"Pegaso" wireless alarm system D.I.Y. wireless kit

"Pegaso" wireless alarm system D.I.Y. wireless kit Summary Page 1.0. Description... 2 2.0. Installation... 3 3.0. Connections to mains power... 3 4.0. Low battery signalling... 4 5.0. Service key... 4 6.0. Selection of functions... 5 7.0. Programming... 6 7.1. Programming wireless sensors and transmitters... 9 7.2. Cancellation of sensors and transmitters... 10 7.3. Cancellation of a group of sensor with the same configuration or of all keychain transmitters... 11 7.4. Cancellation total memory... 11 7.5. Programming of TLM-18VRP wireless siren... 7.6. Programming of TLM-21VRP wireless siren... 13 8.0. Zone description... 14 9.0. Arming of system... 15 9.1. Full arming (DAY mode)... 15 9.2. Partial arming (NIGHT mode)... 15 9.3. Disarming... 15 10.0. Test for wireless sensors... 16 11.0. Functioning... 16.0. Alarm cycle counter... 17 13.0. Hold-up alarm... 17 13.1. Hold-up alarm reset... 17 14.0. Alarm memory... 18 14.1. Alarm memory reset... 18 15.0. Technical characteristics... 19 Note... 20 Pag. 1

Congratulations on your purchase of the VP-6N, an advanced wireless alarm system. The VP -6N has been designed for fast and simple installation. The unit has been built using the most advanced microprocessor technology and production methods. Being tested by means of special computerized test jig, the VP-6N offers security and durability in time. 1.0. DESCRIPTI The VP-6N is a compact, self protected wireless security system, ideal for protection of homes, shops, offices, boats, campers etc. against; burglaries, fires, gas leaks, hold-up and medical distress. Characteristics: The VP-6N is a wireless self-learning system called PEGASO, capable of learning up to 4 billion different codes. Each wireless sensor is factory programmed and has its own code and will be linked with the desired VP-6N by means of the PEGASO self-learning system Total or partial arming (DAY or NIGHT) Siren incorporated Optical signals for all functions. Other characteristics: Microprocessor controlled 40 wireless zones for sensor and sirens. Each zone can be programmed as burglary, fire or gas, immediate, delayed, Day or Night. Self learning of a maximum codes between keychain transmitters PEG-3 and keypads DIGIT-7VRP Alarm memory Two tone siren output for fire alarm Silent or audible hold-up alarm or medical distress alarm (selectable) Acoustic or silent arming/disarming signal (selectable) Alarm time programmable (2 or 4 minutes) Alarm cycle counter (excludable) Optical RF Test The D.I.Y. VP-6N kit is supplied with the sensors and keychain transmitters already programmed (see Page 39) and includes: Control unit VP-6N Two keychain transmitters PEG-3 Two infrared sensors IR-32VRP One magnetic contact MG-1P One 230 Vac +/- 10% 14 Vdc power supply Accessories for installation Instruction manual The VP-6N is a stand alone alarm system. It can be expanded at any time by installing the vast range of wireless sensors listed below: AVAILABLE WIRELESS PERIPHERAL DEVICES IR-32VRP - Passive infrared sensor DTR-28VRP - Double technology sensor MG-1P / 6P - Magnetic contacts MG-3P - Transmitter for wireless operation of any type of detector with NC contacts SM-2P - Smoke detector GA-/15VRP - Gas detector WD-03 - Water detector TC-01 / 01B - Digital temperature sensor TLM-18VRP - Indoor siren with battery back-up TLM-21VRP - Outdoor siren with battery back-up Accessories: RX-2C DIGIT-7VRP - Remote Two channel digital receiver keypad with self-learning of 20 "Pegaso" codes RPS-1 PEG-3 - Repeater Three coded to increase channel the keychain range transmitter of wireless sirens RPS-20 RX-2C - Repeater Two channel to increase receiver the with range self-learning of wireless sensors of 20 "Pegaso" and keychain codes transmitters STC-01 RPS-1 - Peripheral Repeater to device increase to visualize the range the of system wireless status sirens RPS-20 - Repeater to increase the range of wireless sensors and keychain transmitters STC-01 - Peripheral device to visualize the system status Pag. 2

2.0. INSTALLATI To obtain the maximum performance from the VP-6N, the following procedure must be followed: Mount the VP-6N control panel centrally located between the various sensors (see Fig. 1). If the security system is to protect premises on various floors, install the control panel at one third of the height of the building (for example in a building of three floors, the panel must be installed on the first floor). Do not install cables within a 1.5 meter radius of the VP-6N. The power supply cable must be directed downwards from the unit. Avoid to install the control panel in the proximity of inductive loads (electric motors or similar), on metal surfaces, adjacent to elevators. C D C D D D F E E A D D D E C D D A VP-6N B TLM-21VRP (wireless siren) C IR-32VRP (wireless PIR detector) D MG-1P (wireless magnetic contact) E SM-2P (wireless smoke detector) F GA-/15VRP (wireless gas detector) All installation screws and wall plugs are included in the kit. D D B D To install the VP-6N use the screws supplied. C Fig. 1 3.0. CNECTI TO MAINS POWER Power to recharge and maintain the units internal battery is secured by the 230 Vac 14 Vdc power adaptor. During installation, insert the plug on the right hand side of the unit (see on the right), then plug the power adaptor into the nearest mains outlet. 230 Vac mains outlet Once the unit is powered up, the green power LED will light indicating mains presence (see on the right). Note: The red LEDs marked DAY ZE and NIGHT ZE are not active with the main power supply cut. POWER Before plugging the AC adaptor into the mains outlet, make sure that the ATTENTI voltage rating marked on the power adaptor is the same as that of the outlet. Electrical building installation must be equipped with a bipolar automatic switch with current of 1A. The sectioning device of the power line is the plug: in case of ordinary maintenance, first unplug the device from the outlet. If the power adaptor is removed from the mains outlet for a period longer than 3 days, it is necessary that the VP-6N be powered down (key in OFF position). Draining the units internal battery completely may cause permanent damage to the battery. Pag. 3

4.0. LOW BATTERY SIGNALLING In the absence of mains power the unit s internal battery will power the VP-6N for approximately 5 days (LEDs OFF). The normal battery operating voltage is V - 700 mah. Should the battery voltage fall below 10.5 V then this condition will be LOW BATTERY signalled by the lighting of the LOW BATTERY LED (see diagram on the right). If this condition occurs the battery must be charged for at least 24 hours. If after having charged the battery, the LOW BATTERY LED remains lit, then the power adaptor or the battery are faulty and must be replaced. ATTENTI In respect of the environment, batteries should not be discharged of with the normal waste, but must be discharged of in the appropriate bins used for such gatherings, otherwise should be brought to specialized centers. 5.0. SERVICE KEY The key switch on the left hand side of the VP-6N (see figure on the right) is used as an / OFF device for the apparatus and must be used only as a service or emergency device. The service key does not arm or disarm the unit Turning the key clockwise ( position), all the functions are activated. Turning the key counter clockwise (OFF position), all functions are deactivated, but the recharge of the incorporated battery is guaranteed.. OFF ATTENTI Every time the VP-6N is turned, the system automatically switches itself directly into OFF status (disarmed), whichever be the status it was in (armed/disarmed) when last turned OFF. This is signaled with the emission of 2 beeps (if dip 3 is in position). The service key should be kept in a safe place and used only in case of necessity (programming mode, maintenance etc.). Pag. 4

6.0. SELECTI OF FUNCTIS The functions listed on the below table, can be selected by using dips 1, 2, 3, 4 and 5. These can be found by removing the sliding cover situated above the service key (see figure on the right). OFF 11 10 9 8 7 6 5 4 3 2 1 If selection was made after installation, you must turn the key to the OFF position and remove the VP-6N from the wall. ATTENTI The selection must be made with the key in the OFF position. Dip Function Dip Position 1 Hold-up alarm 2 Alarm time 3 Arming/disarming beep 4 Alarm cycle counter 5 Alarm memory = Audible hold-up alarm OFF = Silent hold-up alarm = 4 minutes OFF = 2 minutes = Beep activated OFF = Beep deactivated = Counter activated OFF = Counter deactivated = Audible (beeps) and visible (flashing of "DAY ZE" and "NIGHT ZE" LEDs) alarm memory. OFF = Only visible alarm memory (flashing of "DAY ZE" and "NIGHT ZE" LEDs). Beeps will not be emitted. Pag. 5

7.0. PROGRAMMING While programming, the following operations can be made: Programming of the sensors (burglary, fire/gas) up to a maximum of 40 Programming of the keychain transmitters up to a maximum of Cancellation of one or more of the sensors or transmitters Cancellation of a group of sensor (with the same configuration) or of all keychain transmitters Total cancellation of memory Note: Programming must be done with at least one of the tamper buttons open. To program after installation, the service key must be turned to the OFF position before removing the VP-6N from the wall. Anti-tamper cover switch Anti-tamper switch Programming is done by using dip switches 6, 7, 8, 9, 10, 11 e which can be found by removing the sliding cover situated above the service key (see diagram on the right). OFF 11 10 9 8 7 6 5 4 3 2 1 The following table illustrates the functions regarding all dip switches. Dip SUMMARY DIP-SWITCH TABLE Function 1 Selection of silent or audible hold-up function (see table on Page 5) 2 Alarm time selection (see table on Page 5) 3 Selection of change of state beep (see table on Page 5) 4 Selection of alarm cycle counter (see table on Page 5) 5 Alarm memory (see table on Page 5) 6-7-8-9 Programming of wireless sensors (immediate, delayed, Day, Night) and transmitters (see Tables 1 and 2 on Page 7) 10-11 Selection of operations (see table 1 on Page 7) Access / Exit of programming mode Pag. 6

TABLE 1 Type of operations to be done Dip 10 Dip 11 Programming of the wireless sensors (burglary, fire/gas), of the keychain transmitters and of sirens tamper (see paragraph 7.1. / 7.5. / 7.6.) OFF Cancellation of the wireless sensors. (burglary, fire/gas) and of the keychain transmitters (see paragraph 7.2.) OFF Cancellation of a group of sensor (burglary, fire/gas) with the same configuration or of all keychain transmitters (see paragraph 7.3.) OFF OFF Cancellation total of all the sensors, transmitters and sirens (total cancellation of the memory) (see paragraph 7.4.) TABLE 2 Category Protection Immediate Delayed Day-Night Dip 6 Dip 7 Dip 8 Dip 9 Wireless sensor Burglary Immediate Day OFF OFF OFF OFF Delayed Day OFF OFF OFF Immediate Night OFF OFF OFF Delayed Night OFF OFF Wireless sensor Fire/gas Immediate Day and Night OFF Keychain transmitter OFF Pag. 7

TABLE 3 Position Alarm memory Sensors and Transmitters Burglary Fire/gas Configuration Progr. 1 Tamper 2 Wireless sensor 1 Immediate Delayed Day Night 3 Wireless sensor 2 Immediate Delayed Day Night 4 Wireless sensor 3 Immediate Delayed Day Night 5 Wireless sensor 4 Immediate Delayed Day Night 6 Wireless sensor 5 Immediate Delayed Day Night 7 Wireless sensor 6 Immediate Delayed Day Night 8 Wireless sensor 7 Immediate Delayed Day Night 9 Wireless sensor 8 Immediate Delayed Day Night 10 Wireless sensor 9 Immediate Delayed Day Night 11 Wireless sensor 10 Immediate Delayed Day Night Wireless sensor 11 Immediate Delayed Day Night 13 Wireless sensor Immediate Delayed Day Night 14 Wireless sensor 13 Immediate Delayed Day Night 15 Wireless sensor 14 Immediate Delayed Day Night 16 Wireless sensor 15 Immediate Delayed Day Night 17 Wireless sensor 16 Immediate Delayed Day Night 18 Wireless sensor 17 Immediate Delayed Day Night 19 Wireless sensor 18 Immediate Delayed Day Night 20 Wireless sensor 19 Immediate Delayed Day Night 21 Wireless sensor 20 Immediate Delayed Day Night 22 Wireless sensor 21 Immediate Delayed Day Night 23 Wireless sensor 22 Immediate Delayed Day Night 24 Wireless sensor 23 Immediate Delayed Day Night 25 Wireless sensor 24 Immediate Delayed Day Night 26 Wireless sensor 25 Immediate Delayed Day Night 27 Wireless sensor 26 Immediate Delayed Day Night 28 Wireless sensor 27 Immediate Delayed Day Night 29 Wireless sensor 28 Immediate Delayed Day Night 30 Wireless sensor 29 Immediate Delayed Day Night 31 Wireless sensor 30 Immediate Delayed Day Night 32 Wireless sensor 31 Immediate Delayed Day Night 33 Wireless sensor 32 Immediate Delayed Day Night 34 Wireless sensor 33 Immediate Delayed Day Night 35 Wireless sensor 34 Immediate Delayed Day Night 36 Wireless sensor 35 Immediate Delayed Day Night 37 Wireless sensor 36 Immediate Delayed Day Night 38 Wireless sensor 37 Immediate Delayed Day Night 39 Wireless sensor 38 Immediate Delayed Day Night 40 Wireless sensor 39 Immediate Delayed Day Night 41 Wireless sensor 40 Immediate Delayed Day Night 42 Transmitter 1 43 Transmitter 2 44 Transmitter 3 45 Transmitter 4 46 Transmitter 5 47 Transmitter 6 48 Transmitter 7 49 Transmitter 8 50 Transmitter 9 51 Transmitter 10 52 Transmitter 11 53 Transmitter Pag. 8

7.1. PROGRAMMING of: wireless sensors and keychain transmitters 1) Rotate the service key to OFF position. 2) Verify that at least one of tamper button is open. 3) Verify that dip is in the OFF position. 4) Rotate the service key to position. THE DAY ZE and NIGHT ZE LED will go. 5) Position dip 10 OFF and 11 (see Table 1 on page 7). 6) Position dip 6, 7, 8 and 9 as illustrated in Table 2 on page 7. 7) Position dip. 3 beeps will be emitted. 8) Transmit an alarm signal with the sensor to be programmed (see instructions included with sensor), or press "Button 1" on the keychain transmitter to be programmed. a) The VP-6N emits 1 beep to confirm that the code transmitted by the sensor or keychain transmitter has been memorized. b) If 2 beeps are emitted, this means that the code transmitted has already been memorized. c) If on the other hand 3 beeps are emitted, this means that the transmitted code cannot be memorised because the memory is full, that is all the codes allowed have been memorized: 40 for the sensors and for the keychain transmitters. 9) To program a second sensor with the same configuration of the previous, or another keychain transmitter, repeat operation (8). 10) If you want to program a second sensor with a different configuration of the previous, repeat operations (3), (6), (7) e (8). 11) After having programmed the unit, we recommend filling in Table 3 on Page 8. It is also advisable to number each sensor and keychain transmitter so that they can be easily identified. ) If one or more sensors are cancelled, any successive sensors programmed will take the place of those cancelled starting from the lowest position (see Table 3 on page 8). The same thing applies for the remote key-chain transmitters. Example: If 20 sensors have been programmed and then 2 are cancelled, to be precise, the ones that occupy positions number 3 and, the first sensor subsequently programmed will occupy position number 3 and the following one, position number. 13) After having finished the programming, position dip switch on OFF. A long beep will be emitted. 14) Reposition the cover and close both tamper switches. The DAY ZE and NIGHT ZE" LEDs go OFF and 2 beeps are emitted to signal that the VP-6N is operative in the disarmed mode. OFF 1110 Pag. 9

7.2. CANCELLATI of one or more wireless sensors or transmitters 1) Rotate the service key to OFF position. OFF 2) Verify that at least one of tamper button is open. 3) Verify that dip is in the OFF position. 4) Rotate the service key to position. THE DAY ZE and NIGHT ZE LED will go. 5) Position dip 10 to and 11 to OFF (see Table 1 on page 7). 1110 6) Sensors Consult Table 3 (see page 8) filled in during the programming phase to see the configuration of the sensor that must be cancelled. Therefore, position the dips 6, 7, 8 and 9 according to Table 2 on page 7. Transmitters Position the dips 6, 7, 8 e 9 according to the indications on the last line of Table 2 on page 7. Example: If 5 sensors have all been programmed as Immediate Day and you only wish to cancel 2, position the dips 6, 7, 8 and 9 all to OFF (see Table 2 on page 7). 7) Position dip to. 3 beeps will be emitted. 8) Transmit with the device to be cancelled.. As far as the keychain transmitters are concerned it is sufficient to press "Button 1". 4 beeps will be emitted to confirm cancellation. 9) To cancel other sensors or transmitters with the same configuration of the previous, repeat for each one operation (8) above. 10) At the end of the operation reposition the dip to OFF. A long beep will be emitted. 11) To cancel a sensor with a different configuration of the previous, repeat operations (6), (7), (8), (9) e (10). ) Reposition the cover and close both tamper switches. The DAY ZE and NIGHT ZE" LEDs go OFF and 2 beeps are emitted to signal that the VP-6N is operative in the disarmed mode. Pag. 10

7.3. CANCELLATI of a group of sensor with the same configuration or of all keychain transmitters 1) Rotate the service key to OFF position. OFF 2) Verify that at least one of tamper button is open. 3) Verify that dip is in the OFF position. 4) Rotate the service key to position. THE DAY ZE and NIGHT ZE LED will go. 5) Position dip 10 and 11 to OFF (see Table 1 on page 7). 6) Sensors Consult Table 3 on page 8 (filled in during the programming phase) to see the configuration of the group of sensor that must be cancelled. Therefore, position the dips 6, 7, 8 and 9 according to Table 2 on page 7. Transmitters Position the dips 6, 7, 8 e 9 according to the indications on the last line of Table 2 on page 7. Example: If 5 sensors have all been programmed as Immediate Day and you wish to cancel them all, position the dips 6, 7, 8 and 9 all to OFF (see Table 2 on page 7). 7) Position dip to. 3 beeps will be emitted followed after a few seconds by another 2 beeps to confirm the cancellation of the selected devices. 8) At the end of the operation reposition the dip to OFF. A long beep will be emitted. 9) Reposition the cover and close both tamper switches. The DAY ZE and NIGHT ZE" LEDs go OFF and 2 beeps are emitted to signal that the VP-6N is operative in the disarmed mode.. 1110 7.4. CANCELLATI total memory 1) Rotate the service key to OFF position. 2) Verify that at least one of tamper button is open. 3) Verify that dip is in the OFF position. 4) Rotate the service key to position. THE DAY ZE and NIGHT ZE LED will have a fixed light. 5) Position dips 10 and 11 to (see Table 1 on page 7). 6) Position the dip to. 3 beeps will be emitted followed shortly by another 2 beeps to confirm cancellation of all the memory. All that had been programmed is now cancelled (sensor, transmitters, etc.). 7) At the end of the operation reposition the dip to OFF. A long beep will be emitted. SPENTO 8) Reposition the cover and close both tamper switches. The DAY ZE and NIGHT ZE" LEDs go OFF and 2 beeps are emitted to signal that the VP-6N is operative in the disarmed mode. ACCESO 1110 Pag. 11

7.5. PROGRAMMING OF TLM-18VRP WIRELESS SIREN 1) Remove the cover and the internal panel of the siren and position the sirens dip 3 to and dips 4, 5 to OFF. 2) Power up the siren leaving the tamper button opened. A beep will be emitted approximately every 7 seconds. 3) Arm the control panel using one of the programmed keychain transmitters. This operation must be carried out with the tamper button of the control panel closed. 4) The TLM-18VRP will emit 3 beeps to confirm that self-learning of the siren has taken place. 5) Position dip 3 to OFF. 6) Remove the sirens power supply (battery and mains power adaptor). 7) Rotate the service key of the control panel to OFF position. 8) Verify that the tamper button of the control panel is opened. 9) Verify that dip on the control panel is positioned to OFF. 10) Rotate the service key to position. DAY ZE and NIGHT ZE LEDs will go. 11) Select on the control panel programming of the wireless sensors configured as Immediate Day position the dips as follows: Dip 10 to OFF Dip 11 to Dip 6, 7, 8 e 9 all to OFF ) Position on control panel dip to. 3 beeps are emitted. 13) Power up the siren leaving the tamper button open. 14) Close the tamper button. The siren emits 3 beeps and triggers a tamper alarm. This code is learned by the control panel. 15) Reposition on the control panel dip to OFF. A long beep is emitted. 16) Proceed with the installation of the TLM-18VRP following the siren instruction manual. The tampering of the siren will also trigger the alarm of the VP-6N. Pag.

7.6. PROGRAMMING OF TLM-21VRP WIRELESS SIREN 1) Remove the cover and the internal panel of the siren and position the sirens dip 5 to and dips 6, 7 and 8 to OFF. 2) Power up the siren leaving the tamper button opened. A beep and a flash will be emitted approximately every 10 seconds. 3) Arm the control panel using one of the programmed keychain transmitters. This operation must be carried out with the tamper button of the control panel closed. 4) The siren will emit 3 beeps and 3 flashes to confirm the self-learning of the code. 5) Position dip 5 to OFF. 6) Remove the sirens power supply (battery and mains power adaptor). 7) Rotate the service key of the control panel to OFF position. 8) Verify that the tamper button of the control panel is opened. 9) Verify that dip on the control panel is positioned to OFF. 10) Rotate the service key to position. DAY ZE and NIGHT ZE LEDs will go. 11) Select on the control panel programming of the wireless sensors configured as Immediate Day position the dips as follows: Dip 10 to OFF Dip 11 to Dip 6, 7, 8 e 9 all to OFF ) Position on the control panel dip to. 3 beeps are emitted. 13) Power up the siren leaving the tamper button open. 14) Close the tamper button. The siren emits 3 beeps and 3 flashes and triggers a tamper alarm. This code is learned by the control panel. 15) Reposition on the control panel dip to OFF. A long beep is emitted. 16) Proceed with the installation of the TLM-21VRP following the instructions supplied with the siren. The tampering of the siren will also trigger the alarm of the VP-6N. Pag. 13

8.0. ZE DESCRIPTI The VP-6N has 40 wireless zones for sensors and sirens. Each zone can be programmed as burglary, fire/gas, immediate, delayed, Day or Night. The Delayed zone (both Day or Night) have a fixed entrance time of 10 seconds. The intrusion of a delayed zone provokes the emission of an acoustic signal as a pre -alarm for the entire time of entrance (a beep approximately every second). At the end of the 10 seconds, if the system has not been disarmed, an alarm cycle will be activated. The exit time is of 25 seconds from the moment that the VP-6N is armed. During the exit time no acoustic signal is emitted, but the DAY ZE or "NIGHT ZE LED flashes depending on if the VP-6N is armed in Day or Night mode. The Day zones are only activated when the system is armed in Day mode. The Night zones are activated with the system armed in both Night and Day. The Fire or Gas, Panic and Tamper zones are always active whether the system is armed in Day, Night mode or totally disarmed. The above is summarized in the following table: VP-6N armed "DAY" VP-6N armed "NIGHT" VP-6N "DISARMED" DAY Zone Active Not active Not active NIGHT Zone Active Active Not active Fire or gas zone Active Active Active Panic Active Active Active Anti-tamper Active Active Active Pag. 14

9.0. ARMING OF SYSTEM 9.1. FULL ARMING (DAY mode) Press Button 1 on the three channel keychain transmitter. The emission of a beep and a flash of the red LED DAY ZE indicate that the system has been fully armed ( DAY mode). The LED flashes for the entire exit time of 25 seconds during which the VP-6N any alarm signal will be disregarded. Button 1 At the end of the exit time, the LED will go. From this moment the VP-6N is armed. Any alarm signal from the sensors configured DAY or NIGHT triggers an alarm cycle for the programmed time. After each alarm cycle, the VP-6N will reset and be ready for another alarm. If the alarm cycle counter is activated (see paragraph.0.), the VP-6N will carry out a maximum of 4 alarm cycles for each type of alarm detected. To signal the "DAY" arming mode, the TLM-18VRP wireless sirens will emit a beep (excludible), while the TLM-21VRP wireless sirens will emit a flash and a beep (excludible). 9.2. PARTIAL ARMING (Night mode) Press Button 2 on the three channel keychain transmitter. The emission of a long beep and a flash of the red LED NIGHT ZE indicates that the system has been partially armed ( NIGHT mode). The LED flashes for the entire exit time of 25 seconds during which the VP-6N will disregard alarm signals. At the end of the exit time, the LED will go. Button 2 From this moment the VP-6N is armed. Any alarm signal from the sensors configured NIGHT trigger an alarm cycle for the programmed time. All sensors configured DAY are excluded. After each alarm cycle, the VP-6N will reset and be ready for another alarm. If the alarm cycle counter is activated (see paragraph.0.), the VP-6N will carry out a maximum of 4 alarm cycles for each type of alarm detected. The partial arming will not be signalled by the wireless sirens installed. 9.3. DISARMING Press Button 1 on the three channel keychain transmitter. The emission of 2 beeps and the turning OFF of the DAY ZE or NIGHT ZE LED (depending on how the system is armed Day or Night), indicate that the system has been disarmed (OFF). If while the system was armed in Day or Night mode, an alarm event have been detected, then the alarm memory function will Button 1 initiate when the VP-6N is disarmed and remains active until the control panel is once again armed (see paragraph 14.0.). To signal the disarming mode, the TLM-18VRP wireless sirens will emit 2 beeps (excludible), while the TLM-21VRP wireless sirens will emit 2 flashes and 2 beeps (excludible). ATTENTI With the system disarmed, Fire, Gas and Tamper alarms, Panic and Medical Distress functions always remain active. Pag. 15

10.0. TEST FOR WIRELESS SENSORS Once VP-6N and all peripherals have been installed, it is possible to verify the functioning of the range of the wireless sensors without provoking an alarm. 1) Disarm the VP-6N with the supplied keychain transmitter. 2) The violation of the zones protected by the peripherals (IR-32VRP, MG-1P, MG-3P etc.) provoke the lighting of the DAY ZE or NIGHT ZE LED depending on how the sensors have been programmed (Day or Night). 3) The DAY ZE or NIGHT ZE LED lights every time that there is an intrusion in the zone. 11.0. FUNCTIING In case of burglary, fire or gas, panic and tamper alarm, the VP-6N activates the following devices: 1) Incorporated siren The siren sounds for the entire time set (2 or 4 minutes). N.B. In case of panic alarm, the siren sounds only if an audible panic alarm is chosen. 2) Wireless siren (TLM-18VRP (indoor) and TLM-21VRP (outdoor)) - If the alarm time selected is 2 minutes, the sirens sound for 2 minutes. - If the alarm time selected is 4 minutes, the indoor siren sounds for 4 minutes, while the outdoor siren sounds for 3 minutes which is the maximum alarm time of the siren. N.B. In case of panic alarm, the siren sounds only if an audible panic alarm is chosen. A) After an alarm cycle the VP-6N resets itself and is ready for another alarm. B) An alarm can be interrupted by pressing "Button 1" of the keychain transmitter. VP-6N armed The interruption of a burglary, fire/gas, hold-up and tamper alarm will cause: - The interruption of incorporated siren and remote indoor and outdoor sirens. - Disarming of the VP-6N (2 beeps will be emitted). - The alarm memory activation. - The interruption of the alarm calling cycle of the wired telephone dialler connected to the telephone plug incorporated in the VP-6N. VP-6N disarmed Permanent interruption of a fire/gas, hold-up and tamper alarms. C) Tamper violation of the TLM-21VRP and TLM-18VRP sirens will trigger an alarm of the VP -6N which consequently activate all other wireless devices installed (sirens, etc.). Pag. 16

.0. ALARM CYCLE COUNTER Counter activated (dip 4 ) In case of alarm (burglary, hold-up, fire and tamper), the VP-6N carries out, for the same alarm cause, a maximum of 4 alarm cycles of the duration of the time set with dip 2. After which, the VP-6N will no longer trigger by the same alarm cause. It will however be triggered if the cause of alarm is different. Example: If a wireless sensor or the magnetic contact triggers an alarm for 4 consecutive time, the VP-6N carries out an alarm cycle each time. If the same sensor or magnetic contact is triggered a fifth time, the VP-6N will not alarm. Deactivated counter (dip 4 OFF) In case of alarm (burglary, hold-up, fire and tamper), the VP-6N carries out an alarm cycle of the duration of the time set with dip 2. The alarms will continue based on the alarms triggered. 13.0. HOLD-UP ALARM To call for help in the case of danger or medical distress, press Button 3 on the keychain transmitter as shown on the design on the right. The button can be easily found by sliding the protection cover towards. The hold-up function can be activated at any time regardless at the status of the alarm system (armed or not armed). The hold-up alarm provoked the immediate activation of the devices listed in points 1) and 2) on paragraph 11.0. Button 3 Slide 13.1. HOLD UP ALARM RESET A hold up alarm can be blocked by pressing Button 1 of the keychain transmitter. Button 1 Pag. 17

14.0. ALARM MEMORY VP-6N armed If during arming in "Day" or "Night" mode one or more alarm events occur, when the VP-6N is disarmed, the "Alarm memory" will be activated. Only the first alarm event triggered will be indicated by the short flashing of the "NIGHT ZE" LED and long flashing of the "DAY ZE" LED and by the emission of short and long beeps (the beeps can be excluded by positioning dip-switch 5 to OFF - see Table on page 5). To limit the number of flashes and beeps emitted the following system has been used: The "NIGHT ZE" LED short flashing and short beep indicates each unit. The "DAY ZE" LED long flashing and long beep indicates ten units. Looking at the Table 3 on page 8, the first column indicates the number of flashes and beeps emitted, while the second column shows the devices (tamper, wireless sensors and keychain transmitters) associated to the position occupied in the first column. Therefore, from the number of flashes and beeps emitted, it is possible to see which of the devices has gone into alarm. Examples: 1) One short flash of the "NIGHT ZE" LED and one short beep, indicate a tamper alarm. 2) 3 short flashes of the "NIGHT ZE" LED and 3 short beeps indicate an alarm on sensor number 2. 3) One long flash of the "DAY ZE" LED and one long beep, plus 3 short flashes of the "NIGHT ZE" LED and 3 short beeps, indicate an alarm on sensor number. 4) 2 long flashes of the "DAY ZE" LED and 2 long beeps, plus 5 short flashes of the "NIGHT ZE" LED and 5 short beeps indicate an alarm on sensor number 24. 5) 4 long flashes of the "DAY ZE" LED and 4 long beeps, plus 2 short flashes of the "NIGHT ZE" LED and 2 short beeps indicate the hold-up alarm activated by the first programmed keychain transmitter. VP-6N disarmed If during disarming mode one or more alarm events occur, when the VP-6N is newly armed, the system will not arm, but 2 beep will be emitted and the "Alarm memory" will be activated to indicate, whit the above described mode, the first alarm event triggered. At this point, to arm the VP-6N press "Button 1" on the keychain transmitter to reset the alarm memory, then press newly "Button 1" (to arm in "Day" mode) or "Button 2" (to arm in "NIGHT" mode). 14.1. ALARM MEMORY RESET The alarm memory can be cancelled by pressing "Button 1" of the keychain transmitter. The emission of a short beep will confirm alarm memory. Pag. 18

16.0. TECHNICAL CHARACTERISTICS Power: adaptor 230 Vac +/- 10% (50 Hz) 14 Vdc Current drain (LED off): 2.5 ma Current drain (DAY mode): 8 ma Current drain (NIGHT mode): 5 ma Acoustic output power: 0 db at three metres Minimum guaranteed range: 20 metres Working frequency: 433.92 MHz Alarm time: 2 or 4 minutes (programmable) Exit time: 25 seconds Entrance time: 10 seconds Operating temperature range: -10 C to +50 C Battery housing: V - 700 mah SMD technology Dimensions: 140x113x55 mm Weight: 1.1 Kg ATTENTI The sensors and keychain transmitters supplied with the VP-6N are already programmed as indicated on the label on the back of each sensor and keychain transmitter. The position occupied by the sensors and keychain transmitters supplied is indicated below on Table 3: Sensor 1 position "IR-32VRP - Immediate Day" Sensor 2 position "IR-32VRP - Immediate Day" Sensor 3 position "MG-1 - Immediate Night" Keychain transmitter 1 position "PEG-3" Keychain transmitter 2 position "PEG-3" Position Alarm memory Sensors and transmitters 1 Tamper 2 Wireless sensor 1 3 Wireless sensor 2 4 Wireless sensor 3 42 Transmitter 1 43 Transmitter 2 Do not litter. Separate and discard the packaging materials in the containers (depending on the rules in force at the place of residence). Do not litter. Turn the device and the batteries over to a designated disposal at the end of lifetime. Latest revision 05-23-2011 Pag. 19

NOTES Pag. 20