Bosch DS7200V2-UK Assembly instructions

DS7200V2-UK Installer’s Guide
Aux
Pwr
+
Note 1
: Jumper PO1 must be in place for connection
to NAC or other powered alarm device.
Installer
Keypad
Lock
Installer
Switch
Green
Yellow
Red
Black
ABCD
P
S
Keypads, Expanders
Printer modules &
Communication modules
(up to 19 total devices)
P
S
P
S
P
S
Data
Data
Auxilliary Powered Devices 11.5 to 12.4 VDC.
With 7.0 Ah battery,180 mAfor 24 hrs for Fire and
Combined Fire/Burglary. 1.2 A for other.
Include keypads in calculations.
POWER SUPPLY REQUIREMENTS
The Power Supply provides a maximum of 1.2 A for battery charging and all accessory devices.
Requirements for battery standby time may reduce allowable output.
CAUTION
: See Installer’s Guide P/N: 4998152533 for power requirements relating to terminals
[Alrm+] and [+Aux Pwr] (+12 VDC).
Outputs PO3 & PO4 can sink up
to 500 mA 12 VDC.
See DS7240V2-UK Installer’s Guide
P/N: 4998152533 for System Wiring Diagram
Supervised with 2k2
Ω
EOL Resistors
(P/N:47819).
Typical Initiating Devices
are Door Contacts NO/NC,
Floor Mats, Motion
Sensors, Glass Break
Detectors, etc.
R1
T1
R
T
Incoming
Phone
Line
Premises
Phone
PO1 Terminals can be configured as an alarm power output.
PO1 Jumper must be closed.
Orange
Yellow
Green/
Yellow
Blue
Brown
Rated Voltage: 230 V
Rated Frequency: 50 Hz
Rated Input Current: 250 mA max.
For PERMANENTLY CONNECTED
EQUIPMENT, a readily accessible
disconnect device shall be incorporated
into the building installation wiring.
CAUTION
RISK OF EXPLOSION IF
BATTERY IS REPLACED BY AN
INCORRECT TYPE.
DISPOSE OF USED BATTERIES
ACCORDING TO THE
INSTRUCTIONS
Maximum charging
current is 1.5 A.
Replace Battery every3 to 5 yrs.
with a lead acid battery such as
P/N:440054
(12 V, 7 Amp-Hr, 6 cells)
Battery Capacity
:
Min 5.0Ah Max 18.0Ah
Recommended Battery
Manufacturers
:
POWER SONIC:
PS-1270,
PS-12180
YUASA:
NP7-12,
NPG18-12
Green/Yellow
For continued protection against risk
of fire, replace only with same type and
rating of fuse.
Fuse Rating: 0.5 A, 250 V Slow Blow
Tamper Zones
Output PO2 can be used with
Alarm+ as a supervised siren driver.
Connect an approved 4 or 8
Ω
siren.
Alternatively, PO2 can sink up to 500 mA 12 VDC.
Wall and Lid
Tamper
Switches
NEG TRIG
+12 V
STRB NEG
Bell
Tamp 0 V
0 V
Supervised Zones
Open 10.4 to 14.0 VDC
Fault 8.3 to 9.4 VDC
Normal 6.4 to 7.4 VDC
Short 0.0 to 5.7 VDC
All Resistors
2k2
Ω
(P/N:47819)
BATT+
BATT- ALRM
+PO1 L-1
SMK
+L-2COM L-4COML-3 L-6COML-5 L-8COML-7
T
T1
R1
AUXILIARY
PO1 SELECT
A B
R
L N
Figure 1: Control Panel Wiring Connections
See Table 1 for terminal descriptions.

Page 2 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
Term Silkscreen Label Description
1,2 18 VAC 18 V, 50 VA; #18 AWG (1.2 mm), Stranded.
3 Earth Ground Symbol Earth Ground.
4 Data, Grn (Green)
5 Data, Yel (Yellow)
Data Bus data on Terminals 4 & 5. Panel supports up to 305 m of #22 AWG (0.8 mm) wire on
these terminals (any configuration).
6,7 Aux Power 12 VDC (-)
8,9 Aux Power 12 VDC (+) Terminals 6-9 are auxiliary power. 1.2 A. Include any programmable outputs (PO 1 to PO 4) not
configured for alarm output. PTC suppressed.
Aux/Data (RYGB) 4-pin connector to Data Bus and auxiliary power. Use to connect an installer keypad for keypad
programming.
Red (Batt +) Battery (+) spade.
Black (Batt -) Battery (-) spade.
10 PO 4
11 PO 3
Programmable Outputs 3 & 4, up to 500 mA (-). Include in Aux Power calculations for all except
“Alarm” output functions. PTC suppressed.
12 PO 2 Programmable Output 2. 500 mA (-).Include in Aux Power calculations for all except “Alarm”
output functions. Supervised for Horn/Speaker alarm function. PTC suppressed.
13 Alrm + Alarm power. Up to 1,850 mA. PTC suppressed. Provides power for supervised siren driver (PO
2) and Alarm Output (PO 1, A).
14 PO 1, A
15 PO 1, B Jumper sets PO 1 terminals A (14) and B (15) for “dry” Form “A” contact or for Alarm Output
(using PO 1, A as negative (-) terminal).
16 SMK + Not used.
17 L-1 Sensor Loop 1. Wire length for Sensor Loops 1 to 8 are limited only by the resistance on the loop
and potential EMI problems. Resistance must be < 100 Ωwith EOL resistor shorted and detection
devices connected.
18 Com Common for Sensor Loops 1 and 2.
19 L-2 Sensor Loop 2 input.
20 L-3 Sensor Loop 3.
21 Com Common for Sensor Loops 3 & 4.
22 L-4 Sensor Loop 4.
23 L-5 Sensor Loop 5.
24 Com Common for Sensor Loops 5 & 6.
25 L-6 Sensor Loop 6.
26 L-7 Sensor Loop 7.
27 Com Common for Sensor Loops 7 & 8.
28 L-8 Sensor Loop 8.
29 T Connections for incoming phone lines.
30 T1 Connections for premises devices such as telephones.
31 R1 Connections for premises devices such as telephones.
32 R Connections for incoming phone lines.
PO 1 SELECT Configures PO 1 for Form “A” relay or Alarm Output.
Auxiliary Auxiliary Module and/or Programming Key (PK32) Header.
Table 1: Terminal Descriptions

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 3
Declaration of Conformity
Manufacturer’s Name:Bosch Security Systems
Manufacturer’s Address:130 Perinton Parkway Block B Mei Xi Industrial Estate
Fairport, NY 14450 Qian Shan, Zhuhai
USA PRC 519070
Tel: [phone] Tel: [phone]
Fax: [phone] Fax: [phone]
Declares that the Product:
Product Name: DS7240V2-xxx, DS7240-xxx, DS7220V2-xxx, DS7220-xxx
Product Type: Alarm Panel - DS7240V2-xxx, DS7240-xxx, DS7220V2-xxx, DS7220-xxx
with xxx ref to the variants
Product Options: DS7447V2, DS7445V2, DS7447E, DS7447i, DS7445i, DX2010, DX3010, RF3227E
Conforms with the requirements of European Council Directive 89/336/EEC and the following requirements:
Requirements: EN 55022:1998
EN 50130-4:1995
EN 60950:2000
EN 61000-3-2
EN 61000-3-3
EN 61000-4-2: (Electrostatic Discharge Immunity)
EN 61000-4-3: (Radiated Electromagnetic Field Immunity)
EN 61000-4-4: (EFT/Burst Immunity)
EN 61000-4-5: (EMC – Surge Immunity)
EN 61000-4-6: (EMC – Conducted Immunity)
EN 61000-4-11
Assessed by: None
As Detailed in:Technical Construction File and Test Report on file at:
Bosch Security Systems
Torkonjestraat 21F
B 8510 Kortrijk-Marke Belgium
Place: Fairport, NY 14450 USA Signed:
Date: May 21, 2004 Name: Jeff Swan
Position: Vice President, Engineering
Bosch Security Systems, Inc
130 Perinton Parkway
Fairport, NY 14450-9199 USA
Tel. [phone]
[phone]
Fax [phone]
www.boschsecurity.us

Page 4 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
Contents
Part I: Introduction..................................................................7
1.0 Documentation Conventions.....................................7
1.1 Type Styles Used..................................................7
1.2 Notes, Cautions, and Warnings............................7
1.3 Other Conventions................................................7
1.4 Scope of Document ..............................................7
2.0 Specifications............................................................8
2.1 Environmental Specifcations.................................8
2.2 Voltage Input to Control Panel..............................8
2.3 Power Outputs......................................................8
2.4 Minimum Operating Voltage .................................8
2.5 Data Bus..............................................................8
2.6 Keypads................................................................8
3.0 Standard Features....................................................8
3.1 Communicator.......................................................8
3.2 Zones....................................................................8
3.3 Areas and Accounts..............................................8
3.4 Programmable Outputs.........................................8
3.5 Users.....................................................................8
3.6 Keyswitch/Exit Terminator ....................................8
3.7 Alarm Event Memory ............................................8
3.8 History Log............................................................9
3.9 Wireless (RF) Devices..........................................9
4.0 Control Panel Assembly............................................9
5.0 Listings and Approvals..............................................9
6.0 System Options.........................................................9
6.1 Arming Devices.....................................................9
6.2 Data Bus Devices .................................................9
6.3 RF Devices .........................................................10
6.4 Programming Tools.............................................10
7.0 System Batteries.....................................................10
7.1 Standby Battery ..................................................10
7.2 RAM Backup Battery...........................................10
8.0 Available Power......................................................10
8.1 Auxiliary Power...................................................10
8.2 Alarm Power .......................................................10
9.0 Installer Keypad Connector.....................................10
Part II: System Installation and Setup.................................11
10.0 Control Panel Installation........................................11
10.1 Electro Magnetic Interference (EMI)...................11
10.2 Enclosure Mounting............................................12
10.3 System Battery Installation .................................12
11.0 Telephone Connections..........................................13
12.0 Phone Line Fault.....................................................13
13.0 Communication Failure (Comm Fail)......................13
14.0 Arming Device Installation ......................................14
14.1 Keypad................................................................14
14.2 Keyswitch............................................................15
15.0 On-board Sensor Loop Setup.................................16
15.1 Overview.............................................................16
15.2 Tamper-wired Zone Configuration......................16
15.3 No EOL Zone Configuration................................16
15.4 Four-wire Smoke Detector Configuration ...........16
16.0 On-board Output Setup...........................................16
16.1 Overview.............................................................16
16.2 Programmable Output 1 (PO 1)..........................17
16.3 Programmable Outputs 2-4 (PO 2- PO 4) ..........17
17.0 RF3227E RF Receiver Setup .................................18
17.1 RF Receiver Addressing.....................................18
17.2 RF3227E Installation...........................................18
17.3 RF3227E Programming......................................18
17.4 RF Receiver Supervision....................................18
18.0 Off-board Sensor Loops (DX2010).........................18
18.1 DX2010 (DX2013/DX2014) Overview................18
18.2 DX2010 Installation ............................................ 18
18.3 DX2010 Wiring ...................................................19
18.4 DX2010 Auxiliary Output Connections...............20
18.5 DX2010 Tamper Input Connections...................21
18.6 DX2010 Tamper-wired Configuration.................21
18.7 DX2010 Addressing ...........................................21
18.8 DX2010 Status LED ........................................... 22
18.9 DX2010 Supervision...........................................22
19.0 Off-board Outputs (DX3010)..................................22
19.1 Overview.............................................................22
19.2 DX3010 Configuration........................................ 22
19.3 DX3010 Relay Outputs.......................................22
19.4 DX3013 Installation ............................................ 23
19.5 DX3010 Wiring ...................................................24
19.6 DX3010 Address Programming..........................25
19.7 DX3010 Supervision...........................................25
20.0 RS-232 Serial Interface (DX4010i/DX4010)...........25
20.1 DX4010i/DX4010 Overview................................25
20.2 DX4010i/DX4010 Installation .............................25
20.3 RPS Direct Connection ......................................26
20.4 DX4010i/DX4010 Configuration Jumpers .......... 27
20.5 DX4010i/DX4010 Addressing.............................27
20.6 DX4010i/DX4010 Supervision............................27
20.7 DX4010i/DX4010 DB9 Connector......................28
21.0 Network Interface Module (DX4020)......................28
21.1 DX4020 Overview ..............................................28
21.2 DX4020 Addressing ...........................................28
21.3 DX4020 Installation ............................................ 28
21.4 DX4020 Wiring ...................................................30
21.5 DX4020 Programming........................................30
21.6 DX4020 Ethernet/Serial Status LEDs................. 31
21.7 DX4020 Supervision...........................................31
22.0 Door Access Control Module (DACM)....................31
22.1 DACM Overview.................................................31
22.2 DACM Wiring......................................................31
22.3 DACM Supervision.............................................32
23.0 System Power Up...................................................32
24.0 System Status LED ................................................32
25.0 Installer Keypad......................................................33
26.0 Installer Mode.........................................................33
27.0 Installer Menu.........................................................33
27.1 Bell Test..............................................................33
27.2 Strobe Test.........................................................33
27.3 Battery Test........................................................33
27.4 Test Report.........................................................33
27.5 Zone Status........................................................34
27.6 Output Test.........................................................34
27.7 RF Menu............................................................. 34
27.8 Always Force Arm ..............................................36
27.9 Keypad Test ([#][9][1])........................................ 37
Part III: How to Program.......................................................38
28.0 Keypad Programming.............................................38
28.1 Installer Mode/Installer Menu.............................38
28.2 Expert/Installer Programming Modes.................38
28.3 Parameter Addresses.........................................38
28.4 Text Entry Addresses.........................................40
28.5 Exit Programming Mode.....................................40

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 5
Part IV: Control Panel Programming...................................41
29.0 Understanding the Parameter Option Charts .........41
30.0 Routing Destinations...............................................42
31.0 Phone, Auto-Forward and RPS Configuration........44
32.0 Global Reporting Options........................................47
33.0 Tests.......................................................................51
34.0 Programming Options.............................................53
35.0 Global Open/Close Options....................................54
36.0 Areas.......................................................................60
37.0 PIN Configuration, Installer PIN..............................63
38.0 Users.......................................................................64
39.0 Keypads..................................................................67
40.0 Help Function Keys and Duress Parameters..........68
41.0 Locations.................................................................72
42.0 Zone Function Configuration...................................80
43.0 Global Zone Configuration......................................81
44.0 Global Output Configuration ...................................84
45.0 Outputs ...................................................................86
46.0 Skeds......................................................................95
47.0 RF Receiver Configuration......................................98
48.0 RS-232 Module Configuration.................................99
49.0 DX8010 Telephone Module Configuration............100
50.0 RF Keypads..........................................................101
51.0 RF Keyfobs...........................................................102
52.0 Tamper Response Configuration..........................103
53.0 Exit Delay Configuration .......................................104
54.0 Miscellaneous Programming Options...................105
55.0 Reporting Format Configuration............................106
56.0 Network Communication.......................................112
57.0 DACM Configuration.............................................116
58.0 Test the System....................................................117
Part V: Reference Materials ...............................................118
59.0 Troubleshooting....................................................118
59.1 Arming Issues...................................................118
59.2 Zone Issues ......................................................118
59.3 Programming Issues.........................................119
59.4 Keypad Issues ..................................................119
59.5 Miscellaneous Issues........................................120
60.0 Data Bus Address Quick Reference.....................120
61.0 Communication Attempt Tables............................121
61.1 Destination 1 Only.............................................121
61.2 Destination 2 Only.............................................121
61.3 Destination 1 and Destination 2........................122
62.0 History Log............................................................123
63.0 Control Panel Events and Reporting Formats......124
64.0 Call for Service Details..........................................134
65.0 User Keypad Commands......................................135
66.0 Standby Battery Calculation..................................136
67.0 Glossary................................................................137
Figures
Figure 1: Control Panel Wiring Connections............................1
Figure 2: CX1011 Enclosure Mounting ..................................12
Figure 3: Battery Connections................................................ 12
Figure 4: RAM Backup Battery............................................... 12
Figure 5: Telephone Connections..........................................13
Figure 6: Jumper Plug Configuration......................................14
Figure 7: Keypad to Control Panel Wiring..............................14
Figure 8: Keypad External Power Supply Connections.......... 15
Figure 9: Keyswitch Wiring.....................................................15
Figure 10: Tamper-Wired Zone Wiring...................................16
Figure 11: Single Zone Sensor Loop Wiring (No EOL)..........16
Figure 12: 4-wire Smoke Detector (Tamper-wired)................16
Figure 13: PO 1 Wiring...........................................................17
Figure 14: PO 2 – PO 4 Wiring...............................................17
Figure 15: RF3227E Address Jumper Settings......................18
Figure 16: RF3227E to Control Panel Wiring.........................18
Figure 17: DX2013 Mounting Locations.................................18
Figure 18: Mounting the DX2013 (Step 1)..............................19
Figure 19: Mounting the DX2013 (Step 2)..............................19
Figure 20: Mounting the DX2013 (Step 3)..............................19
Figure 21: DX2010 to Control Panel Wiring...........................20
Figure 22: External Power Supply Connections.....................20
Figure 23: DX2010 Auxiliary Output Wiring............................20
Figure 24: DX2010 Tamper Input Wiring................................21
Figure 25: DX2010 Wire Jumper Connections.......................21
Figure 26: DX2010 Tamper-Wired Loop Configuration..........21
Figure 27: DX2010 DIP Switch Configuration........................22
Figure 28: DX2010 Status LED Location ...............................22
Figure 29: DX3013 Mounting Locations.................................23
Figure 30: Mounting the DX3013 (Step 1)..............................23
Figure 31: Mounting the DX3013 (Step 2)..............................23
Figure 32: Mounting the DX3013 (Step 3)..............................24
Figure 33: DX3010 to Control Panel Wiring...........................24
Figure 34: DX3010 to External Power Supply Wiring.............24
Figure 35: DX3010 DIP Switch Configuration........................25
Figure 36: DX4010i/DX4010 to Control Panel Wiring ............ 26
Figure 37: DX4010i/DX4010 External Power Supply Wiring..26
Figure 38: Direct Connect DIP Switch Setting........................26
Figure 39: DX4010i Direct Connection...................................26
Figure 40: DX4010 Direct Connection....................................27
Figure 41: P1 Jumper Pin Settings.........................................27
Figure 42: P2 Jumper Pin Settings.........................................27
Figure 43: RS-232 Device DIP Switch Setting.......................27
Figure 44: DB9 Connector Layout..........................................28
Figure 45: Network Communication DIP Switch Setting........28
Figure 46: DX4020 Mounting Locations.................................28
Figure 47: Mounting the DX4020 (Step 1)..............................29
Figure 48: Mounting the DX4020 (Step 2)..............................29
Figure 49: Mounting the DX4020 (Step 3)..............................29
Figure 50: Mounting the DX4020 (Step 4)..............................29
Figure 51: DX4020 to Control Panel Wiring...........................30
Figure 52: DX4020 External Power Supply Wiring.................30
Figure 53: DX4020 Ethernet/Serial Status LEDs ...................31
Figure 54: DACM to Control Panel Wiring..............................32
Figure 55: DACM to External Power Supply Wiring...............32
Figure 56: System Status LED...............................................32
Figure 57: Installer Keypad Wiring ......................................... 33
Figure 58: PK32 to Control Panel Connections......................36
Figure 59: Routing Destinations.............................................42
Figure 60: Routing Destination Phone Number Configured for
Basic Pager..................................................................110
Figure 61: History Log Display .............................................123

Page 6 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
Tables
Table 1: Terminal Descriptions.................................................2
Table 2: Document Overview....................................................7
Table 3: Keypad Address Pin Settings ...................................14
Table 4: Keypad Wire Lengths................................................14
Table 5: DX2010 to Control Panel Wire Length......................19
Table 6: DX2010 to External Power Supply Wire Length.......19
Table 7: DX2010 Address Settings.........................................21
Table 8: DX2010 DIP Switch Settings ....................................22
Table 9: DX3010 Wire Lengths...............................................24
Table 10: DX3010 Addresses.................................................25
Table 11: DX3013 Address DIP Switch Settings....................25
Table 12: DX4010i/DX4010 Wire Lengths..............................25
Table 13: DX4010i/DX4010 Diagnostic LED Functions..........27
Table 14: DB9 Pin Configuration ............................................28
Table 15: DX4020 Wire Lengths.............................................30
Table 16: DX4020 Ethernet/Serial Status LED Functions......31
Table 17: DACM Wire Lengths...............................................31
Table 18: System Status LED Operation................................32
Table 19: Reserved Addresses...............................................39
Table 20: Expert Programming Addresses.............................39
Table 21: Key/Character Assignments ...................................40
Table 22: Phone Number Entry Selections.............................42
Table 23: Account Number Addresses/Defaults.....................60
Table 24: Account Number Entry Selections..........................60
Table 25: Key/Character Assignments ...................................62
Table 26: User Configuration..................................................64
Table 27: Location Configuration Parameters........................72
Table 28: Default Zone Function Type Selections..................76
Table 29: Location Text Addresses/Defaults..........................79
Table 30: Zone Function Configuration...................................80
Table 31: Output Configuration Parameters...........................86
Table 32: Output Function Types............................................88
Table 33: Output Mode Options..............................................92
Table 34: Pulse Mode Configuration.......................................94
Table 35: One Shot Mode Configuration ................................94
Table 36: Sked Configuration Parameters..............................95
Table 37: RF Keypad Data Bus Addresses..........................101
Table 38: Personal Dialing Format Configuration.................106
Table 39: Report Tone Selections ........................................107
Table 40: BSIA Fast Format Configuration Parameters.......108
Table 41: Format Field Options ............................................110
Table 42: Phone Number Selections....................................111
Table 43: IP Address Entry Selections .................................112
Table 44: Data Bus Address Quick Reference.....................120
Table 45: History Log Display Descriptions..........................123
Table 46: History Log Communication Status Values ..........123
Table 47: Control Panel Events and Reporting Formats......124
Table 48: Call for Service Details..........................................134
Table 49: System Arming/Disarming Functions....................135
Table 50: Other System Functions .......................................135

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 7
PART I: INTRODUCTION
Part I : Introduction
1.0 Documentation Conventions
1.1 Type Styles Used
To help identify important items in the text, the
following type styles are used:
Bold text Indicates important text or terms that
you should note.
Italicized text Refers you to a drawing, table, or
other section of this document.
[7][8][9][0] Bracketed numbers represent
keypad keys. When next to one
another, they represent the key
sequence to press for a particular
function. For this example, pressing
the keys shown enters the default
Installer PIN.
{01} Numbers in braces represent control
panel events. See Control Panel
Events and Reporting Formats on
page 124 for more information.
1|6 Numbers separated by a vertical bar
represent output function types. This
example is for Output Function Type
1|6: Strobe.
1.2 Notes, Cautions, and Warnings
Throughout this document there are notes that
address personal and/or equipment safety issues,
system operation issues, etc. They are set off as
follows:
The Important Note identifies information
intended for successful operation.
The Caution Note identifies information
intended to prevent an incident that may
prohibit the functionality of the
program/equipment.
The Warning Note identifies information
intended to prevent an incident that may
prohibit the functionality of the
program/equipment and/or personal injury.
1.3 Other Conventions
Programming parameter titles are identified as
follows:
Programming Parameter Title
1.4 Scope of Document
See below for an overview of this document and other
documents related to the DS7240V2/DS7220V2
Control Panels:
Document Part Number Description
User’s Guide 4998152530 Contains keypad
operation instructions
for the end-user.
Covers use of the
LCD (text) keypad
and the LED keypad.
System
Worksheet 4998152532 Contains all
programming
parameter defaults
and space to record
any default changes
made during setup of
the control panel.
Installer’s Guide
(this document) 4998152533 Contains all wiring
and setup
instructions, and
basic programming
parameters with
descriptions.
Troubleshooting
information also
included.
Expert
Programming
Guide
4998153891 Contains all
programming
parameters with
descriptions and
keypad programming
instructions.
Release Notes 4998152534 Contains issues with
control panel that
were found after
printing of the
documentation.
Table 2: Document Overview

Page 8 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
PART I: INTRODUCTION
2.0 Specifications
2.1 Environmental Specifcations
•Temperature: 32°F to 122°F (0°C to +50°C)
•Relative Humidity: 5 to 85% at 86°F (30°C) non-
condensing.
2.2 Voltage Input to Control Panel
•Primary: 18 VAC, 50 VA max
•Secondary: Sealed lead acid rechargeable battery
(12 VDC, 7 Ah or 18 Ah).
•Current Requirements : 100 mA
2.3 Power Outputs
•Continuous Power: Up to 1.2 A at 12 VDC nominal
(continuous supply) total for all devices and outputs.
•Alarm Power: 1.85 A for fire and combined
fire/burglary. Applies to all four outputs combined.
2.4 Minimum Operating Voltage
•10.2 VDC
2.5 Data Bus
•12 VDC nominal. 305 m of #22 AWG (0.8 mm)
cable.
2.6 Keypads
•Maximum Number of Keypads per System: 8
•Compatible Keypads:
−DS7445i or DS7445V2 LED Keypad,
−DS7447E or DS7447V2 Text Keypad
−DS7446KP Keypad
3.0 Standard Features
3.1 Communicator
The control panel uses a built-in digital communicator
to send reports to the receiver. The panel can send
reports in Contact ID, SIA, SIA 300 with Text, BSIA
Fast Format, Personal Dialing Format, and Basic
Pager Format.
3.2 Zones
The DS7240V2 supports up to 40 zones available
using on-board and off-board (including input
expanders and wireless devices). The DS7240V2
supports up to 5 DX2010 Input Expanders.
The DS7220V2 supports up to 24 zones available
using on-board and off-board (including input
expanders and wireless devices). The DS7220V2
supports up to 3 DX2010 Input Expanders.
On-board sensor loops are marked L-1 to L-8 on both
control panel types.
3.3 Areas and Accounts
The DS7240V2 supports up to 4 independent areas.
The DS7220V2 supports up to 2 independent areas.
All zones can be assigned to a single area, or spread
out over the available areas.
You arm and disarm the panel by area. You can arm
and disarm several areas with one function. You can
also assign a PIN an authority level that allows a user
to arm an area from a remote keypad in another area.
Assigning each area its own account number creates
separate accounts in one panel. Assigning the same
account number to different areas groups them
together into one single account.
Area options include exit tone and delay, separate fire
and burglary outputs and auto opening and closing
skeds (see Skeds on page 95 for more information).
Area 1 can be programmed as a “common” area. See
Arming Options 2 on page 55.
A “First to Open, Last to Close” arming feature is
available. See Arming Options 2 on page 55.
3.4 Programmable Outputs
Four on-board programmable outputs (PO 1 to PO 4)
are available on both control panels.
The DS7240V2 supports up to 20 programmable
outputs (4 on-board, 16 off-board via 2 DX3010
Output Expanders).
The DS7220V2 supports up to 12 programmable
utputs (4 on-board, 8 off-board via 1 DX3010 Output
Expander).
See On-board Output Setup on page 16, and Off-
board Outputs on page 22 for more information.
3.5 Users
The control panel allows up to 32 individual users.
Each user is assigned a Personal Identification
Number (PIN) and an authority level to determine
which functions can be performed.
3.6 Keyswitch/Exit Terminator
You can arm and disarm any of the available areas
with maintained or momentary closure devices such
as keyswitches. Zone programming determines loop
responses and which area(s) a keyswitch controls.
Exit Terminator Button function also available.
3.7 Alarm Event Memory
The system uses alarm event memory to store alarm
events for each area. You can view the area alarm
events at a keypad assigned to the area. The control
panel clears the area’s alarm event memory and
starts storing new alarm events when you arm the
area.

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 9
PART I: INTRODUCTION
3.8 History Log
The system stores 254 events from all areas in its
event log.
All events can be stored even if the control panel
does not send a report for them. You can view the log
at a text keypad, print it locally using an RS-232 Serial
Interface Module (DX4010i or DX4010) and a serial
printer, or upload it to the Remote Programming
Software (RPS).
See Control Panel Events and Reporting Formats on
page 124 for a listing of log events. For information on
viewing and understanding the log events, see History
Log on page 123. For more information on the log
threshold, see Log Supervision Configuration on page
50.
3.9 Wireless (RF) Devices
The control panel can support a variety of wireless
sensor devices, which can be included in the 40-zone
maximum (24-zone maximum on the DS7220V2).
4.0 Control Panel Assembly
The control panel is pre-assembled from the factory in
the CX1011 enclosure. You should receive the
following parts:
Literature Pack
•Installer’s Guide (this document) (P/N: 4998152533)
•System Worksheet (P/N: 4998152532)
•Release Notes (P/N: 4998152534)
•User’s Guide (P/N : 4998152530)
Assembly
•Red Battery Lead (P/N: 47720B)
•Black Battery Lead (P/N: 47721B)
•2.2 k EOL Resistor Pack (P/N: 47819); 2 packs, 8
EOLs in each pack
•Spare Fuse (P/N: 4998122444B)
5.0 Listings and Approvals
•
•This product fulfills the requirements of
EN 50131-1, 50131-2, CLC/TS 50131-3
6.0 System Options
6.1 Arming Devices
•DS7445i LED Keypad: LED keypad that displays
up to 16 zones.
•DS7445V2 LED Keypad: LED keypad in new
faceplate design.
•DS7447E Text Keypad: Text keypad that displays
system information and programmable text.
•DS7447V2 Text Keypad: Text keypad in new
faceplate design.
•Door Access Control Module (DACM): The
DACM grants or restricts access to a door using a
keypad/credential reader, a Request to Exit (REX)
input, or a door contact. Each DACM supervises
one door.
6.2 Data Bus Devices
•DX2010 Input Expander: Provides 8 additional
input loops. The DS7240V2 supports up to 5
modules; the DS7220V2 supports up to 3 modules.
Also available: DX2013 (DX2010 mounted on
angle bracket); DX2014 (DX2010 with AE20 ABS
plastic enclosure).
•DX3010 Octo-Output Expander: Provides 8
independent, programmable Form “C” relay outputs.
The DS7240V2 supports up to 2 modules; the
DS7220V2 supports 1 module. Also available:
DX3013 (DX3010 mounted on angle bracket).
•DX4010i RS-232 Serial Interface Module: DTE
RS-232 serial interface module that provides a
connection point to the system for serial devices
such as a printer. Can also be used to create a
remote programming direct connection with RPS. It
does not occupy a control panel address when used
this way. One allowed per system.
•DX4010 RS-232 Serial Interface Module: Provides
a connection point to the system for serial devices
such as a printer. Can also be used to create a
remote programming direct connection with RPS.
Does not occupy a control panel address when
used this way. One allowed per system.
•DX4020 Network Interface Module: Provides bi-
directional communication over an Ethernet
network. Can also be used for remote programming
sessions with RPS. One allowed per system.
Firmware revision 2.10 or greater is required to use
the DX4020.

Page 10 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
PART I: INTRODUCTION
6.3 RF Devices
•RF3227E RF Receiver: Supervises the use of
wireless devices. Up to 2 allowed per system.
•RF3332E RF Keyfob: 2-button keyfob that can
arm/disarm the system and send a Panic code to
the Security Company if programmed.
•RF3334E RF Keyfob: 4-button keyfob that can
arm/disarm the system and send a Panic code to
the Security Company if programmed. It can also
control other devices.
•RF3401E Point Transmitter: Point transmitter that
features a supervised sensor loop and a magnetic
reed switch. External magnet assembly allows for
quick and easy installation on doors and windows.
•RF3405E Inertia Transmitter: Magnetic and dry
contact wireless transmitter with a built-in inertia
sensor used for monitoring doors, windows, or other
dry contact devices.
•RF3503E Two-Button Transmitter: Magnetic and
dry contact wireless transmitter with a built-in inertia
sensor. Used for monitoring doors, windows, or
other dry contact devices.
•RF1100E Glassbreak Detector: Wireless
transmitter used for detecting breaking glass.
•RF280ETHS Wireless Smoke Detector: Wireless
photoelectric smoke detector with built-in 135°F
(57°C) heat sensor and 85 dB sounder.
•RF835E Wireless TriTech PRI/Microwave
Detector: Wireless detector that utilizes passive
infrared (PIR) technology, microwave (MW)
technology, and artificial intelligence to detect
motion.
•RF940E Wireless PIR Detector: High performance
PIR motion sensor.
6.4 Programming Tools
•DS7447E/DS7447V2 Text Keypad: Required for
keypad programming.
•PK32 Programming Key: Copy system
programming entries to key for quick delivery to
another system. Can also be used as a backup disk.
•Remote Programming Software (RPS): Remote
programming and account management utility.
7.0 System Batteries
7.1 Standby Battery
•12 V, 7 Ah sealed lead-acid rechargeable battery
•Power Sonic: PS-1270
•YUASA: NP7-12
7.2 RAM Backup Battery
•3 V coin-type lithium battery (Panasonic CR2032 or
equivalent)
8.0 Available Power
8.1 Auxiliary Power
Use auxiliary power terminals to power devices
requiring continuous power. Up to 1.2 A is available
for continuously powered devices.
8.2 Alarm Power
The Alarm Power (ALRM +) terminal provides positive
12 VDC for Programmable Output 2 (PO 2) when it is
configured as a siren driver, and PO 1 when it is
configured as the alarm output. Up to 1.85 A of alarm
power is available.
9.0 Installer Keypad Connector
Use the Aux/Data connector to connect an Installer
Keypad or a DX4010i/DX4010 to the control panel for
programming and diagnostics.

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 11
PART II: SYSTEM INSTALLATION AND SETUP
Part II: System Installation and Setup
10.0 Control Panel Installation
The control panel and the CX1011 enclosure are
shipped together. Hardware to mount the enclosure is
not supplied.
Only qualified, authorized service personnel
should install and maintain this system.
Bosch Security Systems recommends
testing the entire system at least once a
week and having a qualified technician
check the system at a minimum of once
every three years.
As this is permanently connected
equipment, a readily accessible disconnect
device shall be incorporated into the
building installation wiring.
The PCB contains static-sensitive
components and must be handled with care.
Follow anti-static procedures when handling
it.
Touch the control panel’s earth ground
terminal to discharge any static charge you
may be carrying before working on the
control panel.
10.1 Electro Magnetic Interference (EMI)
EMI might occur if you install the system or
run system wires near any of the following:
•Computer network system
•Electrical lines, fluorescent fixtures or telephone
lines
•Amateur radio transmitter site
•Heavy machinery and motors
•High voltage electrical equipment or transformers
•PBX telephone system
•Public service (police, fire, etc.) using radio
communications
•Radio station transmitter site or other broadcast
station equipment
•Welding shop
If you think that EMI might be a problem, use shielded
cable. The drain wire for the shielded cable must have
continuity from the earth ground terminal on the
control panel to the end of the wire run. If continuity is
not maintained, the shielded cable might aggravate
potential noise problems rather than eliminate them.
Connecting the drain wire to ground at any place
other than the earth ground terminal might also create
problems. If you cut the drain wire to install devices,
be certain to splice it together. Carefully solder and
tape all splices.

Page 12 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
PART II: SYSTEM INSTALLATION AND SETUP
10.2 Enclosure Mounting
1. Knock out the desired wire entrances on the
enclosure.
2. Use the enclosure as a template and mark the
top mounting holes on the mounting surface.
3. Pre-start the mounting screws (not supplied) for
these holes.
4. Place the enclosure onto these screws. See
Figure 2.
INSTALLER
PO4
PO3
PO2
Bottom Mounting Holes
Top Mounting Holes
Figure 2: CX1011 Enclosure Mounting
5. Tighten the screws.
6. Screw in the remaining two screws into the
bottom mounting holes. See Figure 2.
Use proper anchor and screw sets when
mounting on non-load-bearing surfaces,
such as dry wall.
10.3 System Battery Installation
10.3.1 Standby Battery Installation
1. Place the battery upright in the base of the
enclosure.
2. Locate the supplied red and black leads.
3. Push one connector on the black battery lead to
the control panel’s “Batt – “ connector. Then push
the lead’s other connector on the negative (-)
side of the battery. See Figure 3 for details.
4. Push one connector on the red battery lead to the
control panel’s “Batt + “ connector. Then push the
lead’s other connector on the positive (+) side of
the battery. See Figure 3 for details.
Control Panel Board
BATT+
BATT-
Red (+)
Black (-)
Standby Battery
Figure 3: Battery Connections
High current arcs are possible. The positive
(red) battery lead and the panel’s “BATT +”
connector can create high current arcs if
shorted to terminals or enclosure. Use
caution when working with the positive lead
and the panel’s “BATT +”. Always disconnect
the positive (red) lead from the battery before
removing it from the control panel.
Replace the battery every 3 to 5 years under
normal use. Exceeding the maximum output
ratings or connecting the panel to mains that
is routinely switched off causes heavy
discharges. Frequent heavy discharges can
lead to premature battery failure. Record the
date of installation directly on the battery.
When the battery and the AC power connections are
made, the control panel charges the battery while you
finish the installation.
10.3.2 RAM Backup Battery Installation
The control panel uses a 3 V coin-type lithium battery
to save system settings, including date/time and
programming settings.
Remove the insulator tab from between the battery
and battery clip before starting system installation.
Clip RAM Backup Battery
AUXILIARY
Remove Insulator
Figure 4: RAM Backup Battery

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 13
PART II: SYSTEM INSTALLATION AND SETUP
11.0 Telephone Connections
The control panel connections (Terminals A and B –
see Figure 1 and Table 1) must be connected directly
to the incoming telephone line, which must provide a
direct connection to the telephone system (not via a
PABX or other network).
All wiring must be carried out within the master
terminal box provided by the telephone company and,
if fitted with a socket, this must not be used to
connect another device (blank master connecting
boxes are available from your telecom company upon
request).
Use insulating tape to cover the socket opening if
necessary. Make the connections using four-core
solid cable (type 1/0.5 CW1308) designed for
telephone use (do not use alarm connecting cable).
If the master box has IDC type terminals, use the
correct tool to make the connections, not a
screwdriver or other makeshift device. Ensure that the
earth connections are made using 1-mm cable to a
good ground connection. All cables should be
separated from the mains wiring by at least 300 mm.
See Figure 5 for details.
5 (or T)
2 (or R)
Telephone
Socket
Control Panel
To other telephone devices (premises
phone, fax machines, answer phones, etc.)
L-8COML-7
T1
R1
R
T
Figure 5: Telephone Connections
12.0 Phone Line Fault
The control panel has a circuit that tests the phone
line for voltage. The normal voltage on a telephone
line is approximately 48 VDC (24 VDC for some
phone systems). The phone line monitor senses
trouble when the voltage drops low enough (between
1 and 3 volts).
If the control panel senses trouble for 40 seconds, it
begins a phone line trouble response. Programming
determines the response type. See “Phone Line Fault
Response Options” in the DS7200V2 Expert
Programming Guide (P/N: 4998153891) for details.
Bad line might test OK: the telephone line test circuit
uses the voltage level to test the status of the phone
line. In some instances, a given telephone line might
be out of service without affecting the voltage on the
line. The phone line monitor cannot recognize this
trouble condition.
13.0 Communication Failure (Comm Fail)
The control panel routes reports to two routing
destinations. Each of the destinations can be
programmed with two phone numbers or IP
addresses. The numbers in { } are the numbers
assigned to control panel events.
Communication Attempt Tables on page 121 shows
the circumstances when Communication Failure
Events are created. When a Comm Fail occurs, the
control panel responds as follows:
1. Clear (dump) the initiating report and any
pending reports from the buffer for the destination
where the Comm Fail event occurred.
2. Create a Comm Fail {69} or Alternate Comm Fail
{70} report that includes the Destination Number
(1 or 2). The Alternate Comm Fail report is used
when an alternate communications path is used
(for example, SAFECOM IP communication).
3. The Comm Fail, Comm Restoral {71}, Alternate
Comm Restore {72} reports follow the System
Status Reports routing.
4. If the Comm Fail occurred on Destination 1 and
System Status Reports routing is set to
Destination 2 or set to Destination 2 on
Destination 1 fail, then send Comm Fail report.
5. If the Comm Fail occurred on Destination 1 and
System Status Reports routing is set to
Destination 1 then send a Comm Restore report
with the next report for destination 1.
6. If the Comm Fail occurred on Destination 2 and
System Status Reports routing is set to
Destination 1, then send Comm Fail report.
7. If the Comm Fail occurred on Destination 2 and
System Status Reports routing is set to
Destination 2 then send a Comm Restore report
with the next report for Destination 2.
8. If a Comm Fail report is sent successfully to the
other destination, a Comm Restore event should
be sent when there is a successful
communication on the failed destination.

Page 14 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
PART II: SYSTEM INSTALLATION AND SETUP
14.0 Arming Device Installation
The Door Access Control Module (DACM) is also an
arming device. See Door Access Control Module
(DACM) on page 31 for more information.
14.1 Keypad
14.1.1 Keypad Addressing
Addresses are assigned by setting jumper pins.
Keypads 1 to 8 are assigned to Data Bus Addresses
1 to 8.
Table 3 shows the correct address setting for each
keypad address. See Figure 6 for correct jumper plug
orientation.
Keypad Address Pins
Keypad
Address 1 2 4 8 16 MODE
0* OFF OFF OFF OFF OFF OFF
1 ON OFF OFF OFF OFF ON
2 OFF ON OFF OFF OFF ON
3 ON ON OFF OFF OFF ON
4 OFF OFF ON OFF OFF ON
5 ON OFF ON OFF OFF ON
6 OFF ON ON OFF OFF ON
7 ON ON ON OFF OFF ON
8 OFF OFF OFF ON OFF ON
Table 3: Keypad Address Pin Settings
•Address 0 is reserved for the Installer Keypad. This
keypad is not intended for permanent installation
and should not remain on-premises.
Jumper Plug ON
(covers both pins) Jumper Plug OFF
or or
Figure 6: Jumper Plug Configuration
14.1.1 Keypad Installation
Consult your keypad’s installation manual for
complete instructions. Keypads connect to the control
panel in parallel as shown in Figure 7.
You can use either one of the Aux Power (-) terminals
and either one of the 12 VDC (+) terminals when
connecting devices to the control panel. Control Panel
Keypad BATT+
BATT-
Data In
Data Out
+12 VDC
Com
Green
Yellow
Red
Black
Figure 7: Keypad to Control Panel Wiring
See Table 4 for control data bus to keypad wire length
requirements.
#22 AWG
(0.8 mm) #18 AWG (1.2 mm)
Control Panel to Keypad 1,000 ft.
(305 m) 2,000 ft. (610 m)
Control Panel to Keypad
using an External Power
Supply
1,000 ft.
(305 m) 2,000 ft. (610 m)
Table 4: Keypad Wire Lengths
If an external power supply is used, follow the lengths
as shown in Table 4.
See Power Outputs on page 8 to determine the total
power output requirements for your system. You
might need to add one or more external power
supplies for the number of keypads you want to use.
Figure 8 shows an external power supply powering a
keypad in a stand-alone configuration.
Figure 8 shows the common from the external power
supply connected to both the keypad’s common and
the common on the control panel.
A stand-alone power supply powering any device
connected to the control panel must also be
connected to the Aux – (Aux negative) terminal on the
control panel.

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 15
PART II: SYSTEM INSTALLATION AND SETUP
You can use either one of the Aux Power (-) terminals
when connecting to the control panel.
External 12 VDC
Power Supply
(+) (-)
Control Panel
Keypad BATT+
BATT-
Data In
Data Out
+12 VDC
Green
Yellow
Red
Com Black
Figure 8: Keypad External Power Supply Connections
Do not tie the black (-) output to earth
ground when using any external power
supply. A ground fault condition is reported
if black (-) is grounded.
14.1.1 Keypad Supervision
The control panel supervises proper communication
to the keypad. If it fails to communicate with the
keypad, it sends a “Dbus Missing” {125} report.
14.2 Keyswitch
14.2.1 Keyswitch Overview
You can connect a maintained or momentary contact
arming station to master arm/disarm any of the areas
in the system. The keyswitch is connected to an on-
board or off-board zone’s sensor loop. Outputs can be
programmed to activate arming status LEDs for
keyswitch arming stations.
See Outputs on page 86 for more information.
14.2.2 Keyswitch Programming
See Options 1 for Zone Function Type 10 (Controlled
Keyswitch) on page 78 for programming information.
14.2.3 Keyswitch Installation
For maintained or momentary operation, wire the
keyswitch as shown in Figure 9. To program the
keyswitch, see Options 1 for Zone Function Type 10
(Controlled Keyswitch) on page 78.
2.2 k Ω
Common
Zone Input
Figure 9: Keyswitch Wiring
14.2.4 Arming/Disarming with a Keyswitch
The control panel offers a wide variety of keyswitch
arming options. See Options 1 for Zone Function
Type 10 (Controlled Keyswitch) on page 78 for
keyswitch arming configuration options.
14.2.5 Silencing Alarms with a Keyswitch
•Momentary Keyswitch: To silence alarms (stop
Alarm output), operate the keyswitch. If the area is
armed, operating the keyswitch to silence the alarm
also disarms the area. If the area is disarmed,
operating a momentary keyswitch to silence the
alarm does not arm the area.
•Maintained Keyswitch: If the area is armed, turn
the keyswitch to the disarmed position. The control
panel disarms the area and silences the alarm. If
the area is disarmed, turn the keyswitch to the
armed position (the control panel does not arm) and
then return to the disarmed position.
14.2.6 Exit Terminator Button
When the keyswitch is set to exit terminator, the input
functions as an exit terminator button (see Options 1
for Zone Function Type 10 (Controlled Keyswitch) on
page 78). This zone function activates in the same
manner as the momentary keyswitch. When Exit
Delay is active, operating the exit terminator button
terminates Exit Delay and immediately arms the
control panel. If Chime Mode is enabled and Exit
Delay is not active, pressing the exit terminator button
activates the chime time and the button functions as a
doorbell.

Page 16 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
PART II: SYSTEM INSTALLATION AND SETUP
15.0 On-board Sensor Loop Setup
15.1 Overview
The control panel provides eight on-board dual EOL
(End-of-Line) sensor loops (L-1 to L-8). Each sensor
loop operates independently and does not interfere
with the operation of the others.
15.2 Tamper-wired Zone Configuration
The on-board sensor loops can be used as tamper-
wired zones to report tamper conditions when the
zone has become open or shorted.
See Figure 10 when wiring a sensor loop as a
tamper-wired zone.
Alarm
Contact
Tamper Contact
Sensor Loop
1-8
Com
2.2 k
EOL
2.2 k EOL
Figure 10: Tamper-Wired Zone Wiring
When the tamper-wired zones are used, some
configuration types can be used without any EOL
resistors. See Location ##, Zone Function on page 76
for information on special tamper-wired zone
configuration options.
15.3 No EOL Zone Configuration
See Figure 11 when wiring a zone with no EOL
resistors.
Zone Input
Terminal
Common
Normally Closed Contacts
L-1 to L-8
Zone Input
Terminal
Common
Normally Open Contacts
100 ohms maximum
Figure 11: Single Zone Sensor Loop Wiring (No EOL)
15.4 Four-wire Smoke Detector Configuration
A four-wire smoke detector can be connected to any
of the control panel’s on-board sensor loops (L-1 to L-
8). A four-wire smoke detector requires the use of a
relay module to interrupt power to the detector in
order for the detector to reset.
The output controlling the relay must be configured as
Output Function 1|13 Fire Verification (see Outputs on
page 86 for more information).
Make loop connections to L-X (where X = Loop #) and
“COM” terminals.
Remove PO 1 SELECT Jumper
2.2 k Ω
Alarm
Resistor
2.2 k Ω
EOL
Resistor
Smoke Detector
BATT+
BATT- ALRM
+PO1 SMK
+
PO1 SELECT
Aux (+)
A B COM
Aux (-)
L-1
Figure 12: 4-wire Smoke Detector (Tamper-wired)
16.0 On-board Output Setup
16.1 Overview
There are four on-board programmable outputs on the
panel (PO 1 to PO 4).
Programmable Output 2 (PO 2) can be configured as
a supervised siren driver. See Global Output
Configuration on page 84 for programming
instructions. When programmed as a siren driver, PO
2 draws power from the ALRM + terminal. When
connected to a 4 Ωhorn/speaker, PO 2 draws 380
mA of current. When connected to an 8 Ω
horn/speaker, it draws 330 mA of current. Use the
appropriate current draw in your total alarm current
calculation.

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 17
PART II: SYSTEM INSTALLATION AND SETUP
16.2 Programmable Output 1 (PO 1)
By default, PO 1 is the Bell Output and should be
wired as shown in Figure 1. The PO 1 SELECT
jumper should be shorted as shown in Figure 13.
PO 1 can also be configured as an alarm power
output (short PO 1 SELECT jumper). PO 1 operates
as a dry contact, Normally Open relay with PO 1
SELECT jumper open. See Figure 13 for details.
PO 1 Dry Contact Wiring (without PO 1 SELECT jumper)
PO1 L-1
SMK
+
ALRM
+
DC Power Source
(+) (-)
A B
(+) (+)
(-)
PO 1 Positive Alarm Trigger Wiring (without PO 1 SELECT jumper)
PO1 L-1
SMK
+
ALRM
+A B
(+)
PO 1 Wiring (with PO 1 SELECT jumper shorted)
Short PO 1 SELECT jumper
with Jumper Plug
BATT+
BATT- ALRM
+PO1 L-1
SMK
+
PO1 SELECT
COM
(+) (-)
A B
Figure 13: PO 1 Wiring
16.3 Programmable Outputs 2-4 (PO 2- PO 4)
PO 2 can be used with ALRM+ as a supervised siren
driver. Connect an approved 4 or 8 Ωsiren.
Alternatively, PO 2 can sink up to 500 mA 12 VDC.
See Figure 14 for details.
PO 3 and PO 4 can be configured for Alarm Output.
These outputs can sink up to 500 mA 12 VDC each.
See Figure 14 for details.
Defaults for PO 2-PO 4 are as follows:
•PO 2: 8|8 (Enhanced Siren)
•PO 3: 1|6 (Strobe)
•PO 4: 8|5 (Unconfirmed Alarm)
See Outputs on page 86 for programming
instructions.
If outputs PO 1 through PO 4 do not provide the alarm
output you expect:
Check the programming for Programmable Outputs in
Outputs on page 86.
BATT+
BATT- PO1 L-1
SMK
+
PO1 SELECT
COM
(+) (-)
A B
ALRM
+
Figure 14: PO 2 – PO 4 Wiring
If PO 2 is configured as a supervised siren
driver (in combination with the ALRM +
terminal), you must connect a 4 Ωor 8 Ω
siren/speaker to PO 2 to clear the
siren/speaker supervision trouble.

Page 18 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
PART II: SYSTEM INSTALLATION AND SETUP
17.0 RF3227E RF Receiver Setup
For complete instructions regarding the RF3227E
Premises RF Receiver, see its installation instructions
(P/N: 4998122415).
17.1 RF Receiver Addressing
Changing the receiver’s address requires that
the power to the receiver (if already applied)
be removed and then reapplied for the
changes to take effect.
Set the RF3227E’s address by placing the address
jumper pin as shown in Figure 15.
No Jumper = Receiver # 1
(Default)
Jumper = Receiver # 2
Address Jumper
Jumper left on pin for storage only.
RBGY
ADDR
Figure 15: RF3227E Address Jumper Settings
17.2 RF3227E Installation
Wire the RF3227E to the control panel as shown in
Figure 16. When power is applied to the system, the
red LED at the center of the RF3227E should light.
You can use either one of the Aux Power (-) terminals
and either one of the 12 VDC (+) terminals when
connecting devices to the control panel.
RF3227E
Control Panel
BATT+
BATT-
R
G
B
Y
Red (+)
Black (-)
Green
Yellow
Figure 16: RF3227E to Control Panel Wiring
17.3 RF3227E Programming
See Premises RF Receiver Options on page 98 for
programming instructions.
17.4 RF Receiver Supervision
The control panel supervises communication to the
RF receiver. If it fails to communicate with the RF
receiver, it sends a “Dbus Missing” {125} report.
18.0 Off-board Sensor Loops (DX2010)
18.1 DX2010 (DX2013/DX2014) Overview
The DS7240V2 supports up to 5 DX2010 Input
Expanders. The DS7220V2 supports up to 3 DX2010
Input Expanders.
Each DX2010 adds eight zones to the system. See
Locations on page 72 for information on how the
DX2010 sensor loops are assigned to zone locations.
•DX2013 Input Expander: A DX2010 mounted on
an angle bracket for installation inside the CX1011
Enclosure.
•DX2014 Input Expander: A DX2010 mounted
inside an AE20 ABS plastic enclosure with tamper
switch for installation outside of the CX1011
Enclosure.
•Current Draw without Aux Output Terminals:
35 mA Standby
•Current Draw with Aux Output Terminals: 135
mA maximum with connected accessories.
18.2 DX2010 Installation
Failure to follow the mounting instructions in
this document can result in damage to the
module.
The DX2010 contains static-sensitive
components and must be handled with care.
Follow anti-static procedures when handling
this module.
Up to 5 DX2014 modules can be connected to the
DS7240V2. Up to 3 DX2014 modules can be
connected to the DS7220V2. See Figure 21 for wiring
details.
On the DS7240V2, you can install up to 4 DX2013
modules in the CX1011 enclosure. On the DS7220V2,
you can install up to 3 DX2013 modules See Figure
17 for mounting locations.
DX2013 Mounting Locations
DX2013 Mounting Locations
INSTALLER
PO4
PO3
PO2
Figure 17: DX2013 Mounting Locations

DS7200V2-UK Installer's Guide Copyright 2007 Bosch Security Systems, Inc. P/N: 4998152533-02 Page 19
PART II: SYSTEM INSTALLATION AND SETUP
Use the following steps to install a DX2013 in the
CX1011 Enclosure:
1. Insert the DX2013’s angle bracket hooks into the
mounting slots in the back wall of the CX1011
Enclosure. See Figure 18.
Hook
Slot
Screw Hole
Enclosure Back Wall
Back of DX2013
Mounting Plate
Back of
Angle Bracket
Figure 18: Mounting the DX2013 (Step 1)
2. Pull DX2013 down so that the angle bracket
hooks are flush in the mounting slots. See Figure
19.
Hooks flush
with Slots
Back of DX2013
Mounting Plate
Screw Hole
Enclosure Back Wall
Back of
Angle Bracket
Figure 19: Mounting the DX2013 (Step 2)
3. Secure the DX2013 to the CX1011 enclosure
wall with a mounting screw (provided with
DX2013). See Figure 20.
Enclosure Back Wall
Mounting Screw Front of
Angle Bracket
Front of
DX2013
Figure 20: Mounting the DX2013 (Step 3)
18.3 DX2010 Wiring
Do not use twisted pair or shielded cable when
wiring the DX2010.
Refer to the following data bus wire length
requirements:
Power
Source 0.8 mm (#22 AWG) 1.2 mm (#18 AWG)
Aux Output
Not Used 305 m (1007.7 ft.) 610 m (2001 ft.)
Aux Output
Used
Control Panel
30 m
(98.4 ft.) 76 m (249.3 ft.)
Aux Output
Used or Not
Used
External
Power
Supply
305 m
(1007.7 ft.) 610 m (2001 ft.)
Table 5: DX2010 to Control Panel Wire Length
0.8 mm
(#22 AWG) 1.2 mm (#18 AWG)
Aux Output
Not Used 305 m (1007.7 ft.) 610 m (2001 ft.)
Aux Output
Used 30 m (98.4 ft.) 76 m (249.3 ft.)
Table 6: DX2010 to External Power Supply Wire Length

Page 20 P/N: 4998152533-02 Copyright 2007 Bosch Security Systems, Inc. DS7200V2-UK Installer's Guide
PART II: SYSTEM INSTALLATION AND SETUP
Connect the control panel’s Data and Aux Power
terminals to the DX2010 as shown in Figure 21.
You can use either one of the Aux Power (-) terminals
and either one of the 12 VDC (+) terminals when
connecting devices to the control panel.
BATT+
BATT-
+OUT- TMPR 1 COMR B YG
DX2010 Control Panel
Red (+)
Black (-)
Green
Yellow
Figure 21: DX2010 to Control Panel Wiring
If you need to power the DX2010 with an external 12
VDC power supply, wire it as shown in Figure 22.
You can use either one of the Aux Power (-) terminals
when connecting devices to the control panel.
BATT+
BATT-
+OUT- TMPR 1 COMR B YG
DX2010 Control Panel
Red (+) Black (-)
Green
Yellow
12 VDC
External Power Supply
(+) (-)
Figure 22: External Power Supply Connections
Do not tie the black (-) output to earth ground
when using any external power supply. A
ground fault condition is reported if black (-)
is grounded.
18.4 DX2010 Auxiliary Output Connections
The DX2010 can provide 12 VDC at up to 100 mA
from the Auxiliary Output (-) OUT (+) terminals to
power external devices such as motion detectors. See
Figure 23.
TMPR 1 COMR B G Y
Motion Detectors,
Photobeams, etc.
DX2010
+OUT-
Red (+)
Black (-)
Figure 23: DX2010 Auxiliary Output Wiring
When using DX2010’s auxiliary output, the
maximum distance between the control panel
and the DX2010 must be limited to 76 m when
using #18 AWG (1.2 mm) wire, or 30 m when
using #22 AWG (0.8 mm) wire. The maximum
distance from the DX2010 output terminals
and the remotely powered devices (PIRs,
smoke detectors, etc.) must be limited to 15
m for #22 AWG (0.8 mm) or 30 m for #18 AWG
(1.2 mm) wire.
If the DX2010’s Aux Output (“+Out-“
terminals) is used as an auxiliary power
source, the Input Expander’s “R” and “B”
wires must be “home-run” to either the
control panel or to an available power supply.
Do not use a “Daisy-chain” wire
configuration.