview / Mounting C A 1,5 cm B 3.3 Fit housing (fig. 4) 1 - Mark the drilling position for the 3 outer mounting holes (C). 2 - Drill the holes and insert plugs. 3 - Screw in the screws leaving approximately 1.5 cm proud (B). 4 - From the back, snap the spacers into the slots provided at the 3 mounting holes (A). 5 - Pass the connecting cable through the opening (D) in the back and hang the back on the screws. 6 - Tighten the mounting screws. D A Fig. 4 4,5 x 45 S6 Ø 6 mm 4. Wiring The terminals are shown in figs. 3 and 5 and in the wiring diagram on the housing cover. A B 4.1 Mains supply (fig. 5) The connection to the mains supply must be made according to national guidelines by qualified personnel only. The central control unit should preferably be connected through a separate unswitched fused spur. Cable type NYM 3 x 1.5 mm 2 is recommended. 1 - Ensure that the mains supply terminal is de-energised. 2 - Remove the mains supply fuse (A). 3 - Check the protective conductor connection to the housing. 4 - Connect the mains to the mains supply terminals (B) (earth, neutral N and live L). 5 - Secure the cable to the clips on the back using cable ties. Fig. 5 Electric Safety Declaration: Dangerous voltage: Mains terminals (B) A 4.2 E-Bus (fig. 6) Cable type 24 AWG 7 x 2 mm for E-Bus cable is recommended. The E-Bus cable distance between control panel and peripherals must not exceed 500 m otherwise an E-Bus amplifier must be used. The use of larger diameter cable or additional E-Bus power supplies are recommended if the load causes excessive voltage drop. B2 and B3 must not be run in the same pair. The E-Bus (A) [B4+, B3, B2, B1-] must be connected with remote keypad and to other peripherals. Fig. 6 If shielded cable is used, the shield must be connected to the earth screw (fig. 3 ; q). Where there are several shielded cables, all the shields must be brought to this point. 8
Start-up Input modes Alarm Tamper Z 4k7 Z 4k7 1. Normally open contact 4. Alarm & tamper monitored Alarm Tamper 4.3 Inputs (fig. 7) All inputs can be operated in modes 1 to 5 (fig. 7a). When wiring fire detectors, any trouble output present can be looped directly into the line. For fire detectors where the power has to be disconnected to reset the alarm, the negative can be connected via an output which is programmed as a Latching sensor reset output. 2. Normally closed contact 4k7 3. Normally closed contact monitored Fig. 7a Z Z Reset 4k7 4k7 5. Emergency exit 4k7 Alarm 6. Fire input Swiches SW1... SW4 must be open. Trouble Z Z 4.3.1 Several detectors which are alarm and tamper monitored (fig. 7b) The switching of several detectors to one input which are monitored for alarm and tamper is shown. 5. Start-up 5.1 Powering up the system Before power is connected to the system, all bus components must be connected to the E-Bus and thus to the central control unit. 5.1.1 Switch on the 240 V mains supply 1 - Ensure that everything is correctly connected and wired and then switch on the external mains supply. 2 - Refit mains supply fuse. NC Tamper Tamper Tamper Alarm Alarm Alarm NC 5.1.2 Connect battery (fig. 8) 1 - Place the battery in the space provided in the base of the housing (A). 2 - Connect the pre-wired battery cables (B) [- blue, + red]. Fig. 7b Z After the power is applied, all inputs from the central control unit and the peripherals are switched off for 1 minute. The engineer PIN (258369) should be input during this period in order to obtain the programming mode. B 5.2 PC/ISDN jumper setting Without SML 61 The jumper ST3 must be on the «position PC», so the connector (fig. 3 ; E) can be used for Sylcom or print out. With SML 61 The jumper ST3 must be on the «position ISDN». After changing the jumper ST3 to the position «ISDN» the Control Panel must be reset. the SML 61 will be recognised automatically after 30 seconds. In this position the connector (fig. 3 ; E) can not be used anymore. To use Sylcom in local programming the jumper ST3 can be changed temporary to the «PC position». A Fig. 8 9
Engineer menu / Addressing 5.3 Start system All E-Bus peripherals (transponders, remote keypads and power supply units) are set with bus address 1 on delivery. Regardless of whether the central control unit has already been programmed before installation or need to be programmed during start-up, new bus addresses must first be assigned to the E-Bus peripherals and entered in the system. When assigning bus addresses to transponders and power supply units, it should be noted that the numbers of the inputs and outputs of the transponders and the numbers of the outputs of the power supply units are determined by the bus address. The allocation of the numbers of the inputs and outputs is given in the programming tables. The factory-set PINs for engineers and users should be changed for safety reasons. Important: After changing the EPROM a reset to factory programming must be done 5.4 Access to the engineer menu from the LCD remote keypad A selection can also be made directly by inputting the relevant number. 1:BUS OPTIONS PERIPH SETUP e.g. Selection of menu function 9: BUS OPTIONS The fi rst sub-function is directly displayed. 5.5 Addressing system peripherals The addressing takes place in the engineer menu. 9:BASIC MENU BUS OPTIONS Selection of menu function. BUS OPTIONS. FRI 22/06/2001 **14:35** Normally the date and time appear on the LCD display. Confi rmation of selection. Input engineer PIN. 1:BUS OPTIONS PERIPH SETUP ENTER YOUR PIN ****** «ENTER YOUR PIN» appears on the LCD display after the first digit is entered. The input digits are displayed by means of a *. The PIN must not be confi rmed using the key. Selection of the «PERIPH SETUP» sub-function. Confi rmation of selection. TRIGGER TAMPER ALARM Now the tamper contact of a E- Bus peripheral must be operated within 1 minute, e.g. by opening the central control unit or some other system part. If the user has given the access to the engineer menu no triggering of the tamper alarm is required. 1:PERIPH. TYPE TRANSPONDERS Selection of type of equipment. Confi rmation of selection. 1:BASIC MENU CHANGE PIN CODES The engineer menu selection is shown. The structure of the engineer menu is given in the annex. SELECT ADDRESS TRANSPONDERS ADR1 Selection of menu function. Selection of address (1-2 or ALL). Confi rmation of selection. Confi rmation of selection. PRESS PROG. BUTT. TRANSPONDER 1 Press the address key, and hold for approximately 2 seconds, on the trasponder which is to have the selected address (1 in this case). 10
Initialising / Factory and customer-specific programming The address keys are inactive for the first 5 seconds. Then press and hold the address key for approximately 2 seconds, during which time the LED must come on. Immediately the LED fl ashes again the address is entered. The address keys are then inactive again for 5 seconds, i.e. the next bus peripheral cannot be addressed until these 5 seconds have elapsed. For transponders and power supply units, a bus address is assigned by pressing the address key on the circuit board. The remote keypads are assigned a bus address by simultaneously pressing keys and. If ALL is selected, the address is automatically incremented by 1 after the address key is pressed on transponder 1 and the next transponder can be addressed. This address mode is also available for remote keypads and power supply units and is used mainly for the initial installation. Targeted addressing is preferred when bus peripherals are changed or the system is expanded. ADDRESS.DONE TRANSPONDER 1 X TRANSPONDER X? * - - - - - - - Addressing the selected transponder is ended. The confi guration of the peripherals is displayed. The symbols in the second line show the state of the corresponding address. First position = address 1, second position = address 2 etc. The symbols have the following meanings. - : Bus peripheral does not exist. * : Bus peripheral is on the bus and has an address but is not recognised by the central control unit as part of the system.?: Bus peripheral is registered in the central control unit as a part of the system but is missing. 1: If the bus address is shown, the bus peripheral is addressed under the corresponding number and is also accepted as a peripheral under this number. SAVE CONFIG. YES = NO = X TRANSPONDER X? 1 - - - - - - - The system configuration must be stored if the peripheral are to be accepted as such in the central control unit. Store. The peripheral are shown with the bus address. Important! If the address of the remote keypad from which the engineer menu has been entered is changed, the plug connector «Configuration» (fi g. 3 ; R) must be closed for 2 seconds. If a recognised peripheral already has a bus address which is to be assigned to a different bus peripheral, this must fi rst be deleted. 5.6 Initialisation and factory programming 5.6.1 Initialising Result : The system starts from new. All programming is retained. Procedure : Briefly press the «Initialisation» key (fig. 3 ; T) on the main circuit board SM 120. 5.6.2 Reset to factory programming Result : The customer-specific programming is overwritten by the factory programming. The system is then started from new. Procedure : On the main circuit board SM 120, close the plug connector for «Configuration» (fig. 3 ; R) and at the same time briefly press the «Initialisation» key (fi g. 3 ; T). After the relay on the main circuit board has energized twice, open the «Configuration» plug again. 5.7 Customer-specific programming The customer-specifi c programming can now be carried out using the individual menu functions. The structure is shown in the annex. 5.7.1 Menu data input, user selectable (example: user name) NAME < > JONE_ Existing characters must be overwritten to change. Select the character position. Press the numerical keys once or repeatedly to input the required letters or numbers. Press arrow key after each input. Confi rm text input at end. During an alphanumeric input the keyboard switches automatically to letters and numbers. The key assignment is shown on the information card in the back of the remote keypad. Example: Once = letter «A» Twice = letter «B» Three times = letter «C» Quit. Four times = numb. «1» The addressing is carried out in the same manner for external power supply units and for remote keypads. 11
Technical data Important! Special keys Telephone and customer numbers are deleted by overwriting with «F». The value «F» is entered by pressing the key. The letters «B» and «C» are also on the or keys. These keys are used to input telephone numbers. The fi rst character of a telephone number must always be either «B» (dial tone) or «C» (engage line for 2 seconds and wait). Information in addition to the current display can be requested using the key. Further information can be displayed by pressing the key again or the display is returned to the original display. 5.7.2 Predefined selections (example: modify PIN ) MODIFY PIN < > MENUS : 1-345678 The first line shows the menu function. The second line shows the user authorisation for the menu functions. «Number» = authorised menu function. «-» = not authorised. Select the menu function. Change authorisation. Confi rm input. D 5.8 End engineer menu DO YOU WANT TO EXIT? SAVE PARAMETERS IN PROGRESS... Press repeatedly until «DO YOU WANT TO EXIT» appears in the display. End. This display is present as long as the data is being saved. Do not press the reset key in the central control unit during this time. If no key is pressed for a period of 20 minutes, the engineer menu is automatically left. 6. Close and seal housing (fig. 9) 1 - Engage the cover in the retainer (A). 2 - Connect the earthing lead to the cover (B). 3 - Lightly lift and close the cover (C). 4 - Tighten cover retaining screw (D). When the cover is opened again, e.g. for servicing, there is no need to remove it completely. After slackening the screw, the cover can be lifted gently, swung downwards and suspended in the base. 7. Technical data Mains voltage 240 V/50 Hz Power consumption (240 V) 210 ma Output power 12 VDC/0.6 A - Max. ripple at 0.6 A 60 mvpp Power consumption (of unit) min. 65 ma Power consumption (of unit) max. 125 ma Relay, single-pole changeover 24 V/2 A 4 open collector outputs 12 V/150 ma 6 inputs Programmable - Terminating resistors 4.7 kohm Battery min. V-2 (optional) 12 V/7.2 Ah Operating temperature -10 C bis +40 C Steel housing 1.2 mm Dimensions in mm H 331 x W 265 x D 83 Safety class IP 30 Weight without battery 3.2 kg C A B Fig. 9 12
Programming User PIN Number User name User Authorisations PIN User menu Ward 1 Ward 2 1 Change your PIN 2 PIN management 3 Event memory 4 Remote acces 5 By pass zone 6 Test 7 Time/Date 8 Vocal communication Duress PIN Remote Access O Forced set Unset Part set Full set or room (1,6) X Clear alarms 1 Manager 147258 2 Unused None 3 Unused None 4 Unused None 5 Unused None 6 Unused None 7 Unused None 8 Unused None 9 Unused None 10 Unused None 11 Unused None 12 Unused None 13 Unused None 14 Unused None 15 Unused None 16 Unused None 17 Unused None 18 Unused None 19 Unused None 20 Unused None # Valid PIN Buying time Calendar bypass O Forced set Unset Part set Full set or room (1,6) X Clear alarms # Valid PIN Buying time Calendar bypass PIN RF Remote controls RF Receiver Remote control N Ward 1 1 2 1 3 1 1 4 1 5 1 6 1 7 1 O Forced set Unset Part set Full set B1 Button 1 B2 Button 2 Factory programming 13
Programming Physical inputs Input number 1 2 3 4 5 6 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Physical input I1/Main PCB I2/Main PCB I3/Main PCB I4/Main PCB I5/Main PCB I6/Main PCB I1/Transpond 1 I2/Transpond 1 I3/Transpond 1 I4/Transpond 1 I1/Transpond 2 I2/Transpond 2 I3/Transpond 2 I4/Transpond 2 I1/Transpond 3 I2/Transpond 3 I3/Transpond 3 I4/Transpond 3 I1/Transpond 4 I2/Transpond 4 I3/Transpond 4 I4/Transpond 4 Designation Input 1 Input 2 Input 3 Input 4 Input 5 Input 6 Input 9 Input 10 Input 11 Input 12 Input 13 Input 14 Input 15 Input 16 Input 17 Input 18 Input 19 Input 20 Input 21 Input 22 Input 23 Input 24 Normaly open Normaly closed Balanced 1R Balanced 2R Glass break Emergency exit Radio detectors Fire detectors Unused Keyswitch full set Keyswitch part set Final push button Universal (1,2) External line fault Battery supervision Panic silent alarm Panic audible alarm Technical zone Remote assistance Fire detector Tamper Burglar alarm 24 H BA full set only BA full/part set BA part set E/E full set BA entry route BA E/E full set BA E/E full/part set BA exit terminator full set BA access zone Emergency exit (1.. 2) Ward (1.. 3) 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Physical type Function Room (1.. 6) Bypassable Delay time Chime Yes No 30 30 Factory programming Not possible 14
Programming System Inputs Function Input number Physical input Designation Silent panic alarm Audible panic alarm 57 PA Keypad 1 PA Keypad 1 1 58 PA Keypad 2 PA Keypad 2 1 59 PA Keypad 3 PA Keypad 3 1 64 System tamper SYS. Tamper 65 Mains fail Mains Fail 60 66 Batt/Fuse fail Batt/Fuse Fail 20 Unused Ward (1 or 2) Delay time Factory programming Not possible 15
Programming Outputs Output number 1 2 3 4 5 9 10 11 12 13 14 15 16 34 35 36 37 38 39 40 41 Physical output Unused External bell Internal bell Fire bell Strobe Arming impossible in full set Arming impossible in part set Set/unset LED Arming confirmation Armed at full set Armed at part set Bypassed / soaktest Alarm in memory Technical alarm Panic alarm Burglar alarm Walk test Latch sensor reset Entry time Exit time Alarm Arming Chime Fire RF Setting/Unsetting Chime Trouble Abort Alarm Universal (1,2) Remote Control (1,2) RF button (1,2) Tamper alarm Confirmed alarm Battery supervision Burglar + tamper alarm Fire door (1.. 2) Burglar for transmission Duress PIN Ward / System (1.. 3,S) Function Buzzer 01/Main PCB 02/Main PCB 03/Main PCB 04/Main PCB Relay 01/Transpond 1 02/Transpond 1 01/Transpond 2 02/Transpond 2 01/Transpond 3 02/Transpond 3 01/Transpond 4 02/Transpond 4 01/Output Tr. 1 02/Output Tr. 1 01/Output Tr. 2 02/Output Tr. 2 01/Output Tr. 3 02/Output Tr. 3 01/Output Tr. 4 02/Output Tr. 4 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Room (1.. 6P ) True / False Toggle/Pulse (T/P) Activation Time True False Factory programming 16
Programming Wards Ward number 1 2 Ward number 1 2 Ward name Use Room External bell partset (VE /- ) External bell duration ward 1 ward 2 No No - - 15m 15m Remote keypads "Number"= Authorised;"-" Remote keypad 1 (1/-) Remote keypad 2 (2/-) Remote keypad 3 (3/-) 1 1 2 2 3 3 External bell if fire (F/-) External bell for RF Set / Unset (C/-) Internal bell in full set (VI/-) Internal bell duration 000 = continuous Internal bell if fire (F/-) Fire output mode (F=Fixed I=Intermittant) Fire bell duration 000 = continuous Strobe duration Time emergency exit BA Transmission in unset/part set (T/-) - - - - VI VI 15m 15m - - F F 000s 000s 15m 15m 000s 000s - - Keypad State ON=Complete remote keypad active PIN=Only operating indication and keys acti OFF=Only operating indication active Unset Part set Full set Calendar option Yes / No Main set procedure: No matter (N) Sub must be set first (F); Sub remains set (R) PIN ON PIN F PIN ON PIN F TA Transmission in unset/part set (T/-) - - Restore transmission message (0, 1, 2, 3) 0 = When Unset 1 = After 10 s 2 = On next alarm or if unset 3 = On alarm memory clear Bell delay 0 0 00 00 Engineer reset (E/-) - - Forced set (0, 1, 2, 3) 0 = Not permitted 1 = Input bypassed until Unset 2 = Bypassed until Input OK 3 = Set + Alarm Set with alarm in memory (A/-) 1 1 - - Set with battery fault (B/-) Set with mains fault (M/-) Set with line fault (L/-) Bypass Mode (One /All) - M L ALL - M L ALL Factory programming 17
Programming Remote keypads Keypad Basic Ward Indication when idle (1 6,S) Bleeper on entry (Y/N) Bleeper on exit (Y/N) Bleeper on alarm (Y/N) Bleeper on set (Y/N) Bleeper on chime (Y/N) Bleeper on fire (Y/N) Bleeper on RF (Y/N) Keypad LCD/LED Single digit part set Single digit full set Keypad 1 1 Y Y N Y Y Y Y LCD - - Engineer reset Tamper alarm Burglar alarm TA BA Keypad 2 1 Y Y N Y Y Y Y LCD - - Panic alarm - Keypad 3 1 Y Y N Y Y Y Y LCD - - Remote reset YES Control Unit verification A/B grouping Group A first Continuous Pulse time No 00 Time window 00 Time window 000 Group A, B or none Number of pulses None, 2, 3, 5 01 Z1/Control.unit. None None 02 Z2/Control.unit. None None 03 Z3/Control.unit. None None 04 Z4/Control.unit. None None 05 Z5/Control.unit. None None 06 Z6/Control.unit. None None 09 Z1/Transpond 1 None None 10 Z2/Transpond 1 None None 11 Z3/Transpond 1 None None 12 Z4/Transpond 1 None None 13 Z1/Transpond 2 None None 14 Z2/Transpond 2 None None 15 Z3/Transpond 2 None None 16 Z4/Transpond 2 None None 17 Z1/Transpond 3 None None 18 Z2/Transpond 3 None None 19 Z3/Transpond 3 None None 20 Z4/Transpond 3 None None 21 Z1/Transpond 4 None None 22 Z2/Transpond 4 None None 23 Z3/Transpond 4 None None 24 Z4/Transpond 4 None None Pulse count Factory programming 18
Programming Audio / Video Address name Address 1 Address 2 Address 3 Address 4 Address 5 Address 6 Address name AL.V.Area 1 AL.V.Area 2 AL.V.Area 3 AL.V.Area 4 AL.V.Area 5 AL.V.Area 6 Assigned inputs Assigned inputs Address number 1 6 or none 01 Z1/Cont. Unit. 1 02 Z2/Cont. Unit. 1 03 Z3/Cont. Unit. 1 04 Z4/Cont. Unit. 1 05 Z5/Cont. Unit. 1 06 Z6/Cont. Unit. 1 09 Z1/Transpond 1 None 10 Z2/Transpond 1 None 11 Z3/Transpond 1 None 12 Z4/Transpond 1 None 13 Z1/Transpond 2 None 14 Z2/Transpond 2 None 15 Z3/Transpond 2 None 16 Z4/Transpond 2 None 17 Z1/Transpond 3 None 18 Z2/Transpond 3 None 19 Z3/Transpond 3 None 20 Z4/Transpond 3 None 21 Z1/Transpond 4 None 22 Z2/Transpond 4 None 23 Z3/Transpond 4 None 24 Z4/Transpond 4 None 57 P.A remote keypad 1 None 58 P.A remote keypad 2 None 59 P.A remote keypad 3 None 64 Bus tamper 1 Factory programming 19
Programming Audio / Video Local Video Sequency Position 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Camera number Swithing interval Video on set Auto start Video keypad Auto resume 00 U - 1 OFF Video on alarm Video on alarm Verif. Adr. N 1 2 3 4 5 6 No Assigned - - - - - - Addresses Camera power Camera power ON 1 sec after alarm Miscellaneous Keypad-Installer Tel. N on trouble Installer Tel N FFFFFFFFFFFFFFFF Keypad set LED Keypad set LED off when set Keypad-Customer display Custom Display Free text 1 Free text 2 Display line 1 Display line 2 Display line 3 Display line 4 No Date Time Date Time PIN s 6 Digit with blocking 6 Digit no blocking 4 Digit with blocking 4 Digit no blocking RF Supervision RF Exit time Entry/Exit time 1 Second 5 Seconds Tamper Trouble None Supervision RF Time Very short Short Medium Long Factory programming Not possible 20
Programming Telecom options ARC 1 Telephone number 1 Telephone number 2 Telephone number 3 Telephone number FFFFFFFFFFFFFFFF FFFFFFFFFFFFFFFF FFFFFFFFFFFFFFFF * * * Account number Protocol W1 W2 W3 SIA FFFFFF FFFFFF FFFFFF ADEMCO FFFF FFFF FFFF TELENOT FFFFFF FFFFFF FFFFFF TELIM FFFFFF FFFFFF FFFFFF SCANTRONIC FFFFFF FFFFFF FFFFFF SURTEC FFFFF FFFFF FFFFF ROBOFON FFFFFF FFFFFF FFFFFF STRATEL FFFFFFFF FFFFFFFF FFFFFFFF SERIEE FFFF FFFF FFFF CESA FFFFF FFFFF FFFFF VOCAL Access ARC PIN NO Automatic test call, fixed/synchronised (F/S) F PIN Test call only when complete system armed (S/-) S Arc alarm verification CALL BACK Test period in number of half hours (000 999) 0 Listen time out 120 Factory programming Not possible 21
Programming Telecom options ARC 2 Telephone number 1 Telephone number 2 Telephone number 3 Telephone number FFFFFFFFFFFFFFFF FFFFFFFFFFFFFFFF FFFFFFFFFFFFFFFF * * * Account number Protocol W1 W2 W3 SIA FFFFFF FFFFFF FFFFFF ADEMCO FFFF FFFF FFFF TELENOT FFFFFF FFFFFF FFFFFF TELIM FFFFFF FFFFFF FFFFFF SCANTRONIC FFFFFF FFFFFF FFFFFF SURTEC FFFFF FFFFF FFFFF ROBOFON FFFFFF FFFFFF FFFFFF STRATEL FFFFFFFF FFFFFFFF FFFFFFFF SERIEE FFFF FFFF FFFF CESA FFFFF FFFFF FFFFF VOCAL Access ARC PIN NO Automatic test call, fixed/synchronised (F/S) F PIN Test call only when complete system armed (S/-) S Arc alarm verification YES Test period in number of half hours (000 999) 0 Listen time out 120 Factory programming Not possible 22
Programming Telecom options Service 1 Telephone number Customer number Telephone number Protocol Customer number FFFFFFFFFFFFFFFF FFFFFFFF FFFFFFFFFFFFFFFF Sylcom FFFFFFFF * * The fi rst character must always be either B (dialling tone) or C (occupy line for 2 s and wait). B = PART SET key C = FULL SET key Miscellaneous Sintony telephone FFFFFFFFFFFFFFFF # ISDN MSN FFFFFFFFFFFFFFFF # # Only telephone numbers without the characters B or C Dialing method, tone/pulse (T/P) Redundant transmission/no redundant transmission (R/-) Up/download if set (U/-) Up/download access options 0 = No up/download 1 = Direct or callback without user authorisation 2 = Callback to programmed number without authorisation or callback to any number with authorisation 3 = Callback to programmed number with authorisation Service transmission on alarm/unset (ALR/UNS) T - - 2 ALR Number of rings (0 5) Number of dialing attempts (1 12) 0 3 Line monitoring (5 min, 30 min, 12 H, 24 H, - ) - Factory programming 23
Programming Transmission outputs ARC 1 Scantronic only Reset ARC 2 Scantronic only Reset Service 1 Service 2 Number Transmission line Transmission No transmission Alarm Channel ( 1-16 ) Battery fault Automatic test Set Clear transmission No transmission Transmission No transmission Alarm Channel ( 1-16 ) Battery fault Automatic test Set Clear transmission No transmission Transmission No transmission Transmission No transmission 1 Z1/Cont. unit. 2 Z2/Cont. unit. 3 Z3/Cont. unit. 4 Z4/Cont. unit. 5 Z5/Cont. unit. 6 Z6/Cont. unit. 9 Z1/Transpond 1 10 Z2/Transpond 1 11 Z3/Transpond 1 12 Z4/Transpond 1 13 Z1/Transpond 2 14 Z2/Transpond 2 15 Z3/Transpond 2 16 Z4/Transpond 2 17 Z1/Transpond 3 18 Z2/Transpond 3 19 Z3/Transpond 3 20 Z4/Transpond 3 21 Z1/Transpond 4 22 Z2/Transpond 4 23 Z3/Transpond 4 24 Z4/Transpond 4 49 P.A. remote keypad 1 50 P.A. remote keypad 2 51 P.A. remote keypad 3 56 Bus tamper 3 57 Mains power fault 58 Battery fault 65 Initialisation 66 Automatic test call 1 67 Automatic test call 2 68 Transmission test call 69 Trouble 70 Full Set 71 Restricted full set system 72 Local programming 73 Remote programming 74 Technical alarm 75 Burglar alarm system 76 Panic alarm system 77 Tamper system 78 Fire alarm system 79 Dures PIN 80 PIN tamper 81 Telephone line monitoring 82 Remote assistance 10 83 Call detection Factory programming 24
Programming Transmission outputs Number Transmission line Transmission No transmission Alarm Channel ( 1-16 ) 85 Part Set ward 1 86 Full Set ward 1 4 87 Restricted full set ward 1 88 Complete full set ward 1 89 Abort/Confirmed 1 7 90 Burglar alarm ward 1 3 91 Panic alarm ward 1 2 92 Technical alarm ward 1 93 Tamper alarm ward 1 3 94 Fire alarm ward 1 95 Part Set ward 2 96 Full Set ward 2 97 Restricted full set ward 2 98 Complete full set ward 2 99 Abort/Confirmed 2 100 Burglar alarm ward 2 101 Panic alarm ward 2 102 Technical alarm ward 2 103 Tamper alarm ward 2 104 Fire alarm ward 2 ARC 1 Scantronic only Reset Battery fault Automatic test Set Clear transmission No transmission Transmission No transmission Alarm ARC 2 Scantronic only Channel ( 1-16 ) Reset Battery fault Automatic test Set Clear transmission No transmission Service 1 Transmission No transmission Service 2 Transmission No transmission Time Functions UNSET SET : : UNSET SET : : M T W T F S S Ward 2 M T W T F S S Summer / Winter Time Summer / Winter Time Automatic Factory programming 25
Engineer menu 0 1 : BASIC MENU CHANGE YOUR PIN? ENTER NEW PIN PIN REPEAT PIN X X X X X X 2 : BASIC MENU PIN MANAGEMENT 1 : PIN MANAGEM. MODIFY PIN 01 : SELECT PIN USER 1 NAME USER 1 2 : PIN MANAGEM. CREATE PIN REFERENCE? USER 1 CHANGE PIN MENUS: 1 2 3 4 5 6 7 8 PIN MANAGEM. MENUS: 1 2 3 4 5 6 7 8 LOG MEMORY MENUS: 1 2 3 4 5 6 7 8 REMOTE ACCESS MENUS: 1 2 3 4 5 6 7 8 DURESS PIN ENABLE/DISABLE REMOTE ACCESS ENABLE/DISABLE 1: WARD 1 FORCED SET WARD 1: UNSET WARD 1: PART SET WARD 1: WOULD YOU LIKE TO SAVE? The following part appears only for a new PIN USER NAME 004:PIN (proposal) PIN 2 004: PIN (changed) REPEAT PIN 004:PIN XXXXXX 3 : PIN MANAGEM. DELETE PIN 01:USER 1 USER1 DELETE? USER 1 4 : PIN MANAGM. RF CONTROLS 01:RF CONTROL NUMBER 1 LINKED WARD 1 FORCED SET WARD 1: UNSET WARD 1: PART SET WARD 1: 5 : PIN MANAGEM. PRINT PINS PRINT PIN X = END 3 : BASIC MENU LOG BOOK 1 : LOG BOOK GLOBAL LOG 001-ALARM TAMPER I1-MAIN PCB 12/01/98 11:50 2 : LOG BOOK ACCESS LOG 001-START LOCAL PROGRAM. LOCAL PROGRAM. 12/01/98 17:32 3 : LOG BOOK PRINT GLOBAL LOG PRINT GLOBAL LOG X = END 4 : LOG BOOK PRINT ACCESS LOG PRINT ACCESS LOG X = END 5 : LOG BOOK START COUNTER ALARM COUNTER 000 4 : BASIC MENU ENGINEER RESET TAMPER TAM BUR... BURGLAR ALARM TAM BUR... PANIC TAM BUR... REMOTE RESET BY REMOTE PIN PARK NB 0-99 [00] A 26
Engineer menu BYPASS MENUS: 1 2 3 4 5 6 7 8 TEST FUNCTION MENUS: 1 2 3 4 5 6 7 8 DATE/TIME MENUS: 1 2 3 4 5 6 7 8 VOICE TRANSM. MENUS: 1 2 3 4 5 6 7 8 FULL SET WARD 1: AL. MEMORY RESET WARD 1: VALID PIN WARD 1: BLOCHSCHLOSS WARD 1: BUYING TIME WARD 1: BYPASS T.SLOT WARD 1: If the proposed PIN is confirmed, this must be immediately changed by the user. If the proposed PIN is changed here, this can be used by the user without him changing the PIN. FULL SET WARD 1: RF CONTROL 1 WARD 1: RF CONTROL 2 WARD 1: 27
Engineer menu A 5 : BASIC MENU SYSTEM PROGRAM 1 : SYSTEM PROGR. PARAMETERS 1 : SYSTEM PROGR. INPUTS I1:MAIN PCB INPUT 1 REFERENCE? I1:MAIN PCB INPUT NAME INPUT 1 2 : SYSTEM PROGR. OUTPUTS 01:O1/MAIN PCB FIRE BELL OUTPUT TYPE FIRE BELL WARD 1 [1] For outputs with activation time TRUE/FALSE TRUE For buzzer output only BUZZ. ON ENTRY Y Y Y Y Y Y 3 : SYSTEM PROGR. WARDS 1:WARD 1 WARD 1 WARD NAME WARD 1 USE ROOMS NO/YES EXT. BELL MODE -- 120 SEC F R INT. BELL MODE VI 120 SEC F FIRE BELL MODE F 000 SEC STROBE DURATION 015 MIN EMERGENCY DUR 000 SEC BA TR. IN PART SET - - 0 M 00 2 : SYSTEM PROG. UP/DOWNLOAD TELEPHON SINTONY FFFFFFFFFFFFFFFF ENGINEER RESET E 1 A B M L ALL TELEPHON SYLCOM FFFFFFFFFFFFFFFFF KEYPAD 1 K - - ACCOUNT NUMB. (FFFFFFFF) KEYPAD STATUS ON ON ON UP/DOWNLOAD UPLOAD CALENDAR OPT [YES] 3:SYSTEM PROG PROGRAM VERSION PROGRAM VERSION XX XXX / XX - XXXXX 4:SYSTEM PROG PRINT CONFIG PARA. PRINTING X=END B C 28
Engineer menu Only for inputs which can be bypassed Only for delayable inputs PHYSICAL TYPE BALANCED LOOP 2R LOGICAL TYPE BA FULL SET WARD 1 [1] BYPASS BYPASSABLE DELAY [000] CHIME [NO] Only if room are used ASSINGED ROOM ROOM 1 MINUTE/SECOND [MINUTE] ACTIVATION MODE PULSE ACTIVATION TIME 000 SEC MINUTE/SECOND 000 SEC ACTIVATION MODE TOGGLE BUZZ.ON EXIT Y Y Y Y Y Y BUZZ.ON ALARM Y Y Y Y Y Y BUZZ.ON ARMING Y Y Y Y Y Y BUZZ.ON CHIME Y Y Y Y Y Y BUZZ. BY FIRE Y Y Y Y Y Y BUZZ. ON RF Y Y Y Y Y Y EXT. BELL DURATION -- 120 SEC F R MINUTE/SECOND -- 120 SEC F R EXT. BELL ON FIRE -- 120 SEC F R EXT. BELL ON RF -- 120 SEC F R INT. BELL DURATION VI 120 SEC F MINUTE/SECOND VI 120 SEC F INT. BELL ON FIRE VI 120 SEC F FIRE BELL DURATION F 000 SEC MINUTE/SECOND F 000 SEC MINUTE/SECOND 015 MIN MINUTE/SECOND 000 SEC TA TR. IN PART SET - - 0 M 00 RESTORE - - 0 M 00 BLOCKING MODE - - 0 M 00 BELL DELAY - - 0 M 00 FORCED SET E 1 A B M L ALL SET WITH AL. IN MEM. E 1 A B M L ALL SET WITH BAT. FAIL E 1 A B M L ALL SET WITH MAINS FAIL E 1 A B M L ALL SET WITH LINE FAIL E 1 A B M L ALL BYPASS MODE E 1 A B M L ALL KEYPAD 2 K - - KEYPAD 3 K - - KEYPAD STATE IN PS ON ON ON KEYPAD STATE IN FS ON ON ON 29
Engineer menu B C 4 :SYSTEM PROG. KEYPADS 01:KEYPADS KEYPAD 1 BASIC WARD 1 [1] KEYPAD MODE INTERN/EXTERN 5 : SYSTEM PROG. ALARM VERIFICATION 1 : ALARM VERIF. INPUT VERIFICATION 1 : WARD 1 WARD 1 INPUT VERIF. NOT USED INPUT VERIF. COMBINED A+B INPUT VERIF. PULS COUNT 2 : ALARM VERIF. ARC VERIFICATION 1 : WARD 1 WARD 1 ARC VERIF. NOT USED ARC VERIF. PRE-ALARM ARC VERIF. ABORT MESSAGE ARC VERIF. TRANSMISSION X/Y 6 : SYSTEM PROG. AUDIO/VIDEO 1 : AUDIO/VIDEO ADDRESS NAME 01:VERIF. ADD.1 VERIFICATION ZONE 1 ADDR. NAME VERIFICATION ZONE 1 2 : AUDIO/VIDEO LINKED INPUTS 001:VERIF. ADD.1 INPUT 1 ALARM VERIFICATION ADDRESS 01 3 :AUDIO/VIDEO LOCAL VIDEO SWITCH TIME 00 U A 01 Y SWITCH WHEN SET 00 U A 01 Y POSITION 01 - - - - - - - - - - POSITION 02 - - - - - - - - - - VIDEO ON ALARM YES CAMERA ADDRESS 01 - - - - - - VIDEO ON ALARM NO D E 4 : AUDIO/VIDEO CAMERA POWER CAMERA POWER 1 SEC AFTER ALARM 30
Engineer menu BUZZ ON ENTRY E E A S C F R BUZZ ON EXIT E E A S C F R BUZZ ON ALARM E E A S C F R BUZZ ON SET E E A S C F R BUZZ ON CHIME E E A S C F R BUZZ ON FIRE E E A S C F R BUZZ ON RF E E A S C F R KEYPAD TYPE LCD DIRECT PART SET D-PS D-FS DIRECT FULL SET D-PS D-FS GROUP A FIRST YES 02 TIME WINDOW (MIN) YES 02 1:GROUP A INTRUSION 1 COMBINED INPUT GROUP A TIME CONT. PULSE 00 000 TIME WINDOW 00 000 1:2 PULSES INTRUSION 1 NUMBER OF PULSES 2 PULSES ON PART SET YES 020 TIME WINDOW YES 020 ON FULL SET YES 020 TIME WINDOW YES 020 TIME WINDOW [010] TIME WINDOW [010] AUTO START 00 U A 01 Y VIDEO KEYPAD 00 U A 01 Y MODE DEAD MAN 00 U A 01 Y POSITION 03 - - - - - - - - - - POSITION 04 - - - - - - - - - - POSITION 16 - - - - - - - - - - CAMERA ADDRESS 02 - - - - - - CAMERA ADDRESS 03 - - - - - - CAMERA ADDRESS 06 - - - - - - 31
Engineer menu D E 7 :SYSTEM PROGR. MISCELLANEOUS 1 : MISCELLANEOUS KEYPADS INSTAL. TEL. NUMB. FFFFFFFFFFFFFFFF CUSTOM. DISPLAY YES 2 : MISCELLANEOUS PINS PINS 6 WITH BLOCKING 3 : MISCELLANEOUS RADIO 1 : RF PARAMETERS SUPERVISION SUPERVISION TAMPER 2 : RF PARAMETERS RADIO EXIT TIME RF EXIT TIME ENTRY/EXIT TIME 6 : BASIC MENU COMS OPTIONS 1:COMS OPTIONS ARC 1 TEL. NUMBER 1 FFFFFFFFFFFFFFFF TEL. NUMBER 2 FFFFFFFFFFFFFFFF TEL. NUMBER 3 FFFFFFFFFFFFFFFF PROTOCOL [SCANTRONIC] ACCOUNT NB WARD 1 [FFFFFF] 2:COMS OPTIONS ARC 2 TEL. NUMBER 1 FFFFFFFFFFFFFFFF TEL. NUMBER 2 FFFFFFFFFFFFFFFF TEL. NUMBER 3 FFFFFFFFFFFFFFFF PROTOCOL [SCANTRONIC] ACCOUNT NB WARD 1 [FFFFFF] 3:COMS OPTIONS SERVICE 1 TELEPHONE NUMBER FFFFFFFFFFFFFFFF CUSTOMER NUMBER [FFFFFFFF] 4:COMS OPTIONS SERVICE 2 TELEPHONE NUMBER FFFFFFFFFFFFFFFF PROTOCOL SYLCOM CUSTOMER NUMBER [FFFFFFFF] 5:COMS OPTIONS MISCELLANEOUS SINTONY TELEPHONE FFFFFFFFFFFFFFFF MSN ISDN FFFFFFFFFFFFFFFF ISDN ACCESS FFFFFFFFFFFFFFFF DIALLING METHOD T B U 1 ALR ARC2 BACKUP ARC1 T B U 1 ALR NB OF RINGS 1 03 --- NBR OF ATTEMPT 1 03 --- 6:COMS OPTIONS TRANSMISSIONS 01:I1/MAIN PCB INPUT 1 TRANSMISSION ARC 1 TRANSMISSION SIGNAL TYPES ALARM ALARM CODE [01] RESTOR ARC 1 NO RESTORE TRANSMISSION ARC 1 NO TRANSMISSION This parameters depend on the protocols TRANSMISSION ARC 2 TRANSMISSION SIGNAL TYPES ALARM ALARM CODE [01] RESTOR ARC 1 NO RESTORE TRANSMISSION ARC 2 NO TRANSMISSION 7:COMS OPTIONS AUTOTEST 1 : AUTO TEST START AUTOTEST 1 START TEST IN 00 HOURS 00 MIN 2 : AUTO TEST START AUTOTEST 2 START TEST IN 00 HOURS 00 MIN 8:COMS OPTIONS SPEECH RECORDING 1:SPEECH RECORD ALARM MESSAGES 2 : SPEECH RECORD HELP MESSAGES F 9:COMS OPTIONS PRINT PARAM. PRINTING X=END 32
Engineer menu FREE TEXT 1 FREE TEXT 1 FREE TEXT 2 FREE TEXT 2 DISPLAY LINE 1 FREE TEXT 1 DISPLAY LINE 2 FREE TEXT 2 DISPLAY LINE 3 DATE DISPLAY LINE 4 TIME TIME SUPERVISION LONG ACCONT NBR WARD 2 [FFFFFF] ACCESS CODE CMS YES ALARM VERIFICATION YES AUTOMAT. TEST CALL FIXED F 048 FULL SET ONLY FIXED F 048 TEST PERIODE FIXED F 048 ACCESS CODE CMS [000000] TIME OUT [000] ACCONT NBR WARD 2 [FFFFFF] ACCESS CODE CMS YES ALARM VERIFICATION YES AUTOMAT. TEST CALL FIXED F 048 FULL SET ONLY FIXED F 048 TEST PERIODE FIXED F 048 ACCESS MODE CMS [000000] TIME OUT [000] U/D WHEN SET T B U 1 ALR U/D ACCESS MODE T B U 1 ALR SERVICE TRANSM. T R U 1 ALR LINE TESTING 1 03 --- SERVICE 1 S1 - SERVICE 2 - S2 33
Engineer menu F 7 : BASIC MENU TIME OPTIONS 1 : TIME OPTIONS SET DATE/TIME DATE 02/01/01 TIME (24 H) 18H15 2 : TIME OPTIONS SUMMER/WINTER SUM./WINTER TIME SUM./WINTER ACTIVE 3 : TIME OPTIONS TIME FUNCTIONS 1 : TIME FUNCTION WARD 1 W1_T1: XX:XX/XX:XX MONDAY M----------------- TUESDAY ---T--------- 2 : TIME FUNCTION WARD 2 W1_T2: XX:XX/XX:XX 8 : BASIC MENU TEST FUNCTIONS 1 : TEST FUNCTION WALK TEST 01:WARD 1 WARD 1 WALK TEST WITH BUZZER WALK TEST X = END 2 : TEST FUNCTION INPUT TEST 01:WARD 1 WARD 1 INPUT TEST WITH BUZZER 01:I1/MAIN PCB INPUT 1 IMPED: 009.4K INTRUSION 1 TEST:1 INTRUSION 1 3 : TEST FUNCTION SOAK TEST 01:WARD 1 WARD 1 01:SOAK TEST OFF INPUT 1 SOAK TEST ON INPUT 1 01:IN SOAK TEST INTRUSION 1 4 : TEST FUNCTION OUTPUT TEST 01:WARD 1 WARD 1 01:01/MAIN PCB INTERNAL BELL 01:01/MAIN PCB:OFF INTERNAL BELL 01:01/MAIN PCB:ON INTERNAL BELL 5 : TEST FUNCTION TRANSMISS. TEST TRANSMISSION TEST ------------------------------ Caution! Leaving engineer menu 6 : TEST FUNCTION AUDIO TEST PUSH BUTTON ON AUDIO BOARD 7 : TEST FUNCTION SETTING TEST 1:WARD 1 WARD 1 SETTING TEST YES/NO 8:TEST FUNCTION PRINTING REPORT PRINTING REPORT X = END 9 : MAIN MENU ADDRESING OPTIONS 1 : ADDR. OPTIONS E-BUS OPTIONS 1 : E-BUS OPTIONS ADDRESSING 1 : ADDRESSING EXPANDER SELECT ADDRESS EXPANDER AD.1 2 : ADDRESSING POWER SUPPLYS SELECT ADDRESS POWER SUP. AD.1 3 : ADDRESSING KEYPADS SELECT ADDRESS KEYPAD AD.1 4 : ADDRESSING VERIFICATION UNIT SELECT ADDRESS VERIFICATION AD.1 5 : ADDRESSING RADIO GATEWAYS SELECT ADDRESS RADIO GATEWAY AD.1 NBR OF TRANSPOND. [1] FIRST TRANSP. AD. [1] G H 6 : ADDRESSING OUTPUT MODULE SELECT ADDRESS OUTPUT MOD AD1 34
Engineer menu SUNDAY ---------------------S UNSET-ON TIME XX:XX/XX:XX SET-OFF TIME H1: XX:XX/XX:XX PRESS BUTON ON EXPANDER 1 ADDRESSING OK EXPANDER 1 EXPANDER 1 2 3 4 PRESS BUTON ON POWER SUPPLY 1 ADDRESSING OK POWER SUPPLY 1 POWER SUPPLYS 1 2 PRESS BUTON ON KEYPAD 1 ADDRESSING OK KEYPAD 1 KEYPADS 1 2 3 SAVE CONFIGUR.? YES = _I NO = X PRESS BUTON ON VERIFICATION 1 ADDRESSING OK VERIFICATION 1 ALARM VERIFICATION 1 2 3 4 5 6 PRESS BUTON ON RADIO GATEWAY 1 ADDRESSING OK RADIO GATEWAY 1 RADIO GATEWAYS 1 EMULATED TRANSP. R R - - PRESS PROG BUTT OUTPUT MOD 1 ADDRESSING OK OUTPUT MOD 1 OUTPUT MODULE 1 35
Engineer menu G H 2 : E-BUS OPTION DELETE DEVICES 1 : DELETE EXPANDER SELECT ADDRESS EXPANDER. AD.1 EXPANDER 1 2 3 4 2 : DELETE POWER SUPPLYS SELECT ADDRESS POWER SUP. AD.1 POWER SUPPLYS 1 2 3 : DELETE KEYPADS SELECT ADDRESS KEYPAD AD.1 KEYPADS 1 2 3 4 : DELETE VERIFICATION UNIT SELECT ADDRESS VERIFICATION AD.1 ALARM VERIFICATION 1 2 3 4 5 6 5 : DELETE RADIO GATEWAYS SELECT ADDRESS RADIO GATEWAY AD.1 RADIO GATEWAYS 1 6: ADDRESSING OUTPUT MOD SELECT ADD OUTPUT MOD AD1 OUTPUT MOD 1 3 : E-BUS OPTIONS CONFIGURATION 1 : CONFIGURATION EXPANDER EXPANDER 1 2 3 4 2 : CONFIGURATION POWER SUPPLYS POWER SUPPLYS 1 2 3 : CONFIGURATION KEYPADS KEYPADS 1 2 3 SAVE CONFIGUR. YES = _I NO = X 4 : CONFIGURATION VERIFICATION UNIT VERIF. UNITS 1 2 3 4 5 6 5 : CONFIGURATION RADIO GATEWAYS RADIO GATEWAYS 1 EMULATED TRANSP. R R - - 6: ADDRESSING OUTPUT MOD OUTPUT MOD 1 4 : E-BUS OPTIONS CONFIG. PRINT OUT CONFIG. PRINT OUT X = END 2 : ADDRES. OPTIONS RADIO DEVICES 1 : RADIO DEVICES RF RECEIVER 1 1: RADIO DEVICES ADDRESSING 1 : ADDRESSING RF DETECTORS SELECT ADDRESS DETECTOR AD.1 ACTIVATE DETECTOR 1 2 : ADDRESSING RF REMOTE CONTROL SELECT ADDRESS REMOTE CONT. AD.1 ACTIVATE REMOTE CONTROL 1 2 : RADIO DEVICES DELETE 1 : DELETE RF DETECTORS SELECT ADDRESS DETECTOR AD.1 DETECTORS 1 2 3 4 5 6 7 8 2 : DELETE RF REMOTE CONTROL SELECT ADDRESS REMOTE CONTROL REMOTE CONTROLS 1 2 3 4 5 6 7 3 : RADIO DEVICES CONFIGURATION 1 : CONFIGURATION RF DETECTORS DETECTORS 1 2 3 4 5 6 7 8 DETECTORS 9 10 11 12 2 : CONFIGURATION RF REMOTE CONTROL REMOTE CONTROLS 1 2 3 4 5 6 7 4 : RADIO DEVICES CONFIG. PRINT OUT CONFIG. PRINT OUT X = END 36
Engineer menu ADDRESSING OK DETECTOR 1 DETECTORS 1 2 3 4 5 6 7 8 DETECTORS 9 10 11 12 ADDRESSING OK REMOTE CONTROL 1 REMOTE CONTROLS 1 2 3 4 5 6 7 DETECTORS 9 10 11 12 37
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s Siemens Building Technologies AG Fire & Security Products Alte Landstrasse 411 CH-8708 Männedorf The right to make technical changes to the described equipment without prior notice is reserved. 40