Bosch DS7200V2-EXP Installation Manual

DS7200V2-EXP

Installation Guide

DS7200V2-EXP Control Panel

Addendum

DS7200 Installation Guide

TS50131-3 compliance

2011-09-16

Bosch Security Systems, Inc. | 04/12 | F01U253045-02

Max current draw (Panel excluded)

Battery capacity

Recharge time (max)

System type

Prioritization of signals & indicators

Incoming signals are prioritized in chronological order. All signals are processed within 10 s. Indicators displayed individually with text. The control panel can meet all the options in Table 13, regarding notification outputs in the European standard for Intrusion

Systems.

Zone expanders

The zone expenders should be mounted inside the control panels enclosure for EN-approved systems.

Classification

DS7200 meets the Security Grade 2, Environmental Class 2

Current and battery capacity

400 ma 7,2 Ah 12 hours EN 800 mA 2 x 7,2 Ah 24 hours EN 1 A 18 Ah 48 hours EN 1,2 A 7-18 Ah - Non approved

Code combinations

The number of code combinations: 4-digit code allows for 10,000 combinations 5-digit code allows for 100,000 combinations 6-digit code allows for 1 million combinations 7-digit code allows 10 million combinations

The number of free combinations = code combinations – number of users

Weight and dimensions

Material: 1.0 mm thick cold-rolled steel Dimensions (H x W x D): 36.8 x 31.8 x 7.6 cm Weight 5.5 kg

DS7200V2-EXP | Installation Guide | Contents

Bosch Security Systems, Inc. | 04/12 | F01U253045-02

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Contents

1. Introduction ............................................................................................................................ 7

1.1 Documentation Conventions ..............................................................................................................7

1.2 Scope of Document ............................................................................................................................7

1.3 Specifications .....................................................................................................................................8

1.4 Standard Features ..............................................................................................................................8

1.5 Control Panel Assembly ......................................................................................................................9

1.6 Listings and Approvals ........................................................................................................................9

1.7 System Options ..................................................................................................................................9

1.8 System Batteries .............................................................................................................................. 10

1.9 Available Power ................................................................................................................................ 10

1.10 Installer Keypad/RPS Connector ...................................................................................................... 10

2. System Installation and Setup ............................................................................................... 11

2.1 Control Panel Installation ................................................................................................................. 11

2.2 Arming Device Installation ................................................................................................................ 15

2.3 On-board Sensor Loop Setup ........................................................................................................... 18

2.4 On-board Output Setup .................................................................................................................... 21

2.5 RF3227E RF Receiver Setup ............................................................................................................. 22

2.6 Off-board Sensor Loop Setup (DX2010) .......................................................................................... 23

2.7 Off-board Output Setup (DX3010) ................................................................................................... 29

2.8 RS-232 Serial Interface Setup (DX4010i/DX4010) ............................................................................ 31

2.9 Network Interface Module (DX4020) ................................................................................................ 36

2.10 Door Access Control Module (DACM) .............................................................................................. 38

2.11 System Power Up ............................................................................................................................. 40

2.12 System Status LED ........................................................................................................................... 40

2.13 Installer Keypad ................................................................................................................................ 40

2.14 Installer Mode ................................................................................................................................... 41

2.15 Installer Menu ................................................................................................................................... 41

2.16 Keypad Programming ........................................................................................................................ 45

2.17 Keypad Test [#][9][1] ....................................................................................................................... 47

2.18 Always Force Arm ............................................................................................................................. 48

3. Control Panel Programming .................................................................................................. 49

3.1 Understanding the Option Parameter Charts ................................................................................... 49

3.2 Panel-Wide Parameters ..................................................................................................................... 50

3.3 Area-Wide Parameters ...................................................................................................................... 65

3.4 User Interface ................................................................................................................................... 68

3.5 Zone Parameters .............................................................................................................................. 80

3.6 Output Parameters ........................................................................................................................... 86

3.7 Sked Parameters .............................................................................................................................. 96

3.8 Data Bus Device Parameters............................................................................................................. 99

3.9 Network Communication ................................................................................................................ 101

3.10 DACM Configuration ....................................................................................................................... 105

3.11 Test the System .............................................................................................................................. 107

4. Reference Materials ............................................................................................................ 108

4.1 Control Panel Events and Reporting Formats ................................................................................. 108

4.2 Troubleshooting .............................................................................................................................. 120

4.3 Data Bus Address Quick Reference ................................................................................................ 122

4.4 Communication Attempt Tables ..................................................................................................... 123

4.5 Call for Service Details ................................................................................................................... 125

4.6 User Keypad Commands ................................................................................................................. 126

4.7 History Log ..................................................................................................................................... 127

4.8 Standby Battery Calculation ........................................................................................................... 128

4.9 Wiring Label .................................................................................................................................... 129

4.10 Glossary .......................................................................................................................................... 131

DS7200V2-EXP | Installation Guide | Figures

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Figures

Figure 1: Enclosure Installation .......................................................................................................... 11

Figure 2: Control Panel Board Mounting ............................................................................................ 12

Figure 3: Standby Battery Connections .............................................................................................. 12

Figure 4: RAM Backup Battery ............................................................................................................ 13

Figure 5: RJ31X/RJ38X Wiring ............................................................................................................ 13

Figure 6: Ground Start ........................................................................................................................ 14

Figure 7: Keypad Jumper Plug Configuration ..................................................................................... 15

Figure 8: Keypad to Control Panel Wiring ........................................................................................... 15

Figure 9: Keypad to Control Panel Wiring (External Power Supply) .................................................. 16

Figure 10: Keyswitch: Tamper Wired Zone Configuration .................................................................... 16

Figure 11: Maintained Keyswitch: Single EOL Resistor Configuration ................................................. 17

Figure 12: Momentary Keyswitch: Single EOL Resistor Configuration ................................................. 17

Figure 13: Keyswitch: Zone Doubled Configuration ............................................................................. 17

Figure 14: Keyswitch: No EOL Resistor Configuration ......................................................................... 17

Figure 15: Tamper-Wired Zone Configuration ...................................................................................... 18

Figure 16: Single Zone Sensor Loop Wiring ......................................................................................... 19

Figure 17: On-board Doubled Zone Sensor Loop Wiring ...................................................................... 19

Figure 18: Single Zone Sensor Loop Wiring (No EOL) ......................................................................... 20

Figure 19: 4-wire Smoke Detector (Tamper-wired) .............................................................................. 20

Figure 20: 4-wire Smoke Detector (Single EOL Resistor) ................................................................... 21

Figure 21: PO 1 Wiring (PO 1 Jumper Shorted) ................................................................................... 21

Figure 22: PO1 Dry Contact Wiring (No PO 1 Jumper) ........................................................................ 21

Figure 23: PO 1 Positive Alarm Trigger Wiring ...................................................................................... 22

Figure 24: PO 2 to PO 4 Wiring ............................................................................................................ 22

Figure 25: RF3227E Address Jumper Settings ..................................................................................... 22

Figure 26: RF3227E to Control Panel Wiring ........................................................................................ 23

Figure 27: Standard DX2010 Installation Locations ............................................................................. 23

Figure 28: Optional DX2010 Mounting Locations ................................................................................. 24

Figure 29: DX2010 to Control Panel Wiring .......................................................................................... 24

Figure 30: DX2010 to Control Panel Wiring (External Power Supply) .................................................. 25

Figure 31: DX2010 Auxiliary Output Wiring .......................................................................................... 25

Figure 32: DX2010 Tamper Input Wiring .............................................................................................. 26

Figure 33: DX2010 No Tamper .............................................................................................................. 26

Figure 34: DX2010 Tamper-Wired Zone Wiring..................................................................................... 26

Figure 35: DX2010 Single EOL Zone Wiring ......................................................................................... 27

Figure 36: DX2010 Doubled Zone Wiring ............................................................................................. 27

Figure 37: DX2010 DIP Switch Configuration ....................................................................................... 28

Figure 38: DX2010 Status LED Location .............................................................................................. 28

Figure 39: DX3010 to Control Panel Enclosure Installation ................................................................. 29

Figure 40: DX3010 to Control Panel Wiring .......................................................................................... 30

Figure 41: DX3010 Output States ......................................................................................................... 30

Figure 42: DX3010 to Control Panel Wiring (External Power Supply) .................................................. 30

Figure 43: DX3010 DIP Switch Configuration ....................................................................................... 31

Figure 44: DX4010i to Control Panel Wiring ......................................................................................... 32

Figure 45: DX4010i to Control Panel Wiring (External Power Supply) ................................................. 32

Figure 46: DX4010i RPS Direct Connect Address Setting .................................................................... 33

Figure 47: DX4010i Direct Connection ................................................................................................. 33

Figure 48: DX4010 Direct Connection .................................................................................................. 34

Figure 49: P1 Jumper Pin Settings ....................................................................................................... 34

Figure 50: DX4010 P2 Jumper Pin Settings.......................................................................................... 35

Figure 51: RS-232 Device DIP Switch Setting ...................................................................................... 35

Figure 52: DB9 Connector Layout ........................................................................................................ 35

DS7200V2-EXP | Installation Guide | Figures

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EN | 5

Figure 53: Network Communication DIP Switch Setting ...................................................................... 36

Figure 54: Standard DX4020 Mounting Locations ................................................................................ 36

Figure 55: Optional DX4020 Mounting Locations ................................................................................. 36

Figure 56: DX4020 to Control Panel Wiring .......................................................................................... 37

Figure 57: DX4020 to Control Panel Wiring (External Power Supply) .................................................. 37

Figure 58: DX4020 Ethernet/Serial Status LEDs .................................................................................. 38

Figure 59: DACM to Control Panel Wiring ............................................................................................ 39

Figure 60: DACM to Control Panel Wiring (External Power Supply) .................................................... 39

Figure 61: System Status LED .............................................................................................................. 40

Figure 62: Installer Keypad to Control Panel Wiring ............................................................................. 40

Figure 63: PK32 to Control Panel Connections .................................................................................... 44

Figure 64: Routing Destination Phone Number Configured for Basic Pager ........................................ 53

Figure 65: DS7200V2 Wiring Label ..................................................................................................... 129

DS7200V2-EXP | Installation Guide | Tables EN | 6

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Tables

Table 1: Document Overview .............................................................................................................. 7

Table 2: Control Panel Specifications ................................................................................................. 8

Table 3: Keypad Address Pin Settings ............................................................................................... 15

Table 4: Keypad to Control Panel Wire Length ................................................................................. 15

Table 5: DX2010 to Control Panel Wire Length ................................................................................. 24

Table 6: DX2010 to External Power Supply Wire Length .................................................................. 24

Table 7: Control Panel Locations for DX2010 Address 106 .............................................................. 27

Table 8: Control Panel Locations for DX2010 Address 107 (DS7240V2 only) .................................. 27

Table 9: DX2010 Address Settings .................................................................................................... 28

Table 10: DX2010 DIP Switch Settings ............................................................................................... 28

Table 11: DX3010 Wire Lengths .......................................................................................................... 30

Table 12: DX3010 Address DIP Switch Settings ................................................................................. 31

Table 13: DX4010i/DX4010 Wire Lengths ........................................................................................... 31

Table 14: DX4010i/DX4010 Diagnostic LED Functions ....................................................................... 35

Table 15: DB9 Pin Configuration ......................................................................................................... 35

Table 16: DX4020 Wire Lengths .......................................................................................................... 37

Table 17: Ethernet/Serial Status LED Functions ................................................................................. 38

Table 18: DACM Wire Lengths ............................................................................................................. 38

Table 19: System Status LED Operation ............................................................................................. 40

Table 20: Reserved and Expert Addresses .......................................................................................... 46

Table 21: Key/Character Assignments ................................................................................................. 47

Table 22: Phone Number Entry Selections .......................................................................................... 50

Table 23: Personal Dialing Format Configuration ................................................................................ 52

Table 24: Report Tone Selections ....................................................................................................... 52

Table 25: Format Field Options ........................................................................................................... 54

Table 26: Account Number Addresses/Defaults .................................................................................. 65

Table 27: Account Number Entry Selections ....................................................................................... 65

Table 28: User Configuration ............................................................................................................... 70

Table 29: DS7446KP Keypad Icon Functions ...................................................................................... 73

Table 30: Location Configuration Parameters ..................................................................................... 80

Table 31: Default Zone Function Type Selections ............................................................................... 83

Table 32: Location Text Addresses/Defaults ....................................................................................... 84

Table 33: Output Configuration Parameters ....................................................................................... 86

Table 34: Output Function Types ........................................................................................................ 88

Table 35: Output Mode Options .......................................................................................................... 93

Table 36: Pulse Mode Configuration ................................................................................................... 95

Table 37: One Shot Mode Configuration ............................................................................................. 95

Table 38: Sked Configuration Parameters ........................................................................................... 96

Table 39: IP Address Entry Selections .............................................................................................. 101

Table 40: Control Panel Events and Reporting Formats ................................................................... 109

Table 41: Data Bus Address Quick Reference ................................................................................... 122

Table 42: Destination 1 Only ............................................................................................................. 123

Table 43: Destination 2 Only ............................................................................................................. 123

Table 44: Destinations 1 and 2 .......................................................................................................... 124

Table 45: Call for Service Details ...................................................................................................... 125

Table 46: System Arming/Disarming Functions ................................................................................. 126

Table 47: Other System Functions .................................................................................................... 126

Table 48: History Log Display Descriptions ....................................................................................... 127

Table 49: History Log Communication Status Values ........................................................................ 127

Table 50: Standby Battery Calculation .............................................................................................. 128

Table 51: Terminal Descriptions ........................................................................................................ 130

DS7200V2-EXP | Installation Guide | 1. Introduction

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Table 1: Document Overview

Document

Part Number

Description included.

1.1.3 Other Conventions

1. Introduction

1.1 Documentation Conventions

1.1.1 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.

[#][9][1] 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 [#] followed by [9] and [1] begins the keypad test function.

1|6

1.1.2 Notes, Cautions, and Warnings Throughout this document there are important

Numbers separated by a vertical bar represent output function types. This example is for Output Function Type 1|6:

Strobe.

Programming parameter titles are identified as follows:

Programming Parameter Title

1.2 Scope of Document

See below for an overview of this document and other documents related to the DS7240V2/DS7220V2 Control Panels:

User’s Guide 4998153894 Contains keypad

Installer’s Guide (this document)

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.

Expert Programmin g Guide

The Caution Note identifies information intended to prevent an incident that could prohibit the functionality of the program/equipment.

Release Notes

The Warning Note identifies information intended to prevent an incident that could prohibit the

System Worksheet

functionality of the program/equipment and/or personal injury.

The No Static Note identifies components that are static-sensitive. Follow anti-static procedures when handling these components.

EN | 7

operation instructions for the end-user. Covers use of the LCD (text) keypad and the LED keypad.

4998153893 Contains all wiring and

setup instructions, and basic programming parameters with descriptions. Troubleshooting information also

4998153891 Contains all

programming parameters with descriptions and keypad programming instructions.

4998153890 Contains issues with

control panel that were found after printing of the documentation.

4998153887 Contains all

programming parameter defaults and space to record any default changes made during setup of the control panel.

DS7200V2-EXP | Installation Guide | 1. Introduction

Bosch Security Systems, Inc. | 04/12 | F01U253045-02

Table 2: Control Panel Specifications

Environmental Specifications

Voltage Input to Control Panel

Power Outputs

Keypads

1.3 Specifications

1.4.3 Areas and Accounts The DS7240V2 supports up to 4 independent

areas. The DS7220V2 supports up to 2

Temperature +32°F to +122°F (0°C to +50°C) Relative Humidity 5 to 85% at 86°F (30°C) non-

condensing

independent areas. All zones can be assigned to a single area, or

spread out over the available areas. Users arm and disarm the control panel by area,

and can arm and disarm several areas with one function. The installer can assign an authority

Primary 18 VAC, 50 VA Secondary Sealed lead acid rechargeable

battery (12 VDC, 7 Ah or 18 Ah).

level to a PIN 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 control panel. Assigning the same account number to different areas groups them together into one account.

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.

Minimum Operating Voltage

Data Bus 12 VDC nominal. 305 m of 0.8 mm

10.2 VDC

(#22 AWG) cable

Area options include exit tone and delay, separate fire and burglary outputs and auto opening and closing Skeds (see Sked Parameters on page 96 for more information).

Area 1 can be programmed as a “common” area. See Arming Options 2 on page 63.

A “First to Open, Last to Close” arming option is available (see Arming Options 2 on page 63).

1.4.4 Programmable Outputs Four on-board programmable outputs (PO 1 to

Maximum Number per System

Compatible Keypads

1.4 Standard Features

1.4.1 Communicator The control panel uses a built-in digital

communicator to send reports to the receiver. It can send reports in Contact ID, SIA 300, SIA 300 with Text, Personal Dialing Format, and Basic Pager Format.

1.4.2 Zones The DS7240V2 supports up to 40 zones 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 using onboard and off-board (including input expanders and wireless devices). The DS7220V2 supports

DS7445i or DS7445V2 LED Keypad; DS7447E or DS7447V2 Text Keypad; DS7446KP Keypad

PO 4) are available on both control panels. The DS7240V2 supports up to 20 programmable

outputs (4 on-board, 16 off-board using two DX3010 Output Expanders).

The DS7220V2 supports up to 12 programmable outputs (4 on-board, 8 off-board using one DX3010 Output Expander).

See On-board Output Setup on page 21 and Offboard Output Setup (DX3010) on page 29.

1.4.5 Users The control panel allows up to 32 individual

users. Each user is assigned a Personal Identification Number (PIN) and an authority level. Authority levels determine which functions users can perform.

1.4.6 Keyswitch Users can arm and/or disarm any available area

with maintained or momentary closure devices such as keyswitches. Zone programming determines the keyswitch’s operation.

up to 3 DX2010 Input Expanders. On-board sensor loops are marked L-1 to L-8 on

both control panel types.

EN | 8

DS7200V2-EXP | Installation Guide | 1. Introduction

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1.4.7 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. Alarm events are permanently stored in the control panel’s history log.

1.4.8 History Log The system stores 254 events from all areas in its

event log. 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 the DX4010i/DX4010 RS-232 Serial Interface Module and a serial printer, or upload it to the Remote Programming Software (RPS).

1.4.9 Wireless (RF) Devices The control panel supports a variety of wireless

sensor devices, which can be included in the 40zone maximum.

1.5 Control Panel Assembly

You should receive the following parts: Documentation Pack

• DS7200V2 Installation Guide (this document)

(P/N: 4998153893)

• DS7200V2 Expert Programming Guide

(P/N: 4998153891)

• System Worksheet (P/N: 4998153887)

• Release Notes (P/N: 4998153890)

• User’s Guide (P/N: 4998153894)

Assembly

• Control Panel Assembly

• Red Battery Lead (P/N: 47720B)

• Black Battery Lead (P/N: 47721B)

• 2.2 k EOL Resistors (16 total)

• 3.65 k EOL Resistors (8 total)

• Tamper Switches

1.6 Listings and Approvals

•

• This product fulfills the requirements of

EN 50131-1, 50131-2, CLC/TS 50131-3

1.7 System Options

1.7.1 Arming Devices

• DS7445i LED Keypad: LED keypad that

displays up to 16 zones.

• DS7445V2 LED Keypad: LED keypad in new

faceplate design.

• DS7447E LCD (Text) Keypad: Text keypad

that displays system information and programmable text.

• DS7447V2 LCD (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, and/or a door contact. Each DACM supervises one door.

1.7.2 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: 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.

• DX3020 Module: The DX3020 is an X-10

Interface Module. It can emulate up to 2 DX3010 Octo-Output Expanders. One allowed per system.

• 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. It does not occupy a 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.

EN | 9

DS7200V2-EXP | Installation Guide | 1. Introduction

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1.7.3 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 create a Panic event if programmed.

• RF3334E RF Keyfob: 4-button keyfob that

can arm/disarm the system and create a Panic event 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 builtin inertia sensor used for monitoring doors, windows, or other dry contact devices.

• RF3503E Two-Button Transmitter:

Wireless, two-button transmitter that sends a medical or panic alarm signal to the monitoring system.

• 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 PIR/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.

1.7.4 Programming Tools

• DS7447E/DS7447V2 Text Keypad: Required

for keypad programming.

• PK32 Program 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 diagnostic tool.

1.8 System Batteries

1.8.1 Standby Battery 12 V, 7 Ah or 18 Ah sealed lead-acid rechargeable

battery

• Power Sonic: PS-1270; PS-12180

• YUASA: NP7-12; NPG18-12

1.8.2 RAM Backup Battery

• 3 V coin-type lithium battery (Panasonic

CR2032 or equivalent)

1.9 Available Power

1.9.1 Auxiliary Power Use auxiliary power terminals to power devices

requiring continuous power. Up to 1.2 A is available for continuously powered devices.

1.9.2 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.

1.10 Installer Keypad/RPS Connector

Use the Aux/Data connector to connect an Installer Keypad or a DX4010i/DX4010 to the control panel for programming and diagnostics.

EN | 10

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

EN | 11

Bosch Security Systems, Inc. | 04/12 | F01U253045-02

Figure 1: Enclosure Installation

If you think that EMI could be a problem, use

2. System Installation and

shielded cable. The drain wire for the shielded cable must have continuity from the earth ground

Setup

2.1 Control Panel Installation

The control panel and enclosure are shipped together. Hardware to attach the enclosure to the wall is not supplied.

terminal on the control panel to the end of the wire run. If continuity is not maintained, the shielded cable can aggravate potential noise problems rather than eliminate them.

Connecting the drain wire to ground at any place other than the control panel’s earth ground

Only qualified, authorized service personnel should install and maintain this system. Test the entire system at least once a week, and have 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 control panel contains staticsensitive 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 it.

2.1.1 Electro Magnetic Interference (EMI) EMI might occur if you install the system or run

system wires near any of the following:

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.

2.1.2 Enclosure Installation Knock out the desired wire entrances on the

enclosure.

Use the enclosure as a template and mark the top mounting holes on the mounting surface. Pre-start the screws (not supplied) for these

holes.

Place the enclosure onto these screws. See

Figure 1. Tighten the screws. Screw in the remaining two screws into the

bottom holes. See Figure 1.

Use proper anchor and screw sets when installing the enclosure on non-load-bearing surfaces, such as dry wall.

Use the screws provided to secure the enclosure cover (see Figure 1).

• 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

1- Screws for securing the cover 2- Slide enclosure screws into upper portion of

mounting hole 3- Top holes 4- Bottom holes

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

Bosch Security Systems, Inc. | 04/12 | F01U253045-02

Figure 2: Control Panel Board Mounting

Figure 3: Standby Battery Connections

BATT+

BATT-

(+)

(-)

2.1.3 Control Panel Board Installation

1. Place the control panel board clips on the

appropriate standoffs in the enclosure. See Figure 2.

1- Install support standoffs (0.08 mm) here 2- Control panel board location 3- Place edge of control panel board between

slots

4- Corner of control panel board 5- Control panel board clip 6- Enclosure standoff 7- Completed assembly 8- Control panel board terminal block

locations

EN | 12

2.1.6 Standby Battery Installation High current arcs are possible. The

red (+) battery lead and the control panel’s “BATT +” connector can create high current arcs if shorted to terminals or enclosure. Use caution when working with the red lead and the control panel’s “BATT +”. Always disconnect the red lead from the battery before removing the red lead from the control panel.

Replace the standby battery every 3 to 5 years under normal use. Exceeding the maximum output ratings, or connecting the control panel to an outlet that is routinely switched off, causes heavy discharges. Routine heavy discharges can lead to premature battery failure. Record the date of installation directly on the battery.

When the standby battery and the transformer connections are made, the control panel charges the standby battery as you finish the installation.

See Figure 3 for details when installing the standby battery.

Slide the control panel board into the slots at the top of the enclosure, and then secure it with the two screws provided. See Figure 2.

2.1.4 Ground and Transformer Connection

1. Connect the green/yellow earth ground wire

from the earth ground stud to the control panel as shown in Figure 65 on page 129.

2. Connect the orange and yellow wires from

the transformer to the control panel as shown in Figure 65 on page 129.

2.1.5 Mains Connection

1- Standby battery 2- Control panel board 3- Black (-) line

Make sure you have a good earth ground before completing the following steps.

4- Red (+) line

Follow all electrical codes when routing the AC Mains power connection to the control panel.

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

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Figure 4: RAM Backup Battery

REMOVE

Figure 5: RJ31X/RJ38X Wiring

AUXILIARY

2 3

7 8

1 2

4 5

6 7

T1R

T R

2.1.7 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 completing system installation.

1- RAM Backup Battery 2- Battery Clip 3- Insulator -

EN | 13

2.1.8 Telephone Connections

See System Status LED on page 40 for a complete function description.

1. To prevent jamming of signals, wire the

RJ31X jack or RJ38X jack to support line seizure as shown in Figure 5.

2. Install the jack on the street side of the

phone switch, wired ahead of any PBX equipment. Line seizure temporarily interrupts normal phone usage while the communicator transmits data.

3. Confirm that the panel seizes the line,

acquires dial tone, reports correctly to the receiver, and releases the phone line to the in-house phone system.

1- Outside Telco (PSTN) 2- Premises telephone 3- RJ31X or RJ38X jack 4- Telco connector block 5- Phone line connections to control panel 6- Bar short removed on Telco connector

block insertion – positions 1 & 4 and 5 & 8

4. Connect the telephone cord’s flying leads to

the telephone terminals (Red to R; Gray to R1; Brown to T1; Green to T). The terminals are located on the right side of the control panel board.

5. Plug the other end of the cord to the RJ31X

jack or RJ38X jack.

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Figure 6: Ground Start

BATT+ BATT-

ALRM

PO1

L-1

SMK

L-2COM

L-4COML-3 L-6COML-5

L-8COML-7

AUXILIARY

PO1 SELECT

STATUS

2.1.9 Ground Start Some telephone systems require a momentary

ground input to initiate a dial tone. To interface with a ground start system, wire PO 1 as shown in Figure 6. The PO 1 Jumper must be open. Program PO 1 for Ground Start. See Programmable Output 1 (PO 1) on page 21 for programming instructions.

Connect a proper earth ground reference to the earth ground terminal.

Ground Start is not intended for use in fire or combined fire/burglary applications.

1- Place PO1 jumper in OPEN position as

shown

2.1.10 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 V).

If the control panel senses trouble for 40 sec, 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 may 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.

EN | 14

2.1.11 Communication Failure (Comm Fail)

The control panel routes reports to two routing destinations. Each destination 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 123 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 dialer 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, network 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.

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Table 3: Keypad Address Pin Settings

Keypad Address Pins

Keypad

Addres

1 2 4 8 16

MODE

ON ON

ON ON ON

Figure 7: Keypad Jumper Plug

Configuration

Figure 8: Keypad to Control Panel Wiring

7- Control panel board

Table 4: Keypad to Control Panel Wire Length

0.8 mm (#22 AWG)

1.2 mm (#18 AWG)

BATT+

BATT-

Data In Data Out

+12 VDC Com

2 3 4

(+)

(-)

2.2 Arming Device Installation

The Door Access Control Module (DACM) is also an arming device. See Door Access Control Module (DACM) on page 38 for more information.

2.2.1 Keypad Addressing Keypads 1 to 8 are assigned to Data Bus

Addresses 1 to 8. Table 3 shows the correct address setting for

each keypad address.

0* OFF OFF OFF OFF OFF OFF 1 2 OFF 3 4 OFF OFF 5 6 OFF 7 8 OFF OFF OFF

* Address 0 is reserved for the Installer Keypad. This keypad is not intended for permanent installation and should remain with the installer/service technician.

Some keypads use jumper plugs to set the address. See Figure 7 for correct jumper plug orientation.

OFF OFF OFF OFF

OFF OFF OFF OFF OFF OFF

OFF OFF

OFF

OFF OFF OFF OFF OFF OFF

OFF

EN | 15

2.2.2 Keypad Installation Keypads contain static-sensitive

components. Follow anti-static procedures when handling the keypads.

Consult your keypad’s installation manual for complete installation instructions. Keypads connect to the control panel in parallel as shown in Figure 8.

1- DS7447E/DS7445i Keypads, or

DS7447V2/DS7445V2 Keypads

2- Keypad terminal block 3- Green data wire 4- Yellow data wire 5- Red (+12 VDC) wire 6- Black (-12 VDC) wire

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.

See Table 4 for control panel data bus-to-keypad wire length requirements.

1- Jumper plug ON position

2- Jumper plug OFF positions

Control Panel to Keypad 305 m

Control Panel to Keypad using an External Power Supply

(1000 ft) 305 m

(1000 ft)

610 m (2000 ft)

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Figure 9: Keypad to Control Panel Wiring

(External Power Supply)

Figure 10: Keyswitch: Tamper Wired

Zone Configuration

1- Zone input

Data In Data Out

+12 VDC

(+)

(-)

Com

(+)

(-)

BATT+

BATT-

See Power Outputs on page 8 to determine the total power available for your system. You might need to add one or more external power supplies for the number of keypads you want to use. See Figure 9 to connect an external power supply to a keypad.

Do not tie the black (-) output to earth ground when using an external power supply. A ground fault condition is reported if black (-) is grounded.

You can use either one of the Aux Power (-) terminals when connecting to the control panel.

Figure 9 shows the common from the external power supply connected to both the keypad’s common terminal and the control panel’s Aux Power (-) terminal.

EN | 16

2.2.4 Keyswitch Overview

You can connect a maintained or momentary contact arming device to arm or disarm any of the areas in the system. The keyswitch is connected to an on-board or off-board zone’s sensor loop.

The control panel offers a wide variety of keyswitch arming options. The default keyswitch configuration is tamper-wired. See “Controlled Keyswitch Types” in “Zone Function Configuration” in the DS7200V2 Expert Programming Guide (P/N: 4998153891) for alternative keyswitch configurations.

Outputs can be programmed to activate LEDs, sound alarm outputs, or activate strobes to indicate arming status for keyswitch arming stations. See Output Parameters on page 86 for more information.

2.2.5 Keyswitch Installation

Keyswitch Wiring – Tamper Wired Zone Configuration

For maintained or momentary operation, wire the keyswitch as shown in Figure 10.

1- DS7447E/DS7445i Keypads, or

DS7447V2/DS7445V2 Keypads

2- Keypad terminal block

2- Common 3- 2.2 kΩ resistors 4- Keyswitch

3- Red (+12 VDC) wire 4- Black (-12 VDC) wire 5- Green data wire 6- Yellow data wire 7- Control panel board

8- External 12 VDC power supply

2.2.3 Keypad Supervision The control panel supervises communication to

the keypad. If it fails to communicate with the keypad, it sends a “DBus Missing” {125} report.

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Figure 11: Maintained Keyswitch:

Single EOL Resistor Configuration

Figure 12: Momentary Keyswitch:

Single EOL Resistor Configuration

Figure 13: Keyswitch: Zone Doubled

Configuration

Figure 14: Keyswitch: No EOL Resistor

Configuration

Keyswitch Wiring – Single EOL Configuration For maintained switches, connect the EOL

resistor for the zone at the keyswitch so that the switch opens the circuit when it operates. A short on the circuit produces an alarm if the area is armed and a trouble if it is disarmed. See Figure 11.

EN | 17

Keyswitch Wiring – Zone Doubled Configuration

For maintained or momentary operation, wire the keyswitch as shown in Figure 13.

1- Zone input 2- Common 3- 2.2 kΩ resistor

4- Keyswitch (Open on circuit arms area)

For momentary switches, connect the EOL resistor for the zone at the keyswitch so that the switch shorts the resistor when it operates. An open on the circuit produces an alarm if the area is armed and a trouble if it is disarmed. See

Figure 12.

1- Zone input

2- Common 3- 2.2 kΩ resistor 4- Keyswitch (Short on circuit toggles arming

state)

1- Zone input 2- Common 3- Second zone wiring 4- 2.2 kΩ or 3.65 kΩ resistor

5- Keyswitch

Keyswitch Wiring – No EOL Resistor Configuration

For maintained or momentary operation, wire the keyswitch as shown in Figure 14.

1- Zone input 2- Common

3- Keyswitch

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Figure 15: Tamper-Wired Zone

Configuration

2.2.6 Silencing an Alarm 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.

2.2.7 Exit Terminator Button When the Keyswitch Zone Function Options 1

parameter (see “Options 1, Zone Function ##” in the DS7200V2 Expert Programming Guide [P/N: 4998153891]) is set to 15, the input functions as an exit terminator button. 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 tone and the button functions as a doorbell.

EN | 18

2.3 On-board Sensor Loop Setup

2.3.1 Overview

The control panel provides eight on-board sensor loops (L-1 to L-8). Each sensor loop operates independently and does not interfere with the operation of the others.

The default End-of-Line (EOL) resistor selection for the on-board sensor loops is the single alarm contact tamper-wired configuration.

See “Global Zone Configuration” in the DS7200V2 Expert Programming Guide (P/N: 4998153891) to modify the on-board sensor loop EOL resistor configuration.

2.3.2 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 15 to wire a sensor loop as a tamper- wired zone.

1- Tamper contact 2- Alarm contact 3- Multiple alarm contact configuration only

(5 contacts max)

4- 2.2 kΩ EOL resistor

5- 2.2 kΩ alarm resistor

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Figure 16: Single Zone Sensor Loop

Wiring

Figure 17: On-board Doubled Zone

Sensor Loop Wiring

2 3

2.3.3 Single Zone Configuration (Loops 1-8) When wiring the on-board sensor loops in the

single zone configuration, install the resistor of the appropriate value (2.2 kΩ resistors are provided) at the far end of the sensor loop to provide a reference for supervision. You can connect dry contact sensing devices in series (Normally-Closed) and/or in parallel (NormallyOpen) to any of these loops (see Figure 16).

EN | 19

2.3.4 Doubled Zone Configuration

When wiring the on-board sensor loops in the doubled zone configuration, install the resistors of the appropriate value (2.2 kΩ and 3.65 kΩ) as shown in Figure 17. The control panel can be configured to function with either Normally-Open or Normally-Closed contacts. Normally-Closed contacts are recommended.

Each sensor loop is monitored as a separate zone.

1- Sensor loop terminal 2- Common 3- Sensor loop terminal 4- Common 5- 100Ω maximum 6- 2.2 kΩ EOL resistor (P/N: 47819) 7- Normally-Open contacts 8- Combination of Normally-Open contacts and

Normally-Closed contacts

Loop resistance limits the number of NormallyOpen and/or Normally-Closed detection devices that each sensor loop can supervise. The total resistance for wire length and contacts, minus the end-of-line resistor, must not exceed 100 Ω.

1- Common 2- Sensor Loop 1 to Sensor Loop 8 3- On-board Locations 1 to 8 4- Alarm Contacts 5- 3.65 kΩ EOL resistor 6- 2.2 kΩ EOL resistor

7- On-board Locations 9 to 16

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Figure 18: Single Zone Sensor Loop

Wiring (No EOL)

Figure 19: 4-wire Smoke Detector

(Tamper-wired)

2 3

BATT+ BATT-

ALRM

PO1

SMK

PO1 SELECT

2 3

B COM

L-1

2.3.5 No EOL Zone Configuration See Figure 18 when wiring a zone with no EOL

resistors.

1- Sensor loop terminal 2- Common 3- Sensor loop terminal 4- Common 5- 100 Ω maximum 6- Normally-Open contacts

7- Normally-Closed contacts

EN | 20

2.3.6 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 must use a relay module to interrupt power to the detector in order for the detector to reset.

Configure the output controlling the relay as Output Function 1|13 “Fire Verification” (see Output Parameters on page 86 for more information).

Make loop connections to L-X (where X = Loop #) and COM terminals. See Figure 19, and Figure 20 on page 21.

1- Remove jumper plug from PO 1 SELECT

jumper

2- 2.2 kΩ alarm resistor 3- 2.2 kΩ EOL resistor 4- Smoke detector 5- AUX (+) 6- AUX (-)

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

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Figure 20: 4-wire Smoke

Detector (Single EOL Resistor)

Figure 21: PO 1 Wiring (PO 1 Jumper

Shorted)

Figure 22: PO1 Dry Contact Wiring (No

PO 1 Jumper)

BATT+

BATT-

ALRM

PO1

SMK

PO1 SELECT

4 3

COM

L-1

PO1

L-1

SMK

ALRM

(+) (-)

A B

(+) (+)

(-)

1- Remove jumper plug from PO 1 SELECT

jumper

2- 2.2 kΩ EOL resistor 3- EOL200 End-of-Line Module 4- DS250 with MB4W Base 5- AUX (+)

6- AUX (-)

2.4 On-board Output Setup

2.4.1 Overview The control panel has four on-board

programmable outputs (PO 1 to PO 4). Programmable Output 2 (PO 2) can be

configured as a supervised siren driver. See “Global Output Options” in the DS7200V2 Expert Programming Guide (P/N: 4998153891) for programming instructions. When programmed as a siren driver, PO 2 draws power from the ALRM + terminal. When connected to a 4 Ω horn/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 power calculation.

EN | 21

2.4.2 Programmable Output 1 (PO 1)

By default, PO 1 is the Bell output, and the PO 1 SELECT jumper should be shorted. See Figure 21.

PO1 SELECT

BATT+

BATT-

ALRM

SMK

PO1

(+)

(-)

L-1

COM

1- Short PO 1 SELECT jumper with jumper plug

2- Audible notification appliance

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 22, and Figure 23 on page 22 for details.

1- Audible notification appliance

2- DC power source

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

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Figure 24: PO 2 to PO 4 Wiring

Figure 25: RF3227E Address Jumper

Settings

PO1

L-1

SMK

A B

(+)

ALRM

B G

ADDR

Figure 23: PO 1 Positive Alarm Trigger Wiring

1- Audible notification appliance

2.4.3 Programmable Outputs 2 to 4 (PO 2 to PO 4)

PO 2 can be used with ALRM+ as a supervised siren driver. Connect an approved 4 or 8  speaker. Alternatively, PO 2 can sink up to 500 mA 12 VDC. See Figure 24.

EN | 22

If PO 1 to PO 4 do not provide the alarm output you expect, do the following:

Check the programming for Programmable Outputs in Output Parameters on page 86.

Check “Zone Function Configuration” in the DS7200V2 Expert Programming Guide (P/N: 4998153891) to verify the zones you are activating are programmed for alarm output.

2.5 RF3227E RF Receiver Setup

For complete installation instructions regarding the RF3227E Premises RF Receiver, see the RF3227E Installation Guide (P/N: 4998122415).

2.5.1 RF Receiver Addressing Set the RF3227E’s address by placing the

address jumper pin as shown in Figure 25.

Remove power from the system and RF receiver so that RF receiver address changes can take effect.

PO1 SELECT

BATT+

BATT-

(+)

ALRM

(-)

PO1

A B

SMK

L-1

COM

1- Audible notification appliance

If PO 2 is configured as a supervised siren driver (in combination with the ALRM + terminal), you must connect a 4 or 8  speaker to PO 2 to clear the speaker supervision trouble.

PO 3 and PO 4 can be configured for Alarm Output. These outputs can sink up to 500 mA 12 VDC each.

Defaults for PO 2 to PO 4 are as follows: PO 2: 1|6 (Strobe) PO 3: 0|1 (Armed: All, Perimeter Only, Partial On) PO 4: 2|13 (Ready to Arm) See Output Parameters on page 86 for

programming instructions.

1- RF receiver address jumper pins 2- RF Receiver #1 (Address 50) jumper plug OFF

(default position)

3- RF Receiver #2 (Address 51) jumper plug ON

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Figure 26: RF3227E to Control Panel

Wiring

Figure 27: Standard DX2010 Installation

Locations

BATT+

BATT-

2 3

2.5.2 RF Receiver to Control Panel Wiring

The RF3227E contains static-sensitive components. Follow anti-static procedures when handling this module.

Wire the RF3227E to the control panel as shown in Figure 26. When power is applied to the system, the red LED at the center of the RF3227E lights.

EN | 23

2.6 Off-board Sensor Loop Setup (DX2010)

2.6.1 DX2010 (DX2014) Overview

The DS7240V2 supports up to 5 DX2010 Input Expanders. The DS7220V2 supports up to 3 DX2010 Input Expanders.

Each DX2010 provides eight sensor loops. See Location ##, Zone Function on page 83 for information on how the DX2010 sensor loops are assigned to zone locations.

• DX2014 Input Expander: A DX2010 mounted

inside a plastic enclosure with tamper switch for remote installation.

• Current Draw without Aux Output

Terminals: 35 mA Standby

• Current Draw with Aux Output Terminals:

135 mA maximum with 100 mA of connected accessories.

2.6.2 DX2010 Installation

The DX2010 contains static-sensitive components. Follow anti-static procedures when handling this module.

1- RF3227E terminal block 2- Red wire (+) or (R) 3- Black wire (-) or (B)

Up to three DX2010 modules can be installed in the control panel’s enclosure (two on interior side walls of enclosure and one on back wall of enclosure). See Figure 27 and Figure 28 for installation locations.

4- Green data wire (G) 5- Yellow data wire (Y)

6- Control panel board

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.

2.5.3 RF Receiver Programming See Data Bus Device Parameters on page 99 for

programming instructions.

2.5.4 RF Reciever 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.

1- Control panel board location 2- Standard DX2010 mounting locations 3- DX2010 module 4- Enclosure wall

5- Screws (supplied with DX2010)

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

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Figure 28: Optional DX2010 Mounting

Locations

Table 5: DX2010 to Control Panel Wire

Length

Power

Source

08 mm

(#22

AWG)

1.2 mm (#18

AWG)

Used

(98.4 ft)

(249.3 ft)

Table 6: DX2010 to External Power Supply

Wire Length

08 mm

(#22 AWG)

1.2 mm

(#18 AWG)

Figure 29: DX2010 to Control Panel

Wiring

BATT+ BATT-

+OUT- TMPR 1 COMR B YG

1- Control panel board location 2- DX2010 optional mounting location

Up to five DX2014 modules can be connected to the DS7240V2 (up to 2 on a DS7220V2). See Figure 29 for wiring details.

2.6.3 DX2010 Wiring Do not use twisted pair or shielded cable when

wiring the DX2010. See the following tables for Data Bus wire length

requirements.

Aux Output

Not Used

Aux Output

Used or Not

Used

Control

Panel

External

Power

Supply

305 m

(1007.7 ft)

30 m

305 m

(1007.7 ft)

610 m

(2001 ft)

76 m

610 m

(2001 ft)

EN | 24

Connect the control panel’s Data and Aux Power terminals to the DX2010 as shown in Figure 29.

If the DX2010’s Aux Output (“+Out-“ terminals) is used as an auxiliary power source, the DX2010’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.

1- DX2010 module 2- Green (G) data wire 3- Yellow (Y) data wire 4- Black (-) wire 5- Red (+) wire

6- Control panel board

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.

Aux Output

Not Used

Aux Output

Used

305 m

(1007.7 ft)

30 m

(98.4 ft)

610 m

(2001 ft)

76 m (249.3

ft)

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

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Figure 30: DX2010 to Control Panel

Wiring (External Power Supply)

Figure 31: DX2010 Auxiliary Output

Wiring

BATT+ BATT-

+OUT- TMPR 1 COM

(+)

(-)

TMPR 1 COM

G Y

+OUT-

3 4

If you need to power the DX2010 with an external 12 VDC power supply, wire it as shown in Figure

30.

1- DX2010 Module 2- Green (G) data wire 3- Yellow (Y) data wire 4- Black (-) wire 5- Red (+) wire 6- External 12 VDC power source

7- Control panel board

Do not tie the black (-) output to earth ground when using an external power supply. A ground fault condition is reported if black (-) is grounded.

EN | 25

2.6.4 DX2010 Auxiliary Output Wiring 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 31.

1- DX2010 Module 2- Motion detectors, photo beams, etc. 3- Black (-) wire 4- Red (+) wire

The following maximum wire lengths apply when wiring the DX2010’s auxiliary output to remotely powered devices, such as PIRs and smoke detectors:

− 15 m (49.2 ft) for 0.8 mm (#22

AWG) wire.

− 30 m (98.4 ft) for 1.2 mm (#18

AWG) wire.

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Figure 32: DX2010 Tamper Input Wiring

Figure 33: DX2010 No Tamper

Figure 34: DX2010 Tamper-Wired Zone

Wiring

1R B G Y+OUT-

TMPR COM

R B

Y+OUT-

TMPR

COM

3 4 5 6 7 8COM COM COM

2COM

2.6.5 DX2010 Tamper Input Wiring Each DX2010 module provides an input for

tamper devices. The tamper input is in addition to the zone sensor loops. Supervising an enclosure tamper does not occupy a zone. A fault on the tamper input is reported as a tamper event to which the Data Bus address the DX2010 is set.

The tamper input can monitor external NormallyClosed (N/C) tamper switches when wired as shown in Figure 32. The tamper circuit must be closed to provide proper Input Expander tamper supervision to the control panel. Do not use an EOL resistor.

EN | 26

Use either the tamper input or the on-board tamper switch. Both cannot be used simultaneously.

1- DX2010 Module 2- Tamper Jumper

2.6.6 DX2010 Tamper-Wired Zone Wiring For tamper-wired sensor loop configuration, wire

as shown in Figure 34.

1- DX2010 Module

2- External tamper switch

The DX2014 configuration includes a tamper spring. Do not use the DX2010 TMPR input in the DX2014 configuration.

The DX2010’s on-board tamper switch cannot be used when it is mounted inside the control panel’s enclosure (wire the tamper input as shown in Figure 33 if installed in the control panel’s enclosure).

If neither the tamper input nor the on-board tamper switch is used, a wire must be placed as shown in Figure 33.

1- Tamper contact 2- 2.2 k



EOL resistors

3- Alarm contacts (programmable for either

Normally-Open or Normally-Closed)

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Figure 35: DX2010 Single EOL Zone

Wiring

Figure 36: DX2010 Doubled Zone Wiring

Table 7: Control Panel Locations for DX2010

Address 106

DX2010 Sensor Loop

EOL 1 2 3 4 5 6 7 8

Table 8: Control Panel Locations for DX2010

Address 107 (DS7240V2 only)

DX2010 Sensor Loop

EOL 1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8COM COM COM C

1 2

2.6.7 DX2010 Single EOL Zone Wiring The DX2010 supports both Normally-Open and

Normally-Closed contacts in the single EOL zone configuration.

Use 2.2 k EOL resistors (P/N: 47819) when wiring as shown in Figure 35.

1- Normally-Closed contacts

2- Normally-Open contacts

The Loop Response Time setting in the Zone Function Configuration has no effect on the DX2010. Its response time is configurable. See “DX2010 Configuration” in the DS7200V2 Expert Programming Guide (P/N:

4998153891). The DX2010 cannot be used with two-

wire smoke detectors.

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2.6.8 DX2010 Doubled Zone Wiring For the doubled sensor loop configuration, wire

as shown in Figure 36. The loop response time of doubled sensor loops is fixed at 150 ms. The control panel can be configured to function with either Normally-Open or Normally-Closed contacts. Normally-Closed contacts are recommended.

Each loop is monitored as a separate zone.

1- DX2010 Common 2- DX2010 input terminals 1 to 8 3- DX2010 inputs (see Table 7 and Table 8) 4- 2.2 k



EOL resistor

5- 3.65 k EOL resistor 6- DX2010 inputs (see Table 7 and Table 8)

3.65 k 9 10 11 12 13 14 15 16

2.2 k 17 18 19 20 21 22 23 24

3.65 k 25 26 27 28 29 30 31 32

2.2 k 33 34 35 36 37 38 39 40

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Table 9: DX2010 Address Settings

Location Standard

Sensor Loop*

Doubled

Sensor Loop**

101

Table 10: DX2010 DIP Switch Settings

DX2010 DIP Switch Settings

DIP

Switche

S6 Module

Address

16 8 4 2 1

ON ON

Figure 37: DX2010 DIP Switch

Configuration

Figure 38: DX2010 Status LED Location

1 2 3 4 5 6

2.6.9 DX2010 Addressing Any time you change the address DIP

switches, cycle the power to the module OFF and then ON for the changes to take effect.

Use Table 9 to set the address jumpers for all DX2010s connected to the control panel.

Shaded rows only apply to the DS7240V2.

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107 OFF OFF OFF

See Figure 37 for proper DX2010 DIP switch configuration.

OFF

1 to 8 Data Bus Addr

9 to 16 Data Bus Addr

102

17 to 24 Data Bus Addr

103

25 to 32 Data Bus Addr

104

33 to 40 Data Bus Addr

105

Data Bus Addr

106

107

* For Standard Sensor Loop, set the location’s “Device” parameter to “2.” Set the DX2010 address as shown in Table 10. See Location ##, Device on page 82 for programming details.

** For Doubled Sensor Loop, set the location’s “Device” parameter to “3.” Set the DX2010 address as shown in Table 10.

For tamper-wired zones, use Data Bus Addresses 101 to105. Set the device type settings to “2” (see Location ##, Device on page 82).

Set the address DIP switches as shown in Table

10.

Shaded rows apply only to the DS7240V2.

1- OFF position 2- ON position

Sample address setting shown is for Address 102

2.6.10 DX2010 Status LED See the following for Status LED operation:

• One flash per second indicates normal

operation.

• LED steady ON can indicate any of the

following:

- Power, no communication.

- “G” wire is not connected or there is a

communication problem between the control panel and the DX2010.

- No locations (zones) are assigned to the

DX2010 with this address. See Location ##, Zone Function on page 83 for details.

- DX2010 address is not set correctly.

• LED OFF indicates that there is no power to

the module.

101 OFF OFF OFF OFF OFF OFF 102 OFF OFF OFF OFF OFF 103 OFF OFF OFF OFF 104 OFF OFF OFF OFF

105 OFF OFF OFF 106 OFF OFF OFF

OFF

OFF OFF

1- DX2010 DIP Switches 2- DX2010 Status LED

1 2 3 4 5 6

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

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Figure 39: DX3010 to Control Panel

Enclosure Installation

5- Screws (supplied with DX3010)

2.6.11 DX2010 Supervision

The control panel supervises communication to the DX2010. If it fails to communicate with the DX2010, it sends a “DBus Missing” {125} report.

2.7 Off-board Output Setup

(DX3010)

2.7.1 Overview

The DX3010 Octo-Output Expander allows you to add outputs to your system in groups of eight.

The DS7240V2 supports up to 20 programmable outputs (4 on-board, 16 off-board using two DX3010 Output Expanders).

The DS7220V2 supports up to 12 programmable outputs (4 on-board, 8 off-board using one DX3010 Output Expander).

The DX3020 X-10 Interface Module allows the control panel to control up to 16 X-10 modules. The DX3020 emulates up to 2 DX3010 modules.

You can assign any of the programmable output functions to the DX3010’s individual outputs separately. See Output Parameters on page 86 for programming details.

Current Draw: 10 mA Standby plus 40 mA for each energized output (relay) for a total of 330 mA maximum with all eight outputs energized.

See the DX3010 Installation Guide (P/N: 49529) for complete installation, addressing and operating instructions.

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2.7.2 DX3010 Relay Outputs Outputs can activate when setting the

DX3010’s address DIP switches, programming the control panel, resetting the control panel or applying power to the control panel. Disconnect equipment connected to outputs when performing these functions.

The DX3010 relay outputs are not supervised and cannot be used in fire or combined fire/burglary installations for primary indicating devices.

Each DX3010 output provides a Form “C” dry contact rated for 5.0 A at 28 VDC. NormallyOpen, Common, and Normally-Closed terminals are available for each relay output. When an individual output is activated, there is continuity between the Normally-Open and Common terminals. When the output is not activated, there is continuity between the Normally-Closed and Common terminals.

2.7.3 DX3010 Installation The DX3010 contains static-sensitive

components. Follow anti-static procedures when handling this module.

You can install the DX3010 in the control panel’s enclosure with the hardware supplied with the DX3010. See Figure 39.

1- Control panel board location 2- DX3010 installation locations 3- DX3010 terminal block 4- Enclosure wall

DS7200V2-EXP | Installation Guide | 2. System Installation and Setup

Bosch Security Systems, Inc. | 04/12 | F01U253045-02

Table 11: DX3010 Wire Lengths

Power

Source

0.8 mm (#22

AWG)

1.2 mm

(#18 AWG)

Figure 40: DX3010 to Control Panel

Wiring

Figure 41: DX3010 Output States

Figure 42: DX3010 to Control Panel

Wiring (External Power Supply)

BATT+ BATT-

NC NOC

3 5

BATT+ BATT-

NC NOC

3 5

+ -

Distance from the control panel is determined by the total combined wire length of all devices (including keypads) connected to the control panel’s Data Bus terminals. The combined wire length must not exceed 305 m (1007.7 ft) using

0.8 mm (#22 AWG) wire.

2.7.4 DX3010 Wiring See Table 11 for Data Bus wire length

requirements.

Control Panel

to DX3010

Control Panel

to DX3010

External Power

Supply to

DX3010

Control

Panel

Externa

l Power

Supply

12.2 m (40 ft)

305 m

(1007.7

ft)

12.2 m (40 ft)

24.4 m (80 ft)

610 m

(2001 ft)

24.4 m (80 ft)

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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.

1- Output activated state

2- Output deactivated state

If you need to power the DX3010 from an external power supply, connect it to the power supply and the control panel.

1- DX3010 Module 2- Control panel board 3- Yellow (Y) data wire 4- Green (G) data wire 5- Black (-) wire

6- Red (+) wire

1- DX3010 Module 2- Control panel board 3- Yellow (Y) data wire 4- Green (G) data wire 5- Black (-) wire 6- Red (+) wire

7- External 12 VDC power supply

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