Page 1
ICP-CC488
EN
User’s Guide
ICP-CC488
Control Panel
Page 2
ICP-CC488 | User's Guide | Notices EN | 2
The transmit level from this device is set at a fixed
Copyright Notice
Unless otherwise indicated, this publication is the
copyright of Bosch Security Systems, Inc. (“Bosch”).
All rights are reserved.
You may download a single copy of this publication.
By downloading the publication you agree that you
will: (i) only use the publication for your own
reference; (ii) not commercially exploit or charge any
person for the use of the publication; and (iii) not
modify the publication in any way without the prior
written permission of Bosch.
Except as specified above or where authorized by the
Copyright Act 1968 (Cth), no part of this publication
may be reproduced, transmitted, modified or stored,
in any form or by any means, without the prior
written permission of Bosch.
Notice of Liability
This material is designed for use by tradespeople with
expertise in the installation of this product. Persons
without appropriate expertise should seek assistance
before attempting installation.
While care has been taken in the preparation of this
material, Bosch Security Systems, Inc. and its
representatives will not be responsible to any person
or entity for any loss or damage directly or indirectly
caused by information in, or any omission from, this
material.
Bosch Security Systems, Inc. reserves the right to
make changes to features and specifications of its
products at any time without prior notification.
A-Tick
The ICP-CC488 Control Panel is designed to comply
with A-Tick.
New Zealand Telepermit Notes
The grant of a telepermit for a device in no way
indicates Telecom acceptance of responsibility for the
correct operation of that device under all operating
conditions.
This equipment will not be used in any manner that
could constitute a nuisance to other telecom
customers.
Immediately disconnect this equipment should it
become physically damaged and arrange for its
disposal or repair.
level and because of this, there may be circumstances
where the performance is less than optimal. Before
reporting such occurrences as faults, please check the
line with a standard telepermitted telephone and do
not report a fault if the telephone performance is
satisfactory.
This device is equipped with pulse dialing while the
Telecom standard is DTMF tone dialing. There is no
guarantee that Telecom lines will always continue to
support pulse dialing.
Use of dialing, when this equipment is connected to
the same line as other equipment, may give rise to
bell noise and also cause a false answer condition.
Should such problems occur, the user should not
contact the Telecom Faults Service.
This equipment is set up to carry out test calls at predetermined times. Such test calls can interrupt any
other calls that may be set up on the line at the same
time. The timing set for such test calls should be
discussed with the installer.
The timing set for test calls from this equipment may
be subject to drift. If this proves to be inconvenient
and your calls are interrupted, then the problem of
timing should be discussed with the equipment
installer. The matter should not be reported as a fault
to Telecom Faults Service.
This equipment shall not be set up to make automatic
calls to the Telecom 111 Emergency Service.
This equipment should not be used under any
circumstances that may constitute a nuisance to other
Telecom customers.
In the event of any problem with this device, the
systems battery, AC MAINS supply, and telephone
line should be disconnected. The user is to arrange
with the supplier of the device to make the necessary
repairs.
Should the matter be reported to Telecom as a wiring
fault and the fault proven to be due to this product, a
call-out charge will be incurred.
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Page 3
ICP-CC488 | User's Guide | Contents EN | 3
14.1 Horn Speaker Test .........................................15
Contents
1. Introduction ......................................................5
2. Specifications ....................................................5
14.2 Bell Test...........................................................15
14.3 Strobe Test ......................................................15
14.4 Walk Test Mode.............................................15
14.5 Test Report......................................................15
3. Codepad Indicators..........................................5
3.1 Zone Indicators.................................................6
3.2 AWAY Indicator..............................................6
3.3 STAY Indicator ................................................6
3.4 System Disarmed.............................................. 6
3.5 MAINS Indicator .............................................6
3.6 Off Indicator/Zone Sealed ..............................7
3.7 On Indicator/Zone In Alarm..........................7
3.8 FAULT Indicator .............................................7
3.9 Audible Indications..........................................7
3.10 Arming the System...........................................7
3.10.1 Forced Arming..................................................8
3.10.2 Arming in AWAY Mode.................................8
3.10.3 Arming in STAY Mode 1................................8
3.10.4 Arming in STAY Mode 2................................8
3.10.5 Programming STAY Mode 2 Zones ..............9
4. Disarming the System ......................................9
5. User Codes........................................................9
5.1 Adding User Codes..........................................9
5.2 Adding Radio Remote User Codes................9
5.3 Deleting User/Radio Codes..........................10
6. Radio Transmitter Operations......................10
7. Codepad Alarms.............................................11
7.1 Codepad Duress Alarm .................................11
7.2 Codepad Panic Alarm....................................11
7.3 Codepad Fire Alarm......................................11
7.4 Codepad Medical Alarm ...............................11
7.5 Codepad Tamper Alarm (Access Denied)...11
8. Isolating Zones................................................11
8.1 Standard Isolating...........................................11
8.2 Code to Isolate................................................12
9. Fault Analysis Mode ......................................12
9.1 Fault Descriptions...........................................13
10. Date and Time................................................13
11. Turning Outputs On/Off...............................14
12. Reset Latching Outputs .................................14
13. Telco Arm/Disarm Sequence (Call Forward
On/Off)............................................................14
13.1 Telco Arm Sequence......................................14
13.2 Telco Disarm Sequence.................................14
14. Testing .............................................................15
15. Event Memory................................................15
16. Day Alarm.......................................................15
17. Codepad Buzzer Tone Change.....................15
18. Remote Arming by Telephone.....................16
19. Partitioning......................................................16
19.1 Master Partitioned Codepad Indicators .......16
19.1.1 Zone Indicators...............................................16
19.1.2 Area On/Off Indicators .................................16
19.1.3 Area Display Indicators .................................16
19.1.4 Status Indicators..............................................16
19.2 Operation of Codepads in Partitioning........17
20. Domestic Dialling...........................................17
20.1 Acknowledging Domestic Calls ....................17
20.2 Programming Domestic Telephone Numbers17
20.3 Disable Domestic Dialing ..............................17
21. Basic Pager Reporting....................................18
21.1 Basic Pager Display Information ..................18
22. Glossary of Terms ..........................................20
23. Installation Notes............................................22
Figures
Figure 1: ICP-CP508W Eight Zone LED Codepad5
Figure 2: ICP-CP508LW Eight Zone LCD
Codepad.....................................................5
Figure 3: ICP-CP516 Sixteen Zone LED Codepad5
Figure 4: ICP-CP516 Sixteen Zone LED Codepad6
Figure 5: RF3332: 2-Button Keyfob Transmitter .10
Figure 6: RF3334: 4-Button Keyfob Transmitter .10
Figure 7: ICP-CP508W LED Codepad Showing
Audible Alarm Buttons...........................11
Figure 8: ICP-CP500PW Master Partitioned
Codepad...................................................16
Figure 9: Basic Pager Display.................................19
Tables
Table 1: Specifications .............................................5
Table 2: Zone Indicators..........................................6
Table 3: AWAY Indicator .......................................6
Table 4: STAY Indicator .........................................6
Table 5: MAINS Indicator ......................................7
Table 6: FAULT Indicator.......................................7
Table 7: Audible Indicators.....................................7
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ICP-CC488 | User's Guide | Contents EN | 4
Table 8:
Table 9: How to Arm the System in AWAY
Table 10: How to Arm the System in STAY Mode
Table 11: Fault Indicators........................................12
Table 12: Telco Arm/Disarm Dialing Digits .........15
Table 13: Domestic Dialing Telephone Digits ......17
Table 14: Zone Status Display Descriptions..........18
Table 15: System Status...........................................18
Table 16: Glossary of Terms ...................................20
Arming Methods ....................................... 8
Mode ..........................................................8
1...................................................................8
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Page 5
ICP-CC488 | User's Guide | 1. Introduction EN | 5
1. Introduction
Congratulations on selecting the ICP-CC488 Control
Panel to protect you and your property. To obtain
the most from your unit, take time to read through
this manual and familiarize yourself with the
numerous outstanding operating features of this
system. In all aspects of planning, engineering,
styling, operation, convenience, and adaptability, we
have sought to anticipate your every possible
requirement.
Programming simplicity and speed were some of the
major considerations and we believe that our
objectives in this area were more than satisfied.
This manual explains all aspects of operating the
control panel. All system parameters and options are
detailed; however, suitability is left up to the
individual. Every system can be tailored to meet all
requirements quickly and easily.
2. Specifications
Table 1: Specifications
Temperature Range
Humidity
Power Source
Stand-By Current
Current Draw in
Alarm Condition
Current Draw in
Alarm Condition with
Codepad
Back-Up Battery
Dimensions (Case,
packed in carton)
Weight
Supplier Code
New Zealand
Telepermit
o
0
C to +45 oC
o
(+32
F to +113oF)
10% to 95%
TF008 Plug Pack –
240 V/18 VAC @ 1.3 A
65 mA
115 mA
105 mA
6 Ah/12 VDC Rechargeable
Sealed Lead Acid Battery
306 mm x 262 mm x 84 mm
(12.05 in. x 10.31 in. x 3.31 in.)
2.5 kg
(5.51 lb.)
N771
PTC 211/98/084
ICP-CC488 –
PTC 211/98/083
Test the sirens, strobe, and zones at
weekly intervals. Refer to Section 14.
Testing for further information.
3. Codepad Indicators
Figure 1: ICP-CP508W Eight Zone LED
Codepad
Figure 2: ICP-CP508LW Eight Zone LCD
Codepad
Figure 3: ICP-CP516 Sixteen Zone LED
Codepad
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ICP-CC488 | User's Guide | 3. Codepad Indicators EN | 6
Figure 4: ICP-CP516 Sixteen Zone LED
Codepad
3.2 AWAY Indicator
The AWAY indicator displays that the
system is armed in AWAY Mode. The
AWAY indicator flashes in unison with
the STAY indicator when
programming various options
throughout the Operators Manual.
Refer to Section 3.10.2 Arming in AWAY
Mode for information on the different
methods of arming the system in
AWAY Mode.
Table 3: AWAY Indicator
The codepad is the communications interface
between you and your alarm system. Use the
codepad to issue commands. The codepad offers
both visual and audible indications that guide you
through the general operation.
The codepad incorporates numerous indicators.
There are zone indicators used to show the condition
of each zone. Four other indicators show general
status. The following pages outline a list of situations
and the relevant indicators that are seen.
The ICP-CP516 Sixteen Zone Codepad must be used
with sixteen wireless zone systems. The sixteen zone
codepads operation and display similarly to 8 zones
codepads, but also display the zones 9 through 16.
3.1 Zone Indicators
1 2 3 ….
Table 2: Zone Indicators
Indicator Definition
On Zone is unsealed.
Off Zone is sealed.
Flashing Fast
(0.25 sec on/
0.25 sec off)
Flashing Slow
(1 sec on/
1 sec off)
The zone indicators (1 to 8) display
the status of the zones. Table 2 lists the
various circumstances that the
indicators display (such as Zone
Sealed, Zone Unsealed, and so on).
Zone is in alarm condition.
Zone is manually isolated or
selected to be isolated.
Indicator Definition
On System is armed in AWAY Mode.
Off System is not armed in AWAY Mode.
3.3 STAY Indicator
The STAY indicator displays that the
system is armed in STAY Mode 1 or
STAY Mode 2. The STAY indicator also
flashes in unison with the AWAY
indicator when programming various
options throughout the Operators Manual.
Refer to Section 3.10.3 Arming in STAY
Mode 1 for different methods of arming in
STAY Mode 1. Refer to Section 3.10.4
Arming in STAY Mode 2 for the method of
arming in STAY Mode 2.
Table 4: STAY Indicator
Indicator Definition
On System is armed in STAY Mode 1
or STAY Mode 2.
Off System is not armed in STAY
Mode 1 or STAY Mode 2.
Flashing
twice a sec
Flashing once
every
Zone isolating mode or setting
STAY Mode 2 zones.
Day alarm status – day alarm
turned on.
3 sec
3.4 System Disarmed
This indicator displays with the
indicator when the system is disarmed.
3.5 MAINS Indicator
The MAINS indicator displays that the
system’s AC MAINS supply is normal or
failed.
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ICP-CC488 | User's Guide | 3. Codepad Indicators EN | 7
Table 5: MAINS Indicator
Indicator Definition
On AC MAINS power normal.
Flashing AC MAINS supply has failed.
3.6 Off Indicator/Zone Sealed
The
system is in the disarmed state and
flashes when a zone becomes unsealed
during the disarmed state. The
indicator stops flashing when all zones
are sealed.
indicator displays when the
3.7 On Indicator/Zone In Alarm
The
system is armed in AWAY Mode and
flashes when an alarm occurs. The
indicator resets once a valid user code
is entered.
indicator displays when the
3.8 FAULT Indicator
The FAULT indicator displays that the
system detected a system fault. Refer to
Section 9. Fault Analysis Mode on page 12
for additional information on system
faults.
Every time a new system fault is
detected (such as, FAULT indicator
flashing), the codepad begins to beep
once every minute. Pressing the [#]
button once cancels the once a min
beep and acknowledges the fault (such
as, FAULT indicator on steady).
Table 6: FAULT Indicator
Indicator Definition
On There is a system fault that
needs to be rectified.
Off The system is normal, there are
no faults.
Flashing There is a system fault that
needs to be acknowledged.
3.9 Audible Indications
Table 7 defines the audible indicators given out by
the codepad buzzer.
Table 7: Audible Indicators
Audible
Indicator
One short beep A button was pressed on the
Two short beeps The system accepted your
Three short
beeps
One long beep Indicates the end of Exit Time
One beep every
sec
One short beep
every min
Definition
codepad, or Exit Time ended
when armed in STAY Mode 1
or STAY Mode 2.
code.
The requested function was
executed.
when armed in AWAY Mode, or
the requested operation was
denied or aborted.
Walk Test Mode is currently
active or a warning before
automatic arming takes place.
There is a system fault waiting
to be acknowledged.
3.10 Arming the System
There are several ways to arm the system depending
on whether you are:
• Leaving the premises and require all active zones
to be in a ready state for an intruder.
• Remaining in the premises and only require part
of the system to be in a ready state for an
intruder.
If a zone is not sealed at the end of Exit Time, the
zone is automatically isolated and constantly
displayed on the remote codepad. The zone becomes
an active part of the system when the zone is
restored.
For example, if a window is left open after Exit Time
expired, the window is not an active part of the
system until the window is closed. Opening the
window after Exit Time expired causes an alarm
condition.
Table 8 defines the different methods for arming the
system.
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ICP-CC488 | User's Guide | 3. Codepad Indicators EN | 8
Table 8: Arming Methods
Mode Arming Method
AWAY Mode Arms the entire system. Refer to
Section 3.10.2 Arming in AWAY Mode.
STAY Mode 1 Arms all zones except those
programmed to be automatically
isolated by the installer. Refer to
Section 3.10.3 Arming in STAY Mode
1.
STAY Mode 2 Arms all zones except those
programmed to be automatically
isolated by the Master Code holder.
Refer to Section 3.10.4 Arming in
STAY Mode 2.
3.10.1 Forced Arming
The feature of arming the system when a zone is not
sealed is known as forced arming. If the system does
not arm and a long beep is heard, forced arming is
not permitted. If this is the case, you must ensure
that all zones are sealed or manually isolated before
you can arm the system. Refer to Section 8. Isolating
Zones on page 11.
3.10.2 Arming in AWAY Mode
When you leave your premises and require all zones
to be in a ready state to detect intrusion, arm the
system in AWAY Mode.
There are two different methods for arming the
system in AWAY Mode. Method one is standard and
always operates. Method two is optional and can be
disabled by your installer if you do not want to use
single button arming.
Table 9: How to Arm the System in AWAY
Mode
Method
One
Enter your user code followed by
the [#] button (for example,
[2580#]).
Two beeps sound and the AWAY
indicator displays. Exit Time starts
counting.
Method
Two
Hold down the [#] button until two
beeps sound.
The AWAY indicator displays and
Exit Time starts counting.
3.10.3 Arming in STAY Mode 1
STAY Mode 1 is only used when the perimeter and
unused areas of the premises need to be armed to
detect an intruder from entering the premises. At the
same time, you can move freely within an area that is
automatically isolated.
There are two different methods for arming the
system in STAY Mode 1. Method one is standard
and always operates. Method two is optional and
may be disabled by your installer if you do not want
to use single button arming.
Entry Guard Timer for STAY Mode 1
When arming the system in STAY Mode 1, an
optional entry timer called Entry Guard Timer for
STAY Mode 1 is available. Use this entry timer to
delay the sirens if a zone is not automatically isolated
and activated an alarm condition. Entry Guard
Timer For STAY Mode 1 is the delay time used for
all zones except 24-hour zones when the system is
armed in STAY Mode 1 or STAY Mode 2.
If the Entry Guard Timer for STAY Mode 1 is
programmed and a zone was not automatically
isolated is activated, the codepad beeps twice a sec
until the entry timer expires or the system is
disarmed. If the alarm condition is not reset by
entering your user code followed by the [#] button
(such as, [2580#]) before the entry timer expires, the
sirens activate into alarm. Only your installer can
program this feature.
Table 10: How to Arm the System in STAY
Mode 1
Method One
Method Two
Enter your user code followed by the [*]
button (for example, [2580*]).
Two beeps sound and the STAY
indicator displays. Exit Time starts
counting.
Any zones programmed to be
automatically isolated in STAY Mode 1
flash until Exit Time expires. At the end of
Exit Time, all zones selected to be
automatically isolated turn off and the
codepad gives one short beep.
Hold down the [*] button until two beeps
sound.
The STAY indicator displays and Exit
Time starts counting.
Any zones programmed to be
automatically isolated in STAY Mode 1
flash until Exit Time expires. At the end of
Exit Time, the zone indicators turn off
and the codepad gives one short beep.
3.10.4 Arming in STAY Mode 2
STAY Mode 2 is only used when the perimeter and
unused areas of the premise need to be armed to
detect an intruder from entering the premise. At the
same time, allowing you to move freely within an
area that is automatically isolated. Any Master Code
user can program zones to be automatically isolated
in STAY Mode 2.
Only your security company can program zones
automatically isolated in STAY Mode 1.
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ICP-CC488 | User's Guide | 4. Disarming the System EN | 9
Entry Guard Timer for STAY Mode 2
When arming the system in STAY Mode 2, an
optional entry timer called Entry Guard Timer for
STAY Mode 2 is available. Use this entry timer to
delay the sirens if a zone is not automatically isolated
and activated into alarm condition. Entry Guard
Timer for STAY Mode 2 is the delay time used for
all zones except 24-hour zones when the system is
armed in STAY Mode 1 or STAY Mode 2.
If the Entry Guard Timer for STAY Mode 2 is
programmed and a zone that was not automatically
isolated activates, the codepad beeps twice a sec until
the entry timer expires or the system is disarmed. If
the alarm condition is not reset by entering your user
code followed by the [#] button (for example,
[2580#]) before the entry timer expires, the sirens
activate into alarm. Only your installer can program
this option.
How to Arm the System in STAY Mode 2
Hold down the [0] button until two beeps sound.
The STAY indicator displays and Exit Time starts
counting.
Any zones programmed to be automatically isolated
in STAY Mode 2 flash until Exit Time expires. At
the end of Exit Time, all zones selected to be
automatically isolated extinguish and the codepad
emits one short beep.
3.10.5 Programming STAY Mode 2 Zones
Programming zones to be automatically isolated in
STAY Mode 2 are only carried out if you have a
Master Code.
How to Program STAY Mode 2 Zones
1. Enter your four character Master Code, followed
by [4] and the [#] button (for example,
[25804#]). Three beeps sound and the STAY
indicator flashes.
2. Enter the zone number to be automatically
isolated, followed by the [*] button (for example,
[1*] = Zone 1, [2*] = Zone 2).
The selected zone flashes. If you make a mistake,
enter the same zone number followed by the [#]
button to clear the incorrect zone.
To select additional zones to be automatically
isolated in STAY Mode 2, repeat Step 2 as many
times as required.
3. Press the [#] button to exit this mode when you
finish selecting all zones to be automatically
isolated in STAY Mode 2. Two beeps sound and
the STAY and AWAY indicators turn off.
4. Disarming the System
When you enter the premises after the system is
armed in AWAY mode, or if you armed the system
in STAY Mode 1 or STAY Mode 2, you must disarm
the system to disable detection devices that activate
an alarm.
If there was an alarm condition prior to disarming
the system, a flashing zone indicator displays,
indicating a previous alarm on that zone.
How to Disarm the System
Enter your user code followed by the [#] button (for
example, [2580#]). Two beeps sound.
5. User Codes
5.1 Adding User Codes
Only the Master Code holder can add or change
other system user codes, including the Master Code.
Up to eight user codes can be programmed to
operate the system.
How to Add a User Code
1. Enter your four character Master Code, followed
by [1] and the [#] button (for example,
[25801#]).
Three beeps are heard and the STAY and
AWAY indicators flash.
2. Enter the User Code number (1 to 8), followed
by the [#] button (for example, [2#] = User 2,
[8#] = User 8). Two beeps are heard and the
selected user number displays on the codepad
indicators.
3. Enter the digits required for the new code
followed by the [#] button (for example, for User
Code 5768, enter [5768#]). Two beeps are heard
and the STAY and AWAY indicators turn off.
To add or change other User Codes, repeat this
procedure as many times as required.
5.2 Adding Radio Remote User Codes
Only the Master Code holder can add or change
other system user codes. Up to eight radio user codes
(User Codes 9 to 16) can be programmed to operate
the system.
How to Add a Radio Remote User Code
1. Enter your four character Master Code, followed
by [1] and the [#] button (for example,
[25801#]).
Three beeps sound and the STAY and AWAY
indicators flash.
2. Enter the radio remote user code number (9 to
16), followed by the [#] button (for example,
[9#] = User 9, [16#] = User 16). Two beeps are
heard and the selected user number displays on
the codepad indicators.
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ICP-CC488 | User's Guide | 6. Radio Transmitter Operations EN | 10
3. Enter the nine digit ID number found on the
back of the radio remote hand held transmitter,
followed by the [#] button. Two beeps are heard
and the STAY and AWAY indicators extinguish.
To add or change other radio remote user codes,
repeat this procedure as many times as required.
5.3 Deleting User/Radio Codes
Only the Master Code holder can delete other
system user codes.
How to Delete a User Code
1. Enter your four character Master Code, followed
by [1] and the [#] button (for example,
[25801#]).
Three beeps sound and the STAY and AWAY
indicators flash.
2. Enter the user code number (1 to 16), followed
by the [#] button (for example, [2#] = User 2,
[16#] = User 16). Two beeps sound and the
selected user number displays on the codepad
indicators.
3. Press the [*] button to delete the selected User
Code.
Two beeps are heard and the STAY and AWAY
indicators turn off. To delete other User Codes,
repeat this procedure as many times as required.
6. Radio Transmitter
Operations
Figure 5: RF3332: 2-Button Keyfob
Transmitter
1
2
3
1 – Arm button
2 – Disarm button
3 – Arm and Disarm buttons: Press both buttons
at same time for 2 sec to send a Panic alarm.
Figure 6: RF3334: 4-Button Keyfob
Transmitter
5
1
2
3
4
1 – Arm button
2 – Disarm button
3 – Option 1 button
4 – Option 2 button
5 – Arm and Disarm buttons: Press both buttons
at same time for 2 sec to send a Panic alarm
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ICP-CC488 | User's Guide | 7. Codepad Alarms EN | 11
7. Codepad Alarms
7.1 Codepad Duress Alarm
A codepad duress alarm is used as a silent hold-up
alarm. This only occurs when the number 9 is added
to the end of any valid user code being used to
disarm the system (for example, [25809#]). A duress
alarm is only useful if your system is reporting back
to a monitoring station or pocket pager. Domestic
reporting (such as a mobile phone) cannot decipher
which type of alarm occurred.
Figure 7: ICP-CP508W LED Codepad Showing
Audible Alarm Buttons
7.5 Codepad Tamper Alarm (Access
Denied)
Codepad tamper restricts the number of times an
invalid user code can be used in an attempt to
operate the system. When the number of incorrect
code attempts equals the number programmed by
your installer, the system activates an alarm
condition. If reporting back to a security monitoring
station, the system sends an Access Denied report.
To shutdown and lockout a codepad for a period of
time (0 sec to 150 sec), ask your installer to program
this function.
8. Isolating Zones
Use isolating zones to manually disable one or more
zones before arming the system. Once a zone is
isolated, you can access that zone during the armed
state without activating an alarm.
For example, you need to isolate a zone because
before arming the system a PIR detector may be
false alarming, or you need to leave a pet inside a
particular zone while away.
Isolating zones is performed by one of two methods.
Method two is optional and only allows those user
codes programmed by your installer to have access
to isolate zones.
7.2 Codepad Panic Alarm
An audible alarm activates when you press the [1]
and [3] keys or the [*] and [#] keys simultaneously.
Contact your installer to disable the codepad panic
alarm function or to silence the codepad panic alarm.
7.3 Codepad Fire Alarm
The horn speaker emits a distinct fire sound when
you press the [4] and [6] keys simultaneously.
Contact your installer to disable the codepad fire
alarm function or to silence the codepad fire alarm.
7.4 Codepad Medical Alarm
An audible codepad Medical Alarm activates when
you press [7] and [9] simultaneously. Contact your
installer to disable the codepad medical alarm
function or to silence the codepad medical alarm.
8.1 Standard Isolating
Standard isolating allows all operators to isolate
zones without knowing a valid user code.
How to Isolate a Zone
1. Press the [*] button twice to enter the Isolating
Mode.
Three beeps are heard and the STAY indicator
flashes.
2. Enter the zone number (1 to 8), followed by the
[*] button (for example, [1*] = Zone 1, [2*] =
Zone 2).
Each zone to be isolated has a corresponding
zone indicator that flashes. If you selected an
incorrect zone to be isolated, enter the incorrect
zone number again followed by the [*] button.
Repeat Step 2 if more than one zone is to be
isolated until all zones to be isolated are selected.
3. Press the [#] button after all selected zones are
isolated.
Two beeps are heard and the system returns to
the disarmed state.
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8.2 Code to Isolate
This method restricts only those User Codes with
the Code to Isolate priority level to isolate zones.
If any User Code has this priority level, the
method of standard isolating does not function.
How to Isolate a Zone
1. Press the [*] button followed by your User
Code and the [*] button again to enter the
Isolating Mode (for example, [*2580*]). Three
beeps sound and the STAY indicator flashes.
2. Enter the zone number (1 to 8), followed by
the [*] button (for example, [1*] = Zone 1, [2*]
= Zone 2).
Each zone to be isolated has a corresponding
zone indicator that flashes. If you selected an
incorrect zone to be isolated, enter the
incorrect zone number again followed by the
[*] button.
Repeat Step 2 if more than one zone is to be
isolated until all zones to be isolated are
selected.
3. Press the [#] button after all selected zones are
isolated.
Two beeps sound and the system returns to
the disarmed state.
9. Fault Analysis Mode
If a fault occurs, the FAULT or MAINS indicators
flash and the codepad beeps once every min.
If the AC MAINS supply fails, the MAINS
indicator flashes until the AC MAINS supply is
restored. Pressing the [#] button once
acknowledges the fault and stops the codepad
from beeping once every min.
How to Determine the Type of System Fault
To determine which system fault occurred, enter
Fault Analysis Mode by following the steps below:
1. Hold down the [5] key until two beeps sound.
The FAULT indicator remains steady and the
STAY and AWAY indicators flash in unison.
A zone indicator displays the type of fault that
occurred (for example, Zone 1 = System
Fault). Refer to Table 11 on page 12 for the list
of possible system faults.
2. To further determine the type of fault
condition, press and hold down the key that
corresponds to the zone indicator displayed.
For example, if Zone 1 displayed System
Fault, press and hold the [1] key to display
which system fault occurred.
3. To exit Fault Analysis Mode and return to the
disarmed state, press the [#] key. The FAULT
indicator continues to display and the codepad
stops sounding once a min.
Table 11: Fault Indicators
Zone Indicator Fault Description Hold Down Button Zone Indicator Fault Condition
1 System Fault 1 1 Battery Fail
2 Date and Time
3 RF Receiver Fail
4 Horn Speaker Fail
5 Telephone Line Fail
6 EEPROM Fail
7 AUX Power Supply Fail
8 AC Fail
2 RF Low Battery 2 1 to 8 Zones 1 to 8 RF Low Battery
3 Zone Tamper Alarm 3 1 to 8 Zones 1 to 8 Tamper Alarm
4 Sensor Watch Fault 4 1 to 8 Zones 1 to 8 Sensor Watch Fail
5 RF Sensor Watch 5 1 to 8 Zones 1 to 8 RF Sensor Watch Fail
6 Communication Fail 6 1 Receiver 1 Fail
2 Receiver 2 Fail
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9.1 Fault Descriptions
1 System Fault
A system fault only displays when any of
the following faults occur. After entering
Fault Analysis Mode, press and hold the [1]
key to determine which of the following
faults occurred.
Low Battery Fault – A low battery fault
registers when the system detects a low
capacity back-up battery. The system
automatically performs a battery test every
four hours and every time you arm the
system.
Date and Time – The date and time fault
registers every time the system is powered
down. This type of fault does not cause the
FAULT indicator to display on the codepad
unless your installer programmed the
automatic arming time. Refer to Section 10.
Date and Time on page 13 to program the
date and time.
RF Receiver Fail – The RF receiver fault
registers once the system detects that the
wireless receiver unit is disconnected.
Horn Speaker Fail – This fault registers
when the system detects that the horn
speaker is disconnected. This fault clears
once the horn speaker is reconnected. Your
installer must program the system for this
feature to operate.
Telephone Line Fail – A telephone line
fault registers when the system detects that
the telephone line is disconnected from the
control panel. Your installer must program
the system for this feature to operate.
EEPROM Fail – An EEPROM fail registers
when the system detects an internal
checksum error. Contact your installer as
soon as this fault displays.
AUX Power Supply Fail – This fault
occurs when either of the two 1 A AUX
power supplies fails. Contact your installer
as soon as this fault displays.
2 RF Low Battery
This fault occurs when any of the RF
wireless devices report a low battery
condition to the control panel. While in
Fault Analysis Mode, press and hold the [2]
key until two beeps sound. This displays the
zone reporting the RF Low Battery fault.
3 Zone Tamper Fail
This fault occurs when any zone becomes
an open circuit. Press and hold the [3] key
until two beeps sound. This displays the
zone reporting the tamper fail fault.
4 Sensor Watch Fault
A sensor watch fault registers because one
or more detection devices failed to detect
any movement during the disarmed state
for the time period programmed by your
installer. The fault clears once the zone in
question detects movement and resets.
Press and hold the [4] key until two beeps
sound. This displays the zone reporting the
sensor watch fault.
5 RF Sensor Watch
An RF sensor watch fault registers because
one or more RF detection devices fails to
communicate to the RF radio receiver for
the time period programmed by your
installer. The fault clears once the RF
device in question successfully transmits to
the RF radio receiver.
Press and hold the [5] key until two beeps
sound. This displays the RF detection
device reporting the RF sensor watch fault.
6 Communication Fail
A communication fail registers when the
control panel fails to communicate with the
receiving party (such as a monitoring
company, mobile phone, or pocket pager).
The communication fault clears once the
control panel successfully reports to the
receiving party.
To determine which receiver failed to
communicate, press and hold the [6] key.
10. Date and Time
Programming the date and time is only required
when you need functions such as automatic test
reports, automatic arming, and history events to
operate correctly.
How to Program the Date and Time
1. Enter your four character Master Code, followed
by [6] and the [#] key (for example, [25806#]).
Three beeps sound, and the STAY and AWAY
indicators flash.
2. Enter the day, month, year, hour, and minute
(DD, MM, YY, HH, MM format) (for example,
DD = day of the month, MM = month of the
year, YY = current year, HH = hour of the day,
MM = minute of the day).
To program the hour of the day, use the 24:00
hour format.
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ICP-CC488 | User's Guide | 11. Turning Outputs On/Off EN | 14
3. Press the [#] button to exit and return to the
disarmed state.
Two beeps sound, and the STAY and AWAY
indicators turn off. If a long beep sounds, an
error was made when entering the date and time.
11. Turning Outputs On/Off
This feature is only applicable if your installer set up
an output that can be turned on or off by the
codepad. The output programmed by your installer
can control a pool pump or outside lighting. Up to
three separate outputs can be programmed.
How to Turn an Output On or Off
1. Enter your four character Master Code, followed
by [5] and the [#] key (for example, [25805#]).
Three beeps sound and the STAY and AWAY
indicators flash.
2. Enter the output number (1 to 3).
3. Press the [#] key to turn the output on, or press
the [*] key to turn the output off.
Three beeps sound if the output is turned on,
and two beeps sound if the output is turned off.
Repeat Step 2 and Step 3 if more than one output
is required to be turned on or off.
4. Press the [#] key to exit from this function.
Two beeps sound and the STAY and AWAY
indicators turn off.
12. Reset Latching Outputs
This feature is only applicable if your installer
programmed an output to latch (remain on) until you
acknowledge the event that occurred.
How to Reset Latching Outputs
Hold down the [7] key until two beeps sound.
The output resets.
13. Telco Arm/Disarm
Sequence (Call Forward
On/Off)
Use this feature to program the Telco Arm Sequence
and Telco Disarm Sequence.
13.1 Telco Arm Sequence
Use to program the Call Forward – Immediate On
sequence or Call Forward – No Answer sequence to
automatically operate when you arm the system in
the AWAY Mode. This feature is only available if
your telecommunications provider has the callforward option available.
The examples given in this feature are
only applicable to Australia.
Call Forward – Immediate On
You can redirect calls to anywhere in Australia,
including mobile phones, pagers, and answering
services. When Call Forward is turned on, your
telephone does not ring.
Call Forward – No Answer
When your telephone is not answered within 20 sec,
this feature redirects all incoming calls to another
number anywhere in Australia. You can still make
outgoing calls.
How to Program the Telco Arm Sequence
1. Enter your four character Master Code, followed
by the [3] and [#] keys (for example, [25803#]).
Three beeps sound and the STAY and AWAY
indicators flash.
2. Press the [1] key followed by the [#] key to select
the Telco Arm Sequence. Three beeps sound.
3. Enter the Call Forward Sequence (for example,
[*61][Phone Number][#] to program the Call
Forward - No Answer Sequence or [*21][Phone
Number][#] to program the Call Forward
Immediate Sequence).
To program an “*” in the Telco Arm Sequence,
enter [*1], and to program a “#” in the Telco
Arm Sequence, enter [*2].
4. Press the [#] key when finished.
Two beeps sound, and the STAY and AWAY
indicators turn off.
To disable the Telco Arm Sequence,
enter the Call Forward Sequence as [*4]
(break) for Step 3.
13.2 Telco Disarm Sequence
Use this function to automatically disable the call
forward sequence upon disarming the system.
How to Program the Telco Disarm Sequence
1. Enter your four-character Master Code, followed
by the [3] and [#] keys (for example, [25803#]).
Three beeps sound, and the STAY and AWAY
indicators flash.
2. Press the [2] key followed by the [#] key to select
the Telco Disarm Sequence. Three beeps sound.
3. Enter the Call Forward Disable Sequence (for
example, [#61#] to disable the No Answer Call
Forward sequence, or [#21#] to disable the Call
Forward Immediate Sequence).
To program a “#” in the Telco Disarm
4. Press the [#] key when finished.
Sequence, enter [*2].
Two beeps sound, and the STAY and AWAY
indicators turn off.
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ICP-CC488 | User's Guide | 14. Testing EN | 15
To disable the Telco Disarm Sequence,
enter the Call Forward Sequence as [*4]
(break) for Step 3.
14.5 Test Report
This feature only applies if your system reports using
the telephone. By holding down the [9] key until two
beeps sound, the system sends a Test Report.
Table 12: Telco Arm/Disarm Dialing Digits
Digit
Required
0 0 8 8
1 1 9 9
2 2
3 3 * *1
4 4 # *2
5 5 4-sec
6 6 Break *4
7 7
Number to
Program
Digit
Required
Pause
Number to
Program
*3
14. Testing
The following functions let you confirm that your
system is operating correctly:
14.1 Horn Speaker Test
Hold the [1] key until two beeps sound.
The horn speaker sounds for 2 sec.
14.2 Bell Test
Hold the [2] key until two beeps sound.
The bell output operates for 2 sec.
14.3 Strobe Test
1. Hold the [3] key until three beeps sound.
The strobe flashes.
2. Hold the [3] key until two beeps sound.
The strobe stops flashing.
14.4 Walk Test Mode
Use Walk Test Mode to test detection devices to
ensure that they are operating correctly. Every time
you test a zone, the codepad sounds one long beep,
and the horn speaker sounds one short beep to
indicate that the zone is activated when testing.
1. Enter your four character Master Code, followed
by the [7] and [#] keys (for example, [25807#]).
Three beeps sound, and the STAY and AWAY
indicators flash. The codepad beeps once every
sec while the system is in Walk Test Mode.
2. Activate all zones requiring the test.
3. When you finish testing all required zones, press
the [#] key to exit from this mode. Two beeps
sound, and the STAY and AWAY indicators
turn off. The system returns to the disarmed
state.
15. Event Memory
Use this function to replay the last 40 events that the
system recorded. The event memory history replays
all alarms and the arming/disarming of the system in
AWAY Mode, STAY Mode 1, and STAY Mode 2.
However, the system cannot differentiate between
arming the system in STAY Mode 1 or STAY Mode
2.
How to Enter Event Memory
Enter your four-character Master Code, followed by
[8] and the [#] button (for example, [25808#]).
Three beeps sound. The last 40 events display one at
a time by the codepad indicators, starting with the
most recent event. A beep sounds as each event
displays.
16. Day Alarm
Day alarm monitors a combination of zones during
the disarmed state. It beeps the codepad buzzer if
activated. Only your installer can program zones 1 to
4 to operate for day alarm.
Example
A day alarm can be configured for the front door of
a shop with a pressure mat or electronic beam that
customers activate as they enter the shop. When
customers step on the pressure mat or break the
electronic beam, the codepad buzzer beeps.
How to Turn Day Alarm On
Hold down the [4] key until three beeps sound.
Day alarm turns on. All zones programmed for day
alarm operation cause the codepad buzzer to beep
during the disarmed state when activated.
How to Turn Day Alarm Off
Hold down the [4] key until two beeps sound.
Day alarm turns off.
17. Codepad Buzzer Tone
Change
Hold down the [8] key to change the tone of the
codepad buzzer. There are 50 different tones, from
1500 Hz to 5000 Hz. If multiple codepads are
installed, each codepad can have a different tone.
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ICP-CC488 | User's Guide | 18. Remote Arming by Telephone EN | 16
18. Remote Arming by
Telephone
Arm your system from any remote location using the
telephone. For security reasons, the system cannot be
disarmed using this method. This feature requires a
touch-tone telephone. Your installer must program
this feature to operate.
How to Remotely Arm Your System by Telephone
1. Call the telephone number connected to your
control panel.
2. When the control panel answers the incoming
call, a short jingle sounds. To arm the system,
press the [*] key on the touch-tone telephone for
1 sec to 3 sec.
If you hear modem tones when the control panel
answers the incoming call, the system was
programmed for remote programming functions
by your installer. Wait for a pause between the
tones before pressing the [*] key.
After releasing the [*] key on the touch-tone
telephone, two beeps sound, indicating that the
system is armed in AWAY Mode.
3. Hang up the telephone and the system remains
armed.
If your installer programmed answering
machine bypass, call the control panel
twice to make a connection with the
system. For example, call the telephone
number your control panel is connected
to and let the call ring no more than four
times. Hang up the telephone. Wait a
minimum of 8 sec before you calling the
control panel again.
19. Partitioning
This feature only applies to the ICP-CC488 Control
Panels. Your control panel can be partitioned into
four individual areas. Each area can be operated
from one Master Partitioned codepad, or from
separate Area Addressable codepads.
19.1 Master Partitioned Codepad
Indicators
The indicators on a Master Partitioned codepad are
configured into four groups (such as Zone Indicators,
Area On/Off Display, Area Display, and Status
Indicators).
Figure 8: ICP-CP500PW Master Partitioned
Codepad
19.1.1 Zone Indicators
Zone indicators 1 to 8 show the status of each zone.
These zones belong to the area that has the Area
Display indicator lit. For example, if an indicator is
lit, that zone is unsealed. If the indicator is dark, that
zone is sealed.
19.1.2 Area On/Off Indicators
The group of four Area On/Off indicators display
the status of each area. For example, if an indicator is
lit, that area is armed. If the indicator dark, that area
is disarmed.
Only Area 1 and Area 2 can be used with
the ICP-CC488 Control Panel.
19.1.3 Area Display Indicators
The group of four AREA DISPLAY indicators show
which area the zones displayed belong to.
19.1.4 Status Indicators
A group of four indicators display the following:
AUX Indicator
Displays when the control panel is using the
telephone line communicating to the receiving party.
MAINS Indicator
Displays the status of the AC MAINS power. (For
example, if the indicator is illuminated, the AC
MAINS power supply is normal. If the indicator is
flashing, the AC MAINS power supply is
disconnected or failed.)
FAULT Indicator
Displays the status of the fault register. (For example,
if the FAULT indicator is flashing, the system
detected a fault that is not yet acknowledged. If the
FAULT indicator is illuminated, the fault is
acknowledged. If the FAULT indicator is not
illuminated, the system has no faults.)
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ICP-CC488 | User's Guide | 20. Domestic Dialling EN | 17
PARTIAL Indicator
Table 13: Domestic Dialing Telephone Digits
Only displays when an area is armed in STAY Mode
1. (For example, if the PARTIAL indicator is
displayed, an area is armed in STAY Mode 1. If the
PARTIAL indicator is not displayed, no areas are
armed in STAY Mode 1.)
19.2 Operation of Codepads in
Partitioning
Area Addressable Codepad Operations
If you have a system partitioned with Area
Addressable eight-zone codepads, the operating
procedure is the same as described for a nonpartitioned system, except that all operations only
relate to the area the codepad is assigned to.
Master Partitioned Codepad Operations
If your system is partitioned with a Master
Partitioned codepad installed, the operating
procedure is the same as described for a nonpartitioned system, except that all operations relate to
the area displayed by the Area Display indicator.
Example
If the Area Display indicator displays number 2, all
operations performed only operate in Area 2. To
operate Area 1, you must toggle the Area Display
indicator to number 1 by pressing the [#] key.
Pressing the [#] key again toggles you back to the
Area 2 display.
Digit
Required
0 0 8 8
1 1 9 9
2 2
3 3 * *1
4 4 # *2
5 5 4-sec Pause *3
6 6 Break *4
7 7
Number to
Program
Digit
Required
Number to
Program
20.2 Programming Domestic Telephone
Numbers
If your system is set up for domestic dialing, any
Master Code holder can program telephone numbers
that the control panel calls in the event of an alarm.
How to Program Telephone Numbers
1. Enter your four character Master Code, followed
by the [2] and [#] keys (for example, [25802#]).
Three beeps sound and the STAY and AWAY
indicators flash.
If there are telephone numbers already
programmed, they display one digit at a time by
the codepad indicators.
If there are no telephone numbers programmed,
two more beeps sound after entering this mode.
These two beeps normally sound after the last
digit of the last telephone number displays.
20. Domestic Dialling
Use domestic dialing can be used to call your mobile
phone or a relative/friend if your control panel
activates an alarm. Up to three different telephone
numbers can be programmed for the control panel to
call when an alarm occurs. Only your installer can
program the system to report in the domestic format.
The Master Code holder can change the telephone
numbers at any time.
2. Enter all digits for the first telephone number
(for example, [96721717]).
As each digit is entered, the corresponding
codepad indicators display.
3. If there is more than one telephone number to
program, press [*4]. This inserts a break between
the first telephone number and the sec telephone
number. If there is only one telephone number
to program, press the [#] key to exit from this
function.
20.1 Acknowledging Domestic Calls
When an alarm condition occurs, the system calls the
first programmed telephone number. When you
answer an incoming call, the system repeatedly emits
a siren tone followed by a pause, continuously for 2
min (for example, siren tone, pause, siren tone, and
pause).
If you do not acknowledge the call from the control
panel during a pause between siren tones, the control
panel hangs up after 2 min and calls the next
telephone number.
Pressing the [*] key for 1 sec to 3 sec during the
pause acknowledges the call. No further calls are
made for that event. If the call was successfully
acknowledged, a tone of decreasing pitch sounds.
4. Enter all the digits of the second telephone
number (for example, [96721055]).
As each digit is entered, the corresponding
codepad indicators display.
5. After the last digit of the second telephone
number is programmed, press the [#] key to exit
from this function unless a third telephone
number is required. If there is a third telephone
number to program, press the [*4] button to
insert a break between the second telephone
number and the third telephone number.
20.3 Disable Domestic Dialing
To cancel domestic dialing (for example, you are
moving and do not want the system to continue
calling your mobile phone), enter the following
sequence.
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ICP-CC488 | User's Guide | 21. Basic Pager Reporting EN | 18
1. Enter your four character Master Code, followed
by the [2] and [#] keys (for example, [25802#]).
Two beeps sound and the STAY and AWAY
indicators flash.
2. Press the [*] key followed by the [4] and [#] keys
System Status
The system status information is divided into four
digits.
Table 15: System Status
(for example, [*4#]).
The STAY and AWAY indicators are disabled.
21. Basic Pager Reporting
This feature only applies if your system reports to a
pocket pager. Basic pager reporting requires some
interpretation of the numbers appearing on the
display. It is possible to differentiate between 1000
different systems when a number of control panels
report to one pocket pager.
The Pager format supports only eight
zones.
System Status
Display
First digit Indicates whether the system is
Second digit Indicates which codepad alarm was
Description
armed or disarmed:
8 = Disarmed
9 = Armed
activated by the operator:
0 = No Codepad Alarm
1 = Codepad Panic or Duress Alarm
2 = Codepad Fire Alarm
3 = Codepad Medical Alarm
21.1 Basic Pager Display Information
Subscriber ID Number
This is the identification number of the control panel,
which can only be programmed by your installer.
Zone Status
The zone status display shows the status of each zone
(1 to 8). Table 14 on page 18 describes the meaning
of each number when it appears on the zone status
display.
Table 14: Zone Status Display Descriptions
Number
Displayed
0
1
2
Zone
Description
Zone Normal
Indicates that the corresponding zone is in
the sealed state.
Alarm
Indicates that the corresponding zone is
unsealed and in alarm condition.
Zone Bypassed
Indicates that a system operator manually
isolated the corresponding zone. Refer to
Section 8. Isolating Zones 11 for
information on how to manually isolate a
zone(s) prior to arming the system.
Third digit Indicates when the AC MAINS supply
fails:
0 = AC Supply is normal
1 = AC Supply has failed
Fourth digit Indicates when a system fault occurs
at the control panel:
0 = System Normal – There are no
faults
1 = System Fault – There is a fault
registered by the control panel
Figure 9 on page 19 shows that the transmission came
from the control panel with ID number 5678, and
that zone 2 is in alarm. The figure also shows that
zone 3 was manually isolated and the system armed.
3
Zone Trouble
Indicates that a zone was left unsealed
after the end of Exit Time.
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Figure 9: Basic Pager Display
1 – Subscriber ID number
2 – Zone status
3 – System status
4 – 0 – Zone Normal
1– Alarm
2 – Manually Isolated
3 – Auto Isolated
5 – 8 – Disarmed
9 – Armed
6 – 0 – Normal
1 – Panic/Duress
2 – Fire Alarm
3 – Medical Alarm
7 – 0 – AC Normal
1 – AC Failure
8 – 0 – System Normal
1 – System Fault
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22. Glossary of Terms
Table 16: Glossary of Terms
Term Description
24-hour zone A monitored input where tamper switches and emergency switches can be
connected. If one of these switches is violated at any time (whether the system is
armed or disarmed), an alarm is reported.
alarm condition The status when an alarm system is armed and one of the detection devices is
violated. A 24-Hour zone (for example, a smoke detector) can activate when the
system is armed or disarmed.
answering machine
bypass
area codepad A device used to communicate with a system that is partitioned into two separate
Armed (System ON) A status in which the system is ready to accept alarms.
automatic arming Programming that allows the system to arm automatically at the same time each day
automatic disarming Programming that allows the system to disarm automatically at the same time each
AWAY Mode The mode used to arm your system when you leave your premises.
codepad A device that allows you to perform all functions such as arming, disarming, and
day alarm Programming that allows a combination of zones to be monitored while the system
detector A unit installed as a satellite component in a security system designed to detect an
disarmed A system status that does not accept alarms, except for 24-Hour zones.
dynamic battery
testing
entry delay A programmed delay of the system alarm responses that allows a person to enter a
external equipment Any device connected to a security system, such as a detector, codepad, or siren.
force arming A method of overriding the safety feature that prevents arming with a faulted zone
hand-over delay If a system is armed and Zone 1 is violated, the entry delay starts timing. If Zone 2 is
hand-held radio
remote control
isolate A method of manually disabling (isolating) one or more zones before arming the
master code A numeric code used for arming and disarming the system, and for allowing access
master partitioned
codepad
monitoring station A secure location where a digital receiver monitors a number of alarm systems and
A condition that enables connection with the control panel for remote arming or
remote programming operations when there is an answering machine or facsimile
machine on the same telephone line.
areas. All commands you issue with the area codepad affect only the designated
area, and not the other area.
in AWAY Mode or STAY Mode 1.
day in AWAY Mode or STAY Mode 1.
programming of your alarm system.
is disarmed.
intruder within a protected area. Some common forms of detection devices are
passive infrared, smoke, photo electric beams, reed switches, and vibration sensors.
A method used to monitor and test the condition of your backup battery.
building through the entry door to turn the system off.
on a control panel.
violated, the entry delay time is handed over to the Zone 2 and so on, to Zones 3
and 4. This is known as sequential hand-over delay.
A device used to arm and disarm a security system or to cause a panic alarm.
system.
to all functions available through the codepad.
A device used to communicate with a system that is partitioned into two separate
areas. You can issue commands to both areas using the same codepad.
deciphers their alarm transmission reports so the operator can advise the
appropriate authorities to take immediate action.
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ICP-CC488 | User's Guide | 22. Glossary of Terms EN | 21
Table 16: continued
Term Description
panic A condition or type of alarm in which the user requires either immediate police or
medical assistance.
sealed Refers to a zone’s status. If a zone is sealed, the detection devices are not violated
and the zone indicator is not lit (that is, a reed switch is closed or a detector is on
standby waiting for an intrusion).
sensor watch A feature that allows the control panel to recognize when detection devices might
have stopped working. Sensor watch monitors the operation of a zone over a
programmed time period.
silent alarm An alarm that sounds only at a remote location, and gives no obvious local
indication that an alarm was sent out.
STAY Mode 1 A condition that automatically isolates certain zones when the security system is
armed in this mode. Only the installer can program these zones.
STAY Mode 2 A condition that automatically isolates certain zones when the security system is
armed in this mode. The Master Code holder can program these zones.
telco arming
sequence
telco disarming
A feature that automatically diverts a telephone number to another telephone when
a security system is armed in AWAY Mode, the same as using call forwarding.
An automatic suspension of diverting of the telephone when the system is disarmed.
sequence
unsealed Refers to a zone’s status. If a zone is unsealed, the detection devices are violated
and the zone indicator is lit (that is, a reed switch is open or a detector noted an
intrusion).
user code A numeric code used to arm and disarm the system.
zone A monitored input used to activate an alarm. A zone might be set up to activate an
alarm only when the system is armed or to operate whether the system is armed or
disarmed.
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ICP-CC488 | User's Guide | 23. Installation Notes EN | 22
23. Installation Notes
Installation Company
Technician’s Name
Technician’s Telephone Number
Installation Date
Warranty Expiration
Panel Software Version
Service Notes
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ICP-CC488 | User's Guide | 23. Installation Notes EN | 23
Zone Description
Allows you to describe each zone and mark whether the zone was programmed to be automatically isolated
in STAY Mode 1, or was programmed for day alarm operation.
Isolated In
STAY Mode 1
Zone 1
Zone 2
Zone 3
Zone 4
Zone 5
Zone 6
Zone 7
Zone 8
Zone 9
Zone 10
Zone 11
Zone 12
Zone 13
Zone 14
Zone 15
Zone 16
Day Alarm
Enabled
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ICP-CC488 | User's Guide | 23. Installation Notes EN | 24
User Code Names
Master
Code
Default = 2580
User Code 1 Y User Code 9
User Code 2 User Code 10
User Code 3 User Code 11
User Code 4 User Code 12
User Code 5 User Code 13
User Code 6 User Code 14
User Code 7 User Code 15
User Code 8 User Code 16
Entry/Exit Times
Entry Timer 1 Exit Time
Entry Timer 2 Entry Guard Time
Arming Options
Single Button Arming
Single Button Disarming
YES NO
YES NO
Forced Arming
Remote Arming by Telephone
Automatic Arming Time AM/PM
Automatic Disarming Time AM/PM
YES
YES
NO
NO
Output Descriptions
Output 1 Output 3
Output 2 Output 4
Isolating Method
Standard Isolating
Code to Isolate
YES NO
YES NO
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ICP-CC488 | User's Guide | 23. Installation Notes EN | 25
Communication Options
Back to Base Reporting
Domestic Reporting
YES NO
YES NO
Domestic Reporting – Number of
Beeps
Other System Information
Siren Run Time
Can your system be serviced by another technician?
Min
YES
NO
If Yes, Installer’s Code
9 Digit RF User Code ID Numbers
Place the RF Radio Keyfob ID Sticker in the appropriate location below.
9
Radio User Code 9 ID Number
13 Radio User code 13 ID Number
10
11
12
Radio User code 10 ID Number
Radio User code 11 ID Number
Radio User code 12 ID Number
14
15
16
Radio User code 14 ID Number
Radio User code 15 ID Number
Radio User code 16 ID Number
9 Digit RF Device ID Numbers
Place the RF Device ID Sticker in the appropriate location below.
Zone
Number
1
2
3
4
5
6
7
8
Zone
Number
RF Device 1 ID Number
9 RF Device 9 ID Number
RF Device 2 ID Number
10
RF Device 3 ID Number
11
RF Device 4 ID Number
12
RF Device 5 ID Number
13
RF Device 6 ID Number
14
RF Device 7 ID Number
15
RF Device 8 ID Number
16
RF Device 10 ID Number
RF Device 11 ID Number
RF Device 12 ID Number
RF Device 13 ID Number
RF Device 14 ID Number
RF Device 15 ID Number
RF Device 16 ID Number
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ICP-CC488 | User's Guide | Index EN | 26
Index
24-Hour Zones 22
Adding Radio User Codes 9
Adding User Codes 9
Answering Machine Bypass 21
Area Addressable Codepad 17
Area Codepad 21
Area Display Indicator 17
Area On/Off Indicator 17
Armed 21
Arming
AWAY Mode 8
STAY Mode 1 8
STAY Mode 2 8
Audible Indications 7
Automatic Arming 21
Automatic Disarming 21
AUX Power Supply Fail 13
AWAY Indicator 6
AWAY Mode 8, 21
Battery Testing 21
Bell Test 15
Codepad 6, 21
Buzzer Tone 16
Duress Alarm 11
Fire Alarm 11
Medical Alarm 11
Panic Alarm 11
Tamper Alarm 11
Codepad Indicators
Audible Indications 7
AWAY Indicator 6
FAULT Indicator 7
MAINS Indicator 7
Off Indicator 7
On Indicator 7
STAY Indicator 6
System Disarmed 6
Zone Indicators 6
Communciation Fail 14
Date and Time 13, 14
Day Alarm 16
Deleting Radio User Codes 10
Deleting User Codes 10
Detectors 21
Disarmed 21
Disarming 9
Domestic Dialling 17
Acknowledging Domestic Calls 17
Disable 18
Programming Domestic Telephone Numbers 18
Duress Alarm 11
EEPROM Fault 13
Entry Delay/Entry Time 21
Entry Guard Timer 8, 9
Event Memory Recall 16
External Equipment 21
Fault Analysis 12
Fault Descriptions 13
AUX Power Supply Fail 13
Communciation Fail 14
Date and Time 13
EEPROM Fault 13
Horn Speaker 13
Low Battery 13
RF Low Battery 13
RF Receiver Fail 13
RF Sensor Watch 14
Sensor Watch 14
System Fault 13
Tamper Fail 13
Telephone Line Fail 13
FAULT Indicator 7, 17
Fire Alarm 11
Forced Arming 8, 21
Hand Held Remote Control 21
Handover Delay 21
Horn Speaker 13
Horn Speaker Test 15
Installation Notes 23
Introduction 5
Isolating 21
Isolating Zones 11, 12
Code to Isolate 12
Standard Isolating 11
LCD Codepad 6
Low Battery 13
MAINS Indicator 7, 17
Master Code 21
Master Partitioned Codepad 21
Area Display Indicator 17
Area On/Off Indicator 17
FAULT Indicator 17
MAINS Indicator 17
Operating 17
Partial Indicator 17
Zone Indicators 17
Medical Alarm 11
Monitoring Station 21
Off Indicator 7
On Indicator 7
Output
Reset Latching Outputs 14
Turning On/Off 14
Pager Reporting 18
Panic Alarm 11, 21
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ICP-CC488 | User's Guide | Index EN | 27
Partial Indicator 17
Partitioning
Area Addressable Codepad 17
Area Display Indicator 17
Area On/Off Indicator 17
Codepad Operations 17
Zone Indicators 17
Radio User Codes
Adding 9
Deleting 10
Remote Control 21
RF Low Battery 13
RF Receiver Fail 13
RF Sensor Watch 14
Sealed 21
Sensor Watch 14, 22
Silent Alarm 22
Specifications 5
STAY Indicator 6
STAY Mode 1 8, 22
Entry Guard Timer 8
STAY Mode 2 8, 22
Entry Guard Timer 9
Programming Zones 9
Strobe Test 15
System Disarmed 6
Tamper Alarm 11
Tamper Fail 13
Telco Arm Sequence 14, 22
Telco Disarm Sequence 15, 22
Telephone Line Fail 13
Test Report 16
Testing
Bell Test 15
Horn Speaker Test 15
Strobe Test 15
Test Report 16
Walk Test 15
Unsealed 22
User Codes 22
Adding 9
Adding Radio Users 9
Deleting 10
Walk Test 15
Zone Indicators 6, 17
Zones 22
Bosch Security Systems, Inc. | 12/08 | F01U089456-02
Page 28
Bosch Security Systems, Inc.
130 Perinton Parkway
Fairport, NY 14450-9199 USA
www.boschsecurity.com
© 2008 Bosch Security Systems, Inc.
F01U089456-02
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