Velleman HAM982K User Manual

HAM982K

HOME ALARM STARTER SET ALARMCENTRALE STARTSET KIT SYSTÈME DE SÉCURITÉ CENTRAL DE ALARMA HAUSALARM EINSTEIGER-SET

USER MANUAL

GEBRUIKERSHANDLEIDING NOTICE D’EMPLOI MANUAL DEL USUARIO BEDIENUNGSANLEITUNG

HAM982K_v2 VELLEMAN

HAM982K – HOME ALARM STARTER SET

Introduction

To all residents of the European Union Important environmental information about this product

This symbol on the device or the package indicates that disposal of the device after its lifecycle could harm the environment.

Do not dispose of the unit (or batteries) as unsorted municipal waste; it should be taken to a specialized company for recycling. This device should be returned to your distributor or to a local recycling service. Respect the local environmental rules.

If in doubt, contact your local waste disposal authorities.

Thank you for buying the HAM982K! Please read the manual thoroughly before bringing this device into service. If the device was damaged in transit, don't install or use it and contact your dealer.

The HAM982K home alarm set comprises:

1. 1 x electronic siren

2. 1 x AC power adapter

3. 1 x PIR detector

4. 5 x magnetic reed switches

5. 1 x panic button

6. 1 x 8-zone alarm control panel

These numbers refer to the chapters below.

1. Electronic Siren

5" horn speaker Operating voltage 6-12Vdc Peak output power 7W Current consumption 600mA

Connection diagram:

+ =red wire

- = black wire

It is important to know if the N.O. contact is of the positive or the negative type. If it is a positive type, connection should be made as shown above. If it is a negative type, the switch should be on the black (-) wire.

2. AC Power Adapter

Input voltage 230Vac 50Hz Output voltage 16.5Vac Output current 3000mA max. Rated power factor cos

φ 0.96 Protection built-in thermal & current fuse Dimensions (LxWxH) 76 x 89.5 x 62mm Weight 1.2kg

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1M 2M 3M 4M 5M 6M 7M 8M 9M 10M 11M 12M

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Connect the 16.5Vac output terminals to the device's input terminals. Make sure its power consumption does not exceed the maximum rating of the adapter, and that the connection wires are firmly fixed to the terminals. Then plug the power plug into a 230Vac mains socket. The power adapter is for indoor use only.

3. PIR Detector

a. Technical Specifications

Detection element low noise dual element pyro sensor Operating voltage 8-16Vdc ; 12Vdc nominal Current consumption typical 15mA at 12Vdc Power-up delay typical 2 minutes with flashing LED indication Alarm period 2-3s Alarm output N.C. relay contact with 10Ω in-line resistor. Contact rating: 28Vdc, 0.1A Walk test with LED alarm indicator Pulse counting Normal response or 2 pulses within 12 seconds for "harsh" environments Tamper switch N.C. contact with 10Ω in-line resistor. Contact rating: 12Vdc, 50mA Operating temperature -10 to +55°C Humidity max 95% non-condensing EMC conform to CE standard Dimensions (HxWxD) 116 x 73.5 x 74mm

b. PCB layout

1. Pyro-sensor (do not touch this sensor!)

2. Walk test & alarm indicator

3. Tamper switch

4. Pulse count jumper ("harsh": for environment with high risk of false detection)

5. LED on/off jumper (on = flashing during start-up, on during operation)

6. Connection terminal block:

Tamper: if a tamper switch is required, connect these terminals to a 24h

normally closed (NC) zone in the alarm control panel. Opening the housing will trigger a tamper signal.

12Vdc: connect (+) to an 8-16V power source, usually from the alarm control

panel. Connect (-) to the common grounding point.

Alarm: the alarm output relay of the detector. Connect these terminals to a

normally closed (NC) zone in the alarm control panel.

c. Installation

• Install the detector indoors, on a stable surface with a clear view on the protection area.

• Avoid mounting where hot or cold air may blow directly onto the device and where objects

in the detection field may change temperature rapidly (heating or air-conditioning devices).

• Considering the detection angle of the device (see figure on the right), corner mounting is

recommended, at a height of 2 to 3 meters.

Procedure:

1. Open the cover by inserting a small screw driver into the edge of the unit and turning it to release the cover.

2. Remove the PCB by releasing the two fixing screws from the support post - DO NOT DROP THE PCB!

3. Numerous "knockouts" are provided on the back plate. Punch the one which will provide the best cable entry.

4. The two fixing holes on the back of the back plate are for surface mounting. The two fixing holes on the left and

right of the back plate are for corner mounting. Fix the back plate firmly on the wall with the two enclosed screws.

5. Put the PCB back onto the back plate and fix it firmly. Connect the wires to the terminal block.

6. Clip the front cover back in place on the back plate. See to it that the tamper switch is depressed when the front

cover is in place.

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d. Testing

a. Apply 12V DC power and allow 3-5 minutes for the detector to warm up and stabilise before testing. b. Walk into the protected area at a speed of 1 step per second and watch the LED. c. The alarm will be triggered when movement is detected. If the pulse count jumper is set to "harsh", 2 detections

need to be made in 12 seconds time for the alarm to be triggered.

d. If proper detection does not occur during the walk tests, relocating or re-aiming the detector may be required.

4. Magnetic Reed Switches

• magnetic switch, standard type

• white ABS

• mounting with screws or double-sided tape

• operating gap: max. 15mm

• dimensions: 51 x 13 x 13mm.

5. Panic button

• NC & NO alarm circuit connection

• screw connectors

• momentary contact (off / on)

• contact rating: 0.5A / 24Vdc max

• colour: ivory

• dimensions: 76 x 22.5 x 16mm

6. Control Panel

a. Front Panel

LEDs ON OFF FLASHING

zone LEDs (8)

zone unsealed – wire is possibly disconnected.

Zone sealed (normal)

•

fast: zone is/was in alarm

•

fast with interval: zone is in alarm memory –

system disarmed

•

slow: zone is isolated

exit/armed alarm armed alarm disarmed exit delay period

•

AC power failure, system runs on battery

(flashing starts 20-30s after power failure)

AC power system on AC power

•

'AC power' & 'battery' flashing alternatively:

system is in power-up delay period

battery battery faulty normal

•

battery is under test

program system in program mode normal

arm prohibited

system in arm prohibited mode: indicator is on during exit delay period

•

System armed (exit delay

expired)

•

System forced to arm

system cannot be armed after exit delay expired due to faulty zone(s) – see zone indicators for the faulty zone(s)

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SOUND MEANING

1 short beep successful key entry 2 short beeps successful code entry for the function 5 short beeps

•

wrong code

•

unauthorized command attempted

•

code entry time expired, 10s max. per digit is allowed

1 long beep exit delay expired, system is armed 1 short beep/30s

•

AC power failure

•

weak battery

continuous beep every 0.5s

•

exit delay time

•

entry delay time

•

DAP jumper is on

2 beeps + 5 beeps system cannot be armed instantly due to ARM PROHIBITED

b. Connections

BATTERY: connect the red (+) wire to the positive and the black (-) wire to the negative terminal of the battery. The

battery should be of the 12V / 1.2Ah sealed lead acid rechargeable type. It is protected by a 2.5A resettable fuse and is charged by a current limiting regulated voltage source in the system.

1, 2 the device requires a 16.5Vac power supply, min. 1.5A at 50 or 60 Hz. The primary side of the transformer

must be connected to an unswitched receptacle.

3 This terminal provides an unswitched +12V output power referring to the common ground. It gives continuous

output power, even if the device is unarmed. Suitable for e.g. smoke detectors, control keypads etc. This terminal is equipped with a 750mA resettable fuse.

4 This terminal provides a switched +12V output power referring to the common ground when the system is

armed. It is provided for devices that require switched power for resetting, such as glass-break detectors and

smoke detectors that require a power-down to reset. This terminal is equipped with a 750mA resettable fuse. 3+4 These terminals share the same power bus. Combined power for these outputs should not exceed 750mA. 5 Common ground (-) 6 This terminal provides a continuous +12V output power at normal (= no alarm) condition that is switched off

when an alarm occurs. It is intended for alarm devices with a built-in battery that remain quiet as long as there

is an incoming voltage (hold-off voltage) and that are activated (on battery power) when the voltage is cut. 7 This terminal provides a continuous +12V output power upon and after an alarm condition until the system is

disarmed or reset by the user code. It is equipped with a 2.5A resettable fuse. This output is intended for alarm

devices that switch on when there is incoming power (e.g.: SV/PSL3x siren + strobe).

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8 Common ground 9 This terminal provides +12V output power upon alarm condition during the time period set in the alarm timer. It

is ideal for a siren or alarm bell. The output is equipped with a 2.5A resettable fuse. 10-13 These terminals are the connection points for remote switches for arm-disarm control (optional). These

switches need to be of the 'momentary contact' type and equipped with 2 LEDs (home/away LED and status

LED). Up to 3 of these switches can be connected in parallel. Switches that can be used are HAA80 (key

switch), HAA85 (security keypad) and HAA85WP (security keypad – waterproof).

10: to connect the actual key switch contact(s)

11: to connect the home/away LED(s): away= all zones are activated ; home= only the selected zones are

activated (see "8.l.Setting "HOME" mode") – the other zones are freely accessible.

12: to connect the status LED(s)

13: +12V common point for contacts and LEDs, equipped with a 750mA resettable fuse.

switch contact status results

ARMING THE SYSTEM

1st contact away mode arming

• Exit delay starts

• Exit beep sounds if it is enabled

• The system will be armed after exit delay

2nd contact home mode arming

• The 2

touch must be made within the exit delay period

• Exit beep sounds continuously during exit delay

• The system will be armed after exit delay

DISARMING THE SYSTEM

1st contact system disarmed

• The system is disarmed and reset if there was no

alarm. It is ready for rearming.

• The system is disarmed but with alarm memory if an

alarm occurred – 2nd contact is required

2nd contact

• alarm memory is cleared

• system remains disarmed

The alarm memory LEDs are off ('status' LED + zone LEDS). The system is ready for rearming.

LED on off flashing home-away away mode system disarmed home mode status

• exit delay starts but there

is/are (an) unsealed zone(s) – check zone connections

• system is armed after exit

delay expired

system disarmed

• Flashing slow: exit delay starts and

the zones are normal

• Flashing fast: zone is or was in alarm

• Flashing fast with intervals: system is

disarmed or zone with alarm memory.

14-16 These terminals have no function. 17-28 These terminals are protection zones 1-8 and their common ground

terminals. The zones are EOL (End of Line), with a 2.2kΩ resistor.

NC (normally closed) contacts are to be wired in series with the EOL

resistor, whereas NO (normally open) contacts are to be wired in parallel with the EOL resistor. The function of

the zones and their response times are programmable via the system programming options.

17=zone 1 ; 19=zone 2 ; 20=zone 3 ; 22=zone 4 ; 23=zone 5 ; 25=zone 6 ; 26=zone 7 ; 28=zone 8.

18, 21, 24, 27: common ground.

IMPORTANT: the cabinet's (NC) tamper switch is pre-wired to zone 8 internally. We suggest you always keep

zone 8 as a 24h protection zone. DAP jumper: DAP means Direct Access to Programming: this jumper is provided to set the system in programming

mode in case the master code is forgotten or lost.

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7. Factory Settings

These are the factory settings – they can be modified if they are not applicable for your situation. Refer to the next chapter ("8. Programming the Panel") for details on how to modify the settings. The factory settings allow for the system to be operated as a local alarm panel without programming except for the master and user codes.

LOCATION PARAMETERS DEFAULT PRESETS PROGRAM DATA

01 master code 1234 code=1234

11-18 user code 1-8 nil nil

21 zone 1 multiple trigger, entry delay 1, 500ms response code1=1, code2=1, code3=2 22 zone 2 multiple trigger, entry delay 1, 500ms response code1=1, code2=1, code3=2 23 zone 3 multiple trigger, instant, 500ms response code1=1, code2=0, code3=2 24 zone 4 multiple trigger, instant, 500ms response code1=1, code2=0, code3=2 25 zone 5 multiple trigger, instant, 500ms response code1=1, code2=0, code3=2 26 zone 6 multiple trigger, instant, 500ms response code1=1, code2=0, code3=2 27 zone 7 multiple trigger, 24hr instant, 500ms response code1=1, code2=3, code3=2 28 zone 8 multiple trigger, 24hr instant, 500ms response code1=1, code2=3, code3=2 30 exit delay exit beep enabled, 60 seconds code=1, duration=60 31 entry delay 1 entry beep enabled, 30 seconds code=1, duration=30 32 entry delay 2 entry beep enabled, 60 seconds code=1, duration=60 33 siren duration arm-disarm ring-back disabled, 300 seconds code=0, duration=300 40 arming type forced to arm code=0 41 alarm handover disabled code=0

HOME isolation zones in memory nil nil

85 power up delay disabled code=0 86 periodic battery test disabled code=0

8. Programming the Panel

BEWARE: to avoid triggering by the tamper switch, make sure the cabinet is firmly closed before applying power to

the system. Also, do not install a battery after power-on but before a user code is programmed: the tamper switch will trigger the alarm instantly, but there is no user code to turn it off and the master code cannot be used for disarming.

The panel can be programmed from the system keypad. Enter programming mode, then key in the 2-digit Programming Location or address, followed immediately by the desired programming values (program data), then press the '#' key to store the data. The system will either confirm storage with 2 beeps, or signal an unsuccessful storage attempt with 5 beeps. If you are not sure of the values that have been entered, program the programming location again. When programming is finished, press the '' key twice to exit the programming mode.

a. Enter Programming mode

To enter the programming mode, enter either the factory set master code (1234) or your own master code (when set), then press the '' key twice to confirm your entry. The console will beep twice to confirm that the system is in programming mode – the PROGRAM LED will light up. If the factory set master code was replaced and the new master code is lost, use the DAP jumper to override the entry code and enter the programming mode directly. The DAP jumper is located on the master circuit board. Follow this procedure precisely to use the DAP jumper:

1) Disconnect the power supply including both AC power and the backup battery.

2) Set the jumper from the OFF to the ON position.

3) Reconnect the power supply, the console will beep continuously.

4) Put the DAP jumper back to OFF ; the beeping stops and the PROGRAM LED is on.

5) The system is now in programming mode and ready to receive new data.

6) The DAP jumper should be left in the OFF position after programming.

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b. Edit the Master Code (location 01)

1. Enter '01' (the location of the master code)

2. Enter the new master code (minimum 2 and maximum 5 digits)

3. Validate the new master code with '#' – the previous code will be erased.

c. Setting User Codes (location 11-18)

1. Enter the location of the user code: 11 (user 1), 12 (user 2), 13 (3), 14 (4), 15 (5), 16 (6), 17 (7), 18 (user 8).

2. Enter the new user code (minimum 2 and maximum 5 digits)

Usually one user code is required to arm/disarm the system. User codes 2 to 8 are optional.

3. Validate the new user code with '#' – the previous code for that location will be erased. To invalid a code, enter the location number and press '#' immediately to erase the existing code.

d. Configuring the protection zones (location 21-28)

1. Enter the location of the zone: 21 (zone 1), 22 (zone 2), 23 (3), 24 (4), 25 (5), 26 (6), 27 (7), 28 (zone 8).

2. Enter code 1: triggering mode:

0= single trigger: the zone can only give alarm once until the system and thus the zone is reset. 1= multiple trigger (default for all zones): the zone can be re-triggered after an alarm if it is still armed.

3. Enter code 2: response delay mode:

0= instant: there is no entry delay ; the alarm is triggered instantly (default zones 3, 4, 5, 6). 1= entry delay 1: there is an entry delay according to the time set on the entry delay timer 1 (default zones 1, 2). 2= entry delay 2: there is an entry delay according to the time set on the entry delay timer 2. 3= 24h-instant: the zone ALWAYS gives alarm when triggered, armed or not (default zones 7, 8).

4. Enter code 3: response time: 0=25ms, 1=250ms, 3=500ms (default for all channels), 4=750ms.

5. Validate the new configuration with '#' – the previous configuration will be erased.

e. Setting the Exit Delay Time / Beep (location 30)

1. Enter the location: '30'.

2. Enter code 1: exit beep: the system beeps during the exit delay period:

'0'= disabled / '1'= enabled (default).

3. Enter the exit delay: 2-999 seconds (default = 60s)

4. Validate the new setting with '#'.

f. Setting the Entry Delay Time / Beep (location 31-32)

1. Enter the location: '31' (entry delay 1) or '32' (entry delay 2).

2. Enter code 1: entry beep: the system beeps during the entry delay period:

'0'= disabled / '1'= enabled (default).

3. Enter the entry delay: 2-999 seconds (default entry delay 1 = 30s ; entry delay 2 = 60s)

4. Validate the new setting with '#'.

g. Setting the Siren Duration (location 33)

1. Enter the location: '33'.

2. Enter code 1: the system will activate its timing alarm output (terminal 9) to generate short signals when the

system is armed (2 signals) or disarmed (1 signal): '0'= disabled (default) / '1'= enabled.

3. Enter the siren time: 2-999 seconds (default = 300s)

4. Validate the new setting with '#'.

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h. Setting 'Forced to Arm' or 'Arm Prohibited' (location 40)

1. Enter the location: '40'.

2. Enter code:

0= FORCED TO ARM: (default) a triggered zone will be isolated after the exit delay expired, but the system will be armed. The faulty zone(s) will be shown in the zone LEDs. WARNING: an isolated zone is not protected! 1= ARM PROHIBITED: a triggered zone will cause the entire system not to be armed until that zone is cleared or manually isolated. After the exit delay, the system will emit 5 beeps to indicate it is not armed. The zone LED(s) will indicate the faulty zone(s). See "6.a. Control Console" for more details on the 'arm prohibited' LED. A faulty zone that is manually isolated after the 'arm prohibited' is considered an isolated zone in normal operation. The system will now be armed after the exit delay.

3. Validate the new setting with '#'.

i. Setting the 'handover' function (location 41)

1. Enter the location: '41'.

2. Enter code:

0= DISABLED: (default) the system is in normal operation. All protection zones' functions are according to the zone configuration settings. 1= ENABLED: in handover condition, if a delay zone is triggered first, all instant zones (except 24h-instant zones) will be disabled during the entry delay period. With this feature, we recommend the owner sets the motion sensors for interior protection to instant zones and the main door protection to a delay zone. This way, the system will always give instant alarm when the premises are not entered through the main door.

3. Validate the new setting with '#'.

j. Setting the Power-up Delay (location 85)

1. Enter the location: '85'.

2. Enter code:

0= DISABLED (default) 1= ENABLED

- The purpose of power-up delay is to allow the system to stabilize and to charge the backup battery upon power-

up (when the backup battery is exhausted).

- The power-up delay is 5 minutes. The system suppresses all the alarm outputs.

- During the power-up delay period, the AC POWER and BATTERY LEDs are flashing alternately.

3. Validate the new setting with '#'.

k. Setting the Periodic Battery Test (location 86)

1. Enter the location: '86'.

2. Enter code:

0= DISABLED (default) 1= DAILY – 24 HOURS 2= WEEKLY – 7 DAYS

- When periodic battery testing is selected, the system will automatically test the backup battery every 24 hours or

every 7 days.

- After every test, the system shows the battery status on the control console.

- The system automatically stops the battery test upon an AC power failure or when the system is in alarm mode.

3. Validate the new setting with '#'.

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l. Setting "HOME" mode (location HOME)

1. Enter the location: 'HOME'.

2. Enter the zones to be isolated: 1-8 (default: none)

- Several zones can be set to 'isolation' at once: continuous entry is possible.

- Setting a 24h zone to isolation is not recommended – an isolated zone is not protected.

- The 'HOME' mode is convenient to isolate several zones at once without having to isolate each zone separately.

The HOME mode can simply be activated by entering a user code, pressing 'HOME' and '#' to confirm..

3. Validate the entered selection with '#'.

m. Resetting the default values (location 02)

1. Enter location: '02': the default settings will be restored (see "7. Factory Presets") but NOT the master code.

2. Validate the reset command with '#'.

n. Exiting the programming mode

To exit the programming mode and return to the operational mode, press the '' key twice.

9. AC or Battery Power

a. AC Power Indication

The AC power LED is lit when the AC power supply is normal ; it flashes when there is an AC power failure. The control console produces one beep every 30 seconds during a power failure.

b. Battery Testing

The system performs dynamic battery testing on the standby battery by interrupting AC power for 2 minutes and monitoring the battery under loaded condition.

• Battery testing can be programmed (see "8.k. Setting the Periodic Battery Test").

• Battery testing can be performed manually at any time by entering a user code, followed by '', '4' and '#'.

• The battery status is always shown on the BATTERY LED indicator.

• The system produces a beep every 30 seconds when the battery is low, until a new test considers the battery to

be normal again.

• Battery testing is not possible during AC power failure or when the system is in alarm.

c. Battery Low Indications & Auto Reset

• The battery low indication begins at 11.0V in a loaded condition during battery testing.

• The battery low indication begins at 11.0V for more than 2 minutes during AC power failure.

• The system will be reset to stop working when the battery voltage drops to 10V during AC power failure.

d. Power-up Delay

The system can be programmed with or without power-up delay by entering the appropriate command code at location 85. The AC POWER and BATTERY lights flash alternately and the system does not function during power-up delay.

e. Back-up Battery

The battery should be of the 12V/1.2Ah sealed lead acid rechargeable type. It is protected by a 2.5A resettable fuse. The maximum battery charge current in the system is 350mA. Standby time is approximately 16 hours at 250mA. The back-up battery should be replaced every 3 to 5 years.

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10. Opening the Housing for Maintenance

The metal housing of the HAM982K is protected by a built-in tamper switch that is factory wired to zone 8, which is a 24-hour protection zone on default settings. Opening the housing will cause the tamper switch to make alarm. If the housing needs to be opened, the tamper switch needs to be isolated first. This can be done in two ways:

1. by isolating zone 8 only: enter a user code, press the 'ISOLATE' button, then '8' and close with '#'. The tamper

switch is now isolated – the zone 8 LED will flash slowly.

2. by going in programming mode: enter the master code and press '' twice. The system is now in programming

mode, the PROGRAM LED is on and all protection zones (including 8) are disabled. The housing can now be opened without triggering an alarm. In order to leave the housing open while arming and testing the system, put a jumper (metal) wire between the tamper switch terminals to disable its function. Do not forget to remove the jumper wire afterwards – do not forget to isolate zone 8 before removing the jumper wire.

11. Arming the System

1. Make sure the alarm system is disarmed.

2. Enter your user code and press '#' to arm the system (with exit delay).

Enter your user code, press '', '2' and '#' to arm the system immediately.

Enter your user code, press 'HOME' and '#' to arm the system in home mode (with exit delay).

Enter your user code, press 'HOME', '2' and '#' to arm the system in home mode immediately.

Enter your user code, press 'ISOLATE' followed by the zone numbers to be isolated to isolate those zones and

arm the system for the remainder of the zones (with exit delay). It is not recommended to isolate 24h protection

zones. Manually isolated zones will be reset when the system is disarmed.

3. With exit delay: the system beeps twice and the EXIT/ARMED LED flashes to indicate the exit delay is running.

If the exit beep is enabled (see "8.e. Setting the Exit Delay Time / Beep"), the system will beep during exit delay.

Immediate: the system beeps twice and the EXIT/ARMED LED lights up to indicate the system is armed. To be

able to use immediate arming, the control panel must be outside the protected area.

In home mode or when zones have been isolated, the LEDs of those zones will flash to indicate they are isolated.

12. Disarming, Clearing, Rearming the System

1. Make sure you enter the premises through a time delayed door (see "8.f. Setting the Entry Delay Time / Beep") if

the control console is mounted in a protected area.

2. Enter your user code and press '#' to disarm the system, also after an alarm has occurred. 2 beeps will confirm a

correct code. A wrong code will be signalled by 5 beeps in stead of 2.

If there was an alarm, the affected zone LEDs will flash to help you remember where the alarm occurred.

3. To clear the alarm memory: enter your user code, followed by '', '3' and '#'. The zone LEDs will be off. The

system can now be rearmed. NOTE: Enter your user code, followed by '', '6' and '#' to clear the alarm memory and at the same time rearm the system. The zone LEDs are off, the console beeps twice and the exit delay starts or the system is armed.

13. Panic Alarm

The system is equipped with a panic alarm, which is activated by pressing any two buttons on the control panel for three seconds. The console will beep twice to confirm the alarm. There will be no indication of an alarm condition on the control console. Disarm the system as described in "12. Disarming, Clearing, Rearming the System".

14. Alarm Output Test

IMPORTANT: make sure the system is disarmed when performing the tests!

Enter your user code, followed by '', '5' and '#'. The alarm bell / siren / strobe light will be activated for 3 seconds. It is highly recommended to test the system from time to time to make sure it is functioning properly.

For more info concerning this product, please visit our website www.velleman.eu. The information in this manual is subject to change without prior notice.

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HAM982K – ALARMCENTRALE STARTSET

Inleiding

Aan alle ingezetenen van de Europese Unie Belangrijke milieu-informatie betreffende dit product

Dit symbool op het toestel of de verpakking geeft aan dat, als het na zijn levenscyclus wordt weggeworpen, dit toestel schade kan toebrengen aan het milieu.

Gooi dit toestel (en eventuele batterijen) niet bij het gewone huishoudelijke afval; het moet bij een gespecialiseerd bedrijf terechtkomen voor recyclage. U moet dit toestel naar uw verdeler of naar een lokaal recyclagepunt brengen. Respecteer de plaatselijke milieuwetgeving.

Hebt u vragen, contacteer dan de plaatselijke autoriteiten inzake verwijdering.

Dank u voor uw aankoop! Lees deze handleiding grondig voor u het toestel in gebruik neemt. Als het toestel werd beschadigd tijdens het transport, installeer het dan niet en raadpleeg uw dealer.

De HAM982K startset omvat:

1. 1 x elektronische sirene

2. 1 x AC adapter

3. 1 x PIR detector

4. 5 x magnetische contacten

5. 1 x paniekknop

6. 1 x 8-zone alarm controlepaneel

Deze nummers verwijzen naar de hoofdstukken hieronder.

1. Elektronische Sirene

5" hoorntype luidspreker Werkspanning 6-12Vdc Max. uitgangsvermogen 7W Stroomverbruik 600mA

Aansluitingsschema:

+ =rode draad

- = zwarte draad

Het is belangrijk dat u weet of het N.O.-contact van het positieve of het negatieve type is. Bij een positief type is de aansluiting zoals hierboven aangegeven. Bij een negatief type moet het contact op de zwarte draad.

2. AC Adapter

Ingangsspanning 230Vac 50Hz Uitgangsspanning 16.5Vac Uitgangsstroom 3000mA max. Vermogensfactor cos

φ 0.96 Bescherming ingebouwde thermische en stroomzekering Afmetingen (LxBxH) 76 x 89.5 x 62mm Gewicht 1.2kg

HAM982K_v2 VELLEMAN

1M 2M 3M 4M 5M 6M 7M 8M 9M 10M 11M 12M

42.1░

-42.1

Sluit de 16.5Vac uitgangen aan op de ingangen van het toestel. Verzeker u ervan dat het verbruik van het toestel niet hoger ligt dan de maximumcapaciteit van de adapter en dat de kabels stevig vast zitten aan de aansluitingen. Sluit daarna de stekker van de adapter aan op een 230Vac stopcontact. Deze adapter is enkel geschikt voor gebruik binnenshuis.

3. PIR Detector

a. Technische Specificaties

Detectie-element low noise pyro-elektrische sensor met duo-elementen Werkspanning 8-16Vdc ; 12Vdc nominaal Stroomverbruik typisch 15mA bij 12Vdc Opstarttijd typisch 2 minuten met knipperende LED Alarmtijd 2-3s Alarmuitgang N.C. relaiscontact met 10Ω weerstand in serie. Vermogen: 28Vdc, 0.1A Looptest met LED alarmindicator Pulsteller Normale respons of 2 pulsen binnen de 12 seconden voor "moeilijke" omgevingen Tamperschakelaar N.C. contact met 10Ω weerstand in serie. Vermogen: 12Vdc, 50mA Werktemperatuur -10 tot +55°C Vochtigheid max. 95% niet-condenserend EMC conform met CE standaard Afmetingen (HxBxD) 116 x 73.5 x 74mm

b. Indeling PCB

1. Pyro-elektrische sensor (raak deze sensor niet aan!)

2. Looptest & alarm indicator

3. Tamperschakelaar

4. Jumper voor pulsteller ("harsh": voor omgevingen met een hoger risico op

valse detecties)

5. LED on/off jumper (on = knipperen tijdens opstarten, aan tijdens werking)

6. Connectorblok:

Tamper: indien een tamperschakelaar nodig is, verbindt u deze aansluitingen

met een 24u normaal gesloten (NC) zone op het controlepaneel. Als de behuizing wordt geopend, zal een tampersignaal afgaan.

12Vdc: Verbind (+) met een 8-16V voeding, doorgaans van het

controlepaneel. Verbind (-) met de gemeenschappelijke aarding.

Alarm: de alarmuitgangrelais van de detector. Verbind deze aansluitingen met een normaal gesloten (NC) zone

op het controlepaneel.

c. Installatie

• Installeer de detector binnenshuis, op een stabiel oppervlak met een ongehinderd zicht op

het detectiegebied.

• Plaats het toestel niet waar er warme of koude lucht op kan blazen en waar voorwerpen in

het detectiegebied snel van temperatuur kunnen veranderen (verwarming of airco bvb).

• Gezien de detectiehoek van het toestel (zie figuur rechts) is hoekmontage aanbevolen, op

een hoogte van 2 tot 3 meter.

Procedure:

1. Open de behuizing door een schroevendraaier in de rand van het toestel te steken en een kwartslag te draaien.

2. Verwijder de PCB door de twee bevestigingsschroeven los te draaien – LAAT DE PCB NIET VALLEN!

3. Op de bodemplaat zijn verschillende voorgeponste gaten voorzien. Maak het gat waar de kabel binnenkomt.

4. De twee gaten achteraan van de bodemplaat dienen voor montage tegen een muur. De twee gaten links en

rechts dienen voor montage in een hoek. Zet de bodemplaat stevig vast met de twee meegeleverde schroeven.

5. Plaats de PCB terug op de bodemplaat en zet deze stevig vast. Sluit de kabels aan op het connectorblok.

6. Clip het frontpaneel vast op de bodemplaat. Verifieer of de tamperschakelaar ingedrukt wordt wanneer het

frontpaneel wordt teruggeplaatst.

HAM982K_v2 VELLEMAN

d. Test

a. Sluit een 12Vdc voeding aan en laat het toestel 3 à 5 minuten opwarmen en stabiliseren. b. Stap het detectiegebied binnen aan een tempo van 1 stap per seconde en kijk naar de LED. c. Het alarm zal afgaan wanneer beweging wordt waargenomen. Als de pulsteller via de jumper op "harsh" is

ingesteld, moeten 2 detecties gebeuren binnen de 12 seconden opdat het alarm zou afgaan.

d. Levert de looptest geen (bevredigend) resultaat op, dient de detector eventueel te worden verplaatst of bijgericht.

4. Magnetische Contactschakelaars

• Magnetische contacten, standaardtype

• wit ABS

• Montage via schroeven of dubbelzijdige plakband

• Max. contactafstand: 15mm

• Afmetingen: 51 x 13 x 13mm.

5. Paniekknop

• NC & NO aansluiting op het controlepaneel

• Schroefaansluitingen

• Momentaan contact (uit / aan)

• Vermogen: 0.5A / 24Vdc max.

• kleur: ivoorkleurig

• afmetingen: 76 x 22.5 x 16mm

6. Controlepaneel

a. Frontpaneel

LEDs AAN UIT KNIPPEREND

zoneLEDs (8)

zone is niet beveiligd – mogelijk es er een draad los of stuk.

Zone is beveiligd (normaal)

•

snel: zone is/was in alarm

•

snel met interval: zone is in alarmgeheugen

– beveiliging is uitgeschakeld

•

traag: zone is geïsoleerd

exit/armed

het systeem staat op scherp

het systeem staat niet op scherp

"exit delay": vertraging die u in staat stelt de ruimte te verlaten voor het systeem op scherp wordt gesteld.

•

AC stroomstoring, systeem werkt op batterij

(knipperen start 20-30s na stroomuitval)

AC power

systeem werkt op AC voeding

•

'AC power' & 'battery' knipperen om beurt:

systeem wordt opgestart

battery batterij defect normaal

•

Batterij wordt getest

program

systeem in programmeermode

normaal

arm prohibited

systeem in 'arm prohibited'-mode: LED brandt tijdens 'exit delay'

•

Systeem op scherp ('exit

delay' verlopen)

•

Systeem 'forced to arm'

systeem kan niet worden scherpgesteld na de 'exit delay' door defecte zones – kijk hiervoor naar de zoneLEDs

HAM982K_v2 VELLEMAN

GELUID BETEKENIS

1 korte pieptoon ingedrukte toets werd doorgegeven 2 korte pieptonen correcte code is ingegeven 5 korte pieptonen

•

Verkeerde code

•

Poging tot niet-geautoriseerde code

•

Maximumtijd voor ingeven code is verlopen, 10s max. per karakter

1 lange pieptoon 'exit delay' is afgelopen, systeem staat op scherp 1 lange pieptoon /30s

•

AC stroomstoring

•

Zwakke batterij

doorlopend een pieptoon iedere 0.5s

•

'exit delay' loopt

•

'entry delay' loopt

•

DAP jumper staat op 'ON' (zie 6.b. Aansluitingen)

2 + 5 pieptonen systeem kan niet op scherp worden gesteld door ARM PROHIBITED

b. Aansluitingen (zie fig. op blz. 4)

BATTERY: sluit de rode (+) kabel aan op de positieve en de zwarte (-) kabel op de negatieve pool van de batterij. De

batterij moet een oplaadbare 12V/1.2Ah gesloten loodzuurbatterij zijn. Deze wordt beschermd door een 2.5A zelfherstellende zekering en wordt opgeladen door een spanningsbron met beperkte stroom in het systeem.

1, 2 het toestel werkt op een 16.5Vac voeding, min. 1.5A bij 50 of 60 Hz. De primaire zijde van de transformator

moet worden aangesloten op een niet-schakelende ontvanger.

3 Deze aansluiting stuurt een voeding uit van +12V ten opzichte van de gemeenschappelijke aarding. Deze

voeding wordt continu uitgestuurd, ook als het systeem niet op scherp staat, zodat ze geschikt is voor bvb. rookmelders, controlepanelen etc. Op deze uitgang zit een 750mA zelfherstellende zekering.

4 Deze uitgang levert een +12V schakelende voeding ten opzichte van de gemeenschappelijke aarding wanneer

het systeem op scherp staat. Deze voeding is bedoeld voor toestellen die een schakelende voeding nodig hebben om te resetten, zoals glasbreukdetectoren en rookmelders die moeten worden afgezet om te resetten.

Op deze uitgang zit een 750mA zelfherstellende zekering. 3+4 Deze aansluitingen zitten op dezelfde voedingsbus. Samen mogen deze uitgangen max. 750mA verbruiken. 5 Gemeenschappelijke aarding (-) 6 Deze aansluiting levert een continue +12V voeding in een normale toestand (geen alarm). De +12V-uitgang

wordt uitgeschakeld wanneer zich een alarm voordoet. Deze uitgang is bedoeld voor alarmtoestellen met een

ingebouwde batterij die stil blijven zolang er een voeding binnenkomt ('hold-off'-spanning) en die in werking

treden (op batterijkracht) wanneer deze spanning wegvalt. 7 Deze aansluiting levert een continue +12V voeding tijdens en na een alarm tot het systeem wordt gereset of

uitgeschakeld. Op deze uitgang zit een 2.5A zelfherstellende zekering. Deze voeding is bedoeld voor

alarmtoestellen die afgaan wanneer er een voeding aangelegd wordt (bvb: SV/PSL3x sirene + strobo). 8 Gemeenschappelijke aarding 9 Deze aansluiting levert een +12V voeding bij een alarm gedurende de tijd die is ingesteld in de alarmtimer.

Deze uitgang is ideaal voor een sirene of alarmbel. Op deze uitgang zit een 2.5A zelfherstellende zekering. 10-13 Deze aansluitingen dienen voor (optionele) extra schakelaars om het systeem van op afstand op scherp te

stellen. Deze schakelaars moeten van het 'kortstondig contact'-type zijn en uitgerust met 2 LEDs (home/away

LED en status LED). Tot 3 van deze schakelaars kunnen parallel aangesloten worden. Geschikte schakelaars

zijn HAA80 (sleutelcontact), HAA85 (toetsenbord) and HAA85WP (waterdicht toetsenbord).

10: om het (de) eigenlijke contact(en) aan te sluiten

11: om de home/away LED(s) aan te sluiten: away= alle zones worden bewaakt ; home=alleen de ingestelde

zones worden bewaakt (zie "8.l.'Home' instelling").

12: om de status LED(s) aan te sluiten

13: gemeenschappelijke +12V-pool voor contacten en LEDs, met een 750mA zelfherstellende zekering.

HAM982K_v2 VELLEMAN

schakelcontact status resultaat

HET SYSTEEM INSCHAKELEN

1st contact 'away' mode inschakelen

• 'Exit delay' start

• Systeem piept ('Exit beep') indien ingesteld

• Het systeem zal op scherp staan na de 'exit delay'

2nd contact 'home' mode inschakelen

• het 2de contact moet gebeuren binnen de 'exit delay'

• Systeem piept continu gedurende de 'exit delay'

• Het systeem zal op scherp staan na de 'exit delay'

HET SYSTEEM UITSCHAKELEN

1st contact systeem uitschakelen

• Het systeem wordt uitgeschakeld en gereset als er geen alarm

was. Het kan zo weer worden ingeschakeld

• Het systeem wordt uitgeschakeld maar met alarmgeheugen bij

alarm – een 2de contact is nodig

2nd contact

• Alarmgeheugen wordt gewist

• Systeem blijft uitgeschakeld

De alarmgeheugen LEDs zijn uit ('status' LED + zone LEDS). Het systeem kan nu weer worden ingeschakeld.

LED aan uit knipperen home-away away mode systeem

uitgeschakeld

home mode

status

• 'exit delay' start maar er is/zijn

(een) onverzegelde zone(s) – controleer de aansluitingen

• Systeem wordt op scherp gesteld

na de 'exit delay'

systeem uitgeschakeld

• traag: 'exit delay' start en de zones zijn

normaal

• snel: zone is of was in alarm

• snel / interval: systeem is uitgeschakeld of

zone met alarmgeheugen.

14-16 Deze aansluitingen hebben geen functie. 17-28 Deze aansluitingen zijn zones 1-8 en hun gemeenschappelijke aarding. De zones zijn van het EOL-type (End

of Line) met een 2.2kΩ weerstand.

NC (normaal gesloten) contacten moeten in serie met de EOL

weerstand worden geschakeld, terwijl NO (normaal open)

contacten parallel met de EOL weerstand moeten staan. De

functie van de zones en hun responstijden zijn programmeer-

baar via de programmeeropties van het systeem.

17=zone 1 ; 19=zone 2 ; 20=zone 3 ; 22=zone 4 ; 23=zone 5 ; 25=zone 6 ; 26=zone 7 ; 28=zone 8.

18, 21, 24, 27: gezamenlijke aarding.

BELANGRIJK: de tamperschakelaar (NC) van de behuizing is intern verbonden met zone 8. Wij raden aan

zone 8 altijd ingesteld te laten als een 24-uurs bewakingszone. DAP jumper: DAP betekent Direct Access to Programming (directe toegang tot programmering): deze jumper is

voorzien om het systeem in programmeermode te schakelen wanneer de mastercode verloren is gegaan.

7. Standaardinstellingen

Dit zijn de standaardinstellingen– deze kunnen worden aangepast naargelang de situatie. Het volgende hoofdstuk ("8. Het controlepaneel programmeren ") is gewijd aan deze aanpassingen. Met de standaardinstellingen kan het systeem worden gebruikt als lokaal alarmsysteem zonder programmering, behalve de master en gebruikercodes.

PLAATS PARAMETERS STANDAARDINSTELLINGEN PROGRAMMEERDATA

01 mastercode 1234 code=1234

11-18 gebruikercode 1-8 geen geen

21 zone 1 meerdere alarmen, 'entry delay' 1, 500ms reactietijd code1=1, code2=1, code3=2 22 zone 2 meerdere alarmen, 'entry delay' 1, 500ms reactietijd code1=1, code2=1, code3=2 23 zone 3 meerdere alarmen, onmiddellijk, 500ms reactietijd code1=1, code2=0, code3=2 24 zone 4 meerdere alarmen, onmiddellijk, 500ms reactietijd code1=1, code2=0, code3=2 25 zone 5 meerdere alarmen, onmiddellijk, 500ms reactietijd code1=1, code2=0, code3=2 26 zone 6 meerdere alarmen, onmiddellijk, 500ms reactietijd code1=1, code2=0, code3=2 27 zone 7 meerdere alarmen, 24u onmiddellijk, 500ms reactietijd code1=1, code2=3, code3=2 28 zone 8 meerdere alarmen, 24u onmiddellijk, 500ms reactietijd code1=1, code2=3, code3=2 30 'exit delay' 'exit beep' aan, 60 seconden code=1, duur=60

+ 37 hidden pages

Velleman HAM982K User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual