ENGINEER S AL.

Transcription

1 VISTA 25 UK ENGINEER S MANUAL AL i

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3 Contents SECTION 1: WIRING AND SAFETY INFORMATION... 1 General...1 Siting...1 Fixing... 1 Ventilation...1 Cabling...1 Mains Supply Connections...2 Cable Type...3 Fuses...3 Equipment Electrical Rating...3 Batteries...3 SECTION 2: INSTALLING THE VISTA Fixing the Cabinet...5 Installing The Remote Keypad...6 Programmable Output Triggers... 8 External Bell Connections... 9 Summary of Main PCB Connections Telephone Line Installation SECTION 3: OPTIONAL MODULES Expander Module Relay Module SM Speaker Module SECTION 4: PROGRAMMING THE VISTA General Entering / Exiting Program Mode Programming Format Defaults Software Version Programming Fields Entry/Exit iii

4 Output Options Field 89 programming Engineer User Access Rights Zone Programming Options Zone Responses Zone Options Communication High Speed Format Contact ID Format...30 Alpha-Numeric Keypad - Text Programming Zone Descriptors Custom Words...34 Library Zone Response Definitions Output Type Definitions SECTION 5: PROGRAMMING RF DEVICES Introduction Walk Testing RF Devices Clearing Tampers from RF Devices Range Battery Life Configuring Keyfobs onto a 6128 RF-UK Keypad Initialising the RF Keypad Enrolling the Keyfobs RF Keypad User Programme Mode Programming Vista 25 RF Options Ö/# 28 Receiver Jammed Responses Ö/# 38 Detector Low Battery Responses Ö/# 42 Supervision Time Window Ö/# 43 RF Zone Programming Ö/# 47 Supervision Fail Responses SECTION 6: OPERATING THE SYSTEM Setting and Unsetting the System Full Setting the System Part Setting the System Unsetting the System Area Setting Setting the System with a Mains Fail or a Line Fail Resetting After an Alarm Bypassing Zones Programming User Codes iv

5 Panic Alarm Fire Alarm Duress Chime Testing the system Setting the Time and Date Viewing the Event Log Printing the Event Log Troubleshooting APPENDIX A: SPECIFICATIONS Vista 25 Control Panel Physical Electrical Full Text Keypad Physical Electrical UK Fixed Text Keypad Physical Electrical Expander Module Physical Electrical Relay Module Physical Electrical RF Devices APPENDIX B: EVENT LOG AND CONTACT ID CODES ADEMCO LIMITED WARRENTY v

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7 SECTION 1: WIRING AND SAFETY INFORMATION General It is essential that this product is installed correctly, in particular with respect to a persons safety and connection to the mains electricity supply. This product is not suitable for installation, maintenance or connection by the user; installation and maintenance must be carried out by a competent, qualified installer, for example, BS5750 or NACOSS approved. It is a condition of the product s approval that the installer complies with the following: Siting The control panel must be sited indoors in a secure area where it cannot be readily interfered with. The location must have adequate ventilation, ample light and easy access for servicing and maintenance. It is not suitable for siting externally or in harsh environments where it could be subject to high humidity, extremes of temperature, chemical atmospheres, high dust levels, or in a position where it may be subject to dripping or splashing by water or other fluids. Fixing The control must be securely fixed to a vertical, smooth, solid surface which is part of the fabric of the building. The position chosen must allow the cabinet door to be removed and allow unhindered access for installation and maintenance. Ventila entilation tion While the control panel has been designed so that no part reaches an unsafe temperature it is important that adequate ventilation is provided around the cabinet. Heat-radiating equipment or sources of heat should therefore not be positioned close to the cabinet. Cabling The product has high voltage barriers between the mains supply (excessive voltage), the alarm wiring terminals (separated extra low voltage) and the telephone line terminals (telecom network voltage). It is essential that these barriers are maintained in the way the cables enter the cabinet, are routed inside the cabinet and are routed externally. Knockouts, rear entry points and a trunking point are provided for cable entries; additional holes must not be cut in the enclosure. Where necessary, the cable must be protected at the entry point by the use of grommets. The cables external to the cabinet must be either firmly affixed to the fabric of the building using suitable clips or saddles or mechanically protected in conduit or trunking. Alarm system cables must not be allowed to loop inside the cabinet they must be neatly trimmed. It must not be possible to put strain on the wiring within the control cabinet by pulling on cables external to the cabinet. 1

8 Knockouts or the trunking entry point must only be removed if cables are to enter the cabinet at that point. The hole must be covered by the trunking or conduit or by means of a blanking grommet. It must not be possible to push a finger or similar size object or instrument into any hole or cable entry point. Mains Supply Connections Note: This apparatus must be earthed. The connection to the a.c. mains supply must be made by a competent, qualified person, e.g. NICEIC approved, in accordance with the current IEE and local supply regulations. The earth impedance of the mains input earth must be verified. A means of isolation from the mains supply must be provided within 2 metres of the control. This is normally a switched fused spur fitted with a 3 A fuse. Where a flexible cable is connected to the control panel having cores coloured green/yellow, brown and blue, it is important to connect the wires according to the following code: Green/yellow: Earth connect to terminal marked E Blue: Neutral connect to terminal N Brown: Live connect to terminal L Where a non-flexible cable is connected to the control having cores coloured red, black, and a green/yellow sleeve covering the earthing conductor, it is important to connect the wires according to the following code: Green/yellow: Earth connect to terminal marked E Black: Neutral connect to terminal N Red: Live connect to terminal L The insulation of each conductor must be prepared and connected so that no part of the bare conductor is visible or protruding outside the terminal block. In the case of standard conductors, all the strands should be twisted together and firmly clamped in the terminal. Each of the wires must be cut to a length such that if the cable slips out of the cable clamp and is strained, the live conductor will become taut before the conductor that is connected to the protective earth terminal. The outer covering insulation must be clamped under the cable clamp provided. It is important that this cable enters the control panel enclosure through the mains entry hole provided, is not looped within the control panel enclosure and does not run close to other system cables inside or external to the enclosure. The cover of the control panel enclosure must not be opened before isolating the mains supply. The green Power LED indicates the presence of a.c. mains supply. The cover must be securely fitted in normal use. 2

9 Cable Type The conductors of the mains supply cable must have a minimum cross-sectional area of 0.75 mm and the insulating material on each conductor must be a minimum of 0.4 mm thick Polyvinyl Chloride (PVC). Flexible cables must conform to the requirements of BS6500 and IEC Publication 227. Non flexible electrical installation cables must conform to BS6004 and the earth continuity conductor must be covered with a green/ yellow sleeve where it leaves the outer sheath. Fuses The mains fuse within the cabinet is rated at 2 A. The mains supply must be disconnected before opening the cabinet and changing the fuse. Replace mains fuse with the same type and rating, that is: Rating: 2 A anti-surge (T). Construction: Glass or ceramic (sand filled) cartridge. Dimensions: 25 mm length, 5 mm diameter. Conformance: BS EN and IEC Equipment Electrical Rating The control equipment is designed to operate on a UK mains supply of 230 Volts a.c. at a frequency of 50 Hz (230 V +10% 6%, as stated in the IEE publication Commentary on BS7671:1992 Requirements for Electrical Installations). It is not suitable for other types of supply. The maximum current consumption in normal use is 80 ma. Batteries The battery used with the control panel must be a 12 V sealed lead-acid rechargeable battery of up to 7.2 Amp-hour capacity. The battery must be positioned on the battery shelf. The battery leads must be connected to the battery observing the polarity and not allowed to hang near the mains terminal block. 3

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11 SECTION 2: INSTALLING THE VISTA A 25 Fixing the Cabinet The enclosure base should be fixed to the mounting surface as follows: 1. Remove the enclosure lid by unscrewing the two fixing screws, sliding the lid upwards past the bottom lip and easing it away from the base. 2. Mark the position of the two mounting holes and keyhole slot on the mounting surface. Knock-out (top) Keyhole slot Bell tamper Output triggers Vista 25 Printed Circuit Board Zone terminals Telephone line Cable entry points Mains fuse Fuse terminal block L E N Transformer Mains entry point Telephone entry point Mounting holes Knock-outs (on underside) Figure 2.1 Enclosure Layout 3. Position the control panel enclosure on the mounting surface using the keyhole slot in the enclosure base. 4. Bring the cabling into the enclosure via the appropriate cable entry points. The entry points for the a.c. mains and telephone cables are marked in Figure 5

12 2.1 Enclosure Layout. Other cabling can be brought in via the four cable entry points on the back-plane or through the knockouts on the underside and topside of the enclosure. 5. Secure the enclosure base firmly in place using the two mounting holes, 1.5 x No. 8 screws are recommended. It is strongly recommended that toggle or butterfly fixings are used if the mounting surface is a cavity wall. Installing The Remote Keypad A maximum of four remote keypads can be connected to the system. Any of the following keypads can be used: 6128 UK fixed text 6128 IR 6139 full text RF Keypad Installation The 6128 RF-UK keypads act as RF receiver units for any RF detectors on the system. They are hardwired into the system bus and act as an interface between the RF devices and the Vista 25 control panel. Two 6128 RF-UK keypads can be used on the system. The first keypad must have a receiver address of 4 and the second keypad must have an address of 5. Both keypads can be physically connected to the same keypad bus or one on each bus. All keypads must have a keypad address of 31. The receiver on an RF keypad functions for all detectors in both partitions regardless of the partition the receiver keypad is connected to. However the keypad itself belongs only to the partition in which it is situated. When using two 6128 UK-RF keypads, any transmission may be received by either or both receivers. This provides greater area coverage and reduces Dead Spots. For more information on partitions see Wiring the Keypad. The receivers are dual diversity (two aerials). This also facilitates the elimination of dead spots. It is strongly recommended that: RF keypads are mounted at least 1 metre from the control panel. RF detectors are mounted at least 1 metre away from the RF receiver keypads. Mounting the Keypad Care should be taken when selecting the mounting location and height of the keypad. The keypads should not be mounted directly under a light source and should be slightly below eye level for optimum viewing. 1. Remove the back case by pressing down the two snaps on the keypads upper edge while carefully pulling the two halves of the case apart. 2. Route the wiring from the control panel through the opening in the back of the case. 3. Attach the back case to the mounting surface. 4. If using the 6139 keypad, plug the supplied flying lead connector into the keypad PCB socket. If using the 6128 keypad, wire the four cores into the 4 way terminal block on the back of the keypad. 6

13 Wiring the Keypad The Vista 25 PCB has two keypad buses. The bus 1 connections are on the terminal strip on the left side of the board (Data In, Data Out, +12 V, 12 V). Bus 2 is located to the left of the main processor connector labelled PLC. If the system is programmed for one area (partition) then all keypads should be connected to Bus 1. If the system has two areas then the Area 1 keypads must be connected to Bus 1 and the Area 2 keypads to Bus 2 (using the supplied wiring loom). The keypad wiring convention is shown in Table 2.1. The control panel connections refer to either Bus 1 or Bus 2, depending on whether the keypad is for Area 1 or 2. A maximum cable run of 300 metres is advised. This is the total length of all keypad cabling for the system. Control Panel Data Data Out In 6128 Keypad 6139 Keypad Data Out Data In Yello w Green + 12V + 12V Red -12V -12V Blac k Table 2.1 Keypad Wiring. Zone Wiring The standard system supports up to 8 wired zones. These zones are double-pole, normally closed alarm and tamper loops. An additional tamper zone (zone 9) is included on the main board for the external bell tamper. The system can also be expanded to 24 zones - for details see Section 3: Optional Modules. Figure 2.2 Zone Wiring shows correct N/C wiring Tamper Alarm Tamper Zone 6 Zone 5 Figure 2.2 Zone Wiring Alarm The zones can also be configured for normally open devices. This is done by leaving the alarm and tamper links fitted across the zone terminals and wiring the normally open contacts across the pair of links. This is shown in Figure 2.3 Normally Open Zone. 7

14 Tamper Alarm Normally Open Device Zone 6 Figure 2.3 Normally Open Zone RF Zone Wiring If a zone number has been programmed to use an RF detector via a 6128 RF-UK keypad the zone terminal for that address is still active and should be linked out using a zero ohm (0 Ω) link. Note: If the zone address is on a expander module that has been programmed into the system in field 89 but is not physically connected to the system no problems will occur. Programma ammable Output Trig rigger ers Six programmable output triggers are available on the terminal strip marked PLA. The text adjacent to the strip refers to the default response of each trigger - see Figure 2.4 Output Triggers. These can be reprogrammed as required - see Output Options in programming section. The output polarity defaults to positive removed (negative applied), i.e. the voltage is normally +12 V, dropping to 0 V when the trigger is active. The polarity can be reprogrammed if required. A maximum current of 5 ma can be drawn from each trigger. 8 FIRE PANIC BURG TAMP FAULT PROG PLA 1 Figure 2.4 Output Triggers Wiring an Exit Terminate Button (Push-to-Set) A momentary Exit Terminate button can be connected to any zone programmed as Push Button Set. If using a normally closed button the contacts should be wired across the alarm contacts of the zone and the tamper contacts should be linked out. If using a normally open button both the alarm and tamper links should be fitted and the normally open switch contacts wired across the links. Figure 2.5 Exit Terminate Wiring shows both configurations for an Exit Terminate button on zone 4.

15 Normally - closed 24 Alarm Tamper 21 Figure 2.5 Exit Terminate Wiring External Bell Connections Connections for Self Actuating Bells (SAB) and Bell/Siren modules should be made with reference to Tables 2.2 and 2.3. These connections are illustrated in Figure 2.6 and Figure 2.7. Control Panel SAB Control Panel Bell / Strobe 12V + Positive supply / hold off 12V + Bell & Strobe positiv e BELL - Bell negative trigge r BELL - Bell negativ e Zone 9 (Tamp -) Negative Supply / hold off Zone 9 (Tamp -) Tamper switch commo n Zone 9 (Tamp Ret) Negative tamper return Zone 9 (Tamp Ret) Tamper switch N/ C STB - Strobe negative trigge r STB - Strobe negativ e Table 2.2 Connections for SABs. Table 2.3 Connections for Bell/Strobe. Zone 9 0V Zone 9 Tamper Return SW- STB- 12V+ BELL SW- STB- 12V+ BELL- 0V Tamper Return - + Strobe + - Tamper return Tamper in Supply - Bell neg. trigger Supply + Strobe neg. trigger SAB Bell c n/o n/c Figure 2.7 Bell / Strobe Figure 2.6 SAB 9

16 Summary of Main PCB Connections Battery / Ground Terminals GND Equipment Ground Terminal - connection must be intact at all times. BATT- Battery Negative - Connect to the -ve (black) terminal of the battery. BATT+ Battery Positive - Connect to the +ve (red) terminal of the battery. Output Triggers (default allocation) 1. Fire trigger 2. Panic trigger 3. Alarm (Intruder) trigger 4. Tamper trigger - responds to tamper alarms when the system is unset. When full set, a tamper alarm activates the Alarm output trigger. 5. Fault trigger - responds to low battery, mains fail, memory checksum failure and watchdog reset. 6. Programme trigger - activates when programming mode is entered. Power / Keypad Terminals AC These two terminals connect to the 13 V a.c. output of the mains transformer. They are not for direct connection to the mains supply. Data Out Connects to the Data Out (yellow) terminal of the Area 1 keypads and the Data Out connections on expansion modules or relay output modules, if fitted. Data In Connect to the Data In (green) terminal of the Area 1 keypads and the Data In connections on any expansion module or relay output module, if fitted. 12 AUX Auxiliary 12 V supply - two pairs of terminals are available for connection of remote keypads and auxiliary fused devices. Note: Area 2 keypads should be connected to the terminal strip marked Area 2 Keypads in Figure 2.8 PCB Connections. A four wire loom is provided for this purpose. The same wiring convention as Area 1 should be followed. Bell / Zone / SW- terminals 1. Switched Negative Supply - This output can be programmed as: (a) Negative supply for smoke detectors or other latching devices which require the interruption of the supply to reset. The output is normally 0 V switching to +12 V for 6 seconds on the second entry of Code + Off after an alarm condition. The output can also be activated at any point in the unset state by pressing the Ö and 1 keys together. (b) Printer data output for a serial printer. (c) Sounder output. 2. Strobe negative - for connection with external strobe negative. 3. Positive bell / strobe supply - common positive, limited by fuse to 1 Amp maximum (labelled F3 in Figure 2.8 PCB Connections). 10

17 4. External bell negative - for connection with switched negative trigger on external bell or SAB switched negative trigger Alarm zones wired as standard double poll zones. ZONE 9 Used for external bell tamper and the on-board cabinet tamper switch. Telephone line - for connection to a NTE5 masterplan line box. -VE RTN GND BATT- BATT+ F1 F2 F3 ZONE 9 Bell Tamper 1 (FIRE) 2 (PANIC) 3 (BURG) 4 (TAMP) 5 (FAULT) 6 (PROG) { { AC AC DATA OUT DATA IN + + OUTPUT TRIGGERS YELLOW GREEN RED BLACK PLUG-IN SPEAKER MODULE DATA OUT DATA IN +12V -12V AREA 2 KEYPADS AC READY ARMED READY OFF AWAY STAY MAX TEST BYPASS INSTANT CODE CHIME Ö READY PANIC Switch -ve +12V T A ZONE 8 T A ZONE 7 T A ZONE 6 T A ZONE 5 T A ZONE 4 T A ZONE 3 T A ZONE 2 T A ZONE 1 Strobe -ve Bell -ve A B BC Telephone line # Switch ÖNote: If Speaker Module is not fitted,the pins can be used for an internal sounder. -VE (EXIT/ENTRY) -VE (ALARM) +VE (12V SUPPLY) AUX 12V AUX 12V ADEMCO 13V AC (Transformer) AREA 1 KEYPADS Figure 2.8 PCB Connections 11

18 Tele elephone Line Installation tion Before connecting the telephone line, ensure that the system has been correctly installed as detailed herein and that the cable routing has been carried out as advised. Remove the connection to the AC supply by switching off at the external fuse spur or the circuit isolator. Remove the control cabinet cover, as outlined in Fixing the Cabinet, and ensure that the mains indicator on the main PCB is off. Do not attempt to continue if the mains supply is still present within the control. Disconnect the battery leads and remove the battery from the cabinet. Wiring A connection is provided on the Vista 25 for an ex-directory standard PSTN telephone line. This connection must be made to an NTE5 master socket (line box). It is strongly recommended that no telephones or related equipment should be connected to the same telephone line. The connection to the telephone line terminals must only be made by an approved installer. The wiring must be mechanically protected external to the cabinet and must enter via the telephone entry point shown in Figure 2.1 Enclosure Layout. It must not enter the cabinet by any other point. The unit is not suitable for connection to a payphone or shared service line and it is not suited for use with PABX or other types of external exchange. It is intended to interface directly with PSTN lines with loop disconnect (pulse dial) or multi-frequency (DTMF) signals. The unit has been approved for the use of the following facilities: modem; loop disconnect signalling; multi-frequency signalling; auto calling; auto answering. Any other usage will invalidate the approval of the apparatus and it will cease to conform with the standards against which the approval was granted. The telephone cable must conform to the requirements of BT specification CW1308. This cable uses a single strand conductor of 0.5 mm CSA and the wires are configured in twisted pairs. A suitable cable from RS components is code (2 pair cable). Alarm or any other type of cable must not be used. Communications must only be made to an NTE5 master socket (line box) user port or an extension correctly connected to the master socket. Where terminals use insulated displacement techniques, a special terminal tool must be used. Instructions and wiring call code given in OFTEL wiring code Part 1 must be followed (see Figure 2.9 Telephone Line Connections) i.e. Terminal A White wire with blue rings NTE5 terminal 5. Terminal B Blue wire with white rings NTE5 terminal 2. Terminal BC Orange wire with white rings NTE5 terminal 3. REN The Ringer Equivalence Number (REN) is a guide to the maximum number of items of apparatus which may be connected simultaneously to the telephone line. The total REN is obtained by adding up the REN values of each item of equipment connected to the exclusive line. Any BT approved instrument is assumed to have a REN of 1.0 unless it is otherwise marked. 12

19 The REN of the Vista 25 is 0.5. If the panel is connected to a telephone line with additional telephone apparatus connected then the total REN of the additional apparatus must not exceed 2.5. The Vista 25 is intended to be connected to an exclusive line and it is strongly recommended that no other apparatus should is connected. Warning The approval of this equipment for communication to the PSTN is invalidated if the apparatus is subject to any modification in any material way not authorised by BABT or if it is used with or connected to any of the following: 1. Internal software that has not been formerly accepted by BABT. 2. External control software or external control apparatus which causes the operation of this equipment or associated call set up equipment to contravene the requirements of the BABT standards. (BABT/SITS/82/005S/D). Completion of Installation Replace the control cabinet cover and tighten the two fixing screws. Restore the mains supply to the control. Programme the communication parameters before attempting communication. Approval Your attention is drawn to the approval labels which are fixed to the outside and inside of the control cabinet. This approval number must be quoted when applying to connect the product to the PSTN, when ordering a telephone line or an extension to an existing line or in any communication with the telephone supply authorities. These and other warning labels must not be removed from the product. Figure 2.9 Telephone Line Connections 13

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21 1 SECTION 3: OPTIONAL AL MODULES Expander Module The Vista 25 can be expanded by a maximum of two expander modules. Each module contains an additional eight zones and four outputs, giving a possible maximum of 24 zones and 14 outputs for the system. The connects to the Vista 25 keypad bus and any break in the bus wiring is detected and reported by the Vista 25. Similarly, the detects and reports the removal of it s cover by use of the built in tamper switch, SW1. SW1 CASE TAMP Jumper Links LED 1 LED 2 (Red) (Green) OUTPUTS ON SW2 IC2 DOUT +12 0V DIN CONSOLE - + LOOP ALARM TAMP ALARM TAMP ALARM TAMP ALARM TAMP ALARM TAMP ALARM TAMP ALARM TAMP ALARM TAMP ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 5 ZONE 6 ZONE 7 ZONE 8 Figure Expander Module Addressing The 8-way DIP switch (SW2) is used to set up the keypad bus address and various other functions for the module. The address is set up using switches 1 4 and must be a unique number in the range 0 to 3. This must correspond to the address assignment in programming field 89. Table 3.1 Switches 1 4 shows the DIP switch settings for each of the 4 addresses available to the expander modules on the Vista 25. Address DIP switch setting Sw. No. Function 5 Zone Mode ON Double Poll OFF Balanced EOL ON 6 Protocol Keypad Bus Polling Loop ON - 7 Zone Response Fast Normal ON ON 8 Status LEDs On Off Table 3.1 Switches 1 4 (address) Table 3.2 Switches

22 DIP Switches 5-8 Table 3.2 Switches 5 8 lists the module functions controlled by switches 5 to 8. Zone Mode (Switch 5) Switch 5 changes the zone mode between double poll and balanced end-of-line (EOL). If set to double-poll the zones operate as normally-closed, alarm and tamper loops. If set to balanced EOL, series and end-of line resistors must be used. Refer to Figure 3.2 Balanced EOL Configuration. Protocol (Switch 6) Switch 6 should always be set to ON to enable connection with the Vista 25 keypad bus. Connections should be made to the terminals marked CONSOLE on the The LOOP terminals are not used on the (Another version of the expander (4208-3) will be able to work with the Vista 4140 and 4170 making use of the LOOP connections.) Zone Response (Switch 7) Switch 7 changes the zone response time from Normal to Fast Response. Status LEDs (Switch 8) Switch 8 determines whether the status LEDs (LED 1 and LED 2) operate or not. The function of the status LEDs is described in Table 3.4 Status LEDs. Note: When the is configured onto the Vista 25, any DIP switch changes will not take effect until the system power is removed then reconnected. Connections The following procedure should be followed when connecting the expander to the Vista 25: 1. Remove power (mains and battery) from the Vista Referring to Table Connections, connect the four terminals on the CONSOLE terminal strip to the Vista 25 keypad bus using the recommended wiring colours. Either keypad bus 1 or 2 can be used regardless of the area that the zones are assigned to. Keypads, and 4204 modules (see 4204 Relay Module) can be connected in daisy chain or star Vista 25 0V Aux 12V- 12V Aux 12V+ Colour Blac k Red Din Dout Data In Data Out Green Yello w 16 Table Connections 3. Ensure that the two PCB jumper links shown in Figure Expander Module are fitted. These should always be fitted on the expander.

23 4. If a lid tamper is required, no connection should be made to the CASE TAMP terminals. Any lid tamper condition will then be reported along the keypad bus. If the CASE TAMP terminals are linked out, the lid tamper is disabled. Zone Wiring DIP switch 5 selects the wiring configuration for all eight zones. This can either be closed circuit or balanced end of line (EOL) configuration. For the balanced EOL configuration the tamper loop must always be closed circuit. This configuration is shown in Figure 3.2 Balanced EOL Configuration. Note: A maximum of 10 contacts can be fitted on each loop for balanced EOL. ALARM TAMP NC tamper loop 1kΩ 1kΩ 1kΩ Figure 3.2 Balanced EOL Configuration Outputs The has four programmable outputs which operate as positive removed (normally 12 V switching to 0 V when active). The outputs are open-collector and can sink a maximum of 100 ma. A common +12 V connection is available on the same terminal block for use with the outputs. See Figure Expander Module for the location of the outputs on the PCB. Note: Although it is possible to add two expanders and two 4204 relay modules to the system, no more than eight outputs can be used. These can be eight triggers via modules, eight relays via 4204 modules or four triggers and four relays from both module types. Status LEDs The status of the module is displayed on LED 1 (red) and LED 2 (green) if switch 8 is set to ON. Table 3.4 Status LEDs details the meaning of each state. L ED1 (Red) LED2 (Green) OFF ON FLASHING OFF ON OFF OFF OFF FLASHIN G Meaning No Power / DIP switch 8 not set No data detected Data detected for keypads only Data detected for other or 4204 ON Data detected for this Table 3.4 Status LEDs 17

24 4204 Relay Module The 4204 relay module adds one to four dry, Single Pole Double Throw (SPDT) relay outputs to the Vista 25. A maximum of two modules can be connected to the Vista 25 keypad bus. The relay outputs can be used as an alternative to using the outputs. The 4204 has a built in tamper switch which allows it to detect the removal of it s cover and report this to the control panel. Communication to the 4204 is supervised so that it cannot be removed from the data bus without detection by the control ON DIP SWITCH COVER TAMPER (REED) SWITCH EITHER OR BOTH CAN BE USED TB RELAY 4 TYPICAL (SHOWN OFF) 4 PIN CONSOLE PLUG DATA IN 0V +12V DATA OUT RELAY 3 RELAY RELAY C NC NO C NC NO C NC NO C NC NO YEL BLK GRN RED DATA OUT 0V DATA IN +12V TB2 Figure Relay Module DIP Switch Settings The address for the 4204 should be set using positions 2-5 of the 5 way DIP switch. The address must be a unique number in the range 0 to 4. Refer to Table 3.5 for settings. DIP switch 1 enables/disables the lid tamper. If set to OFF the tamper is enabled. Address 0 ON DIP switch setting ON ON ON 1 - ON ON ON 2 ON - ON ON ON ON Table DIP Switch Setting 18

25 Panel Connections Connections to the Vista 25 can be made via the four position terminal block TB1, the four pin plug or by using both connections. Figure Relay Module shows the location of these connections. The convention shown in Table 3.6 Panel Wiring should be followed (TB1 or 4 pin plug) Vista 25 Colour 0V Aux 12V- 12V Aux 12V+ Blac k Red Din Dout Data In Data Out Green Yello w Table 3.6 Panel Wiring Relay Connections Connections to the four relays are made via the 12 position terminal block TB2. These are shown in Figure Relay Module. 19

26 4110SM Speaker er Module The 4110SM speaker module plugs directly onto the PLJ connector on the Vista 25 PCB, providing an output for a 16 Ω loudspeaker. Once connected, the loudspeaker will respond to Entry/Exit and Alarm conditions. If more than one loudspeaker is required the connections should be arranged such that the resistance across the terminals P1 and P2 is 16 Ω, e.g. two 8 Ω loudspeakers in series. When connecting the speaker module, the adhesive pad should be used to allow bonding to the Vista 25 PCB. Once connected the tone of the loudspeaker can be varied by adjusting the potentiometer, VR1. See Figure SM Speaker Module for details. connection to Vista 25 P5 P4 P3 adhesive pad potentiometer (tone control) VR1 P2 P1 loudspeaker connection Figure SM Speaker Module 20

27 SECTION 4: PROGRAMMING THE VISTA A 25 General When access has been made to program mode, the system parameters can be changed from the factory default settings. The default values for each of the parameters are shown in brackets above each programming field. If no changes are made to these defaults the system will operate as an audible only alarm. Note: Programming fields specific to the functioning of RF devices can be found in Section 5; Programming RF devices. Entering / Exiting Program Mode To enter engineer mode: Enter engineer code If the engineer code has been lost press the Ö + # keys together within 30 seconds of powering up the system. (No programming will be lost other than date and time). To exit engineer mode: Enter Ö99. The default engineer code is It is strongly recommended that this code is changed by the engineer. Note: Programming mode can only be entered from an Area 1 keypad. Programming Format In engineer mode, the system programming can be modified using the Ö key or viewed using the # key: To programme a field: Enter Ö + field number + field entry (in engineer mode). e.g. to change the engineer code to 1111 enter Ö00 then 1111, where 00 is the field number for the engineer code. Two beeps indicate entry confirmed. To view contents of a field: Enter # + field number (in engineer mode). Each programming field on the following pages is shown preceded by Ö/#. This indicates that the Ö key should be pressed to change the field or the # key should be pressed to view the contents of the field. The Ö key also acts as an enter key when entering less than the maximum number of digits for a particular field. Defaults To return the programming back to factory defaults: Enter Ö97, wait five seconds then enter Ö97 again. Note: This will clear all previous programming. To default the master code (user 01) : Enter Ö95, wait 5 seconds then enter Ö95 again. The default master code is Software Version To view which version of software the control panel is using, enter #92 in engineer mode. 21

28 Programming Fields Entry/Exit (0 6) (0 6) Ö/# 08 Secondary Entry Time (for type 02 zones) Area 1 Area 2 Multiples of 10 Seconds i.e. 01=10 secs, 02=20 secs etc. Ö/# 09 Primary Entry Time (for type 01 zones) (0 3) (0 3) Area 1 Area 2 Multiples of 10 Seconds i.e. 01=10 secs, 02=20secs etc. Ö/# 10 Exit Delay Ö/#17 Supplementary Entry Delay Ö/# 18 Entry Deviation Permitted Ö/# 29 Easy Set Ö/# 21 Exit Tone on STAY Set (0 3) (0 3) Area 1 Area 2 (0) (0) Area 1 Area 2 (0) (0) Area 1 Area 2 (1) (1) Area 1 Area 2 (0) (0) Area 1 Area 2 Multiples of 10 Seconds i.e. 01=10 secs, 02=20secs etc. 00 = Final Contact Set 0 = NO 1= YES 0 = NO If enabled, an internal alarm 1 = YES occurs if the user strays from the entry-route. 0 = NO 1 = YES - use # instead of code 0 = NO 1 = YES If enabled, the entry time is doubled. After the standard entry time elapses an internal alarm occurs. Ö/# 11 Setting Options (0) (0) Area 1 Area 2 0 = Timed Exit or Final Contact Set 1 = Exit Terminate AWAY Set 2 = Exit Terminate AWAY/ STAY If set to 1 or 2, any zone can then be programmed as Push to Set in field 02. If set to 1, an Away set requires to be terminated by a Push to Set button (the exit delay in field 10 will be ignored). Stay set will not require to be terminated by the button (sets after 30 seconds or when button pressed). If set to 2, both Away and Stay set require to be terminate by the Push to Set button. Output Options Ö/# 12 Bell Delay Ö/# 13 Bell Duration 22 (0) (10) Area 1 0 = Instant Bells 1 = 10 minute bell delay Multiples of 2 Minutes i.e. 01 = 2 mins, 10 = 20 mins Note: After the bell duration expires the system re-arms. The maximum number of rearms is three. After three re-arms the system locks out the alarm zone.

29 Ö/# 14 SW- (Switched -ve Terminal) Internal Sounder or Power Reset Ö/# 16 Strobe to Confirm Away Set Ö/# 19 External Bells for Fire (0) (0) (2 0) 0 = Internal Sounder 1 = Power Reset If set to 1 the SW- terminal can be used as the negative supply for a latching detector. For this setting, the 4110SM loudspeaker module must not be fitted. 0 = NO 1 = YES (strobe operates for three seconds on setting) 00 = No bells for Fire Alarm = Duration in Minutes Ö/# 45 Panel Output Trigger Polarity (0) 0 = Normally 12 V, Active 0 V 1 = Normally 0 V, Active 12 V Ö/# 48 Display Armed Status for Away Set (0) 0 = Blank Display 1 = Show Status Ö/# 65 Area Assignments of (3) (3) (3) (3) (3) (3) 1 = Area 1 Panel Triggers: 2 = Area 2 T1 T2 T3 T4 T5 T6 3 = Area 1 or 2 It is strongly recommended that field 65 is reprogrammed so that each trigger is set to one area only (Area 1 or Area 2). 1 is Ö/# 86 Panel Trigger: (0 1) (0 2) (0 3) (0 8) (1 1) (1 6) Output Types (see Table 4.1) T1 T2 T3 T4 T5 T6 Ö/# 85 Expander Module: (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) Output Types (see Table 4. 1) T1 T2 T3 T4 T5 T6 T7 T8 Ö/# 87 Expander Module: Output Options (Table 4. 2) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) Enter area of each output in 1st digit of each box (1 = Area 1, 2 = Area 2). Enter output option in 2nd digit of each box by matching with the output types making reference to Table 4.2. Ö/# 88 Expander Module: Output Timings - Single Pulse Outputs (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) Length of ON pulse = multiples of 2 seconds (i.e. 01 = 2 seconds). EXCEPT 00 gives 1 second. 23

30 Ö/# 89 Expander Module Address (9) (9) (9) (9) (ZONES) (OUTPUTS) (9) (9) 0-5 = Address 9 = Not Used (REC. 1) (REC. 2) After entering a zone expander address in field Ö89 the zone responses must be programmed for the expander zones before leaving Programme mode. Expander modules can be addressed as 0, 1, 2 or 3. Only the address of a hardwire expander module can be entered into the first two slots of field Ö89 (zones and zones 18-25) RF-UK keypads must be addressed as 4 or 5. Two 6128 RF-UK keypads can be added to the system. The first 6128 RF-UK keypad (if fitted) must be addressed as 4. The second 6128 RF-UK keypad (if fitted) must be addressed as 5. Field 89 programming The information below describes each digit of field 89 and gives a programming example. 1st digit: tells control panel which address has zones 10 to 17 2nd digit: tells control panel which address has zones 18 to 25 3rd digit: tells control which module address ( or 4204) has outputs 1 to 4 4th digit: tells control which module address ( or 4204) has outputs 5 to 8 5th digit: tells control address of the first 6128 RF-UK keypad (must be 4 if fitted) 6th digit: tells control address of the second 6128 RF-UK keypad (must be 5 if fitted) Example: System consists of two expander modules and one 4204 output module and one 6128 RF-UK keypad. The first is addressed as 0, second addressed as 1 and the 4204 module addressed as 2. Each module address is assigned to zones and outputs in field 89 as follows: Vista 25 Control assigns zones to module addressed as 0 assigns zones to module addressed as 1 Address = Outputs 1-4 Ö Zones second 6128 RF-UK keypad not used Bus 1 Address = Outputs NOT USED assigns first 6128 RF-UK keypad to Bus 1 Zones assigns outputs 5-8 to module addressed as 2 assigns outputs 1-4 to module addressed as 0 Address = Outputs 5-8 Address = 4 Example 1: Field 89 Programming first 6128 RF-UK (on Bus 1) 24

31 The codes shown for each output type can be entered in field 86 (for panel) and field 85 (for expander). The output options shown only affect expander outputs. Code Output Types Output Options 00 N OT USED 01 FIRE 02 PANIC 03 ALARM 04 PART SET 05 SET LATC H FOLLOW LATC H FOLLOW FOLLOW HOUR LATC H 08 TAMPE R LATC H 09 S ET LATCH Positiv e LATCH (special ) 11 FAULT / TROUBL E 12 COMMUNICATOR FAIL 13 AUX 14 ABORT 15 VERIFIE D 16 PROG 17 ZONE TYPE LINE FAULT 20 BELL Also See Page 39 LATC H FOLLOW LATC H FOLLO W LATC H FOLLOW FOLLO W FOLLO W FOLLOW Code Output Types 21 STROBE Table 4.1 Output Event Types Output Options FOLLO W 22 INTERNAL SOUNDER FOLLO W 23 TEST MODE 26 READY 27 ARMED CONFIRMATION 28 ENTRY 29 EXIT 30 ENTRY OR EXIT 33 LOW BATTER Y 34 MAINS FAI L 35 WATCHDO G 36 MEMORY FAI L 37 CHIM E 39 PERIODIC TEST 40 USER CODE USER CODE USER CODE AS TRIGGER ONLY 43 RF ZONE SUPERVISION FAIL 44 RF LOW BATTER Y 45 RECEIVER JAMMED FOLLO W FOLLO W SINGLE PULSE FOLLO W FOLLO W FOLLO W FOLLO W FOLLO W LATC H LATC H SINGLE PULS E SINGLE PULS E SINGLE PULS E SINGLE PULS E SINGLE PULSE LATCH FOLLO W LATC H 2nd Digit Function 0 Latch 2 Follo w 3 Single Puls e Explanatio n Output drops to 0V once the start event occurs and is not reset (to +12V) until the master/user code + OFF is entered Output follows start event Output gives a single 0V pulse 3) then restores to +12V of a set duration (see Table Table 4.2 Output Options for field Ö87 One of the three output options above should be selected for each expander output. The output options must be matched with the output responses by referring to Table 4.1. The options chosen should be entered into the second digit of the appropriate boxes in field 87. The first digit is the area (1 or 2). 25

32 Engineer Ö/# 00 Engineer Code Ö/# 01 Keypad Lockout ( ) (0) 0 = No Lockout 1 = 15 min. lockout (4 wrong codes) Pressing any key within the lockout period will restart the 15 minute lockout period. Ö/# 06 Technistore Version Number ( 0 0 0) Enter version number used by central station ( ) Ö/# 15 Event Log Printout on Exiting Programming Ö/# 23 Tamper : Reset Type Ö/# 24 Alarm: Reset Type Ö/# 25 Fire and PA: Reset Type (0) (0) (0) (1) 0 = NO 1= YES 0 = Customer 1 = Engineer 0 = Customer 1 = Engineer 2 = Technistore Code Only 3 = Engineer or Technistore 0 = Customer 1 = Engineer (Ö24 must be 1, 2, 3) User Access Rights 1 = Area 1 4 = Cleaner 7 = Trigger Output 2 = Area 2 5 = Duress Area 1 8 = Master Area 1 3 = Area 1 & 2 6 = Duress Area 2 9 = Master Area 2 Ö/# 26 User 1-8 Access Rights (3) (1) (1) (1) (1) (1) (1) (1) Ö/# 27 User 9-15 Access Rights 26 (1) (1) (1) (1) (1) (1) (1) (1) (1) Area 1 - code sets/unsets Area 1 zones (must be entered at Area 1 keypad). (2) Area 2 - code sets/unsets Area 2 zones (must be entered at Area 2 keypad). (3) Area 1 & 2 - code sets/unsets Area 1 and Area 2 zones. Must be entered at Area 1 keypad to set Area 1 and then Area 2 keypad to set Area 2 (except for User 1). (4) Cleaner - when system is set and cleaner code + off entered, zones with the cleaner access option selected (see Zone Options) are unset. The cleaner code + Away must always be entered when the cleaner is leaving the premises, even if the rest of the system is unset. Otherwise, the cleaner zones remain unset at the next setting. (5) Duress Area 1- any entry of the code at an Area 1 keypad activates an output programmed as PA and sends a PA signal to central station. (6) Duress Area 2 - same as (5) for Area 2. (7) Trigger Output Only - code activates any output programmed as Trigger (type 42).

33 (8) Master Area 1 - sets/unsets Area 1 zones and can change Area 1 codes. (9) Master Area 2 - sets/unsets Area 2 zones and can change Area 2 codes. Note: User 1 always acts as the master code. It is also the only code which full sets (Away) both areas from the one keypad. If using Stay set for both areas then user 1 must be entered at both keypads. Zone Programming Options Note: For information on programming RF zones, see section 5; Programming RF Devices Zone Responses 00 Not Used 06 PA Silent 19 Comms Hold-Off Zone 01 Final Exit (Primary Timer) 07 PA Audible 20 Stay Arm 02 Final Exit (Secondary Timer) Hr Auxiliary 21 Away Arm 03 Intruder 09 Fire 22 Disarm 04 Walk Through 17 Telephone Line Monitor 23 Trigger Output Only Hour Tamper 18 Push Button Set Ö/# 02 Zone 1-8 Response (0 1) (0 4) (0 3) (0 3) (0 3) (0 3) (0 3) (0 3) Ö/# 03 Zone Response Ö/# 04 Zone Response Ö/# 05 Zone 99 (Ö + #) Panic (Both Areas) Ö/# 07 Zone 1-8 Response Time Ö/# 39 Zone 1-8 Forced Walk Test Ö/# 40 Zone Forced Walk Test Ö/# 41 Zone Forced Walk Test (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) (0 0) Enter zone response in first box (06 or 07). Always set second box to = Normal (As per BS4737) (0) 1 = Fast Response (vibration sensors only) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) (0) Once enabled, if a zone has not been activated during the unset period then the user must activate the zone before the system will set. The keypad will indicate the zone(s) to be activated. 0 = No 1 = Yes 27

34 Ö/# 52 Common Area Zone List (0 0) (0 0) (0 0) (0 0) (00) (0 0) (0 0) (0 0) Enter zone numbers for zones which are common to both areas. These zones will only be active when both area 1 and area 2 are set. Zone Options Six zone options can be selected for each zone. These are shown in Table 4.4 as options (a) to (f). Table 4.4 Zone Options ( a) ( b) ( c) ( d) ( e) ( f) ( g) (h) Area 0 = Area 1 1 = Area 2 Isolate in Stay Set 0 = No 1 = Yes Bypass Inhibit 0 = No 1 = Yes Cleaner Access 0 = No 1 = Yes Soak Test 0 = No 1 = Yes Double Knock 0 = No 1 = Yes Not Used Must be set to 0 Not Used Must be set to 0 Ö/# 53 Zone 1 Options Ö/# 54 Zone 2 Options Ö/# 55 Zone 3 Options Ö/# 56 Zone 4 Options Ö/# 57 Zone 5 Options Ö/# 58 Zone 6 Options Ö/# 59 Zone 7 Options Ö/# 60 Zone 8 Options Ö/# 69 Zone 10 Options (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h 28

35 Ö/# 70 Zone 11 Options Ö/# 71 Zone 12 Options Ö/# 72 Zone 13 Options Ö/# 73 Zone 14 Options Ö/# 74 Zone 15 Options Ö/# 75 Zone 16 Options Ö/# 76 Zone 17 Options Ö/# 77 Zone 18 Options Ö/# 78 Zone 19 Options Ö/# 79 Zone 20 Options Ö/# 80 Zone 21 Options Ö/# 81 Zone 22 Options Ö/# 82 Zone 23 Options Ö/# 83 Zone 24 Options Ö/# 84 Zone 25 Options (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h (0) (0) (1) (0) (0) (0) (0) (0) a b c d e f g h 29

36 Communication The Vista 25 has the capability to transmit in one of two formats to a central station digital receiver. These formats are: (1) Ademco high speed (standard UK high speed format). (2) Ademco contact ID (point ID). The Vista 25 does not require a pre-programmed PROM since all communication parameters are programmed from the Vista 25 keypad. High Speed Format In the standard UK high speed format it is usual to assign channels to the alarm types as follows: Channel 01 is normally assigned for fire alarm conditions. Channel 02 is normally assigned for PA (panic) alarm conditions. Channel 03 is normally assigned for intruder alarms (burglary). Channel 04 reports open/close signals. For the Vista 25 additional channels are assigned as follows: Channel 05 reports daytime tampers. Channel 06 reports RF low battery. Channel 07 reports an abort code. Channel 08 reports verified alarms. Channel 09 reports low battery and test signals. The channel reporting may be enabled/disabled for each zone. Each zone is assigned to channel 03 by default and only requires changing if a different report or no reporting of a zone is required. In addition to alarm reports, a restore report may be sent for each channel. The restore will by default be transmitted after the second entry of code + Off after an alarm condition. This can be changed in programming field 50. Contact ID Format When using contact ID format each event is transmitted as a unique event type (event code) instead of sending channel activations. The user or zone number related to the event is also transmitted along with the message. The data is sent as follows: AAAA Q EEE GG ZZZ, where: AAAA = account number. Q = event qualifier, i.e. E = new event, R = restore. EEE = event code. GG = group number (area). ZZZ = zone or user number. Note: Each zone should be assigned the channel code 03 except for fire which should be assigned as 01 and panic alarm assigned as 02. Note: See also Appendix B 30

37 Ö/# 20 Allow arming with telephone line fault (0) 0 = No 1 = Yes Ö/# 22 Telephone Line Monitor Active (0) 0 = No 1 = Yes Ö/# 30 Dialling Method: Pulse / DTMF (1) 0 = Pulse 1 = DTMF Ö/# 31 PABX Access Code (1 5) (1 5) (1 5) (1 5) Note: The Vista 25 cannot be guaranteed to work with PABX exchanges. Before entering number type Ö 31Ö to delete previous number. Enter as 2 digit numbers e.g. 9 = 09. If using less than 8 digits press Ö to finish. Ö/# 33 Primary Central Station Telephone Number Ö/# 34 Secondary Central Station Telephone Number Before entering new numbers type Ö33Ö (primary) or Ö34Ö (secondary) to delete previous number. If number is less than 16 digits press Ö to finish entry. Ö/# 32 Primary Account Numbers Ö/# 90 Secondary Account Numbers (1 5) (1 5) (1 5) (1 5) Area 1 (1 5) (1 5) (1 5) (1 5) Area 1 (1 5) (1 5) (1 5) (1 5) Area 2 (1 5) (1 5) (1 5) (1 5) Area 2 Ö/# 46 Digicom Format (1) 0 = Contact ID 1 = High Speed (8 channel) Ö/# 49 Checksum Verification (0) 0 = No 1 = Yes (only used on ADEMCO receivers) 31