Conrad Electronic FAZ 3000-Z, FAZ 3000-PIR-2, FAZ 3000-FB-2, FAZ 3000-TF-2 Operating Instructions Manual
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FAZ 3000-Z
Wireless alarm base station
Item no. 75 03 31
Complete set
Consisting of: ‘FAZ 3000-Z’ wireless alarm base station
‘FAZ 3000-FB-2’ wireless remote control
‘FAZ 3000-TF-2’ wireless door/window detector
‘FAZ 3000-PIR-2’ wireless PIR motion detector
Item no. 75 03 30
This user manual belongs to this product. It contains important information specific
to its operation and handling. Please bear this in mind when passing on the product
to a third party.
Therefore keep this user manual for future reference!
A contents list can be found in the table of contents on page 3.
OPERATING INSTRUCTIONS
Version 01/07
http://www.conrad.com
Imprint
These operating instructions are published by Conrad Electronic SE, KlausConrad-Str. 1, D-92240 Hirschau/Germany.
All rights reserved.
No reproduction (including translation) is permitted in whole or part e.g.
photocopying, microfilming or storage in electronic data processing equipment,
without the express written consent of the publisher.
The operating instructions reflect the current technical specifications at the
time of print. We reserve the right to change the technical or physical
specifications.
© Copyright 2007 by Conrad Electronic SE. Printed in Germany.
2
Introduction
Dear customer,
Thank you for purchasing this product.
This product meets the requirements of both current national and European
guidelines.
In order to ensure continued fulfilment of legal requirements and safe operation of this product,
we kindly ask you to carefully follow the instructions in this user manual!
Please read the user manual completely and observe the safety and operation instructions before
using the product!
All company and product names contained herein are trademarks of their respective
owners. All rights reserved.
Should you have any further questions, please contact our technical
service:
Germany: Tel. no.: +49 9604 / 40 88 80
Fax. no.: +49 9604 / 40 88 48
Email: tkb@conrad.de
Mon. to Thur. 8.00am to 4.30pm
Fri. 8.00am to 2.00pm
3
Table of contents
Page
1. Prescribed use ............................................................................................................ 7
2. Scope of delivery ......................................................................................................... 8
3. Explanation of icons .................................................................................................... 9
4. Safety instructions ................................................................................................... 10
5. Introduction ................................................................................................................ 12
6. System components ................................................................................................ 13
a) ‘FAZ 3000-Z’ wireless alarm base station.............................................................. 13
b) ‘FAZ 3000-FB-2’ wireless remote control ............................................................... 13
c) ‘FAZ 3000-TF-2’ wireless door/window detector ................................................. 14
d) ‘FAZ 3000-PIR-2’ wireless PIR motion detector...................................................... 14
e) ‘FAZ 3000-RM’ wireless smoke detector ................................................................ 15
f) ‘FAZ 3000-SI-2’ wireless siren control ................................................................... 15
g) ‘FAZ 3000-SE-2’ wireless activation switch .......................................................... 15
h) ‘FAZ 3000-AW-3’ wireless alarm dialler ................................................................. 16
i) ‘FAZ 3000-PC-2’ wireless PC interface .................................................................. 16
j) ‘FAZ 3000-DCF’ DCF receiver ................................................................................. 16
7. System description .................................................................................................. 17
a) Basic functions ........................................................................................................ 17
b) 868 MHz wireless technology ................................................................................. 17
c) ‘disarmed’, ‘internally armed’ and ‘externally armed’ operating modes ................. 18
d) Arming....................................................................................................................... 19
e) Alarm .........................................................................................................................19
f) Closure group ........................................................................................................... 20
8. Planning the installation .......................................................................................... 21
a) General notes on planning ...................................................................................... 21
b) Example for the protection of a bungalow ............................................................. 22
4
Page
9. Installation ................................................................................................................... 23
a) Installing the ‘FAZ 3000-Z’ wireless alarm base station ........................................ 23
1. Notes on selecting the installation location ....................................................... 23
2. Installing the alarm base station ......................................................................... 23
3. Alarm base station cabling ................................................................................. 25
4. Completing the installation .................................................................................. 26
5. Initial operation of the alarm base station .......................................................... 28
b) Installing the ‘FAZ 3000-TF-2’ door/window detector ........................................... 29
1. Installation notes ................................................................................................. 29
2. Installing the ‘FAZ 3000-TF-2’ door/window detector ...................................... 31
c) Installing the ‘FAZ 3000-PIR-2’ PIR motion detector ................................................ 32
1. Installation notes ................................................................................................. 32
2. Installing the ‘FAZ 3000-PIR-2’ PIR motion detector .......................................... 34
d) Preparing the ‘FAZ 3000-FB-2’ remote control ....................................................... 36
10. Initial operation and programming ...................................................................... 37
a) Displays & controls of the ‘FAZ 3000-Z’ alarm base station ................................. 37
b) Operating structure of the ‘FAZ 3000-Z’ ................................................................ 38
1. Main level ............................................................................................................. 38
2. Menu level ............................................................................................................ 39
11. Programming examples for the complete set ................................................. 42
a) Setting the date and time ......................................................................................... 43
b) Setting the house code ............................................................................................ 45
c) Registering the sensors........................................................................................... 46
1. General notes ...................................................................................................... 46
2. Preparing the alarm base station ....................................................................... 47
3. Registering the ‘FAZ 3000-TF-2’ door/window detector.................................. 48
4. Registering the ‘FAZ 3000-PIR-2’ PIR motion detector ...................................... 50
5. Registering the remote control ........................................................................... 52
12. Function test for the complete set ...................................................................... 54
a) Testing the remote control ....................................................................................... 55
b) Testing the sensors ................................................................................................. 56
13. Operation ..................................................................................................................... 58
5
Page
14. Other functions of the alarm base station ......................................................... 59
a) Troubles .................................................................................................................... 59
1. Scanning troubles (without scanning possible open contacts) ...................... 60
2. Scanning troubles & open contacts that prevent ‘internally armed’ arming .... 61
3. Scanning troubles & open contacts that prevent ‘externally armed’ arming ... 62
b) Events ....................................................................................................................... 63
c) Sensors .................................................................................................................... 64
1. Add sensors ....................................................................................................... 64
2. Delete sensors .................................................................................................... 67
3. Modify a sensor name or assign a sensor name retrospectively ................... 68
4. Modifying/checking sensor attributes ................................................................ 69
d) Service (for example, opening the casing and replacing the batteries)............... 71
e) Configuration (‘setup’ menu item) ............................................................................ 72
1. Setting the time and date .................................................................................... 72
2. DCF setup, reception check ............................................................................... 73
3. Setting the exit delay for ‘externally armed’ ...................................................... 74
4. Programming an access code for the settings ................................................. 75
5. Programming an access code for ‘internally armed’ ......................................... 76
6. Programming an access code for ‘externally armed’ ....................................... 77
f) Run test .................................................................................................................... 78
g) Settings for the internal siren .................................................................................. 78
1. Conditions for setting off the alarm, changing the settings ............................. 78
2. Setting the duration for the internal siren .......................................................... 81
3. Setting the duration of the signal tone for when the ‘intern scharf’
(internal arm) button is pressed ......................................................................... 82
4. Setting the duration of the signal tone for when the ‘extern scharf’
(external arm) button is pressed ....................................................................... 83
h) Settings for the ‘FAZ 3000-SI-2’ external siren ...................................................... 84
1. Conditions for setting off the alarm, changing the settings ............................. 84
2. Setting the duration for the external siren ........................................................ 87
3. Setting the duration for the external flash ........................................................ 88
i) Settings for the ‘FAZ 3000-AW-3’ alarm dialler ...................................................... 89
1. Conditions for setting off the alarm, changing the settings ............................. 89
2. Silent alarm on/off ............................................................................................... 92
3. Entering the telephone numbers ........................................................................ 93
4. Dialout number ..................................................................................................... 94
5. Enter the alarm dialler’s access code (for remote control) .............................. 95
6. Enabling of remote control, configuration of automatic call acceptance ........ 96
7. Entering a service number (SN) for connecting to an emergency call centre 97
6
Page
j) ‘FAZ 3000-PC-2’ PC interface settings ................................................................... 98
1. Conditions for setting off the alarm, changing the settings ............................. 98
2. Silent alarm on/off ............................................................................................. 101
k) The wired alarm lines ............................................................................................. 102
1. Enter or modify the names of the wired alarm lines ....................................... 102
2. Set or modify the attributes of the wired alarm lines ..................................... 104
15. Disclaimer ................................................................................................................. 106
16. Information on the range ...................................................................................... 107
17. Disposal ..................................................................................................................... 108
a) General information ................................................................................................ 108
b) Battery and rechargeable battery disposal .......................................................... 108
18. Tips & Notes ............................................................................................................. 109
19. Technical specifications ......................................................................................... 111
a) ‘FAZ 3000-Z’ alarm base station ............................................................................ 111
b) ‘FAZ 3000-FB-2’ remote control ............................................................................. 111
c) ‘FAZ 3000-TF-2’ door/window detector ................................................................ 111
d) ‘FAZ 3000-PIR-2’ PIR motion detector .................................................................... 111
20. Brief instructions .................................................................................................... 112
a) Registering a new sensor/device with the alarm base station........................... 112
b) Replacing the batteries of a sensor/device ......................................................... 112
c) Replacing the alarm base station’s batteries ....................................................... 112
d) Changing the ‘FAZ 3000-FB-2’ remote control’s code ......................................... 113
e) Using the ‘FAZ 3000-FB-2’ remote control to set off an attack alarm ................. 113
21. Declaration of conformity (DOC) .......................................................................... 114
7
1. Prescribed use
The ‘FAZ 3000’ wireless alarm system and its numerous different components (see pages 13
to 16) serve to protect your property (for example, your apartment, house, garage, weekend
house, and so on).
Actuarially, we are talking here about ‘small’ risks.
The ‘FAZ 3000’ wireless alarm system is not suitable for the kind of mid-sized and higher risks
that arise in commercial protection, for example (commercial premises, industrial plants).
The alarm base station signals unauthorised entry by switching outputs, to which you can connect
optical, acoustic, or silent signal transmitters.
The product should only be used in closed, indoor rooms.
Please note all the further features and characteristics of the product, which are described
in this user manual. See pages 13 to 20, for example.
Any use other than the one described above is not permitted and may damage the product. This
can also increase the risk of short-circuit, fire, electric shock, etc.
No part of the product may be modified or adapted.
Please observe all the safety instructions in this user manual.
8
2. Scope of delivery
a) ‘FAZ 3000-Z’ wireless alarm base station, item no. 75 03 31
• Alarm base station
• Power supply
• Assembly material
• User manual
b) Wireless alarm base station, complete set, item no. 75 03 30
• ‘FAZ 3000-Z’ wireless alarm base station
- Alarm base station
- Power supply
- Assembly material
- User manual
• ‘FAZ 3000-FB-2’ wireless remote control
- Remote control
- User manual
• ‘FAZ 3000-TF-2’ wireless door/window detector
- Door/window detector
- Magnet contact
- Assembly material
- User manual
• ‘FAZ 3000-PIR-2’ wireless PIR motion detector
- PIR motion detector with attached bracket
- Assembly material
- User manual
9
3. Explanation of icons
The icon with a lightning flash in a triangle is used to alert you to potential personal
injury hazards such as electric shock.
The icon with an exclamation mark in a triangle points to particular dangers associated with the handling, function or operation of the product.
The ‘hand’ icon indicates special tips and operational notes.
ABCDE In this user manual this font is used for the alarm system’s built-
in LCD, both for textual messages and for the schematic display
(see the example on the right).
troubles
10
4. Safety instructions
The product’s guarantee becomes invalid, if the product is damaged as
a result of the failure to observe these operating instructions! We do not
assume any liability for any resulting damages!
We do not assume liability for damage to property or personal injury caused
by improper use or failure to observe the safety instructions. In such cases
the product’s guarantee becomes invalid.
Dear customer, the following safety instructions are intended to protect you as well
as the device. Please take time to read through the following points:
If you are not sure how to assemble, connect and install the device or if you have
doubts about its mode of operation, contact a skilled technician – do not attempt the
assembly, connection and installation yourself.
For safety and licensing (CE) reasons any unauthorised alterations to and/or modification of the product are not permitted.
The product is manufactured according to protection class 2. Only a proper socket
(230V~/50Hz) from the public power supply system may be used as a voltage source
for the power supply.
The product is only approved for installation and operation in dry and closed indoor
rooms.
Ensure there is sufficient ventilation and never mount or attach the ‘FAZ 3000-Z’ alarm
base station to easily inflammable surfaces (for example, wooden walls).
The alarm base station’s power supply should never be handled with damp or wet
hands. This could result in a fatal electric shock.
If the power supply shows signs of damage, then the current to the relevant socket
must be switched off before the power supply is removed from the socket (for example,
using the relevant circuit breaker).
Electrical devices should be kept out of the reach of children. Exercise particular caution
when children are around, as they could attempt to poke objects into the device through
the openings in the casing. This product is not a toy!
Install the components of the wireless alarm system so that they are out of the reach
of children.
Never connect the device to the supply voltage immediately after it has been brought
from a cold room into a warm one. The temperature change may cause condensation
water to form, which may lead to malfunction, damage or an electric shock. Allow
the device to reach room temperature before connecting it to the supply voltage. This
may take several hours!
11
Make sure that the device does not get damp or wet. Do not place vases or plants
on or close to the product, for example. Liquids could seep into the interior of the casing
and compromise electrical safety. There is also a high risk of fire or fatal electric shock!
In this case, immediately disconnect the device from the supply voltage (switch off
the current to the socket, remove the power supply from the socket) and do not operate
the device again. Take it to a skilled technician.
Do not leave packaging material lying around. This may become a dangerous plaything in the hands of children.
All maintenance work, programming or repairs should only be carried out by a skilled
technician or professional workshop.
Thunderstorms can pose a danger to all electrical equipment. Overvoltages on the
power supply line can damage the device.
Whereas a television or other device, for example, can easily be unplugged (by
removing the power plug from the socket), this is rarely possible with an alarm system.
Thus, operation during a storm can be dangerous for the alarm system and all connected
devices.
However, suitable accessories are available on the market, which reduce the risk
for the alarm system and other connected devices. These include overvoltage protectors or similar lightning protection devices. Such devices, however, do not provide absolute protection against overvoltages or lightning.
The accident-prevention regulations, established by the Employer’s Liability Insurance Association for electrical equipment and facilities, must be adhered to in commercial facilities.
Responsible supervision must be provided by trained personnel when the product
is used in schools, training centres, do-it-yourself and self-help workshops.
Using batteries (also applicable to rechargeable batteries and button cells):
• Keep batteries out of the reach of children.
• Make sure that the polarity is correct when inserting the batteries.
• Do not leave batteries lying around as they could be swallowed by children or pets. In such
case seek immediate medical care.
• Leaking or damaged batteries may cause acid burns, if they come into contact with skin.
Therefore, please make sure you use suitable protective gloves.
• Make sure that batteries are not short-circuited or thrown into a fire. They might explode!
• Never take batteries apart!
• Conventional batteries must not be recharged. They might explode!
• If the device is not used for a longer period of time (for example, when stored), remove the
inserted batteries to prevent the batteries from leaking and causing damage.
12
5. Introduction
In times of rising crime rates for break-ins, thefts and attacks, it makes sense to protect your
property as well as implement fire protection using smoke detectors, for example. Objects such
as jewellery, technical equipment, works of art and cash, which may interest burglars, are present
in almost every home.
The retrospective installation of a comprehensive protection system in a building or an apartment
involves the extensive laying of connection cables, when a conventional alarm system is used:
Wall slots, holes for cables, etc.
Often, such work is not even possible as alterations on this scale may not be carried out in rented
accommodation. Even in modern, energy-saving houses that are constructed (partially) from
timber, it is often not possible to lay cables retrospectively.
This is where the ‘FAZ 3000’ wireless alarm system comes into its own. Thanks to radio transmission, it is particularly easy to mount and install. The laying of cables is almost entirely dispensed with; the ‘FAZ 3000’ can also be subsequently extended both quickly and easily.
Please note:
There is no absolute protection against break-in, attack and theft.
Mostly, however, ‘offenders’ prefer to get on with their ‘business’ quietly and without
attracting attention. An alarm such as an alarm siren or alarm flash causes offenders
to flee and also alerts neighbours and passers-by to the emergency.
The other protection features of the house or the apartment must also be designed
so as to make things as difficult as possible for the offender. The longer they need
to overcome an obstacle, the greater the danger of being discovered!
Good protection therefore includes an alarm system, as well as correspondingly
designed house doors, door locks, side entrance doors (for example, between the
house and garage or neighbouring building), lockable cellar windows and their covers,
and so on.
Having an expensive, specially protected house or apartment door fitted is pointless,
if, in order to save money, you only have a basic back door or patio door.
Further information on this can be obtained from relevant specialist firms such as
door and window manufacturers as well as from police.
13
6. System components
To give you an insight into the variety of components, which are available as part of the ‘FAZ
3000’ wireless alarm system, we will use the following pages to introduce you to the individual
devices and their most important functions.
a) ‘FAZ 3000-Z’ wireless alarm base station
• LCD with pixel matrix display for improved
readability
• Remote management of a maximum of 100
sensors and peripheral devices
• Option to connect four additional wired alarm
lines, as well as a wired sabotage line
• Alarm triggering
• Normal operation with external power supply
• In the event of a power outage, back-up operation using 8 AA batteries
• Sabotage contact (alarm when casing is
opened)
b) ‘FAZ 3000-FB-2’ wireless remote control
• Arming/disarming the alarm base station
• Integrated panic function; thus also suitable as an emergency call
transmitter for endangered persons (for example, cashiers, petrol
station attendants, etc.). In the event of an attack, the alarm can be
set off, regardless of the location
• Due to its compact size, it can be attached to a key chain
• Battery operation: 1 x CR2016 button cell
• Dimensions: 40mm x 52mm x 11mm (W x H x D)
Figure 1
Figure 2
14
c) ‘FAZ 3000-TF-2’ wireless door/window detector
• Monitoring of doors and windows via the supplied magnets (can
be mounted to the left or to the right of the detector)
• Can be mounted to a door or a window, for example
• Monitoring of objects that need to be protected against unauthorised removal (pictures, works of art and so on)
• Option to connect additional external magnet sensors (NC
contact = normally closed)
• Option to connect glass break sensor (NO contact, NO = normally open); this is always active, irrespective of the ‘disarmed’,
‘internally armed’ or ‘externally armed’ setting of the alarm base
station
• Battery operation: 3 x AAA batteries
(additional 3 x LR44 button cells, if glass break sensor is connected)
• Sabotage contact
• Test function
• Dimensions: 53mm x 163mm x 24mm (W x H x D)
d) ‘FAZ 3000-PIR-2’ wireless PIR motion detector
• Detects heat motion (for example, movement of a person or an
animal in front of a static background of a different temperature) and signals this as an alarm
• Adjustable sensor characteristics (main sensor range of up to
approx. 12m, detection angle 90°; ‘creep zone’ protection range
of up to 4m, detection angle approx. 43°)
• Creep zone protection
• May be installed on walls or ceilings
• Sensitivity setting (via alarm base station)
• Battery operation (3 x AA batteries)
• Sabotage contact
• Test function
• Dimensions: 55mm x 132mm (diameter x H)
Figure 3
Figure 4
15
e) ‘FAZ 3000-RM’ wireless smoke detector
• Identical in construction to the ‘RM 100-2 BiDi-S’ smoke
detector
• Monitors rooms for smoke emission
• Adjustable sensitivity
• Integrated siren for acoustic alarm
• Alarm is set off even when the alarm system is not armed
• Test function
• Battery operation: 3 x AA batteries
• Dimensions: 125mm x 45mm (diameter x H)
f) ‘FAZ 3000-SI-2’ wireless siren control
• Connection of a siren with/without flash
• Sabotage contact for the device itself and for external siren/
flash
• Battery operation: 4 x type C batteries, 4 x AA batteries
• Can also be operated using a power supply
• Dimensions: 123mm x 240mm x 50mm (W x H x D)
g) ‘FAZ 3000-SE-2’ wireless activation switch
• For arming the system via a bolt switching contact or external
key switch/button
• Sabotage contact for the device itself and for the external key
switch/button
• Option to connect 2 external LEDs (status LEDs)
• Battery operation: 3 x AAA batteries
• Dimensions: 53mm x 163mm x 24mm (W x H x D)
Figure 5
Figure 6
Figure 7
16
h) ‘FAZ 3000-AW-3’ wireless alarm dialler
• In the event of an alarm, dials programmable numbers (maximum
of 3 different numbers, each comprising a maximum of 22 digits),
to alert your own mobile phone, friends, neighbours and so on,
for example
• Indication of the alarm trigger: Internal/external/smoke/attack/sabotage
• Querying the status of the alarm base station via a telephone
• Remote control of alarm base station
• Detection of dial tone
• Programmable dialout number
• DTMF dialling (tone dialling)
• Sabotage contact
• Battery operation: 4 x baby (C) batteries
• Can also be operated using a power supply
• Dimensions: 123mm x 240mm x 50mm (W x H x D)
i) ‘FAZ 3000-PC-2’ wireless PC interface
• Configuration of the alarm system via a computer
(current ‘Windows’ operating system required)
• Remote control of alarm system is possible
• Alarm triggering via a computer (email, SMS, etc.)
• Sabotage contact
• Battery operation: 4 x baby (C) batteries
• Can also be operated using a power supply
• Dimensions: 123mm x 240mm x 50mm (W x H x D)
j) ‘FAZ 3000-DCF’ DCF receiver (no figure)
• Receives DCF signals (transmitter close to Frankfurt am Main, Germany, range of up to 1500km)
• Automatic setting of time and date on the alarm base station
Figure 8
Figure 9
17
7. System description
a) Basic functions
The ‘FAZ 3000’ wireless alarm system is suitable for protecting against break-in and fire in
apartments and private homes, and is also suitable for attack and emergency alarms for endangered persons and those requiring assistance. It was developed using the latest microprocessor and wireless technology and is relatively simple to install and operate despite its multitude
of features. Configuration is carried out on the ‘FAZ 3000-Z’ alarm base station itself or using
the separately available ‘FAZ 3000-PC’ PC interface.
A freely chosen name (max. 11 characters) can be allocated to each sensor of the wireless
alarm system. In the event of an alarm, the location and the sensor that triggered the alarm can
consequently be identified very quickly.
The wireless technology makes the system very simple to install, as the laborious laying of cables
is almost completely dispensed with.
A maximum of 100 wireless sensors can be operated. 4 additional wired alarm lines and a wired
sabotage line are also available, so that existing wired alarm systems can be replaced with the
modern system.
All sensors (except the smoke detectors), the peripheral devices and the alarm base station
itself are equipped with an integrated sabotage contact, which immediately sets off the alarm
when the casing is opened without authorisation.
The sensors are battery-operated. Due to the particularly low-current switching design, the
battery life of the sensors is up to 3 years.
The alarm base station itself is operated using the supplied power supply. To guarantee operation during a power outage, there is also an integrated emergency power supply (8 AA
batteries).
To increase the accuracy of the alarm base station’s integrated clock, an external DCF receiver
is also available (not supplied).
b) 868 MHz wireless technology
The transmission of all the alarm and status signals from the sensors and the exchange of data
with the peripheral devices takes place over an exceptionally secure, bi-directional radio
connection that operates in the 868 MHz frequency band.
Bi-directional means that the radio connection between the sensors and base station
operates in both directions. Unlike other systems, this means that the sensor signals
the alarm to the base station and the sensor then receives a form of ‘acknowledgment’ from the base station, so that it knows that its alarm signal has arrived.
If the sensor does not receive a return signal (for example, in the case of short-term
radio interference), then it repeats its alarm signal until it receives an answer from
the base station. This considerably increases the security of the radio transmission,
compared with simple wireless systems.
18
The use of high-quality, sensitive receivers results in a wireless range of up to 300m in freefield.
Here, the term ‘free-field’ stands for the ideal case, in which there is direct visual
contact between the transmitter and receiver, as in a meadow, for example.
In practice, however, walls, windows, doors and concrete ceilings or other objects
between the sensor and the base station may reduce the range.
Weak batteries also reduce the range.
You can find further information in section ‘16. Information on the range’, page 107.
The radio transmission takes place in the 868 MHz frequency band (868.0 to 868.6 MHz). Thanks
to the legal restriction of transmission duration in this band to a maximum 36 seconds per hour
(1% duty cycle; 1 hour = 3600 seconds), the danger of interference from other radio services
is minimised.
Unlike the 433 MHz frequency band, which most conventional wireless alarm systems use, no permanent transmitters can emerge in the 868 MHz frequency band
(for example, wireless headphones).
Such devices can permanently disrupt another radio transmission, which makes it
impossible to transmit an alarm signal.
c) ‘disarmed’, ‘int. armed’ and ‘ext. armed’ operating modes
• ‘Disarmed’ operating mode
In the ‘disarmed’ operating mode, all sensors are deactivated (except for the smoke detectors,
which are always active). You can move around your house freely without setting off the
alarm.
The alarm is always set off when a smoke detector or one of the glass break sensors
connected to a door/window detector is triggered.
• ‘Internally armed’ operating mode
This provides protection of the exterior of a building. This protects you against intruders from
outside (at night, for example), whilst you are in your house. You can move around freely
within your house, while the exterior shell of the house (doors, windows, etc.) is monitored.
• ‘Externally armed’ operating mode
This operating mode serves to monitor a house whilst it is unoccupied. The indoor rooms are
also monitored (for example, via PIR motion detectors).
‘external’ sensor assignment (setting the sensor attribute in the alarm base station’s
‘
Intern: NIntern: N
Intern: NIntern: N
Intern: N’ menu)
Sensor is triggered for ‘internally armed’ and ‘externally armed’
‘internal’ sensor assignment (setting the sensor attribute in the alarm base station’s
‘
Intern: YIntern: Y
Intern: YIntern: Y
Intern: Y’ menu)
Sensor is only triggered for ‘externally armed’
19
d) Arming
The alarm system can be armed using the following components:
• Directly on the alarm base station, with adjustable arming delay time
• ‘FAZ 3000-FB-2’ wireless remote control
• ‘FAZ 3000-SE-2’ wireless activation switch
(in conjunction with a bolt switching contact in the door’s locking plate or an external key switch)
• ‘FAZ 3000-AW-3’ wireless alarm dialler
• ‘FAZ 3000-PC-2’ wireless PC interface
e) Alarm
The ‘FAZ 3000’ wireless alarm system allows the alarm to be effected in various ways:
• Internal siren in the ‘FAZ 3000-Z’ alarm base station
In the event of an alarm the alarm base station’s integrated siren (sound pressure 90dB) issues
the alarm. This may be sufficient for smaller apartments or buildings.
• External siren/flash via ‘FAZ 3000-SI-2’ siren control
A siren mounted to the exterior of the house and an alarm flash can be operated via the ‘FAZ
3000-SI-2’ siren control, in order to alert neighbours to the alarm.
• ‘FAZ 3000-AW-3’ alarm dialler and ‘FAZ 3000-PC-2’ PC interface
If you wish to send alarm signals over longer distances, you can do so using the ‘FAZ 3000AW-3’ alarm dialler and/or the ‘FAZ 3000-PC-2’ PC interface.
• Silent alarm
Of course, you may wish to only set off a silent alarm, so that the intruder is unaware of the
alarm.
In the case of a silent alarm, the alarm is not issued by the internal siren of the ‘FAZ 3000Z’ or the ‘FAZ 3000-SI-2’ siren control, but only by the ‘FAZ 3000-AW-3’ alarm dialler or the
‘FAZ 3000-PC-2’ PC interface.
For safety reasons, if the alarm dialler or the PC interface is unable to transmit the alarm, the
alarm is subsequently set off by a siren (or flash).
20
f) Closure group
All sensors which directly protect exterior doors (for example, door/window detectors or PIR
motion detectors) can be assigned to the so-called ‘closure group’.
When the alarm system is armed and in the case of an alarm the sensors in the ‘closure group’
initially only trigger the internal siren of the ‘FAZ 3000-Z’ alarm base station (the default setting
for the alarm duration is 30 seconds, which you can adjust).
Only afterwards is the ‘normal’ alarm triggered (for example, externally via a siren and a flash).
Advantage:
If you forget to disarm the alarm system when you enter your house, only the internal
siren is set off initially.
You then have 30 seconds in which you can disarm the alarm system, before the
external siren (and the alarm dialler or PC interface, for example) signal the alarm
outside the building.
Disadvantage:
When there is a ‘real’ break-in, this also forewarns the intruder. The intruder could
then attempt to destroy the alarm system or parts of the alarm system, if these devices
are easily accessible and are not protected against force.
To avoid this problem it makes sense to use the ‘FAZ 3000-SE-2’ wireless activation switch
with a bolt switching contact.
This device disarms the alarm system when the house door is opened properly, and consequently prevents false alarms. At the same time the alarm is set off without a delay, if one of
the sensors is triggered.
21
8. Planning the installation
a) General notes on planning
First of all, you should use the floor plan of the building that you wish to monitor to make a plan
of which doors, windows, rooms, etc. are to be protected and in which way.
Make a sketch and mark on it the type and position of each sensor. This will also help you to
assess the need for additional sensors.
Give the sensors names. A maximum of 11 characters/letters are available per sensor for later
registration with the alarm base station.
Example: ‘Livingr W1’ for ‘Living room, Window 1’
Also note down any additional information next to the sensor, for example, the type (internal,
external, closure group). This will be a useful aid later when you register the sensors with the
alarm base station.
Advice on positioning the alarm base station and the sensors:
• The alarm base station itself should be installed at a central location in the middle of the
surveillance area, so that all transmission paths are kept short. A suitable location, for example, is the hallway of an apartment or house.
Choosing a secured area such as a separately lockable storeroom as the installation location,
is even better.
In any case, the alarm base station must be located in an area which is adequately protected
by alarm sensors, as otherwise an intruder could approach the alarm base station unhindered
and switch it off or destroy it.
• Several casements of a window or an entire glass facade can be protected using a single
door/window detector. It is also possible to connect external sensors to this detector (for
example, magnet sensors, glass break sensors, safety shut-off mats or similar).
• A PIR motion detector recognises movement when an intruder does not enter a house or
apartment through windows or doors, for example, but gains access by another means
(unsecured skylight, cellar window, and so on). Using a PIR motion detector, a room with a
maximum length of up to approximately 10-12m can be protected.
• At least one smoke detector should be installed in every room, depending on the size of the
room and how it is arranged. The installation location of a smoke detector is dependent on
the air circulation in the room (not in the corners of rooms, not behind curtains).
• Do not forget that additions to the building or outbuildings, such as the garage, summer house
or bike shed can also be protected by the alarm system. Thanks to radio transmission and
battery-operated sensors, protection is very simple (sensors must not get wet or damp!).
22
b) Example for the protection of a bungalow
The assignment ‘int.’ (internal, ‘FAZ 3000-Z’ menu setting = ‘
Intern: YIntern: Y
Intern: YIntern: Y
Intern: Y’) or ‘ext.’
(external, setting ‘
Intern: NIntern: N
Intern: NIntern: N
Intern: N’) is explained on pages 18 and 46.
• For safety reasons, the ‘FAZ3000-Z’ alarm base station has been installed in the utility room.
• To protect the exterior of the building (‘internally armed’), all windows and exterior doors have
been protected using a ‘FAZ 3000TF-2’ door/window detector (assignment ‘external’, setting
‘
Intern:NIntern:N
Intern:NIntern:N
Intern:N’; closure group for the sensors on the entrance door).
• For increased security during periods of absence (‘externally armed’), each room is equipped
with a PIR motion detector (assignment ‘internal’; menu setting ‘
Intern:YIntern:Y
Intern:YIntern:Y
Intern:Y’).
• The garage has been protected using a PIR motion detector and the summer house has been
protected using a door/window detector (assignment ‘external’ in each case, menu setting
‘
Intern:NIntern:N
Intern:NIntern:N
Intern:N’).
• The system is armed using the ‘FAZ 3000-FB-2’ remote control (used for the garage from inside
the car, for example) or using the ‘FAZ 3000-SE-2’ wireless activation switch directly at the
entrance door.
• A ‘FAZ 3000-RM’ smoke detector has been installed in the kitchen.
• A siren with a flashing light, which is mounted to the exterior of the house, is connected/operated
via the ‘FAZ 3000-SI-2’ wireless siren control (not in the figure).
• The ‘FAZ 3000-AW-3’ alarm dialler, which is positioned next to the telephone connection, can
call stored telephone numbers and transmit information in the event of an alarm.
• The alarm system can be conveniently configured using the ‘FAZ 3000-PC-2’ PC interface.
Figure 10
FAZ-TF
ext.
FAZ-TF
ext.
FAZ-TF
ext.
FAZ-TF
ext.
FAZ-TF
ext.
FAZ-TF
ext.
FAZ-TF
ext.
FAZ
-TF
ext.
FAZ-TF
ext.
FAZ-PIR
int.
FAZ-PIR in t.
FAZ-PIR
int.
FAZ-PIR
int.
FAZ-PIR
int.
FAZ-PIR
int.
FAZ-PIR
FAZ-TF
ext.
FAZ-Z
FAZ-AW
Schl afen
Kind 1
Bad
HA-Raum
Windfang
Wohnen
FAZ-PC
Diele
FAZ-FB
FAZ-SE
FAZ-RM
Küche
Garage
FAZ-PIR
int.
FAZ-PIR
int.
ext.
Terrasse
garage
bedroom
utility room
child 1
kitchen
porch
hall
living room
bathroom
patio
23
9. Installation
a) Installing the ‘FAZ 3000-Z’ wireless alarm base station
1.Notes on selecting the installation location
• The alarm base station and the power supply should be installed and operated in a dry indoor
area (not in a damp cellar or a bathroom, for example). Ensure there is sufficient ventilation.
• Choose a secure area so that intruders cannot quickly tamper with the device. Installing the
device in a lockable storeroom would be ideal. The installation location should neither be
immediately visible from outside the house nor from within the house. After all, not everyone
needs to know where the alarm base station is installed.
• Do not install the alarm base station on or near large metal objects (radiators, mirrors, reinforced concrete walls, metal doors) as this can reduce the wireless range.
• A socket (230V~/50Hz) must be located close to the installation location for the alarm base
station’s power supply.
• If you wish to connect wired alarm lines to the alarm base station, you should lay their cables
up to the installation location of the alarm base station.
2.Installing the alarm base station
• When mounting the alarm base station to a wall, use 3 screws and dowels (supplied).
First of all, attach 2 screws horizontally and 134mm apart at the desired installation location.
Depending on the state of the wall, you may first need to drill 2 holes (6mm) and insert dowels.
Be careful not to accidentally damage any power supply lines, gas or water pipes as this may pose a lifethreatening danger.
Then use a suitable screwdriver to screw in the two screws. Ensure
that the distance between the underneath of the screw head and the
wall is approx. 3mm. See the figure on the right.
The alarm base station is hung on the screws from the two installation
slots on the back.
• The third screw must be screwed in from the inside through an opening in the lower part of
the casing.
This means that the alarm base station cannot be removed from the wall without the
casing first being opened (sabotage alarm, if casing is opened).
Figure 11
3mm
24
• To mark the drill hole for this screw (or to tighten the screw), the casing of the alarm base
station must be opened.
All the larger casings of the ‘FAZ’ system comprise
a front shell and a rear shell which are connected
by 2 catches on the right side.
A catching system on the left side of the casing,
which is comprised of catches on the front shell
and catch slots on the rear shell, serves to close
the half shells.
Using a flat screwdriver, carefully push the 2
catches approx. 1 millimetre inwards until the half
shells separate (see arrow in the figure on the
right).
First press one catch inwards and pull the casing
approx. 2-3 millimetres apart at this location. Then
press the other catch inwards; the casing now
opens.
Do not straighten any of the components or additional PCBs in the alarm
base station just so that it ‘looks better’.
• Depending on the type of wall, drill a hole and insert a dowel.
Mark the position for the drill hole, using a ballpoint pen refill, for example. Then remove the
alarm base station from the wall, drill the hole (6mm) and insert a dowel.
• Afterwards, hang the alarm base station on the 2 upper screws again.
Please note:
Do not tighten the third screw yet, as the cabling must be carried out first. Otherwise
the cables cannot be fed into the alarm base station from the lower opening.
Figure 12
25
SI1
SI2
KL1 KL6KL5KL4KL3KL2
BU1
BU2
Öffnung
3. Alarm base station cabling
All the cable connections to the alarm base station are made from the back through the square
opening (see figure 13).
When connecting the cables, proceed according to the following sequence:
a) Connect the wired alarm lines and the sabotage line
b) Connect the DCF receiver (not supplied, must be ordered separately)
c)Connect the power supply cable (caution, do not connect the power supply to the supply
voltage yet!)
• Terminal strips ‘KL1’ to ‘KL6’
KL1: Power supply for wired alarm lines (for example, PIR detector or similar).
12V=, max. 315mA (left: plus/+, right: minus/-)
KL2: Difference line for sabotage
KL3: Difference line for wired alarm line 1
KL4: Difference line for wired alarm line 2
KL5: Difference line for wired alarm line 3
KL6: Difference line for wired alarm line 4
• ‘BU1’ connection for external power supply
Round socket for external power supply, 12V=, 500mA, ‘plus’ contact inside on the pin
• ‘BU2’ connection for external DCF receiver
Western socket for external DCF receiver
• Fuse SI1
Fuse for ‘FAZ 3000-Z’ power supply via BU1, 250V/500mA, slow-blow
• Fuse SI2
Fuse for KL1, 250V/315mA, slow-blow
Figure 13
opening
26
SI1
SI2
KL1 KL6KL5KL4KL3KL2
BU1
BU2
The four difference lines can be fitted with NC and/
or NO contacts. Switching examples can be found
on the right in figures 14, 15 and 16.
NC:‘normally closed’
NO:‘normally open’
This may involve magnet or glass break sensors,
safety shut-off mats and so on.
A 10kOhm resistor must be fitted at the end of the cable
as a terminating resistor.
The total resistance of the alarm loop (no alarm) may
lie within the 6 - 13.8kOhm range. In the event of an
alarm, the value of the total resistance must be clearly
larger or smaller than this value, so that the alarm can
be set off properly! In isolated instances, a different
terminating resistor may be required.
The maximum attainable wiring length of the alarm
loop is greatly dependent upon the cable used and
the transmission resistance of the sensors. Under
ideal circumstances 100m or more is possible.
Please note:
A short-circuit occurring on the sabotage line (connection of both KL2 contacts) always
triggers the alarm, regardless of the ‘disarmed’, ‘internally armed’ and ‘externally armed’
setting.
4. Completing the installation
• After all the cables have been led through the opening and connected (as shown in the example
in figures 17 and 18), screw in the third screw through the opening. Attach the base station
by screwing the third screw into the wall. See figure 17 below.
Figure 17
NC-Kontakte
123
10kOhm
NO-Kontakte
123
10kOhm
10kOhm
NC- und NO-Kontakte
Figure 15
Figure 14
Figure 16
NC contacts
NO contacts
NC and NO contacts
27
Please note:
The resistors found in the connection clamps KL2 to KL6 (each 10kOhm) must be
connected to the end of the alarm line. See page 26, upper right.
Only this way can the system recognise when the cables are cut and register this
as an alarm!
• Insert 8 AA batteries in the battery compartment for the emergency power supply, observing
the correct polarity (observe plus/+ and minus/-). The polarity can be seen in each battery
compartment and there is a small inscription on the circuit board (also see figure 18).
To ensure safe operation, rechargeable batteries should not be used. As a result
of their lower capacity and the lower voltage (rechargeable battery: 1.2V, battery:
1.5V), a bridging time that is too short may occur in the event of a power outage.
For safety reasons, you should regularly exchange the entire set of batteries (8)
for new ones, at least once a year. Only use high-quality alkaline batteries. The ‘old’
batteries from the alarm base station can be used up in clocks, torches or radios,
for example.
• Carefully close the casing. Both catches must audibly click in (clicking sound), so that the
sabotage contact is correctly activated.
Figure 18
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+
-
SI1
SI2
KL1 KL6KL5KL4KL3KL2
BU1
BU2
28
5.Initial operation of the alarm base station
• Press and hold the ‘8 tuv’ button, then connect the power supply to a socket (230V~/50Hz).
Then release the ‘8 tuv’ button.
This procedure resets the alarm base station’s internal memory; all sensors and
peripheral devices are deleted. The alarm base station is then in a defined initial state.
If, at a later point in time, you need to reset the alarm base station to the delivery state
(for example, if you first tested the components of the wireless alarm system next
to each other on a table and you now wish to carry out the ‘real’ installation), proceed
as follows:
Disconnect the power supply from the supply voltage
Open the alarm base station (deactivate the sabotage alarm using the ‘unscharf’
(disarm) button)
Remove the batteries and wait a few seconds
Insert the batteries again, observing the correct polarity
Close the casing of the alarm base station
Press and hold the ‘8 tuv’ button
Plug the power supply into the socket again
Release the ‘8 tuv’ button
• The alarm base station emits a short signal tone, the LEDs then light up and the LCD is tested.
First of all, the software version of the alarm base station’s installed
operating system appears on the LCD, for example ‘
V1.3V1.3
V1.3V1.3
V1.3’.
Afterwards, ‘
— Init —— Init —
— Init —— Init —
— Init —’ appears briefly on the display, indicating
that the alarm base station has been reset.
• Subsequently, ‘
Sprache deutschSprache deutsch
Sprache deutschSprache deutsch
Sprache deutsch’ (‘language German’) appears
on the display. Here, you can select the language for the command
menu (‘deutsch’ (German) and ‘english’ (English) are possible).
Please note that in the user manual it is assumed that the
language for the command menu is set to ‘
englishenglish
englishenglish
english’.
You can select the language for the command menu using the ‘’ and
‘’ buttons.
Confirm the selection using the ‘OK’ button.
• The LCD’s display should now switch to ‘
disarmdisarm
disarmdisarm
disarm’ and the time and
date are displayed on the lower line.
The colon between the hours and minutes blinks.
• The alarm base station is now ready.
V1.3
-- Init --
Sprache
deutsch
disarm
0:01 1.01
29
b) Installing the ‘FAZ 3000-TF-2’ door/window detector
One door/window detector is supplied in the set. Additional detectors may be purchased separately.
1.Installation notes
• Magnetic sensors (reed switch) are located inside the ‘FAZ 3000-TF-2’ door/window detector on the left and on the right side.
This means that you can mount the supplied magnet either on the left or on the right side.
A two-sided installation of 2 magnets (one on the left and one on the right of the door/
window detector) is not possible!
Make absolutely sure that the lower
edge of the magnet is 20mm away from
the lower edge of the door/window
detector.
Mounting the magnet higher or lower
reduces the magnetic range; the magnet must be installed closer to the door/
window detector!
The horizontal distance between the
magnet and the door/window detector should not exceed 25mm. The ideal
distance is approx. 10-15mm.
Tip:
Before using screws to mount the
device, you should first check that it
is working properly so as to avoid
drilling any unattractive holes in the
‘wrong’ location.
• The internal magnet contact (the magnet sensor/reed contact in the door/window detector)
is normally deactivated on delivery. It is activated when closed for the first time via a magnet,
and hereafter signals its state to the alarm base station.
Thus, the door/window detector may also be operated exclusively with external
magnet sensors (without the supplied magnets).
The internal magnet contact can only be deactivated (if it has been activated once already)
by briefly removing the batteries (replacing the batteries) or by deleting and re-registering
the sensor.
Figure 19
max. 25 mm max. 25 mm
20 mm
20 mm
30
• In addition to the internal magnet sensor you can attach
several external sensors to the door/window detector, such as when you have a wide window bank with
several windows/doors.
These must be NC contacts (normally closed), which
must use the ‘KL2’ connection. See page 31, figure
23.
When connecting several external NC contacts, they
must be connected in series (figure 20).
Do not connect terminating resistors!
• To complete the monitoring, NO contacts (normally
open) can also be used on the door/window detector
(use connection ‘KL1’, see page 31, figure 23).
They must have a potential-free/currentless switching output.
When connecting several NO contacts, they must be
connected in parallel (figure 21).
Do not connect terminating resistors here either!
Please note:
The ‘KL1’ connection for NO contacts is always active, irrespective of whether
‘disarmed’, ‘internally armed’ or ‘externally armed’ is set. This is ideal, if glass break
sensors with NO contacts are used. An alarm is set off immediately when a pane
of glass is smashed!
• The maximum attainable wiring length per alarm loop greatly depends on the cable used and
the transmission resistance of the magnet and/or glass break sensors. Under ideal circumstances 100m or more is possible.
• The wireless range may be reduced when you install the door/window detector and magnet
on metal doors or windows.
• As a rule, the magnet is mounted to the moving part (window, door panel, picture, for example)
and the ‘FAZ 3000-TF-2’ door/window detector is attached to the static part (window frame,
door frame or wall, for example). Please observe the recommended distances between the
magnet and the door/window contact that are illustrated in figure 19 on the previous page.
• The magnet and the ‘FAZ 3000-TF-2’ door/window detector can be attached using the enclosed
double-sided tape.
You can use suitable screws to mount both components to the surface and thus
prevent them from being sabotaged. However, you should first check that they are
working properly so as to avoid drilling any unattractive holes in the ‘wrong’ location.
Figure 20
Figure 21
NC-Kontakte
123
NO-Kontakte
123
Please be sure to purchase/
connect the correct sensor type.
NC contacts
NO contacts
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