Bosch Solution 6000-IP CC615GWF User manual

Solution 6000-IP
Security System
Quick Start Guide
EN
Security Systems

Solution 6000-IP
2Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
Copyright Notice
Unless otherwise indicated, this publication is the
copyright of Bosch Security Systems Pty Ltd (“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 authorised 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.
Trademarks
Throughout this document trademark names may have
been used. Rather than put a trademark symbol in every
occurrence of a trademark name, we state that we are using
the names only in an editorial fashion and to the benefit of
the trademark owner with no intention of infringement of
the trademark.
Notice of Liability
While every effort has been taken the to insure the
accuracy of this document, neither Bosch Security Systems
Pty Ltd nor any of its official representatives shall have any
liability to any person or entity with respect to any liability,
loss or damage caused or alleged to be caused directly
or indirectly by the information contained in this book.
Should you find any error on inconsistency, please notify
us accordingly.
Bosch Security Systems Pty Ltd reserves the right to make
changes to features and specifications at any time without
prior notification in the interest of ongoing product
development and improvement.
Warnings
1. This product must be installed by a qualified and
licensed security installer.
2. This product may not perform as expected if
installed incorrectly.
3. Some features of this product, including but
not limited to MyAlarm Back to Base reporting,
MyAlarm SMS, MyAlarm Email Reporting, MyAlarm
Voice Reporting , MyAlarm Push Reporting and
Automatic Time and Date Adjustments require a
working IP connection to operate.
4. Australian standard AS 2201 requires regular
service by qualified and licensed security persons
and regular user testing. Please consult your
security alarm company for further details.
5. Incorrect programming of parameters can result in
operation contrary to what may be desired.
6. Leave the mains adapter plugged in at all times.
7. Leave IP connected in at all times under normal
conditions.
8. The Product Identification Label for this product
which is supplied in the resistor pack, must be
affixed to the outside of the enclosure during
installation.
Intrusion Control Panel
Designed In
Australia
Solution 6000-IP
RoHS
9
9. This equipment shall not be set up to make
automatic calls to the Telecom ‘111’ Emergency
Service.

3
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
FIGURES
Figure 1: PCB and Mounting Clip Installation Diagram...................5
Figure 2: Tamper Bracket Installation.....................................................5
Figure 3: MW720B - Small Enclosure Details .......................................6
Figure 4: PCB Mounting Clip .....................................................................6
Figure 5: MW720B Configuration Examples........................................6
Figure 6: MW730B - Large Enclosure Details.......................................7
Figure 7: MW730B Configuration Examples........................................7
Figure 8: Internal Transformer Connection Diagram........................8
Figure 9: N/C No EOL Zone ........................................................................9
Figure 10: N/C Single EOL Zone ...............................................................9
Figure 11: N/C Split EOL Zone...................................................................9
Figure 12: N/C Zone With Tamper............................................................9
Figure 13: N/O No EOL Zone .....................................................................9
Figure 14: N/O Single EOL Zone...............................................................9
Figure 15: N/O Split EOL Zone ..................................................................9
Figure 16: N/O Zone With Tamper...........................................................9
Figure 17: EOL Resistor Colour Chart .....................................................9
Figure 18: LAN Connection Using 2 Pair Security Cable............... 10
Figure 19: LAN Connection Using Twisted Pair Cable ................... 11
Figure 20: Solution 6000-IP Board Layout......................................... 12
Figure 21: Solution 6000-IP Connection Diagram.......................... 13
Figure 22: Keypad Emergency Alarm Trigger’s ................................ 15
Figure 23: Keypad DIP Switch Address Settings.............................. 17
Figure 24: Rotary Swich Address Settings......................................... 17
Figure 25: Sample Option Bit Menu Display..................................... 18
Figure 26: Area Text Programming Display...................................... 18
Figure 27: List Option Programming Display ................................... 19
Figure 28: Clock Programming Display .............................................. 19
Figure 29: Custom Installer Baner Sample......................................... 47
TABLE OF CONTENTS
Copyright Notice ....................................................................................2
Trademarks ...............................................................................................2
Notice of Liability....................................................................................2
FEATURES ���������������������������������������������������������������������������������4
OVERVIEW ��������������������������������������������������������������������������������4
ABOUT THE PANEL�������������������������������������������������������������������5
Enclosures .................................................................................................5
Enclosure Fixing Method.....................................................................5
Installing The Tamper Switch .............................................................5
Enclosure Module Spaces....................................................................5
Installing Panels and Modules...........................................................6
Connecting Power To The Panel........................................................8
Connecting The Battery .......................................................................8
AC Mains Transformer Option............................................................8
Panel LED Indicators..............................................................................8
WIRING DIAGRAMS������������������������������������������������������������������9
EOL Resistor Colours and Values.......................................................9
LAN Overview....................................................................................... 10
LAN Wiring ............................................................................................. 10
System Earthing................................................................................... 11
Terminating the LAN .......................................................................... 11
PCB Layout............................................................................................. 12
Connection Diagram.......................................................................... 13
Terminal Descriptions ........................................................................ 14
Board Connectors................................................................................ 14
ABOUT THE KEYPAD ��������������������������������������������������������������15
Status Icons / LED’s ............................................................................. 16
Keypad Tones........................................................................................ 16
Keypad & Readers Setup................................................................... 17
DIP Switch Address Select................................................................ 17
Rotary Switch Address Select.......................................................... 17
Programming Overview.................................................................... 17
Entering Programming Mode......................................................... 17
Exiting Programming Mode ............................................................ 18
Navigating The Menu......................................................................... 18
Command Menu.................................................................................. 18
Programming Option Bit Menus.................................................... 18
Alpha Text............................................................................................... 18
List Options............................................................................................ 19
Clock Programming............................................................................ 19
GETTING STARTED WITH MYALARM �����������������������������������19
SERVICE MODE�����������������������������������������������������������������������19
DEFAULTING THE SYSTEM�����������������������������������������������������20
DIRECT LINK PROGRAMMING ����������������������������������������������20
ZONE ARRAY���������������������������������������������������������������������������20
DOOR ARRAY��������������������������������������������������������������������������20
OUTPUT ARRAY����������������������������������������������������������������������21
BASIC REPORTING REFERENCE ��������������������������������������������21
MENU REFERENCE TABLE������������������������������������������������������22
PROGRAM LOCATIONS����������������������������������������������������������25
Access Programming ......................................................................... 25
User Default Table ............................................................................... 25
Area Programming.............................................................................. 27
Input Programming............................................................................ 29
Zone Assignments .............................................................................. 30
Zone Default Table.............................................................................. 31
Output Programming ........................................................................ 33
Output Default Table.......................................................................... 33
Output Event Types ............................................................................ 34
Output Assignments .......................................................................... 35
One Shot Mode .................................................................................... 35
Pulsing Mode ........................................................................................ 35
Comms Programming ...................................................................... 37
Device Programming ......................................................................... 41
System Programming ........................................................................ 44
Testing The System ............................................................................. 48
Installation Details............................................................................... 49
Specifications........................................................................................ 50
TABLES
Table 1: Expansion Options .......................................................................5
Table 2: Report Indicator LED....................................................................8
Table 3: Status Indicator LED.....................................................................8
Table 4: Terminal Block Descriptions................................................... 14
Table 5: Board Connector Descriptions.............................................. 14
Table 6: Keypad Key Functions.............................................................. 15
Table 7: ICON & LED Indicator Meanings ........................................... 16
Table 8: Keypad Tones............................................................................... 16
Table 9: DIP Switch Address Settings .................................................. 17
Table 10: Rotary Switch Address Settings.......................................... 17
Table 11: Keys Used During Programming........................................ 18
Table 12: Text Keypad Character Set ................................................... 18
Table 13: Shortform Point ID List .......................................................... 21
Table 14: Menu Structure And Layout ................................................ 24
Table 15: User Default Programming Options................................. 25
Table 16: Zone Assignments................................................................... 30
Table 17: Zone Defaults............................................................................ 31
Table 18: Output Default Table.............................................................. 33
Table 19: Output Event Types ................................................................ 34
Table 20: Address Configuration and Output Assignments ....... 35
Table 21: One-Shot Polarity Example................................................. 35
Table 22: Macros Script Characters ...................................................... 36
Table 23: Macros Operator Characters................................................ 37
Table 24: Macros Scene Characters...................................................... 37
Table 25: Macro Scene Operator Characters..................................... 37

Solution 6000-IP
4Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
Features
Listed below are the main features of the Solution 6000-IP
Control Panel.
♦Individual Box Tamper Circuit Monitoring
♦Daylight Savings
♦Senior Watch
♦GSM/GPRS/Ethernet Reporting Options
♦System Maintenance Interval Reminder
♦System Weekly Test Reminder
♦Area Inactivity Interval
♦Up to 16 Access Doors
♦Temporary PIN
♦Dual Reporting
♦Dual Redundant Reporting
♦Alarm Report Abort/Cancel Options
♦8 Programmable Holiday Calendars
♦16 Programmable TimeZones
♦8 On-board Zones (Single EOL) / 16 On-Board Zones
(Dual EOL)
♦Expandable To 144 Zones)
♦Fire Alarm Verification
♦990 PIN Users
♦4 Supervised High Power Digital Outputs
♦1 Relay 2 Amp Form (C) Contact (Expandable to 32)
♦Supervised Siren Driver
♦Partitionable To 8 Areas
♦Supervised LAN Keypads (Maximum 16 Keypads)
♦Keyswitch Input
♦2000 History Event Memory
♦EMI / Lightning Transient Protection
♦Fully Menu Text Programmable
♦Programmable Via Solution Link Software (Remote/
Direct)
♦TimeZone Executed Functions
♦60+ Output Event Types
♦Exit Restart
♦Expansion Module Supervision
♦Remote Arming
♦Fingerprint Reader Options
♦Site Manager End User Management Software
♦Macro Functions
Overview
Zones
The Solution 6000-IP control panel provides up to 144
separate zones of protection. Zone programming
determines the panel’s response to open/short and tamper
conditions on the zone loop.
Areas
The control panel supports up to 8 separate areas. You can
assign all zones to a single area, or you can assign each
zone to a combination of different areas.
You can arm and disarm the control panel by area,
alternatively, you can arm and disarm several areas at the
same time.
Keypads
You can connect a maximum of 16 fully supervised keypads
to the control panel. The available current affects the total
number of keypads that you can connect without the need
to provide additional power supplies.
History Log
The control panel can store up to 2000 history events from
all 8 areas. All events are stored in the log, even if they are
programmed not to report via the on-board dialler.
You can view the control panel’s history log via keypad,
or by connection of a personal computer (direct/remote)
using the SolutionLink upload/download software.
Programming
You can program the Solution 6000-IP either by a keypad or
using a personal computer using the Solution Link upload/
download software.

5
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
About The Panel
Enclosures
The MW720B - Small Enclosure and MW730B - Large
Enclosure have been designed to reduce installation time
and improve aesthetics on larger installations where often
multiple enclosures need to be located in close proximity
to each other.
A number of new features have been incorporated
including a new style tamper bracket which can be easily
installed before or after the enclosure is mounted to the
wall, an anti tamper lid which insures the cabinet tamper
triggers when the lid is removed, easier access for flexible
and rigid conduits, additional 20mm cable entry knockouts
and a new board mounting system using removable spring
clips.
The MW720B and MW730B enclosures include numerous
holes, allowing the PCB mounting clips to be positioned in
the most appropriate location for each installation.
i
Note
For ease, it is recomended that the PCB mounting
clips are installed from the rear of the enclosure
before mounting it to the wall.
Circuit Board
Component Side
Rear of Cabinet
3mm Philips Head
Machine Screw
Supplied
Support Clip
Press Fit Supplied
Figure 1: PCB and Mounting Clip Installation Diagram
Enclosure Fixing Method
CM720B - Small Enclosure
Use appropriate fasteners capable of handling a minimum
of 6kg to fix the cabinet against a sturdy surface using the
mounting holes provided.
CM730B - Large Cabinet
Use appropriate fasteners capable of handling a minimum
of 12kg to fix the cabinet against a sturdy surface using the
mounting holes provided.
Installing The Tamper Switch
The tamper switch can be located on either the left or right
hand side of the cabinet to suit the installation. Before
installing the bracket, fit the tamper lead to the switch and
then insert it into the bracket.
Once the enclosure has been mounted to the wall, insert
the tamper bracket into the rectangular hole in the top
flange of the enclosure and then slide the base of the
bracket toward the top until the tamper switch locates in
the rear of the enclosure.
Depress the tamper a few times with your finger to ensure
smooth operation.
Figure 2: Tamper Bracket Installation
Enclosure Module Spaces
The MW720B enclosure has space for 2 large modules or
4 small modules while the optional MW730B enclosure
has space for up to 4 large modules or 8 small ones. The
enclosures have been designed so that any combination
of large and small units can be neatly mounted together
on the wall.
Each module is mounted to the enclosure using 4 or more
clip in standoffs. The clips can be inserted from the rear
of the enclosure before mounting it to the wall, or from
the front of the enclosure after it has been mounted. Both
methods should be performed using your finger tips to
prevent damage to the standoff. (Standoffs and screws are
supplied with each module).
All compatible add on modules will mount on these spaces.
See below for list if modules which can be added to the
control panel.
Module Space Occupied
Solution 6000-IP Control Panel 2 Module Spaces
CM704B Zone Expander 1 Module Space
CM705B Universal Expander 2 Module Spaces
CM710B Output Expander 1 Module Space
CM720B LAN Power Supply 1 Module Space
CM760B Real Time Clock 1 Module Space
CM797B LAN Isolator Module 1 Module Space
CM195 RF Receiver Expander 1 Module Space
Table 1: Expansion Options
Use the above table to help determine which size cabinet
you will require for the job.
On some export models, one module space will not be
available as the mains transformer mounts in this location.

Solution 6000-IP
6Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
Installing Panels and Modules
Once the enclosure is secured in place, install the panels
and modules onto the mounting clip using the supplied
3mm screws. Do not over tighten the screws.
When fitting panels or large modules, you should use 5
mounting clips, one in each corner of the PCB and one
in the middle of the PCB underneath the main terminal
blocks. When mounting small modules, only 4 clips are
required, 1 in each corner.
Both enclosures are supplied with tamper switches,
tamper leads, tamper brackets and a quantity of
mounting clips and screws. If required, additional
mounting clips and screws may be purchased in bags of 50
clips (10 packs x 5pcs). (P/N: MW890)
i
Note
The supplied mounting clips are designed to use the
3mm machine screws supplied with the enclosure.
The use of self tapping screws will damage the clips.
Figure 3: MW720B - Small Enclosure Details
Figure 4: PCB Mounting Clip
The following example shows the MW720B - Small
enclosure configured using 4 small modules.
Figure 5: MW720B Configuration Examples

7
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
320 mm
520 mm
A A
AA
AAAA
A AAA
A
AAA
A AAA
A
AAA
A AAA
A
AAA
CABLE ENTRY (REAR)
CABLE ENTRY (REAR)
CABLE ENTRY (REAR)
A= PCB Mounting Clip Holes
= Enclosure Mounting Holes
B
= Tamper Bracket Mounting Holes
C
= Earth Stud - 4mm
D
C C
BB
D
BB
D
D
Figure 6: MW730B - Large Enclosure Details
The following examples show the MW710 -Large enclosure
configured using 6 small modules and 1 large module.
CABLE ENTRY (REAR)
MODULE
SPACE 1
MODULE
SPACE 3
MODULE
SPACE 2
MODULE
SPACE 5
MODULE
SPACE 4
MODULE
SPACE 7
MODULE
SPACE 6
CABLE ENTRY (REAR)
CABLE ENTRY (REAR)
When installing small modules, you should
fit 4 mounting clips as shown.
When installing large modules you should fit 5
mounting clips as shown.
Clip 5 provides support under the main terminal
block only. No screw is fitted.
12
3
45
12
3
4
Figure 7: MW730B Configuration Examples

Solution 6000-IP
8Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
A
A
AA
TRANSFORMER
FUSE
220 - 240V A.C.
50-60Hz 150mA
8AG - 250V
250mA MAX
NEUTRAL
EARTH
ACTIVE
FUSED
LN
L
N
C
Transformer Output
(Red Wires) Wiring must be carried out by
a licensed electrician following
applicable wiring standards
Transformer
Input
(Blue Wires)
A = PCB Mounting Clip Holes
B
D
= Enclosure Mounting Holes
B
= Fused Terminal Block
C
= Transformer
D
Figure 8: Internal Transformer Connection Diagram
Panel LED Indicators
The control panel PCB has two LED indicators (Report and
Status LED’s) which display the following information.
Condition Meaning
Off Not Reporting
On Reporting In Progress
Table 2: Report Indicator LED
Condition Meaning
Off Error
On Error
Flash Once Every 2 Seconds OK
Flash Fast AC or Battery Trouble
Table 3: Status Indicator LED
i
Note
Duringfactory defaultingthe Status and Report LED
indicators will flash alternatively for approximately
15 seconds.
Connecting Power To The Panel
For normal operation, the panel requires both AC and DC
power sources. The AC source can be provided either by an
external adapter or by an internal transformer depending
on the model and country of sale.
When connecting using the AC adapter, feed the cable in
to the enclosure and terminate the wires on the removable
terminal block supplied before connection it to the PCB.
If using a 3 wire adaptor, then the earth wire should also
be terminated onto the terminal block. Always check the
orientation of the terminal block with the PCB markings
before connecting it to the PCB.
Connecting The Battery
The panel is supplied with a set of battey leads to suit the
chosen enclosure. Connect the RED battery lead to the
battery (+) terminal and the BLACK battery lead to the
battery (-) terminal on the PCB.
Once terminated onto the PCB connect the other end of
the leads to the battery paying attention to the polarity.
AC Mains Transformer Option
On models with an internal transformer, a permanent
connection shall be made to the mains supply. See
Figure 8. This must be completed by a suitably qualified
electrician according to the applicable wiring standards
and regulations.
Next connect the transformer output wires (red) to the
removable terminal block supplied and then connect it
to the PCB. Always check the orientation of the terminal
block with the PCB markings before connecting.
i
Note
For permanently connected equipment, a readily
accessable disconnect device shall be installed in a
location near to the equipment.

9
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
Wiring Diagrams
ZONE 2
N/C
N/C
ZONE 1
ZN 1
GND
ZN 2
Figure 9: N/C No EOL Zone
ZONE 2
ZONE 1
N/C
N/C


ALARM
ALARM
ZN 1
GND
ZN 2
Figure 10: N/C Single EOL Zone
(6K8 EOL)
(3K3 EOL)
N/C
N/C


ALARM
ALARM
ZN 1
GND
ZN 2
ZONE 1
ZONE 9
Figure 11: N/C Split EOL Zone
1
2
TAMPER
(6K8 EOL)
TAMPER
(3K3 EOL)
N/C
N/C


ZN 1
GND
ZN 2
ALARM ZONE 1
Figure 12: N/C Zone With Tamper
i
Note
The above diagrams display zone configurations
using Normally-Closed Alarm contacts and
Normally-Open Alarm Contacts. When using
Normally-Open Alarm Contacts you must select
Inverted Seal for each zone in MENU 3-1-8.
A shorted loop is a tamper condition for all EOL
zone configurations.
2
ZONE 2
N/O
N/O
ZONE 1
ZN 1
GND
ZN 2
Figure 13: N/O No EOL Zone
ZONE 2
ZONE 1
N/O
N/O


ALARM
ALARM
ZN 1
GND
ZN 2
Figure 14: N/O Single EOL Zone
(6K8 EOL)
(3K3 EOL)
N/O
N/O


ALARM
ALARM
ZN 1
GND
ZN 2
ZONE 9
ZONE 1
Figure 15: N/O Split EOL Zone
TAMPER
(6K8 EOL)
TAMPER
(3K3 EOL)
N/C
N/O


ZN 1
GND
ZN 2
ALARM ZONE 1
Figure 16: N/O Zone With Tamper
EOL Resistor Colours and Values
Use either the 4 colour, or solid colour resistors supplied.
Orange
Blue
Red
Red
Orange
Gre y
3K3
6K8
Brow n (+/- 1%)
Brow n (+/- 1%)
3K3 =
6K8 =
Orange
Blue
Figure 17: EOL Resistor Colour Chart

Solution 6000-IP
10 Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
LAN Overview
The control panel communicates with other system module
devices via the built in RS485 LAN or Local Area Network.
For increased security, the system uses anti-substitution
technology and a proprietary data encryption algorithm to
communicate with all LAN modules.
When using the recommended cable types the LAN can
be up to 1200 metres in length, or even greater when LAN
isolators are used.
See the CM797B LAN Isolation Module reference guide for
more information on how to use LAN isolators to increase
the overall LAN length, improve surge immunity protection
and prevent earth loops.
It is recommended that one or more CM797B
Isolators be used when connecting the LAN between
multiple buildings.
LAN Wiring
Figure 18 and Figure 19 show the two recommended
module connection diagrams.
The method shown in Figure 18, is only recommended for
use where the total LAN length is 300 metres or less and the
system is not installed in a electrically noisy environment.
In this case it is possible to use 7/0.20 or 14/0.20 security
cable (non twisted) provided that module voltage levels
are maintained within specification.
The method shown in Figure 19, offers the greatest
immunity to noise interference and voltage surges. This
connection method is recommended where the total LAN
length is greater than 300 metres. When using twisted pair
cable the LAN length can be up to 1200 metres, and this
can be extended even further when using LAN isolators.
The LAN can be wired using the daisy chain method as
shown, where each module is wired back to the panel
on the same cable run or using a star configuration,
where individual modules are wired back to the panel on
individual wires.
Un-shielded cable can be used successfully in many
situations however for the highest reliability and
performance in areas prone to frequent electrical storms or
high levels of electrical interference, shielded twisted pair
cable should be used.
LAN+ and LAN- should not be used to power detectors or
other external devices. These devices should be powered
from the +12V terminals on the panel or via an external
power supply.
When wiring modules with built in power supplies like
the control panel and the CM720B Power Supply, do NOT
connect the EARTH wire from any 3 wire plug pack to the
module’s EARTH input terminal, if you have installed a
separate communication earth wire.
+
-
A
B
+
-
A
B
+
-
A
B
-
A
B
+
-
A
B
CONTROL PANEL
CM704-ZONE EXPANDER
KEYPAD
CM720-POWER SUPPLY
CM710-OUTPUT EXPANDER
EARTH
EARTH
EARTH
EARTH
+12V OUT
LOOP
LAN
TERM
NY
L
A
N
LAN
TERM
NY
LAN
TERM
NY
LAN
TERM
NY
L
A
N
L
A
N
L
A
N
L
A
N
First Device
Last Device
Security Cable
(7/0.20-14/0.20)
cable can be used
for this wiring
configuration.
= LAN +
= EARTH = LAN A
= LAN -
= LAN B
Connect to mains
earth via 3 wire
plug pack transformer.
The LOOP
terminal is
not internally
connected.
It can be
used to
terminate
the LAN+
on modules
which have
an on board
power supply.
Positive LAN
voltage is
re-generated
by the CM720
Power Supply.
= +12V OUT
+ - A B
E
A
- A B
B
-
+
AB
-
+
E
Fit Shunt
Fit Shunt
300 metres max
Connect to
mains earth
via 3 wire
plug pack
transformer.
Figure 18: LAN Connection Using 2 Pair Security Cable
The LAN A and LAN B wires are not interchangeable. Make
sure that the LAN A wires from all modules connect to LAN
A on the panel and LAN B wires from all modules connect
to LAN B on the panel.
Do not connect the positives of two power supply
sources together. When wiring the LAN to modules
that are self powered, or powered from an external
source you should terminate the LAN+ into the
terminal marked LOOP. This terminal is simply a
termination point and is not internally connected.
i
Note

11
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
+
-
A
B
+
-
A
B
+
-
A
B
-
A
B
+
-
A
B
CONTROL PANEL
CM704-ZONE EXPANDER
KEYPAD
CM720-POWER SUPPLY
CM710-OUTPUT EXPANDER
EARTH
EARTH
EARTH
EARTH
+12V
OUT
LOOP
LAN
TERM
NY
L
A
N
LAN
TERM
NY
LAN
TERM
NY
LAN
TERM
NY
L
A
N
L
A
N
L
A
N
L
A
N
First Device
Last Device
Belden 8723
2 pair twisted
shielded data
cable is
recommended
for this wiring
configuration.
= LAN +
= SHIELD
= EARTH = LAN A
= LAN -
= LAN B
Shield not
connected
at this end.
C. E. T.
Connect to
main building
earth conductor.
*
Shield only
connected
at one end.
The LOOP
terminal is
not internally
connected.
It can be
used to
terminate
the LAN+
on modules
which have
an on board
power supply.
Positive LAN
voltage is
re-generated
by the CM720
Power Supply.
= RE-GENERATED LAN +
+ - A B
E
A
- A B
B
-
+
AB
-
+
E
E
E
Fit Shunt
Fit Shunt
1500 metres max
2.5mm
2
Yellow/Green
2.5mm
2
2.5mm
2
2.5mm
2
2.5mm
2
NOTE:
Do NOT connect
plug pack
Earth wires to
any modules
when running
a separate
communication
earth wire.
Figure 19: LAN Connection Using Twisted Pair Cable
The LAN- terminals from all modules must be connected
together for correct operation.
System Earthing
When running a CET communications Earth as per
Figure 19, the communication earth should be connected
to the earth terminal on each module and then connected
back through the CET to the main building earth conductor.
Do NOT connect the plug pack transformers earth wire to
any modules earth terminal.
If a separate Communications Earth wire is
installed, do NOT connect the EARTH wire from
any 3 wire plug pack to any modules EARTH input
terminal.
If a separate communications earth is NOT being used,
then you should connect the earth wire from the 3 wire
plug pack to the panels earth terminal as shown in Figure
19.
When using shielded cable, the shield of each length of
cable should only be connected to a protective earth at one
end. Do no allow the shield to make contact with negative
0 volts, ground or any other wiring within the system.
All earth wiring should be carried out in accordance with
the local wiring regulations in your area.
Terminating the LAN
For reliable operation, the system LAN must be terminated
correctly. The control panel and all LAN modules include a
LAN TERM pin header and shunt which is used to connect
the termination resistor on the module.
When the shunt is installed between the Y pin and the
centre pin, the terminator is fitted and when the shunt is
between the N pin and the centre pin the terminator is not
fitted.
Where all modules are connected to the panel on a single
cable run, (Daisy Chained) the terminators should be
installed on the first and last modules on the LAN.
If the modules are connected to the panel via multiple
cables all running back to the control panel (Star
Configuration) then the terminators should be installed on
the modules at the end of the two longest cable runs.
There are no LAN terminators on keypads. If a keypad is
one of the two furthest devices from the control panel
then a 470 ohm 1/2watt resistor can be fitted at the keypad
between the LAN A and LAN B terminals.
The LAN must be terminated correctly for correct
operation.
i
Note
i
Note

Solution 6000-IP
12 Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
Figure 20: Solution 6000-IP Board Layout
PCB Layout
16-18 VAC
24VA
12VDC 7.2Ah Sealed
Lead Acid Battery
Panasonic LC-P127R2P
or Equivalent
Accessory
12 VDC Supply
(750mA Fused)
LAN Devices
Connection
Terminals
(750mA Fused)
Output 1, 2, 3 and 4
Connection Terminals
500mA
RF Receiver
/ Keyswitch
Input
Zone Input
Terminals
Panel Cabinet
Tamper Circuit
Connection
Terminals
Battery
Charging
Globe
4-Pin Socket
to LAN For
Service Keypad
Default and
Direct Connect
Switch
10-Pin Serial
Connection
Socket For Direct
Link / Flash
Programming
etc.
Relay COM
Terminal
Programming
Shunt
Expansion Port
TCP/IP, GSM
Module
Connection
RS485 LAN
Termination
Shunt
Earth Connection
Spade For Surge
Protection
Output Devices
12VDC Supply
(2.5A Fused)
The maximum
continuous
combined
current draw
from the +12V,
LAN + and
C+ terminals
must not
exceed 1 Amp
Ouput 5
Relay Output
24V D.C. 2Amp
Refer to
Documentation
For Dialer &
Status LED’s
X
GSP

13
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
Figure 21: Solution 6000-IP Connection Diagram
+
-
GREEN
YELLOW
YELLOW
16-18V AC
24 VA
ZONE 2
ZONE 4
ZONE 1
ZONE 3
N/C
N/C
N/C
N/C
N/C
ZONE 6
ZONE 8
ZONE 5
ZONE 7
N/C
N/C
N/C
N/C
LAN B
LAN -
LAN A
LAN +
Keypad /
LAN Expansion
Device
Horn
Speaker
Strobe Light
+
-
12V DC
7.2AH Sealed
Lead Acid Battery
Accessories
(e.g. PIR Detectors)
Siren Tamper Switch
Connect To
Cabinet Tamper
To Zone Terminals
+
NC
COM
-
-+
Smoke
Detector
RF
Receiver
Connect
To
Accessory
Power
GND
+12V
RF DATA
Earth Connection
Spade For Surge Protection
Panasonic
LC-P127R2P
or Equivalent
Ouput 5
Relay Output
24V D.C. 2Amp
Relay COM
Terminal
Programming
Shunt
The maximum
continuous
combined
current draw
from the +12V,
LAN + and
C+ terminals
must not
exceed 1 Amp
Piezo Siren
+
-
3K3
Fit the supplied 3K3
resistor
across the piezo
siren so the panel
can monitor the
connection.
Connection Diagram

Solution 6000-IP
14 Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
Terminal Descriptions
Nº Name Description
1 Earth Earth wire from this terminal is connected
to the Mains earth.
2
3
~ (AC)
~ (AC)
Connection of the AC plug pack
transformer
4
5
BAT (-)
BAT (+)
Negative and positive connections to the
stand-by battery. 12 VDC / 7AH
6
7
8
9
10
11
+12 V
+12 V
+12 V
GND
GND
GND
These terminals are used to power
detectors and LAN devices up to 750 mA.
12
13
LAN +
LAN -
These terminals are used to power LAN
devices up to 750 mA.
14 LAN A
Connect the LAN A data terminal of any
LAN device (eg. Keypads, expansion
boards) to this terminal. The control
panel supports up to 300 m of 24/0.20
(18 AWG) wire on these terminals.
15 LAN B
Connect the LAN B data terminal of any
LAN device (eg. Keypads, expansion
boards) to this terminal. The control
panel supports up to 300 m of 24/0.20
(18 AWG) wire on these terminals.
16 COMM+
Alarm power capable of providing a
maximum of 2.5 Amp (+). This terminal
is PTC Fuse protected.
17
18
19
20
OUT 1
OUT 2
OUT 3
OUT 4
Programmable output, capable of
providing a maximum of 500 mA (-). This
terminal is PTC Fuse protected.
21
22
23
N/C
COM
N/O
2 A @ 24 VDC Relay Output -
Form C contact
24 INPUT Programmable Input for RF Receivers,
Keyswitch and other devices.
25 ZN 1 Zone 1 and 9 sensor loop input (+).
26 GND Common (-) for Zone 1 and 2 sensor loop.
27 ZN 2 Zone 2 and 10 sensor loop input (+).
28 ZN 3 Zone 3 and 11 sensor loop input (+).
29 GND Common (-) for Zone 3 and 4 sensor loop.
30 ZN 4 Zone 4 and 12 sensor loop input (+).
31 ZN 5 Zone 5 and 13 sensor loop input (+).
32 GND Common (-) for Zone 5 and 6 sensor loop.
33 ZN 6 Zone 6 and 14 sensor loop input (+).
34 ZN 7 Zone 7 and 15 sensor loop input (+).
Nº Name Description
35 GND Common (-) for Zone 7 and 8 sensor loop.
36 ZN 8 Zone 8 and 16 sensor loop input (+).
Table 4: Terminal Block Descriptions
i
Note
The maximum combined continuous current draw
from the +12V, LAN + and COMM+ terminals must
not exceed 1 Amp
Board Connectors
Connector Description
Service This socket allow you to connect a service
Keypad to the panel during installation.
Tamper This socket is used to connect the panel
enclosure tamper switch.
Default This push button is used to reset the con-
trol panel back to factory default.
Serial
This socket is used to connect serial devic-
es to the control system like the direct link
programming module.
Relay
The relay select PIN’s allow you to eas-
ily program the relay common contact to
switch either +12v or GND by fitting a plug
on link.
Expansion
Port
This port is used to connect additional
modules to the control panel (eg. TCP/IP
Interface Module etc)
Table 5: Board Connector Descriptions

15
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
About The Keypad
The keypad has 20 keys that allow you to input instructions
and navigate the programming menu’s as required. Some
keys have a secondary function which is activated by
pressing and holding them down for two seconds. Each
key is described below.
Key Description
to
The numeric keys allow you to enter
your user PIN when required.
Use the [MENU] and the numeric keys
to enter commands. The [MENU] key
is also used to go back one level when
navigating through menus or to exit a
programming location without saving
changes.
The [ON] key allows you to turn an area
or output on. To turn all areas on at the
same time when the system has been
partitioned, press and hold the [ON]
key for two seconds.
The [PART] key allows you to turn an
area Part On. This key can also be used
to bypass a zone or multiple zones
when you press and hold for two
seconds after you enter your PIN.
The [OFF] key allows you to turn an
area or output off. To turn all areas off
at the same time when the system had
been partitioned, press and hold the
[OFF] key for two seconds after you
enter your PIN.
The [OK] key allows you to save any
changes and exit the command.
The [MAIL] key allows you to read
stored mail. This key can also be used
to initiate a test report when you press
and hold for two seconds.
The [] key allows you to move the
cursor left when programming text.
The [] key allows you to move the
cursor right when programming text.
The [] key allows you to navigate
through menus or to toggle characters.
The [] key allows you to navigate
through menus or to toggle characters .
Pressing The [] key will display current
trouble conditions when the area that
the keypad is displaying is disarmed.
Key Description
+
for 2 sec
Press and hold the [] and [] keys
together for 2 seconds will initiate a
panic emergency alarm to be triggered.
If programmed, the sirens will sound
and the monitoring station will be
notified.
+
for 2 sec
Press and hold the [] and [] keys
together for 2 seconds will initiate a
fire emergency alarm to be triggered. If
programmed, the sirens will sound and
the monitoring station will be notified.
+
for 2 sec
Press and hold the [] and [] keys
together for 2 seconds will initate
a medical emergency alarm to be
triggered. If programmed, the sirens
will sound and the monitoring station
will be notified.
Table 6: Keypad Key Functions
Figure 22: Keypad Emergency Alarm Trigger’s

Solution 6000-IP
16 Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
Status Icons / LED’s
The following table lists the function of each of the ICON
symbols and LED indicators on the keypad display.
Icon Status Meaning
The keypad can be programmed to display area
icons (1 to 8) that allow users to easily identify
which areas have been turned on or off without
the need to toggle between areas (See MENU
6-1-5).
On The area is turned All On or Part On
Off The area is turned Off
Flashing
Fast The area has an alarm
On System power is normal
Flashing System power is missing
Flashing A fire alarm is active
Off No fire alarm
On Fire alarm in memory (Turn the
area All On and Off to Clear).
Flashing A burglary alarm is active
Off No burglary alarm
On Burglary alarm in memory (Turn the
area All On and Off to clear).
On
The existing service or trouble
condition has been acknowl-
edged.
Off No service or trouble conditions
exist
Flashing
A service or trouble condition is
present that has not been ac-
knowledged.
On The area is turned Part On.
Off The area is not turned Part On.
On The area is turned off.
Off The area is turned All On or Part
On
On The area is turned All On or Part
On
Off The area is turned Off
On All messages have been read.
Off Message queue is empty
Flash An unread message is in the
queue.
On Area is ready to turn on
(All On / Part On)
Off Not ready, Zone Open
Red
LED
On All On
Flashing Alarm
Green
LED
On Area is off.
Flashing Area not ready to turn on
Red &
Green
LED
Flashing Installer programming mode is
active.
The WiFi enabled keypad or mod-
ule has successfully connected to
your local WiFi network.
The WiFi enabled keypad or mod-
ule is not connected to your local
WiFi network.
Table 7: ICON & LED Indicator Meanings
Keypad Tones
All keypads emit several distinct tones and display text
to alert you to system events. The volume of the keypad
tones can be adjusted in MENU 6-0-7.
Type Meaning
Fire
Alarm
Tone
When a fire zone sounds an alarm, the keypad
will sound 3 seconds on and 2 seconds off
(repeat).
Burglary
Alarm
Tone
When a burglary zone activates while your
system is turned on, your keypad emits a
continuous siren tone. It sounds for the time
set by your security company.
Trouble
Tone
When a system component is not functioning
properly, your keypad sounds 4 fast short
beeps followed by a 5 second pause (repeat).
Key Press
Tone
Pressing any key on the keypad sounds one
short beep, indicating that the key press is
accepted.
Entry
Delay
Tone
When you enter the premises through a zone
programmed for entry delay, the keypad
sound a Hi/Low tone to remind you to turn off
the area. If the area is not turned off before
the entry delay expires, an alarm condition
will sound and a report may be sent to your
alarm company.
Exit
Delay
Tone
After you turn an area All On, the keypad will
sound 1 short beep every second. During
the last 10 seconds fast short beeps will be
heard. If you don’t exit before the delay time
expires and an exit delay door is faulted, an
alarm occurs.
Error
Tone
If you enter an incorrect value when
programming, the keypad will sound a 2
second tone.
Menu
Mode
The keypad will sound a Lo/Hi tone to indicate
you have entered MENU Mode and a Hi/Low
tone to indicate you have exited MENU mode.
Chime
Tone
The keypad sounds fast short beeps to alert
you when a zone programmed for chime is
faulted or unsealled.
Table 8: Keypad Tones

17
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
Keypad & Readers Setup
The control panel can have a maximum of 16 keypads and/
or readers connected via the LAN terminals. Each keypad
or reader must be set to a unique address before they will
operate.
Each keypad or reader needs to be assigned to a home area
via MENU 6-1-3. This sets the area the keypad or reader
will display and control by default. Keypads and readers
can be locked to a home area or allowed to roam or move
between areas. At factory default, the home area is factory
default to operate Area 1.
Set each keypad or reader address using “Table 9: DIP
Switch Address Settings” on page 17 and “Table 10:
Rotary Switch Address Settings” on page 17 as a guide.
i
Note
Only 1 keypad can be assigned to each address. All
keypads are supplied from the factory set to address
1. (OFF-OFF-OFF-OFF).
DIP Switch Address Select
4
Figure 23: Keypad DIP Switch Address Settings
DIP Switch Address Settings
Keypad/Reader NoS1 S2 S3 S4
1Off Off Off Off
2On Off Off Off
3Off On Off Off
4On On Off Off
5Off Off On Off
6On Off On Off
7Off On On Off
8On On On Off
9Off Off Off On
10 On Off Off On
11 Off On Off On
12 On On Off On
13 Off Off On On
14 On Off On On
15 Off On On On
16 On On On On
Table 9: DIP Switch Address Settings
Rotary Switch Address Select
Keypads and readers fitted to the system must be assigned
a unique address on the LAN. Some keypads and readers
include a rotary address switch for quick selection.
The following table shows how to set the address setting
for each keypad and reader, as well as the number of
devices the panel can support.
Rotary Switch Address Settings
Address Number Keypad/Reader No
1 1
2 2
3 3
4 4
5 5
6 6
7 7
8 8
9 9
10 10
11 11
12 12
13 13
14 14
15 15
16 16
Table 10: Rotary Switch Address Settings
Figure 24: Rotary Swich Address Settings
Programming Overview
The control panel incorporates a menu text driven interface.
This interface is very similar to that found on many mobile
phones. Once programming mode is entered you will see a
number of menu options in the display and these may vary
depending in the user authority level.
Entering Programming Mode
To enter installer program mode enter, PIN + [MENU].
The default Installer PIN is 1234.
The Red and Green LED indicators on the keypad will flash
to confirm Installer programming mode is active.

Solution 6000-IP
18 Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
Exiting Programming Mode
Press and hold down [MENU] key for 2 seconds.
Navigating The Menu
Using the up and down arrow keys to navigate, locate the
desired menu item using the highlight bar and then press
the [OK] key to select.
A new list of menu items will appear. Repeat the above
until the desired menu item is located.
To navigate backwards through the menu items press
the [MENU] key at any time. Alternatively if you know the
direct menu item number press [MENU] + Item Number.
Key Description
Scrolls Cursor Left
Scrolls Cursor Right
Scrolls Cursor Up
Scrolls Cursor Down
OK Enter Menu Options or Saves Changes
MENU Go Back One Level, Hold Down to Exit
Programming Mode
0 to 9 Enter Data Value
ON Turn On Bit Option
OFF Turn Off Bit Option, Clear to End of Line
Table 11: Keys Used During Programming
Command Menu
When you first enter programming mode a special menu
called the Command Menu will appear at the top of the
menu tree. The Command Menu provides a list of the
most common system funtions like“Turn Chime Mode On”,
“Move To An Area” or “Turn An Area On”. Use the up and
down arrow keys to navigate and press [OK] to select the
command.
Programming Option Bit Menus
Use the up and down arrow keys to scroll through the 8
different options. To select an option, press the [ON] key
– a tick [] will be displayed. To deselect an option, press
the [OFF] key.
O On Low Battery
Show Overload
 Report Overload
Press  OK ON OFF MENU
Figure 25: Sample Option Bit Menu Display
To save programming changes, press [OK], else press
[MENU] to exit without saving.
Alpha Text
Text descriptions are available for Area Name, Zone Name,
User Name, TimeZone Name, Holiday Name Prox Reader
Name and Output Name. Each name can have a maximum
of 20 characters.
Area 2 Name
Reception Area
Press  OK or MENU
Figure 26: Area Text Programming Display
When programming text, each numeric key represents a
different group of characters.
Pressing the same numeric key repeatedly will step you
through the available characters assigned to the key. The
text key layout is the same as most phones. Refer to the
table below for detailed character information.
Key Characters Assigned To Each Numeric Key
1. , ? ! - & ` 1
2A B C a b c 2
3D E F d e f 3
4G H I g h i 4
5J K L j k l 5
6M N O m n o 6
7P Q R S p q r s 7
8T U V t u v 8
9W X Y Z w x y z 9
0SPACE 0
Scroll Up through entire character list
Scroll Down through entire character list
Move to left one character position
Move to right one character position
OFF Clear from cursor postiion to end of line
Table 12: Text Keypad Character Set
Once the desired character is displayed press the right
arrow key to move to the next character position. To save
programming changes, press [OK], else press [MENU] to
exit without saving.
i
Note
The following additional special characters are
available by scrolling using the up and down arrow
keys. + - @ # $ “ & % * : ( ) / < > =

19
Bosch Security Systems 10/22 BLCC615R
Solution 6000-IP Quick Start Guide
List Options
Use the [] and [] keys to step through the available
options. Press [OK] to save or [MENU] to exit without saving.
i
Note
You can also enter the option number directly
followed by [OK].
Zone Type Zn1
01 - Burglary Delay 1
Press  0-9 OK to SAVE
Figure 27: List Option Programming Display
Clock Programming
Use the left and right arrow keys to move to the field then
use the up and down arrow keys to change. Press [OK] to
save or [MENU] to exit without saving.
i
Note
Scroll through hours to change from am to pm.
Set Date And Time
i01-Jan-2015 12:00
Press  OK to SAVE
Figure 28: Clock Programming Display
Getting Started With MyAlarm
To get the panel registered onto the MyAlarm platform
follow these steps.
1. Panel from factory setting
2. Establish an IP connection using Ethernet module, Wifi
Keypad or Cellular Radio
3. Register an installer account at
https://www.myalarm.com.au if you don’t already
have one.
4. Take note of the 11 digit installer number (top right of
your screen or in your MyAlarm confirmation email)
5. Enter installer panel programming mode on the
keypad
6. Select Menu 5-0-9
7. Enter the 11 digit installer number and press OK
8. Panel will take up to 1 minute to register successfully
to the MyAlarm servers
9. Login to https://www.myalarm.com.au and on the
home page you will see your newly registered panel
10. Select the serial number of your panel and fill out the
site information
11. Select the prefered MyAlarm plan and confirm
payment
Service Mode
Service mode when activated disables dialler reporting,
prevents all alarms and prevents all users from arming the
system.
To Turn Service Mode ON
1. Enter programming mode.
[1][2][3][4] + [MENU]
2. Turn service mode on.
MENU 7-0-8
3. Follow display prompts.
4. Hold down [MENU] to exit.
i
Note
Keypads will display the word Service when service
mode is active.
To Turn Service Mode OFF
1. Enter programming mode.
[1][2][3][4] + [MENU]
2. Turn service mode off.
MENU 7-0-8
3. Follow display prompts.
4. Hold down [MENU] to exit.
i
Note
Keypads will display the word Service when service
mode is active.

Solution 6000-IP
20 Bosch Security Systems 10/22 BLCC615R
Quick Start Guide
Defaulting The System
Defaulting the system will reset all programming options
back to the factory default setting. All programming
information will be erased.
To Hardware Default
1. Remove all power to the system - AC and battery.
2. Press and hold the default push button, then apply
power to the control panel.
3. Release the default button, The panel will reset and
revert to normal operation when default is complete.
To Software Default
1. Enter programming mode.
[1][2][3][4] + [MENU]
2. Select factory default option.
MENU 7-0-4
3. The panel will reset and revert to normal operation
when the default is complete.
i
Note
You can disable factory defaulting using MENU 7-7-
4. If factory defaulting has been disabled you must
know the installer code to perform a factory default
otherwise the system will need to be returned to
your supplier for defaulting or you can purchase a
CM255B Default Unlock Key which will unlock the
panel in the field. Charges apply for defaulting if
retuned to the distributor.
Direct Link Programming
The panel can be programmed via the Solution Link
Upload/Download software in either Direct Link or Remote
Link modes. For Direct Link you will need a CM900B Direct
Link module which connected the panels serial port to the
PC.
Once the cable is connected you will need to hold down
the default switch on the panel for 5 seconds to initiate the
programming session. See Figure 20: for the default switch
location. It is also possible to initiate the programming
session via MENU 5-0-5 - Start Direct Link.
Zone Array
The feature allows you to view the condition of all zones on
the panel in banks of 16 zones at a time. From the installer
programing mode press MENU 3-0-1 to access the zone
array.
Use the [] and [] arrow keys to scroll up and down the
zone banks and press [OK] or [MENU] when finished.
The following information can be displayed depending on
the current zone status.
N= NORMAL
S= SHORTED
A= ALARM
T= TAMPER
-= DISABLED
0000000001111111
1234567890123456
NSA-ANAT--------
PRESS , OK or MENU
In the above example screen,
N= Zone 01 and 06 are Normal (Sealed)
S= Zone 02 is Shorted
A= Zone 03,05,07 are in Alarm (Unsealed)
T= Zone 08 is in Tamper Alarm (Unsealed)
-= Zone 04, 09-16 are Disabled (Unused)
Door Array
This feature allows you to view door status in groups of 16.
From the installer programing mode press MENU 4-0-4 to
access the door array.
Press [OK] or [MENU] when finished.
The following information can be displayed depending on
the current door status.
L= Door Locked
U= Door Unlocked
O= Override
-= Disabled or Not Available
0000000001111111
1234567890123456
LLLLL---UUUUO---
Press  OK or MENU
In the above example screen,
L= Doors 01 to 05 are Locked
O= Door 13 has a Override condition
U= Doors 09 to 12 area Unlocked
-= Doors 06 to 08 and Doors 14 to 16 are Disabled or
Not Available