Bosch F01U087835 02 Easy Series 3 Ref Guide Quick Selection ( System Reference Guide) En US 2524758155

User Manual: Bosch Quick Selection Guide (- System Reference Guide) Easy Series Intrusion Control Panel

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Easy Series

ICP-EZM2

en System Reference Guide

Easy Series Table of Contents | en 3

Bosch Security Systems, Inc. System Reference Guide F01U087835 | 02 | 2008.10

Table of Contents

1Overview 6

1.1 Installation Workflow 6

1.2 System Components and Wiring 6

1.3 Phone Menus 10

1.3.1 Installer Phone Menu 10

1.3.2 User Phone Menu 11

2 System Installation and Configuration 12

2.1 Plan the Installation 12

2.2 Install System Components 13

2.2.1 Install the wLSN Hub 13

2.2.2 Install the Control Panel Enclosure 13

2.2.3 Install the Control Center 14

2.2.4 Route Power-limited Wiring 15

2.2.5 Install the ITS-DX4020-G Communicator and Antenna 15

2.2.6 Install the DX2010 Input Expander 16

2.2.7 Connect the Conettix DX4020 Network Interface Module 16

2.2.8 Connect Supervised Points 16

2.3 Apply System Power 17

2.4 Initial System Startup 18

2.5 Perform the RFSS Site Test using the wLSN Installation Tool 18

2.5.1 Prepare the wLSN Hub for Site Testing and RFSS Mode 19

2.5.2 wLSN Installation Tool Mode 1 19

2.5.3 wLSN Installation Tool Mode 2 20

2.5.4 wLSN Installation Tool Mode 3 21

2.6 Install wLSN Devices 22

2.7 Configure the System from the Installer Phone Menu 22

2.7.1 Upgrade the Control Panel (Optional) 22

2.7.2 Initiate a Phone Session from the Control Panel 22

2.7.3 Configure Required Control Panel Settings 22

2.7.4 Discover Wireless Devices 23

2.7.5 Add Users, Tokens, and Key Fobs 24

2.8 Configure the ITS-DX4020-G Communicator 25

2.8.1 Configure the Control Panel for Cellular Communication 25

2.8.2 Configure the ITS-DX4020-G 25

2.8.3 Test ITS-DX4020-G Communications 27

3 Point Expansion 28

3.1 Perform a RFSS Site Test with the Hub and the Device 28

3.2 Establishing the Wireless Network and Configuring Wireless Devices 28

3.2.1 Discover a New System 29

3.2.2 Establish and Configure the Wireless Network 29

3.2.3 Configure Devices 30

3.3 Wireless Maintenance 31

3.3.1 Wireless Configuration Menu 31

3.3.2 Assigning Points 1 to 8 as Wireless Points 32

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3.3.3 Recovering the Wireless Network 32

3.3.4 Wireless System Messages 32

4 Programming Access Options 33

4.1 System Access by Phone 33

4.2 RPS 34

4.2.1 RPS Connection Methods 34

4.3 Programming Keys 36

5Programming 37

5.1 Basic Programming 38

5.1.1 Enter Basic Programming 38

5.1.2 Points 39

5.1.3 Report Configuration 40

5.1.4 Outputs 41

5.2 Expert Programming 42

5.2.1 ROM Firmware Version Items 43

5.2.2 System Programming Items 43

5.2.3 Communicator Programming Items 47

5.2.4 RPS Configuration Items 49

5.2.5 Route Reporting Options 50

5.2.6 Point Programming Items 52

5.2.7 Output Programming Items 54

5.2.8 Control Center Programming Items 55

5.2.9 User Programming Items 56

5.2.10 Factory Default 57

5.3 Exit Programming 57

6 Control Panel Event Codes (SIA and Contact ID) 58

7 Default the System 60

7.1 Default the Control Panel and the wLSN Hub 60

7.2 Default wLSN Devices 60

8 System Test and Maintenance 61

8.1 Test the System 61

8.2 Maintain the System 61

8.3 Installer History Event Announcements 61

8.4 Event Messages 61

9 ITS-DX4020-G Communicator Configuration 62

9.1 ITS-DX4020-G Communicator Overview 62

9.2 Short Message Service (SMS) Configuration 63

9.3 Accessing the User Interface and Logging On Using USB 65

9.3.1 Downloading the ITS-DX4020-G USB Driver 65

9.3.2 Installing the ITS-DX4020-G USB Driver 65

9.3.3 USB Main Menu 67

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9.3.4 USB Option Menu 68

9.4 Upgrading the ITS-DX4020-G Software 70

9.4.1 Downloading the Latest Software 70

9.4.2 Installing the Software with Hyper Terminal 70

9.4.3 Installing the Software with Tera Term 71

10 Device Specifications and Overview 72

10.1 Control Panel 72

10.1.1 Standby Battery Calculation 74

10.2 Control Center 75

10.3 DX2010 Input Expander 78

10.4 Conettix DX4020 Network Interface Module 79

10.5 ITS-DX4020-G Communicator 79

10.6 wLSN Installation Tool 80

10.7 wLSN Hub 81

10.8 wLSN PIR and Dual Motion Detectors 82

10.9 wLSN Door-Window Contact 83

10.10 wLSN Recessed Door-Window Contact 83

10.11 wLSN Mini Door-Window Contact 84

10.12 wLSN Inertia Detector 85

10.13 wLSN Key Fob 87

10.14 wLSN Relay Module 89

10.15 wLSN Indoor Siren 90

10.16 wLSN Outdoor Siren 91

10.17 wLSN Smoke and Heat Detectors 92

10.18 wLSN Glassbreak Detector 95

10.19 wLSN Water Sensor/Low-temperature Sensor 100

11 Programming Details and Defaults 102

11.1 Programming Item Programming Details 102

11.2 Country Codes 107

11.3 Country Code Specific Default Programming Codes 108

12 Agency Approvals and Requirements 112

12.1 Certifications and Approvals 112

12.2 FCC 113

12.3 Industry Canada 114

12.4 SIA 114

12.5 Underwriters Laboratories (UL) 116

12.6 PD6662 and DD243 Requirements 118

12.7 EN50131 Requirements 119

12.8 INCERT 120

12.9 cUL 120

12.10 NF A2P 120

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F01U087835 | 02 | 2008.10 System Reference Guide Bosch Security Systems, Inc.

1Overview

This document contains instructions for a trained installer to properly install, configure, and

operate the Easy Series control panel, and all optional peripheral devices.

You will install and configure the system using the figures starting in Section 1.2 System

Components and Wiring, page 6 and the information in Section 2 System Installation and

Configuration, page 12. The sections following Sections 1 and 2 provide supporting details for

installation, configuration, testing, and support.

1.1 Installation Workflow

To properly install, configure, and test the system, use the following workflow:

Table 1.1 Installation Workflow

1.2 System Components and Wiring

Refer to Figure 1.1 through Figure 1.3 for overviews of the system components and wiring.

Figure 1.1 System Component Wiring Overview

Step Description Page

1. Plan the Installation Identify suitable locations for system component in the installation

site.

Page 12

2. Install the Hardware Install all system components. Page 13

3. Perform RFSS Site Test Perform radio frequency signal strength (RFSS) test. Page 18

4. Configure the System Enroll wireless devices into the system, perform basic programming

for the system, and add users to the system.

Page 22

5. Program the System Update the system with expert programming. Page 33

6. Test the System Perform a full system test. Ensure that the central monitoring station

received test reports.

Page 61

IUI-EZ1

ISW-BHB1-WX

DX4020

ITS-DX4020-G

DX2010 (+) (-) (-)

(+)

(+) (-)(+) (-)(+) (-)

ICP-EZPS

(-)

(+) (-)

(+) (+)

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Callouts for Figure 1.2, Page 8

1Control Center Mount within 3 m of control panel, Use CAT5 cable (twisted pair) for audio

bus, Set data bus address (1 - 4), up to 4 controls max

2wLSN Hub S1 S2 S3

1 0 0 = Normal Operation

9 2 0 = RFSS Mode

9 8 7 = Default Hub (refer to Page 60)

DX2010 Point Expander Data Bus Adr 102: Points 9 - 16

Data Bus Adr 103: Points 17 - 24

Data Bus Adr 104: Points 25 - 32

4DX4020 Network Interface Module Data Bus Adr 134 1 - On

2 - Off

5ITS-DX4020-G Data Bus Adr 134 (Fixed)

6Supervised Points (single EOL) Normally open and normally closed options (2.2k Ω)

7Supervised Points (dual EOL) Normally closed (2.2k Ω)

8Keyswitch Options (single and dual EOL) ((2.2k Ω)

9Prog Output (PO) 1 Options Switched 12v Switched Ground Dry Contact

10 Prog Outputs 2 - 4 NF A2P requires that sirens have a backup battery. When this siren

requires a 14,1V to 14,4V supply, use the optional board EZPS-FRA or the

auxiliary power supply IPP-PSU-2A5. Set the output as interior burglary

alarm.

11 2-wire Smoke Detector Option EOL resistor (P/N: 25899) required.

12 4-wire Smoke Detector Option EOL resistor (P/N: 25899) and Bosch EOL relay module required

Note: The system uses a 12 VDC battery, connected as shown.

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F01U087835 | 02 | 2008.10 System Reference Guide Bosch Security Systems, Inc.

Figure 1.2 Overview of the System Component Location for the ICP-EZM2-R Enclosure

Figure 1.3 Overview of the System Component Location for the ICP-EZM2-EU Enclosure

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Callouts for Figure 1.2 Page 8 and Figure 1.3, Page 8

1Port for ICP-EZRU-V3 ROM Update Key and Programming Key

2Enclosure Cover and Wall Tamper Switch

3Ground connection

Connect ground wire from enclosure to enclosure door.

4Module mounting location

ITS-DX4020-G shown.

5Module mounting location

DX2010 shown.

6System test button

When the system is completely installed and programmed, press the system test button to start a full system

test.

7Port for ICP-EZVM voice module

8Enclosure terminal cover (ICP-EZM2-R Enclosure only)

Shipped in hardware bag. Install over terminals when power supply wiring is completed.

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1.3 Phone Menus

1.3.1 Installer Phone Menu

Basic

Programming

User Menu

System

Maintenance

Event history

System test menu

Set date and time

Full system test

Reset system

Exit

Wireless configuration

Exit

Warning device test

Battery test

Communication test

Control center test

Point test

Operate Outputs

Exit

Most recent events

Events by date

Last alarm event

Last 10 events

Exit

Replace a device

Add a device

Delete a device

Transfer wireless data

(control panel-to-hub)

Transfer wireless data

(hub-to-control panel)

Erase and discover

Change installer passcode

Change master user (User 1) passcode

Exit user menu

Installer

Passcode

Points

Report configuration

Record point description

Set point type

Exit

Enter account number

Configure report destinations

Remote programming success

Exit

Outputs

Country code

Select output function

Exit

Expert

Programming

4Enter programming item, enter selection.

Two-Way

Voice Session

Talk to person at control center

Listen to person at control center

Exit

Custom

Messages

Record site description

Record Call for Service message

Exit

Programming

Key

Send data from key to control panel

Send data from control panel to key

Exit

#Exit

= The system’s arming status (on or off) and Expert Programming Item Number 142 setting of (0 or 1) determines the availability of

these menu items. Refer to Section 5.2.2 System Programming Items, Page 43.

When recording any description (point, output, user, or custom message), do not press any buttons on your phone until

prompted by the system.

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1.3.2 User Phone Menu

Exit system test menu

Two-Way

Voice Session

Talk to person at control center

Listen to person at control center

End voice session

Exit

Event history

System test menu

1Set date and time

Full system test

Reset system

Warning device test

Battery test

Communication test

Control center test

Point test

Exit

Most recent events

Events by date

Last alarm event

Last 10 events

Exit

System

Maintenance

Phone

Enter user

passcode

To hear this option, custom protection must be

enabled.

Only use this option

on non-UL systems.

Turn System On or Off

To turn an output on or off, press the

corresponding number key on the phone.

Operate Outputs

Turn system on and leave

Turn system on and stay inside

Turn on custom protection

#Exit

End phone session.

}The voice session only lasts 90 seconds.

To reset the timer, press [1] on the phone during talk mode,

or [2] during listen mode.

User Menu3

Add new user

Change user

Delete user

#Exit

To add or change a user:

}

Operate outputs

Expert Programming (Enable Installer Access)

Only the Master User can

access the full User Menu.

Users 2 to 21 can only change

their own passcode.

Change token

Record description

Change passcode

Change key fob

Exit

1 Only a user passcode (Users 1 to 21) can access the User Menu.

2 If the system is on, the System Maintenance option is not available.

3 Only the master user can add, change, or delete users. Users 2 to 21 can only change their own passcodes. User voice descriptions are

stored in the voice module and are not transferred to the control panel with programming data.

4 Option 6 allows the master user (User 1) to enable the Installer Passcode. Refer to Expert Programming Item Number 142 in

Section 5.2.2 System Programming Items, Page 43.

Availability of the menu items shown above depends on the system's status.

When recording any description (point, output, user, or custom message), do not press any buttons on your phone until prompted

by the system.

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2 System Installation and Configuration

2.1 Plan the Installation

When planning the installation, identify suitable locations for the control panel, control

center, hub, and wireless devices before installing any system components. When identifying

these locations, ensure that the following considerations are addressed.

Table 2.1 Installation Considerations

Task Considerations

1. Identify the location for

the control panel.

– Only use authorized service personnel to install this system.

– Plan to install the control panel in a centrally located room that is near the AC

Power MAINS.

– Plan to install the control panel in a location with a good earth ground.

– Because the control panel is permanently connected equipment, a readily

accessible disconnect device must be included into the building installation

wiring.

2. Test for GSM signal

strength.

Use your cell phone to identify an area with good GSM signal strength by monitoring

the signal strength on your mobile phone.

If the intended location of the control panel has poor GSM signal strength, find a

new location for the control panel.

3. Identify the location for

the control center.

Plan to install the control center near the primary entry and exit door.

4. Identify the location for

the wLSN Hub.

Plan to install the wLSN Hub in a location with good radio-frequency (RF)

characteristics and within 100 m of the control panel.

5. Identify the location for

the wLSN devices.

– wLSN devices are intended only for indoor, dry applications. Avoid installing the

devices where excessive humidity or moisture, or temperatures outside of the

acceptable operating range, exist.

– Mount wLSN devices on flat, rigid surfaces. For more information, refer to each

device's installation instructions.

– Avoid mounting wLSN devices in areas with large metallic objects, electrical

panels or electric motors. They might reduce the (RF) range of a wLSN device.

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2.2 Install System Components

2.2.1 Install the wLSN Hub

1. Separate the wLSN Hub from its base.

2. Set the wLSN Hub's rotary switches to enable RFSS mode: S1 = 9, S2 = 2, S3 = 0.

This is the setting required for the RFSS site test. Refer to Figure 1.1, Page 6.

3. Connect the wLSN Hub's data bus to the control panel's data bus. The wLSN Hub's

terminal block is removable.

–Wire Gauge: 0.14 mm to 1.5 mm (18 AWG to 24 AWG)

–Wire Length (sLSN Hub to control panel): <= 100 m

4. Reconnect the wLSN Hub and base, and then lock the wLSN Hub.

5. Mount the wLSN Hub temporarily in the desired location. You might need to relocate the

wLSN Hub if it does not pass RFSS testing.

2.2.2 Install the Control Panel Enclosure

1. Remove the desired knockouts from the control panel enclosure and optional mounting

skirt.

2. Attach the optional mounting skirt to the enclosure.

3. Route the wires through the desired knockouts.

4. Mount the enclosure to the desired surface. Use proper anchor and screw sets when you

install the enclosure on non-load-bearing surfaces, such as drywall.

NOTICE!

– Use proper anchor and screw sets when installing the enclosure on non-load-bearing

surfaces, such as drywall.

– Follow anti-static procedures when handling the control panel board. Touch the earth

ground terminal on the control panel board to discharge any static charge before working

on the control panel board.

– If you install more than one control center, mount them at least 1.2 m apart.

– Do not install the wLSN Hub within 15 cm (6 in) of the control centers metal enclosure.

NOTICE!

Refer to Figure 1.2, Page 8 or Figure 1.3, Page 8 throughout this section for the location to

install each of the hardware components in the enclosure.

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2.2.3 Install the Control Center

1. Unlock the control center and separate it from the base.

2. If you install more than one control center, each control center must have a unique

address. Valid address are 1 to 4. Refer to Figure 2.1 for the location of the address

switch.

Figure 2.1 Control Center Address Switch

3. Mount the control center base to the desired surface using the appropriate mounting

holes. Use the built-in level in the control center base as a guide.

4. Connect the control center data bus terminals to the control panel data bus terminals.

Refer to Figure 1.1, Page 6.

5. Connect the control center audio bus terminals to the control panel audio bus terminals.

Twisted pair wiring is recommended for audio bus terminals. Refer to Figure 1.1, Page 6.

6. Reconnect the control center and base, and then lock the control center.

Refer to Section Control Center Display States, Page 75 for an overview of the various control

center display states.

1 Control Center’s front cover

2 Address switch’s default settings

NOTICE!

Mount the base to a non-metallic surface that is near the primary entry/exit door.

If you install more than one control center, ensure that there is at least 1.2 m between each

control center.

Avoid mounting the control center near existing phone lines.

Avoid mounting the control center near other electronic devices.

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2.2.4 Route Power-limited Wiring

All wiring except primary AC power and standby battery is power-limited. Separate primary

AC power and standby battery wires from other wires by at least 6.4 mm (¼ in), and secure to

enclosure to prevent movement. Primary AC power and standby battery wiring cannot share

the same conduit, conduit fittings, or conduit knockouts with any other wiring. Refer to

Figure 2.2, Page 15.

Figure 2.2 Power-limited Wire Routing

2.2.5 Install the ITS-DX4020-G Communicator and Antenna

The ITS-DX4020-G is powered from the bus.

Refer to Figure 1.1, Page 6 for wiring instructions.

1. Install the ITS-DX4020-G SIM card.

a) Hold the ITS-DX4020-G communicator in the orientation shown in Figure 9.1, Page 62.

b) Slide the SIM cardholder door upward to unlock it, and then open the door.

c) Hold the SIM card in the orientation shown in Figure 9.1, Page 62, and then Insert the

SIM card into the cardholder door; the notched edge is away from the hinge.

d) Close the cardholder door, and then slide the door downward to lock it.

2. Mount the communicator into the control panel's enclosure using the side wall mounting

location.

3. Place the magnetic antenna on the panel enclosure (on top recommended for vertical

polarization). The antenna must be placed on a metal surface for proper operation.

4. Connect the antenna cable to the communicator.

5. Connect the audio terminals on the ITS-DX4020-G to the control panel’s inside phone

terminal block.

6. Connect the communicator option bus molex connector to the to the communicator and

connect the bus wires to the option bus terminals on the control panel. If preferred, the

terminal screws on the communicator can be used instead of the molex connection.

7. Install the configuration jumper on the CONFIG MODE (J200) pins. Refer to Figure 9.1,

Page 62 for the jumper location.

NOTICE!

When using the ITS-DX4020-G GSM channel for communications, do not permanently connect

a telephone to the Easy Series house phone terminals.

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2.2.6 Install the DX2010 Input Expander

The control panel supports up to three DX2010 Input Expanders for Points 9 to 32.

Refer to the DX2010 Installation Instructions (P/N: 49533) for more information.

1. Set the DX2010's DIP switches.

2. Mount the DX2010 into the control panel's enclosure (back wall or either side wall), or

other suitable enclosure.

3. Connect the DX2010 to the control panel. Refer to Figure 1.1, Page 6.

Connect a wire jumper to the TMPR and COM terminals to disable the DX2010's tamper

input. For point wiring options, refer to Section 2.2.8 Connect Supervised Points, Page 16.

To disable the tamper input on the DX2010, connect a wire jumper between the TMPR

and COM terminals.

2.2.7 Connect the Conettix DX4020 Network Interface Module

The control panel supports one DX4020 for wired network communication.

Refer to the DX4020 Installation Instructions (P/N: F01U045288) for more information.

1. Set the DX4020's DIP switches to Address 134 for network communication.

2. Mount the DX4020 into the control panel's enclosure using the back wall or side wall

mounting location.

3. Connect the DX4020 to the control panel. Refer to Figure 1.1, Page 6.

2.2.8 Connect Supervised Points

For wiring diagrams, refer to Figure 1.1, Page 6.

Fire Point Wiring

Supervised Point 1 supports two- and four-wire smoke detectors.

Supervised Points 2 to 32 support only four-wire smoke detectors.

To program supervised points as fire points, refer to Section 5.1.2 Points, page 39.

For intrusion point configuration, refer to Section Intrusion Point Wiring, Page 16.

When using an output to supply power to a four-wire smoke detector, program the output

function for System Reset. Refer to Section 5.1.4 Outputs, page 41.

Intrusion Point Wiring

You can wire Supervised Points 1 to 32 as wired or wireless intrusion points.

To program Supervised Points 1 to 32 as intrusion points, refer to Section 5.1.2 Points,

page 39.

NOTICE!

In an NF A2P certified installation, mount the DX2010 module on one side of the panel

housing, or on one side of the auxiliary power supply IPP-PSU-2A5).

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2.3 Apply System Power

1. Connect battery power to the control panel. Refer to Figure 1.1, Page 6.

2. Use a cable tie to secure the incoming AC wires to the enclosure, where required. Refer

to Figure 2.3, Page 17.

Figure 2.3 Cable tie for MAINS to Power Supply

3. Place the terminal cover over the power supply terminals.

NOTICE!

Because the control panel is permanently connected equipment, a readily accessible

disconnect device must be included into the building installation wiring.

An external earth ground is required to ensure safe and proper system operation. Failure to

ground the system can cause personal injury and degraded system performance, such as

problems with tokens or noise on the control center.

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2.4 Initial System Startup

1. Apply AC power to the system.

2. Refer to Table 2.2 for the Initial System Startup sequence.

Table 2.2 Initial System Startup Sequence (No wLSN devices discovered)

2.5 Perform the RFSS Site Test using the wLSN Installation Tool

The wLSN Installation Tool communicates signal strength levels, noise levels, signal-to-noise

ratio (SNR), and packet success rates. Use it to determine the best locations for wLSN device

installation.

Stage Time Interval Control Center wLSN Hub

1 0-15 sec Intermittent flashing green icon LED on steady

2 15-45 sec Flashing amber circle

3 45-75 sec Single rotating amber segment

4 75 sec Solid green circle

NOTICE!

Before permanently installing any wLSN device, verify that the radio-frequency signal strength

(RFSS) between the planned device location and the planned wLSN Hub location is

acceptable.

CAUTION!

If you have wireless devices that you will not immediately install, reinsert the battery tabs or

remove the batteries to prevent battery depletion.

NOTICE!

You can perform the RFSS site test using the wLSN Hub and the specific device you wish to

test. However, you must use the Installation Tool with the wLSN Smoke Detector. You cannot

determine RFSS with the detector itself. Refer to Section 3.1 Perform a RFSS Site Test with the

Hub and the Device, page 28 for instructions.

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2.5.1 Prepare the wLSN Hub for Site Testing and RFSS Mode

1. Unlock the wLSN Hub and separate it from its base.

2. Set Switch S1 to 9 and Switch S2 to 2 to enable RFSS mode. This disables normal

operation. Refer to Figure 1.1, Page 6.

3. Set Switch S3 to a value of 0 to 4, based upon the RF power level or EN50131 security

grade you wish to use. Refer to Table 2.3.

Table 2.3 wLSN Hub RF Power/EN Settings

Refer to individual device's specification for their EN50131 classification.

4. Find a suitable location for the hub base and apply power by either connecting it to the

control panel (refer to the control panel's installation instructions), or temporarily

connecting a 9 VDC to 12 VDC battery.

5. Reconnect the wLSN Hub and base, and then lock the wLSN Hub.

2.5.2 wLSN Installation Tool Mode 1

Mode 1 identifies if a device location has acceptable or unacceptable RFSS.

To test the wireless devices with the Installation Tool in Mode 1:

1. Verify that the wLSN Hub rotary switch is set to S1 = 9, S2 = 2, S3 = 0. Refer to Figure 1.1,

Page 6. The wLSN Hub's LED flashes slowly.

2. Go to the first device location, and then press and hold [*][#] on the Installation Tool for

2 sec.

3. Press [1] for Mode 1.

4. Place the Installation Tool in an upright position at the first device location, or hold it in

the location, if necessary.

5. Wait 10 sec and then review the display.

– Acceptable RFSS Display:

– Unacceptable RFSS Display:

If the location tests:

–OK: Confirm that the location is OK by testing it with the actual wireless device for this

location.

–Not OK: Test a different location.

Switch 3 Setting RF Power (EN50131 Security Grade

0Maximum power

1 3 dB lower than maximum (Security Grade 1)

2 6 dB lower than maximum (Security Grade 2)

3 9 dB lower than maximum (Security Grade 3)

4 12 dB lower than maximum (Security Grade 4)

NOTICE!

You must test the devices at the same EN50131 Security Grade at which the control panel

discovers the devices.

MODE 1: +++OK+++

MODE 1 : - NOT OK -

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2.5.3 wLSN Installation Tool Mode 2

To test the wireless devices with the Installation Tool in Mode 2:

1. Verify that the wLSN Hub rotary switch is set to S1 = 9, S2 = 2, S3 = 0. Refer to Figure 1.1,

Page 6. The wLSN Hub's LED flashes slowly.

2. Go to the first device location, and then press and hold [*][#] on the Installation Tool for

2 sec.

3. Press [2] for Mode 2.

4. Place the Installation Tool in an upright position at the first device location, or hold it in

the location, if necessary.

5. Wait 10 sec and then review the display.

The Mode 2 display shows power bars on the left and the number of packets received on the

right. The bars indicate the signal strength. The Installation Tool shows the number of packets

received: 1, 2, or 3.

Table 2.4 Mode 2 Display Data

If the location tests:

–OK: Confirm that the location is OK by testing it with the actual wireless device for this

location.

–Not OK: Test a different location.

MOD E 2 :

PACKETS=3

Power Bars Signal to Noise Ratio Packets Signal Strength

< 9 dB ≤2Unacceptable

9 dB ≥2Marginal (not recommended)

13 dB ≥2Acceptable

16 dB ≥2Good

20 dB ≥2Very good

22 dB ≥2Excellent

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2.5.4 wLSN Installation Tool Mode 3

When you perform the RFSS Site Test record the highest and lowest SNR readings because

you may need to compare them.

If the results for SNR fluctuate significantly, the location is:

–OK if you subtract the dB difference between the highest (H) result and the lowest (L)

result, and the number equals more than 13 dB. Confirm the location is OK by testing

with the actual wireless device for this location. (L - (H - L) ≥ 13 dB = OK

–Not OK if you subtract the dB difference between the highest (H) result and the lowest

(L) result and the number equals less than 13 dB. In this case, select a new location to

test. (L - (H - L) ≤ 13 dB = Not OK)

To test the wireless devices with the Installation Tool in Mode 3:

1. Verify that the wLSN Hub rotary switch is set to S1 = 9, S2 = 2, S3 = 0. Refer to Figure 1.1,

Page 6. The wLSN Hub's LED flashes slowly.

2. Go to the first device location, and then press and hold [*][#] on the Installation Tool for

2 sec.

3. Press [3] for Mode 3.

4. Place the Installation Tool in an upright position at the first device location, or hold it in

the location, if necessary.

5. Wait 10 sec and then review the display.

In the Mode 3 display, "SNR yy" refers to the signal to noise ratio in dB and "x" is the

RFSS value in dBm.

The Mode 3 display shows the signal to noise ratio (SNR) at the test spot. S refers to the

signal strength of the incoming message from the wLSN Hub to the Installation Tool. N

refers to the ambient noise level that exists at the location. The signal must be greater

than the noise (S>N). The higher the SNR, the stronger the location's signal at that

location. Dashes, appearing on both the S and N lines, indicate unacceptable signal

strength.

6. Note the readings for the location, especially the SNR values.

7. Refer to Table 2.5 to interpret the results based on the lowest and highest readings.

If one or more of the results for SNR falls below 13 dB, the location is Not OK.

Table 2.5 Signal to Noise Ratio Data

If the location tests:

–OK: Confirm that the location is OK by testing it with the actual wireless device for this

location.

–Not OK: Test a different location.

MODE 3: S- xxxdBm

SNRY N- xxxdBm

Signal to Noise Ratio Signal Strength

< 9 dB Unacceptable

9 dB Marginal (not recommended)

13 dB Acceptable

16 dB Good

20 dB Very good

22 dB Excellent

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2.6 Install wLSN Devices

1. If RFSS is OK:

– Install the device's base and continue to the next location.

If RFSS is Not OK:

– Determine what is preventing acceptable RFSS and re-test.

– Move the device to a new location and re-test, or

– Move the wLSN Hub to a new location and re-test.

2. Repeat Steps 5 through 10 in Section 2.5 Perform the RFSS Site Test using the wLSN

Installation Tool on Page 18 until all locations are tested and all bases installed.

3. Press and hold [*][#] to exit from the test mode.

The Installation Tool powers down from the main menu 30 sec after the last key press.

4. Remove power from the system.

5. Set the wLSN Hub's rotary switches to: S1 = 1, S2 = 0, S3 = 0.

6. Reapply power to the system.

2.7 Configure the System from the Installer Phone Menu

2.7.1 Upgrade the Control Panel (Optional)

Insert the ICP-EZRU-V3 ROM update key.

The upgrade is complete (after 5 to 10 min), when the green (√) LED on the control panel

flashes. Remove the green upgrade programming key.

2.7.2 Initiate a Phone Session from the Control Panel

1. Connect a phone set to the test posts or to the phone terminals. Refer to Figure 1.1,

Page 6.

2. Press and hold the System Test button for approximately 15 sec. Figure 1.2, Page 8 for

the location of the Test button.

3. When prompted, use the phone set to enter the installer passcode (default is 5432[11])

for the Installer Menu, or the master user passcode (default is 1234[55]) for the User

Menu. For the following two procedures, enter the installer passcode.

2.7.3 Configure Required Control Panel Settings

1. From the Installer menu, if prompted to set the panel date and time, press [1][1]. When

finished following the prompts, press [#][#] to return to the Installer Menu.

2. If prompted to set the Country Code, press [3][4]. Refer to Section 11.2 Country Codes,

page 107 for the appropriate Country Code. When finished following the prompts, press

[#] to return to the Installer Menu.

NOTICE!

You can configure a control panel using pre-configured program data stored on a

programming key. For more information, refer to Section 4.3 Programming Keys, page 36.

NOTICE!

For more information on default passcodes, refer to Section 4.1 System Access by Phone,

page 33.

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2.7.4 Discover Wireless Devices

Discovery is the process through which the wLSN Hub identifies and includes new devices

into a system.

1. From the Installer Menu (refer to Section 2.7.2 Initiate a Phone Session from the Control

Panel, page 22), press [1][6] to start the Discovery Process.

2. Mask all motion detectors. (The optional ISW-BMASK-10 may be used.)

3. When the system announces, "Install all batteries," install the batteries or remove the

battery tabs from the wireless devices.

4. Press [1] to continue. The system then says, "Discovering devices, please wait."

During this time, the system finds all the undiscovered wireless devices. This process

takes approximately 6 min.

5. The system announces, "Wireless devices: xx. Test all points."

"xx" = the number of wireless devices discovered, but not yet tested.

6. Test each point. If specific point numbers are preferred, test points in the appropriate

order.

Refer to Table 2.6 for instructions on testing each wireless device.

NOTICE!

Point numbers are assigned to wireless devices in the order that the devices first

communicate to the system (tampered, faulted, low battery). If specific point numbers are

preferred for wireless devices, ensure that the wireless devices communicate in the

appropriate order. Otherwise, the system assigns the lowest available point number to the

first tested wireless device. With motion detectors, unmask only the detector you want to

test.

Device To Test

Motion Detectors Walk across the detector's coverage pattern.

Smoke Detector Press and release the detector's test button, or blow smoke into the detector's chamber

to cause an alarm. Restore the alarm.

Relay Module Input and Output: Fault and restore the supervised loop.

Output Only: Tamper the device.

Inertia Detector Magnetic Switch: Open and then close the switch.

Inertia Only: Cause an alarm and then restore the alarm1, or tamper the detector.3

Glass Break Detector Cause an alarm and then restore the alarm, or tamper the detector.3

Mini Door/Window

Contact

Recessed Door/Window

Contact

Open and then close the magnetic switch.

Door/Window Contact Open and then close the magnetic switch, or fault and then restore the supervised loop.

Perform both tests only if both the magnetic switch and supervised loop are used.

Indoor Siren Tamper the device.

Outdoor Siren Tamper the device. To configure the device, refer to Section 10.16 wLSN Outdoor Siren,

page 91.

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Table 2.6 Wireless Device Test Procedures

After each successful point test, the system announces "Point xx was tested."

If you test a point and the system only announces "Point xx," the point number is assigned,

but has not been tested:

– If you prefer specific point numbers, do not continue. Fix any issue with the device and

re-test until the system announces "Point xx was tested."

– If you do not prefer specific point numbers, you can test them later through the Installer

Menu. When the system completes the testing, the system announces "Wireless devices

not configured."

7. The system says, "System test complete.”

2.7.5 Add Users, Tokens, and Key Fobs

1. From the User Phone Menu (refer to Section 2.7.2 Initiate a Phone Session from the Control

Panel, page 22), press [4] to enter the User Menu.

2. From the User Phone Menu, press [4] to enter the User Menu.

3. Press [1] to add a new user. After you add a new user, you can also assign a token,

passcode, and key fobs to that user.

4. Repeat Step 4 to add more users.

5. Press [#] to return to the User Menu.

Water Sensor/Low-

temperature Sensor

Water Sensor: Select one of the following methods:

– Short the water probe pins for at least 5 sec.

– Submerge the water probe in water for at least 5 sec.

Low-temperature Sensor: Short the "T" pads for at least 5 sec.

1 To test the inertia detector, create a shock to cause an inertia alarm, and then restore alarm.

2 To test the glass break detector, use a special tool to cause a glass break alarm, and then restore the alarm.

3 If you tamper the detector, the control panel enrolls the detector, but does not test it. You must create the appropriate alarm and

restore the alarm to test the detector.

Device To Test

NOTICE!

If you plan to use a programming key to copy control panel data for back up or use on another

system, back up the data now. Refer to Section 4.3 Programming Keys, page 36.

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2.8 Configure the ITS-DX4020-G Communicator

2.8.1 Configure the Control Panel for Cellular Communication

You must enabled GSM dialing, and set the format used and the destination IP address and

port number or phone number. You can also configure anti-replay and other parameters. To

do so:

1. Enable GSM dialing using Expert Programming Item 202.

2. For the primary and backup destinations, configure the control panel options as desired.

Refer to Table 2.7, Page 25 for an example of a typical configuration and the

corresponding Expert Programming Items.

Table 2.7 Example Configuration for Cellular Communications

2.8.2 Configure the ITS-DX4020-G

Ensure that the configuration jumper is installed on the CONFIG MODE (J200) pins.

Refer to Section 2.2.5 Install the ITS-DX4020-G Communicator and Antenna, page 15 for proper

installation.

1. Observe the LEDs to check for signal strength. Refer to Table 2.8, Page 25. Refer to

Figure 9.1, Page 62 for LED locations.

Table 2.8 ITS-DX4020-G Signal Strength LEDs

2. Call the central monitoring station (CMS) and provide the account number (may be

known as NNC number at the CMS), and control panel polling rate.

3. Observe the BUS LED. The LED stays on steady when the communicator has permission

to be configured. Refer to Figure 9.1, Page 62 for LED locations. Refer to row 2 in

Table 2.9, Page 26.

4. Observe the SS1 LED to confirm the ITS-DX4020-G is registered and has sufficient signal

strength to configure it by SMS. The SS1 LED must be On to continue. Refer to

Figure 9.1, Page 62 for LED locations. Refer to Table 2.8, Page 25 for the LED states.

5. Use the SMS configuration template to send the SMS to the installed SIM card phone

number. For detailed SMS configuration information, refer to Section 9.2 Short Message

Service (SMS) Configuration, page 63.

Format IP Address/Phone Number Port Anti-replay

Route 1 Primary (GPRS) Network 192.168.121.195 7700 1

Item Number to Configure 211 206 241 289

Route 1 Backup (GSM) Contact ID 1.585.223.4060 N/A N/A

Item Number to Configure 212 207

LED State

Strength/Comments STATUS CELL IP AUDIO SS1 SS2 SS3 BUS

Unacceptable—No reading available (modem is resetting or

registering).

⊗⊗⊗Off Off Off ⊗

Attempting to register on the GSM network. ⊗⊗⊗Flash Off Off ⊗

Unacceptable: < -89 dBm. ⊗⊗⊗On Off Off ⊗

Acceptable: -89 dBm to -83 dBm. ⊗⊗⊗On Flash Off ⊗

Good: -83 dBm to -77 dBm. ⊗⊗⊗On On Off ⊗

Very good: -77 dBm to -69 dBm. ⊗⊗⊗On On Flash ⊗

Excellent: > -69 dBm. ⊗⊗⊗On On On ⊗

Key: → = Scrolling LEDs, from left to right. ⊗ = LED’s status does not matter.

Shifting flash = Every other LED flashes simultaneously, creating the shifting flash pattern.

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6. Observe the LEDs to confirm that the communicator received a valid configuration SMS.

Valid SMS configurationsshould be received within 5 min. Refer to row 4 in Table 2.9,

Page 26.

Table 2.9 Configuration Mode (J200 Jumper Installed) LED States

7. Remove the configuration jumper. The communicator reboots.

8. Ensure that the ITS-DX4020-G can communicate with the D6600/DX6600i. Refer to

Table 2.10, Page 26.

Table 2.10 D6600 Connection Status

LED State

State/Comments STATUS CELL IP AUDIO SS1 SS2 SS3 BUS

1No control panel authorization received. →→→GSM Signal Strength Off

2Installer is authorized for Configuration

mode, or authorization is not required.

→→→GSM Signal Strength On

3Received invalid SMS. →→→Flash Flash Flash Flash

4Received valid SMS authorizing

configuration.

→→→→→ → →

Key: → = Scrolling LEDs, from left to right. ⊗ = LED’s status does not matter.

Shifting flash = Every other LED flashes simultaneously, creating the shifting flash pattern.

NOTICE!

If the LEDs indicate an invalid SMS, remove the configuration jumper and then repeat the

steps in Section 2.8.2 Configure the ITS-DX4020-G, page 25.

If the LEDs continue to indicate an invalid SMS, the SMS template might be incorrect. Confirm

the SMS template format and settings and try again, or use a USB connection to configure the

ITS-DX4020-G.

CELL IP Status

Off ITS-DX4020-G is not connected to the GPRS network.

Flash ITS-DX4020-G is connected to the GPRS network, but not connected to the Bosch receiver.

On ITS-DX4020-G is connected to the Bosch receiver through the GPRS network.

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2.8.3 Test ITS-DX4020-G Communications

1. Configure the control panel for cellular communication, if necessary. Refer to

Section 2.8.1 Configure the Control Panel for Cellular Communication, page 25.

2. Send a test alarm using the GPRS network route, and then verify receipt of the alarm at

the CMS.

3. For systems using a ITS-DX4020-G with Network as the Primary Format (GPRS) and

Contact ID or SIA as the Backup Format (GSM), program and use a Manual Communicator

Test using Programming Item Number 362 (refer to Section System Report and Restoral

Routing, page 51). Then, send a test report using the PTSN using GSM destination and

observe the LEDs. Refer to Section 2.8.3 Test ITS-DX4020-G Communications, page 27 for

configuration information. To use the Manual Communicator Test:

a) Set the Format for Route 2 Primary Destination (Programming Item Number 213) the

same as the Format for Route 1 Backup Destination (Programming Item Number 212)

b) Set the Route 2 Primary Destination (Programming Item Number 208) the same as the

Route 1 Backup Destination (Programming Item Number 207).

c) Set Programming Item Number 362 to 2 (Route 2 only).

d) Set Programming Item Number 202 to 1.

4. If incoming GSM calling is enabled, initiate a phone call into the control panel voice

menu.

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3 Point Expansion

3.1 Perform a RFSS Site Test with the Hub and the Device

You can use the wLSN Hub and the wLSN device to perform an RFSS site test, or use the

wLSN Installation Tool (refer to Section 2.5 Perform the RFSS Site Test using the wLSN

Installation Tool, page 18).

1. Take the device being tested to its planned mounting location.

2. Remove and re-insert the device's batteries, then quickly press and release the tamper

switch button four times to enter RFSS mode.

3. Hold the device at the planned mounting location.

4. Determine if the RF signal strength is acceptable by observing the device's LED flash

pattern. The flash pattern appears for 10 min. Refer to Table 3.1, Page 28.

Table 3.1 wLSN Device LED Flash Patterns in RFSS Mode

3.2 Establishing the Wireless Network and Configuring Wireless

Devices

In order for the wireless network to operate properly, the following process must occur as

shown below.

LED Flash Pattern

Flashes at 1 sec intervals No packets received or unacceptable signal strength condition.

Flashes rapidly (0.2 sec intervals) Acceptable signal strength.

NOTICE!

To cause a device to exit RFSS mode, remove the device's batteries and re-insert them.

Devices automatically exit RFSS mode after 10 min of inactivity.

→Inputs and

Outputs

Discover

Devices

→Establish

Network

→Configure

Network

→Configure

Devices

→Key Fobs

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3.2.1 Discover a New System

Discovery is the process through which the wireless hub identifies and includes new

(undiscovered) devices into the system.

There are two ways to start the discovery process on a new system: point test, and the

Wireless Configuration Menu: Point Test and the Wireless Configuration Menu.

Point Test

The device discovery process automatically starts at the beginning of the Point Test.

To start a point test from the System Test Button:

1. Ensure that all devices have exited RFSS Mode, including the wLSN Hub.

Ensure the wLSN Hub is in normal operating mode (LED is on steady).

2. Press the System Test button for one second.

To start a point test from the Phone Menu:

From the Installer Menu of a phone session (refer to Section 2.7.2 Initiate a Phone Session from

the Control Panel, Page 22):

– Press [1], and then press [2] to select Full System Test.

– Press [1], and then press [3] to select System Test Menu. From the System Test Menu,

press [5] to select Point Test.

Wireless Configuration Menu

1. Enter the Installer Menu of a phone session (refer to Section 2.7.2 Initiate a Phone Session

from the Control Panel, Page 22).

2. Press [1][6] to select System Maintenance Wireless Configuration. The device discovery

process automatically starts.

3.2.2 Establish and Configure the Wireless Network

The wLSN Hub automatically establishes and configures the wireless network.

The wLSN Hub evaluates each available radio frequency (RF) for noise, RF signal strength, and

other adjacent wireless systems. The wLSN Hub then selects the frequency with the lowest

amount of noise and least amount of traffic for network operation.

To configure the wireless network, the wLSN Hub selects the best channel for broadcasting.

Once a channel is selected, the wLSN Hub then configures all discovered devices to operate

on the selected frequency. This process takes several minutes.

NOTICE!

You can only perform the new system discovery process once. To update an existing wireless

system, refer to Section 3.3 Wireless Maintenance, Page 31.

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3.2.3 Configure Devices

Input and Output Devices

Once the network is established and configured, the system announces "Test all points." Test

the wireless devices in this order: input devices, output devices, and relay modules.

When you restore the device, the system announces the assigned device number.

Test Devices

Point numbers are assigned to wireless devices in the order that the devices first

communicate to the system (tampered, faulted, low battery). If specific point numbers are

preferred for wireless devices, ensure that the wireless devices communicate in the

appropriate order. Otherwise, the system assigns the lowest available point number to the

first tested wireless device. With motion detectors, unmask only the detector you want to

test. Refer to Table 2.6 on Page 24 for wLSN device testing instructions.

Key Fobs

1. After the last wireless device is configured and the Point Test ends, press [#] repeatedly

until you exit the Installer Menu and end the phone session.

2. Start a new phone session, or press and hold [3] on the control center, and enter the

master user (User 1) passcode.

3. Press [4] [1].

4. Enter a passcode, and then re-enter the passcode.

5. Press [4] to add a key fob. Token assignment and voice description are optional.

6. Repeat Steps 4 to 7 to add more users and key fobs, or press [#] repeatedly to end the

phone session.

To create a key fob-only system (no wireless input or output devices installed), start at Step 2.

In a key fob-only system, adding the first key fob might take several minutes to complete as

the wireless network is established and configured. Subsequent key fob additions take less

time.

NOTICE!

The ISW-BMC1-S135X Door/Window Contact and the ISW-BIN1-S135X Inertia Detector have a

magnetic switch as an input. If the magnetic switch is not used, remove the magnet from the

device before starting the Point Test.

NOTICE!

Do not exit the Point Test until all intended wireless devices are tested. Otherwise, you must

manually add devices to the system.

If extra wireless devices not intended for installation are within the wireless hub's range, the

wLSN Hub might also discover these devices. To exclude any unused devices from the system,

press [#] (or [5] from the control center) to exit the Point Test. The wLSN Hub returns all

unused devices to the undiscovered state.

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3.3 Wireless Maintenance

3.3.1 Wireless Configuration Menu

Use the Wireless Configuration Menu to:

– Add new wireless devices to an existing wireless system

– Add wireless devices that were not discovered when the wireless network was first

discovered

– Replace or delete wireless devices from an existing wireless system

To access the Wireless Configuration menu from the Installer Menu of a phone session (refer

to Section 2.7.2 Initiate a Phone Session from the Control Panel, Page 22), press [1] [6] for

Wireless Configuration.

Menu options are only available after the initial device discovery and point test is completed.

Button

Press

Menu Option Description

[1] Replace a Device Use this option to replace a known device with a new device.

– Press [1] to replace a point, or [3] to replace an output.

For a relay module, select either the input or output, and then enter the

appropriate number in Step 2.

– Enter the desired point number or output number.

The device discovery process starts.

– When the system announces "Test all points," activate the new device.

The new device replaces the current device. If other devices were

discovered in Step 2, they are returned to the undiscovered state.

[2] Add a Device Use this option to add more devices to the wireless network.

When you press [2] to select this option, the device discovery process starts.

When the system announces "Test all points," activate all of the new devices.

If other devices were discovered but not activated, they are returned to the

undiscovered state.

[3] Delete a Device Use this option to delete a known device from the system:

– Press [1] to delete a point, or [3] to delete an output.

– Enter the desired point number or output number.

If the selected point number corresponds with a relay module, both the

input and output are deleted from the system. If you only want to delete the

input or the output, you must disable the corresponding function through

programming.

– Press [1] to delete the device.

The wireless hub deletes the device from the system, and the point type or

output function is set to 0 (Disabled).

[4] Transfer Wireless Data

(control panel-to-hub)

If you replace a hub, select this option to send wireless data from the control

panel to the wireless hub.

[5] Transfer Wireless Data

(hub-to-control panel)

If you replace the control panel, select this option to send wireless data from

the wireless hub to the control panel. This option deletes key fobs.

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Table 3.2 Wireless Configuration Menu Options

3.3.2 Assigning Points 1 to 8 as Wireless Points

To assign an on-board point (1 to 8) as a wireless point, disable the point in programming

before starting the device discovery process. You can individually assign Points 1 to 8 as

wireless points.

3.3.3 Recovering the Wireless Network

Expert Programming Item Number 9999 restores the control panel to its factory default

settings. All wireless network data in the control panel is lost, but is retained in the wireless

hub.

To recover wireless network data from the wireless hub:

1. From the Installer Menu of a phone session (refer to Section 2.7.2 Initiate a Phone Session

from the Control Panel, Page 22), press [1] to select System Maintenance.

2. Press [6][5] to transfer wireless data from the hub to the control panel.

This option deletes key fob assignments. You must reassign all key fobs.

3.3.4 Wireless System Messages

Refer to the following table for a description of system messages that pertain to the wireless

network.

Table 3.3 Wireless System Messages

[6] Erase and Discover If the wireless data in the control panel does not match the wireless data in the

hub (Bus Device Trouble 50), use this option to erase the wireless data in both

the control panel and hub, and rediscover all devices.

This option is only available if the wireless data does not match in the control

panel and hub.

[#] Exit Wireless

Configuration

Select this option to return to the System Maintenance options.

Button

Press

Menu Option Description

System Message Description

“Wireless devices not configured.” Point Test was exited before all wireless points were tested.

“Extra device ignored.” An attempt was made to add a device to a system that already contains the

maximum number of points or outputs.

“Point x was tested.” A point was tested. RFSS is acceptable.

“Point x low.” A point was tested. RFSS is unacceptable.

“Please wait.” The wireless network is busy, or the control panel is waiting for the wireless

network to respond. The control center might show a single rotating segment

of the circle of protection with this message.

“Wireless error.” The wireless hub is jammed, missing, or experiencing a trouble condition.

“Wireless devices x.” “x” = the number of devices that are discovered, but not tested.

“Wireless devices not tested x.” “x” = the number of devices that are discovered, but not yet configured.

“Point x not tested.” The control panel assigned a point number to the device, but the device was

not tested (faulted, or tampered, and restored).

“x” = the voice description.

By default, the system announces the point number.

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4 Programming Access Options

You can access the system to make programming changes using:

– The Phone Menu

– Remote Programming Software (RPS)

– A Programming Key (using programming copied from a control panel previously

programmed using the Phone Menu or RPS)

4.1 System Access by Phone

The Installer Phone Menu and User Phone Menu provide access to system functions such as

testing the system, programming the system, and adding or changing users.

The Installer Phone Menu requires the installer passcode.

The User Phone Menu requires either the master user (User 1) passcode for full menu access,

or a user passcode for limited menu access.

If the passcode length = four digits:

– The default installer passcode is 5432

– The default master user passcode is 1234

If the passcode length = six digits:

– The default installer passcode is 543211

– The default master user passcode is 123455

To access the system menus, select one of the options shown in Table 4.1, Page 33.

Table 4.1 Phone System Access Options

NOTICE!

Once you configure a control panel using the Phone Menus, you can copy the programming

from the control panel to a programming key for use on another control panel, or for backup.

Refer to Section 4.3 Programming Keys, page 36.

Options Steps

House Phone – Press [#][#][#].

– Listen for the voice prompt to enter a passcode.

– Enter the installer passcode to access the installer menu, or a user passcode to access

the user menu.

Outside Phones – Call the premises phone number.

– After the call is answered by a person or by a telephone answering device, press

[*][*][*] to disconnect the answering party and access the system.

– Listen for the voice prompt to enter a passcode.

If the phone is not answered by a person or telephone answering device, the system

answers after a programmed number of rings. Refer to Expert Programming Item

Number 222 listed in on Section Route Destination Items, page 47.

– Enter the installer passcode to access the installer menu, or a user passcode to access

the user menu.

Installer Quick

Connect

Select this option if a phone line is not available, or a local connection is required. The

system must be off to use this option.

– Connect a phone set to the test posts or to the phone terminals.

– Press and hold the System Test button for approximately 15 sec.

– Listen for the voice prompt to enter a passcode.

– Enter the installer passcode to access the Installer Menu, or a user passcode to access

the User Menu.

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4.2 RPS

RPS (Remote Programming Software) is a Windows-based account management and control

panel programming utility designed to remotely set up and program specific control panels.

You can use RPS to program the control panel from a laptop or PC that is on-site or off-site

from the control panel.

For complete installation and operation instructions, refer to the RPS Installation and

Operation Guide (P/N: 4998141259) that is available on the RPS CD-ROM.

4.2.1 RPS Connection Methods

You connect to the Easy Series Control Panel to make changes interactively.

To connect RPS to the control panel:

1. Open the control panel account by double-clicking the account, or select the account and

click Open.

2. Click Connect. The Panel Communication window opens.

3. Select a connection method from the Connect Via menu that best meets the system's

needs for remote programming. Refer to the following sections for descriptions of each

connection method.

Automatic

This option is the primary method to use for establishing a connection between RPS and the

control panel.

Connect the internal modem on the RPS PC, or an external modem, to the control panel.

Manual Dial

1. Either the installer or RPS operator establishes a phone connection between the control

panel and RPS:

– The installer dials the RPS phone number using the house phone, or connects a test

telephone to the control panel's test posts,

– From the RPS site, the RPS operator uses a telephone connected in parallel to the

RPS modem and manually dials the house phone number.

2. The RPS operator selects Manual Dial as the connection option on the RPS Panel

Communication window.

3. To answer the incoming call, the RPS operator clicks the Connect button on the RPS

Panel Communication window to establish a remote connection between RPS and the

control panel.

NOTICE!

For an overview of the Installer Phone Menu and User Phone Menu, refer to Section 1.3 Phone

Menus, page 10.

For detailed Phone Menu programming options, refer to Section 5 Programming, page 37.

NOTICE!

Once you configure a control panel using RPS, you can copy the programming from the

control panel to a programming key for use on another control panel, or for backup. Refer to

Section 4.3 Programming Keys, page 36.

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Modem Dial

The RPS operator uses a telephone connected in parallel to the RPS modem and clicks the

Connect To button in the RPS Panel Communication Window to dial the premises phone

number.

1. Connect the internal modem on the RPS PC, or an external modem, to the control panel.

2. When the control panel answers the incoming call, the system announces "Enter your

passcode."

3. When you hear the control panel modem tones, press the Connect To button on the RPS

Panel Communication window. RPS then sends the DTMF tone to connect to the control

panel.

Direct Connect

Select this method to establish a local, on-site connection between the RPS PC (or laptop)

and the control panel.

1. On the Telco side of the phone line, ensure that Tip and Ring are disconnected.

2. Connect the internal modem on the RPS PC, or an external modem, to the control panel.

Refer to Figure 4.1, Page 35.

Figure 4.1 Modem Connections

3. If the first communication attempt fails, connect a 270 Ω to 330 Ω, ¼ W resistor in series

with the Tip House side. Refer to Figure 4.1, Page 35.

Network

Select this method to establish a network connection between the RPS PC (or laptop) and

the control panel using the ITS-DX4020-G or the DX4020.

1 Connection using internal modem

2 Connection using external modem

3270 Ω to 330 Ω, ¼ W resistor (for Direct Connection option only)

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4.3 Programming Keys

After you program a control panel using the Phone Menus or RPS, you can use a programming

key to transfer data from that control panel to another control panel. You can also use a

programming key to back up control panel data.

1. If the system is on, turn it off.

2. Place the key's lock switch in the desired position. Refer to Figure 4.2.

Figure 4.2 Programming Key Lock Positions

3. Insert the key into the control panel board.

–Auto Transfer: If Expert Programming Item Number 123 = 1 (refer to Programming

Key Auto Transfer in Section 5.2.2 System Programming Items, page 43), the

programming key automatically transfers data depending on the position of the lock

switch.

–Manual Transfer: If Expert Programming Item Number 123 = 0, you must use the

Installer Menu to access the programming key.

The control center announces when data transfer is completed.

4. When the (√) LED flashes green, data transfer is successful.

If the (√) LED flashes red, the data transfer is unsuccessful. Remove and reinstall the key.

1 Send data from control panel to key

2 Send data from key to control panel

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5 Programming

Table 5.1 System Programming Methods

Method Description

Basic Programming Basic Programming consists of a voice menu that contains the essential programming

items. Generally, finishing this programming section is usually all that is required for a

complete system.

Expert Programming Expert Programming allows access to all programming categories for full system

configuration. Only use expert programming if you have a special programming

requirement.

NOTICE!

You can program control panels using the remote programming software RPS. Like Expert

Programming, RPS allows access to all programming categories. For more information on RPS

and how to use a programming key to streamline a multiple-panel install, refer to

Section 4 Programming Access Options, page 33.

NOTICE!

For additional instructions and information for select programming items, refer to

Section 11 Programming Details and Defaults, page 102.

For country code specific defaults for programming items, refer to Section 11.3 Country Code

Specific Default Programming Codes, page 108.

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5.1 Basic Programming

5.1.1 Enter Basic Programming

1. Select a system access option. Refer to Section 4.1 System Access by Phone, Page 33.

2. Enter the installer passcode to enter the Installer Phone Menu. Refer to

Section 2.7 Configure the System from the Installer Phone Menu, page 22.

3. Press [3] to enter Basic Programming. Refer to the figure below for the Basic

Programming Menu options.

Installer

Phone

Programming

Key

Custom

Messages

Two-Way

Voice Session

Expert

Programming

Basic

Programming

User Menu

System

Maintenance

Points

Report Configuration

Outputs

Country Code

Exit basic programming

Record point description

Set point type

Exit points

#Enter account number

Configure report destinations

Exit report configuration

Select output function

Exit outputs

Exit installer menu and end phone session.

3Remote Programming Success

Installer passcode

4-digit default: 5432

6-digit default: 543211

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5.1.2 Points

Points Enter a point number from 1 to 32.

1 Record Point Description

For example, if Point 1 is located at the building's front door, say "Front Door" at the tone.

When recording your description, do not press any buttons on your phone until prompted.

Press [1] to continue programming the selected point.

Press [2] to re-record your current point description.

2 Set Point Type (Refer to Point Type

table)

Press [1] to select the current option.

Press [2] to hear more options.

Press [#] to exit Point Type.

Point Types:

– Disabled

– Perimeter (Entry or Exit)

– Interior (Follower)

– Perimeter Instant

– 24-Hour

– Fire Verified

– Fire Instant

Point Types (cont.):

– Silent Panic

– Interior Walkthrough

– Perimeter Exit Cancel

– Momentary Keyswitch

– Maintained Keyswitch

– 24-Hour Trouble

– User Emergency

# Exit Points

Return to the Installer Menu.

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5.1.3 Report Configuration

Table 5.2 Account Number and Phone Number/IP Address Entries

Report Configuration

[1]

Account Number

[2]

Report Destination

[3]

Remote

Program Success

[#]

Exit

Phone Number

or IP Address

Format

[1]

Route 1 Primary

[#]

Exit

Format

[#]

Exit

Format

[#]

Exit

Format

[#]

Exit

ROUTE 1 ROUTE 2

Phone Number: Enter phone number to dial and follow prompts.

IP Address: Enter “#” as first character, then follow prompts.

[2]

Route 1 Backup

[3]

Route 2 Primary

[4]

Route 2 Backup

Phone Number

or IP Address

Phone Number

or IP Address

Phone Number

or IP Address

Account Number Entries Phone Number/IP Address Entries

Entry Key Press Entry Key Press

0 to 9 [0] to [9] 0 to 9 [0] to [9]

B[*][1] *[*][*]

C[*][2] #[*][#]

D[*][3] .[*]1

E[*][4] Pause [#]

F[*][5] Exit with Save [#][#]2

Disable phone number [0][#]

Disable IP address 240.0.0.0

1 [*] = . between each IP address notation.

2 Press [#] twice within two seconds to exit without saving

your entry.

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5.1.4 Outputs

Output devices consist of horns, bells, strobes, or sirens.

Outputs Enter an output number from 1 to 8

1Set Output Function

– Press [1] to select the current

option.

– Press [2] to hear more options.

– Press [#] to exit Output Function.

Output Functions:

– Disabled

–Intrusion

– Intrusion Latching

–Fire

– Fire Latching

– Intrusion and Fire

– Intrusion and Fire Latching

– System Reset

Output Functions (cont.):

–System On

– System Ready

–Key Fob On/Off

– Key Fob 2-sec Pulse

– User Controlled

– Interior Intrusion and Fire

– System On (Unoccupied)

# Exit Points

Return to Installer Menu.

NOTICE!

When the installer PIN is entered at the keypad or phone, a 3 sec time window starts. During

that time window, a tamper alarm activates the interior siren for only 1 sec. Open the

enclosure door during this time to silence the sirens during maintenance. Once the enclosure

is closed, tamper alarm is restored after a 3 min delay. Tampers are logged and reported.

WARNING!

If you modify system parameters you are responsible for maintaining the system within the

scope of the standard and regulations that apply to the hardware and/or the system in which

it is used. In a NF A2P compliant installation, use only NF A2P listed components, and check

that each parameter is in the authorized range.

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5.2 Expert Programming

Each category consists of several related programming items. Each programming item is

assigned a three- or four-digit number.

For No. 4 in the next figure, perform these steps:

1. Enter an expert programming item number. For example, 201, Phone Line Supervision.

2. Enter the desired value using your phone's keypad. For example, press [1] to enable

phone line supervision.

3. Repeat Steps 1 and 2 to configure other programming items, or press [#] to exit Expert

Programming.

The following sections list programming items, item numbers, possible selections, and default

values. Record custom values in the Entry column next to the respective default value.

Installer

Phone

Programming

Key

Custom

Messages

Two-Way

Voice Session

Expert

Programming

Basic

Programming

User Menu

System

Maintenance

Exit installer menu and end phone session.

Installer passcode

4-digit default: 5432

6-digit default: 543211

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5.2.1 ROM Firmware Version Items

5.2.2 System Programming Items

Programming Item Item

Number

Description

Control Panel Firmware Version 090 System announces the control panel’s firmware

version.

Control Center 1 Firmware Version 091 System announces the control center’s firmware

version.

Control Center 2 Firmware Version 092

Control Center 3 Firmware Version 093

Control Center 4 Firmware Version 094

Programming Item Item

Number

Selections Manuf.

Default

Country Code (refer to

Section 11.2 Country Codes)

102 00 to 65 58

Enclosure Tamper Enabled 103 0 = Disabled

1 = Enabled

Fire Bell Cut-Off Time 107 0 to 90 min 5

Intrusion Bell-Cut off Time 108 0 to 90 min 5

Intrusion Abort Window 110 15 to 45 sec 30

Fire Alarm Cancel Window 111 0 to 10 min 0

Intrusion Cancel Window 112 5 to 10 min 5

Chime Tone Select 114 1 = Chime door bell

2 = Single chime

3 = Standard door bell

Chime Mode Operation After System

Off

115 0 = Off

1 = On

2 = Follows previous setting

Automatic Test Report Frequency 116 0 = None

1 = Daily

2 = Weekly

3 = Monthly

Access Code 119 6 digits, using 0 to 9 999999

Daylight Saving Time Operation 121 0 = None

1 = North America (before 2007)

2 = Europe and Asia

3 = Tasmania, Australia

4 = Rest of Australia

5 = New Zealand

6 = Cuba

7 = South America and Antarctica

8 = Namibia, Africa

9 = USA after 2006

Installer Passcode Override Enabled 122 0 = Disabled

1 = Enabled

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Programming Key Auto Transfer 123 0 = Enable the programming key from the Installer

Menu.

1 = Programming key automatically sends or

receives stored programming data.

Point Alarm Verification 124 0 = None

1 = Cross zone

2 = Intelligent threat assessment

3 = Confirmed alarms 1

4 = Confirmed alarms 2

Faulted Points Allowed Threshold 125 0 to 8 3

Exit Delay 126 45 to 255 sec 60

Entry Delay 127 30 to 255 sec 30

Exit Time Restart 128 0 = User cannot reset Exit Delay timer

1 = User can reset Exit Delay timer one time

Recent Close Enabled 129 0 = Report not sent

1 = Report sent

Swinger Bypass Count 131 0-15 1

Auto Protection Level 132 0 = System turns on (unoccupied).

1 = System only turns on (unoccupied) if a

perimeter point is faulted during Exit Delay.

System On Order Options 133 1 = "Stay," "Leave," "Custom"

2 = "Stay," "Custom," "Leave"

3 = "Leave," "Stay," "Custom"

4 = "Leave," "Custom," "Stay"

5 = "Custom," "Leave," "Stay"

6 = "Custom," "Stay," "Leave";

Cross Zone Timer 134 60 to 3600 sec 120

Clear Alarm Memory 136 0 = By user, 1 = By master user 0

Latching Point and Enclosure Tamper 137 0 = Any user can clear condition

1 = Only the installer can clear condition

Latching System Device Tamper 138 0 = Any user can clear condition

1 = Only the installer can clear condition

Verbose System Test Enabled 139 0 = Test results announced only at end of all tests

1 = Test results announced after each test

Demo Mode 140 0 = Telephone messages heard only on phone

1 = Telephone messages heard on phone and

control centers

2 = Turn announcement of telephone messages over

the control center on or off at the control center

Restrict Installer Passcode 142 0 = Master user not needed

1 = Master user needed

Test Report Hour 143 0 to 23

Test Report Minute 144 0 to 59 0

Test Report Day of Week 145 0 to 6, where 0 = Sunday and 6 = Saturday 0

Programming Item Item

Number

Selections Manuf.

Default

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Test Report Day of Month 146 1 to 28 1

Clear Confirmed Alarm Memory 147 0 = User can clear a confirmed alarm

1 = Only the installer can clear a confirmed alarm

Arming Beeps/Graduated

Annunciation

148 0 = No arming beeps or outputs during Entry Delay

1 = Outputs activate during Entry Delay, but no

arming beeps occur.

2 = Sound arming beeps, but outputs do not

activate during Entry Delay

3 = Sound arming beeps, and outputs activate

during Entry Delay

Wireless Jam Detect Level 150 0 to 15 12

Key Fob Arming 153 0 = Do not turn system on if there are faulted points

1 = Force arm faulted points if the number of

faulted points is within the range set in Expert

Programming Item Number 125

2 = Force arm faulted points even if the number of

faulted points exceeds the range set in Expert

Programming Item Number 125

Two-Way Voice Session Configuration 158 0 = Allow at any time

1 = Allow only during alarm conditions

Start Arming with Faulted Points 159 0 = Force arm all faulted points

1 = Exit Delay starts with faulted points

Speak Active Faults 160 0 = "Call for Service" announced

1 = Fault condition announced

Wireless Transmission Attenuation 161 Temporary attenuation for installation and

maintenance only. Not intended for normal

operation.

0 = None (normal operation)

1 = 3 dB

2 = 6 dB

3 = 9 dB

4 = 12 dB

Missing Wireless Device Conditions 162 0 = Creates a tamper condition (required for

EN50131-compliant countries).

1 = Creates a trouble condition.

Silence Trouble Tones 163 0 = All trouble tones announced

1 = Fire and 24-Hour trouble tones announced

System Inactivity Time (Hours) 164 0 to 255 0

System Inactivity Time (Days) 165 0 to 255 0

System Inactivity Time (Weeks) 166 0 to 255 0

Force Arm/Exit Error 167 0 = Off-normal points create an Exit Error at the end

of Exit Delay

1 = Off-normal points are force armed at the end of

Exit Delay

Programming Item Item

Number

Selections Manuf.

Default

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Audio Verification Command Set 168 0 = Complies with SIA AV-01-1997.11

1 = Use alternate verification command set

Key Fob Duress 601 0 = Duress event disabled

1 = Duress event enabled

Key Fob Button Configuration 616 0 = Status request only

1 = Turn system on (occupied)

2 = Turn system on (custom protection)

3 = Turn output on or off

4 = Turn output on for 2 sec.

Key Fob Button Configuration 626 0

Default = Country-specific default. Select this programming item to hear the updated default value, or refer to Section 11.3 Country

Code Specific Default Programming Codes, page 108.

Programming Item Item

Number

Selections Manuf.

Default

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5.2.3 Communicator Programming Items

Route Destination Items

NOTICE!

To enable reporting, configure the following programming items:

– Account Number (Expert Programming Item Number 100)

– Route 1 Primary Destination (Expert Programming Item Number 206)

– Format for Route 1 Primary Destination (Expert Programming Item Number 211)

Programming Item Item

Number

Selections Manuf.

Default

Account Number 100 4 or 6 digits, using 0 to 9 and B to F.

Refer to Table 5.2, Page 40 for account number,

phone number, and IP address entry instructions.

000000

Phone Line Supervision 201 0 = Unsupervised.

1 = Supervised.

PSTN or GSM Connection 202 0 = PSTN telephone line

1 = ITS-DX4020-G Wireless Phone using GSM

Voice Format Repeat Count 203 1 to 15 3

Voice Format Message Delivery

Attempts

204 1 to 5 in increments of 5 sec 1

Dial Tone Detect 205 0 = Do not wait for dial tone.

1 = Wait for dial tone.

Route 1 Primary Destination 206 Enter a phone number (up to 32 digits) or IP address

(000.000.000.000 to 255.255.255.255) for each

destination:

0 to 9 = [0] to [9]

* = [*][*]

# = [*][#]

Pause = [*][1]

Exit with save = [#]

Exit without save = [#][#]

Press [#] twice within two seconds to exit without

saving your entry.

Disable phone number = [0][#]

Disable IP address = 240.0.0.0

Route 1 Backup Destination 207 0

Route 2 Primary Destination 208 0

Route 2 Backup Destination 209 0

SMS Service Provider Number 210 Up to 32 digits. 0

Format for Route 1 Primary Destination 211 0 = Disabled

1 = Contact ID

2 = SIA

3 = Voice

4 = SMS Text

5 = Fast Format

6 = Network (requires a 4-digit account number)

Format for Route 1 Backup Destination 212 0

Format for Route 2 Primary Destination 213 0

Format for Route 2 Backup Destination 214 0

Call Waiting Disable 215 Enter a 3-digit string.

* = [*][*]; # = [*][#]

Emergency Call Override Number 216 Enter a 3-digit emergency number, such as 911. 000

Emergency Call Override Number Delay 217 0 to 60 min 5

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Alternate Communication Items

Auto Detect Pulse Dial 218 0 = Tone dialing only

1 = Auto Detect Pulse or Tone

Phone Answer Ring Count 222 1 to 255 rings

Enter 11 to bypass an answering machine.

Bell Test 223 0 = Disabled

1 = Enabled

Default = Country-specific default. Select this programming item to hear the updated default value, or refer to Section 11.3 Country

Code Specific Default Programming Codes, page 108.

Programming Item Item

Number

Selections Manuf.

Default

Programming Item Item

Number

Selections Manuf.

Default

Port Number for Route Destination:

Route 1 Primary = 241

Route 1 Backup =242

Route 2 Primary = 243

Route 2 Backup = 244

241 0 to 65535 7700

242 7700

243 7700

244 7700

Heartbeat for Route Destination:

Route 1 Primary = 281

Route 1 Backup =282

Route 2 Primary = 283

Route 2 Backup = 284

281 0 = Disabled

1 to 65535 min

282 0

283 0

284 0

Acknowledge Wait Time for Route Destination

Route 1 Primary = 285

Route 1 Backup =286

Route 2 Primary = 2887

Route 2 Backup = 288

285 5 to 255 sec 15

286 15

287 15

288 15

Anti-Replay for Route Destination:

Route 1 Primary = 289

Route 1 Backup =290

Route 2 Primary = 291

Route 2 Backup = 292

289 0 = Disabled

1 = Enabled

290 1

291 1

292 1

Heartbeat Attempt for Route Destination:

Route 1 Primary = 293

Route 1 Backup =294

Route 2 Primary = 295

Route 2 Backup = 296

293 1 to 99 5

294 5

295 5

296 5

Extend Heartbeat Period 297 0 = Disabled

1 to 255 min

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5.2.4 RPS Configuration Items

Programming Item Item

Number

Selections Manuf.

Default

RPS Passcode 118 6 digits, using 0 to 9 and A to F. 123456

RPS Automatic Call In Frequency 224 0 = Never

1 = Daily

2 = Weekly

3 = Monthly

RPS Automatic Call In Time (Hours) 225 0 to 23

RPS Automatic Call in Time

(Minutes)

226 0 to 59

RPS Automatic Call in Time (Day of

Week)

227 0 to 6, where 0 = Sunday and 6 = Saturday

RPS Automatic Call in Time (Day of

Month)

228 1 to 28

RPS Automatic Call in Phone

Number

229 Enter a phone number (up to 32 digits) or IP address

(000.000.000.000 to 255.255.255.255) for each

destination:

0 to 9 = [0] to [9]

* = [*][*]

# = [*][#]

Pause = [*][1]

Exit with save = [#]

Exit without save = [#][#]

Press [#] twice within two seconds to exit without saving

your entry.

Disable phone number = [0][#]

Disable IP address = 240.0.0.0

RPS Automatic Call in Method 245 0 = Phone number

1 = IP address

RPS Port Number 246 0 to 65535 7750

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5.2.5 Route Reporting Options

Point Report and Restoral Routing

System On and Off Report Routing

Programming Item Item

Number

Manuf.

Default

Programming Item Item

Number

Manuf.

Default

Point Reports and Restorals (all)* 301 3 Fire Trouble 328 3

Intrusion Alarm 307 3 Fire Trouble Restoral 329 3

Intrusion Alarm Verified 308 3 24-Hour Trouble 331 3

Intrusion Alarm Unverified 309 3 24-Hour Trouble Restoral 332 3

Intrusion Alarm 24-hr 310 3 Point Missing 333 3

Intrusion Alarm 24-hr Restoral 311 Point Missing Restoral 334 3

Intrusion Alarm Restoral 312 3 Supervisory Alarm 335 3

Duress 313 3 Supervisory Alarm Restoral 336 3

Fire Alarm 315 3 Wireless Point Low Battery 360 3

Fire Alarm Unverified 316 3 Wireless Point Low Battery Restoral 361 3

Fire Alarm Restoral 317 3 Fire Cancel 371 3

Panic 318 3 Point Tamper 388 3

Cancel 323 3 Point Tamper Restoral 397 3

Intrusion Trouble 324 3 Cross Zone Trouble 393 3

Intrusion Trouble Restoral 325 3 Alarm Recent Close 394 3

Intrusion Zone Bypass 326 3 Panic Restoral 399 3

Intrusion Zone Bypass Restoral 327 3 Cross Zone Trouble Restoral 400 3

*Enter a value to globally set all of the following reports to the same value.

To modify one a specific report, enter a value in that report’s item number:

0 = Neither route

1 = Route 1 only; Primary and Backup

2 = Route 2 only; Primary and Backup

3 = Both routes; Primary and Backup

Programming Item Item

Number

Manuf.

Default

Programming Item Item

Number

Manuf.

Default

System On and Off*

(open and close) Reports (all)

302 3 Open 341 3

Exit Error 314 3 Open Keyswitch 342 3

Recent Closing 330 3 Open Remote 343 3

Close (System On) Unoccupied 337 3 Close (System On) Custom 344 3

Close (System On) Occupied 338 3 Opening by Guard Code 386 3

Close Keyswitch 339 3 Partial Close (System On) 403 3

Close Remote 340 3 3

*Enter a value to globally set all of the following reports to the same value.

To modify only a specific report, enter a value in that report's item number.

0 = Neither route

1 = Route 1 only; Primary and Backup

2 = Route 2 only; Primary and Backup

3 = Both routes; Primary and Backup

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System Report and Restoral Routing

Programming Item Item

Number

Manuf.

Default

Programming Item Item

Number

Manuf.

Default

System Reports and Restorals (all)1303 3 Communication Restoral 352 3

User Emergency2319 3 Control Center Supervision Fail 353 3

User Fire3320 3 Control Center Supervision Restoral 354 3

User Fire Restoral 321 3 Control Center Tamper 355 3

User Panic 322 3 Control Center Tamper Restoral 356 3

AC Fail 345 3 System Inactive 385 3

AC Fail Restoral 346 3 Watchdog Reset 390 3

Auto System Test Normal 347 3 Passcode Tamper 391 3

Auto System Test Off-Normal 348 3 Date/Time Changed 410 3

Auxiliary Power Fault 349 3 Network Fail 413 3

Auxiliary Power Restoral 350 3 Network Restoral 414 3

Communication Fail 351 3 3

Local Programming Success* 357 3 Bus Device Trouble 373 3

Low Battery 358 3 Bus Device Trouble Restoral 374 3

Low Battery Restoral 359 3 ROM Fault 375 3

Communication Test, Manual 362 3 Bell Trouble 376 3

Phone Line Fault 363 3 Bell Restoral 377 3

Phone Line Fault Restoral 364 3 Walk Test End 378 3

Remote Programming Failure 365 3 Walk Test Start 379 3

Remote Programming Success 366 3 Bus Device Missing 380 3

Wireless Receiver Jammed 367 3 Bus Device Missing Restoral 381 3

Wireless Receiver Jammed Restoral 368 3 Battery Missing 382 3

Bus Device Tamper 369 3 Battery Missing Restoral 383 3

Bus Device Tamper Restoral 370 3 RAM Checksum Failed 384 3

1 Enter a value to globally set all of the following reports to the same entry.

2 To modify only a specific report, enter a value in that report's item number.

0 = Neither route

1 = Route 1 only; Primary and Backup

2 = Route 2 only; Primary and Backup

3 = Both routes; Primary and Backup

3To enable the control center's emergency buttons, set Expert Programming Items 889, 888, and 890.

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Global Report Routing Items

5.2.6 Point Programming Items

Programming Item Item

Number

Selections Manuf.

Default

Communicator Disable 304 0 = Enable reporting

1 = Disable reporting (local-only system)

Route Attempts 305 1 to 20 10

Send Reports During Walk Test 306 0 = No reports

1 = Only Walk Test Start and Walk Test End reports

Default = Country-specific default. Select this programming item to hear the updated default value, or refer to Section 11.3 Country

Code Specific Default Programming Codes, page 108.

Programming Item Number

(bold digits = Point Number)

Programming Item Selections

9011, 9021, 9031, 9041...

9101...9151...9201...9321

Point Type 0 = Disabled

1 = Perimeter

2 = Interior

3 = Perimeter Instant

4 = 24-Hour

5 = Fire Verified*

6 = Fire Instant

7 = Silent Panic

8 = Interior Walkthrough

9 = Perimeter Exit Cancel

11 = Momentary Keyswitch

12 = Maintained Keyswitch

13 = 24-Hour Trouble

14 = User Emergency

9012, 9022, 9032, 9042...

9102...9152...9202...9322

Circuit Style 0 = Dual 2.2 kΩ alarm and tamper circuit

2 = Single 2.2 kΩ alarm circuit

9013, 9023, 9033, 9043...

9103...9153...9203...9323

Include in Custom Protection 0 = Point not included

1 = Point included

9014, 9024, 9034, 9044...

9104...9154...9204...9324

Cross Zone/Exit Route 0 = Cross zoning disabled, point is on the exit

route.

1 = Cross zoning enabled, point is on the exit

route

2 = Cross zoning disabled, point is not on the exit

route (must force arm).

3 = Cross zoning enabled, point is not on the exit

route.

9015, 9025, 9035, 9045...

9105...9155...9205...9325

Response Time 1 to 10 in 50 ms increments

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Table 5.3 Manuf. Default for Point Programming Items

9016, 9026, 9036, 9046...

9101...9151...9201...9321

Alarm Verification 0 = Disable alarm verification

1 = Enable alarm verification

9018, 9028, 9038, 9048...

9108...9158...9208...9328

Wireless Detector Sensitivity Motion Detector (PIR and dual)

0 = Standard

4 = Intermediate

Inertia Detector: Gross Attack Options

0 = Tap off, low sensitivity

1 = Tap off, low/medium sensitivity

2 = Tap off, medium/high sensitivity

3 = Tap off, high sensitivity

Inertia Detector: Minor Attack Options

8 = Tap on, 8 taps, low sensitivity

9 = Tap on, 8 taps, low/medium sensitivity

10 = Tap on, 8 taps, medium/high sensitivity

11 = Tap on, 8 taps, high sensitivity

12 = Tap on, 4 taps, low sensitivity

13 = Tap on, 4 taps, low/medium sensitivity

14 = Tap on, 4 taps, medium/high sensitivity

15 = Tap on, 4 taps, high sensitivity

Programming Item Number

(bold digits = Point Number)

Programming Item Selections

Point Type (9011 ... 9321): Point 1 = 6, Points 2 - 5 = 1, Points 6 - 8 = 2, Points 9 - 32 = 0

Circuit Style (9012 ... 9322): Points 1 - 32 = 2

Custom Protection (9013 ... 9323): Points 1 - 32 = 0

Cross Zone Enabled (9021 ... 9321): 1

Response Time (9015 ... 9085): Points 1 - 8 only = 6

Wireless Sensitivity (9018 ... 9328): Points 1 - 32 = 0

Alarm Verification (9016 ... 9326): Points 1 - 32 = 0

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5.2.7 Output Programming Items

Programming Item Item

Number

Selections Manuf.

Default

Fire Output Cadence 600 0 = Temporal Code 3 cadence

1 = Pulse cadence

(two-sec on, two-sec off)

Output 1 Function (wired) 611 0 = Disabled

1 = Intrusion

2 = Intrusion Latching

3 = Fire

4 = Fire Latching

5 = Intrusion and Fire

6 = Intrusion and Fire Latching

7 = System Reset

8 = System On

9 = System Ready

10 = Key Fob On/Off

11 = Key Fob 2-sec Pulse

13 = User Controlled

14 = Interior Intrusion and Fire

15 = System On (Unoccupied)

16 = Intrusion and Fire 2

Output 2 Function (wired) 621 5

Output 3 Function (wired) 631 5

Output 4 Function (wired) 641 7

Output 5 Function (wireless) 651 5

Output 6 Function (wireless) 661 0

Output 7 Function (wireless) 671 0

Output 8 Function (wireless) 681 0

Output 4 Supervised Speaker Driver

(wired)

642 0 = Supervised 8 Ω speaker driver

1 = Unsupervised open collector

Default = Country-specific default. Select this programming item to hear the updated default value, or refer to Section 11.3 Country

Code Specific Default Programming Codes, page 108.

NOTICE!

When programming a wireless output (for example, a siren or relay module), do not select an

output function that requires the output to activate for an extended period (for example

System Ready).

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5.2.8 Control Center Programming Items

Speech Configuration Items

Global Control Center Items

These programming items affect all control centers connected to the control panel.

To send a user fire, emergency (medical) or panic report, the appropriate control center

button and report must be enabled. Refer to Section 5.2.5 Route Reporting Options on Page 50

to enable reports.

Check the appropriate box in the Easy Series User Guide (P/N: F01U0xxxxx) to identify which

buttons are enabled.

Programming Item Item

Number

Selections Manuf.

Default

Alarm Message Minimum Repeat Time 880 (1 to 255 hrs). 12

"No Alarm Report Sent" Announcement 883 0 = Announcement disabled.

1 = Announcement enabled.

"Cancel Report Sent" Announcement 884 1

Time Format 887 0 = Determined by voice module

1 = Always use 12-hr mode

2 = Always use 24-hr mode

Programming Item Item

Number

Selections Manuf.

Default

Fire Button Alarm 888 0 = Disabled.

1 = Enabled.

Medical Button Alarm 889 0 = Disabled.

1 = Enabled

Panic Button Alarm 890 0 = Disabled.

1 = Enabled (audible).

2 = Enabled (silent).

One Button Arming

[i]

891 0 = Disabled (token or passcode required).

1 = Enabled (token or passcode is not required).

Invalid Passcode Attempt Limit 892 3 to 8. 3

Control Center Lockout Time 893 1 to 30 min. 3

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Individual Control Center Items

5.2.9 User Programming Items

Programming Item Item Number Selections Manuf. Default

Control Center

Brightness

Control Center 1: 811 1 (dim) to 5 (bright). Control Center 1: 5

Control Center 2: 821 Control Center 2: 5

Control Center 3: 831 Control Center 3: 5

Control Center 4: 841 Control Center 4: 5

Control Center

Backlight Extinguish

Mode

Control Center 1: 814 0 = Always on.

1 = Dim until user presence is

detected.

2 = Off until user presence is

detected.

3 = Off until user presents

token or enters passcode.

Control Center 1: 0

Control Center 2: 824 Control Center 2: 0

Control Center 3: 834 Control Center 3: 0

Control Center 4: 844 Control Center 4: 0

Default = Country-specific default. Select this programming item to hear the updated default value, or refer to Section 11.3 Country

Code Specific Default Programming Codes, page 108.

Programming Item Item

Number

Selections Manuf.

Default

Passcode Length 861 Set the length of all passcodes

(4 or 6 digits).

Installer Passcode (User 0) 7001 Four-digit Range: 1111 to 5555

Six-digit Range: 111111 to 555555

5432

543211

Master User Passcode (User 1) 7011 1234

123455

Duress User (User 22) Enabled 862 0 = Duress user disabled

1 = Duress user enabled

2 = Guard code enabled

Duress User passcode:

Six digits: 111111

Four digits: 1111

RFID Token Password 863 Use this item to prevent unauthorized copying of tokens

(00000000 to FFFFFFFF).

123456

Default = Country-specific default. Select this programming item to hear the updated default value, or refer to Section 11.3 Country

Code Specific Default Programming Codes, page 108.

CAUTION!

Do not change the RFID Token Passwords item once tokens are added to the system.

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5.2.10 Factory Default

5.3 Exit Programming

Press [#] repeatedly until the system says "goodbye." This ends the phone session.

Programming Item Item

Number

Selections

Factory Default 9999 Enter 9999 to restore all factory default values. All programming items,

except for the country code, are reset when you restore the factory default

values. This item also deletes all wireless data, but does not default the

wireless hub.

WARNING!

For NF A2P installations, once the panel is configured, check that all parameters are within the

range of authorized values. Refer to Section 12.7 EN50131 Requirements, page 119.

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6 Control Panel Event Codes (SIA and Contact ID)

Event SIA Report Contact ID Report

Intrusion Alarm BA Burglary Alarm 1 130 Burglary

Intrusion Alarm Verified BV Burglary Alarm Verified 1 139 Burglary

Intrusion Alarm Unverified BG Unverified Event Burglary 1 130 Burglary

Intrusion Alarm 24-hr BA Burglary Alarm 1 133 24 Hour (Safe)

Intrusion Alarm 24-hr Restoral BH Burglary Alarm Restore 3 133 Restoral

Intrusion Alarm Restoral BR Burglary Restoral 3 130 Burglary

Duress HA Hold Up Alarm 1 121 Duress

Exit Error EA Exit Alarm 1 374 Exit Error (zone)

Fire Alarm FA Fire Alarm 1 110 Fire

Fire Alarm Unverified FG Unverified Event-Fire 1 110 Fire

Fire Alarm Restoral FH Fire Alarm Restore 3 110 Fire

Panic HA Holdup Alarm 1 120 Panic

Panic Restoral HH Holdup Alarm Restore 3 120 Panic

User Emergency (Medical) QA Emergency Alarm 1 101 Personal Emergency

User Fire FA Fire Alarm 1 110 Fire

User Fire Restoral FH Fire Alarm Restore 3 110 Fire

User Panic HA Holdup Alarm 1 120 Panic

Cancel BC Burglary Cancel 1 406 Cancel

Intrusion Trouble BT Burglary Trouble 1 380 Sensor Trouble

Intrusion Trouble Restoral BJ Burglary Trouble Restore 3 380 Sensor Trouble

Intrusion Point Bypass BB Burglary Bypass 1 570 Zone/Sensor bypass

Intrusion Point Bypass Restoral BU Burglary Unbypass 3 570 Zone/Sensor bypass

Fire Trouble FT Fire Trouble 1 373 Fire Trouble

Fire Trouble Restoral FJ Fire Trouble Restore 3 373 Fire Trouble

Recent Closing CR Recent Closing 1 459 Recent Closing

Close (System On) Unoccupied CL Closing Report 3 401 Unoccupied Arm by User

Close (System On) Occupied CL Closing Report 3 441 Occupied Arm by User

Close (System On) Custom CL Closing Report 3 441 Custom Arm by User

Close (System On) Partial CL Closing Report 3 456 Partial Arm by User

Close (System On) Keyswitch CS Closing Keyswitch (User 255) 3 409 Keyswitch O/C (User 255)

Open (System Off) OP Opening Report 1 401 O/C by User

Open (System Off) Keyswitch OS Opening Keyswitch (User

255)

1 409 Keyswitch O/C (User 255)

AC Fail AT AC Trouble 1 301 AC Loss

AC Fail Restoral AR AC Restoral 3 301 AC Loss

Auto System Test (Normal) RP Automatic Test 1 602 Period Test Report (User 0)

Auto System Test (Off-Normal) RY Test Off Normal 1 608 Period Test Report, System

Trouble Present

Auxiliary Power Fault IA Equipment Failure Condition 1 310 Ground Fault

Auxiliary Power Restoral IR Equipment Fail Restoral 3 310 Ground Fault

Communication Fail YC Communications Fail 3 310 Failure to communicate event

Communication Restoral YK Communications Restoral 3 354 Failure to communicate event

Control Center Supervision Fail EM Expansion Device Missing 1 333 Expansion module failure

Control Center Supervision

Restoral

EN Expansion Missing Restore 3 333 Sensor Trouble

Control Center Tamper ES Expansion Device Tamper 1 341 Expansion Device Tamper

Control Center Tamper Restoral EJ Expansion Device Tamper

Restore

3 341 Expansion Device Tamper

Local Programming LX Local Programming Ended 1 628 Program mode exit

Low Battery YT System Battery Trouble 1 302 Low System Battery

Low Battery Restoral YR System Battery Restoral 3 302 Low System Battery

Communication Test RX Manual Test 1 601 Manual trigger test report

Phone Line Fault LT Phone Line Trouble 1 351 Telco 1 fault

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Phone Line Fault Restoral LR Phone Line Restoral 3 351 Telco 1 fault

ROM Fault YF Parameter Checksum Fail 1 304 ROM Checksum Bad

Bell Trouble YA Bell Fault 1 320 Sounder/ Relay

Bell Restoral YH Bell Restored 3 320 Sounder/ Relay

Walk Test Start TS Test Start 1 607 Walk Test Mode

Walk Test End TE Test End 3 607 Walk Test Mode

Bus Device Missing EM Expansion Device Missing 1 333 Exp. Module Failure

Bus Device Missing Restoral EN Expansion Missing Restore 3 333 Exp. Module Failure

Battery Missing YM System Battery Missing 1 311 Battery Missing/Dead

Battery Missing Restoral YR System Battery Restoral 3 311 Battery Missing/Dead

RAM Checksum Failed YF Parameter Checksum Fail 1 303 RAM Checksum bad

Point Tamper TA Tamper Alarm 1 137 Tamper

Point Tamper Restoral TH Tamper Alarm Restoral 3 137 Tamper Restoral

Cross Zone Trouble BG Unverified Event - Burglary 1 378 Cross-zone Trouble

Cross Zone Trouble Restoral BR Burglary Restoral 3 378 Cross-zone Trouble

Point Missing UY Untyped Missing Trouble 1 381 Loss of Supervision - RF

Point Missing Restoral UJ Untyped Trouble Restore 3 381 Loss of Supervision - RF

Wireless Point Low Battery XT Transmitter Battery Trouble 1 384 RF Low Battery

Wireless Point Low Battery

Restoral

XR Transmitter Battery Restoral 3 384 RF Low Battery

Wireless Receiver Jammed XQ RF Interference 1 344 RF Receiver Jam Detect

Wireless Receiver Jammed

Restoral

XH RF Interference Restoral 3 344 RF Receiver Jam Detect

Bus Device Tamper XS RF Receiver Tamper 1 341 Exp Module Tamper

Bus Device Tamper Restoral XJ RF Receiver Tamper Restoral 3 341 Exp Module Tamper

Bus Device Trouble ET Expansion Trouble 1 330 System Peripheral Trouble

Bus Device Trouble Restoral ER Expansion Restoral 3 330 System Peripheral Trouble

Remote Programming Success RS Remote Program Success 1 628 Program mode exit

Remote Programming Failure RU Remote Program Fail 1 628 Program mode exit

24-Hour Trouble UA Untyped Zone Alarm 1 150 24-Hour Non-Burglary

24-Hour Trouble Restoral UR Untyped Zone Restoral 3 150 24-Hour Non-Burglary

Opening by Guard Code OR Disarm From Alarm 1 450 Exception Open/Close

System Inactive CI Fail to Close 1 454 Failed to Close

Network Fail NT Network Failure 1 350 Communication Trouble

Network Restoral NR Network Restoral 3 350 Communication Trouble

Passcode Tamper JA User Code Tamper 1 461 Wrong Code Entry

Firmware Updated YZ Service Completed 1 412 Successful Download/Access

Watchdog Reset YW Watchdog Reset 1 305 System Reset

Date/Time Change JT Time Changed 1 625 Time/Date Reset

Event SIA Report Contact ID Report

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7 Default the System

7.1 Default the Control Panel and the wLSN Hub

To restore the control panel to its factory settings, including programming data, and erase the

wireless network:

1. Remove all power to the system.

2. Remove the wLSN Hub from its base. Refer to Figure 1.1, Page 6.

3. Record the current switch settings, then set the switches as follows: S1 = 9, S2 = 8, S3 =

7. Refer to Figure 1.1, Page 6.

4. Reconnect the wLSN Hub to the base.

5. Reapply all power to the system.

6. Wait for the green LED on the wLSN Hub to turn on and then off (approximately 5 sec).

7. Remove all power to the system.

8. Disconnect the wLSN Hub from the base again, and reset the switches to their previous

settings. Do not reconnect the wLSN Hub to the base yet.

9. Reapply all power to the system.

10. Default the control panel from the Installer Menu of a phone session

(Section 2.7.2 Initiate a Phone Session from the Control Panel, Page 22), press [4] to select

Expert Programming.

11. Press [9][9][9][9] to restore all factory default values.

12. Remove all power to the system.

13. Reconnect the wLSN Hub to the base.

14. Reapply all power to the system.

15. Default all wLSN devices.

7.2 Default wLSN Devices

Defaulting a wLSN device returns it to an undiscovered state.

To default a wLSN device:

1. Remove the batteries.

2. Press and hold the tamper switch.

3. Reinsert the batteries while holding the tamper switch.

Continue to hold the tamper switch for at least 3 sec. The device's LED turns on.

4. Release the tamper switch within 5 sec. after the device's LED turns on.

The device's LED briefly turns off and then on, indicating that the device was returned to

an undiscovered state.

For specific instructions for defaulting each wLSN device, refer to the wLSN Reference

Guide (P/N F01U009440).

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8 System Test and Maintenance

8.1 Test the System

Test the system for proper operation when installation and configuration are complete.

1. Press the System Test button on the control panel board for one sec. The system

provides instructions throughout the test. Follow all instructions.

2. Contact the central monitoring station (CMS) to verify that all necessary test reports

were received, including test reports from all installed input and output devices.

8.2 Maintain the System

Bosch Security Systems, Inc. recommends testing the system regularly, and inspecting it

according to local code or law.

8.3 Installer History Event Announcements

The Installer Menu (refer to Section 2.7 Configure the System from the Installer Phone Menu,

page 22), speaks the event report status for each event.

After the event entry and its parameters (if any) are spoken, the system will beep and then

speak the status using two numbers. The first number indicates the route 1 event status. The

second number indicates the route 2 event status.

The numbers in each announcement indicate the status as follows:

– 0 = The event was logged only

– 1 = The event was successfully transmitted for this route

– 2 = The transmission of this event failed for this route

– 3 = The event is still pending for this route

Refer to the following table for a history event announcement example.

8.4 Event Messages

The following table shows:

– Non-standard event messages that appear in the history log, and

– Event messages for SMS Text and Voice formats

Entry Event Tone Route 1 Status Route 2 Status

Announcement “AC Fail” Beep “One” “Zero”

Event History Log Entry SMS Text Format Voice Format

Tamper

Enclosure

Tamper 0 Point Trouble 0 Tamper 0

Duress Duress; System Off User 22 Intrusion Alarm System

Off

Duress System Off User 22

Quick Arm System On Occupied User System On

Unoccupied User 0

System On Custom User 0

System On User 0 System On Occupied User 0

System On Unoccupied User 0

System On Custom User 0

Keyswitch On System On Unoccupied 255 System On User 255 System On Unoccupied 255

Keyswitch Off System Off 255 System Off User 255 System Off 255

Recent Close Recent Close User X Intrusion Alarm Recent Close User X

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9 ITS-DX4020-G Communicator Configuration

9.1 ITS-DX4020-G Communicator Overview

The ITS-DX4020-G provides wireless communications between the control panel and the

central monitoring station (CMS). You can configure the ITS-DX4020-G using one of two

methods:

– Short Message Service (SMS)

– Terminal Interface on a PC connected using a USB port

Figure 9.1 ITS-DX4020-G Communicator

1 Mini USB Port 8 Signal Strength 1 (SS1) LED

2 Antenna Connector 9 Signal strength 2 (SS2) LED

3 CONFIG MODE (J200) Jumper Pins 10 Signal strength 2 (SS2) LED

4 LED DIS (J201) Jumper Pins 11 Bus LED

5 STATUS LED 12 SIM Cardholder

6 CELL IP LED 13 SIM Card In Cardholder (Door Open)

7AUDIO ACT LED

NOTICE!

To conserve power, install the LED disabling jumper to the LED DIS jumper pins when the

LEDs are not being observed.

When LED DIS jumper pins are shorted for the first time, the STATUS LED flashes the

firmware version.

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9.2 Short Message Service (SMS) Configuration

The ITS-DX4020-G supports configuration by SMS. The installer can send the SMS via mobile

phone to the ITS-DX4020-G. To ensure delivery of SMS data, keep each message to a

maximum of 160 characters in length with a maximum of 3 messages. The CONFIG MODE

jumper pins must be shorted together with a plug to allow the receipt of SMS data. Refer to

Table 2.9, Page 26, for LED activity. If the CONFIG MODE jumper pins are not shorted

together, incoming SMS data is discarded. If the shorting plug is removed from the CONFIG

MODE jumper pins before the ITS-DX4020-G receives the complete set of incoming SMS data,

all incoming SMS data is discarded.

When the ITS-DX4020-G receives a complete set of incoming SMS data, it saves the values

and then displays a distinct pattern across the on-board LEDs indicating that the values were

saved (refer to Table 2.9, Page 26 for LED locations). At this time, remove the plug from the

CONFIG jumper pins to restart the ITS-DX4020-G.The ITS-DX4020-G does not send out SMS

data. Table 9.1 shows the typical SMS format. Refer to Table 9.6, Page 69, and Table 9.7,

Page 69, for descriptions of each parameter ID in the SMS format.

Table 9.1 ITS-DX4020-G SMS Format

The configuration SMS string consists of a maximum of three SMS messages. When the ITS-

DX4020-G receives the final valid part of an SMS message, it accepts the configuration. The

communicator waits as long as the CONFIG jumper is on. When the CONFIG jumper is

removed, all incomplete configurations will be deleted.

Table 9.2 shows an example of a single SMS message.

Format Character Description

%SMS sequence number<LF>

<LF> If there are multiple SMS messages, the SMS sequence number

indicates the order of the messages and identifies the starting

point for the parameter IDs in each message.

Separate each id/value pair with a line feed (<LF>), carriage return

(<CR>), or semi-colon (;).

To allow spanning of configuration across multiple messages, each

SMS starts with the sequence number followed by the line feed

character.

id=<value> id/value pairs program each parameter on the ITS-DX4020-G.

id/value pairs are not split between multiple SMS parts.

If an SMS message contains id/value pairs with duplicate content,

only the value in the last duplicated pair is used.

! The final part of a single (or multi-) SMS configuration has an

exclamation mark at the end.

NOTICE!

To reduce message size, configuration items are designated with numbers, and only the

configuration items that must be changed are sent.

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Table 9.2 Single SMS Example

Table 9.3 and Table 9.4 show an example of a double SMS message split into two parts.

Table 9.3 Double SMS Example, Part 1

Table 9.4 Double SMS Example, Part 2

SMS Line No. Description Sample SMS

%1<LF> SMS sequence number

1=4020G<LF> Current password

2=secret123<LF> New password (case sensitive)

3=123456,4343<LF> PUK and new PIN to set in SIM

10=basic.m2m<LF> APN

11=user@telco.com<LF> GPRS username

12=password<LF> GPRS password

15=1<LF> Enable AES encryption

16=010203040506070809010111213141516<LF> Sample AES key

14=134<LF> Option bus address

! End of configuration

1=4020G

2=secret123

3=123456,4343

10=basic.m2m

11=user@telco.com

12=password

15=1

16=010203040506070809010111213141516

14=134

SMS Line No. Description Sample SMS

%1<LF> SMS sequence number

1=4020G<LF> Current password

2=secret123<LF> New password (case sensitive)

3=123456,4343<LF> PUK and new PIN to set in SIM

10=basic.m2m<LF> APN

11=user@telco.com<LF> GPRS username

12=password<LF> GPRS password

15=1<LF> Enable AES encryption

16=010203040506070809010111213141516<LF> Sample AES key

1=4020G

2=secret123

3=123456,4343

10=basic.m2m

11=user@telco.com

12=password

15=1

16=010203040506070809010111213141516

SMS Line No. Description Sample SMS

%2<LF> SMS sequence number

14=134<LF> Option bus address

! End of configuration

14=134

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9.3 Accessing the User Interface and Logging On Using USB

9.3.1 Downloading the ITS-DX4020-G USB Driver

Before you can access the USB user interface, you must download and install the ITS-DX4020-

G.inf file on the target PC or laptop. You only need to install this file once on the target PC or

laptop.

1. From your Internet browser, go to http://www.boschsecurity.us/en-us/ to open the US

Bosch web site.

2. Under Online Catalogs, click Intrusion Alarm Systems.

3. Under Download Library, click Software.

4. Under Software, click Intrusion Alarm Systems.

5. Under Intrusion Alarm Systems, click Conettix - Information Transport Solutions.

6. To the right of ITS-DX4020-G.INF, click EN.

The File Download window opens.

Figure 9.2 File Download Window

7. Click Save to save the file to the target PC or laptop.

9.3.2 Installing the ITS-DX4020-G USB Driver

If the target PC or laptop only has one USB port, you only need to install the USB driver once.

If the target PC or laptop has multiple USB ports, you must install the USB driver each time

the ITS-DX4020-G is connected to a new USB port.

1. Ensure that the supplied jumper plug is covering the CONFIG jumpers.

Refer to Figure 9.1, Page 62, Callout 3.

2. Supply power to the ITS-DX4020-G (12 VDC) and connect it to the target PC or laptop,

using a USB-to-mini-USB (5-pin mini-B connector) cable (not supplied).

The Found New Hardware Wizard opens.

Figure 9.3 Found New Hardware Wizard

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3. Select Install from a list or specific location (Advanced), and click Next.

The Search and Installation Options window opens.

Figure 9.4 Search and Installation Options Window

4. Under Search for the best driver in these locations, click the Include this location in the

search option, and then click Browse.

The Browse for Folder window opens.

Figure 9.5 Browse For Folder Window

5. In the file directory, go to the location where you saved the ITS-DX4020-G.inf file.

Click OK and then click Next.

The Found New Hardware Finish window opens.

Figure 9.6 Found New Hardware Finish Window

6. Click Finish to complete the installation of the ITS-DX4020-G USB driver.

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9.3.3 USB Main Menu

1. From Windows, start a terminal session (launch Hyper Terminal if you are running

Windows XP or earlier, or download Tera Term if you are running Windows Vista). Set up

a connection on the new virtual serial COM port using the following settings:

–Bit rate: 9600

–Data bits: 8

–Parity: None

–Stop bits: 1

–Flow control: None

2. Press [Enter].

The ITS-DX4020-G USB login screen opens.

Figure 9.7 ITS-DX4020-G USB Login Screen

3. Enter a valid password to log on. The default password is 4020G (all uppercase).

The user interface allows three attempts to correctly enter the password. After three

failed attempts, you must reset the ITS-DX4020-G by removing the jumper plug from the

CONFIG jumpers.

4. Press [Enter] to continue. The USB main menu opens.

Figure 9.8 ITS-DX4020-G USB Main Menu

The USB main menu appears:

– after successfully entering a password

– every time the user presses [Enter] without first selecting an option from the main

screen

– on returning from a sub-screen

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The main menu shows all current configuration settings first. An asterisk in front of a

configuration item indicates that its setting has been changed during the current session.

The content of the main menu constantly scrolls. When a user performs a new action, any

resulting response from the user interface appears at the end of the menu.

9.3.4 USB Option Menu

Refer to Table 9.5 for a description of the USB option menu items.

To see the USB option menu, refer to Figure 9.8, Page 67.

Table 9.5 ITS-DX4020-G Menu Options

At a configuration screen, items are presented one at a time with the current value inside [ ]

brackets. If you press [Enter] without entering a new value, the current value is unchanged.

To go to a specific menu option, enter the appropriate menu item number and press [Enter].

Option Press to

Select

Description

1 Change password 1 To change the login password, enter the old password first, and then

enter the new password twice. The second entry is to confirm the new

password.

Passwords must be 4-15 characters long, and they are case-sensitive.

0-9, A-Z, a-z, and special characters are allowed.

2 Change log level 2 Change the debugging level shown on the View Log screen.

3 View log 3 View the debugging log. Press any key to exit.

4 Exit without Save 4 Return to the user interface login screen. All configuration changes that

were made are lost and are replaced with the default values.

5 Restore Factory defaults 5 Select Yes to restore all factory default configurations.

When prompted, remove the plug from the CONFIG jumper pins to

restart the ITS-DX4020-G.

6 Save and Reboot 6 Select Yes to save all configuration changes.

When prompted, remove the plug from the CONFIG jumper pins to

restart the ITS-DX4020-G.

7 Upgrade Software 7 Select this option to upgrade the software in the ITS-DX4020-G.

Refer to Section 9.4 Upgrading the ITS-DX4020-G Software, page 70.

8 Change Basic parameters 8 To change a basic parameter:

1. Select the parameter.

2. Enter the desired value and press [Enter].

Refer to Table 9.6, Page 69 for basic parameters.

9 Change Advanced parameters 9 Select to change advanced parameters.

Refer to Table 9.7, Page 69 for advanced parameters.

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Table 9.6 ITS-DX4020-G Basic Parameters

Table 9.7 ITS-DX4020-G Advanced Parameters

ID Parameter Default Values Description

1 Current Password 4020G 4 to 15 characters Mandatory and case sensitive.

2 New Password none 4 to 15 characters New password, as desired. Case sensitive

3 SIM PUK,PIN none Maximum 10 numeric

digits each

Sets the PIN into the SIM and the ITS-

DX4020-G

4 SIM PIN No PIN 4 numeric digits Sets the PIN in the ITS-DX4020-G.

10 GPRS APN <blank> 1 to 63 characters Access point name.

11 GPRS username none 1 to 63 characters Username for wireless service provider

(not always required).

12 GPRS password none 1 to 63 characters Password for wireless service provider (not

always required).

13 Src port 7700 1 to 65535 characters Sets the port for the ITS-DX4020-G.

14 Bus Address 134 SDI: 80, 88

Option Bus: 134

Sets the option bus address for

communication with the control panel. For

Easy Series, use Address 134.

15 AES Encryption 0 0 = Disabled

1 = Enabled

Security encryption on/off; must match

encryption settings in the receiver.

16 AES Encryption Key <blank> 32 characters max.

0-9, A-F, a-f allowed

Key must match encryption key in the

receiver.

ID Parameter Default Values Description

50 DTMF digit timeout 500 100 to 3000 ms Acceptable time between dialled DTMF

digits from the panel.

51 GPRS ACK timeout 10 6 to 120 secs GPRS restarts if there is no response by

the entered time.

52 GPRS Transmit buffer

lifetime

15 6 to 120 secs Duration the panel messages are buffered

in the communicator before being

discarded.

53 GSM CODEC setting 0 0 = Full Rate (FR)

1 = Adaptive Multi-rate

(AMR)

Set to Full Rate when GSM is being used.

54 GSM transmit gain 5 0 to 10 Gain on transmitted GSM signals

55 GSM receive gain 5 0 to 10 Gain on received GSM signals.

56 Enable incoming GSM

calls where supported

1 0 = Disabled

1 = Enabled

Enables/Disables incoming GSM calls.

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9.4 Upgrading the ITS-DX4020-G Software

To upgrade the software in the ITS-DX4020-G, you must download the latest ITS-DX4020-G

binary file from the Bosch website to the target PC or laptop, and then use either Hyper

Terminal or Tera Term to install the binary file on the ITS-DX4020-G.

9.4.1 Downloading the Latest Software

1. From your Internet browser, go to http://www.boschsecurity.us/en-us/ to open the US

Bosch web site.

2. Under Online Catalogs, click Intrusion Alarm Systems.

3. Under Download Library, click Software.

4. Under Software, click Intrusion Alarm Systems.

5. Under Intrusion Alarm Systems, click Conettix - Information Transport Solutions.

6. To the right of ITS-DX4020-G_x.x.x.bin, click EN.

The File Download window opens.

7. Click Save to save the file to the target PC or laptop.

9.4.2 Installing the Software with Hyper Terminal

Microsoft® includes Hyper Terminal with the Windows XP® operating system, and earlier

operating systems.

1. In Windows, click Start→All Programs →Accessories →Communications →Hyper

Terminal.

2. From the Hyper Terminal menu, click Transfer→Send File.

The Send File window opens.

Figure 9.9 Hyper Terminal Send File Window

3. Click Browse and go to the location where you downloaded the ITS-DX4020-G binary file.

4. In Protocol, select Xmodem.

5. Click Send to start the software upgrade.

6. When the software upgrade is complete, close Hyper Terminal, and remove the jumper

plug from the CONFIG jumpers on the ITS-DX4020-G. The ITS-DX4020-G restarts.

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9.4.3 Installing the Software with Tera Term

If you are using Microsoft® Vista®, you must download and install a communication utility,

such as Tera Term, on the target PC or laptop.

1. Start Tera Term.

2. Select File→Transfer→XMODEM→Send.

Figure 9.10 Tera Term File Menu Path

3. In the XMODEM Send window, use the Look in: menu to find the location where you

downloaded the ITS-DX4020-G binary file.

4. Click Open to start the software upgrade.

Figure 9.11 Tera Term XMODEM Send Window

5. When the software upgrade is complete, close Tera Term, and remove the jumper plug

from the CONFIG jumpers on the ITS-DX4020-G. The ITS-DX4020-G restarts.

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10 Device Specifications and Overview

10.1 Control Panel

Enclosure

Dimensions (H x W x D): 37 cm x 31.8 cm x 8.5 cm (14.5 in x 12.5 in x 3.25 in)

Construction Material: Cold-rolled steel, zinc seal, 0.36 mm thick (20 Ga.)

Environmental Considerations

Relative Humidity: 93% at 32°C 2°C (89.6°F 35.6°F)

Operating Temperature: -10°C to +49°C (14°F to +120°F)

CE: -10°C to +40°C (+14°F to +104°F)

NF A2P: -10°C +55°C (+14°F to +131°F)

Storage Temperature: -10°C to +55°C (+14°F to +131°F)

Protection Level IP 30 - IK 04

Supervised Points

On-board Hardwire: 8

Single or dual end-of-line (2.2 k EOL) tamper point support

Point 1 supports two-wire smoke detectors

All points support four-wire smoke detectors

Enclosure tamper input (does not reduce point capacity)

Reaction time lower than 250ms

Programmable Outputs (PO)

On-board: 4

PO 1 only: Configurable relay

PO 2 to PO 4: Configurable solid state

PO 4 only: Internal supervised speaker driver option

PO 1 Relay Rating: Contacts: 2 A with no jumper installed; resistive loads only; in a NF A2P

certified installation: 1 A

Output: 1.2 A with jumper installed; resistive loads only; in a NF A2P

certified installation 1 A

Operating Voltage: 30 VDC maximum

PO 2 to PO 4 Rating: 400 mA current sink

Number of...

Users: 22

User 1: Master user

Users 2 to 21: System users

User 22: Duress user

Events: 500 history events, stamped with time and date

Tokens and Key Fobs: One per user (User 22 does not receive a token or key fob)

Phone Line

Phone line trouble voltage Trouble condition occurs when the phone line voltage is between 1.10 V

and 4.75 V

Control Panel Power Requirements

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AC Input Line Voltage Use a UL Listed 18 V Class 2 transformer (22 VAC, VA 50/60 Hz), or the

EZPS Power Supply

In an NF A2P certified installation, use the EZPS power supply delivered

with the panel

Total Alarm Power: 1.4 A (AC power and standby battery; intrusion applications only).

With a 7.0 Ah battery, the following current draws apply to all outputs and

devices connected to the system:

– Up to 170 mA for 24 hr for fire and combined fire/burglary

applications

– Up to 1.2 A for other applications

Auxiliary Power: 12 VDC, 1.0 A maximum. Includes 110 mA for each control center

connected to the system, and up to 400 mA for the programmable outputs.

Current Draw: 85 mA standby; 160 mA alarm with all outputs activated

Voltage: 12 VDC nominal (11.2 VDC to 12.3 VDC)

The control panel stops processing point faults when the voltage drops

below 9.5 VDC.

Battery: D126 (7 Ah) or D1218 (18 Ah) sealed, lead acid rechargeable

1.7 A maximum recharging current

Low battery condition occurs when battery drops below 12 VDC

If AC power fails and the battery drops below 9.5 VDC, the control panel

stops processing point faults. Disconnect the battery under these

conditions.

Maximum auxiliary current to recharge standby battery within 72 hours:

–12 V, 7 Ah Battery: 400 mA

–12 V, 18 Ah Battery: 900 mA

In an NF A2P certified installation, use a battery Yuasa NP17-12IFR

EZPS Power Supply Requirements

AC Input: AC Input Voltage: 100 VAC to 240 VAC

Line Voltage Frequency: 47 Hz to 63 Hz

Maximum Input Current: 0.5 A

Power Factor: Approximately 0.65 at full load

DC Output: Nominal Output Voltage under AC line input: 18 VDC

Output Voltage Range under AC line input: 16 VDC to 20 VDC

Continuous Rated Output Current: 1.25 A

Output Current Limit: Approximately 1.75 A to 2.5 A

Periodic and Random Deviation (PARD): Less than 250 mV

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10.1.1 Standby Battery Calculation

Use the following formula to calculate standby battery capacity for 24 hr of standby power:

(Total B _____ x 24 hr) + (Total C _____ x 0.067 hr) + 10% reserve = Total battery Ah required

If the Column C total exceeds 1.4 A, use an external power supply.

AC Power On Normal

Current

AC Power Off Minimum

Current

In Alarm Maximum Current

Model Qty

Used

Each Unit

(mA)

Total

(mA)

Each Unit

(mA)

Total

(mA)

Each Unit

(mA)

Total

(mA)

Control Panel 85 x1 85 85 x1 85 160 x1 160

Control

Center

110 x Qty 110 xQty 165 xQty

Wireless Hub

(IWT-WSN-N!-

86)

30x Qty 30x Qty 30xQty

DX2010 35 x Qty 35 x Qty 0 35 xQty

Sounders Connected to PO 4

D118 8 Ω

Speaker

0 xQty 0 0 xQty 0 330 xQty

Ratings of other devices in system that are not shown above

x Qty x Qty x Qty

Total

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10.2 Control Center

Control Center Specifications

Control Center Display States

Control Center

Dimensions (H x W x D): 12 cm x 17.7 cm x 2.5 cm (4.7 in. x 7 in. x 1 in.)

Total Number Supported: 4

Recommended Mounting Surface: Non-metallic surface

Minimum Mounting Distance: 1.2 m (4 ft) between each control center

Current Draw: 110 mA standby; 165 mA alarm

Minimum Wire Length: 3 m (10 ft)

Maximum Wire Length: Total: 400 m (1312 ft) using 0.8 mm (22 AWG) wire;

Single run: 100 m (328 ft) using 0.8 mm (22 AWG) wire

Data Bus Wire Type Options: 1 four-conductor, power-limited 1.2 mm (18 AWG) or 0.8 mm (22 AWG) wire

At least 0.6 mm (24 AWG) twisted pair CAT5 wire.

UL installations require power-limited wiring.

Audio Bus Wire Type Options: 1 two-conductor or 1 four-conductor, power-limited 1.2 mm (18 AWG) or 0.8

mm (22 AWG) wire. Only two conductors are used.

At least 0.6 mm (24 AWG) twisted pair CAT5 wire.

UL installations require power-limited wiring.

Unless using CAT5 cable, audio bus connections require a dedicated wire.

CAT5 Wire Requirements: Refer to Section 2.2.3 Install the Control Center, page 14.

Protection Level IP 30 - IK 04

Display Color Description

Green circle No alarm or trouble conditions exist.

You can turn on the system.

Flashing green circle System trouble exists. You can still turn on the system.

Alarm memory active.

Flashing amber circle System trouble exists. You cannot turn on the system.

Alarm memory active.

Broken green circle Wired point(s) are faulted. Turn on the system to bypass

faulted point(s).

Chime point faulted. Chime tone sounds.

Broken amber circle Wired point(s) are faulted. You cannot turn on the system.

Broken red circle;

flashing red icons

Fire or intrusion alarm occurred.

Single rotating segment Alarm memory announcement. Add or change user token.

Waiting for information from wireless network.

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Table 10.1 System Off Display States

Table 10.2 System On (Occupied or Custom Protection) Display States

Green circle and icons Add or change user passcode. Outside icon appears for first

passcode entry.

Inside icon appears for second passcode entry.

Green or amber Point walk test.

Green single circle segments represent tested points.

Green flashing icons Control center test. Icons alternately flash.

Display Color Description

Flashing red icon Exit Delay in progress. Circle segments turn on, one at a

time, to provide a visual status of Exit Delay.

Red System is on (occupied or custom protection).

Flashing icon

(amber then red)

Entry Delay in progress.Circle segments turn off, one at a

time, to provide a visual status of Entry Delay.

Amber icon: First half of Entry Delay.

Red icon: Second half of Entry Delay.

Broken red circle;

flashing red icons

Fire or intrusion alarm occurred.

Flashing red circle Active alarm memory (if system is on).

System trouble exists.

Single red rotating segment Alarm memory announcement (if system is on).

Broken red circle At least one point is faulted or bypassed; no trouble exists.

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Table 10.3 System On (Unoccupied) Display States

Display Color Description

Flashing red icon Exit Delay in progress.

Red System is on (unoccupied).

Flashing icon

(amber then red)

Entry Delay in progress.

Amber icon: First half of Entry Delay.

Red icon: Second half of Entry Delay.

Broken red circle;

flashing red icons

Fire or intrusion alarm occurred.

Flashing red circle Active alarm memory (if system is on).

Single red rotating segment Alarm memory announcement (if system is on).

Broken red circle At least one point is faulted or bypassed; no trouble exists.

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10.3 DX2010 Input Expander

The DX2010 Input Expander connects directly to the data bus of a compatible control panel.

Each expander adds eight input loops.

Add a DX2010 Before Adding Wireless Points

The control panel supports up to three DX2010 modules. Each module occupies a group of

eight points.

The DX2010's DIP switch address determines which group of points the DX2010 occupies:

– Address 102: DX2010 occupies Points 9 to 16

– Address 103: DX2010 occupies Points 17 to 24

– Address 104: DX2010 occupies Points 25 to 32

Refer to on Section 2.2.6 Install the DX2010 Input Expander, page 16, for more DIP switch

settings.

As each DX2010 module is added to the system, it occupies the next available group of points.

For Points 9 to 32, wireless points also occupy points in the same groups of eight as the

DX2010 modules:

– If you add two DX2010 modules using Addresses 102 (Points 9 to 16) and 103 (Points 17

to 24), wireless points can only occupy Points 25 to 32.

– If you add three DX2010 modules, wireless points can only occupy Points 1 to 8.

– If you add a DX2010 module using address 102 (Points 9 to 16), wireless points can only

occupy Points 17 to 32.

NOTICE!

If Points 9 to 32 contain wired and wireless points, install all required DX2010 Input

Expanders before adding any wireless points to the system.

DX2010 Input Expander

Operating Voltage: 8 VDC to 14 VDC

Current Draw: 35 mA standby; 135 mA maximum with connected accessories

Outputs: 100 mA, 12 VDC supervised output for accessories

Sensor Loop Terminal Wire Size: 0.8 mm (22 AWG) to 1.8 mm (14 AWG)

Wire Length: Control panel to DX2010 (DX2010 auxiliary output not used):

– 0.8 mm (22 AWG) = 305 m (1000 ft)

– 1.2 mm (1.2 mm) = 610 m (2000 ft)

Control panel to DX2010 (DX2010 auxiliary output supplying 100 mA):

– 0.8 mm (22 AWG) = 30 m (100 ft)

– 1.2 mm (1.2 mm) = 76 m (250 ft)

Operating Temperature: 0°C to +50°C (+32°F to +122°F)

Relative Humidity: 5% to 85% at +30°C (+86°F)

Sensor Loop Resistance: 60 Ω maximum

Sensor Loop: Up to eight inputs; input contacts can be normally open (NO) or normally closed

(NC) with appropriate EOL resistors for supervision.

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Add a DX2010 After Adding Wireless Points

If you add a DX2010 module after wireless points are added, based on its DIP switch address,

the DX2010 replaces the conflicting group of wireless points.

For example, if wireless points occupy Points 9 to 24, and you need Points 17 to 24 as wired

points, a DX2010 module with Address 103 replaces the wired points occupying Points 17 to

24.

If the next point grouping is available, for this example, Points 25 to 32, the control panel

retains all point programming except for voice descriptions, and moves the conflicting

wireless points to the next point grouping. You must re-record voice descriptions for the

points that were moved.

If the next point grouping is not available, the control panel deletes the conflicting wireless

points from the system.

10.4 Conettix DX4020 Network Interface Module

The Conettix DX4020 Ethernet Network Interface Module creates two-way communications

over Ethernet networks for compatible control panels.

10.5 ITS-DX4020-G Communicator

The Conettix ITS-DX4020-G Communicator is a multi-function, dual-path security

communicator that communicates with Bosch Security Systems, Inc. Conettix receivers. It is

compatible with DX4020 protocols, and it provides a cellular (GSM/GPRS) modem.

DX4020 Network Interface Module

Operating Voltage: 12 VDC nominal

Current Draw: 10Base-T: 110 mA maximum; 100Base-T: 135 mA maximum

Operating Temperature: 0°C to +50°C (+32°F to +122°F)

Relative Humidity: 5% to 85% at +30°C (+86°F)

ITS-DX4020-G GPRS/GSM Communicator

Operating Voltage: 12 VDC nominal, 10 VDC to 15 VDC

Current Draw: Standby: 70mA, Alarm: 400mA

Operating Temperature: -10°C to +55°C (+14°F to +131°F)

Relative Humidity: 5% to 95%

Ripple/Noise: 200 mVpp maximum

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10.6 wLSN Installation Tool

Use the wLSN Installation Tool to determine the best locations for wLSN device installation.

The Installation Tool communicates signal strength and packet success ratios through an LCD

display.

Specifications

LED Displays

The crescent-shaped LED indicates charging status when placed in a docking station.

Refer to Figure 10.1 on Page 80 and Table 10.4 on Page 80.

Figure 10.1 wLSN Installation Tool

Table 10.4 wLSN Installation Tool LED Status

868 MHz ISW-BIT1-HAX, ISW-BIT1-HBX, ISW-BIT1-HCX

915 MHz ISW-BIT1-HCX

Power Docked 12 VDC nominal, 6 VDC to 14 VDC

Batteries 3 AAA NiMH rechargeable batteries that require an

initial charge of at least 7 hours of charging.

Operating Life: Up to 50 hours of continuous use on a

single charge.

EN50131-1 Environmental Class II

1 Power Indicator

2 Charging Status LED

LED (Green) Status

On Batteries fully charged

Off Installation Tool operation on battery only.

Flashing Batteries charging

Flashing power indicator Low battery

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10.7 wLSN Hub

Specifications

The wLSN Hub monitors and coordinates two-way communications between the control panel

and the detectors.

Rotary switches (S1, S2, and S3) configure device operation and enable special diagnostic

modes.

An LED on the front provides device status.

General Operation

Refer to Table 10.5 on Page 81 and Table 10.6 on Page 81 for an overview on wLSN Hub LEDs

and switch settings.

Table 10.5 wLSN Hub LED Displays

Table 10.6 wLSN Hub Switch Settings

868 MHz ISW-BHB1-WX

915 MHz ISW-BHB1-WY

Wire Gauge 0.14 mm to 1.5 mm

Wire Length 100 m

Power/Voltage 12 VDC nominal, 7 to 14 VDC

Current Draw 60 mA maximum

Compliance EN50131-1 Security Grade 2 Type C, Environmental Class II

Operation LED Display

Self Test and Hardware Failure LED flashes twice per sec. This indicates failure. The wLSN Hub does

not operate.

Standard Operation LED on.

Configuring Network LED flashes once every 2 sec.

RFSS Mode LED flashes once every 4 sec.

Switches

Function S1 S2 S3

Normal Operation 1 0 0

RFSS Mode 9 2 0

Default Mode987

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10.8 wLSN PIR and Dual Motion Detectors

The PIR Motion Detector (ISW-BPR1-W13PX) uses an infrared sensor. The Dual Motion

Detector uses (ISW-BPR1-W13PGX) both PIR and microwave technology.

A cover-and-wall tamper switch transmits a tamper signal when the cover is removed from its

base, or when the unit is pulled away from the wall.

An LED provides status for Walk Test, RFSS, and Discovery Modes.

Specifications

Sensitivity Settings

Sensitivity settings are set at the control panel. Refer to the control panel's documentation for

detailed information.

1. Standard Sensitivity

Use this setting when pets are present in the area to be monitored. Standard sensitivity

provides excellent detection performance and is the least sensitive to false alarms.

2. Intermediate Sensitivity

Only use this setting in non-pet installations where environmental disturbances are

minimal. Intermediate sensitivity provides the highest level of detection performance.

3. Setting the Dual Motion Detector's Microwave Range Adjustment

a. If the microwave coverage needs adjustment (red or yellow LED does not light),

increase or decrease the microwave range as needed (using the back of the device).

b. Repeat the Walk Test.

c. Repeat Steps a and b until the required coverage is met.

868 MHz PIR: ISW-BPR1-W13PX

Dual: ISW-BDL1-W11PGX, ISW-BDL1-W11PHX, ISW-BDL1-W11PKX

915 MHz PIR: ISW-BPR1-W13PY

Dual: ISW-BDL1-W11PGY, ISW-BDL1-W11PHY, ISW-BDL1-W11PKY

PIR Motion Detector Power/

Voltage

Four AA 1.5 V alkaline batteries

Dual Motion Detector Power/

Voltage

Six AA 1.5 V alkaline batteries

EN50131-1 Security Grade 2, Environmental Class II

NOTICE!

The Dual Motion Detector's microwave motion sensor is factory adjusted to sense motion to

at least 11 m.

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10.9 wLSN Door-Window Contact

The wLSN Door-Window Contact is a magnetic reed switch and wireless transceiver used for

monitoring doors, windows, and other dry contact devices.

A cover-and-wall tamper switch transmits a tamper signal when the cover is removed from its

base, or when the unit is pulled away from the wall.

An LED provides status for RFSS and Discovery Modes.

Specifications

Supported Wiring Configurations

The wLSN Door-Window Contact provides a supervised point for monitoring external devices.

Refer to Section 2.2.7 Connect Supervised Points on page 19 for supported wiring options

when using the supervised point.

10.10 wLSN Recessed Door-Window Contact

The wLSN Recessed Door-Window Contact is a wireless transceiver used for monitoring doors

A cover tamper switch transmits a tamper signal when the cover is removed from its base.and

windows.

An LED provides status for RFSS and Discovery Modes.

Specifications

868 MHz ISW-BMC1-S135X

915 MHz ISW-BMC1-S135Y

Maximum Distance Between Sensor and

Magnet

<12,7 mm, the magnet can be placed on either side.

The base is marked to indicate the magnet position.

Wire Gauge 0.14 mm (22 AWG) to 1.5 mm (16 AWG)

Power/Voltage Two AA batteries, 1.5 V alkaline

Terminal Block For connecting other dry contact devices such as another magnetic reed

switch. (2.2k EOL)

EN50131-1 Security Grade 2, Environmental Class II

NOTICE!

Mounting the wLSN Recessed Door-Window Contact in a metal door or window frame could

degrade the RF signal strength.

868 MHz ISW-BMC1-R135X

915 MHz ISW-BMC1-R135Y

Power/Voltage One CR2 lithium battery, 3 VDC

Maximum Distance Between Reed

Switch and Magnet

<12,7 mm

Drill Tools Requires the use of a 19 mm (3/4 in.) drill bit and 22 mm

(7/8 in.) spade bit

Circuit Board Removal Needle nose pliers are recommended

EN50131-1 Security Grade 2, Environmental Class II

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Tamper Switch Location

Refer to Figure 10.2 on Page 84 for the location of the device's tamper switch and LED.

Figure 10.2 Recessed Door-Window Contact

10.11 wLSN Mini Door-Window Contact

Similar to the wLSN Door-Window Contact, the wLSN Mini Door-Window Contact is a wireless

transceiver device used for monitoring doors and windows.

A cover-and-wall tamper switch transmits a tamper signal when the cover is removed from its

base, or when the unit is pulled away from the wall.

An LED provides status for RFSS, and Discovery Modes.

Specifications

Tamper Switch Location

Refer to Figure 10.3 on Page 84 for the location of the device's tamper switch.

Figure 10.3 Mini Door-Window Contact Tamper Switch

1 Mounting slots for printed circuit board

2Tamper switch

3 LED for RFSS Mode and Discovery Mode

868 MHz ISW-BMC1-M82X

915 MHz ISW-BMC1-M82Y

Power/Voltage One CR2 lithium battery, 3 VDC

Maximum Distance Between Reed

Switch and Magnet

<12,7 mm (1/2 in.)

The magnet can be placed on either side of the detector.

EN50131-1 Security Grade 2, Environmental Class II

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10.12 wLSN Inertia Detector

The wLSN Inertia Detector is a vibration detector combined with a wireless transceiver used

for monitoring doors or windows.

A cover-and-wall tamper switch transmits a tamper signal when the cover is removed from its

base, or when the unit is pulled away from the wall.

An LED provides status for Test, RFSS, and Discovery Modes.

Specifications

Sensor Adjustment

Proper sensor element orientation is critical to the operation of the device. The arrow,

embossed on the body of this sensor, must always point up. Refer to Figure 10.4 on Page 85

for arrow and for proper wire routing when reinserting the sensor element.

Figure 10.4 Sensor Adjustment

868 MHz ISW-BIN1-S135X

915 MHz ISW-BIN1-S135Y

Maximum Distance Between Detector

and Magnet

<12,7 mm (1/2 in.)

The magnet can be placed on either side of the detector.

Power/Voltage 2 AA batteries, 1.5 V alkaline

Sensor Adjustment Adjust the position of the sensor element, so the arrow always points up by

removing and replacing the element to accommodate the possible

placement positions (refer to Figure 10.4 on Page 85).

Route the wiring from the sensor element so it does not make contact with

the tamper spring (refer to Figure 10.4 on Page 85).

EN50131-1 Security Grade 2, Environmental Class II

1 Remove sensor element

2 Turn sensor element as desired

3 Ensure arrow on sensor element points up

4 Proper wire routing

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Sensitivity Settings

All sensitivity settings are programmed at the control panel (refer to Section 5.2.6 Point

Programming Items, page 52). The sensor element has two settings:

– Gross Attack

– Minor Attack

Gross Attack is always enabled. The Minor Attack setting is very sensitive and can be disabled.

Test Mode

The unit is automatically in Test mode for the first 10 minutes after power up.

The green LED flashes:

– Once to indicate initialization is complete and the unit is in Test mode

– Twice to indicate a Minor Attack test

– Three times to indicate a Gross Attack test

NOTICE!

A single tap such as a branch in the wind lightly brushing a window can start the minor attack

timer and tap count. To avoid false alarms, do not use the Minor Attack setting where there is

potential for stray vibrations.

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10.13 wLSN Key Fob

The wLSN Key Fob is a two-way personal transmitter carried by the user. Use it to remotely

arm or disarm a security area.

Specifications

Key Fob User Interface

Refer to Figure 10.5 on Page 87, Table 10.7 on Page 88, and Table 10.8 on Page 88 for key fob

LED and button functions.

Figure 10.5 wLSN Key Fob Button and LED Locations

868 MHz ISW-BKF1-H5X

915 MHz ISW-BKF1-H5Y

Power/Voltage Two CR2032 lithium batteries, 3 VDC

Gaskets Interchangeable; for multiple users, different colors available

EN50131-1 Security Grade 2, Environmental Class II

1 High intensity LED

2 Status LED

3 Disarm button

4 Arm button

5 Programmable buttons

LED/Button Function

High intensity LED Suitable for use as a flashlight. Press to operate.

Status LED Refer to Table 10.8 on Page 88 for status indications.

Disarm button Press to turn the system off.

Press and hold for 1 sec to create a panic alarm.

Arm button Press to turn the system on (unoccupied).

Press and hold to create a panic alarm.

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Table 10.7 wLSN Key Fob LEDs and Buttons

Table 10.8 wLSN Key Fob LED Status

Programmable buttons To operate the programmable buttons, press and hold or for at least one sec.

Program these buttons at the control panel to control lights, garage doors, and so on.

Refer to Expert Programming Items 616 and 626 on page 56.

High intensity LED

button

Press [FIG] to operate the high intensity LED.

LED/Button Function

Status Description

Alternating red and green A key fob button was pressed. The LED either stops flashing, or one of the other status

indicators in this table occurs. This display lasts approximately for 15 sec.

Red fast flash The system is in alarm, or silent panic feature was used.

Red slow flash Exit delay in progress (system occupied or unoccupied).

Red on steady The system is on (occupied or unoccupied).

Green fast flash An error occurs while turning the system on. The system does not turn on as expected.

Green slow flash The system is not ready to turn on. A button programmed for system status also shows

this status.

Green on steady The system is off and is ready to turn on. The button programmed for system status

also shows this status.

Green on steady and slow

amber flash Either or was pressed to turn an output on or off.

Red on steady and slow

amber flash Either or was pressed to turn an output on for two seconds.

Red blip If the LED flashes red once every 5 sec when the key fob is not in use, replace the

batteries.

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10.14 wLSN Relay Module

The wLSN Relay Module allows the control panel to control external devices through a Form C

relay. This module also provides a supervised point for monitoring external devices.

Auxiliary power input terminals are also provided to supplement battery power when relay use

is high.

A cover-and-wall tamper switch transmits a tamper signal when the cover is removed from its

base, or when the unit is pulled away from the wall.

An LED provides status for RFSS and Discovery Modes.

Specifications

868 MHz ISW-BRL1-WX

915 MHz ISW-BRL1-WY

Wire Gauge 0.14 mm to 1.5 mm

Power Four AA batteries, 1.5 V alkaline

External Power Source

(optional)

12 VDC nominal, 6 VDC to 14 VDC

Terminal Blocks DC+ and DC - External power source, 12 VDC nominal,

6 VDC to 14 VDC

PT + and PT - (input) Input, supervised sensor loop

NO, C, NC (output) Relay output for control of external devices.

Relay Output 2A at 30 VDC (resistive load)

EN50131-1 Security Grade 2, Environmental Class II

NOTICE!

The external power option is intended to be used as a supplemental (secondary) source of

power only. Do not operate the Relay Module without the batteries.

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10.15 wLSN Indoor Siren

The wLSN Indoor Siren provides auxiliary power input terminals are also provided to

supplement battery power when siren use is high.

A cover-and-wall tamper switch transmits a tamper signal when the cover is removed from its

base, or when the unit is pulled away from the wall.

An LED provides status for RFSS and Discovery Modes.

Specifications

868 MHz ISW-BSR1-WX

915 MHz ISW-BSR1-WY

Wire Gauge 0.14 mm to 1.5 mm

Power Four AA batteries, 1.5 V alkaline

External Power Source

(optional)

12 VDC nominal, 6 VDC to 14 VDC

DC+ and DC - Terminal

Blocks

External power source, 12 VDC nominal, 6 VDC to 14 VDC

Sounder 85 dB at 3 m

EN50131-1 Security Grade 2, Environmental Class II

NOTICE!

The external power option is intended to be used as a supplemental (secondary) source of

power only. Do not operate the Indoor Siren without the batteries.

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10.16 wLSN Outdoor Siren

Specifications

Configuration

Use the Outdoor Siren DIP switches to configure the siren for compliance with the laws of the

installation country. Refer to Figure 10.6, Page 91.

Figure 10.6 Outdoor Siren Configuration Switches

Refer to the following table for configurations allowed by the DIP Switch Settings.

Table 10.9 Outdoor Siren DIP Switch Settings

868 MHz ISW-BSR1-WOX

Wire Gauge 0.14 mm to 1.5 mm

Power Two 2 x 13Ah (3.6 VCC nominal)

Outdoor Modulation 1400 – 1600 Hz, excursion of 200 Hz

Sounder 90 to 105 dB at 1m

EN50131-1 EN Environmental class IV outdoor

Configuration Region DIP Switches Configuration

OFF/OFF Default – Siren is limited to 90 sec.

– Flashes every 1.5 sec from 0 - 90 sec of the alarm.

– Flashes every 3 sec from 90 sec - 30 min of the alarm.

– Flash stopped after 30 min.

ON/OFF Spain – Siren is activated for 60 sec, then 30 sec of silence, and then

activated for 60 more sec.

– Flashes every 1.5 sec from 0 - 150 sec of the alarm.

– Flashes every 3 sec from 150 sec - 30 min of the alarm.

– Flash stopped after 30 min.

ON/ON Belgium – Siren is limited to 90 sec.

– Flashes every 1.5 sec from 0 - 90 sec of the alarm.

– Flashes every 3 sec from 90 sec - 30 min of the alarm.

– Flashes every 20 sec from 30 min of the alarm until the siren

is turned off.

OFF/ON Reserved Reserved for future use.

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10.17 wLSN Smoke and Heat Detectors

The ISW-BSM1-SX (868 MHz) is a wireless smoke detector.

The ISW-BSM1-SY (915 MHz) is a wireless smoke and heat detector that provides fixed

temperature and rate-of-rise sensors.

Under normal conditions, the red LED flashes once every 8 sec while the sensor monitors the

surrounding environment. When the sensor detects smoke, the LED changes from flashing to

steady on and the sounder produces a loud continuous tone.

A self-diagnostic feature monitors detector sensitivity and operational status.

A cover tamper switch transmits a tamper signal when the cover is removed from its base, or

when the unit is pulled away from the wall.

The optical chamber is removable for easy maintenance.

Specifications

Battery Replacement

The LED normally flashes every 8 sec. Replace batteries when the LED stops flashing and the

sensor chirps every 45 sec.

The low battery trouble chirps can be silenced for 24 hours by pushing the Test/Silence

Button. Refer to Figure 10.7 on Page 92 for the location of the Test/Silence Button.

Figure 10.7 wLSN Smoke Detector

868 MHz ISW-BSM1-SX

915 MHz ISW-BSM1-SY

Power/Voltage Two lithium batteries; 3 VDC

Fixed Temperature Sensor (ISW-

BSM1-SY)

+57°C ± 3°C (+135°F ± 5°F)

Raye-of-Rise Sensor (ISW-BSM1-

SY)

+8.3°C/min>+41°C (+15°F>+105°F)

Photoelectric Beam Obscuration

Sensitivity

0.14 ± 0.04 dB/m

Drift Compensation Adjustment 1.64%/m (0.5%/ft) maximum

Average Alarm Current 70 mA

Sounder 85 dBA at 3 m

Self-diagnostics Feature Monitors detector sensitivity and operational status.

EN14604 ISW-BSM1-SX

1 High intensity LED

2 Test/Silence Button

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Smoke Test

Test smoke detectors annually using a listed aerosol smoke tester to simulate an alarm.

Follow the instructions on the can.

The LED should remain on while the detector provides a continuous tone. The detector

automatically resets when smoke is no longer present. A detector that fails to activate with

the Smoke test might require cleaning or replacement.

Sensitivity Test

The detector includes a Sensitivity Level Test mode for determining the detector's sensitivity:

1. Press and hold the Test/Silence button for 4 sec. The LED flashes 1 to 9 times and the

sounder activates.

2. Count the number of LED flashes and use Table 10.10 on Page 93 to determine the status

of the detector's sensitivity and the action to take.

Table 10.10 wLSN Smoke Detector Sensitivity Conditions

Silence an Alarm

Press the Test/Silence Button (refer to Figure 10.7 on Page 92) to silence the sounder during

an alarm. If smoke is still present after a few minutes, the sounder and alarm resume.

LEDs

Table 10.11 wLSN Smoke Detector LED Statuses

NOTICE!

To avoid a fire department dispatch, contact the central monitoring station or put the system

into Test mode before activating the detector using this method.

NOTICE!

Test mode is seen by the control panel as a test. It does not send an alarm.

Flashes Action Recommended

1 Return device for service or replacement.

2 to 3 Clean the detector and re-test. If error persists, replace the detector.

4 to 7 Normal.

8 to 9 Confirm that the smoke chamber is snapped down securely. Clean the sensor and re-test.

LED Status

Flashing Normal.

On Detects smoke (heat), sending an alarm.

Off Replace the batteries, clean the detector, or replace the optical chamber as required.

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Cleaning the Detector and Replacing the Optical Chamber

Clean the detector cover with a dry or damp cloth as needed to keep it free from dust and

dirt. Clean the detector interior at least once a year, or as needed.

To clean the detector:

1. Rotate the detector counter-clockwise to remove it from the mounting base.

2. Remove the batteries.

3. Slide a flat head screwdriver in the slot on the detector cap and gently push down to pry

the cap off. Squeeze the optical chamber where indicated and pull it up and away from

the detector. Refer to Figure 10.8 on Page 94.

Figure 10.8 Remove the Detector Cap and the Chamber

4. Use compressed air or a soft-bristled brush to remove dust and dirt from the smoke

chamber base.

5. Align the new optical chamber with the base and snap into place.

6. To attach the detector cap, line the cap up with the detector, press the cap onto the

detector, and turn the cap clockwise to snap it firmly into place.

7. Observing the proper polarity, install the batteries and the battery cover. If the batteries

are not installed, the detector does not properly fit onto the mounting base.

8. Mount the detector onto the mounting base.

9. Test the detector's sensitivity.

Refer to Section Sensitivity Test on Page 93.

1 Remove detector cap

2 Smoke Chamber Base

3 Optical Chamber

4 Alignment Arrows

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10.18 wLSN Glassbreak Detector

Specifications

The wLSN Glassbreak Detector is a wireless transmitter used for detecting breaking glass.

A cover-and-wall tamper switch transmits a tamper signal when the cover is removed from its

base, or when the unit is pulled away from the wall.

Specifications

General Overview

Figure 10.9 wLSN Glassbreak Detector Front Layout

868 MHz ISW-BGB1-SAX

915 MHz ISW-BGB1-SAY

Power/Voltage 2 AA batteries, 1.5 V alkaline

Acoustic Capabilities Glass types and thicknesses Type Thickness

Plate 0,24 cm to 0,95 cm

Tempered 0,32 cm to 0,95 cm

Laminated* 0,32 cm to 1,43 cm

Wired 0,64 cm

* Protected only if both panes of glass are broken.

Minimum pane size for all

types of glass

28 cm x 28 cm

Range Maximum 7.6 m; no minimum range

1 Service door tamper switch

2 AA batteries

3 Service door

4 Test Mode pads

5 Sensitivity DIP switches

6Event LED

7 Alarm LED

8 LED enable switch (off position)

9 Housing screw

10 RFSS Mode LED (remove housing screw and cover piece)

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Installation Considerations

For the best detector performance, select a mounting location that is:

– within 7.6 m of the protected glass.

– within clear view of the protected glass.

– at least 2 m from the floor.

– at least 1 m from forced-air ducts.

– at least 1 m from sirens or bells greater than 5 cm in diameter.

– on a window frame if any heavy window covering is present.

Avoid mounting the detector:

–in a corner.

– on the same wall as the protected glass.

– on free-standing posts or pillars.

– in rooms with noisy equipment such as air compressors, bells, and power tools.

Sensitivity Settings

1. If the front housing is attached, carefully open the service door (Item 3, Figure 10.9 on

Page 95).

2. Enable the LEDs for test purposes by sliding the LED ENABLE switch (Item 8, Figure 10.9

on Page 95) in the direction the arrow points (above the switch). An orange flag

protrudes from the side of the detector.

Refer to Figure 10.10 on Page 96.

Figure 10.10 wLSN Glassbreak Sensitivity Switches

NOTICE!

Glassbreak detectors are intended only as a component of a perimeter protection system. You

should always use a motion detector in conjunction with a glassbreak detector.

1Test pads

2 Sensitivity switches

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3. Determine the sensitivity setting for your application.

Refer to Table 10.12.

Table 10.12 wLSN Glassbreak Detector Sensitivity Settings

4. Use a small screwdriver to move the sensitivity switches. Use the settings determined in

Step 3.

5. Turn on any sources of noise (such as machinery, office, or audio equipment) in the area.

6. Observe the green event LED (Item 6, Figure 10.9 on Page 95) for approximately 1 min. If

the green LED flashes, relocate the unit or reduce the sensitivity by adjusting the

sensitivity switch.

7. Repeat Steps 3 through 6 until you achieve the best sensitivity level.

8. After setting the sensitivity, slide the LED enable switch (Item 8, Figure 10.9 on Page 95)

to the OFF position.

Testing

Test the detector at least once each year. Test the detector with the 13-332 Sound Sensor

Tester.

Figure 10.11 13-332 Sound Sensor Tester

Sensitivity SENS1 SENS2 Approximate Range

Maximum OFF OFF 7,6 m

Medium ON OFF 4,6 m

Low OFF ON 3 m

Lowest ON ON 1,5 m

1 Activate/Test switch

2 Start button

3 Flex/Man switch

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Entering Test Mode

Place the detector in Test Mode. In Test Mode, the detector's LED disable switch (Item 8,

Figure 10.9 on Page 95) is overridden. You can enter the Test Mode locally or remotely.

To enter the Test Mode locally:

1. Carefully open the service door of the detector.

2. Insert a screwdriver into the slot next to the sensitivity switches that contains the test

pads (Item 1, Figure 10.9 on Page 95).

3. Momentarily short both test pads together with the tip of the screwdriver, or other

metallic conductive object.

The Event LED (green) (Item 6, Figure 10.9 on Page 95) flashes once per sec. If the green

LED does not flash, repeat Steps 10 and 11.

To enter the Test Mode remotely:

1. Stand within 3 m of the detector.

2. Move the switches on top of the 13-332 Tester to ACTIVATE and to MAN modes (Items 1

and 3, Figure 10.9 on Page 95).

3. Point the front of the tester towards the detector and press the red Start button on top

(Item 2, Figure 10.9 on Page 95).

The tester buzzes and the green LED on the detector flashes once per sec. If the green LED

does not flash, move closer to the detector and repeat the procedure.

Testing

Testing the Detector (Flex and Audio Signals)

1. Set the 13-332 Tester switches to the TEST and FLEX positions (Items 1 and 3,

Figure 10.9 on Page 95).

2. Press the red Start button (Item 2, Figure 10.9 on Page 95). The tester activates and

starts an eight-sec armed period.

3. If window coverings are present, close them fully.

4. Hold the 13-332 Tester near the point on the glass farthest from the detector. If window

coverings are present, hold the tester between the glass and window coverings.

5. Carefully strike the glass with a cushioned tool. The 13-332 Tester responds by producing

a burst of glass break audio.

If the detector receives both the flex and audio signals properly, its red Alarm LED lights for

3 sec.

If the red LED does not light, return to Section 9.0 RFSS Site Testing on page 81 to reposition

the detector.

DANGER!

The 13-332 Sound Sensor Tester produces extremely loud sounds and can be hazardous to

hearing when used at close range. Do not point the 13-332 towards someone's head.

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Exiting Test Mode

To exit the Test Mode locally:

1. Carefully open the service door of the detector.

2. Insert a screwdriver into the slot next to the sensitivity switches that contains the test

pads (Item 1, Figure 10.9 on Page 95).

3. Momentarily short both test pads together with the tip of the screwdriver, or other

metallic conductive object.

When the detector exits Test Mode, the green Event LED (Item 6, Figure 10.9 on Page 95)

stops flashing. If the Event LED continues to flash, repeat Steps 2 and 3.

To exit the Test Mode remotely:

1. Stand within 3 m of the detector.

2. Move the switches on top of the 13-332 Tester to ACTIVATE and to MAN modes (Items 1

and 3, Figure 10.9 on Page 95).

3. Point the front of the tester towards the detector and press the red Start button on top

(Item 2, Figure 10.9 on Page 95).

The tester buzzes.

Entering RFSS Mode with the Wall Tamper Removed

To enter RFSS Mode if the wall tamper tab is removed:

1. Remove and reinsert the batteries.

2. Press and hold the wall tamper switch.

Refer to Figure 10.12 on Page 99.

Figure 10.12 Wall and Cover Tamper Switches

3. Quickly press and release the cover tamper switch four times within 10 sec of reinserting

the batteries. Refer to Figure 10.12 on Page 99. The detector enters RFSS Mode.

Low Battery Indication

The detector indicates a low battery condition in two ways:

– If the LEDs are enabled, both flash simultaneously every sec.

– A low battery status indication is sent to the control panel.

The LED flashing and a low battery indication at the control panel are independent of each

other and do not necessarily occur at the same time. Receiving either condition indicates a

low battery.

1 Wall tamper switch (back of detector)

2 Cover tamper switch (inside of detector)

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10.19 wLSN Water Sensor/Low-temperature Sensor

The wLSN Water Sensor/Low-temperature Sensor detects water spilled or leaking onto a

solid surface. It can also be used to monitor temperature to warn of potential water pipe

freezing. If temperatures fall below +7°C (+45°F) for more than 30 sec. the sensor sends a

signal to the wLSN Hub.

Specifications

Installation Considerations

The wLSN Water Sensor/Low-temperature Sensor is not intended to:

– monitor water levels in storage tanks or other liquids

– be permanently submerged in water

– detect absence of water

Test and Enable wLSN Water Sensors/Low-temperature Sensors

Test each newly discovered device during the Point Test to enable the device. If specific point

numbers are preferred, test devices in the appropriate order.

Testing and Enabling When Both Sensors are Required

1. During the Point Test, test the low-temperature sensor first. Refer to Table 10.13,

Page 100 for instructions.

The system announces "Point xx was tested."

2. Test the water sensor. Refer to Table 2 for instructions.

Testing and Enabling When Only the Water Sensor is Required

During the Point Test, test the water sensor. Refer to Table 10.13, Page 100 for instructions.

The system announces "Point xx was tested."

Testing and Enabling When Only the Low-temperature Sensor is Required

During the Point Test, test the low-temperature sensor. Refer to Table 10.13, Page 100 for

instructions.

The system announces "Point xx was tested."

Do not connect the water sensor probe.

Table 10.13 Water Sensor/Low-temperature Sensor Test and Enable Procedures

868 MHz ISW-BWL1-SX

915 MHz ISW-BWL1-SY

Power/Voltage Two AA batteries, 2.3 VDC to 3.0 VDC

Relative Humidity Up to 95%, non-condensing

Temperature (operating) -10°C to +55°C (+14°F to +131°F)

Temperature (alarm) <+7°C (+45°F)

EN50131-1 Environmental Class II

Sensor To Test

Water Select one of the following methods:

– Short the water probe pins for at least 5 sec. Refer to Figure 10.13, Page 101.

– Submerge the water probe in water for at least 5 sec.

Low-temperature Short the "T" pads for at least 5 sec. Refer to Figure 10.13, Page 101.

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Figure 10.13 Enabling the Water Probe and Low-Temperature Functions

1 Water sensor

2 Low-temperature sensor

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11 Programming Details and Defaults

This section defines the primary function of the major programming items.

This section also lists the programming defaults for the most frequently used country codes.

11.1 Programming Item Programming Details

102. Country Code

Select the appropriate code for country-specific operation.

107. Fire Bell Cut-off Time

Enter how long the fire alarm sounds at bell outputs and at the control center.

108. Intrusion Bell Cut-off Time

Enter how long the intrusion alarm sounds at bell outputs and at the control center.

110. Intrusion Abort Window

Enter how long the control panel waits to send an alarm report after an alarm occurs.

111. Fire Alarm Cancel Window

Enter how long a user has to cancel a fire alarm report after the system sends the report to

the central station. If a fire alarm is acknowledged during the cancel window, the system

sends a cancel report to the central station. An entry of 0 disables this feature.

112. Intrusion Cancel Window

Enter how long a user has to cancel an intrusion alarm report after the system sends the

report to the central station.

115. Chime Mode Operation after System Off

Determines Chime Mode operation after the system is turned off.

116. Automatic Test Report Frequency

Determines how often the control panel sends the automatic test report.

118. RPS Passcode

Enter the 6-digit passcode that allows access to the control panel from RPS.

124. Point Alarm Verification

Determines the level of alarm verification required by point before generating an intrusion

alarm condition.

125. Faulted Points Allowed Threshold

Determines the maximum number of faulted points that are disabled while the system is on.

126. Exit Delay

Enter how long the user has to exit the building before the system turns on.

127. Entry Delay

Enter how long the user has to enter the building and turn off the system before an alarm

condition occurs.

131. Swinger Bypass Count

Enter the number of alarm reports allowed from a point while the system is on before the

point is bypassed.

133. System On Order Options

Determines the order that system-on options are announced to the user.

134. Cross Zone Timer

Enter how long the system waits for at least two Cross Zone points to be faulted before the

control panel sends a Verified Alarm report to the central station.

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140. Demo Mode

Demo Mode controls how telephone messages are announced by the system: either only over

the telephone, or over the telephone and through all idle control centers (control centers that

are not currently engaged in a command). Set Demo Mode to 2 (Demo Mode Auto On/Off).

Enter the telephone menu.

On an idle control center, press the [i] button to either turn on or off the announcement of

telephone messages through all idle control centers. When you exit the telephone menu and

end the phone session, the system turns Demo Mode off.

142. Restrict Installer Passcode

If set to 0, the Master User must enable the Installer passcode before a person logged in with

the Installer passcode can perform any tasks through the phone menu or RPS; enabling the

Installer passcode grants it Level 3 access. The Installer passcode remains at Level 3 until an

exit delay.

If set to 0, and the Installer is granted access while the control panel is armed, the

programming items are limited.

To enable the Installer Passcode:

1. From the control center, the Master User enables enters the passcode. When the

validation for the Master User passcode expires, the Installer passcode is enabled.

2. Using a token, the Master User presents the token several times until the control center

speaks "Turning your system off". If the Master User token is presented again, the

Installer passcode is disabled.

3. From the phone interface, the Master User enters the passcode, then presses [3] for

System Maintenance, [3] for System Test menu, and then [6] to enable the Installer's

passcode.

145. Test Report Day of Week

Select the day that the control panel sends the test report.

146. Test Report Day of Month

Enter the day of the month that the control panel sends the test report.

148. Arming Beeps/Graduated Annunciation

Select whether the Intrusion and Intrusion and Fire Output Function types beep when the key

fob is used to arm or disarm the control panel.

150. Wireless Jam Detect Level

Configure the jam detect level of the wireless devices.

163. Silence Trouble Tones

Silence annunciation of trouble tones.

164. System Inactivity Time (Hours)

Enter the number of hours that the system must be turned off before it sends the System

Inactive report.

165. System Inactivity Time (Days)

Enter the number of days that the system must be turned off before it sends the System

Inactive report.

166. System Inactivity Time (Weeks)

Enter the number of weeks that the system must be turned off before it sends the System

Inactive report.

168. Audio Verification Command Set

Select the command set that the control panel uses for internal alarm verification. Press the

[*] key on the phone to enable the microphone on the control centers. This allows the central

station operator to hear noise on the premises. This option only effects the button presses on

the phone while an audio verify session is active between the control panel and the central

station operator.

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224. RPS Automatic Call In Time (Hours)

202. PSTN or GSM Connection

Select the type of telephone connection the system will use to send reports to the central

station.

203. Voice Format Repeat Count

Enter the number of times the system repeats a voice report during the phone call.

204. Voice Format Message Delivery Attempts

Enter how many times the system attempts to deliver a voice format message.

217. Emergency Call Override Number Delay

Enter the amount of time the system waits before sending reports if an emergency number is

dialed.

222. Phone Answer Ring Count

Enter the number of rings before the system answers an incoming call.

223. Bell Test

This programming item applies to all Intrusion output functions and to all arming modes.

0 = No closing ring-back or bell test; 1 = Enabled

If closing reports are disabled, the outputs turn on for 1 sec at the end of Exit Delay.

If closing reports are enabled, the outputs turn on for 1 sec when the control panel receives a

closing report acknowledgement from the central station.

Select the hour when the control panel calls RPS.

225. RPS Automatic Call in Time (Minutes)

Select the minute when the control panel calls RPS.

227. RPS Automatic Call in Time (Day of Week)

Select the day of the week when the control panel calls RPS.

228. RPS Automatic Call in Time (Day of Month)

Select the day of the month when the control panel calls RPS.

229. RPS Automatic Call in Phone Number

Enter the phone number that the control panel uses to call RPS.

245. RPS Automatic Call in Method

Select whether the control panel uses a phone number or an IP address to call RPS.

246. RPS Port Number

Enter the port number for contacting RPS when the automatic call in occurs over a network

connection.

305. Route Attempts

Enter the number of times the system attempts each destination in the selected route if the

first attempt fails.

601. Key Fob Duress

Select whether or not a wireless key fob sends a Duress event when the Arm and Disarm

buttons are pressed and held together.

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611. Output 1 Type

–Disabled: Output is disabled.

–Intrusion: Output turns on when intrusion alarm occurs. To turn off output, turn off

system, or wait until end of intrusion bell cut-off time.

–Fire: Output turns on when a fire alarm occurs. To turn off output, turn off system if it is

already on, or wait until end of fire bell cut-off time.

–Fire Latching: Output turns on when a fire alarm occurs. To turn off output, turn off

system if it is already on, or acknowledge alarm if system is off.

–Intrusion and Fire: Output turns on when an intrusion or fire alarm occurs. To turn off

output, turn off system, or wait until end of bell cut-off time. Fire alarms take priority over

intrusion alarms.

–Intrusion and Fire Latching: Output turns on when an intrusion or fire alarm occurs. To

turn off output, turn off system if it is already on, or acknowledge alarm if system is off.

Fire alarms take priority over intrusion alarms.

–System Reset: Output is normally on. Output turns off for approximately 10 sec when

system is reset. Use this function to supply power to devices such as four-wire smoke

detectors that require power interruption to reset a latching alarm condition

–System On: Output turns on when the system is turned on, and remains on until system

is turned off.

–System Ready: Output turns on when the system is ready to turn on (no faulted points or

system troubles exist).

–Key Fob On/Off: Output turns on or off when the user presses the key fob's or

key.

–Key Fob 2-sec Pulse: Output turns on for two seconds when the user presses the key

fob's or key.

–User Controlled: Output turns on or off when a user or the installer uses the Operate

Outputs option from the phone menus.

–Interior Intrusion and Fire: Output turns on when an interior intrusion or fire alarm

occurs. To turn off output, turn off system, or wait until end of bell cut-off time. Fire

alarms take priority over intrusion alarms.

–System On (Unoccupied): Output turns on when the system is turned On (Unoccupied)

and there are no bypassed or force-armed points.

–Intrusion and Fire:

– Output turns on when any alarm (Intrusion or Fire) occurs. To turn off the output,

turn off the system, or wait until the end of the bell cut-off time.

– When a fire alarm occurs, this output function provides only a steady output (no

Temporal Code 3 or Pulsed cadence).

– Fire alarms take priority over Intrusion alarms.

880. Alarm Message Minimum Repeat Time

Enter how long the control center waits between alarm message announcements before

repeating the message even if the control center's proximity sensor detects motion.

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9xx1. Point Types

–Disabled: Point is disabled.

–Perimeter (Entry or Exit): If faulted and the system is on, Entry Delay starts. An alarm

occurs if the system is not turned off when Entry Delay ends.

–Interior (Follower): If the system is on occupied, it ignores these points. If the system is

on unoccupied, a faulted interior point starts an alarm. These points are ignored during

Exit and Entry Delay times.

–Perimeter Instant: If faulted when the system is on, a local alarm occurs

–24-Hour: If faulted, an alarm always occurs. To restore a 24-hour point, turn the system

off if it is on, or acknowledge the alarm if the system is off.

–Fire Verified: If faulted, fire verification occurs. If a second fire event occurs during the

two-min. wait period, a fire alarm occurs. If no second fire event occurs, the system

returns to normal.

–Fire Instant: If faulted, a fire alarm always occurs.

–Silent Panic: If faulted, an alarm always occurs. There is no visual or audio indication of

the alarm.

–Interior Walkthrough: If faulted and the system is on custom protection, Entry Delay

starts. If the system is on occupied or unoccupied, this point functions as an interior

point.

–Perimeter Exit Cancel: If faulted and restored during Exit Delay, Exit Delay stops and the

system immediately turns on.

–Momentary Keyswitch: Turn the system on or off using a momentary keyswitch.

–Maintained Keyswitch: Turn the system on or off using a maintained keyswitch.

–24-Hour Trouble: If faulted, a trouble condition always occurs. To restore a 24-hour

trouble point, turn they system off if it is on, or acknowledge the alarm if the system is

off.

–User Emergency, 24-hour supervisory point type:

– If the point's circuit style = 0, an open or shorted circuit creates a tamper condition.

An off-normal circuit creates an alarm condition.

– If the point's circuit style = 1, an open or shorted circuit creates an alarm condition.

– Refer to Circuit Style on page 68 for more information.

– If User Emergency is assigned to a wireless detector, any off-normal alarm condition

creates an alarm condition.

– To restore a user emergency point, turn the system off if it is on, or acknowledge the

alarm if the system is off.

9xx6. Alarm Verification

Select whether or not the central station can verify the alarm when it receives an alarm report

from the point and the report is acknowledged.

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11.2 Country Codes

The country code sets the control panel to the appropriate country-specific defaults for your

installation.

Country Code Country Code

Argentina 01 Israel 63

Australia 02 Italy 25

Austria 03 Japan 26

Belarus 62 Lithuania 29

Belgium 04 Luxembourg 20

Bosnia 65 Malaysia 32

Brazil 05 Mexico 34

Bulgaria 06 Netherlands 35

Canada 07 New Zealand 36

China 08 Norway 38

Croatia 10 Poland 41

Czech Republic 12 Portugal 42

Denmark 13 Romania 43

Egypt 14 Russian Federation 44

Finland 16 Spain 51

France 17 Sweden 52

Germany 18 Taiwan 54

Greece 19 Thailand 55

Hong Kong 20 Turkey 56

Hungary 21 Ukraine 62

India 22 United Arab Emirates 65

Indonesia 23 United Kingdom 57

Ireland 24 United States 58

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11.3 Country Code Specific Default Programming Codes

Country Codes

Prog Item# ↓

107

108

125

126

127

133

136

137

138

204

211

212

213

214

216

306

9011

9021

9031

9041

9051

9061

9071

9081

9012

9022

9032

9042

9052

9062

9072

9082

9092

9102

9112

9122

9132

9142

9152

9162

9172

9182

9192

535513553575153

03333033303303

60 60 60 60 30 45 60 30 45 60 60 60 45 30

30 30 30 30 30 45 30 25 30 30 30 30 45 20

11111313311331

01000000000000

00000100000000

00000000000000

33113312335335

00000000000053

00000000000043

110 112 000 112 112 112 000 112 112 110 000 112 999 113

00000000000000

61661666166611

13112111211183

13112312213133

13112313312132

23222223322232

23222224322222

23222223424224

20222222022200

20222022022200

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Country Codes

Prog Item# ↓

9202

9212

9222

9232

9242

9252

9262

9272

9282

9292

9302

9312

9322

814

824

834

844

861

611

621

631

641

642

121

600

115

116

128

132

147

153

159

160

344

403

9015

9025

9035

9045

9055

9065

9075

9085

163

168

20222022022200

01001100100020

01001100101022

46444446644644

555555551455555

55555555555556

56777777657718

57555655755595

01001100100001

22222282222222

01111111101111

02202200200002

00000000000100

11011111111111

00111010001110

00000000000010

11111011111101

01111111101110

11111101111111

33333333333333

66666665466666

10111111111111

00000000100000

110 en | Programming Details and Defaults Easy Series

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Country Codes

Prog Item# ↓

29 30 35 38 41 42 43 44 51 52 53 56 57

107

108

125

126

127

133

136

137

138

204

211

212

213

214

216

306

9011

9021

9031

9041

9051

9061

9071

9081

9012

9022

9032

9042

9052

9062

9072

9082

9092

9102

9112

9122

9132

9142

9152

9162

9172

9182

9192

53355255255515

533552352 5515

3333383333030

60 60 60 60 60 30 30 60 30 60 60 60 45

30 30 20 30 30 30 15 45 20 30 30 30 45

1133131333114

0000001000000

0000000000000

1333121133313

0000030110005

0000000110005

0000000000005

0000000000000

000 112 000 112 000 112 000 000 000 112 110 000 000

0000000100000

6166666666661

1311111111118

1312121222113

2322222222223

2322222222222

2022222202220

2000222200220

2000202200220

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Country Codes

Prog Item# ↓

29 30 35 38 41 42 43 44 51 52 53 56 57

9202

9212

9222

9232

9242

9252

9262

9272

9282

9292

9302

9312

9322

814

824

834

844

861

611

621

631

641

642

121

600

115

116

128

132

147

153

159

160

344

403

9015

9025

9035

9045

9055

9065

9075

9085

163

168

2000202200220

0100010000002

4644444444444

5555555155555

5555555355555

7657777777571

5756585556555

0111010111000

2222222222222

1111111111011

0200000200000

0000001120000

1111111111111

1000111000010

0000000000001

1100111011110

1111111011011

1111111111111

3333333133330

3333333133333

6666666666666

1111111111111

0000000000000

112 en | Agency Approvals and Requirements Easy Series

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12 Agency Approvals and Requirements

12.1 Certifications and Approvals

Compliance with specific standards, such as SIA CP-01 and DD243, reduces false alarms and

is required in many locations.

The Easy Series Intrusion Control Panel is designed to comply with the following

certifications, approvals, and standards:

– ANSI/SIA CP-01 False Alarm Immunity

–

– EN50131-1 Security Grade 2, Environmental Class II*

– EN 50131-3, EN 50131-5-3, EN 50131-6, IP30 - IK04

(EN50529 - EN50102 )

– DD243*

– PD6662*

–CCC*

– UL Standards:

– UL365, Police Station Burglar Alarm Units and

systems

– UL609, Local Burglar Alarm Units and Systems

– UL985, Household Fire Warning System Units

– UL1023, Household Burglar-alarm System Units

– UL1076, Proprietary Burglar Alarm Units and

Systems

–cUL Standards:

– CAN/ULC-S545, Residential Fire Warning

System Control Units

– CAN/ULC-S545, Residential Fire Warning

System Control Units

– CAN/ULC-S303, Local Burglar Alarm Units and

Systems

– C1076, Proprietary Burglar Alarm Units and

Systems

– C1023, Household Burglar Alarm Units

– FCC

– Industry of Canada (IC)

–A-Tick*

–C-Tick*

– TBR21 for PSTN*

– INCERT (Belgium) *

– CSFM Listing - Control Unit Household

– Japan Approvals Institute for Telecommunications

Equipment (JATE) *

* Not investigated by Underwriters Laboratories, Inc.

NOTICE!

The ITS-DX4020-G has not been tested by UL.

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12.2 FCC

Part 15

This equipment was tested and found to comply with the limits for a Class B digital device,

pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable

protection against harmful interference when the equipment is operated in a commercial

environment.

This equipment generates, uses, and can radiate radio frequency energy. If this equipment is

not installed and used according to this document, it might cause harmful interference to

radio communications.

Operation of this equipment in a residential area is likely to cause harmful interference, in

which case the user must correct the interference.

Part 68

This equipment complies with Part 68 of FCC rules. A label contains, among other

information, the FCC registration number and ringer equivalency number (REN). If requested,

this information must be provided to the telephone company.

The Bosch Security Systems Easy Series Intrusion Control Panel is registered for connection

to the public telephone network using an RJ38X or RJ31X jack.

The REN determines the number of devices that can be connected to the telephone line.

Excessive REN's on the telephone line might result in the devices not ringing in response to an

incoming call. In most, but not all areas, the sum of the REN's should not exceed five. To

determine the number of devices that can be connected to the telephone line, contact the

telephone company for the maximum REN for the calling area.

The telephone company notifies you if this equipment harms the telephone network. If

advance notice is not practical, the telephone company notifies the customer as soon as

possible. Also, you are advised of your right to file a complaint with the FCC if you believe it is

necessary to do so.

The telephone company might make changes in its facilities, equipment, operation, or

procedures that could affect the operation of this equipment. If this happens, the telephone

company provides advance notice so you can make the necessary modifications for

maintaining uninterrupted service.

If you experience trouble with the Easy Series Intrusion Control Panel, contact Bosch Security

Systems Customer Service for repair and warranty information. If the trouble harms the

telephone network, the telephone company might request that you remove the equipment

from the network until the problem is resolved. User repairs must not be made, and doing so

voids the user's warranty.

This equipment cannot be used on public coin service provided by the telephone company.

Connection to party line service is subject to state tariffs. Contact your state public utilities

commission for more information.

–FCC Registration Number: US:ESVAL00BEZ1; Ringer Equivalence: 0.0B

–Service Center: Contact your Bosch Security Systems, Inc. representative for the

location of your service center.

114 en | Agency Approvals and Requirements Easy Series

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12.3 Industry Canada

This product meets the applicable Industry Canada technical specifications.

The ringer equivalence number (REN) for this terminal equipment is 0.0. The REN assigned to

each terminal equipment indicates the maximum number of terminals allowed to be

connected to a telephone interface. The termination of an interface can consist of any

combination of devices subject only to the requirement that the sum of the REN of all devices

does not exceed five.

12.4 SIA

Programming Requirements

To comply with ANSI/SIA CP-01 False Alarm Reduction, set these programming items as

follows:

To comply with ANSI/SIA CP-01 False Alarm Reduction, by default, this system:

– Sends Intrusion Alarm Verified and Exit Error reports

– Sends a Recent Closing report for any alarm that occurs within two min of the end of Exit

Delay

– Includes a Fire Verified point type option that is disabled by default

Programming Item Item Number Default Section Starting Page

Intrusion Abort Window 110 30 sec Page 43

Intrusion Cancel Window 112 5 min

Exit Delay 126 60 sec

Entry Delay 127 30 sec

Swinger Bypass Count 131 1

Auto Protection Level 132 1

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Quick Reference

Refer to the following table for programmable features, shipping defaults, and recommended

programming that comply with the ANSI/SIA CP-01 False Alarm Reduction standard.

The system test button tests all points, all outputs, the control panel, and the communicator.

Refer to Section 8.1 Test the System, page 61 for more information.

Paragraph Number

in ANSI/SIA CP-01

Feature Requirement Range Shipping

Default

Recommended

Programming1

4.2.2.1 Exit Time Required

(programmable)

For full or auto

arming: 45 sec to

2 min (255 sec max)

60 sec 60 sec

4.2.2.2 Progress

Annunciation/

Disable for Silent

Exit

Allowed Individual control

centers can be

disabled.

All control

centers

enabled.

All control centers

enabled.

4.2.2.3 Exit Time Restart Required Option For re-entry during

Exit Time

Enabled Enabled

4.2.2.5 Auto Stay Arm on

Unvacated

Premises

Required option

(except for remote

arm)

If no exit after full

arm

Enabled Enabled

4.2.4.4 Exit Time and

Progress

Annunciation/

Disable for Remote

Arm

Allowed option (for

remote arm)

Can be disabled for

remote arm

Enabled Enabled

4.2.3.1 Entry Delay(s) Required

(programmable)

30 sec to 4 min230 sec At least 30 sec2

4.2.5.1 Abort Window for

Non-fire Zones

Required option Can be disabled by

zone or zone type

Enabled Enabled (all

zones)

4.2.5.1 Abort Window Time

for Non-fire Zones

Required

(programmable)

15 sec to 45 sec230 sec At least 15 sec2

4.2.5.1.2 Abort Annunciation Required option Annunciate that no

alarm was

transmitted

Enabled Enabled

4.2.5.4.1 Cancel

Annunciation

Required option Annunciate that a

Cancel was

transmitted

Enabled Enabled

4.2.6.1 and 4.2.6.2 Duress Feature Allowed Option No 1+ derivative of

another user code;

no duplicates of

other user codes

Disabled Disabled

4.3.1 Cross Zoning Required Option Programming

needed

Disabled Enabled and two

or more zones

programmed

4.3.1 Programmable

Cross Zoning Time

Allowed Can program Per

manufacturer

Per walk path in

protected

premises

4.3.2 Swinger Shutdown Required

(programmable)

For all non-fire

zones, shut down at

one or two faults

One fault One fault

4.3.2 Swinger Shutdown

Disable

Allowed For non-police

response zones

Enabled Enabled (all

zones)

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12.5 Underwriters Laboratories (UL)

Household Fire Warning System

– Install at least one UL Listed four-wire latching type smoke detector rated to operate over

the voltage range of 11.2 VDC to 12.3 VDC. The maximum smoke detector load is 50 mA.

– Install one UL Listed 85 dB audible device rated to operate over the range of 11.2 VDC to

12.3 VDC as required for this application. Program the bell cut-off time for at least four

minutes. Refer to Programming Item 107 in Section 5.2.2 System Programming Items,

page 43.

– Install end-of-line resistor P/N: 47819 after last smoke detector.

– Do not use a printer interface module.

– Where two-wire addressable devices are used, do not place fire and intrusion devices on

the same zone.

– The system must be able to operate for at least 24 hr, and generate a full alarm output for

at least 4 min without AC power.

Household Burglar Alarm Unit

– Install at least one UL Listed 85 dB audible device rated to operate over the voltage range

of 11.2 VDC to 12.3 VDC.

– Install at least one IUI-EZ1 Control Center.

– Program all zones to use end-of-line supervision.

– Install intrusion initiating devices rated to operate over the voltage range of 11.2 VDC to

12.3 VDC.

– Program all intrusion zones for audible notification.

– Do not exceed 60 sec when programming Exit Delay. Refer to Programming Item 126 in

Section 5.2.2 System Programming Items, page 43. Do not exceed 45 sec when

programming Entry Delay. Refer to Programming Item 127 in Section 5.2.2 System

Programming Items, page 43. Program the bell cut-off time for at least of four minutes.

Refer to Programming Item 108 in Section 5.2.2 System Programming Items, page 43.

– The system must be able to operate for at least 24 hr, and generate a full alarm output for

at least 4 min without AC power.

4.3.3 Fire Alarm

Verification

Required option Depends on control

panel and sensors

Disabled Enabled unless

sensors can self-

verify

4.5 Call Waiting Cancel Required option Depends on user

phone line

Disabled Enabled if user

has call waiting

1 Programming at installation site might be subordinate to other UL requirements for the intended application.

2 Combined Entry Delay and Abort Window should not exceed 1 minute.

3 If the cross zone timer ends and a second cross zone point is not faulted, the system sends an intrusion alarm unverified report.

Paragraph Number

in ANSI/SIA CP-01

Feature Requirement Range Shipping

Default

Recommended

Programming1

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Commercial Burglary, Local

– Use the D8108A Attack Resistant Enclosure with the D2402 Mounting Skirt.

– Install at least one UL Listed 85 dB audible device rated to operate over the voltage range

of 11.2 VDC to 12.3 VDC. All wiring connections between the control panel and device

must be in conduit.

– Do not exceed 60 sec when programming Exit Delay. Refer to Programming Item 126 in

Section 5.2.2 System Programming Items, page 43. Do not exceed 60 sec when

programming Entry Delay. Refer to Programming Item 127 in Section 5.2.2 System

Programming Items, page 43.

– Install a tamper switch to protect the enclosure door.

– Set Programming Item 116 to 1 (Daily) to ensure the automatic test report is sent on a

daily basis. Refer to Section 5.2.2 System Programming Items, page 43.

– Ensure that the integrated communicator is enabled (Programming Item 304 = 0; refer to

Section Global Report Routing Items, page 52). Ensure that the system can send low

battery reports (Programming Item 358 = 1, 2, or 3; refer to Section System Report and

Restoral Routing, page 51).

– Install at least one IUI-EZ1 Control Center.

– Program the bell cut-off time for at least 15 minutes. Refer to Programming Item 108 in

Section 5.2.2 System Programming Items, page 43.

– This system was not evaluated for Bank Safe and Vault applications.

– The system must be able to operate for at least 24 hr, and generate a full alarm output for

at least 15 min without AC power.

Commercial Burglary, Police Station Connected Protected Premises*

–Refer to Section Commercial Burglary, Local, page 117 for installation requirements.

– Ensure that the integrated communicator is enabled (Programming Item 304 = 0; refer to

Section Global Report Routing Items, page 52).

* Systems are approved for Encrypted Line Security when used in conjunction with the C900V2 Conettix IP

Dialer Capture Module and communicating over a packet-switched data network (PSDN).

Commercial Burglary, Proprietary*

– The integrated communicator is enabled (Programming Item 304 = 0; refer to

Section Global Report Routing Items, page 52).

– The system has one owner.

– The system must be able to operate without AC power for at least 24 hours. The central

station receiver must be able to receive reports without AC power for at least 24 hours.

* Systems are approved for Encrypted Line Security when used in conjunction with the C900V2 Conettix IP

Dialer Capture Module and communicating over a packet-switched data network (PSDN).

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12.6 PD6662 and DD243 Requirements

To comply with PD6662 and DD243, you must meet all of the EN50131-3 requirements and

the following requirements:

–Maintenance: A qualified technician must check the system at least twice a year.

–AC Power Supply:

–Type: A

–Rated Voltage: 230 V

–Rated Input Frequency: 50 Hz

–Rated Input Current: 250 mA maximum

–Fuse Rating: 0.25 A, 250 V Slow Blow

–Construction Materials: Enclosures and housings for the control panel, control center,

DX2010, wireless hub, and wireless devices are made from materials that are durable,

secure, and resistant to attack by hand-held tools.

–Confirmed Alarms: Set Expert Programming Item Number 124 to either Option 3 or 4.

Refer to Section 5.2.2 System Programming Items, page 43for more information.

The Easy Series Intrusion Control Panel is designed to comply with PD6662:2004 as a Grade 2

system that supports Notification Options A, B, C, or X with the appropriate notification

devices installed (devices not included with system).

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12.7 EN50131 Requirements

The Easy Series Intrusion Control Panel is designed to comply with EN50131-1 Security Grade

2, Environmental Class II.

To comply with EN50131-1, set these programming items as follows:

Installation, Programming, and Maintenance

Installation: Refer to Section 2.2 Install System Components, page 13.

Programming: Refer to Section 5 Programming, page 37.

Testing: Refer to Section 8 System Test and Maintenance, page 61.

Maintenance: Refer to Section 8 System Test and Maintenance, page 61.

Power Supply (AC and Standby Battery)

AC Power Supply: Refer to Section 10.2 Control Center, page 75.

Standby Battery: Refer to Section 10.2 Control Center, page 75.

Automatic Inhibit

Intruder Alarm and Fault Signal or Message: Set Expert Programming Item Number 131 to a value between 1 and 3.

Refer to Section 5.2.2 System Programming Items, page 43for more information.

Authorization Code: Set Expert Programming Item Number 892 to a value between 3 and 8.

Refer to Section 5.2.8 Control Center Programming Items, page 55for more information.

Logical and Physical Keys

Minimum Number of Combinations per User:

–Passcodes: 15,625 (passcode length must be six digits)

–Tokens: 42,000,000,000

–Key Fobs: 2,800,000,000,000,000

Method Used to Determine Number of Combinations:

–Passcodes: Digits 1 to 5 are allowed. For a six-digit passcode, all combinations are allowed.

–Tokens: 32 bits. All combinations are allowed.

–Key Fobs: 56 bits (48 serialized during manufacturing, 8 remain static)

Operating Temperature Range

Refer to Environmental Considerations on Page 72.

Control Panel and Control Center Current Consumption

Control Panel: Refer to Section 10.1 Control Panel, page 72.

Control Center: Refer to Section 10.1 Control Panel, page 72.

Output Current Rating

Refer to Programmable Outputs on Page 72.

Programming Item Item Number Setting Section Starting

Page

Programming Key Auto Transfer 123 Select Option 0 Page 43

Entry Delay 127 Set to 45 sec or less

Swinger Bypass Count 131 Select Option 3

Restrict Installer Passcode 142 Select Option 1

RPS Automatic Call In Frequency 224 Select Option 0 Page 49

Passcode Length 861 Set passcode length to six digits Page 56

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12.8 INCERT

To comply with INCERT, set these programming items as follows:

12.9 cUL

For Canadian installations, install systems according to ULC-S302. Systems that use the

C900V2 Conettix IP Dialer Capture Module meet Level 3 Line Security when communicating

over a packet-switched data network (PSDN).

12.10 NF A2P

If you modify system parameters you are responsible for maintaining the system within the

scope of the standard and regulations that apply to the hardware and/or the system in which

it is used. In a NF A2P compliant installation, use only NF A2P listed components, and check

that each parameter is in the authorized range.

Accessories Authorized in a Certified Installation

Programming Item Item Number Default Section Starting Page

Restrict Installer Passcode 142 1 Page 43

Passcode Length 861 6 digits

Invalid Passcode Attempt 892 3*

Control Center Lockout Time 893 3* Page 56

* To comply with INCERT, set these programming items to 3 or higher.

Part Description

IUI-EZ1 Control Center

NP17-12IFR 17AH Yuasa Battery

ICP-EZPK Flash memory

EZPS-FRA Power supply for motion detectors and sirens

IPP-PSU-2A5 Supervised Auxiliary power supply

ICP-EZVM-FRF Voice module in French

ISW-BHB1-WXFR wLSN Hub

ISW-BK-F1-H5X wLSN keyfob

ISW-BDL1-W11PHX wLSN Tri-tech motion detector 11 x 11 m

ISW-BPR1-W13PX PIR wLSN motion detector 12 x 12 m

ISW-BMC1-S135X wLSN magnetic contact wLSN

ISW-BMC1-M82X wLSN mini contact

ISW-BMC1-R135X wLSN recessed contact

ISW-BIN-S135X wLSN Choc and magnetic contact

ISW-BSM1-SX wLSN smoke detector

ISW-BGB1-SAX wLSN Glass break detector

ISW-BSR1-WX wLSN sounder

ISW-BRL1-WX wLSN output relay

DX2010 8 wire zones expansion board

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Siren Wiring in a NF A2P Certified Installation

Use only sirens with backup battery. Sirens which require a primary voltage of 14.4V can be

Bring the hold-on +12V through panel PO1, set it as the interior siren, as shown on the siren

installation guide. Depending on the current requirement of the siren battery, the hold-on +

voltage can be taken from the orange terminal, white terminal, +14.4V of the siren power

output of optional board EZPS-FRA, or one of the outputs of auxiliary power supply IPP-PSU-

2A5.

Motion Detectors Wiring in a NF A2P Certified Installation

Power for motion detectors shall be separated from power for sirens. Power for motion

detectors can either come from the white terminal + and -, or by the optional board EZPS-FRA

when the number of motion detector requires separate power lines, or by the auxiliary power

supply IPP-PSU-2A5.

Panel Configuration in a NF A2P Certified Installation

Check that each parameter is in the range of authorized values for NF A2P certified

installations.

Current Chart in a NF A2P Type 2 Certified Installation

To meet the 36 hours of backup power, check that the current required by all the equipments

used in the system is lower than the backup current available:

– Max current in idle state: 465 mA (i.e. 270 mA of current for the panel , with one control

center)

– Max current in alarm: 1000 mA (i.e. 675 mA of current for the panel, with one control

center)

Refer to the chart below.

NOTICE!

In a NF A2P certified installation, the power supply used to feed the battery of the siren shall

not be used to feed the motion detectors.

Max Current in Idle State Max Current In Alarm State

Module I Max Total I Max Total

Easy Series Control Panel 85 mA x1 85 mA 160 mA x1 160 mA

Current for the panel: A....mA ...mA

IUI-EZ1 Control Center (at least 1) 110 mA x Qty 165 mA xQty

Current on the option bus: B....mA ....mA

Motion detector(s) x Qty x Qty

Siren(s) x Qty x Qty

(Autre) x Qty x Qty

Total aux current: C...mA ...mA

Total A + B + C ...mA ...mA

Max backup current available, with a 17 AH battery (type

2, 36H)

465 mA 1000 mA

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Current Chart of the Aux Power Supply IPP-PSU-2A5

When the current required by additional components is higher than the backup current

available from the panel with the 17AH battery, add one or several auxiliary power supply IPP-

PSU-2A5.

The IPP-PSU-2A5 provides also the 14.5V output required by the siren batteries.

Controller Recorder Wiring

To connect a controller / recorder, connect the coil inpu of the recorder to + and - of PO2,

PO3 and/or PO4.

Set the output as follows:

– To record the state "arm unoccupied", set the output to "armed unoccupied"

– To record the state "alarm", set the corresponding output to "intrusion and fire 2"

(reversed level)

Programming Items

To comply with NF A2P, set these programming items as follows:

Max Current in Idle State Max Current In Alarm State

Module I Max Total I Max Total

IPP-PSU-2A5 55 mA x1 55 mA 55 mA x1 55 mA

Detector(s) x Qty xQty

Siren(s) x Qty x Qty

Control Center(s) x Qty x Qty

Total aux current: C...mA ...mA

Total in Idle State ...mA Total in alarm state ...mA

Max backup current available, with a 17 AH battery 465 mA 750 mA

The IPP-PSU-2A5 auxiliary power supply provide a protection against the deep discharge of the battery (active at idle state) and status

LEDs. This current has to be taken into account in the current chart.

Max. available current in idle state: 465 mA.

Max. current in alarm: 750 mA.

NOTICE!

For Aux power supply supervision, use an input from the panel or from a DX2010, with a two

resistors wiring (alarm and tamper)

– Connect the output relay "trouble" from the aux power supply to a 24hr/24hr input.

Record the zone name with a text meaning "AC loss aux power supply"

– On the tamper zone, connect the tamper contact of the aux power supply enclosure

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Table 12.1 NF A2P Certified Configuration Values

Programming Item Item Number NF A2P Approved Range Section Starting Page

Country Code 102 17 Page 43

Enclosure Tamper Enabled 103 1

Fire Bell Cut-off Time 107 2 or 3

Intrusion Bell Cut-off Time 108 2 or 3

Intrusion Abort Window 110 0

Point Alarm Verification 124 0

Entry Delay 127 Shorter than Exit Delay

Auto Protection Level 132 0

Latching Point and Enclosure Tamper 137 1

Latching System Device Tamper 138 1

Restrict Installer Passcode 142 1

Start Arming With Faulted Points 159 0

Passcode Length 861 6 Page 56

Circuit Style 9xx2* 0 Page 52

Response Time 9xx5* 4 or 5

* The middle digits = the point number. For example, "01" = Point 1, and "32" = Point 32.

NOTICE!

For supervised points (dual EOL), 2.2k Ω EOL resistors (P/N: 47819) required.

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Seal the Enclosure

1. Open the pre-opened hole which is on the right of the enclosure.

2. Pass the sealing wire through this hole, and bring the two wires in the corresponding

hole of the enclosure door.

3. Seal the sealing lead as near as possible from the enclosure.

Figure 12.1 Enclosure Sealing

1Enclosure

2 Sealing Location (pre-opened)

3 Right side of the enclosure

4 Right side of the door

5Sealing lead

Bosch Security Systems, Inc.

130 Perinton Parkway

Fairport, NY 14450

(800) 289-0096

www.boschsecurity.com

Bosch F01U087835 02 Easy Series 3 Ref Guide Quick Selection ( System Reference Guide) En US 2524758155

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