Leitronic AG EasyAlarm HOME Use Instruction

Document

LEITRONIC AG
Swiss Security Systems
HOME SECURITY
Use instruction
EasyAlarm HOME&reg;
Wired
components
Motion detector
Wireless sensors
Magnet
contact
Repeater /
Concentrator
DIN I/O Module
Siren- or remote
switch
Smoke
Motion
Alarm
detector
Telecommand
Key
Emergency button
2 September 2010
Issue No.: 8.38
EA8-HOME868-8-41-GB.doc
Table of contents
1.
Capability characteristics .......................................................................................................................... 3
1.1
1.2
2.
Safety instruction...................................................................................................................................... 4
2.1
2.2
2.3
2.4
2.5
3.
4.
Tone-dialling command ................................................................................................................................................... 22
User information.............................................................................................................................................................. 22
Functional checks ............................................................................................................................................................ 23
Battery check / replacement.............................................................................................................................................. 24
Maintenance .................................................................................................................................................................... 24
Trouble shooting / Error handling ............................................................................................................25
8.1
8.2
8.3
8.4
9.
Self check at power on ..................................................................................................................................................... 17
Arm / Disarm system ....................................................................................................................................................... 17
Exit delay (inactive waiting period when the system change to armed state)....................................................................... 17
Supervision mode ............................................................................................................................................................ 18
Alarm release................................................................................................................................................................... 18
Alarm delay / Pre warning period / Entry delay................................................................................................................. 19
Phone connection............................................................................................................................................................. 19
Alarm repetition............................................................................................................................................................... 20
Test call........................................................................................................................................................................... 20
Dialling-in (check call)..................................................................................................................................................... 21
Answering an incoming call ............................................................................................................................................. 21
Useful notes.............................................................................................................................................22
7.1
7.2
7.3
7.4
7.5
8.
How to program new calling numbers................................................................................................................................. 8
Designation of the calling number sequence........................................................................................................................ 9
How to select user language / How to record individual message......................................................................................... 9
How to program PIN-Code............................................................................................................................................... 10
Programming of wireless sensors (zones).......................................................................................................................... 10
Alarm criteria’s according to the position of the selection switch I/II/III ............................................................................ 16
Operation.................................................................................................................................................17
6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
6.10
6.11
7.
Safety instructions.............................................................................................................................................................. 6
Installation......................................................................................................................................................................... 6
Programming............................................................................................................................................ 8
5.1
5.2
5.3
5.4
5.5
5.6
6.
Approval ........................................................................................................................................................................... 4
Telephone connection ........................................................................................................................................................ 4
Wireless sensors ................................................................................................................................................................ 4
Power supply ..................................................................................................................................................................... 4
Safety notes ....................................................................................................................................................................... 4
Set view / Function elements..................................................................................................................... 5
Setup ........................................................................................................................................................ 6
4.1
4.2
5.
Functionality...................................................................................................................................................................... 3
Type of protection.............................................................................................................................................................. 3
Telephone connection / Telephone communication ........................................................................................................... 25
Acoustical monitoring...................................................................................................................................................... 25
Motion detector (wired sensor 1) ...................................................................................................................................... 25
Wireless sensors .............................................................................................................................................................. 26
Special programming...............................................................................................................................27
9.1
9.2
9.3
9.4
9.5
9.6
9.7
9.8
9.9
9.10
9.11
Factory settings (Default-Values) ..................................................................................................................................... 27
Alarm repetition............................................................................................................................................................... 27
Entry/Exit delay............................................................................................................................................................... 27
Mains power loss timeout................................................................................................................................................. 27
Signalling ........................................................................................................................................................................ 27
Shared line with telephone/modem ................................................................................................................................... 28
Dialling in ....................................................................................................................................................................... 28
Remote programming....................................................................................................................................................... 29
Calling number sequence depending from position of selection switch I/ II/III ................................................................... 30
Setting presence verification time out ............................................................................................................................... 30
Wireless sensor................................................................................................................................................................ 30
10. Accessories..............................................................................................................................................31
10.1
10.2
10.3
10.4
10.5
PIR - Motion detector BBT-PIR-RJ45 (Plug &amp; Protect)..................................................................................................... 31
EXT-Set (Operation with potential free alarm contacts)..................................................................................................... 32
Siren EA-SIR-RJ45.......................................................................................................................................................... 35
230V-Switch EA-SWI-RJ45............................................................................................................................................. 35
DIN-Adapter interface EA-ACDC-SWI-RJ45................................................................................................................... 35
11. Technical data / warranty .........................................................................................................................36
11.1
11.2
11.3
Technical data.................................................................................................................................................................. 36
AC-adapter BBT-DC12S-RJ45......................................................................................................................................... 36
Warranty ......................................................................................................................................................................... 36
12. Index .......................................................................................................................................................37
13. Overview.................................................................................................................................................40
2
1. CAPABILITY CHARACTERISTICS
Dear customer
Warmly wish good luck. You made a good choice. EasyAlarm&reg; is a universally useable alarm unit with
integrated ADAD (Automatic Dial and Announce Device). The most important features are list below. Please
read this instruction manual carefully before using the unit and pay attention especially to the safety notes.
Thank you.
1.1 Functionality
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EasyAlarm&reg; monitors your house or apartment, through the microphone (noise detection) and/or
through the motion sensor. Further sensors like smoke detector; door-contact can be easily integrated.
EasyAlarm&reg; calls automatically, as soon as a sensor is triggered. Up to nine calling numbers can be
programmed. These numbers will be dialled automatically until an acknowledgement of any party is
received.
EasyAlarm&reg; provides security, as it calls automatically as soon as the panic button has been pressed.
The called party not only receives an alarm, she or he can listen into the monitored room during the phone
connection. Through the integrated loudspeaker and microphone, a hands-free communication can be
established with the person seeking assistance. With this information at hand the person answering the
alarm is put in a better position as for assessing the situation.
EasyAlarm&reg; puts you in contact, as a check call (by entering a Pin code) can be initiated at any time by
the supervising person and a hands-free communication can be established with the person in the monitored
room.
EasyAlarm&reg; is very simple due to fully voice- guided operation. You only enter the telephone number(s)
of your alarm disposition.
EasyAlarm&reg; is remote programmable, the alarm numbers and the alarm sequence are re-programmable
over the phone by an authorised person.
EasyAlarm&reg; is made to match to your individual requirements. Unwanted sensors-alarm can be disabled
easily.
EasyAlarm&reg; can be used as remote-switch. With the appropriate accessory for example a light or siren
can be activated or deactivated during the phone connection.
o Siren EA-SIR-RJ45 (Siren module)
o 230VAC-laod EA-ACDC-SWI-RJ45 (Switching module)
1.2 Type of protection
Generally there are three different kinds of protection of an object:
1. Perimeter protection, in which the areas most risky points are guarded, like main-, terrace- and basementdoors and windows on the ground floor are protected through contact sensors. - Another step is the
safeguarding of preferably all entrance to the object. Not safeguarded entrances pose a security risk, as
detection of motion inside the object does not take place. These kinds of safeguarding are especially
recommended to the owner of pets as they could be the reason for false alarms (motion detectors).
2. Important areas are protected through motion sensors, through which a burglar is most likely to pass
through, such as corridors or living rooms. In the expansion stage every room can be safeguarded on its
own. This is the cheapest way of safeguarding, but can only be used if you do not move yourself inside this
area if the system is armed. Another disadvantage is, that a burglar can only be detected if he is already
inside the object.
3. The combination of the above mentioned safeguarding ways, which closes gaps in the perimeter protection
by means of inside detectors (motion detectors). Here the trespasser will be detected either he enters the
object or the latest when he is inside it. Away of safeguarding, which provides the degree of safety
In any case it is recommended to use smoke detectors. Here you should know that every electrical appliance
inside the house poses a possible fire risk. Safeguarded should be with one detector per floor first of all the
corridors. Just as important are such as nurseries, as well as bed- and living room, also to be equipped with at
least one detector.
Fire detector save life
3
2. SAFETY INSTRUCTION
2.1 Approval
According to the R&amp;TTE Directive 1999/5/EC of 09.March 1999
Manufacturer’s Name:
Leitronic AG
Manufacturer’s Address:
Engeloostrasse 16, CH-5621 Zufikon, Switzerland
declares that the product
Product Name:
EasyAlarm
Model Number:
EA-8-868
conforms to the following product specifications:
Safety (R&amp;TTE, Article 3.1a):
EN60950: 1992+A1+A2+A3+A4
EMC (R&amp;TTE, Article 3.1b):
EN 50081-1, 1992
EN 50082-1, 1997 Class B
Radio spectrum:
EN 300 220
ETS 300
Telephone:
CTR21 as specified in Council Decision 98/482/EC
Supplementary Information
The product herewith complies with the requirements of the following Directives and carries the CE marking
accordingly:
the EMC directive 89/336/EWG
the Low Voltage Directive 93/68/EEC
Zufikon, 1. April 2010
Silvan Tognella
2.2 Telephone connection
EasyAlarm&reg; is designed to connect to an analogue telephone line. This connection should remain in service
for at least one hour after a mains power. These are:
 analogue PSTN
 analogue port of an ISDN terminal (ISDN-NT has to be reprogrammed for emergency operation at the
ab-port)
 analogue port of a private exchange using UPS (Uninterruptible power supply 1h buffering)
 GSM Interface with approval, i.e. EA-GSM-Interface from Leitronic.
Not suitable:
 Voip or cable modem, as in case of power loss it is not functional!
The voltage of the telephone network is defined in EN 41003. It is higher than 40 V and therefore please
beware for electrical hazard and disconnect
2.3 Wireless sensors
868.65MHz =&gt; permit according to description of wireless-sensors.
2.4 Power supply
A transformer according to the safety regulation EN60950 provides power supply, or by 9V battery. It is
located on the rear side oft the device.
2.5 Safety notes
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4
Do not bring the device into contact with water.
Do not open the device (exception: opening the battery cover for exchange).
Replace the 9V-battery as soon as the announcement “battery error” is announced.
 Please note: The telephone cord must be disconnected before opening the battery compartment
because otherwise you can get in contact with the telecommunication voltage!
Check alarm functions and start a test-call, before the system is put in service.
Check from time to time the range of the emergency button according to section 5.5.5
In case that EasyAlarm&reg; is used to monitor children, the supervising person must be in a suitable
distance to take immediate care for the child. EasyAlarm&reg; does not replace personal supervision!
The same applies to handicapped persons, EasyAlarm&reg; is not a substitute of a personal care taker!
Radio transmission between the sensor and EasyAlarm&reg; can be disturbed through another systems
An alarm by telephone is only successful if the alarmed party takes care of the following points:
 Alarm must not be answered by an answering machine or equal equipment
 Mobile phones can be out of range (e.g. underground car park, shielded rooms, remote areas..)
 Take care of the charging condition of the mobile phone
 Loud noise can prevent you from hearing the ringer
All the electrical connections have to be potential free. Observe the regulation according to EN60950.
3. SET VIEW / FUNCTION ELEMENTS
5
3
6
2
4
1
1. Function switch
Position
OFF
PROG
ON
Information
Device is switched off
Programming mode: Entering of calling numbers, calling number sequence, PIN-Code …
Device is in supervision mode
2. Selection switch
Position Monitoring functions in armed state (Function switch on position ON)
I
Part set (present) =&gt; Alarm is triggered by radio sensor other than internal type plus wired sensors
Noise monitor and internal radio sensors is inactive.
II
Set (absent) =&gt; Alarm is triggered by all radio sensor plus wired sensors
Noise monitor is inactive.
III
Set (absent) =&gt; Alarm is triggered by all radio sensor plus wired sensors
Noise monitor is activate with highest sensitivity
Note: Emergency call / Panic / Smoke / Technical / 24h-sensors are enabled all the time, independent
from the position of the function switch or arm/disarm-state.
3. Keypad
When function switch is on position PROG, you can enter the calling numbers or do further programming. If
function switch is on position ON pressing any key will start a test call.
Keys are marked with 1 2 3 4 5 6 7 8 9 * 0 # .in the following sections.
4. Loudspeaker
The integrated loudspeaker is used for voice guidance during the programming as well as for hands-free
communication during phone connection.
5. Microphone
Is used during hands-free connection active. Case is noise monitor switch on for the room noise monitoring.
7. Battery compartment
The 9V-battery is used as a backup during power failure. Please note: The telephone cord
must be disconnected before opening the battery compartment because otherwise you
can get in contact with the telecommunication voltage!
8. Telephone jack (-LINE)
The plug must be locked in the jack to disconnect press pawl.
EXT/ ~
7
9
 -LINE
6. LED
Status of LED
Operation mode
Green
Waiting period
Green brief flashing every 4 seconds, also if acoustical Supervision mode activated
monitoring is active by exceed set noise level
Green is on and off for 4 seconds alternatively
Supervision mode deactivated
Orange
Phone connection
8
9. External ports (EXT/≂) for accessories and power supply.
5
4. SETUP
4.1 Safety instructions
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Function switch must be shifted to OFF and telephone-cord must be disconnected before any wiring
work is done on the AC-adapter or connecting cable.
Adapter wire, telephone wire, motion detector wire are all potential free to 230VAC power supply,
that is no need to power earth.
The EXT/≂-jack from EasyAlarm&reg; can connect with sensor like motion detector and more
components. Please pay attention according to section 10.
4.2 Installation
EasyAlarm&reg; must be connected to the analogue telephone line and to the 230VAC power supply. The ideal
location of the alarm-unit is in the centre of the supervised object to obtain best possible connection with the
radio-sensors. Pay attention, the EasyAlarm&reg; should be mounted at a high of at least 1 meter to get good
radio reception. EasyAlarm&reg; must not put in cabinet or drawer, because some material (especially metal
shield) can weaken the radio reception.
1. Slide function switch to OFF
2. Insert 9V battery into compartment on rear side.
 Please note: The telephone cord must be disconnected before opening the battery compartment because
otherwise you can get in contact with the telecommunication voltage!
3. Connect cable of AC-adapter into one of the EXT-ports of the alarm unit and plug AC-adapter to main
socket 230V
Optional wired sensors
Operation with motion detector BBT-PIR-RJ45 =&gt; Detail  section 10.1
Operation with alarm contactor =&gt; Detail  section 10.2
4. Place motion detector in wanted position, Connect cable to the other EXT-port of the alarm unit
Telephone connection
5. Plug enclosed telephone-cord (5) into -Line-Jack of alarm unit and connect it with the telephone network
 If you share line with modem/telephone please proceed according to section 9.6
Program calling number(s) =&gt; Details according to section 5.1
6. Slide function switch to PROG
7. Enter * * &lt;n&gt; (selected calling number: Standard n = 1..9)
 Corresponding calling number will be announced, followed by message “to modify press star“
8. Press * and enter calling number
9. Slide function switch to OFF
Select user language / record individual message  Details according to section 5.3
10. Shift function switch to PROG
11. Enter * * #.
 Current individual message will be announced followed by “to modify press * , to stop press # “
12. Select language for user announcements: (facultative)
Press key 1 to 4 to select user languages: 1 for German, 2 for French, 3 for English GB, 4 for Italian
13. Press * and start speaking
14. Press # to finish recording, max. duration is 12 seconds
 New individual message will be announced. You can repeat steps 12 to 14 until text is fine!
15. Shift function switch to OFF
6
Common radio components  details according to section 5.5
RWT 42*) Key 868 RWT 50
RWT51
RWT 33
RWT 92 RWT 72M Con868 +=
Sensor
function
Arm/Disarm
Emergency
Smoke
9=Telecommand
*) + Panic
7=Panic
8=Emergency
1=Fire
Motion
Contact
3..6 = 24h / Intern / Entry/Exit / Extern
0=Remote lock (RWT 72 only)
+) Concentrator (combines up to pieces of 10 RWT 72-sensors to one single zone)  section 5.5.6.8
Sensor
function
1
2
3
4
5
6
7
8
9
0
#0
Zone
0
1
2
3
4
5
6
7
8
9
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
27.
28.
29.
Sensor
function
Fire  Alarm in hands-free connection
Technical detector  Alarm in hands-free connection
24h-alarm  Alarm in listening-in connection
Internal sensor (un-delayed)  Alarm in listening-in connection
Entry/Exit-sensor (delayed)  Alarm in listening-in connection
External sensor (un-delayed)  Alarm in listening-in connection
Panic alarm (un-delayed)  Alarm in listening-in connection
Emergency call  Alarm in hands-free connection
Telecommand (Arm / Disarm)
Remote lock (Arm / Disarm) with supervision
Delete a wireless zone
Wireless components
RWT
43
Key
868
RWT
50
RWT
51
RWT
92
RWT
33
RWT
72
CON
868
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Location
Learn in radio-sensor =&gt; Details according to section 5.5
Slide function switch to PROG
Enter * * *.
Press 0 to 9 according to desired zone (per zone can organize one sensor only)
Press 0 to 9 according to sensor function type (see table above)
a. Message „Zone n, to modify press star” announced
Press *. and start learn-in process according to the specified transmitter type. Details according to section
5.5.6. If you want to change proceed with step 24.
b. A successful learn-in will be confirmed with a beep tone. By activating the transmitter
again, a loud beep tone will be generated with every transmission =&gt; range check
Slide function switch to OFF
Program PIN-code =&gt; Details according to section 5.4
Slide function switch to PROG
Press key #. =&gt; You can prevent the alarm unit from unintended re-programming by pressing *..
Enter PIN-code (4 to 7 digits)
Press key #.
Re-enter PIN-code for confirmation
Press key #. = &gt;New PIN-code will be announced
Slide function switch to OFF
Unit is now ready to use =&gt; Details according to section 6
Slide selection switch to the requested position (I/II/III) and slide function switch to ON
7
5. PROGRAMMING
Important notes:
 All the programmed parameters remain stored even EasyAlarm&reg; is off
 You can prevent your system from unintended re-programming according to ( section 5.4.1). If the
programming is locked, when the function switch is on position PROG. Follow by message
„programming deactivated, PIN“ will be announced
5.1 How to program new calling numbers
EasyAlarm&reg; supports nine calling numbers that can be programmed as follows:
1. Slide function switch to PROG
2. Enter * * &lt;n&gt; (selected calling number: Standard n = 1..9)
 Select number will be announced followed by “to modify press star“
3. If you like to change this calling number, press * , otherwise proceed with step 5
4. Enter new calling number. To delete an existing number enter * and proceed with step 5
5. Slide function switch to OFF
Notes:
 Every keystroke will be acknowledged by a beep
 Key #. programmes a dialling delay of 5 seconds, provided it is entered between two digits, e.g. a delay is
essential in a private exchange (first digit + #. + calling number).
 If your private exchange needs a flash pulse to start an internal call, following programming is possible:
2. #. followed by the extension number.
 Key *. is used as separator for Point-ID protocol  section 5.1.1.
 If a programming error occurs, put function switch to OFF and repeat point 1 to 5.
Important notes:
 Calling number 1 cannot be deleted due to safety reasons.
5.1.1 Point-ID (Contact-ID) alarm protocol
If the alarm should be transferred to a alarm organisation using the Point-ID (Contact-ID) protocol, the alarm
number has to be followed by key * and the customer-ID. EasyAlarm forwards the protocol to this alarm
number and connects hereafter to the following calling number in standard hands-free connection mode
Alarm number
Customer-ID
074567890
34567
Example for programming the calling number: 0 7 4 5 6 7 8 9 0 * 3 4 5 6 .
Note:
 The first character * , that follows the alarm number will not be transmitted (=&gt; separator). The customer
ID is a four digit code. In case of an alarm the following codes are transmitted according to the &lt;Alarm
reason&gt; and the &lt;Zone&gt;.
Code
&lt;Alarm reason&gt;
&lt;Zone&gt;
602
Alarm due to cyclic test
900
602
Alarm due to remote programming &quot;**#&quot;
900
381
Alarm due to radio supervision
Radio zone 000..009
301
Alarm due to power failure
900
384
Alarm due to low battery of a radio sensor
Radio zone 000..009
102
Alarm due to missing activity (presence verification)
Radio zone 000..009
601
Alarm due to key-press (test-call)
900
132
Alarm due to noise monitoring
900
140
Alarm due to hardware sensor 1
901
140
Alarm due to hardware sensor 2
902
140
Alarm due to hardware sensor 3
903
137
Alarm due to radio sensor tamper
Radio zone 000..009
140
Alarm due to radio sensor
Radio zone 000..009
154
Alarm due to technical detector
Radio zone 000..009
120
Alarm due to panic button
Radio zone 000..009
120
Alarm due to emergency button
Radio zone 000..009
111
Alarm due to fire sensor
Radio zone 000..009
8
5.2 Designation of the calling number sequence
5.2.1 Standard sequence
Alarm triggered
Calling number 1
Alarm not acknowledged
by called party 1
Calling number 2
alarm not acknowledged
by called party 2
if called party 3 does not acknowledge the alarm, the calling
number sequence is repeated the number of programmed
alarm repetitions times (default value: two alarm
repetitions, programming see section 9.2)
same for calling number 3 to 9
The alarm is acknowledged by pressing DTMF 0 ( section 6.7.5).
5.2.2 How to program calling number sequence
1. Slide function switch to PROG
2. Enter * * 0.
 Current calling number sequence will be announced followed by “to modify press star“
3. To maintain the current programming, go to point 5. Otherwise enter *. .
4. Enter the desired sequence (max. 9 digits)
5. Slide function switch to OFF
Sample for programming calling number sequence:
a) ’123’ =&gt; calling number 1 will be dialled, followed by calling number 2, followed by calling number 3.
b) ’111133322’ =&gt; first calling number1 will be dialled (4 call attempts are made), followed by calling
number 3 (3 call attempts are made), followed by calling number 2 (with 2 call attempts).
Notes:
 The calling number sequence is factory set to ’123456789’, but a general reset will NOT RESET the
calling number sequence!
 In case of an un-programmed or deleted calling number, the calling number sequence will continue with the
next number of the sequence.
 If a dialled number is busy and another call attempt is programmed, the waiting period before re-dialling is
30 sec.
 If the calling number changes within the sequence, dialling of a new number starts without delay.
 You can demand the difference alarm sequence in each selection switch ((I/II/III), this typical of alarm
sequence definite in ( section 9.9)
5.3 How to select user language / How to record individual message
An individual announcement can be recorded as follows:
1. Shift function switch to PROG
2. Enter * * #.
 Current individual message will be announced followed by “to modify press * , to stop press # “
3. Select language for user announcements: (facultative)
Press key 1 to 4 according to desired user language (i.e. 1=DE/2=FR/3=GB/4=IT)
4. Press * and start speaking
5. Press # to finish recording, max. duration is 12 seconds
 New individual message will be announced
6. Shift function switch to OFF
Note:
 Repeat step 3 and 5 until you are satisfied with individual message.
5.3.1 Remote recording of individual message during handsfree connection
1. Enter DTMF * * # #
 Current individual message will be announced followed by “to modify press * , to stop press # “
2. Select language for user announcements: (facultative)
Press DTMF 1 to DTMF 4 according to desired user language (i.e. 1=DE/2=FR/3=GB/4=IT)
3. Start recording by sending DTMF * , start talking (max. 12 s) and finish by sending DTMF # .
 New individual message will be announced
4. Wait until the message “Abort” confirms the end of the programming
Note:
 Remote recording can be enabled / disabled according to section 9.8.1.
9
5.4 How to program PIN-Code
You can change remote access PIN-code as follows:
1. Slide function switch to PROG
2. Press #.
 You can prevent the alarm unit from unintended programming by pressing * .
3. Enter desired PIN-code (4 to 7 digits!)
4. Press #.
5. Re-enter PIN-code for confirmation
6. Press #.
 If PIN-code is re-entered correctly it will be announced. If you selected program locking the
additional message „programming inactive: PIN” will be announced. In case of an incorrect
programming the message announced „Error“ will not be stored =&gt; old PIN-code remains active.
7. Slide function switch to OFF
5.4.1 Lock program mode
If you initiated programming new PIN-Code with key * the program mode is locked unless you unlock by reentering PIN-code. This feature prevents from unintentional reprogramming during operation.
5.4.2 Unlock program mode
Having the programming blocked as described in section 5.4.1, you can unlock as follows:
1. Slide function switch to PROG
 Message „Programming inactive: PIN“ will be announced
2. Enter PIN-code and press #.
 By entering correct PIN-code you will hear a confirmation beep, otherwise message „Error“
3. Slide function switch to OFF
5.5 Programming of wireless sensors (zones)
You have to learn in all the wireless-sensor to let the alarm unit know, what sensors belongs to the system.
Each sensor has a unique address (one out of 16million codes). During the learn-in process the sensor transmits
a special signal to avoid false learn-in of another sensor (like a activated motion-sensor).
The alarm unit can handle up to 10 zones. The zone number (0..9) is used to identify the location of the sensor
in alarm. The order of the zone and the sensor function is individual for each alarm-system.
Notes:
 A zone can handle only one sensor, but using a concentrator you can combine up to 10 magnet-contacts
(RWT 72) to one zone.
 The sensor function can program in each zone individually.
5.5.1 Detector function (defining kinds of alarm and telephone connection)
Sensor function
Monitored Alarm delay
Alarm
Alarm announcement:
if
Entry delay
connection ..
7
Panic
No
Listening-in
“Emergency call activated”
8
Emergency
Yes
Hands-free
“Emergency call activated”
Armed
and
1
Smoke
Yes
Hands-free
“Alarm due to fire, zone n”
disarmed
“Alarm due to technical detector, zone
2 Technical detect.
Yes
Hands-free
n”
3
24h
No
Listening-in
4
Intern 1)
No
Listening-in
“Alarm due to zone n”
Armed only
5
Entry/Exit 2)
Yes
Listening-in
6
Extern 3)
No
Listening-in
9
Telecommand
Arm / Disarm (RWT 42 or Key868)
0
Remote lock
Arm / Disarm incl. radio supervision (RWT 72)
#0
Delete zone
Delete a wireless zone
Internal detector:
1) Internal wireless sensors (like motion sensors) that are not monitored if the system is
part-set (selection-switch on pos. I). So you can walk through this areas if you are at home.
Entry/Exit detector: 2) Entry/Exit-sensors (f.e. door-contact on main-entrance-door) which trigger an alarm if
the system is not disarmed within the entry delay period (20 seconds).
External detector: 3) Wireless sensors that protect the outer skin of the house and protect the object even if
you are at home.
10
5.5.2 Define zones
The alarm unit can handle up to 10 zones (zone 0 to 9). Please write down the transmitter type and sensor
function in the table at section 4.2 after the learn-in process, in order that later you need handle on it again.
5.5.3 Learn in transmitters
1. Slide function switch to PROG
2. Enter *. *. *.
3. Press key 0. to 9. according to desired zone
4. Press key 0. to 9. according to transmitter type (to handle the kinds of alarm and telephone connection
see table 5.5.1)
 Message announce „Zone n, to modify press *“
5. Press *. and start learn-in process according to the specified radio component.
 A successful learn-in will be confirmed with a beep tone. By activating the transmitter again, a
loud beep tone will be generated as long you are within transmitting range. You can control this way
by reception range and to select the best suitable location of the unit.
6. Slide function switch to OFF
Important note:
 Zones with sensor function 1 (Fire) to 6 (Extern) or 0 (Remote lock) are automatically supervised for
the periodical status-signal. If the periodical signal is missing for a given period ( section 9.11.1) the
system announces the “missing” zone and in armed state an alarm will be triggered.
5.5.4 Delete a zone
1. Slide function switch to PROG
2. Enter *. *. *.
3. Press key 0. to 9. according to the zone to be deleted
4. Press key #. 0. .
 Announcement “ zone n to modify press star”
5. Press key *.
6. Slide function switch to OFF
Important note:
 If the tamper contact of a telecommand key switch or remote lock (sensor function 9 and 0) is
detected the appropriated zone will automatically deleted. Therefore you have to check, that the
alarm-unit is switched off, if you want to change the battery. Otherwise you have to re-program it.
5.5.5 Check radio reception
You can check or optimise location of alarm unit as follows:
1. Slide function switch to PROG
2. Enter *. *. *. *. and press wireless button/sensor
 Each time if you activate a learned-in sensor, the alarm unit announces its zone number. An
unknown sensor provokes a beep. Any other signal or noise will be passed directly to the
loudspeaker.
3. Slide function switch to OFF
Note:
 You can optimise location of alarm unit regarding the following points:
a. Place alarm unit as far away from possible emitters
b. Do not place alarm unit near a shielding cover
c. Place the alarm unit in the centre of the wireless sensors, to minimize transmission range.
5.5.6 Wireless components
5.5.6.1 RWT 33 (Smoke detector)
Mounting instruction:
 The radio detector is to be mounted on the ceiling in the middle of the room.
 It has a detection area of 40sqm. First remove the red protection cap.
 Turn the bottom shell of the smoke detector counter clockwise and separate it from the rest
of the detector.
Preparation for programming:
Open the battery cover on the bottom of the detector.
Learn-in procedure: insert battery.
Sensor function:
fire (with status report every 65 minutes)
11
5.5.6.2 RWT 42 (Remote)
This transmitter is ready to be programmed in immediately.
Learn-in procedure: Keep
or
pressed
Sensor functions: Telecommand
Scharf
Unscharf
Panic (automaticaly)
ON/OFF (automaticaly function with EA-8-WRL868)
5.5.6.3 Key868 (Key switch)
The telecommand lock is for arming and disarming the alarm unit. Turning the key counter
clockwise disarms the system (green LED on the transmitter illuminates), turning the key
clockwise arms the system (red LED illuminates) and starts the exit delay.
Instruction for assembly:
 The telecommand lock has an especially hard-wearing and weather-proof aluminium casing
and is to be mounted on the wall near the entrance either in – or outside.
 Open the casing of key switch with the help of the provided special tool.
 Remove the two recessed head screws, which hold the circuit board inside.
 Mount the housing of the lock to a flat wall with two screws.
 Re-insert the circuit board and tighten the screws.
 Put the upper shell back onto the casing of the key switch with the help of the special tool.
Preparation procedure for programming in:
Remove the upper shell of the detector after removing the screws with the provided special
tool. Install the provided 9V battery and detector on to a wall. With four screws, which are at
least 45mm long. Paying attention to mounting it onto a flat surface and that the sabotage
contact on the back is pressed in. put the shell back on. Bolt the upper shell with the four
special screws.
Learn-in procedure: Turn the key clockwise until the red and green LED illuminate
alternately
Sensor function:
Telecommand
Important note:
 If the tamper contact of a key switch is detected the appropriated zone will automatically deleted.
Therefore you have to check, that the alarm-unit is switched off, if you want to change the battery.
5.5.6.4 RWT 50 (Panic / Emergency)
This transmitter is ready to be learned-in immediately.
Learn-in procedure:
Sensor functions:
Keep button pressed
Panic / Emergency / ON/OFF
5.5.6.5 RWT51 (Emergency / Panic)
The emergency transmitter RWT-51 can be worn either at the wrist or as necklace. An
emergency call will be triggered by pressing the large button. The protection class IP 67 allows
the constant wearing of the emergency transmitter, even in the shower or bath. This allows
people to start an emergency call, when no phone is in reach. The emergency radio transmitter
can be used for various applications, either in emergency or panic mode. In emergency mode,
an alarm can be stopped during pre-alarm status, simply by pressing the button once again. In
panic mode the alarm will be forwarded in any case =&gt; no stopping by pressing the button
again.
Learn-in procedure:
Sensor function:
Press button for several seconds
Emergency call / Panic
Inserting the wristband
12
Inserting the cord
Battery replacement
A battery test is performed during each transmission. If the battery is low the red LED will
blink during each transmission, indicating that the battery must be replaced. If so, the alarm
unit EasyAlarm will announce “battery failure”. Change battery as soon as possible.
Battery type is Lithium CR2032 and can be found from different manufactures. Please refer to
their handling- and safety-instructions.
Please check:
 Insert with right polarity.
 Avoid any moisture.
 Never short circuit battery.
 Never use faulty batteries.
 Run the disposal of used batteries according to the legal rules.
 Use protective gloves to remove corroded or leakage batteries.
5.5.6.6 RWT 92 (motion detector)
Assembly instructions:
 The radio motion detector reacts to change in heat movement. It is to be mounted looking
into the room at a heights of ca. 2.30m. it is best to mount in a corner.
 Open the detector and remove the screw, which hold the circuit board.
 Remove the circuit board and break away the designated parts of the lower shell.
 Mount the lower shell to a wall with the provided screws, reinsert the circuit board and then
close the detector.
 An integrated LED makes it possible to conveniently check the surveillance area. You might
need to move the circuit board a few millimetres up or down
 Keep in mind not to mount the detector above heat sources, such as fax machines, radiant
heater or air conditioner, or across from the window. The lens of the detector is not to be
covered with a curtain or other covers, as then no surveillance takes place.
Preparation procedure for programming:
If not yet open, open the detector with a screwdriver on the bottom and remove the upper- from
the lower shell. Take the 3V-lithium battery from its wrapping and install it, paying attention to
correct polarity.
Generally there are three ways to program this detector:
 As internal sensor. This sensor is not monitored if the selection switch is in position I.
This means that you can move freely around the house without setting off an alarm. If the
selection switch is on position II/III and the system is armed, any motion will trigger alarm.
 As Entry/Exit sensor. If the system is armed any motion will trigger an alarm after a
waiting period (entry delay) of 20 seconds. During this period you can disarm the system
with your telecommand or key switch .
 As external sensor. If the system is armed any motion will trigger an alarm without delay
independent from the position of the selection switch.
 As presence detector. In this role the detector looks for motion within a certain time
frame. Implementation of this function comes under surveillance of a person in need of
care. The detector should be positioned in such a way (corridor, kitchen, bathroom) that it
is triggered through activity of the person in need of care at least every 24h. If this does not
happen, the radio alarm unit starts dialling the stored emergency member.
Mode jumper:
FULL SIGN: no latency period between alarm detection
NORM:
2.5 min latency period (battery saving mode)
Learn-in procedure: Close upper shell of motion detector =&gt; LED immunities after a few
seconds, if not open upper shell again and close after waiting 3 seconds.
Sensor functions:
Intern, Entry/ Exit, Extern (with status report every 65 minutes)
13
5.5.6.7 RWT 72 (Contact sensor / Remote lock)
The wireless contact transmitter can be operating on one hand directly as the status detector of
the magnet, or on the other hand it is possible to connect external wired contacts to the
transmitter. A combination of the two is also possible.
Assembly instruction
 Open the detector (Fig. 1) and remove the 3V-lithium battery from the plastic bag and insert
it (Fig. 2), paying attention to the correct polarity
 Remove the circuit board carefully with a flat screwdriver (Fig. 3).
 Remove the base plate by pushing in/down the interlock on the left corner and removing the
base plate. Tighten the base plate with the provided screw (Fig. 4).
 Slide the casing back under the base plate and put the circuit board back in.
 Set DIP-switches according to you needs (* = Default value)
DIP Function
1-3
No used
4
Internal reed contact (Magnet contact)
ON: Disabled
OFF*: Enabled
5
Determinate external contact
ON: Normally Closed (NC)
OFF*: Normally Open (NO)
6
Response time for external contact
ON: Slow (500ms for operation with external magnets)
OFF*: Fast (10 ms for operation with shock sensors)
7
Determinate HOLD-Status of transmitter
ON: There will be a 2.5 min dead time between two transmission (Restore will be send
immediately) =&gt; battery saving modus
OFF*: Every change of state will be transmitted
8
Determinate Transmit power
ON: RF low power (If transmitter is close to receiver)
OFF*: RF high power
Use internal reed contact:
 Open the magnet and tighten it with provided screws parallel to the transmitter. The magnet
must be in line with the lower end of the housing, next to the DIP-switches!
 The function led should illuminate on opening and closing of the window/door.
 The gap between magnet and transmitter must be below 35mm if window/door is closed.
Use with external contact:
 In addition or alternate to the internal reed contact you can use an external contact
connected to screw terminal (i.e. external magnet, glass-breaking and vibration detectors).
 The cullet detector/glass breakage detector has a sensitivity radius of 2m. It should be
mounted onto the inside of the window with a distant of at least 2 cm to the window frame.
 The vibration detector should be mounted onto the window frame.
14
Preparation procedure for programming:
If the detector is not open, open it by sliding a slotted screwdriver next to the LED between
upper and lower shell, twist it and thus lifting the upper shell up..
The two kinds of triggering of these detectors:
 Is the detector set off, it transmits to the reception, which trigger an alarm immediately and
start calling the first alarm number. This kinds of the detector is called the immediate
detector (e.g. glass breakage detector or window contact (external), no entrance area)
 If the detector is triggered, it transmits to the reception, which first waits for a certain time
(latency = 30 sec), in which you can deactivate the monitoring of the reception or switch to
part set (position I). This kind of detector is called Entry/ Exit (e.g. contact of main door)
Learn-in procedure: Close upper shell of the contact =&gt; LED illuminates after a few seconds,
If not, open upper shell again, wait 3 seconds and close upper shell.
Sensor functions:
Technical, 24h, intern, Entry/ Exit, extern, remote lock (with status
report every 65 minutes), ON/OFF
Important note:
 If the tamper contact of a remote lock is detected the appropriated zone will automatically deleted.
Therefore you have to check, that the alarm-unit is switched off, if you want to change the battery.
5.5.6.8 Concentrator for contact sensors
The concentrator combines up to ten wireless contact sensors to a single alarm zone (e.g. instantaneous
perimeter protection =&gt; type: extern). The zone will be reported as closed if all contacts are in the neutral
position (LED green). If a contact is in alarm position the entire zone is deemed to be open (LED yellow). The
status control (battery/supervision) of the detectors will also be concentrated, which means notification of a
dysfunction occurs as soon as one detector is defective.
Up to 10 contacts
))))
concentrator
combines to a single zone
alarm unit
))))
LED
Learn-in contact sensors:
Button
1. Press button on front of the box until the LED colour changes into red (about 5 second)
 Confirmed with one beep
2. According to emitter instruction guide, program within 2 minutes
 One dual tone as soon as the transmitter is recognized =&gt; LED change into green (stand by)
 Two dual tones as soon as the transmitter is recognized and a prior programmed entry get
overwritten. *) =&gt; LED change into green (stand by)
 3 beeps means no transmitter recognized within timeout =&gt; LED change into green (stand by)
3. Repeat step 1. and 2. for all contacts ( max. memory 10 sensors)
Notes:
*) If you try to learn-in more than 10 contacts, the “oldest” one will be replaced (first in -&gt; first out)
Delete all contact zones (factory reset)
1. Press the button on front of unit until LED turns red (about 5 sec)
 Confirmed with one beep
2. Continue pressing button until LED changes to green (about 5sec)
 Cyclic dual tone confirms factory reset
Learn-in concentrator into alarm unit / functional test:
1. Prepare alarm unit for programming of zones according to section 4.2
Possible sensor function: 24h / intern / entry/exit / extern (with radio supervision every 65min)
2. Press button on front of the box briefly
 Confirmed with one beep =&gt; concentrator sends its address code (LED blinks red briefly)
3. Within two minutes programmed detectors are signal as follow:
 One beep for every register emitter (up to 8 beeps by very good reception)
15
LED indication
Comment
Green *)
Standby: all contact detectors in neutral position
Red *)
State of alarm: at least one contact detector is state of alarm or announce immediately
Red
Programming operation
Red blink shortly
Received detector signal is transferred to alarm unit
*) Blink in cycles: a malfunction occurred
a. At least one contact sensor had send low battery status =&gt; start functional test
b. The radio-supervision (status) of at least one sensor is missing. Due to this problem the concentrator
stops sending his status report, so after a while the alarm unit will announce “sensor error, zone n“
c. Mains power loss on concentrator =&gt; Alarm unit announces “battery error, zone n”
5.6 Alarm criteria’s according to the position of the selection switch I/II/III
EasyAlarm&reg; standard modern is programmed as:
 Sensor-1- alarm contact (motion detector) monitoring in all positions of the selection switch (I/II/III)
 Acoustical monitoring enabled on selection switch position III only.
EasyAlarm&reg; acoustical monitoring sensitivity in different address it depend on the selection switch table list
as follow:
Pos. Alarm condition
III Highest sensitivity =&gt; alarm will be triggered if the noise level exceeds 2-3 times within a short period
II Medium sensitivity
I
Low sensitivity =&gt; alarm will be triggered if the noise level exceeds several times within a long period
Motion detector and noise monitor positions of the selection switch. This setting can be changed as follows:
A) Add up the entire individual values according to following table that your needs =&gt; Total= n.
Value Explanation
1
Acoustical monitoring is disabled on position III
(high sensitivity)
2
Acoustical monitoring is disabled on position II
(medium sensitivity)
(=factory setting)
4
Acoustical monitoring is disabled on position I
(low sensitivity)
(=factory setting)
8
Wired sensor 1 monitoring is disabled on position III
16 Wired sensor 1 monitoring is disabled on position II
32 Wired sensor 1 monitoring is disabled on position I
Example: Acoustical monitoring shall be disabled on position I+III and wired sensor on position II
=&gt; n =1+ 4 + 16 = 21
Selection switch on I: monitoring sensor-1
Selection switch on II: acoustical monitoring in medium sensitivity
Selection switch on III: monitoring sensor-1
B) In case you would like to have an entry-delay for the sensor-1-contact, add following values:
Value v Explanation
0
Alarm due to sensor-1 without any delay (=factory setting)
64
Alarm due to sensor-1 is delayed (entry-delay according to section 9.3)
Example:
Alarm due to sensor-1 shall be delayed =&gt; v = 64
C) Program the total value (s = v + n = 64 + 21 = 85) as follows:
1. Slide function switch to PROG
2. Enter *.
3. Enter 2. 6. 8. 4. &lt;n&gt;
(Example: 2. 6. 8. 4. 8 5 )
4. Enter #.
5. Enter 2. 6. 8. 4. &lt;n&gt; to confirm
(Example: 2. 6. 8. 4. 8 5 )
6. Enter #.
 Correct programming =&gt; acknowledge beep  Incorrect programming =&gt; announcement „error“
7. Slide function switch to OFF
Notes:
1. In case of incorrect programming, slide function switch to OFF and repeat step 1 to 7.
2. Factory setting: s = 6
a. The acoustical monitoring: is locked on positions I and II
b. Sensor-1 alarm contact: alarm trigger without delay on all the positions.
16
6. OPERATION
6.1 Self check at power on
After power on the alarm unit checks battery, mains power supply and telephone-line conditions. If one of these
tests fails an appropriate message will be announced (battery error/power failure/line-check error).
Three beep: Mains power loss AND battery low at the same time!
Quickly handle the announce problem, otherwise the alarm functions are not guarantied.
6.1.1 Auto-detection of wired sensor
EasyAlarm&reg; detects the connected motion sensor automatically during the switching on procedure (factory
setting) and corresponding supervision will be activated.
Important notes:
 By disconnecting the motion detector during operation, an alarm is triggered with the
announcement: „Alarm due to sensor 1, sensor failure”!
 By connecting the motion detector during operation, an alarm is triggered with the announcement:
„Alarm due to sensor 1”!
6.2 Arm / Disarm system
After power on EasyAlarm&reg; automatically arms the system. During operation EasyAlarm&reg; can be
armed/disarmed using the remote control or during any telephone connection using DTMF 7 and 9 .
 Announce “supervision activated “ or “supervision deactivated”
6.2.1 Announcement of open contact sensors
If the system is set to arm all open wireless contacts expect the ones with entry/exit functionality will be
announced:
 Announcement: “zone x,y,z, is open”
After the exit period remaining wireless contacts will be announced. These zones will be auto by-passed
(monitoring temporary disabled). If one of these zones returns to the closed position, the by-pass will be
removed and the system starts to monitor the corresponding zone.
Note:
 The state of the contact (open/close) after power-up can be selected according to section 9.11.2. The default
value is: all contacts are open! The state of any contact zone will than be auto-synchronised after the first
transmission (opening/closing or status report every 65min)
6.3 Exit delay (inactive waiting period when the system change to armed state)
The system remains inactive for 20 seconds after power on, after arming or changing the
position of selection switch. If you press a key of the alarm unit the following reactions will occur:
Key
5
7
9
Others
Action
Announcement of the monitored functions (Exit delay period will be restarted)
Immediately EasyAlarm&reg; changes to disarmed state
Immediately EasyAlarm&reg; changes to armed state and the exit delay period starts again.
Test-call ( section 6.9) will be made to the first calling number
Notes:
 The entry/exit period 20 seconds can be adjusted according to section 9.3
 If there are unacknowledged alarms, their number and the reason of the last alarm will be announced.
 Battery low of a wireless sensor will be announced: “Battery fault, Zone n”
 Missing status reports of a wireless sensor will be announced: “Sensor fault, Zone n”
6.3.1 Announcement of the monitored functions
The monitored functions corresponding to the position of the selection switch will be announced:
&quot;Supervision I/II/III &lt;deactivated&gt;&quot; followed by enabled (activated) monitoring functions:
Wireless zones with sensor function 0..7
Acoustical monitoring
Sensor-1-monitoring
Sensor-2-monitoring




Announcement:
Announcement:
Announcement:
Announcement:
&quot;due to zone n&quot;
&quot;due to noise&quot;
&quot;due to sensor 1 activated”
&quot;due to sensor 2 activated”
Notes:
 Zones with sensor function panic/emergency (type 7+8) and telecommand (type 9+0) will NOT be
announced.
 If at power up the output is active, the corresponding announcement will be made.
17
6.4 Supervision mode
6.4.1 LED indication
In active supervision mode, the LED is flashing every 4 seconds. The LED is also lit, if the acoustical
monitoring is activated and the selected noise level is reached.
LED: acoustical monitoring inactive
Noise
LED: acoustical monitoring activated
LED: inactive mode
4 seconds
4 seconds
Nois
4 seconds
4 seconds
6.5 Alarm release
6.5.1 ..independent from state of arming (armed / disarmed)
Factory set
Active by
Entry delay
Alarm
Announce the alarm cause
alarm cause 1)
connection
I II III
   Instantaneously Listening-in
“Emergency call activated”
Panic
2)
  
Emergency
Delayed
Hands-free
“Emergency call activated”
  
Smoke
Delayed
Hands free
“Alarm due to fire zone n”
Technical detect.   
Delayed
Hands free “Alarm due to technical detector, zone n”
   Instantaneously Listening-in
24h
“Alarm due to zone n”
1. Factory setting cause of alarm (user specific changes not mentioned)
2. An emergency call will be triggered, if the button has been activated for one second. After a pre alarm
period of 20 seconds the text “emergency call activated” is announced. A pre warning announcement is
used to avoid false alarms (i.e. technical error like power failure, unwanted emergency calls). During the
pre warning period the alarm can be cancelled by pressing the emergency button respectively by pressing
key 0. or telecommand (arm/disarm)
6.5.2 ..if system is armed only
Factory set
Active by
Entry delay
Alarm
Announce the alarm cause
alarm cause 1) I II III
connection
  
Intern
Instantaneously
Listening-in
“Alarm due to zone n”
  
Entry/Exit
Delay
Listening-in
  
Extern
Instantaneously
Listening-in
  
Noise
Instantaneously
Listening-in
“Alarm due to noise”
2)
  
Sensor 1
Instantaneously
Listening-in
“Alarm due to sensor 1”
  
Sensor 2 3)
Instantaneously
Listening-in
“Alarm due to sensor 2”
Power failure 4)   
Delay 1 min.
Hands-free
“Alarm due to power failure”
1. Factory setting causes of alarm (user specific changes not mentioned)
2. Sensor 1 can also be used as a presence verification sensor ( section 6.5.5)
3. Sensor 2 can be enabled according to section 10.2.3.2
4. EasyAlarm&reg; monitors mains voltage and triggers an alarm if power loss is longer than 10 to 20 minutes
(time-out according to section 9.4). The mains power monitoring does not start if after power up the mains
power is not detected. In this case the message „power failure“ will be announced. After any mains power
detection EasyAlarm&reg; automatically start power monitoring.
6.5.2.1 New alarm release
After an alarm EasyAlarm&reg; remains inactive during a waiting period of two minutes. Only if at expiration of
this waiting period an alarm event (wired sensor or wireless contact) occurs again, a new alarm is released.
Note:
 After an alarms through sensor-1/2 or a wireless contact the sensor MUST return to its rest condition before
a new alarm can be triggered.
6.5.3 ..due to status report check (wireless sensors 0..6)
Wireless sensors with sensor function 0..6 are sending their status (battery condition/alarm condition/tamper)
every 65 minutes. If this status report is missing for more than 10 hours (due to battery low, out of range …)
EasyAlarm&reg; will proceed as follows:
 System is disarmed: Announcement “detector malfunction, zone n” every 10 minutes
 System is armed:
1 minute before an alarm is triggered there is an announcement “alarm due
to detector malfunction, zone n”. After this period EasyAlarm&reg; dials the
alarm-number(s) and establishes a hands-free connection.
18
Notes:
 After the alarm the appropriated sensor is temporarily disabled until a new status report is detected.
 If a status report failure occurs quite often, please start a range check according to section 5.5.5.
 All wireless sensors check their battery condition =&gt; in case of low battery the EasyAlarm&reg; will
announce “battery fault, zone n” every time the systems will be armed or disarmed!
6.5.4 ..due to tamper
If the system is armed EasyAlarm&reg; dials the programmed number(s) as soon the tamper of a wireless sensor
is activated and establishes a listening-in connection
 Alarm announcement:
„Alarm due to sensor sabotage, zone n“
Important Note:
 If the appropriated sensor is a key switch or remote lock (sensor function 9 and 0) the zone will
automatically deleted. Therefore you have to check, that the alarm-unit is switched off, if you want to
change the battery of the key or remote lock. Otherwise you have to re-program it.
6.5.5 ..due to missing activity (presence verification)
If there is not motion detected within a period of 24 hours EasyAlarm&reg; triggers an alarm, provided
programming is set to presence verification ( section 9.10). Before starting the alarm there is a pre warning
period of ten minutes. If activation is detected (motion detected or emergency button pressed) within this
period, the alarm is cancelled; otherwise EasyAlarm&reg; establishes a hands-free connection.
 Alarm announcement:
„Emergency call due to sensor “
6.6 Alarm delay / Pre warning period / Entry delay
An alarm can be delayed due to following reasons:
 An alarm sensor in the area of the entrance must be delayed to have enough time to switch off the
supervision mode before EasyAlarm&reg; dials the first calling number.
 A pre warning announcement is used to avoid false alarms (i.e. technical error like power failure, unwanted
emergency calls). During the pre warning period the alarm can be cancelled by pressing the emergency
button respectively by pressing key 0..
 Alarm announcement:
„Alarm acknowledged“
Notes:
 The entry/exit delay 20 seconds period can be adjusted according to section 9.3
 If an alarm has been triggered by pressing the emergency button, cancellation of the alarm is only possible,
if the button has been released for min. 3 seconds before pressing it again.
6.7 Phone connection
The colour of the indicator LED changes to orange during telephone connection.
6.7.1 Time-out
There is a timer running in the phone connection mode. Phone connection is kept up for two minutes. Ten
seconds before disconnection, the called person hears the announcement “abort”. He/she can restart timer using
DTMF 3 at any time.
6.7.2 Announcements
At the beginning of each phone connection the following information will be announced: Individual message
followed by the cause of alarm and the instruction to acknowledge alarm by pressing DMTF 0 . In a Listeningin connection you get announcement: „to speak press 1“. This announcement is repeated every 8 seconds, until
a tone-dialling command is entered.
Notes:
 At the beginning of any phone connection battery state and main voltage are checked. In case a test is
negative an appropriated message will be announced.
 The numbers of unacknowledged alarms is announced.
19
6.7.3 Listening-in connection
Possible tone-dialling commands during the listening-in connection
DTMF =&gt; Every valid command will be signalled
0
Terminate phone connection and acknowledge alarm
1
Switching to hands-free mode and restart connection time-out
2
Repeat announcements (Individual message / Cause of alarm)
3
Restart connection time-out (2 minutes)
4
Deactivate output (i.e. switching off 230VAC load)
5
Announcement of current supervision mode as well as condition of the output
6
Activate output (i.e. switching on 230VAC load)
7
Change to inactive supervision mode (I, II, III)
8
Terminate phone connection without acknowledgment
9
Change to active supervision mode (I, II, III) =&gt; All monitoring functions re-activated
**0
Announcement of calling number sequence
**n
Announcement of calling number n (n = 1..9)
Following tone-dialling command can be used for remote programming, provided the programming is not
blocked ( section 9.8.1)
**#
Trigger an alarm for test reasons  Cause of alarm announcement &quot;alarm due to programming&quot;
* * n * followed by the new calling number Announcement and change of calling number n (n = 1..9)
* * # # Record individual message =&gt; according to section 5.3.1.
6.7.4 Hands-free connection
The commands during hands-free connection are identical to the commands by listening in connection, by press
DTMF 1 .
Important notes:
 Hands-free connection must be terminated using DTMF 0 or 8 . Otherwise a busy tone signal
appears until phone connection is terminated due to time-out.
 By selecting hands-free connection an activated siren (optionally) is automatically deactivated. If
requested, the siren can be activated or deactivated by DTMF 6 or 4 .
6.7.4.1 Adjustment of hands-free volume
During hands-free connection you can increase volume by pressing local key #. or decrease by pressing locale
key *.. Level can be adjusted in fifteen steps (1dB each) and remains stored.
6.7.5 Acknowledge alarm / Terminate connection
A called party can choose between acknowledgment by pressing DTMF 0 or passing on alarm to next party
in calling number sequence by pressing DTMF 8 .
Important notes:
 There is no alarm repetition, if an alarm is triggered by pressing any key of the alarm unit (test call).
 An alarm can be confirmed and terminated by pressing key 0. of the alarm unit or by pressing the
wireless emergency button for a second time.
 If the alarm is programmed to a pager, the called person can confirm alarm during remote-access
after dialling-in.
6.8 Alarm repetition
If an alarm has not been acknowledged by passing all the calling numbers in the sequence, a number of alarm
repetitions can be programmed ( section 9.2). Factory setting: two alarm repetitions.
6.9 Test call
If alarm unit is switched to ON it is possible to start a test call as follows:
1. Select calling number by pressing key &lt;n&gt; (n= 1. .. 9 )
 Announcement: „Calling number &lt;n&gt;“ =&gt; If selected calling number is not programmed the
message “Error” will be announced and the first calling number will be dialled instead
2. Wait until hands-free connection is established and speak
3. Terminate phone connection by pressing 0. or slide function switch to OFF
Notes:
 After two minutes phone connection will automatically terminate if called party does not give any tonedialling commands (i.e. called subscriber can disconnect using DTMF 0 or restart timer using DTMF 3 ).
 During inactive waiting period after power on key 9. and 7. activate or deactivate the monitoring of the
supervision. Key 5. starts the announcement of the current supervision mode ( section 6.3.1)
 The volume of hands-free connection can be adjusted as described in section 6.7.4.1
20
6.10Dialling-in (check call)
If the alarm unit is switched to ON you can dial in from any telephone set as follows:
1. Dial phone number of the EasyAlarm&reg;
2. Let it ring for two ringing cycles and disconnect (hang up)
3. Redial after 20 seconds =&gt; EasyAlarm&reg; answers call after two ringing cycles and waits for the PIN-Code
After entering the correct PIN-Code EasyAlarm&reg; establishes a listening-in connection
 Announcement „to stop press 0, to speak press 1“
If no tone-dialling command is entered, the phone connection will be terminated after two minutes connection
time-out. The supervised person can also terminate the phone connection by pressing the emergency button.
Important: In case that there are unconfirmed alarms, the quantity as well as the last reason of the alarm will be
announced! An unacknowledged alarm will be confirmed by entering DTMF 0 !
Notes:
 The two-step dialling in procedure is for security reasons to avoid detecting of the alarm unit coincidently
by an unknown caller. Direct dialling in as well as other number of ringing cycles can be selected (
section 9.7)
 If the PIN-code is incorrect or not entered within 15 seconds, EasyAlarm&reg; disconnects after the
announcement „PIN error, abort“ =&gt; try again and enter correct PIN.
 PIN-code is factory set to 9797. For safety reasons we recommend changing PIN-code and program your
individual code according to the manual.
 If a successful dialling-in should be signalled with five gong-signals and directly establish hand free
connection, EasyAlarm&reg; can be programmed according section 9.7.3.
6.11Answering an incoming call
An incoming call, signalled by a parallel-connected phone, can be answered as follows (Function switch ON):
6.11.1 ..by pressing the radio - emergency button
a hands-free connection is established =&gt; Disconnect by pressing the emergency button once again.
6.11.2 ..by pressing any key of the alarm unit
a hands-free connection is established =&gt; Disconnect by pressing key 0.
21
7. USEFUL NOTES
7.1 Tone-dialling command
If you want to use EasyAlarm&reg; to its full potential a tone-dialling telephone is necessary. Nowadays most of
the telephones in use are working on tone dialling, also called DTMF or in-band signalling. Older telephones
are using pulse dialling. In case there is no tone-dialling telephone available, the features shown in section 6.7.3
cannot be used
Note:
 An acoustic coupler can be purchased in electronic shops.
7.2 User information
7.2.1 Signals (beeps)
A single beep tone is used as a confirmation.
Three beep: Mains power loss AND battery low at the same time!
7.2.2 Announcement audible in loudspeaker of EasyAlarm&reg;
Announcement
Message / Cause
„Individual message“
First message in case of an alarm
Abort
Disconnection caused from the change of the position of the selection switch
Alarm acknowledged
Disconnection by pressing key 0 or emergency button
Alarm due to fire zone n
Alarm triggered by smoke sensor (sensor function 1) on n
Alarm due to sensor n
Alarm call due to wired sensor n
Alarm due to technical detector Alarm due to technical detector on zone n
zone n
Alarm due to zone n
Alarm due to sensor (function 3..7) on zone n
Battery error
Battery is low =&gt; battery test after power on (function switch from PROG to
ON)
Battery error, zone n
Announce if a low battery of wireless sensor (zone n) is detected
Notes:
 If the zone n is a concentrator than one of the learned-in contact
sensors has a low battery status or there is a mains power loss at the
concentrator itself
 If there is a mains power loss at the repeater, than the first repeated
zone would also announce low battery status.
Calling number n
Calling number n (n = 1..9)
Calling number sequence
Calling number sequence
Detector malfunction, zone n Status report missing at zone n
Emergency call activated
Emergency call, initiated by emergency button
Emergency call deactivated,
Emergency call confirmed
alarm acknowledged
Error
Incorrect programming =&gt; the old value remains stored
Line check error
Telephone line check after power on was negative =&gt; dial tone missing
Output activated
Output switch activated
PIN
Request to enter PIN-Codes by locked programme
Power failure
Mains power missing =&gt; Mains power is tested after switching on the unit
Programming deactivated: PIN Request to enter PIN-Code to unlock programming
Supervision (I/II/III) &lt;due to Announcement of the monitored alarm functions at current position of the
noise/sensor n&gt; activated
selection switch (I/II/III) triggered by pressing key 5. during the inactive
waiting period ( section 6.3.1)
Supervision (I/II/III) activated Announcement in active supervision mode at current position of the selection
switch (I/II/III)
Supervision (I/II/III)
Announcement deactivated supervision mode at current position of the
deactivated
selection switch (I/II/III)
Supervision due to sensor
Presence verification activated (wired sensor 1)
activated
to modify press *, to stop press Recording of individual message
#
Unacknowledged alarms: n
Quantity of unacknowledged alarms
Zone x, y, z, is open
The monitor zone stay in active supervision open
22
7.2.3 Announcements audible in the handset of called subscriber
as well as during hands-free connection in loudspeaker of EasyAlarm&reg;
Announcement
Message / Cause
„Individual message”
First message in case of an alarm or reaction on DTMF 2 .
Abort
Phone connection will be terminated
Alarm acknowledged
Disconnection by pressing key 0 or emergency button
Alarm due to detector
Status report missing at zone n
malfunction, zone n
Alarm due to fire zone n
Alarm triggered by smoke sensor (sensor function 1) on zone n
Alarm due to noise
Alarm triggered by noise activity (Note: according to selection switch position
I, II, III the alarm can be delayed)
Alarm due to power failure
Mains power loss =&gt; Mains power off from 10 to 20 minutes alarm call to the
subscriber.
Alarm due to programming
A test call was initiated due to remote programming ( section 9.8.2)
Alarm due to sabotage, zone n Tamper alarm at zone n
Alarm due to sensor n
Reason of alarm: alarm contact n.
 sensor failure
 Disconnection of sensor during operation
Alarm by due to technical
Alarm due to technical detector on zone n
detector zone n
Alarm due to zone n
Alarm due to sensor (function 3..7) on zone n
Battery error
Battery is low =&gt; battery test before phone connection is established
Battery error, zone n
Announce if a low battery of wireless sensor (zone n) is detected
Notes:
 If the zone n is a concentrator than one of the in-in contact sensors has
a low battery status or there is a mains power loss at the concentrator
itself
 If there is a mains power loss at the repeater, than the first repeated
zone would also announce low battery status.
Emergency call activated
Emergency call, initiated by emergency button
Output &lt;activated /
Confirm through press &lt; DTMF 6 / DTMF 4 &gt;
deactivated&gt;
PIN
Request to enter PIN-Code after dialling in (remote access)
PIN error, abort
Wrong PIN-code =&gt; Phone connection terminated
Power failure
Mains power missing =&gt; Mains power is tested after switching on the unit
Programming acknowledged Successful remote programming of a calling number or calling number
sequence
Programming, abort
Faulty remote programming of a calling number or calling number sequence
Sensor error, zone n
Motion sensor is set to presence verification
Supervision (I/II/III) &lt; due to Confirmation of DTMF 5 : announcement of the activated supervision
noise / sensor n&gt; activated
functions, indicating the supervision modes in accordance to the position of the
selection switch (I/II/III)
Supervision (I/II/III) activated Confirmation of DTMF 9 : Switch to active supervision mode an announce
monitoring functions at current position of the selection switch (I/II/III)
Supervision (I/II/III)
Confirmation of DTMF 7 : Switch to inactive supervision mode an announce
deactivated
monitoring functions at current position of the selection switch (I/II/III)
Unacknowledged alarms: n
Quantity of unacknowledged alarms
Zone x, y, z, stay open
The monitor zone stay in active supervision open
7.3 Functional checks
7.3.1 Test-call
We strongly advise to make a test-call to check functionality of EasyAlarm&reg; before starting operation.
7.3.2 Test alarm functions
Even though the alarm unit is maintenance free (except the battery) a periodical function test should be carried
out, especially:


Emergency button as well as radio sensors
Acoustical monitoring
23
7.4 Battery check / replacement
7.4.1 Alarm unit
If you hear „Battery error“ or three beep after switching on the battery should be replaced immediately as
follows:
1.
2.
3.
4.
5.
Slide function switch to OFF
Disconnect EasyAlarm&reg; from the telephone network, by removing the telephone cord
Open battery compartment and remove old battery
Insert new battery and close battery compartment
Reconnect telephone cord to EasyAlarm&reg;
Notes:
 Always use fresh 9V-batteries
 Dispose the old battery properly
7.4.2 Sensor
If you hear the announcement „Battery error, zone n“ the battery of the appropriated wireless component
should be replaced immediately as follows. Pay attention to the note here that is special indication for sensor in
question.
Important notes:
 If the battery of the telecommand key switch or remote lock is low, please put function switch of the
alarm unit to off, before you try to replace the battery. Otherwise a detected tamper would delete the
zone and you have to do the learning-in again
 The announce for low battery on a zone can be because a mains power loss of the repeater or
concentrator =&gt; section 5.5.6.1 and Fehler! Verweisquelle konnte nicht gefunden werden.
7.5 Maintenance
Slide function switch to OFF and remove telephone cord. Clean EasyAlarm&reg; if necessary using a moistened
cloth and dry it afterwards.
Note:
 Do not use cleaning agents or solvent
24
8. TROUBLE SHOOTING / ERROR HANDLING
Most problems can be checked and solved with help of the following chart. If the problem remains after consulting this chart in details, please get in touch with your local dealer or contact the info line of your country.
8.1 Telephone connection / Telephone communication
Symptoms
LED is not lit after switching ON
Announcement „programming
deactivated: PIN“ by an attempt of
reprogramming
Announcement „Beep Beep Beep“
Announcement „battery error”
Announcement „power failure”
Announcement „line check error “
Cause and /or remedy
Replace battery
Programming function is locked =&gt; to be unlocked according to
section 5.4.2
Mains loss and low battery at the same time!
Battery is low =&gt; replace battery
Power failure, transformer not connected
No dial tone has been detected:
 Unit is not connected with the telephone network
 Telephone network failure
No dial tones are audible during test call  Another telephone working on the same phone line is occupying
the line already
=&gt; no tones are audible during the
 Plug in telephone cord
dialling procedure
 Check the telephone cord
 Start test-call with different telephone
Test call does not call selected calling
 Calling number n is not programmed =&gt; Calling number 1 will
number:
be dialled instead
Announcement „calling number n error“
Test call does not establish phone
 Calling number is wrong
connection: Announcement „calling
 Called party is not answering the phone
number n“ =&gt; dial tone audible
Remote access using dialling-in not
 The dialling function is programmed for the two step modus (
section 0)
possible =&gt; EasyAlarm&reg; is not
responding to the call
Remote access using dialling-in not
Wrong PIN-code entered =&gt; call again
possible =&gt; disconnection after entering
of PIN-code
Current telephone does not support tone-dialling commands or has
EasyAlarm&reg; does not react on tonenot been configured =&gt; for example pulse dialling
dialling commands
8.2 Acoustical monitoring
Symptom
Noise is not triggering an alarm
Cause and /or remedy
 Factory setting supports monitoring of acoustics only on pos. III
of selection switch. (programming can be altered  section 5.6)
 The unit has been deactivated by DTMF 7 =&gt; LED
alternatively 4s on / 4s off
 By switching on the unit or after triggering an alarm, the
acoustical monitoring is not active during the waiting time of 20
seconds ( section 6.4) =&gt; LED is lit constantly during the
waiting time!
 Depending on the position of the selection switch, an alarm is
triggered with a different delay. Every time the noise exceeds the
pre set level, the LED is on ( section 6.4.1)
8.3 Motion detector (wired sensor 1)
Symptom
LED is on during WALK TEST, but no
alarm is triggered
Cause and / or remedy
 Active/inactive by switching on the unit or between two alarms
is not expired
 Supervision has been temporarily deactivated (deactivation)
 Supervision is deactivated at current position of the selection
switch (I/II/III) ( section 5.6)
 Motion detection is programmed to verify presence ( section
9.10), an alarm is only triggered if no motion is detected over a
programmed time.
 Test mode =&gt; check section 10.2.4
25
WALK TEST has been set, but LED is
not on


There is no motion and the WALK
TEST LED is not on, but alarming with
periodical announcement „alarm sensor
n“ is spoken

„Alarm due to sensor n“ is announced,
but the motion detector has been
temporarily deactivated



Power supply of the motion detector is missing (=&gt; check cable,
connector and power supply)
Power supply not on since two minutes (stabilize time of PIRmotion detector)
Power supply of the motion detector is missing (check cable,
connector and power supply) =&gt; further announcement „power
failure “
The motion detector has been connected (additional
announcement „sensor 1 activated“ or disconnected (additional
announcement “sensor failure”) after power on =&gt; factory
setting automatically recognizes a connected Plug &amp; Protectmotion detector
The power supply of the unit has been cut off for a short period
The function switch has been switched to PROG or OFF after
temporarily deactivation.
8.4 Wireless sensors
Symptom
Announcement “zone n is open”
Cause and /or remedy
 Contact sensor (zone n) is open if you try to arm the system
 One of the contactor sensor of a concentrator (zone n) is open if
you try to arm the system
 At power up of the alarm unit all contacts are initialised as open
by default ( section 9.11.2). After 65 minutes (status report
interval) all contacts should be synchronised (open/closed)
No alarm call out, although the sensor
 Sensor not learned in
LED is on
 Sensor deactivated at current position of the selection switch
 Detector is not monitored if system is disarmed or during exit
delay, respectively.
 Prevent to receive the disturbance in 868.65Hz
 Detector is out of reception range.
No alarm call out, the sensor LED is off No power supply on detector
It is possible to adjust detector so that it doesn’t announce every
event, but rather only after a delay period (e.g. 2.5 minutes with
motion detector). Please take note of the adjustment possibilities in
the specific detector instruction manual.
Announcement “detector malfunction,
 Sensor failure (check power supply!)
zone n”
 Sensor is outside of reception area
 Interference during reception
Battery alarm
Change battery of detector according to instruction
Announcement “battery error, zone n”
Note:
 The cause of the battery failure of a zone can also be an power
failure off repeater or concentrator, if a detector is programmed
in via one of these extra components =&gt; see section 5.5.6.1 and
Fehler! Verweisquelle konnte nicht gefunden werden.
Rhythmic blinking of detector display
Battery of detector has to be replaced according to instruction
Unit can’t be activated nor deactivated If the tamper contact of a telecommand key switch or remote
via the telecommand key switch or
lock (sensor function 9 and 0) is detected the appropriated zone
remote lock
will automatically deleted. Therefore you have to check, that the
alarm-unit is switched off, if you want to change the battery.
Otherwise you have to re-program it.
26
9. SPECIAL PROGRAMMING
Important notes:
 All parameters remain stored even if EasyAlarm&reg; is switched off or without battery. Therefore
reprogramming is only essential if parameters have to be changed.
 Programming mode can be locked to secure against unintended programming during operation (
section 5.4.1). If lock is activated, the announcement „programming inactive: PIN“ will be
announced if function switch is shifted to PROG.
 Attention: Changing these parameters below does influence the operating mode. Therefore only
necessary parameters should be changed. Please test behaviour before putting the unit back into
operation!
 A programming error can be corrected by repeating the programming steps accordingly.
9.1 Factory settings (Default-Values)
EasyAlarm&reg; can be reset to default values as follows:
Keep 3 and # pressed
OFF
ON
OFF
ON
PROG
PROG
simultaneously
Release
keys
Prog. 2
OFF
ON
PROG
9.2 Alarm repetition
An alarm is triggered, as soon as the alarm criteria is fulfilled and the waiting period has expired. In some cases
it might be useful to repeat an alarm as long until an acknowledgement is received.
OFF
ON
PROG
Value
0
1..9
*. 9. 7. 1. 3 5 3 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
EasyAlarm&reg; calls the alarm numbers within the calling number sequence just once
EasyAlarm&reg; starts calling the calling numbers within the calling number sequence until the alarm is
confirmed by DTMF 0 or until the programmed value is reached! (factory setting =2)
9.3 Entry/Exit delay
The appropriated register 4 8 can be read-out or modified as follows:
OFF
ON
PROG
Value
0..255
*. 9. 7. 1. 3 4 8 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Value
#.
OFF
ON
PROG
Comment
Time in seconds (factory setting=20)
9.4 Mains power loss timeout
The appropriated register 6 3 can be read-out or modified as follows:
OFF
ON
PROG
Value
1..255
*. 9. 7. 1. 3 6 3 #. #.
Value
*.
Comment
Period for mains power loss, before a alarm is activated : in 10 minute steps ! (deviation:-10/+0min)
(factory setting=2, i.e.. alarm is triggered if the mains voltage precipitates during 10..20min).
9.5 Signalling
9.5.1 Signalling through alarm unit
It is possible to signal the inactive waiting period with one beep every two seconds. Proceed as follows:
OFF
ON
PROG
Value
0
1
2
3
4
*. 9. 7. 1. 3 0 5 #. #.
Value
*.
Signalling..
Mains loss at power-on Selected mode after power-on










Value
#.
Exit Beep every 2 sec.





OFF
ON
PROG
Entry: 2 Beep





27
9.5.2 Signalling during phone connection (announcements)
The cause of alarm will be repeated every 8 seconds during connection until a DTMF command is received.
This corresponding register 2 0 can be read out or modified as follows:
OFF
ON
PROG
Value
0
1..254
255
*. 9. 7. 1. 3 2 0 #. #.
Value
*.
#.
Value
OFF
ON
PROG
Comment
No repetitions =&gt; one announcement a the beginning of the connection
Cycle of repetition in steps of seconds (factory setting=8) i.e: Value=30 =&gt; announcement every 30s
Special case: Individual message announced just once (WITHOUT cause of alarm)
9.6 Shared line with telephone/modem
If you want to use EasyAlarm in combination with a downstream telephone/modem you must set dialling
delay as follows:
OFF
ON
PROG
*. 9. 7. 1. 3 2 4 #. #.
Value
*.
#.
Value
OFF
ON
PROG
Value Comments
0
No dialling delay (=factory setting)
1
Dialling delayed (=Option PLUS)
9.6.1 Wiring with cord with end-sleeves
-LINE
PIN 2: OUT
PIN 3: IN
PIN 4: IN
PIN 5:OUT
IN
End-sleeves of telephone cord
Black =&gt; to downstream modem/phone b’
Red &lt;= from PSTN (Terminal a)
Green &lt;= from PSTN (Terminal b)
Gelb =&gt; to downstream modem/phone a’
PSTN
OUT
9.6.2 Wiring Switzerland with T+T- SW06
downstream phone/modem
1. Plug adapter SW06 into wall plate
2. Connect FCC-cord between alarm unit and adapter SW06
3. Plug „downstream” phone into T+T-Jack of adapter SW06
9.6.3 Wiring Germany with TAE-N-Plug
TAE-F-Plug
TAE-N-Plug
downstream phone/modem
1. Plug adapter TAE-N into first N-Jack of wall plate
2. Connect FCC-cord between alarm unit and adapter TAE-N
3. Plug „downstream” phone into TAE-F-Type-Jack of wall plate
9.7 Dialling in
9.7.1 Program ringing cycles
The number of ringing cycles until EasyAlarm&reg; answers the call can be read out or modified as follows:
OFF
ON
PROG
Value
0
2..9
28
*. 9. 7. 1. 3 4 7 #. #.
Value
*.
Value
#.
Comment
EasyAlarm&reg; does not answer any call
EasyAlarm&reg; answers call after Value ringing cycles (factory setting: Value=2)
OFF
ON
PROG
9.7.2 Dialling in sequence
Behaviour on dialling-in mode can be read out or modified as follows:
OFF
ON
PROG
Value
0
1
*. 9. 7. 1. 3 7 0 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
EasyAlarm&reg; answers call directly after the programmed ringing cycles
EasyAlarm&reg; answers call after a two-step dialling -in sequence (2 ringing, hand up, wait 20 sec,
dialling in again (=factory setting)
9.7.3 Connection mode after dialling-in
Phone connection mode after dialling-in can be read out or modified as follows:
OFF
ON
PROG
Value
0
1
*. 9. 7. 1. 3 7 1 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
EasyAlarm&reg; does not signal a dialling in and switches to listening-in connection (=factory setting)
EasyAlarm&reg; establishes hands-free connection announced by five gong signals.
9.7.4 Handling of incoming calls
Answering incoming call by pressing the emergency button or any key can be selected as follows:
OFF
ON
PROG
Value
0
1
*. 9. 7. 1. 3 7 2 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
EasyAlarm&reg; is not responding by activation of the emergency button or any key of the alarm unit
Call can be answered by pressing the emergency button or any key of alarm unit (=factory setting)
9.8 Remote programming
The calling numbers as well as the sequence of the calling numbers are programmable during phone
connection. This function is disabled (factory setting), but can be enabled as follows:
9.8.1 Enabling of remote programming
Remote programming can be read out or modified as follows:
OFF
ON
PROG
Value
0
1
*. 9. 7. 1. 3 7 6 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
EasyAlarm&reg; cannot be remote programmed (=factory setting)
EasyAlarm&reg; is ready for remote programming.
9.8.2 Remote programming of calling number and calling number sequence
If remote programming is enabled calling numbers/sequence can be re-programmed during phone connection:
1. Enter DTMF * * n (n =&gt; see chart below)
 Current calling number/ calling number sequence will be announced. If you want to change, continue at
point two. Otherwise enter DTMF # .
2. Enter DTMF *
3. Enter new number/sequence
 After entering of the last digits, wait ten seconds. New number/ sequence will be announced, followed
by the request to enter DTMF n to confirm change. If you do not confirm within 10 seconds or if
another key is pressed the message „programming: abort“ will be announced. In this case the old value
remains active.
&lt;n&gt; Comment
Programming according to
0
Calling number sequence (max. 9 digits) Section 5.2.2
1
Calling number 1 (max. 24 digits)
Section 5.1
..
Calling number .. (max. 24 digits)
9
Calling number 9 (max. 24 digits)
#
SPECIAL - CASE: Phone connection is terminated and a test call is initialised with the current calling
number sequence and calling numbers =&gt; announcement: “Alarm due to programming“
29
9.9 Calling number sequence depending from position of selection switch I/ II/III
OFF
ON
PROG
Value
0
1
*. 9. 7. 1. 3 7 5 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
EasyAlarm&reg; dialling not depend on switch position I/II/III, same calling sequence(=factory setting)
EasyAlarm&reg; dialling depend on switch position I/II/III, with different calling sequence =&gt; the
calling sequence as describe in section 5.2.2
9.10Setting presence verification time out
If there is no activation within this period, an alarm is triggered after a pre programmed time.
OFF
ON
PROG
Value
0
6..255
*. 9. 7. 1. 3 6 7 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
Presence verification is switch off (=factory setting)
Time –out in steps of 10 min.(min. 60min, max. 42.5h). in case during this time no action detected,
trigger an alarm by sensor monitoring. Value=144 (144x10min = 1440min = 24h)
9.11Wireless sensor
9.11.1 Supervision time-out for (status report monitoring)
Some wireless sensors report their status every 65 minutes (among others low battery, alarm contact, tamper). It
can be happen the detector fails technically, or the radio channel experience interference during reception, or
the detector is on the boarder of reception area. If a detector does not report its status within supervision time
then EasyAlarm&reg; will trigger an alarm.
OFF
ON
PROG
Value
10..30
31
*. 9. 7. 1. 3 2 2 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
Supervision time in steps of 20 min. (max. 10 h). factory setting=30 (30x20 min =600 min =10 h)
Important note:
The supervision time setting not small than 10 (=200min), if doing so radio supervision have
problem
Supervision is switch off, that is radio detector will not monitor for failure.
9.11.2 Initial status of contact sensors (NV71)
At power on EasyAlarm&reg; initialises the contact status as follow:
OFF
ON
PROG
Value
0
1
30
*. 9. 7. 1. 3 2 3 #. #.
Value
*.
Value
#.
OFF
ON
PROG
Comment
Contacts are initialised as closed =&gt; Advantage: The sensors are not report as open during start up
=&gt; Disadvantage: if the contact is open, an alarm is triggered after the first status report!
Contacts are initialised as open (=factory setting) =&gt; The contact detector are report as open during
start-up. Advantage: If the contact is closed then the contact will be automatically synchronised at
first status report =&gt; Disadvantage: if someone enters into the zone prior to the first status report NO
alarm is triggered!
10. ACCESSORIES
10.1PIR - Motion detector BBT-PIR-RJ45 (Plug &amp; Protect)
10.1.1 Basis mounting
Choose the mounting location after careful consideration of the area to be
protected. The motion detector should be located so that an intruder will cross
the infrared beam pattern. If used to verify presence, a regular used room should
be detected. Figure shows the different infrared beam patterns at a typical
mounting height of 2.5m.
Notes:
 Do not mount detector towards direct sunlight or near to heat sources.
 Do not mount detector behind items like glass or curtains because the infrared-beam cannot penetrate them.
 Keep away pets like cats or dogs from the protected area.
 Do not protect the same area by more then one detector, because they can interfere.
10.1.2 Installation
Connect the cable of the motion detector on the EXT port of the alarm unit. The AC adapter of the alarm unit
provides the power supply of the detector
10.1.3 Activation
Provided the motion detector is plugged in, EasyAlarm&reg; detects the motion detector during the switching on
procedure.
Important notes:
 By disconnecting the detector during the operation mode, an alarm is
triggered: ”alarm due to sensor 1, sensor failure!”
 By connecting the detector after the start up procedure of the alarm unit,
an alarm is triggered: “alarm due to sensor 1, sensor 1 activated!”
Mounting screw
10.1.4 Deactivation
If the motion detector is not plugged in, EasyAlarm&reg; automatically
deactivates the supervision of the motion detector.
10.1.5 Specification
Supply voltage
9..16 VDC (through AC-adapter)
Dimension
107 x 58 x 39mm (L x W x D) without swivel
Weight
75 g
Cable length
8 m (RJ45)
Detection type
passive infrared (PIR)
Alarm contact
normally closed
10.1.6 Adjustment
Safety note:
 Before you open cover please check, that the telephone cord is
DISONNECTED. Otherwise you can get in contact with the telecommunication voltage!
Remove the front cover by twisting a flat screwdriver in the slot between the cover and the base at the bottom
of the motion detector
10.1.6.1
Pulse count
You can set PULSE jumper at position 1,2 or 3 corresponding to the desired pulse count before an alarm will
be triggered. Default = 2.
10.1.6.2
WALK-test
To disable LED indication, remove the LED jumper and place it on one pin only. To activate LED indication,
place LED jumper over both pins.
10.1.6.2.1
Mounting height
If motion detector is not mounted at 2.5m you can adjust like this:
1. Loosen the PC-Board holding screw. Slide the PC-Board so that the plastic
pointer on the right side is positioned at the appropriate scale position.
 For higher than 2.5m =&gt; Slide PC-Board up
 For lower than 2.5m =&gt; Slide PC-Board down
2. Tighten the PC-Board holding screw
3. Mount front cover
4. Walk through the entire protected area and observe the LED to ensure full coverage
31
10.2EXT-Set (Operation with potential free alarm contacts)
10.2.1 Safety notes
 Function switch must be shifted to OFF and telephone-cord must be disconnected before any wiring
work is done on the AC-adapter or connecting cable.
 All contacts of the EXT port are on telephone circuit potential =&gt; therefore any applied alarm
contact must be potential free (relays or opto-coupler) and must have a isolation of lease 3.75kV
according to regulation EN60950.
 All contacts have to be protected against any body contact
10.2.2 Wiring plan
Connect the open ends of the sensor-cord to the potential free alarm contacts as shown below and plug the
sensor cord into one of the EXT-ports of the alarm unit.
Connect the open ends of the sensor-cord to the potential free alarm contacts as shown below:
Type of contact: Norm ally open (NO)
N orm ally closed (NC)
Potential free !
S ensor 2
S ensor 1
S ensor 3
10.2.2.1
Operation with only one alarm contact (Sensor-1)
10.2.2.2
Operation with up to three alarm contacts (NO or NC)
(to AC-adpter)
FCC8/6
Open ends of sensor-cord
Plug
PIN 2:
White wire (Output)
PIN 3:
Black wire (Sensor-2 input)
CAN BE USED AS EMEGENCY MODE!
PIN 4:
Red wire (+12V)
PIN 5:
Green wire (Sensor-1 input)
PLUG&amp;PROTECT-sensor
PIN 6:
Yellow wire (GND)
PIN 7:
Blue wire (Sensor-3 input)
CANNOT BE DISARMED!
If you only need one alarm contact you should use sensor-1-input. EasyAlarm&reg; will auto-detect the contacttype ( Plug&amp;Protect-Contact) and starts monitoring sensor-1 according to the state of the sensor-2-input at
the time of power-up (details according to section 10.1):
Connect Sensor-2-input to GND =&gt; Sensor-1 is a normally closed contact
Let Sensor-2-input open =&gt; Sensor-1 is a normally open contact
Select the appropriate contact to fit the monitoring!
Select the appropriate contact to fit the monitoring!
Notes:
 Sensor-1 monitoring can be disarmed (disable) or sensor-1 can be used for presence verification (
programming according to section 10.2.3.1)
 Sensor-2 monitoring can be disarmed (disable) or sensor-2 can be used as a emergency contact (
programming according to section 10.2.3.2)
 Sensor-3 monitoring CANNOT be disarmed ( programming according to section 10.2.3.3)
10.2.3 Configuration of the alarm behaviour
10.2.3.1
10.2.3.1.1
Sensor-1 monitoring
Sensor-1 as alarm contact
EasyAlarm&reg; auto-detects a Plug&amp;Protect-sensor and starts its monitoring if the system is armed. You can
define the behaviour for sensor-1 as following:
Example: A normally closed contact shall trigger an un-delayed alarm with a hands-free-connection
independent from position of the selection switch.
1. Slide function switch to PROG
2. Enter sequence *. 9. 3. 1. 7 5 6 #. #.. .
 Current register (bit 7 -&gt; bit 0) will be announced followed by “to modify press *., to stop press #.“
3. If you want to keep current value proceed with step 6. Otherwise start modifying register by pressing *..
4. Enter sequence 0. 0. 1. 0 0 0. 1. 1. .
32
Factory default for sensor-1 monitoring
00 0 000 10, =&gt; un-delayed alarm in listening-in
connection only on all positions I/II/III
=&gt; connector type: auto-type (plug&amp;protect)
R-Siren Entry-Delay Connect. mode Sensor on.. Type
0: off
0:off
0: Listening-in I / II / III
00: inactive
1: on
1:on
1: Hands-free 0 0 0
01: Normally open contact
0: enabled
10: Plug&amp;Protect (auto-detected at power-on)
1: disabled
input-2 is open =&gt; Normally open monitoring
input-2 is closed =&gt; Normally closed monitoring
5. Press key #. .
11: Normally closed contact
 The new register (bit 7 -&gt; bit 0) will be announced
6. Slide function switch to OFF
10.2.3.1.2
Sensor-1 for presence verification
You can also use sensor-1 to monitor missing activity (i.e. no motion detected within a certain period) =&gt;
Alarm message: „Emergency call due to sensor-1“. Therefore you have to activate time-out as below.
How to program presence verification time-out
Please refer to section 9.10.
10.2.3.1.3
Sensor-1 as entry-detector (Gong function)
A sensor-1 activity can also be signalled locally (Gong-function) according to the following procedure:
Example: Sensor-1 shall greet an incoming person with the pre-recorded individual message only on position I.
1. Slide function switch to PROG
2. Enter sequence *. 9. 3. 1. 7 3 1 #. #...
 Current register (bit 7 -&gt; bit 0) will be announced followed by “to modify press *., to stop press #.“
3. If you want to keep current value proceed with step 6. Otherwise start modifying register by pressing *..
4. Enter sequence 0. 0. 0. 0 1 1. 1. 0. .
Factory default for gong-function sensor-1
000 111 00
Unused
000:
Gong on..
I / II / III
0 1 1
0: enabled
1: disabled
Gong-type
00: Gong
01: -10: Individual message
11: Beep loud
5. Press key #. .
 The new register (bit 7 -&gt; bit 0) will be announced
6. Slide function switch to OFF
10.2.3.2
10.2.3.2.1
Note:
 If you do not want to
trigger an alarm on
position I you have to
disable alarm according
to section 10.2.3.1.1
Sensor-2 monitoring
Sensor-2 as alarm contact
Alarm function for sensor-2 in armed mode can be selected as following:
Example: Sensor 2 is a normally closed contact that should trigger an un-delayed silent alarm on position I/II
1. Slide function switch to PROG
2. Enter sequence *. 9. 3. 1. 7 5 7 #. #.. .
 Current register (bit 7 -&gt; bit 0) will be announced followed by “to modify press *., to stop press #.“
3. If you want to keep current value proceed with step 6. Otherwise start modifying register by pressing *..
4. Enter sequence 0. 0. 0. 0 0 1. 1. 1. .
Factory default for sensor-2 monitoring
00 0 000 00, =&gt; inactive
R-Siren Entry-Delay Connect. mode Sensor on.. Type
0: off
0:off
0: Listening-in I / II / III
00: inactive
1: on
1:on
1: Hands-free 0 0 1
01: Normally open contact
0: enabled 10: Emergency-contact according to section 10.2.3.2.2
1: disabled 11: Normally closed contact
5. Press key #. .
 The new register (bit 7 -&gt; bit 0) will be announced
6. Slide function switch to OFF
10.2.3.2.2
Sensor-2 as emergency-sensor
If sensor-2 is enabled in section 10.2.3.2 as emergency-contact an emergency-call is triggered if the contact is
33
in alarm position for at least one second. An emergency call does not depend on the position of the selection
switch and is also active if the system is disarmed
Emergency call
1. Slide function switch to PROG
2. Enter sequence *. 9. 3. 1. 7 6 0 #. #.. .
 Current register (bit 7 -&gt; bit 0) will be announced followed by “to modify press *., to stop press #.“
3. If you want to keep current value proceed with step 6. Otherwise start modifying register by pressing *..
4. Enter sequence 0. 1. 1. 0 0 0. 1. 1. .
Factory default for emergency-call by sensor-2
0 1 1 000 11: =&gt; delayed alarm in hands-free
mode. Contact type: NC
R-Siren Entry-Delay Connect. mode Sensor on.. Type
0: off
0:off
0: Listening-in I / II / III
00: inactive
1: on
1:on
1: Hands-free 0 0 0
01: Normally open contact
0: enabled 10: Plug&amp;Protect (auto-detected at power up)
input-2 is open =&gt; Normally open monitoring
input-2 is closed =&gt; Normally closed monitoring
11: Normally closed contact
5. Press key #. .
 The new register (bit 7 -&gt; bit 0) will be announced
6. Slide function switch to OFF
10.2.3.3
10.2.3.3.1
Sensor-3 monitoring
Sensor-3 as alarm contact
Note: if sensor-3 input is enabled as show below, you cannot disarm at any time!
Example: A normally closed contact shall trigger an un-delayed alarm with a hands-free-connection
independent from position of the selection switch.
1. Shift function switch to PROG
2. Enter sequence *. 9. 3. 1. 7 6 1 #. #...
 Current register (bit 7 -&gt; bit 0) will be announced followed by “to modify press * , to stop press # “
3. If you want to keep current value proceed with step 6. Otherwise start modifying register by pressing * .
4. Enter sequence 0. 0. 1. 0 0 0. 1. 1. .
Factory default for sensor-3 monitoring
00 0 111 00, =&gt; inactive on all positions I/II/III
R-Siren Entry-Delay Connect. mode Sensor on..
0: off
0:off
0: Listening-in I / II / III
1: on
1:on
1: Hands-free 0 0 0
0: enabled
1: disabled
Type
00: inactive
01: Normally open contact
10: Plug&amp;Protect (auto-detected at power up)
input-3 is open =&gt; Normally open monitoring
input-3 is closed =&gt; Normally closed monitoring
11: Normally closed contact
5. Press key #. .
 The new register (bit 7 -&gt; bit 0) will be announced
6. Shift function switch to OFF
10.2.4 Test mode for sensor contacts
You can test the wiring as following:
1. Slide function switch to PROG
2. Enter *. *. *. *.
 Any time a monitored sensor contact changes to alarm state you will hear the announcement”&lt;n&gt;
activated”. If the contacts changes to idle state you will hear “&lt;n&gt; deactivated.
3. Slide function switch to OFF
Notes:
 &lt;n&gt; = 1/2/3 (depending on sensor)
 Only sensors with contact type set to other value than inactive (00) will be announced =&gt; see
configuration in section 10.2.3.
34
10.3Siren EA-SIR-RJ45
Primary voltage
230 VAC / 50 Hz
Secondary voltage: 12 VDC / 3 VA
Dimension:
120 x 65 x 77 mm (L x W x H)
Weight:
200 g
Length of cable:
3 m (RJ45)
Installation:
connect in place of the BBT-DC12S-RJ45 AC-adapter
Functions:
A)
periodical ton of the siren (during inactive waiting period)
B)
in case of an alarm in listening-in connection, the siren can be activated permanently
C)
the siren can be switched on/off during phone connection by entering DTMF 6 / DTMF 4 .
10.4230V-Switch EA-SWI-RJ45
Same as EA-SIR-RJ45, but instead of the siren a 230VAC load (f.e. a light) can be switched on/off during
connection. Output cable with Euro-jack-connector with maximum load of 2.5A.
Activation of output:
A)
Output is activated automatically, as soon as an alarm criteria is fulfilled (siren, floodlight)
B)
Output is activated automatically, if an alarm remains unacknowledged (siren, floodlight)
C)
Output is activated during phone connection by request (siren, floodlight)
10.5DIN-Adapter interface EA-ACDC-SWI-RJ45
Primary voltage:
Secondary voltage:
Safety label:
Dimension:
Weight:
Connection:
Relay output:
Optocoupler input:
Dimensions:
Cable:
Weight:
Installation:
230 VAC / 50 Hz
12 VDC / 150 mA (no load &lt; 17.5V)
EN60950, 1992
52.5 x 93 x 68.5 mm (L x W x H)
250 g
Screw terminal
max. 2 A / 1000 VA (make contact)
10..230 V (AC or DC) =&gt; sensor 1
120 x 65 x 42mm (L x W x H)
3m (RJ45)
500 g
connect in place of the BBT-DC12S-RJ45 AC-adapter
Activation of output:
A)
Output is activated automatically, as soon as an alarm criteria is fulfilled (siren, floodlight)
B)
Output is activated automatically, if an alarm remains unacknowledged (siren, floodlight)
C)
Output is activated during phone connection by request (siren, floodlight)
D)
Operation as a remote-controlled system (remote switching of heater, engines and so on)
E)
many more applications are possible
Remote Switching procedure: activation of output DTMF 6 / deactivation of output DTMF 4
35
11. TECHNICAL DATA / WARRANTY
Changes to product and performance can be made at any time without announcement.
11.1Technical data
11.1.1 Alarm unit EasyAlarm&reg; EA-8-868
Supply voltage:
Current input:
Announcement:
Material of housing:
Dimensions:
Weight:
Telephone cord:
Calling method:
9..16 VDC (by AC adapter at EXT/≂ connector)
Backup: 9V-battery (typical duration of operation about 50 hours)
Supervision mode: 10 mA (typical) / during announcement: 55 mA (max.)
Voice chip with four integrated languages: German, French, English, Italian
Other languages combinations on request
ABS
200 x 110 x 31mm (L x W x H)
320 g without the battery
8 m (country specific telephone plug on request)
DTMF (Tone dialling)
11.2AC-adapter BBT-DC12S-RJ45
Primary voltage:
Secondary voltage:
Safety label:
Dimension:
Weight:
Cord length:
100 – 240 V / 50 – 60 Hz
12 VDC / 6 VA
EN60950, 1992
70 x 30 x 60 mm (L x W x H)
102 g
3 m (RJ45)
11.3Warranty
Dear customer
Each EasyAlarm&reg; is manufactured and tested according to stringent quality rules. If the unlikely case should
occur, that due to a manufacturing error the product is malfunctioning, Leitronic AG will guarantee in addition
to your sales distributor warranty of repairs without any labour or material costs for 2 years after date of
purchase.
Warranty is only granted, if the unit has been used as described in the instruction manual.
Warranty will not be given under following circumstances:
 If there is no invoice or receipt with date of purchase, vendor’s name and serial number.
 These documents have been changed or modified.
 If serial number on type label has been changed, cleared, removed or modified in any way.
 If any repair, modification or other adaptation has been carried out by an unauthorized person or company.
 Damage due to tampering with device.
 Damage due to external influence (lightning, water, fire and so on).
36
12. INDEX
A
AC-adapter ....................................6, 31, 32, 35, 36
Accessories.....................................................5, 31
Acoustical monitoring....................5, 16, 18, 25, 40
Alarm .... 4, 5, 7, 8, 9, 10, 16, 17, 18, 19, 20, 22, 23,
24, 26, 27, 29, 31, 33, 36, 40
call ...........................................................23, 26
due to fire ............................8, 10, 18, 22, 23, 40
due to noise..........................8, 17, 18, 22, 23, 40
due to power failure ........................ 8, 18, 23, 40
due to sensor16, 17, 18, 19, 22, 23, 26, 31, 33, 40
due to zone ........................10, 17, 18, 22, 23, 40
how to acknowledge .................................19, 20
repetition ..................................................20, 27
unacknowledged ................17, 19, 21, 22, 23, 35
Announcement ..4, 9, 10, 11, 16, 17, 18, 19, 20, 21,
22, 23, 24, 25, 26, 27, 28, 29, 34, 36
individual message...................... 6, 9, 20, 22, 33
Language......................................................6, 9
Arm.................................................... 5, 17, 18, 26
setting ................................16, 18, 20, 25, 27, 30
value................................................... 14, 17, 27
Dialling delay .................................................8, 28
Dialling-in ........................................ 20, 21, 25, 29
ringing cycles...................................... 21, 28, 29
Disarm................................................ 5, 13, 18, 34
DTMF . 9, 17, 19, 20, 21, 22, 23, 25, 27, 28, 29, 35,
36
E
Emergency
button .................. 4, 8, 18, 19, 20, 21, 22, 23, 29
call..................5, 7, 10, 18, 19, 22, 23, 33, 34, 40
Error handling.................................................... 25
Exchange......................................................... 4, 8
dialling delay ..............................................8, 28
F
Factory setting .......................16, 18, 20, 25, 27, 30
Function switch .5, 6, 7, 8, 9, 10, 11, 16, 20, 21, 22,
24, 26, 27, 29, 30, 32, 33, 34
B
H
Battery..4, 5, 6, 8, 11, 12, 13, 14, 15, 16, 17, 18, 19,
22, 23, 24, 25, 26, 27, 30, 36
check ..............................................................24
compartment....................................... 4, 5, 6, 24
replacement ....................................................24
Beep ....... 7, 8, 10, 11, 15, 16, 17, 22, 24, 25, 27, 33
Hands-free . 3, 5, 7, 8, 10, 18, 19, 20, 21, 23, 29, 32,
33, 34, 40
C
Calling methode
tone-dialling ...................................................36
Calling number ..3, 5, 6, 8, 9, 17, 19, 20, 23, 25, 27,
29
dialling delay ..............................................8, 28
how to program.................................................8
Calling number sequence ...........5, 9, 20, 23, 27, 29
how to program.................................................9
Check
battery ............................................................24
battery failure .................................................26
Check call.......................................................3, 21
dialling-in ..................................... 20, 21, 25, 29
Commands
tone-dialling .............................................20, 25
Concentrator...........7, 10, 15, 16, 22, 23, 24, 26, 40
Connection .. 3, 4, 5, 6, 9, 10, 11, 17, 18, 19, 20, 21,
23, 25, 28, 29, 32, 34, 35, 40
hands-free.........5, 7, 8, 18, 19, 20, 21, 23, 29, 40
volume........................................................20
listening-in..................... 7, 19, 20, 21, 29, 35, 40
time-out ....................................................20, 21
Contact-sensor ...........................7, 8, 14, 26, 32, 40
Cord .......................... 4, 5, 6, 24, 25, 28, 31, 32, 36
I
Incoming call................................................21, 29
Individual message ......................... 6, 9, 20, 22, 33
how to record................................................... 9
Installation................................................6, 31, 35
K
Key...5, 6, 7, 8, 9, 10, 11, 12, 13, 17, 18, 19, 20, 21,
22, 23, 24, 26, 29, 33, 34, 40
L
LED............ 5, 12, 13, 15, 16, 18, 19, 25, 26, 31, 40
Listening-in 7, 10, 18, 19, 20, 21, 29, 33, 34, 35, 40
Loudspeaker ................................... 3, 5, 11, 22, 23
M
Microphone ..................................................... 3, 5
Mode ................................................................. 13
listening-in..................... 7, 19, 20, 21, 29, 35, 40
supervision............... 5, 18, 19, 20, 22, 23, 36, 40
waiting period .......... 9, 13, 17, 18, 20, 22, 27, 35
Monitoring... 5, 8, 15, 16, 17, 18, 20, 23, 25, 30, 32,
33, 34
waiting period .......... 9, 13, 17, 18, 20, 22, 27, 35
Motion sensor ..................................... 3, 10, 17, 23
N
Noise ............................... 3, 4, 5, 11, 16, 18, 23, 25
D
Default
37
P
Pager ..................................................................20
PIN-code .......................................7, 10, 21, 23, 25
Power failure ...........................5, 17, 18, 19, 25, 26
Pre warning period........................................18, 19
Presence verification... 8, 13, 18, 19, 22, 23, 25, 30,
31, 32, 33
time-out ..........................................................33
Program
alarm repetition.........................................20, 27
calling number ..................................................8
calling number sequence ...................................9
lock program mode .........................................10
unlock program mode .....................................10
Pulse dialling................................................22, 25
R
Reception ......................................6, 11, 15, 26, 30
Remote lock ...........7, 10, 11, 14, 15, 19, 24, 26, 40
Repeater ........................................... 22, 23, 24, 26
Ringing cycles ........................................ 21, 28, 29
S
Safety instructions ................................................6
Select user language .........................................6, 9
Sensitivity (noise) ..................................... 5, 14, 16
Sensor
contact . 3, 4, 5, 6, 7, 8, 10, 11, 12, 14, 15, 16, 17,
18, 22, 23, 25, 26, 30, 31, 32, 33, 34, 35, 40
function ........7, 10, 11, 15, 17, 18, 19, 22, 23, 26
38
function type.................. 7, 10, 11, 12, 14, 15, 40
motion ............................................ 3, 10, 17, 23
wired ............................................................. 16
Siren................................................... 3, 33, 34, 35
Supervision
active mode................................... 18, 20, 22, 23
inactive mode............................................20, 23
mode............................................... 5, 18, 36, 40
noise level.............................................5, 16, 18
Switch
function ... 5, 6, 7, 8, 9, 10, 11, 16, 20, 21, 22, 24,
26, 27, 29, 30, 32, 33, 34
selection..... 5, 7, 9, 13, 16, 17, 22, 23, 25, 26, 30,
32, 34
T
Telecommand ...7, 10, 11, 12, 13, 17, 18, 24, 26, 40
Remote lock....... 7, 10, 11, 14, 15, 19, 24, 26, 40
Telephone line ..................................................... 6
Test call........................................ 5, 20, 23, 25, 29
Time-out..................................... 18, 19, 20, 30, 33
Tone-dialling .............................. 19, 20, 21, 22, 25
commands.................................................20, 25
Transmitter ................................... 7, 11, 12, 14, 15
Trouble shooting................................................ 25
W
Waiting period ............. 9, 13, 17, 18, 20, 22, 27, 35
Wireless sensor ........ 4, 7, 10, 11, 17, 18, 26, 30, 40
how to learn-in................................ 7, 10, 11, 15
reception................................... 6, 11, 15, 26, 30
39
13. OVERVIEW
Sensor functions
RWT 42*) Key 868 RWT 50
RWT51
RWT 33
RWT 92
RWT 72M Con868 +)
Motion
Contact
Arm/Disarm
Emergency
Smoke
9=Telecommand
*) + Panic
7=Panic
8=Emergency
1=Fire
Sensor
function
3..6 = 24h / Intern / Entry/Exit / Extern
0=Remote lock (RWT 72 only)
+) Concentrator (combines up to pieces of 10 RWT 72-sensors to one single zone)  section 5.5.6.8
Sensor
function
Fire  Alarm in hands-free connection
Technical detector  Alarm in hands-free connection
24h-alarm  Alarm in listening-in connection
Internal sensor (un-delayed)  Alarm in listening-in connection
Entry/Exit-sensor (delayed)  Alarm in listening-in connection
External sensor (un-delayed)  Alarm in listening-in connection
Panic alarm (un-delayed)  Alarm in listening-in connection
Emergency call  Alarm in hands-free connection
Telecommand (Arm / Disarm)
Remote lock (Arm / Disarm) with supervision
Delete a wireless zone
1
2
3
4
5
6
7
8
9
0
#0
Zone
Wireless components
Sensor
function
0
1
2
3
4
5
6
7
8
9
Indicator (LED)
RWT
43
Key
868




















RWT RWT RWT
50
51
92






























RW
T 33
RWT
72
CON
868






























Location
Supervision mode without acoustical monitoring
Noise
Supervision mode with acoustical monitoring
4 seconds
Supervision mode inactive
Nois
4 seconds
4 seconds
4 seconds
Telephone connection
During phone connection
Alarm release
..independent from state of arming (armed / disarmed)
Factory set
alarm cause
Active by
I
II III
 
Panic
 
Emergency
 
Smoke
Technical detector  
 
24h
..if system is armed only





Factory set
alarm cause
Active by
I II III
Intern
Entry/Exit
Extern
Noise
Sensor 1
Sensor 2
Power failure
Status check








40
















Entry delay
Instantaneously
Delayed
Delayed
Delayed
Instantaneously
Entry delay
Instantaneously
Delay
Instantaneously
Instantaneously
Instantaneously
Instantaneously
Delay 1 min.
Delay 1 min.
Alarm connection
Announce the alarm cause
Listening-in
Hands-free
Hands free
Hands free
Listening-in
“Emergency call activated”
“Emergency call activated”
“Alarm due to fire zone n”
“Alarm due to technical detector zone n”
“Alarm due to zone n”
Alarm connection
Announce the alarm cause
Listening-in
Listening-in
Listening-in
Listening-in
Listening-in
Listening-in
Hands-free
Hands-free
“Alarm due to zone n”
“Alarm due to noise”
“Alarm due to sensor 1”
“Alarm due to sensor 2”
“Alarm due to power failure”
“Alarm due to detector malfunction, zone n”
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