NX-10 Expander Installation Guide -...

GE Security

NX-10 Alarm System

Expander Installation Guide

1062192

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NX-10 Expander Installation Guide

3

Table of Contents

Preface ................................................................................................................................................................ 7 Safety terms and symbols.............................................................................................................................................. 7 References............................................................................................................................................................................. 7

Chapter 1 Programming guidelines .............................................................................................................. 8 Getting started..................................................................................................................................................................... 8

Entering programming mode......................................................................................................................... 8 Navigating the menus...................................................................................................................................................... 8

Quick User Menu .................................................................................................................................................. 8 Selecting a menu option ................................................................................................................................................. 9 Changing a menu option................................................................................................................................................ 9

Changing selection list entries....................................................................................................................... 9 Changing binary entries.................................................................................................................................... 9 Changing numeric entries .............................................................................................................................10

Exiting the menu system...............................................................................................................................................10 Guidelines for location-based programming......................................................................................................10

Selecting the module to program ..............................................................................................................11 Programming a location.................................................................................................................................11 Exiting the program mode.............................................................................................................................11

Selecting the programming mode ...........................................................................................................................11 Chapter 2 Setting up the NX-1701E.............................................................................................................13

Overview...............................................................................................................................................................................13 Installing the NX-1701E proximity reader.............................................................................................................14

Wiring the NX-1701E proximity reader....................................................................................................14 Enrolling the NX-1701E proximity reader ...............................................................................................15

Programming the NX-1701E proximity reader...................................................................................................16 Programming badge functions ...................................................................................................................17 Configuring X-10 functions............................................................................................................................17 Adding and deleting cards.............................................................................................................................18

Glossary ................................................................................................................................................................................19 Programming locations for the NX-1701E ...........................................................................................................24

Programming worksheets .............................................................................................................................32 Technical specifications ................................................................................................................................................40

Chapter 3 Setting up the NX-1750 ..............................................................................................................42 Features................................................................................................................................................................................42 Wiring the NX-1750 ProxPad ......................................................................................................................................43 Programming the NX-1750 ProxPad.......................................................................................................................45

Overview................................................................................................................................................................45 Installing and enrolling the NX-1750 ProxPad.....................................................................................45 Adding and deleting user cards..................................................................................................................46 Configuring X-10 functions ...........................................................................................................................47 NX-1750 ProxPad menu map......................................................................................................................48

NX-1750 ProxPad menu glossary ............................................................................................................................49 Programming locations for the NX-1750 .............................................................................................................51 Technical Specifications ...............................................................................................................................................58

Chapter 4 Setting up the NX-320-I .............................................................................................................. 59 Overview ..............................................................................................................................................................................59 Installing the NX-320-I auxiliary power module................................................................................................59

Wiring the NX-320-I auxiliary power module.......................................................................................60 Setting the DIP switches.................................................................................................................................60 Enrolling the NX-320-I auxiliary power module ..................................................................................61

Programming the NX-320-I auxiliary power module......................................................................................62 Configuring outputs..........................................................................................................................................62 Configuring features ........................................................................................................................................63

Glossary................................................................................................................................................................................64 Programming the locations for NX-320-I .............................................................................................................66

NX-320-I Programming worksheets.........................................................................................................71 Technical specifications................................................................................................................................................74

Chapter 5 Setting up the NX-507E/NX-508E.............................................................................................. 75 Overview ..............................................................................................................................................................................75 Installing the NX-507E output expander ..............................................................................................................76

Setting the DIP switches.................................................................................................................................78 Programming the NX-507E/NX-508E output expander ................................................................................79

Setting up schedules........................................................................................................................................80 Configuring an output .....................................................................................................................................81 Configuring users...............................................................................................................................................81

Glossary................................................................................................................................................................................82 Programming the locations for NX-507E/NX-508E .........................................................................................84

NX-507E/NX-508E Programming worksheets .....................................................................................93 Programming examples ............................................................................................................................................ 103 NX-507E technical specifications.......................................................................................................................... 106 NX-508E technical specifications.......................................................................................................................... 106

Chapter 6 Setting up the NX-534E............................................................................................................. 107 Overview ........................................................................................................................................................................... 107 Installing the NX-534E listen-in module............................................................................................................. 107

Wiring the NX-534E listen-in module .................................................................................................... 108 General operating instructions ................................................................................................................ 108


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Control levels.....................................................................................................................................................109 Tones.....................................................................................................................................................................110

Programming the NX-534E listen-in module ...................................................................................................112 Configuring listen-in options......................................................................................................................112 Programming timers .....................................................................................................................................112 Setting volume levels ....................................................................................................................................113 Assigning X-10 devices.................................................................................................................................113

Glossary .............................................................................................................................................................................113 Programming the locations for the NX-534E...................................................................................................116

NX-534E Programming worksheets.......................................................................................................119 Technical specifications .............................................................................................................................................121

Chapter 7 Setting up the NX-535 ...............................................................................................................122 Overview............................................................................................................................................................................122 Installing the NX-535 voice module......................................................................................................................122 Programming the NX-535 voice module............................................................................................................124

Configuring the control panel for voice reporting...........................................................................124 Recording voice messages.........................................................................................................................124 Playing back messages................................................................................................................................125 Configuring handshake and kiss off ......................................................................................................125

Glossary .............................................................................................................................................................................126 Programming the locations for the NX-535 .....................................................................................................127

Recording / Playback messages..............................................................................................................127 Configuring Handshake and Kiss-off.....................................................................................................128 Examples.............................................................................................................................................................128 NX-535 Programming worksheets .........................................................................................................130

Technical specifications .............................................................................................................................................131 Chapter 9 Setting up the NX-590E .............................................................................................................132

Overview............................................................................................................................................................................132 Installing the NX-590E TCP/IP module.................................................................................................................133

Wiring the NX-590EE TCP/IP module .....................................................................................................133 LED indicators...................................................................................................................................................134

Programming the NX-590E TCP/IP module ......................................................................................................135 Configuring TCP/IP reporting.....................................................................................................................136 Configuring email reporting.......................................................................................................................136 Configuring reporting options...................................................................................................................137 Configuring upload/download..................................................................................................................137

Glossary .............................................................................................................................................................................138 Programming the locations for NX-590E...........................................................................................................144

Frequently asked questions .......................................................................................................................148 Technical specifications .............................................................................................................................................150

Appendix 1 Overview of module numbers............................................................................................... 151 NX-1701E door swipe modules................................................................................................................ 151 Keypads and ProxPads ................................................................................................................................ 152

Appendix 2 Installing the modules............................................................................................................ 153 Large polycarbonate housing .................................................................................................................. 153 Small polycarbonate housing................................................................................................................... 156

Index................................................................................................................................................................ 158


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Preface This is the NX-10 Expander Installation Guide. This document includes an overview of the products and detailed instructions explaining:

• how to install and configure the additional components of your NX-10 system; and

• how to program the system.

To use this document effectively, you should have the following minimum qualifications:

• a basic knowledge of alarm systems and components; and

• a basic knowledge of electrical wiring and low-voltage electrical connections.

Read these instructions and all ancillary documentation entirely before installing or operating this product.

Note: A qualified installer, complying with all applicable codes, should perform whatever hardware installation is required.

Safety terms and symbols These terms may appear in this manual:

CAUTION: Cautions identify conditions or practices that may result in damage to the equipment or other property.

WARNING: Warnings identify conditions or practices that could result in equipment damage or serious personal injury.

References For more information, refer to the following:

NX-10 Menu Structure

This menu structure provides a map of the NX-10 menu options, including those for all the additional modules.

NX-10 Installers Manual

This manual contains detailed information about the NX-10 system, its basic components and their installation and programming.

Chapter 1 Programming guidelines

Getting started This chapter describes basic guidelines for NX-10 installation with the menu driven keypad allowing you to program the system easily using a menu structure.

In order to program the system you need to enter a code defining your access rights. There are the following default codes:

Table 1. Default codes

User code Installer code Download access code

1234 9713 84800000

Entering programming mode

Your installer code allows you to program the system through the installer menu. There are two levels in the installer menu. The light menu contains the most important options and the advanced menu contains additional options. The system cannot be armed while in programming mode on the current keypad or another keypad.

1. Press OK at the system prompt and enter your installer code.

2. Use the keys to navigate the menu. The full menu map can be found in the Menu Structure included in your language kit. The light menu is in green text and the advanced menu is in black text.

3. Select OK to select an option or use the numerical/character keys to edit the existing option.

Note: The light installer menu is displayed by default. To switch to advanced menu, navigate to Installer Menu>Maintenance Mode>Advanced and select Enabled. The keypad displays the advanced menu until this option is disabled.

Navigating the menus • Press the keys to scroll through menu lists and options.

• Press # to move to the same menu item for the previous option. For example, if you are in a submenu for zone 2, press # to move to the same submenu for zone 1.

• Press # to move to the same menu item for the next option. For example, if you are in a submenu for zone 2, press # to move to the same submenu for zone 3.

Note: The keypad may timeout from the menu system and return to the default display.

Quick User Menu

You can access a limited number of menu options without entering your installer code or user code. This opens the command menu. Commands available in the Quick User Menu allow, for example, to quickly preview the alarm memory list, reset detectors or start the service check.


9

1. Press OK at the system prompt.

2. Press the keys to enter and navigate the Quick User menu.

Selecting a menu option • Press OK to select a menu option and move forward in the menu structure.

• Press NO to reject a menu option and move backwards in the menu structure.

• Press (F4) to move through the second line of the LCD display, one word at a time, from right to left.

• Press (F5) to move through the second line of the LCD display, one word at a time, from left to right.

Changing a menu option The NX-10 has several editors that you can use to change the value of certain programmable menu options. You can change selection list entries, binary entries, phone numbers and text. This section describes how to change selection list entries, binary entries, numeric entries and phone numbers. For information on changing text, see Editing text.

Changing selection list entries

1. Navigate with the keys to the relevant menu option and press OK.

2. The current value for the menu option is displayed, for example, Enabled.

3. Press the keys to change the value, for example, change Enabled to Disabled.

4. Press OK to accept the change. • If the new value is valid, the keypad beeps once to confirm the change and returns to

the menu option.

• If the new value is invalid, the keypad beeps three times to reject the change and returns to the menu option.

5. Press NO to cancel the change and return to the menu option.

Changing binary entries


2. The current value for the menu option is displayed, for example, 1 2 3 - - - - 8 means that 1, 2, 3 and 8 are on (included) while 4, 5, 6 and 7 are off (excluded).

3. Press the corresponding numerical key to change a value, for example, press 1 to change the state of 1 to off and press 4 to change the state of 4 to on. The display changes to - 2 3 4 - - - 8.

4. Press OK to accept the changes. • If the new values are valid, the keypad beeps once to confirm the change and returns

to the menu option.


5. Press NO to cancel the changes and return to the menu option.

Changing numeric entries


2. The current value for the menu option is displayed, for example, 55.

3. Do one of the following: • Press a number key to clear the current value and display the value of the key pressed.

• Press to increase the current value by one.

• Press to decrease the current value by one.

• Press ## to clear the current value to 0.

4. Press the number keys to enter the value.

5. Press OK to accept the changes. • If the new value is valid, the keypad beeps once to confirm the change and returns to

the menu option.


6. Press NO to cancel the changes and return to the menu option.

Exiting the menu system 1. Press NO repeatedly until OK to Exit prompt displays.

Note: If you are not in a value selection mode nor in a value edit mode, you can press ## to display the OK to Exit prompt. It also means you can exit any menu level immediately by pressing [NO] [#] [#].

2. Press OK at this prompt to exit the menu system.

Guidelines for location-based programming You can switch to location-based programming mode. This mode uses devices, locations and segments. Please notice, that the recommended programming method is to use the menu structure rather than devices and locations. In order to use location-based programming, follow the procedure below:

1. Press OK and type your installer code (factory default is 9713). If the installer code is valid, the OK=LOC =MENU screen displays.

2. At the OK=LOC prompt press OK. The “Enter the device address” screen displays. You are now in the program mode and ready to select the module to program.


11

Note: It is impossible to enter program mode if any partition - or the system - is armed.

Selecting the module to program

Since all the modules connected to the NetworX system are programmed through the keypad, the module you are programming should be the first entry. For example, to program the NetworX control panel, enter [0]-[#]. The [0] is the module number of the control panel and the [#] is the entry key. Other module entry numbers can be found in the corresponding manuals or in Appendix 1 Overview of module numbers on page 151. The procedure for programming these devices is the same as for the control panel, except that the location will be for the module selected.

Programming a location

Once you have entered the number of the module to be programmed, the LCD screen will prompt you for a location number. Any location can be accessed by directly entering the desired programming location, followed by the crosshatch (pound) [#] key. If the location you enter is valid, the top line of the LCD screen will display the location number on the left and the segment number on the right. The bottom line of the display will show the current data. This data will be displayed and entered according to the type of data used (numerical, binary, or character data). For instructions about entering each type of data, see Changing a menu option on page 9. If editing data, confirm the change by pressing the OK key.

Exiting the program mode

When you have made all the desired changes in programming, it is time to exit the program mode. Press the NO key twice to exit this programming level, and go to the “Enter the device address” level. If no additional modules are to be programmed, press the NO key twice again to display the OK to Exit prompt, and press OK to exit the program mode. If there is another module to be programmed, you can select it by entering its address, followed by the [#] key (see Selecting the module to program above).

Note: If you are not in a value selection mode nor in a value edit mode, you can press ## to display the OK to Exit prompt. It also means you can exit any menu level immediately and display the OK to Exit prompt by pressing [NO] [#] [#].

Note: You can set up the timeout for the program mode using the Control Panel>System Settings>Timers>Miscellaneous>Programming Mode Timeout menu option, or by programming location 40, segment 14.

Selecting the programming mode The NX-10 system allows to use two different programming modes — location-based programming or menu-based programming. In location-based programming you use locations and segments to set appropriate values. In menu-based programming you use a menu tree to enable/disable particular options or to set values. To select the programming mode:


2. The OK=LOC =MENU prompt displays.

3. Press OK to select the location-based programming mode or navigate with the keys through the menu to work in the menu-based programming mode.

For general information about navigating menus, and entering or selecting values, see Chapter 1 Programming guidelines on page 8. For general information about location-based programming, see Guidelines for location-based programming on page 10.

The basic menu structure is as follows:

Figure 1. Installer menu overview

Note: All the menu diagrams in this manual comply with the menu order and numbering used in the NX-10 Menu Diagram and described in Figure 1.

For information about programming the control panel, keypads, RF receivers and GPRS module, see the NX-10 Installers Manual.

1.

Control Panel2.

This Keypad3.

Other keypads4.

RF Receivers5.

6.

NX-216 Input Expanders

7.

NX-320 Power Modules

8.

NX-50x Output Expanders

9.

NX-534 Listen-in Module

1 .0

NX-535 Voice Module

1 .1

NX-584 Home Automation

1 .2

NX-586 Direct Connect

1 .3

NX-590E TCP/IP

1 .4

NX-7002 GPRS Module

1 .5

NX-910x VVM

1 .6

Enrol Modules

1 .7

Maintenance Mode

1 .8

OK=LOC =MENU

NX-1701 Proximity Readers

1 .9

NX-1750 Proxpad


13

Chapter 2 Setting up the NX-1701E

Overview The NX-1701E is a proximity card reader/door control module. Up to 15 readers can be connected to the NX control panel (depending on panel type). The NX-1701E can be programmed to control access in any or all partitions. The LEDs can be programmed to follow the output and/or the armed or ready status of the system. It has an optional optical tamper switch.

Figure 2. NX-1701E proximity card reader.

There are three badging actions that can activate a particular function or an X-10 device. These actions are different depending on whether you are in default mode or legacy mode.

In default mode:

• Single badge (1 beep) - a proximity card is held against the proximity reader for one beep.

• Double badge (2 beeps) - a proximity card is held against the proximity reader for two beeps.

• Badge hold (3 beeps) - a proximity card is held near the proximity reader for three beeps.

In legacy mode:

• Single badge (1 beep) - a proximity card is held once against the proximity reader.

• Double badge (2 beeps) - a proximity card is held against the proximity reader twice within the time set in Scan Time.

• Badge hold (3 beeps) - a proximity card is held near the proximity reader for longer than the time set in Scan Time.

You can set the badging action, selecting the appropriate Feature Select menu option. The following example explains how to change the badging action on the proximity reader 113 to the legacy mode.

1. Navigate with the keys to NX-1701E>Prox Reader 113 and press OK.

2. Scroll to Feature Select>Card Scan Mode> Single/Double/Hold and press OK.

3. The keypad beeps once to accept the change and returns to Card Scan Mode.

In order to select the default mode, scroll to Feature Select>Card Scan Mode>1/2/3 Beeps and press OK.

Installing the NX-1701E proximity reader Figure 3. Installation of the NX-1701E

1. Place the screws in the screw holes of the NX-1701E proximity reader. Attach to the door.

2. Place the cover on the NX-1701E proximity reader.

Wiring the NX-1701E proximity reader

Table 2. NX-1701E proximity reader terminal connections

Wire Description

Green (data) Connect to the control panel DATA terminal. This wire is the data-signalling terminal to all the devices on the bus.

Black (com) Connect to the control panel COMMON terminal. This wire supplies the common side of the power to the NX-1701E proximity reader.

Red (pos) Connect to the control panel POS terminal. This wire supplies power to the NX-1701E proximity reader.


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White (egress) This is an optional EGRESS (exit) input. To use this feature, connect the normally open egress switch between this terminal and COM. If this feature is not used, there is no need to connect this wire.

Blue (output) This is an optional open-collector OUTPUT. To use this feature, connect the coil contacts of a relay between this terminal and POS. Absolute maximum 14 volts @ 25mA.

Note: This is a low current output and must not be used to directly energize high current door openers.

Enrolling the NX-1701E proximity reader

Unlike most NX expanders, the NX-1701E proximity reader determines its own address after installation is complete. It is the first step in programming the reader. To enrol a reader follow the steps below:

1. Wire the NX-1701E proximity reader to the system.

2. Enter programming mode.

3. When you are in the installer menu, scan a card at the reader to initiate addressing mode.

4. An address is assigned almost instantly and the reader beeps back its address as shown in Table 3, NX-1701E proximity reader addresses.

Table 3. NX-1701E proximity reader addresses

Beeps Module number Beeps Module number

1 113 9 121

2 114 10 122

3 115 11 123

4 116 12 124

5 117 13 125

6 118 14 126

7 119 15 127

8 120

5. Select Installer Menu>Enrol Modules>Enrol to enrol the NX-1701E proximity reader. The enrolling process takes about 12 seconds. User codes are not accepted during the enrolling process.

Programming the NX-1701E proximity reader Figure 4. NX-1701E menu structure

You must enrol and default each NX-1701E proximity reader before you begin to program the system. For more information on enrolling, see Enrolling the NX-1701E proximity reader above. If the proximity reader is moved, the module number must be wiped and the reader learned in again on the control panel using the Reset Reader Address option. To program the NX-1701E, select Installer Menu>NX-1701E.

Badge FunctionsProx Reader 113 Single Badge (1 Beep)Double Badge (2 Beeps)Badge Hold (3 Beeps)

6.1 6.1.1 6.1.1.1

Prox Reader 114 - 127Same as above

6.1.1.26.1.1.3

LED 1 (Green) Ready StateRelay StateInverted

Armed StateRelay StateInverted

LED 2 (Red)

Miscellaneous Door Shunt ZoneReq ExitDoor Fault Warning TimeDoor Fault Alarm Time Scan TimeRelay Active TimePartitionsLogging Partition

. To

6.1.4

6.1.5

6.1.6

6.1.4.16.1.4.2

6.1.4.3

6.1.5.16.1.5.2

6.1.5.3

6.1.6.1

6.1.6.2

6.1.6.3

6.1.7.2

Reset Reader AddressModelVersionReset Settings

6.1.11

6.1.10

X-10 Functions

User Card ProgrammingOptical TamperBuzzer Follows KeypadDing Dong ChimeLog RTE (Card)Log RTE (Zone)Card Scan Mode

Module NumberHouse Code

Functions

Feature Select

6.1.2

6.1.3

6.1.2.1

6.1.2.2

6.1.2.3

6.1.3.1

6.1.3.26.1.3.3

6.1.3.4

6.1.3.5

Access Options Maglock or Drop Bolt LockAllow Access While ArmedDon’t Stay Unlocked While OpenOnly if OpenOnly if ClosedAccess Without RTELog Forced EntryOutput Schedule Selection

Schedules Schedule 1

Date of holidays

Send Code Entry FunctionArm AwayArm StayDisarmKeyfob Funct 1Keyfob Funct 2Broadcast X10 FunctionActivate Relay

6.1.1.1.1

6.1.1.1.2

6.1.1.1.3

6.1.1.1.4

6.1.1.1.5

6.1.1.1.6

6.1.1.1.7

6.1.1.1.8

Single Badge (1 Beep)Double Badge (2 Beeps)Badge Hold (3 Beeps)

6.1.2.3.1

6.1.2.3.3

6.1.2.3.2

6.1.3.6

6.1.3.7

6.1.4.46.1.4.5

6.1.4.6

6.1.4.7

6.1.4.8

6.1.7 6.1.7.1

6.1.7.3

6.1.7.4

6.1.7.5

6.1.7.66.1.7.7

6.1.7.8

6.1.126.1.12

6.1.13

6.1.14

6.1.8.1

JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember

6.1.9.16.1.9.2

6.1.9.3

6.1.9.46.1.9.56.1.9.6

6.1.9.7

6.1.9.8

6.1.9.9

6.1.9.106.1.9.116.1.9.12

OpeningClosing

HourMinute

Active SundayMondayTuesdayWednesdayThursdayFridaySaturdayDisable on Holidays

6.1.8.1.16.1.8.1.2

6.1.8.1.3

6.1.8.1.1.1

6.1.8.1.1.2

6.1.8.1.3.16.1.8.1.3.2

6.1.8.1.3.3

6.1.8.1.3.4

6.1.8.1.3.5

6.1.8.1.3.6

6.1.8.1.3.76.1.8.1.3.8

Day 16.1.9.1.1

6.1.9 User Cards User Card 16.1.8.1 Activated6.1.8.1.1


17

Programming badge functions

Each of the three badging actions can activate a particular function. The following example explains how to enable keyfob function 1 for the single badge action on proximity reader 113. To enable this function, you must also program the keyfob function in RF Receivers. For more information see chapter 9.


2. Scroll to Badge Functions>Single badge (1 beep)>Keyfob Funct 1>Yes and press OK.

3. The keypad beeps once to accept the change and returns to Keyfob Funct 1.

Configuring X-10 functions

You can program the X-10 function that is performed when a card is scanned. The following example enables X-10 device 4 (module number 6, house code B) for the double badge action on proximity reader 113. To activate the double badge action, you must set the scan time. In this example, it is set to 1 second.


2. Scroll to Feature Select>Card Scan Mode>Single/Double/Hold and press OK.

3. The keypad beeps once to confirm the change and returns to Card Scan Mode.

4. Navigate with the keys to Badge Functions>Double Badge (2 Beeps)>Broadcast X10 Function>Yes and press OK.

5. The keypad beeps once to confirm the change and returns to Broadcast X10 Function.

6. Navigate with the keys to X-10 Functions>Unit Code and press OK.

7. Select 6 and press OK.

8. The keypad beeps once to confirm the change and returns to Unit Code.

9. Scroll to House Code and press OK.

10. Select B and press OK.

11. The keypad beeps once to confirm the change and returns to House Code.

12. Scroll to Functions>Double Badge (2 Beeps)>On and press OK.

13. The keypad beeps once to accept the change and returns to Double Badge (2 Beeps).

14. Navigate with the keys to Miscellaneous>Scan Time and press OK.

15. Select 100 x 10 ms and press OK.

16. The keypad beeps once to accept the change and returns to Scan Time.

Table 4. NX-1701E proximity reader X-10 functions

Function Description Function Description

0 All units off 4 Dim

1 All units on 5 Bright

2 On 6 All lights off

3 Off

Adding and deleting cards

To add or delete cards, you must enter information at the keypad and then scan the cards. Before a card can be added, one NX-1701E proximity reader on the system must be programmed to enable user card programming. It is recommended that only one reader on the system is enabled to do this and that this reader is located near a keypad. This NX-1701E proximity reader transfers information to all other NX-1701E proximity readers in the system once programming is finished. The following example enables user card programming on proximity reader 113.

Note: The proximity reader recognizes pre-defined card serial numbers. It is not recommended to change these serial numbers.


2. Scroll to Feature Select>User Card Programming>Enabled and press OK.

3. The keypad beeps once to accept the change and returns to User Card Programming.

4. Enter a master user code to enter the user menu. Choose from one of the procedures outlined below.

Table 5. NX-1701E tasks

Task Steps

Add one card 1. Select User Menu>NX-17xx Readers>Add One Card.

2. Enter the user number to be assigned to the card and press OK.

3. LED1 on any enabled readers begins to flash.

4. Scan the card designated for the entered user. If the user card is not already in the system, it is added and LED1 stops flashing. If the card is already in the system, the reader triple beeps and LED1 continues flashing.

5. 40 seconds after you have finished scanning, all the readers in the system are updated with the new user card information.

Add multiple users

1. Select User Menu>NX-17xx Readers>Add Multiple Cards.


3. LED1 on any enabled readers begins to flash.

4. Scan the card designated for the entered user. If the user card is not already in the system, it is added and LED1 continues flashing indicating that the next user card can be scanned. If the card is already in the system, the reader triple beeps and LED1 continues flashing.



19

Task Steps

Delete one user 1. Select User Menu>NX-17xx Readers>Delete One Card.

2. Enter the user number assigned to the card and press OK.

3. Badge a card at the reader.

4. The user card information for the entered user number will be cleared and LED1 stops flashing. After about 40 seconds, all the readers in the system are updated with the new user card information.

Activate a card 1.Select User Menu>NX-17xx Readers>Activate Card.

2.Enter the user number assigned to the card and press OK.

3.The user card information for the entered user number will be activated and LED1 stops flashing. After about 40 seconds, all the readers in the system are updated with the new user card information.

Deactivate a card 1. Select User Menu>NX-17xx Readers>Deactivate Card.


3. The user card information for the entered user number will be deactivated and LED1 stops flashing. After about 40 seconds, all the readers in the system are updated with the new user card information.

Glossary

Location Term Definition

6 NX-1701E Proximity Readers A proximity card reader/door control module that can be programmed to control access in any or all partitions.

6.1 Prox Reader 113 A menu entry that groups all options for the selected proximity reader.

6.1.1 Badge Functions A menu entry that groups the functions activated by Single Badge, Double Badge and Badge Hold actions.

6.1.1.1 Single Badge (1 Beep) A menu entry that groups the functions activated by holding a proximity card once against the proximity reader.

6.1.1.2 Double Badge (2 Beeps) A menu entry that groups the functions activated by holding a proximity card against the proximity reader twice within the time set in Badge Hold.

6.1.1.3 Badge Hold (3 Beeps) A menu entry that groups the functions activated by holding a proximity card near the proximity reader for longer than the time set in Badge Hold.

6.1.1.1.1 Send Code Entry Function A menu option that enables the send code entry function for the selected proximity reader action. The actions are Single Badge, Double Badge and Badge Hold. This function sends the same command to the control panel, using the proximity card, as a keypad would send if a valid code were entered. For example, if the system is armed, the selected action disarms it.


6.1.1.1.2 Arm Away A menu option that enables the arm away function for the selected proximity reader action. The actions are Single Badge, Double Badge and Badge Hold.

6.1.1.1.3 Arm Stay A menu option that enables the arm stay function for the selected proximity reader action. The actions are Single Badge, Double Badge and Badge Hold.

6.1.1.1.4 Disarm A menu option that enables the disarm function for the selected proximity reader action. The actions are Single Badge, Double Badge and Badge Hold.

6.1.1.1.5 Keyfob Funct 1 A menu option that sends a keyfob function 1 event for the selected proximity reader action. The actions are Single Badge, Double Badge and Badge Hold.

6.1.1.1.6 Keyfob Funct 2 A menu option that sends a keyfob function 2 event for the selected proximity reader action. The actions are Single Badge, Double Badge and Badge Hold.

6.1.1.1.7 Broadcast X10 Function A menu option that causes the proximity reader to transmit an X-10 function to the home automation system.

6.1.1.1.8 Activate Relay A menu option that activates the proximity reader’s built in relay driver instead of an external relay driver.

6.1.2 X-10 Functions A menu entry that groups X-10 device information and the functions for the selected proximity reader.

The X-10 functions are linked to the access reader. It is possible to control X-10 devices using the badge on the card reader. It is also possible to configure the actions that are activated by each card action.

0 All units off

1 All lights on

2 On

3 Off All others

4 Dim

5 Bright

6 All lights off

6.1.2.1 Unit Code A menu option that sets the X-10 module number used to identify a particular X-10 device on the selected module.

A NetworX bus module number is assigned to each system module. The system uses this number to identify the module. It is also used to report module problems (such as tampers and module supervision lost) to the central station.

6.1.2.2 House Code A menu option that sets the code used to identify a particular premises. It is necessary in case any neighbouring premises also has an X-10 home automation system.

More information on the X-10 home automation system can be found at www.x-10europe.com.

6.1.2.3 Functions A menu entry that groups the functions that can be linked between a NX-1701E proximity reader and X-10 functions.

6.1.2.3.1 Single Badge (1 Beep) A menu option that sets the X-10 function sent when a proximity card is held against the proximity reader once.


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6.1.2.3.2 Double Badge (2 Beeps) A menu option that sets the X-10 function sent when a proximity card is held against the proximity reader twice within the time set in Badge Hold.

6.1.2.3.3 Badge Hold (3 Beeps) A menu option that sets the X-10 function sent when a proximity card is held near the proximity reader for longer than the time set in Badge Hold.

6.1.3 Feature Select A menu entry that groups all optional features relating to the selected proximity reader.

6.1.3.1 User Card Programming A menu option that enables user cards to be programmed.

6.1.3.2 Optical Tamper A menu option that sends a report to the central station when there is interference with the proximity reader. The optical tamper is built in as a pry-off protection.

6.1.3.3 Buzzer Follows Keypad A menu option that makes the reader buzzer settings the same as the keypad buzzer settings.

6.1.3.4 Ding Dong Chime A menu option that enables a ding dong chime.

6.1.3.5 Log RTE (Card) A menu option that records an RTE (Card) event in the event log. An RTE (Card) event is a request to exit by scanning a card.

6.1.3.6 Log RTE (Zone) A menu option that records an RTE (Zone) event in the event log. An RTE (Zone) event is a request to exit by activating a zone.

6.1.3.7 Card Scan Mode A menu option that switches between the old and new scanning mode. The old mode is displayed as Single/Double/Hold and the new mode is displayed as 1/2/3 Beeps.

6.1.4 Access Options A menu entry that groups access options for the selected proximity reader.

6.1.4.1 Maglock or Drop Bolt Lock A menu option that controls a maglock or drop bolt lock. When a door zone is programmed and this option is enabled, the proximity reader monitors the door zone and waits for a couple of seconds after the door is closed before activating the lock. This is to prevent a door slamming shut due to a maglock or not getting shut at all due to the premature locking of a drop bolt.

6.1.4.2 Allow Access While Armed A menu option that enables a user to activate/deactivate the selected proximity reader while the system is armed.

6.1.4.3 Don’t Stay Unlocked While Open A menu option that prevents a door which has been opened during the open period from staying open.

6.1.4.4 Only if Open A menu option that activates the selected proximity reader between opening time and closing time. During these times, a card can be used to arm/disarm the system. A timer is used to set these times.

6.1.4.5 Only if Closed A menu option that activates the selected proximity reader after closing time and before opening time. During these times, a card can be used to arm/disarm the system. A timer is used to set these times.


6.1.4.6 Access Without RTE A menu entry that enables a user to open the door without a Request To Exit (RTE).

6.1.4.7 Log Forced Entry A menu option that records a force entry event in the event log.

6.1.4.8 Output Schedule Selection A menu option that selects the schedule that is used by the selected proximity reader. Up to eight schedules can run at the same time in a complementary manner.

6.1.5 LED 1 (Green) A menu entry that groups options that cause LED 1 to display a green light. The proximity reader has a built-in LED (at the top of the reader) which can display a green light or be turned off.

The LED follows the ready state or the state of the built-in relay in the proximity reader. It is possible to invert the action that activates the LED.

6.1.5.1 Ready State A menu option that lights LED 1 (Green) when the system is ready to be armed.

6.1.5.2 Relay State A menu option that lights the selected LED when the device’s relay is activated.

6.1.5.3 Inverted A menu option that lights the selected LED (Green/Red) when the device is in inverted mode.

6.1.6 LED 2 (Red) A menu entry that groups options that cause LED 2 to display a red light. The proximity reader has a built-in LED (at the bottom of the reader) which can display a red light or be turned off.

The LED follows the armed state or the state of the built-in relay in the proximity reader. It is possible to invert the action that activates the LED.

6.1.6.1 Armed State A menu option that lights LED 2 (Red) when the system is armed.

6.1.6.2 Relay State A menu option that lights the selected LED when the device’s relay is activated.

6.1.6.3 Inverted A menu option that lights the selected LED (Green/Red) when the device is in inverted mode.

6.1.7.1 Door Shunt Zone A menu option that sets which zone senses that the door is open for door fault alarms and warnings.

6.1.7.2 Request to Exit Zone A menu option that selects the zone that is monitored to signal a Request to Exit (RTE). You must enable the RTE zone type option for the selected zone.

6.1.7.3 Door Fault Warning Time A menu option that sets the time after which a warning sound is made before a door fault alarm occurs.

6.1.7.4 Door Fault Alarm Time A menu option that sets the time within which the door must be closed before a door fault alarm occurs.


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6.1.7.5 Scan Time A menu option that specifies the length of time during which the proximity card must be held near the proximity reader to activate its functions. A proximity reader can be programmed to activate different functions depending on whether the card is held near it once, twice within this time or continuously for this time.

6.1.7.6 Relay Active Time A menu option that sets the length of time the relay is activated when a proximity card is held against the proximity reader.

6.1.7.7 Partitions A menu entry that lists the partitions assigned to the selected proximity reader. The selected proximity reader can trigger an event on these partitions.

6.1.7.8 Logging Partition A menu option that specifies the partition number that the proximity reader adds to any event that it records in the event log.

6.1.8 Schedules A menu option that, combined with Output Schedule Selection selects the schedules that affect the proximity reader.

6.1.8.1.1 Opening A menu option that sets the time at which the selected schedule enters the open state.

6.1.8.1.2 Closing A menu option that sets the time at which the selected schedule enters the closed state.

6.1.8.1.3 Active A menu option that specifies the days of the week that the selected schedule is active.

6.1.8.1.3.1 Disable on Holidays A menu option that activates the holidays feature. The selected schedule is not active on the dates specified in Date of holidays.

6.1.9 User Cards A menu entry that groups the user card activation functions.

6.1.9.1.1 Activated A menu option that activates the particular user card.

6.1.10 Date of holidays A menu option that sets the dates of holidays. If the holidays feature (6.1.8.1.3.1) has been enabled, no schedules are active on these dates. Up to eight holidays per month can be specified.

6.1.11 Reset Reader Address A menu option that wipes the proximity reader’s module number so that the reader can be learned in again on the control panel.

6.1.12 Model A menu option that displays the current model of the proximity reader.

6.1.12 Version A menu option that displays the current software version of the proximity reader.


6.1.13 Reset Settings A menu option that defaults the selected proximity reader to factory defaults.

Programming locations for the NX-1701E

LOCATION 0 Programming the Scan Functions (3 segments of binary data)

Location 0 is used to select the particular function(s) that are activated when a card is scanned. More than one function may be selected. If more than one function is selected, they will execute in order from function 1 to function 8.

Note: Functions 1-6 will be performed based on the user’s authority.

Segment 1 Single Scan Function {Single Beep}

Program the functions that are performed when a card is scanned {one beep}.

1. "On" to send Code Entry function to the control panel.

2. "On" to activate the Armed Away mode.

3. "On" to activate the Armed Stay mode.

4. "On" to send the Disarm function to the control panel.

5. "On" to send Auxiliary Function #1 to the control panel.

6. "On" to send Auxiliary Function #2 to the control panel.

7. "On" to broadcast an X-10 function (see Location 241 for programming).

8. "On" to send a Request To Exit (RTE); and activate the onboard open collector output. (Default is “On”).

Note: Location 243, Segment 2 must be programmed with a valid zone number for the RTE to be sent.

Segment 2 Double Scan Function {Double Beep}

Program the functions that are performed when a card is scanned twice within the 2 Scan Hold Time (two beeps). Location 244, Segment 1 programs the length of time between beeps. The descriptions of the options are the same as for Single Beep Scan Function. Default is 1.

Segment 3 Single Scan Hold Function {Triple Beep}

Program the functions that are performed when a card is scanned and held at the reader for the duration of the 2 Scan Hold Time {three beeps}. Location 244, Segment 1 programs the length of time between beeps. The descriptions of the options are the same as for Single Beep Scan Function. Default is 1.


25

LOCATIONS 1 - 240 Reserved

LOCATION 241 Programming the X-10 Address for the Scan Functions (5 segments of numerical data)

Segment 1

Program a number from 0 -15 to represent the corresponding X-10 Unit Code from the following table.

Default is 0.

Module 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Seg 1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Segment 2

Program a number from 0-15 to represent the corresponding X-10 House code from the following table. Default is 0.

X-10 ADDRESS CODES

0=A 4=E 8=I 12=M

1=B 5=F 9=J 13=N

2=C 6=G 10=K 14=O

3=D 7=H 11=L 15=P

Segment 3 Single Scan Function (Single Beep)

Program the X-10 function that is performed when a card is scanned (one beep). This location only needs to be programmed if Location 0, Segment 1, Option 7 is set. Use the following table. Default is 2.

Function # Function performed

Function # Function performed

0 All units off 4 Dim

1 All lights on 5 Bright

2 On 6 All lights off

3 Off All others Reserved

Segment 4 Double Scan Function (Double Beep)

Program the X-10 function that is performed when a card is scanned twice within the 2 Scan Hold Time {two beeps}. Location 244, Segment 1 programs the length of time between beeps. The descriptions of the function codes are the same as for Single Beep Scan Function. This location only

needs to be programmed if Location 0, Segment 2, Option 7 is set. Use the above table. Default is 3.

Segment 5 Single Scan Hold Function (Triple Beep)

Program the X-10 function that is performed when a card is scanned and held at the reader for the duration of the 2 Scan Hold Time {three beeps}. Location 244, Segment 1 programs the length of time between beeps. The descriptions of the function codes are the same as for Single Beep Scan Function. This location only needs to be programmed if Location 0, Segment 3, Option 7 is set. Use the above table. Default is 2.

LOCATION 242 Programming the Options and Reader Partition (4 segments of binary data)

Segment 1 System options:

1. "On" if reader is enabled for User Card Programming.

2. "On" if optical tamper is enabled.

3. "On" if reader buzzer is to follow typical keypad buzzing. (Default is “On”)

4. "On" if ding-dong chime enabled (dependent on both Option 3 and chime being enabled).

5. “On” if an RTE from a scanned card is to be logged as Code Entry. (Default is “On”)

6. “On” if reader is in NX-1701E Legacy Mode (Default is “On”) Refer to note below.

7. “On” if an RTE from a zone or the Egress input is to be logged as Code Entry.

8. "On" if LEDs to extinguish after 2 minutes without a scan.

Note: This option doesn't disable the flashing green LED during card programming.

Segment 2 LED1 (Green) options:

1. "On" to follow Ready status of system. (Default is “On”)

2. "On" to toggle with the open collector output activation. (Default is “On”).

3. "On" if inverted.

4. Reserved.

5. Reserved.

6. Reserved.

7. Reserved.

8. Reserved.

Segment 3 LED2 (Red) options:

1. "On" to follow Armed status of system. (Default is “On”)

2. "On" to toggle with the open collector output activation.

3. "On" if inverted.

4. Reserved.


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5. Reserved.

6. Reserved.

7. Reserved.

8. Reserved.

Segment 4 Reader partition:

1. "On" if reader is in Partition 1. (Default is “On”).




LOCATION 243 Programming the Zones (2 segments of numerical data)

Segment 1 Door Shunt Zone

Program the zone that will be monitored as a door for access control. This location must be programmed with a valid zone for monitored access control functions to work properly. (Default is 0)

Note: Additionally, this zone must be configured in the control panel as an “access control” zone by programming an unused Zone Type characteristic in locations 111-169 (Seg 4, Opt 4).

Segment 2 Request To Exit (RTE) Zone

Program the zone that will be monitored to signal an RTE. If this segment is programmed with a valid zone and the zone is faulted, the reader will activate its onboard open collector output and send the RTE. (Default is 0)

Note: Additionally, this zone must be configured in the control panel as an RTE zone by programming an unused Zone Type characteristic in locations 111-169 (Seg 4, Opt 3).

LOCATION 244 Programming the Various Reader Timers (4 segment of numerical data)

Segment 1 Scan Time

Enter the amount of time required to hold a card between beeps to activate the functions programmed in Location 0, Segments 2 and 3. This timer is timed in 1/100-second increments from 0 to 2.55 seconds. (Default is 100 = 1 second).

Segment 2 Relay Active Time

Enter the amount of time the onboard open collector output is energized once activated. This timer is timed in 1-second increments from 0 to 255 seconds. (Default is 10 = 10 seconds).

Segment 3 Door Fault Warning Time

Enter the amount of time a monitored zone (see Location 243, Segment 1) must be faulted before sounding a warning (local buzzer). The door fault warning is timed in 1-second increments from 0 to 255 seconds. (Default is 30 = 30 seconds).

Segment 4 Door Fault Alarm Time

Enter the amount of time a monitored zone (see Location 243, Segment 1) must be faulted before sending an alarm condition to the control panel. The door fault alarm is timed in 1-second increments from 0 to 255 seconds. (Default is 0 = 0 seconds).

LOCATION 245 Resetting the Reader Address (1 segment of numerical data)

If it is necessary to reset the address of the reader, enter a 0 in this location.

CAUTION: This will cause the reader to cease functioning.

If a card is scanned with the system in Program Mode, the reader will again find an available address and set itself, beeping back to the user the address that was found as per the table on page 5. If the system is not in Program Mode and a card is scanned at a reader with a reset address, then it will sound an error beep.

LOCATION 246 Programming the Access Options (2 segments of binary data)

Segment 1 Door Options

1. "On" if locking mechanism is a Maglock or Drop Bolt.

2. "On" if access is allowed regardless of Armed status of the system.

3. "On" if the door is not to be latched unlocked during an open schedule.

4. "On" if onboard open collector output only triggers during an open schedule.

5. “On” if onboard open collector output only triggers during a close schedule.

6. “On” if Forced Entry Alarm is logged.

7. “On” if access allowed without an RTE.

8. "On" if relay operates normally during off-schedule (outside of regular operating hours)

Segment 2 Enabling the Schedules for the Onboard Open Collector Output:

1. "On" if driver follows Schedule 1.



29







Segment 3 More Door Options:

1. "On" if egress input is to be disabled.

2. Reserved

3. Reserved

4. Reserved

5. Reserved

6. Reserved

7. Reserved

8. Reserved

LOCATION 247 Programming the Opening Time for Schedule 1 (2 segments of numerical data)

Segment 1 Program the hour of the opening time in 24-hour format. (Default is 8 = 8:00 AM).

Segment 2 Program the minutes after the hour of the opening time for Schedule 1. (Default is 0).

LOCATION 248 Programming the Closing Time for Schedule 1 (2 segments of numerical data)

Segment 1 Program the hour of the closing time in 24-hour format. (Default is 20 = 8:00 PM).

Segment 2 Program the minutes after the hour of the closing time for Schedule 1. (Default is 0).

LOCATION 249 Programming the Days for Schedule 1 (1 segment of binary data)

1. "On" if schedule is active on Sunday.

2. "On" if schedule is active on Monday.

3. "On" if schedule is active on Tuesday.

4. "On" if schedule is active on Wednesday.

5. “On” if schedule is active on Thursday.

6. “On” if schedule is active on Friday.

7. “On” if schedule is active on Saturday.

8. “On” if schedule is disabled on holidays.

LOCATIONS 250 - 270 Programming the Schedules 2 - 8

Locations 250 - 270 are used to program the opening times, closing times, and days for Schedules 2 - 8. Each schedule has three locations that are programmed with the same steps as Schedule 1 described previously. Refer to Schedule 1 (Locations 247 - 249 above) for specific instructions.

Location 250 – Opening Time for Schedule 2 Location 262 – Opening Time for Schedule 6

Location 251 – Closing Time for Schedule 2 Location 263 – Closing Time for Schedule 6

Location 252 – Days for Schedule 2 Location 264 – Days for Schedule 6







Location 259 – Opening Time for Schedule 5

Location 260 – Closing Time for Schedule 5

Location 261 – Days for Schedule 5

LOCATION 271 Programming the Date of Holidays in January (8 segments of numerical data)

Program the day of the month in January that the Opening time in a schedule is suppressed. For example, if the opening should not occur on January 1, program a “1” in Segment 1. This feature can be repeated up to a maximum of 8 holidays per location (month). (Default is No holidays).


31

LOCATIONS 272 – 282 Programming the Date of Holidays from February to December (8 segments of numerical data)

Locations 272 - 282 are used to program the day of each month, from February to December, in which the Opening time in a schedule is suppressed. Each location will accommodate up to a maximum of 8 holidays, and programmed with the same steps as Location 271 described previously.

Location 272 – February holidays

Location 273 – March holidays

Location 274 – April holidays

Location 275 – May holidays

Location 276 – June holidays

Location 277 – July holidays

Location 278 – August holidays

Location 279 – September holidays

Location 280 – October holidays

Location 281 – November holidays

Location 282 – December holidays

LOCATION 283 Programming Activation Data for User Cards 1 through 120 (15 segments of binary data)

This location is used to select which user cards 1 through 120 are activated.

Segment 1 User Cards 1 - 8 Segment 9 User Cards 65 - 72







Segment 8 User Cards 57 - 64

LOCATION 284 Programming Activation Data for User Cards 121 through 240 (15 segments of binary data)

This location is used to select which user cards 121 through 240 are activated.







Segment 7 User Cards 169 – 176 Segment 15 User Cards 233 - 240

Segment 8 User Cards 177 - 184

LOCATION 285 Code Entry Logging Partition (1 segment of numerical data)

This location programs the partition that is logged with the Code Entry message and sent when the following conditions are met:

• An RTE scan function is selected (Location 0, Segment 1/2/3, Option 8); and

• “RTE from a scanned card is to be logged as Code Entry” is enabled (Location 242, Segment 1, Option 5).

Entering a 0 (zero) will send the lowest valid partition of the reader. Entering 1-16 will send the entered value as the partition. (Default is 0.)

Programming worksheets

Factory defaults for NX-1701E are in bold italic text. These defaults are for the country code 2 (Belgium/Poland).

LOC PG DESCRIPTION DEFAULT YOUR DATA

0 24 SCAN FUNCTIONS

Seg 1

SINGLE SCAN FUNCTION (1 Beep)

8

"On" to send Code Entry function to the control panel.

"On" to activate the Armed Away mode.

"On" to activate the Armed Stay mode.

"On" to send the Disarm function to the control panel.

"On" to send Auxiliary Function #1 to the control panel.


"On" to broadcast an X-10 function (Loc 241 for programming).

"On" to send an RTE; and activate the onboard open collector output.

Seg 2

DOUBLE SCAN FUNCTION (2 Beep)

1










33


Seg 3

SINGLE SCAN HOLD FUNCTION(3beep)

1









1-240

25 RESERVED

241 25 X-10 ADDRESS

Seg 1

MODULE NUMBER 0

Seg 2

HOUSE CODE 0

(see chart)

X-10 ADDRESS CODES

0=A

4=E

8=I

12=M

1=B

5=F

9=J

13=N

2=C

6=G

10=K

14=O

3=D

7=H

11=L

15=P

Seg 3

SINGLE SCAN FUNCTION (1Beep)

2

All units off

All lights on

On

Off

Dim

Bright

All lights off

241 25 Seg 4

DOUBLE SCAN FUNCTION (2 Beep)

3

All units off

All lights on

On

Off

Dim


Bright

All lights off

Seg 5

SINGLE SCAN HOLD FUNCTION (3 Beep)

2

All units off

All lights on

On

Off

Dim

Bright

All lights off

242 26 OPTIONS AND READER PARTITION

Seg 1

SYSTEM OPTIONS 3, 5, 6

"On" if enabled for User Card Programming

"On" if optical tamper enabled

"On" if buzzer follows keypad buzzing

"On" if ding-dong chime enabled (Opt 3 & chime must be enabled)

“On” if an RTE from a scanned card is to be logged as Code Entry

“On” if reader is in NX-1701E Legacy Mode

“On” if an RTE from a zone or the Egress input is to be logged as Code Entry.

“On" if LEDs to extinguish after 2 minutes without a scan

Seg 2

LED1 (GREEN) OPTIONS 1,2

"On" follows system Ready status

"On" to toggle with the Open Collector output

"On" if inverted

Reserved

Reserved

Reserved

Reserved

Reserved

Seg 3

LED2 (RED) OPTIONS 1

"On" follows system Armed status

"On" to toggle with the Open Collector output

"On" if inverted

Reserved

Reserved

Reserved

Reserved

Reserved

Seg 4

READER PARTITION 1,2,3,4,5,6,7,8

"On" if reader is in Partition 1





35


243 27 PROGRAMMING THE ZONES

Seg 1

Door Shunt Zone 0 = Disabled

Seg 2

Request to Exit (RTE) 0 = Disabled

244 27 READER TIMES

Seg 1

Scan Time (1/100 seconds) 100 = 1 second

Seg 2

Relay Active Time (seconds) 10 = 10 seconds

Seg 3

Door Fault Warning Time (seconds)

30 = 30 seconds

Seg 4

Door Fault Alarm Time (seconds)

0 = 0 seconds

245 28 RESET THE READER ADDRESS

CAUTION: Entering a “0” will reset and cause the reader to cease functioning.

246 28 PROGRAMMING THE ACCESS OPTIONS

Seg 1

DOOR OPTIONS

"On" if locking mechanism is a Maglock or Drop Bolt.

"On" if access is allowed regardless of Armed status of the system.

"On" if the door is not to be latched unlocked during an open schedule.

"On" if onboard open collector output only triggers during an open schedule.

“On” if onboard open collector output only triggers during a close schedule.

“On” if Forced Entry Alarm is logged.

“On” if access allowed without an RTE.

"On" if relay operates normally during off-schedule

Seg 2

SCHEDULES FOR ONBOARD OPEN COLLECTOR OUTPUT

"On" if driver follows Schedule 1.








Seg 3

MORE DOOR OPTIONS


“On" if egress input is to be disabled

Reserved

Reserved

Reserved

Reserved

Reserved

Reserved

Reserved

247 29 OPENING TIME FOR SCHEDULE 1

Seg 1

Hour of Opening Time (24-hr format) 8 = 8 AM

Seg 2

Minutes after Hour of Opening 0

248 29 CLOSING TIME FOR SCHEDULE 1

Seg 1

Hour of Closing Time (24-hr format) 20 = 8 PM

Seg 2

Minutes after Hour of Closing 0

249 29 DAYS FOR SCHEDULE 1

“On” if schedule is active on Sunday.

“On” if schedule is active on Monday.

“On” if schedule is active on Tuesday.

“On” if schedule is active on Wednesday.

“On” if schedule is active on Thursday.

“On” if schedule is active on Friday.

“On” if schedule is active on Saturday.

“On” if schedule is disabled on holidays.


Seg 1


Seg 2



Seg 1


Seg 2













37


Seg 1


Seg 2



Seg 1


Seg 2












Seg 1


Seg 2



Seg 1


Seg 2












Seg 1


Seg 2




Seg 1


Seg 2












Seg 1


Seg 2



Seg 1


Seg 2












Seg 1


Seg 2



Seg 1


Seg 2



39












Seg 1


Seg 2



Seg 1


Seg 2











271 30 HOLIDAYS IN JANUARY (8 max) No holidays _ _ _ _ _ _ _ _

272 30 HOLIDAYS IN FEBRUARY (8 max) No holidays _ _ _ _ _ _ _ _

273 30 HOLIDAYS IN MARCH (8 max) No holidays _ _ _ _ _ _ _ _

274 30 HOLIDAYS IN APRIL (8 max) No holidays _ _ _ _ _ _ _ _

275 30 HOLIDAYS IN MAY (8 max) No holidays _ _ _ _ _ _ _ _

276 30 HOLIDAYS IN JUNE (8 max) No holidays _ _ _ _ _ _ _ _

277 30 HOLIDAYS IN JULY (8 max) No holidays _ _ _ _ _ _ _ _

278 30 HOLIDAYS IN AUGUST (8 max) No holidays _ _ _ _ _ _ _ _

279 30 HOLIDAYS IN SEPTEMBER (8 max) No holidays _ _ _ _ _ _ _ _

280 30 HOLIDAYS IN OCTOBER (8 max) No holidays _ _ _ _ _ _ _ _


281 30 HOLIDAYS IN NOVEMBER (8 max) No holidays _ _ _ _ _ _ _ _

282 30 HOLIDAYS IN DECEMBER (8 max) No holidays _ _ _ _ _ _ _ _

283 31 ACTIVATION DATA FOR USER CARDS 1 - 120

User Cards 1 – 8

User Cards 9 – 16

User Cards 17 – 24













284 31 ACTIVATION DATA FOR USER CARDS 121 - 240
















285 32 CODE ENTRY LOGGING PARTITION 0

Technical specifications

Power supply specifications


41

Power supply voltage 10.5-13.8V ± 2%

Consumption - Standby 40 mA at 13.8V ± 2%

Consumption – Maximum 110 mA at 13.8V ± 2%

General feature specifications

Reader Size Dimensions (width x height x depth) 60x110x17 mm

Environmental Operating temperature +0° C to + 50 °C

Humidity Max 93% non condensing

Shipping Weight 115 g

Chapter 3 Setting up the NX-1750

The NX-1750 ProxPad is the combination of a proximity card reader and a keypad. The NX-1750 ProxPad allows to control an access door and to show the system status. The NX-1750 ProxPad can be added to the NetworX range of panels.

Features • Microprocessor controlled door control module

• Flexible programmable changeover relay contact output, which can be used to control a door strike.

• Up to 8 readers per area can be connected to the NetworX range of control panel can be programmed to control access in any or all areas.

• LEDs for indication of armed status, ready to arm status, and alarm.

• LEDs for up to 8 zones status indication, programmable starting zone.

• Fire alarm LED.

• Spare terminal to support easy wiring of a door contact to the panel zone input.

• Tamper protection against opening and pry off.

• Wall or recess mounting, fits a standard electrical box.

• Removable screw terminals for easy wiring.

• Compatible with TAG1750 series of tags


43

Wiring the NX-1750 ProxPad Figure 5. Wiring the NX-1750 ProxPad

Terminal Description

1: SPARE Free terminal to connect the panel zone input to a door contact.

2: NO Relay output. The contact is normally open when the relay is not activated.

3: C Relay output. Common contact for the relay.

4: NC Relay output. The contact is normally closed when the relay is not activated.

5: EGRESS This is an optional EGRESS input. To use this feature, connect the normally open egress switch between this terminal and COM. If this feature is not used, there is no need to connect this wire.

6: DATA Connect to the control panel DATA terminal. This wire is the data signaling terminal to all the devices on the bus.

7: COM Connect to the control panel COMMON terminal. This wire supplies the common side of the power to the ProxPad board.

8: POS Connect to control panel AUX POWER + terminal. This wire supplies power to the PROXPAD board.

Notes:

• The terminals of the NX-1750 ProxPad are numbered left to right.

• Egress or RTE: Request To Exit / REX A condition generated by a device (push button, panic hardware, PIR, switch floor mat, etc.) that indicates someone is leaving the protected area. No card is required, and no forced door event is generated. Other names used in the industry for this action are: RTE (Request to Exit), Egress and Bypass.

Figure 6. LED indications

ICON / LED DESCRIPTION

ON System armed

OFF System not armed (red)

Flashing System in alarm

ON System Ready to arm

OFF System Not Ready to arm (green)

Flashing System Ready to Force arm

ON Fire alarm

OFF Normal (red) Flashing Fire trouble

ON Mains and battery ok

OFF Mains trouble (green)

Flashing Battery trouble

ON Zone bypassed

OFF Normal

Flashing slow Zone in alarm / Zone open

Zone 1 .. 8 (green)

Flashing fast Zone tamper

Notes:

• During a fire alarm, the Fire LED is ON and the NX-1750 ProxPad buzzer sounds. Badging any valid card silences the buzzer. To clear the Fire LED indication, badge and hold the card in front of the reader. After the fourth beep, the Fire LED is cleared.

• When the communication with the control panel fails, the Fire LED flashes. Typically this is caused by a fault in the databus wiring, e.g. loose databus wire.

• When service is required (e.g. a system trouble condition exists), all four top LEDs flashes ON/OFF once every 2.5 seconds.


45

Programming the NX-1750 ProxPad The NetworX system consists of a number of devices known as modules. For example, the control panel, the keypad, and the NX-1750 ProxPad are all devices. Each device has an address in the system. Devices contain a number of programmable locations that determine how the device functions. Each location has a number of segments that hold separate pieces of information.

Overview

To program the NX-1750 ProxPad using the menu driven keypad, you enter programming mode using the NX-1048 keypad.

Installing and enrolling the NX-1750 ProxPad

The NX-1750 ProxPad determines its address through a combination of its number and in which partition it is installed.

Address chart

ProxPad# Partition 1

Partition 2

Partition 3

Partition 4

Partition 5

Partition 6

Partition 7

Partition 8

1 192 193 194 195 196 197 198 199

2 200 201 202 203 204 205 206 207

3 208 209 210 211 212 213 214 215

4 216 217 218 219 220 221 222 223

5 224 225 226 227 228 229 230 231

6 232 233 234 235 236 237 238 239

7 240 241 242 243 244 245 246 247

8 248 249 250 251 252 253 254 255

When you select the enrol modules process, the NX-1750 ProxPad is enrolled on the control panel and the keypad. The keypad cannot display the relevant menu options until the module is enrolled.


2. Badge a card at the reader to initiate addressing mode.

3. The NX-1750 ProxPad beeps. The Fire LED and Armed LED flash. The zone LED for the current NX-1750 ProxPad number is also illuminated.

4. Badge a card briefly to advance the NX-1750 ProxPad number. If the NX-1750 ProxPad number is 8, badging the card resets the NX-1750 ProxPad number back to 1. Continue badging the card until the NX-1750 ProxPad number you want is displayed.

5. Badge a card at the NX-1750 ProxPad until a chime is heard. The Armed LED stops flashing and the Ready LED flashes. The zone LED corresponding to the current ProxPad partition is also illuminated.

6. Badge a card briefly as in steps 3 and 4 until the you see the partition you want displayed.

7. Badge a card at the NX-1750 ProxPad until a chime is heard. The Fire LED and the Ready LED stop flashing and the display returns to normal operation.

Adding and deleting user cards

Only a master user can add or delete users. To add or delete cards, you must enter information at the keypad and then scan the cards. Before a card can be added, one NX-1750 proximity reader on the system must be programmed to enable user card programming. It is recommended that only one reader on the system is enabled to do this and that this reader is located near a keypad. This NX-1750 proximity reader transfers information to all other NX-1750 proximity readers in the system once programming is finished. The following example enables user card programming on proximity reader 113.

Note: The proximity reader recognizes pre-defined card serial numbers. It is not recommended to change these serial numbers.

1. Navigate with the keys to NX-1750 Proxpad>Proxpad 192 and press OK.

2. Scroll to Feature Select>User Card Programming>Enabled and press OK.

3. The keypad beeps once to accept the change and returns to User Card Programming.

4. Enter a master user code to enter the user menu. Choose from one of the procedures outlined below.

Table 6. NX-1750 tasks

Task Steps

Add one card 1. Select User Menu>NX-17xx Readers>Add One Card.


3. OK LED on any enabled readers begins to flash.

4. Scan the card designated for the entered user. If the user card is not already in the system, it is added and OK LED stops flashing. If the card is already in the system, the reader triple beeps and OK LED continues flashing.


Add multiple users

1. Select User Menu>NX-17xx Readers>Add Multiple Cards.


3. OK LED on any enabled readers begins to flash.

4. Scan the card designated for the entered user. If the user card is not already in the system, it is added and OK LED continues flashing indicating that the next user card can be scanned. If the card is already in the system, the reader triple beeps and OK LED continues flashing.


Delete one user 1. Select User Menu>NX-17xx Readers>Delete One Card.


3. Badge a card at the reader.

4. The user card information for the entered user number will be cleared and OK LED stops flashing. After about 40 seconds, all the readers in the system are updated with the new user card information.

Activate a card 1.Select User Menu>NX-17xx Readers>Activate Card.

2.Enter the user number assigned to the card and press OK.

3.The user card information for the entered user number will be activated and OK LED stops flashing. After about 40 seconds, all the readers in the system are updated with the new user card information.


47

Task Steps

Deactivate a card 1. Select User Menu>NX-17xx Readers>Deactivate Card.


3. The user card information for the entered user number will be deactivated and OK LED stops flashing. After about 40 seconds, all the readers in the system are updated with the new user card information.

Configuring X-10 functions

You can program the X-10 function that is performed when a card is scanned. The following example enables X-10 device 4 (module number 6, house code B) for the double badge action on NX-1750 Proxpad 192. To activate the double badge action, you must set the scan time. In this example, it is set to 1 second.

1. Navigate with the keys to NX-1750 ProxPad Proxpad>Proxpad 192 and press OK.

2. Navigate with the keys to Badge Functions>Double Badge (2 Beeps)>Broadcast X10 Function>Yes and press OK.

3. The keypad beeps once to confirm the change and returns to Broadcast X10 Function.

4. Navigate with the keys to X-10 Functions>Unit Code and press OK.




8. Select B and press OK.


10. Scroll to Functions>Double Badge (2 Beeps)>On and press OK.

11. The keypad beeps once to accept the change and returns to Double Badge (2 Beeps).

12. Navigate with the keys to Miscellaneous>Scan Time and press OK.

13. Select 100 x 10 ms and press OK.

14. The keypad beeps once to accept the change and returns to Scan Time.

NX-1750 ProxPad menu map

Badge FunctionsProxpad ID 192 Single BeepDouble

Badge (1 )Badge (1 s)

Badge Hold (3 s)Beep

Beep

7.1 7.1.1 7.1.1.1

Prox Reader - Same as above

193 255

User Card x - xSame as above

7.1.1.27.1.1.3

Miscellaneous Door Shunt ZoneReq. To Exit

Door Fault Warning TimeDoor Fault Alarm Time

Partition

Start Zone Scan TimeRelay Active Time

Logging

7.1.4 7.1.4.1

7.1.4.2

7.1.4.3

7.1.5.2

ModelVersion

SettingsReset

7.1.8

7.1.7

X-10 Functions

User Card ProgrammingTamperBuzzer Follows KeypadDing Dong ChimeLog RTE (Card)Log RTE (Zone)Beep on RF LossArmed status suppressionDisable ServiceLED Extinguish

Unit CodeHouse Code

Functions

Feature Select

7.1.2

7.1.3

7.1.2.1

7.1.2.2

7.1.2.3

7.1.3.1

7.1.3.27.1.3.3

7.1.3.4

7.1.3.5

Access Options Maglock or Drop Bolt lock

'

Log Forced Entryw/o

A E

A OE

Allow Access While ArmedDon t Stay Unlocked While OpenOnly if OpenOnly if Closed

Access RTENo rmed gressOutput Schedule SelectionInvert ux utputDisable gress

Schedules Schedule 1

DayDate of holidays

Send Code Entry FunctionArm AwayArm StayDisarmKeyfob Funct 1Keyfob Funct 2Broadcast X10 FunctionActivate Relay

7.1.1.1.1

7.1.1.1.2

7.1.1.1.3

7.1.1.1.4

7.1.1.1.5

7.1.1.1.6

7.1.1.1.7

7.1.1.1.8

Single BeepDouble Beep

Beep

Badge (1 )Badge (1 s)

Badge Hold (3 s)

7.1.2.3.1

7.1.2.3.3

7.1.2.3.2

7.1.3.6

7.1.3.7

7.1.3.8

7.1.3.9

7.1.3.10

7.1.4.47.1.4.5

7.1.4.6

7.1.4.7

7.1.4.8

7.1.4.9

7.1.5 7.1.5.1

7.1.5.3

7.1.5.4

7.1.97.1.10

7.1.11

7.1.7.1

7.1.8.1.1JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember

7.1.8.17.1.8.2

7.1.8.3

7.1.8.47.1.8.57.1.8.6

7.1.8.7

7.1.8.8

7.1.8.9

7.1.8.107.1.8.117.1.8.12

OpeningClosing

HourMinute

Active SundayMondayTuesdayWednesdayThursdayFridaySaturdayDisable on Holidays

7.1.7.1.17.1.7.1.2

7.1.7.1.3

7.1.7.1.1.1

7.1.7.1.1.2

7.1.7.1.3.17.1.7.1.3.2

7.1.7.1.3.3

7.1.7.1.3.4

7.1.7.1.3.5

7.1.7.1.3.6

7.1.7.1.3.77.1.7.1.3.8

7.1.6 User Cards User Card 17.1.6.1 Activated7.1.6.1.1

7.1.4.10

7.1.4.11

7.1.5.5

7.1.5.6

7.1.5.7

7.1.5.8


49

NX-1750 ProxPad menu glossary Access Options A menu entry that groups access options for the selected NX-1750 ProxPad.

Access Without RTE A menu entry that enables a user to open the door without a Request To Exit (RTE).

Activate Relay A menu option that activates the NX-1750 ProxPad’s built in relay driver instead of an external relay driver.

Activated A menu option that activates and deactivates the selected user card.

Active A menu option that specifies the days of the week that the selected schedule is active.

Allow Access While Armed A menu option that enables a user to activate/deactivate the selected NX-1750 ProxPad while the system is armed.

Arm Away A menu option that enables the arm away function for the selected NX-1750 ProxPad action. The actions are Single Badge, Double Badge and Badge Hold.

Arm Stay A menu option that enables the arm stay function for the selected NX-1750 ProxPad action. The actions are Single Badge, Double Badge and Badge Hold.

Armed Status Suppression A menu option that sets the NX-1750 ProxPad not to indicate when the system is armed.

Badge Functions A menu entry that groups the functions activated by Single Badge, Double Badge and Badge Hold actions.

Badge Hold A menu entry that groups the functions activated by holding a proximity card near the NX-1750 ProxPad for longer than the time set in Badge Hold.

A menu option that sets the X-10 function sent when a proximity card is held near the NX-1750 ProxPad for longer than the time set in Badge Hold.

Beep on RF Loss A menu option that sets the NX-1750 ProxPad to beep when the wireless connection is down.

Broadcast X10 Function A menu option that causes the NX-1750 ProxPad to transmit an X-10 function to the home automation system.

Buzzer Follows Keypad A menu option that makes the reader buzzer settings the same as the keypad buzzer settings.

Closing A menu option that sets the time at which the selected schedule enters the closed state.

Date of Holidays A menu option that sets the dates of holidays. If the holidays feature (has been enabled, no schedules are active on these dates. Up to eight holidays per month can be specified.

Ding Dong Chime A menu option that enables a ding dong chime.

Disable Egress A menu entry that disables the Egress input.

Disable Service A menu option that turns off the Service LED.

Disarm A menu option that enables the disarm function for the selected NX-1750 ProxPad action. The actions are Single Badge, Double Badge and Badge Hold.

Door Fault Warning Time A menu option that sets the time after which a warning sound is made before a door fault alarm occurs.

Door Fault Alarm Time A menu option that sets the time within which the door must be closed before a door fault alarm occurs.

Door Shunt Zone A menu option that sets which zone senses that the door is open for door fault alarms and warnings.

Don’t Stay Unlocked While Open

A menu option that prevents a door which has been opened during the open period from staying open.

Double Badge (2 Beeps) A menu entry that groups the functions activated by holding a proximity card against the NX-1750 ProxPad twice within the time set in Badge Hold.

A menu option that sets the X-10 function sent when a proximity card is held against the NX-1750 ProxPad twice within the time set in Badge Hold.

Feature Select A menu entry that groups all optional features relating to the selected NX-1750 ProxPad.

Functions A menu entry that groups the functions that can be linked between a NX-1750 ProxPad and X-10 functions.

House Code A menu option that sets the code used to identify a particular premises. It is necessary in

case any neighbouring premises also has an X-10 home automation system.


Invert Aux Output A menu option that enables a mode that inverts the state of an output (normally activated and then deactivated when an event occurs).

Keyfob Funct 1 A menu option that sends a keyfob function 1 event for the selected NX-1750 ProxPad action. The actions are Single Badge, Double Badge and Badge Hold.

Keyfob Funct 2 A menu option that sends a keyfob function 2 event for the selected NX-1750 ProxPad action. The actions are Single Badge, Double Badge and Badge Hold.

LED Extinguish A menu option that turns off all the status LEDs.

Log Forced Entry A menu option that records a forced entry event in the event log.

Log RTE (Card) A menu option that records an RTE (Card) event in the event log. An RTE (Card) event is a request to exit by scanning a card.

Log RTE (Zone) A menu option that records an RTE (Zone) event in the event log. An RTE (Zone) event is a request to exit by activating a zone.

Logging Partition A menu option that specifies the partition number that the NX-1750 ProxPad adds to any event that it records in the event log. This allows users to know which reader was scanned for access.

Maglock or Drop Bolt lock A menu option that specifies the door lock type.

Miscellaneous A menu entry that groups some miscellaneous options.

Model A menu option that displays the current model of the NX-1750 ProxPad.

No armed egress A menu entry that disables the Egress input when the ProxPad is armed.

Only if Closed A menu option that activates the selected NX-1750 ProxPad after closing time and before opening time. During these times, a card can be used to arm/disarm the system. A timer is used to set these times.

Only if Open A menu option that activates the selected NX-1750 ProxPad between opening time and closing time. During these times, a card can be used to arm/disarm the system. A timer is used to set these times.

Opening A menu option that sets the time at which the selected schedule enters the open state.

Relay Active Time A menu option that sets the length of time the relay is activated when a proximity card is held against the NX-1750 ProxPad.

Reset Settings A menu option that defaults the selected NX-1750 ProxPad to factory defaults.

Scan Time A menu option that specifies the length of time during which the proximity card must be held near the NX-1750 ProxPad to activate its functions. A NX-1750 ProxPad can be programmed to activate different functions depending on whether the card is held near it once, twice within this time or continuously for this time.

Schedules A menu option that, combined with Output Schedule Selection, selects the schedules that affect the NX-1750 ProxPad.

Send Code Entry Function A menu option that enables the send code entry function for the selected NX-1750 ProxPad action. The actions are Single Badge, Double Badge and Badge Hold. This function sends the same command to the control panel, using the proximity card, as a keypad would send if a valid code were entered. For example, if the system is armed, the selected action disarms it.

Single Badge (1 Beep) A menu entry that groups the functions activated by holding a proximity card once against the NX-1750 ProxPad.

A menu option that sets the X-10 function sent when a proximity card is held against the NX-1750 ProxPad once.

Start Zone An menu option that specifies the first zone number of zones on the RF receiver.

Tamper A menu option that sends a report to the central station when there is interference with the NX-1750 ProxPad.

Unit Code A menu option that sets the X-10 unit number used to identify a particular X-10 device.

User Card 1 A menu option that selects the user card to program.

User Card Programming A menu option that enables user cards to be programmed.

User Cards A menu entry that groups the options for programming the user cards.


51

Version A menu option that displays the current software version of the proximity reader.

X-10 Functions A menu entry that groups X-10 device information and the functions for the selected NX-1750 ProxPad.

The X-10 functions are linked to the access reader. It is possible to control X-10 devices using the badge on the card reader. It is also possible to configure the actions that are activated by each card action.

0 All units off

1 All lights on

2 On

3 Off All others

4 Dim

5 Bright

6 All lights off

Programming locations for the NX-1750

Location 0 Badge Functions (3 segments of binary data)

Location 0 is used to select the particular function(s) that are activated when a card is scanned. More than one function may be selected. If more than one function is selected, they will execute in order from function 1 to function 8.

Segment 1: Single Badge (1 Beep)

A card is badged once. The buzzer sounds once. (Default function is 8.)

Segment 2: Double Badge (2 Beeps)

A card is badged and held at the reader for the duration of the Scan Time (Location 4, Segment 1). The buzzer sounds twice. (Default function is 8.)

Segment 3: Triple Badge (3 Beeps)

A card is badged and held at the reader for the duration of 2 times the Scan Time (Location 4, Segment 1). The buzzer sounds three times in total. (Default function is 8.)

Segment 1 Single Badge Function

1 Send Code Entry function to the control panel

2 Arm Away

3 Arm Stay mode

4 Disarm

5 Activate Aux/KeyFob Function 1 (see control panel events)


7 Broadcast an X-10 function (see Location 1)

8 Send a Request to Exit (RTE) and activate the relay output. (Default is On.) Location 3, Segment 2 must be programmed with a valid zone number for the RTE to be sent.

Segment 2 Double Badge Function


2 Arm Away

3 Arm Stay mode

4 Disarm





Segment 3 Triple Badge Function


2 Arm Away

3 Arm Stay mode

4 Disarm





“Send Code Entry” function: By choosing the function, “Code Entry”, the reader sends a function to the control panel along with user number and authority that says such and such user entered a code. Scanning a card then acts just like a user entering their code on a keypad.

Location 1 Set the X-10 Address for the Badge Functions (5 segments of numerical data)

Segment 1 Program a number from 0-15 to represent the corresponding X-10 Unit Code from the following table. (Default is 0)

Unit 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Seg 1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Segment 2 Program a number from 0-15 to represent the corresponding X-10 House code from the following table. (Default is 0)

X-10 ADDRESS CODES

0=A 4=E 8=I 12=M

1=B 5=F 9=J 13=N

2=C 6=G 10=K 14=O

3=D 7=H 11=L 15=P

Segment 3 Single Badge Function. Program the X-10 function that is performed when a card is badged once. This location only needs to be programmed if Location 0, Segment 1, Option 7 is set. (Default is 2.)

Function no. Function performed

0 All units off

1 All lights on

2 On

3 Off


53

4 Dim

5 Bright

6 All lights off

All others Reserved

Segment 4 Double Badge Function. Program the X-10 function that is performed when a card is badged and held at the reader for the duration of the Scan Time (Location 4, Segment 1). The descriptions of the function codes are the same as for Single Badge Function (see table above). This location only needs to be programmed if Location 0, Segment 2, Option 7 is set. (Default is 3.)

Segment 5 Triple Badge Function. Program the X-10 function that is performed when a card is badged and held at the reader for the duration of 2 times the Scan Time (Location 4, Segment 1). The descriptions of the function codes are the same as for Single Badge Function (see table above). This location only needs to be programmed if Location 0, Segment 3, Option 7 is set. (Default is 2.)

Location 2 Programming the Options and Reader Partitions (4 segments of binary data)

Segment 1 System Options

1 On if reader is enabled for User Card Programming.

2 On if tamper is enabled.

3 On if reader buzzer is to follow typical keypad buzzing.

(Default is On.)

4 On if ding-dong chime enabled (dependant on option 3 and chime being enabled).

5 On if a Request to Exit (RTE) from a scanned card is to be logged as Code Entry. (Default is On.)

6 On if an RTE from a zone or the Egress input is to be logged as Code Entry.

7 Reserved.

8 On if beep on RF loss enabled.

Segment 2 System Options (cntd):

1 Reserved.

2 Bypass Hide. When system is armed, all bypassed zones LED’s are off.

3 Reserved.

4 Reserved.

5 Disable Service. An option that turns off the Service LED.

6 LED Extinguish. An option that turns off all the status LEDs.

7 Reserved.

8 Reserved.

Segment 3 Enabling the Schedules for the Onboard Relay Output

1 On if relay output follows Schedule 1.








Segment 4 Door Options

1 On if locking mechanism is a Maglock or Drop Bolt.

2 On if access is allowed regardless of Armed status of the system.

3 No Unlock Latch. On if the door is not to be latched unlocked during an open schedule.

4 On if onboard relay output only triggers during an open schedule.

5 On if onboard relay output only triggers during a close schedule.

6 On if Forced Entry Alarm is logged.

7 On if access allowed without an RTE.

8 No armed Egress. On if the Egress input is to be disabled while the ProxPad partition is armed.

Segment 5 Door Options (cntd..)

1 “On” when relay operation is inverted.

2 Disable relay operation when the ProxPad partition is disarmed.

3 Reserved.

4 Reserved.

5 Reserved.

6 Reserved.

7 Reserved.

8 Reserved.

• Maglock/Drop Bolt: When a door zone is programmed and this option is checked, then the relay output uses the different kind of logic for setting the lock. To prevent a door from slamming shut due to a maglock or from not getting shut at all with a premature lock of a drop bolt, the reader monitors the door zone and waits for the door to be shut for a couple of


55

seconds before activating the lock. Therefore, this option is to be set when controlling a maglock or drop bolt. Loc.3, Seg.1 must be programmed for this option to work.

• No Unlock Latch: This is used in conjunction with scheduling and controlling a door lock via the relay output. If this option is NOT selected and scheduling is enabled then the door remains unlocked after the first unlock within an open schedule and relocks upon closing. If this option is selected, then the door does not remain unlocked, but follows the programmed relay driver time.

Location 3 Programming the Zones (3 segments of numerical data)

Segment 1 Door Shunt Zone. Program the zone that is monitored for sounding the Door Prop Alarm. Program a 0 (default) to disable this function. See Location 4, Segment 3 for the length of time the zone is monitored before sounding the alarm.

Segment 2 Request to Exit (RTE) Zone. Program the zone that is monitored to signal an RTE. If this segment is programmed with a valid zone and the zone is faulted, the reader activates its onboard relay driver and send the RTE. The RTE is not sent if Segment 2 contains an invalid zone. (Default is 0.)

Segment 3 Starting zone number. Enter the systems starting zone number for this ProxPad. Default value is 1 which sets it to show the zone status of up to the first 8 zones of the partition to which this ProxPad is programmed. The starting zone can be any zone number within the range of the control panel.

When the starting zone number is set above the last zone of the system, the zone indication LEDs remain OFF.

Location 4 Programming the Various Reader Timers (4 segments of numerical data)

Segment 1 Scan Time. Enter the time required for a double badge or triple badge function to be detected to activate the functions programmed in Location 0, Segments 2 and 3. This timer is set in 1/100 second increments from 0 to 2.55 seconds. (Default is 100 = 1 second).

Segment 2 Relay Active Time. Enter the amount of time the Relay is energized once activated. This timer is set in 1/10 second increments from 0 to 25.5 seconds. (Default is 10 = 10 seconds).

Segment 3 Door Fault Warning Time. Enter the amount of time a monitored zone (see Location 3, segment 1) must be faulted before sounding an alarm (local buzzer). This timer is timed in 1 second increments from 0 to 255 seconds. (Default is 30 = 30 seconds).

Segment 4 Door Fault Alarm Time. Enter the amount of time a monitored zone (see Location 3, segment 1) must be faulted before sending an alarm condition to the control panel. The door fault alarm is set in 1 second increments from 0 to 255 seconds. (Default is 60 = 60 seconds.)

Location 5 Programming the Opening Time for Schedule 1 (2 segments of numerical data)

Segment 1 Program the hour of the opening time in 24-hour format. (Default is 8 = 8:00 AM)

Segment 2 Program the minutes after the hour of the opening time for Schedule 1. (Default is 0.)

Location 6 Programming the Closing Time for Schedule 1 (2 segments of numerical data)

Segment 1 Program the hour of the closing time in 24-hour format. (Default is 20 = 8:00 PM)

Segment 2 Program the minutes after the hour of the closing time for Schedule 1. (Default is 0.)

Location 7 Programming the Days for Schedule 1 (1 segment of binary data)

Segment 1

On if schedule is active on Sunday.

On if schedule is active on Monday.

On if schedule is active on Tuesday.

On if schedule is active on Wednesday.

On if schedule is active on Thursday.

On if schedule is active on Friday.

On if schedule is active on Saturday.

On if schedule is disabled during the Holidays.

Location 8 - 28 Programming the Schedules 2 - 8 (1 segment of binary data)

Locations 8 – 28 are used to program the opening times, closing times, and days for Schedules 2 – 8. Each schedule has three locations that are programmed with the same steps as Schedule 1 described previously. Refer to Schedule 1 (Locations 5-7 above) for specific instructions.

Location 8 Opening Time for Schedule 2

Location 9 Closing Time for Schedule 2

Location 10 Days for Schedule 2



















Location 29 Programming the Date of Holidays in January (8 segments of numerical data)

Program the day of the month in January that the Opening time in a schedule is suppressed. For example, if the opening should not occur on January 1, program a 1 in Segment 1. This feature can be repeated up to a maximum of 8 holidays per location (month). (Default is No holidays.)


57

Location 30 - 40 Programming the Date of Holidays from February to December (8 segments of numerical data)

Locations 30 – 40 are used to program the day of each month, from February to December, in which the Opening time in a schedule is suppressed. Each location accommodates up to a maximum of 8 holidays, and is programmed with the same steps as Location 29 described previously.

Location 30 February holidays

Location 31 March holidays

Location 32 April holidays

Location 33 May holidays

Location 34 June holidays

Location 35 July holidays

Location 36 August holidays

Location 37 September holidays

Location 38 October holidays

Location 39 November holidays

Location 40 December holidays

Location 41 Programming Activation Data for User Cards 1 - 120 (15 segments of binary data)

Segment 1 Activation data for user cards 1 – 8.















Location 42 Programming Activation Data for User Cards 121 - 240 (15 segments of binary data)
















Location 43 Programming Logging Partition (1 segments of numerical data)

Segment 1 This location programs the partition that is logged with the Code Entry message and sent when the following conditions are met:

• An RTE scan function is selected (Location 0, Segment 1/2/3, Option 8); and

• “RTE from a scanned card is to be logged as Code Entry” is enabled (Location 2, Segment 1, Option 5).

Entering a 0 (zero) will send the lowest valid partition of the reader. Entering 1-16 will send the entered value as the partition. (Default is 0.)

Technical Specifications Power supply specifications

Power supply voltage 10.5-13.8V ± 2%

Consumption - Standby 40 mA at 13.8V ± 2%

Consumption – Maximum 110 mA at 13.8V ± 2%


Reader Size Dimensions (width x height x depth) 80x80x15 mm





59

Chapter 4 Setting up the NX-320-I

Overview The NX-320-I is an auxiliary power module that can be used with the NX panel. It also has three programmable outputs and one dedicated sounder output.

Depending the panel type, you can use up to eight NX-320-I auxiliary power modules to supply 32 outputs for the panel, 24 of which are programmable and eight are dedicated sounder outputs. The 24 programmable outputs can be used as auxiliary power, fire detector power and sounder power outputs.

Installing the NX-320-I auxiliary power module Each NX-320-I auxiliary power module has a tamper terminal that can be used to supervise the casing.

When the NX-320-I auxiliary power module is connected to the NX system, the maximum total wire run to all devices is 800 metres. Each NX-320-I auxiliary power module should be connected individually to the NX system and not in series.

Figure 7. NX-320-I

1 DIP switches 4 Supervised BELL output 7 AC inputs

2 Incoming bus terminals 5 Tamper terminal

3 Outputs 6 Earth

Wiring the NX-320-I auxiliary power module

Table 7. NX-320-I auxiliary power module terminal connections


DATA Connect to the control panel data terminal. This terminal is the incoming data-signalling terminal to the NX-320-I. The maximum total wire run from the control panel to all devices, including the NX-320-I is 800 m.

COM Connect to the control panel COMMON terminal. This terminal supplies the common side of the power to the NX-320-I board.

POS Connect to control panel POS terminal. This terminal supplies power to the NX-320-I board.

DATA This terminal is the outgoing data-signalling terminal for buss extension. The maximum total wire run from the NX-320-I to all outgoing devices is 800 m.

COM Common terminal for any device powered from the NX-320-I.

OUT A Programmable output current limited to 1.5 Amps.

Note: the total current of the NX-320-I is 2.5 Amps.

OUT B Programmable output current limited to 1.5 Amps.

COM Common terminal for any device powered from the NX-320-I.

OUT C Programmable output current limited to 1.5 Amps.

BELL + Positive of bell output current limited to 2.0 Amps.

BELL - Negative of bell output current limited to 2.0 Amps.

TAM This is an optional tamper terminal. To use this feature, connect the normally closed tamper switch between this terminal and COM. If switch 4 is off, this feature is not used.

EARTH Earth ground.

AC AC input. Connect to a 16.5 V 40 VA transformer.

AC AC input. Connect to a 16.5 V 40 VA transformer.

LED Description

DS1 Flashes when data is transmitted out from the NX-320-I.

DS2 Flashes when data is transmitted into the NX-320-I.

DS3 Flashes during normal operation.

DS4 Used for hardware, and will only glow dimly when connected to the NX control panel.

Setting the DIP switches

DIP switches 1-3 set the address of the NX-320-I auxiliary power module DIP switch 4 controls the tamper feature. On enables tamper. Off disables tamper.


61

Table 8. NX-320-I auxiliary power module DIP switches

DIP switch 1-3 settings Address DIP switch 1-3 settings Address

84

88

85

89

86

90

87

91

= ON = OFF

Enrolling the NX-320-I auxiliary power module

1. Set DIP switches 1-3 to the correct address.

2. Select Enrol Modules>Enrol and press OK to enrol the NX-320-I auxiliary power module. The enrolling process takes about 12 seconds. User codes are not accepted during the enrolling process.

Programming the NX-320-I auxiliary power module Figure 8. NX-320-I menu structure

You must enrol and default the NX-320-I power module before you begin to program the system. For more information on enrolling and defaulting, see Enrolling the NX-320-I auxiliary power module above. To program the NX-320-I power module, select Installer Menu>NX-320-I Power Modules.

Configuring outputs

You can specify events and partitions that can activate a particular output. The outputs are triggered based on different events. The events are grouped in the programming tree. A full list of all possible selectable events can be found in Table 23. NX-320-I output events. You can also assign a defined attribute to the output. The following example enables user code 1 to reset the timer on output 1, power module 84 when an autotest event occurs.

1. Navigate with the keys to NX-320-I Power Modules>Power Module 84>Outputs and press OK.

2. Scroll to Output 1>Event>Tests>Automatic Test and press OK.

3. The keypad beeps once to accept the change and returns to Tests.

4. Scroll to Attributes>Code Stops Timer>Yes and press OK.

5. The keypad beeps once to accept the change and returns to Code Stops Timer.

6. Navigate with the keys to Users>(1) User 1>Outputs> and press OK.

7. Press the relevant keys to select output 1 only and press OK.

Time UnitTimePartitions

OutputsPower Module 84

Feature Select Mains Delay TimeBattery TestBattery Test Time

Reports

1 (<Event>) Event AlarmsArm/DisarmCommunicationsKeypadsSirensTamper/FaultTestsMiscellaneous

Attributes LatchedCode Stops TimerInvertedDisable on Listen-in

Report Mains Fail AlwaysLow BatterySiren Tamper/Fault

Users (1) User 1 Outputs

8.1 8.1.1

8.1.2

8.1.3

8.1.4

8.1.5

8.1.6

8.1.1.1

8.1.2.1

8.1.3.1

8.1.3.3

8.1.3.2

8.1.3.4

8.1.1.1.1

8.1.1.1.2

8.1.1.1.3

8.1.1.1.4

8.1.1.1.5

8.1.2.1.1

8.1.3.4.18.1.3.4.2

8.1.3.4.3

8.1.1.1.1.1

8.1.1.1.1.8

8.1.1.1.1.7

8.1.1.1.1.68.1.1.1.1.5

8.1.1.1.1.4

8.1.1.1.1.3

8.1.1.1.1.2

8.1.1.1.5.1

8.1.1.1.5.4

8.1.1.1.5.3

8.1.1.1.5.2

Power Modules 85 - 91Same as above

Outputs 2 - 3Same as above

Users 2 - 99 Same as aboveIf more than 10 users, users are first displayed in groups of 10 and then displayed as above.

ModelVersionReset Settings


63

8. The keypad beeps once to accept the change and returns to Outputs.

Table 9. NX-320-I output events

# Event # Event # Event

Alarms Arm/disarm Misc

17 Alarm Memory 21 Armed 32 Code Entry

Tests 22 Disarmed 7 Program Mode

3 Dyn Battery Test 23 Ready to Arm 0 Always On

Tampers 18 Entry Keypads

25 Fire LED 19 Exit 29 Keypad Fire

11 Smoke Det Reset 20 Entry or Exit 30 Keypad Medical

8 Over-current 24 Not Ready to Arm 31 Keypad Panic

9 Box Tamper Sirens 28 Keypad Beeping

10 Siren Tamper 12 Burglary Siren 27 Chime

26 Fire Trouble 13 Fire Siren Communications

1 Mains Failure 14 Any Siren 4 Listen-in

2 Low Battery 15 Fire Sir Steady 5 Line Seizure

16 Any Sir Temporal 6 Phone Line Fault

Note: Faults on outputs are restored after a valid PIN is entered at the keypad.

Configuring features

You can configure testing and reporting features for the NX-320-I power module. The following example enables a battery test which lasts for 60 minutes and sends a report to the central station when a low battery condition occurs.

1. Navigate with the keys to NX-320-I Power Modules>Power Module 84>Feature Select and press OK.

2. Scroll to Battery Test>Enabled and press OK.

3. The keypad beeps once to accept the change and returns to Battery Test.

4. Scroll to Battery Test Time and press OK.

5. Select 60 min. and press OK. The keypad beeps once to confirm the change and returns to Battery Test Time.

7. Scroll to Reports>Low Battery>Yes and press OK.

8. The keypad beeps once to accept the change and returns to Low Battery.

Glossary


8 NX-320-I Power Modules A module that provides an additional power supply if the system is using more peripherals than can be serviced by the panel power supply.

8.1 Power Module 84 A menu entry that groups all options for the selected power module.

8.1.1 Outputs A menu entry that groups options relating to programmable outputs.

There are two types of outputs; relay and open collector. The control panel includes up to four auxiliary outputs. The NX-320-I power module provides additional outputs.

8.1.1.1.1 Event Any occurrence such as system arming, faults and alarms.

A menu option that specifies which event activates an output.

8.1.1.1.1.1 Alarms A menu entry that groups together the alarm events that can be selected to trigger an output.

8.1.1.1.1.2 Arm/Disarm A menu entry that groups the events that can be used to trigger outputs.

8.1.1.1.1.3 Communications A menu entry that groups together the communication events that can be selected to trigger an output.

8.1.1.1.1.4 Keypads A menu entry that groups the keypad events that trigger an output.

8.1.1.1.1.5 Sirens A menu entry that groups together the siren events that can be selected to trigger an output.

8.1.1.1.1.6 Tamper/Fault A menu entry that groups together the tamper and fault events that can be selected to trigger an output.

8.1.1.1.1.7 Tests A menu entry that groups settings related to different tests. These include tests such as automatic test calls, dynamic battery tests and so on.

8.1.1.1.2 Time Unit A menu option that specifies whether the outputs are timed in minutes or seconds.

8.1.1.1.3 Time A menu option that sets the length of time for which an output is activated. If it is set to 0, the output follows the event.

8.1.1.1.4 Partitions A menu entry that lists the partitions assigned to the selected output. The selected output can be triggered by an event on these partitions.

8.1.1.1.5 Attributes A menu entry that groups the programmable attributes of the selected output.

8.1.1.1.5.1 Latched A menu option that causes an output to remain activated until a code is entered at the keypad.


65


8.1.1.1.5.2 Code Stops Timer A menu entry that allows the timer used on programmable outputs to be reset by entering a valid user code.

8.1.1.1.5.3 Inverted A menu option that enables a mode that inverts the state of an output (normally activated and then deactivated when an event occurs).

8.1.1.1.5.4 Disable on Listen-in A menu option that disables the selected output during listen-in time. This option is normally used to silence sirens during listen-in. After the listen-in session, the sirens are activated again.

8.1.2 Users A menu option that specifies the zone or user number that triggers the output on the expander module or power module.

8.1.2.1.1 Outputs A menu option that specifies which outputs the selected user can operate.

8.1.3 Feature Select A menu entry that groups all optional features relating to the selected module.

8.1.3.1 Mains Delay Time A menu option that sets the length of time between detecting a mains failure on a power module and sending a report to the central station. The restore event is sent four minutes after the mains is restored.

8.1.3.2 Battery Test A menu option that enables a test to determine whether the battery is connected to the power module. This test is usually performed automatically when the system is first powered up and periodically thereafter.

8.1.3.3 Battery Test Time A menu option that sets the length of time that the power module performs the battery test. This can be between 0 to 255 minutes where 0 is no test.

8.1.3.4 Reports A menu entry that groups report options for the selected module.

8.1.3.4.1 Report Mains Fail Always A menu option that sends a report to the central station if power is lost for the time programmed in Mains Delay Time. If this option is disabled, the report is sent only if the control panel has not sent a mains power lost report and Mains Fail report is enabled.

This option applies only to the NX-320-I power module and not to the control panel.

8.1.3.4.2 Low Battery A menu option that enables low battery reporting on a NX-320-I power module.

8.1.3.4.3 Siren Tamper/Fault A menu option that sends a report to the central station when a power module siren tamper or fault condition occurs.

8.1.4 Model A menu option that displays the current model of the selected module.

8.1.4 Version A menu option that displays the current software version of the selected module.


8.1.5 Reset Settings A menu option that defaults the selected module to factory defaults.

Programming the locations for NX-320-I

LOCATION 0 - PROGRAMMING THE EVENT, ZONE AND TIME FOR OUTPUT 1 (2 segments, numerical data)

Segment 1 - Event

Selects the event that will trigger the output. See chart below for the specific events that can be selected.

Segment 2 - Time

Selects the amount of time an output will remain activated when an output triggers. If this location is programmed as a zero, the output will follow the particular event.

LOCATION 1 - PROGRAMMING SPECIAL FUNCTIONS AND PARTITIONS FOR OUTPUT A (2 segments, feature selection data)

Segment 1 - selects the following special conditions

Option Function ON If output should time in minutes 1 OFF If output times in seconds ON Output “Latch”: should latch until a code is entered 2 OFF Output is timed ON Timed or output should be reset if a code is entered while it is being timed 3 OFF Stays timed (not reset) after code is entered

4 ON For inverted output 5 ON Disables output during listen-in (only events 12-16) 6 Reserved 7 Reserved 8 Reserved

Segment 2 - selects the following partitions

Option Function

1 ON If the event should activate when it occurs in partition 1 2 ON If the event should activate when it occurs in partition 2 3 ON If the event should activate when it occurs in partition 3 4 ON If the event should activate when it occurs in partition 4


67

LOCATION 2 - PROGRAMMING THE EVENT AND TIME FOR OUTPUT B (2 segments, numerical data)

Segment 1 - event

Is used to program the particular event that will trigger the output. See chart on page 8 for the specific events that can be selected.

Segment 2 - time

Is used to select the amount of time an output will remain activated when an output triggers. If this location is programmed as a zero, the output will follow the particular event.

LOCATION 3 - PROGRAMMING SPECIAL FUNCTIONS AND PARTITIONS FOR OUTPUT B (2 segments, feature selection data)





Option Function

1 ON If the event should activate when it occurs in partition 1 2 ON If the event should activate when it occurs in partition 2 3 ON If the event should activate when it occurs in partition 3 4 ON If the event should activate when it occurs in partition 4

LOCATION 4 - PROGRAMMING THE EVENT AND TIME FOR OUTPUT C (2 segments, numerical data)

Segment 1 - event

Is used to program the particular event that will trigger the output. See chart on page 8 for the specific events that can be selected.

Segment 2 - time

Is used to select the amount of time an output will remain activated when an output triggers. If this location is programmed as a zero, the output will follow the particular event.

LOCATION 5 - PROGRAMMING SPECIAL FUNCTIONS AND PARTITIONS FOR OUTPUT C (2 segments, feature selection data)





Option Function 1 ON If the event should activate when it occurs in partition 1 2 ON If the event should activate when it occurs in partition 2 3 ON If the event should activate when it occurs in partition 3 4 ON If the event should activate when it occurs in partition 4

LOCATIONS 6 & 7 - RESERVED

LOCATION 8 - AUTHORIZING USERS 1 - 10 TO TRIGGER OUTPUTS A-C (10 segments, feature selection data)

When activating outputs with a user code (event 30), location 8 can be used to restrict certain codes from activating certain outputs. Location 8 contains 10 segments. Segment 1 corresponds to user 1, segment 10 corresponds to user 10.


69

Option Function ON Code will activate Output A 1 OFF Code will NOT activate output A ON Code will activate Output B 2 OFF Code will NOT activate output B ON Code will activate Output C 3 OFF Code will NOT activate output C

4-8 Reserved



Refer to location 8 chart.







LOCATION 12 - AUTHORIZING USERS 41-50 TO TRIGGER OUTPUTS A-C (10 segments, feature selection data)



















71

LOCATION 18 - A/C DELAY AND DYNAMIC BATTERY TEST (2 segments, feature selection data)

Location 18 is used to enable the A/C delay and the dynamic battery test, both of which are timed in minutes. The factory default is 5-0, meaning the A/C power will be off for 5 minutes before a report is sent or a service indication will be given, and the dynamic battery test is disabled (“0” minutes). If you desire the A/C delay to be 8 minutes and the dynamic battery test to be 3 minutes, you would program 8-3.

LOCATION 19 - DEVICE OPTIONS (8 segments, feature selection data)

Location 19 is used to enable various system features of the NX-320-I power supply.

Option Function ON

AC report always sent

1

OFF Follows control panel

If enabled, an AC Fail report will be sent if power is lost for the time programmed in location 18. If “off”, the report will only be sent if the control panel has not sent an AC power lost report, and AC fail report is enabled in location 37 of the control panel.

2 ON Enables periodic battery test. Enables battery missing every 30 seconds.

3 ON Enables low battery test. If enabled, the NX-320-I will report low battery to the central station.

4 ON Enables siren tamper/trouble reporting. If enabled, the NX-320-I will report a siren tamper to the central station.

5-8 Reserved

NX-320-I Programming worksheets

(Defaults are printed in bold italic text) At default: Output A = AUX power, Output B = AUX power, Output C = smoke power

LOC DESCRIPTION DEFAULT PROGRAMMING DATA

0 OUTPUT A: EVENT & TIME 0 10 OUTPUT A: SPECIAL FEATURES & PARTITIONS

Segment 1 (Circle Numbers To Program) 1 ON: if timed in minutes. OFF: if timed is seconds 2 ON: If latched until code is entered. OFF: for timed 3 ON: If output should stop timing when a code is entered. OFF: timed 4 ON: for inverted output 5 ON: disables output during listen-in 6 Reserved 7 Reserved 8 Reserved

Segment 2 (Circle Numbers To Program) 1 Partition 1 2 Partition 2 3 Partition 3

1

4 Partition 4


2 OUTPUT B: EVENT & TIME 0 10 OUTPUT B: SPECIAL FEATURES & PARTITIONS

Segment 1 (Circle Numbers To Program) 1 ON: if timed in minutes. OFF: if timed is seconds 2 ON: If latched until code is entered. OFF: for timed 3 ON: If output should stop timing when a code is entered. OFF: timed 4 ON: for inverted output 5 ON: disables output during listen-in 6 Reserved 7 Reserved 8 Reserved


3

4 Partition 4 4 OUTPUT C: EVENT & TIME 11 8

OUTPUT C: SPECIAL FEATURES & PARTITIONS Segment 1 (Circle Numbers To Program)

1 ON: if timed in minutes. OFF: if timed is seconds 2 ON: If latched until code is entered. OFF: for timed 3 ON: If output should stop timing when a code is entered. OFF: timed 4 ON: for inverted output 5 ON: disables output during listen-in 6 Reserved 7 Reserved 8 Reserved


5

4 Partition 4 6-7 Reserved

Codes 1-10 Output enable (circle the numbers to program) User 1 2 3 4 5 6 7 8 9 10

Output A 1 1 1 1 1 1 1 1 1 1 Output B 2 2 2 2 2 2 2 2 2 2

8

Output C 3 3 3 3 3 3 3 3 3 3 Codes 11-20 Output enable (circle the numbers to program)

User 11 12 13 14 15 16 17 18 19 20 Output A 1 1 1 1 1 1 1 1 1 1 Output B 2 2 2 2 2 2 2 2 2 2

9



10



11

Output C 3 3 3 3 3 3 3 3 3 3


73


Codes 41-50 Output enable (circle the numbers to program) User 41 42 43 44 45 46 47 48 49 50

Output A 1 1 1 1 1 1 1 1 1 1 Output B 2 2 2 2 2 2 2 2 2 2

12



13



14



15



16


User 91 92 93 94 95 96 97 98 99 Output A 1 1 1 1 1 1 1 1 1 Output B 2 2 2 2 2 2 2 2 2

17

Output C 3 3 3 3 3 3 3 3 3

18 A/C delay (in minutes) Dynamic battery test (in minutes)

5

0

Device options (circle the numbers to program) 1 On for AC report always sent; Off follows control 2 On enables periodic battery test 3 On enables low battery reporting 4 On enables siren tamper/trouble reporting 5 Reserved 6 Reserved 7 Reserved

19

8 Reserved

Technical specifications Power supply specifications

Power supply voltage 12 V ± 20%

Consumption - nominal 10 mA at 12V

Output specifications

Output - nominal 2 A @ 13.85 V

Output - maximum 2.5 A @ 13.85 V


PCB Size Dimensions (length x width) 236x81 mm


Humidity Max 93%


Battery max. 12 V DC/18 Ah


75

Chapter 5 Setting up the NX-507E/NX-508E

Overview The NX-507E and NX-508E are output modules used to expand the output capabilities of the NetworX control panel with the following functionality:

NX-507E SEVEN RELAY EXPANDER

• Microprocessor controlled 7-relay module

• Designed with 7 separate normally open and normally closed relay contacts for a variety of applications, including access control, home control/automation, wireless interfaces, and security functions.

• Includes 1 low current open collector output (output 8).

NX-508E EIGHT OUTPUT EXPANDER

• Microprocessor controlled 8-output module

• Equipped with 8 low current open collector outputs.

• Has a built-in parallel interface for local printouts of all communicator activity.

The NX-507E and NX-508E output expanders can be programmed to:

• Activate for an event in any or all partitions, if the control panel supports partitions.

• Set up each output to follow up to eight different schedules to either activate the output during the On time, or to be used in conjunction with another programming option to create time zones.

Installing the NX-507E output expander Figure 9. NX-507E output expander

1 DATA Connect to the control panel Data terminal. This terminal is the data-signalling terminal to all the devices on the bus.

2 COM Connect to the control panel COMMON terminal. This terminal supplies the common side of he power to the NX-507E board.

3 POS Connect to control panel AUX POWER + terminal. This terminal supplies power to the NX-507E board.

4 AUX This terminal can supply up to 100 mA fused separate from the power in the control panel.

Note: Any power drain from this terminal should be included in total current draw from the NetworX control panel or NX-320-I power supply as applicable.

This allows an isolation of the power between the main control and remote devices. If a short is created past the AUX terminal, those devices will cease to function, but the other devices, including the NX-507E, will continue to operate. The NX-507E will report this problem to the control for display on the keypad as an expander power trouble.

5 COM Connect to the tamper terminal through a normally closed contact.

6 TAM This is an option tamper terminal. To use this feature, connect the normally closed tamper switch between this terminal and COM. If this feature is not used, a jumper must be connected between this terminal and common (or put DIP 4 to ON).

NC Normally closed dry contact rated 1 A at 30 V.

7 COM Common dry contact rated 1 A at 30 V.

Relay 7

NO Normally open dry contact rated 1 A at 30 V.

8 Relays 1-6 Same as relay 7 shown above.

9 OUT 8 Open collector outputs that switch to ground when activated, max. 100 mA.

Note: If device is connected to outputs, it must see the transition from 13V to GND. The enclosed resistors must be used. Connect the resistor between AUX and the output being used.

A X-10 interface connection point

Only one required per system.


77

B 4-position DIP switch

See Table 10 NX-507E/NX-508E output expander DIP switches.

C LED Flashes during normal operation.

D LED Factory use only.

Figure 10. NX-508E output expander

1 DATA Connect to the control panel Data terminal. This terminal is the data-signalling terminal to all the devices on the bus.

2 COM Connect to the control panel COMMON terminal. This terminal supplies the common side of he power to the NX-508E board.

3 POS Connect to control panel AUX POWER + terminal. This terminal supplies power to the NX-508E board.

4 AUX This terminal can supply up to 100 mA fused separate from the power in the control panel.

Note: Any power drain from this terminal should be included in total current draw from the NetworX control panel or NX-320-I power supply as applicable.

This allows an isolation of the power between the main control and remote devices. If a short is created past the AUX terminal, those devices will cease to function, but the other devices, including the NX-508E, will continue to operate. The NX-508E will report this problem to the control for display on the keypad as an expander power trouble.

5 COM Connect to the tamper terminal through a normally closed contact.

6 TAM This is an option tamper terminal. To use this feature, connect the normally closed tamper switch between this terminal and COM. If this feature is not used, a jumper must be connected between this terminal and common (or put DIP 4 to ON).

7

OUT 1-8

Open collector outputs that switch to ground when activated, max. 100 mA. Note: If device is connected to outputs, it must see the transition from 13V to GND. The enclosed resistors must be used. Connect the resistor between AUX and the output being used.

8 X-10 interface connection point

Only one required per system.

9 4-position DIP switch

See Table 10 NX-507E/NX-508E output expander DIP switches

A LED Flashes during normal operation.

B LED Factory use only.

Setting the DIP switches

1. Power down the NX-507E/NX-508E output expander.

2. Set the DIP switches according to Table 10 NX-507E/NX-508E output expander DIP switches.

Note: Switches 1-3 set the module address. DIP switch 4 enables the tamper.

• •If DIP switch 4 is ON, the NX-507E/NX-508E generates a tamper alarm when the TAM line is unconnected to the COM line.

• •If DIP switch 4 is OFF, the NX-507E/NX-508E does not generate a tamper alarm if the TAM line is unconnected to the COM line.

Table 10. NX-507E/NX-508E output expander DIP switches

DIP switch 1-3 settings Address Outputs DIP switch 1-3 settings Address Outputs

24 1-7

28 33-39

25 9-15

29 41-46

26 17-23

30 49-55

27 25-31

31 57-63

= ON = OFF

3. The outputs can be logged in the event log. The output numbers that appear in the event log are linked to a selected NX-507E/NX-508E output expander address.

4. Power up the NX-507E/NX-508E output expander. The position of all switches is updated when the NX-507E/NX-508E output expander is powered up.


79

Programming the NX-507E/NX-508E output expander Figure 11. Output expander menu

The NX-507E/NX-508E outputs are programmed in a similar way to on-board outputs. The outputs are triggered based on different events. The events are grouped in the programming tree. A full list of all possible selectable events can be found in Table 11, NX-507E/NX-508E output events. You must enrol and default each output expander before you begin to program the system. To program the outputs, select Installer Menu>NX-507/508E.

Table 11. NX-507E/NX-508E output events

Nr. Event Nr. Event Nr. Event

0** Burglary alarm 21 Armed 42 Any zone faulted

1** Fire alarm 22 Not armed 43** Any alarm

2** 24 hour alarm 23 Ready 44 Keypad beeping

3** Zone trouble (fire/day) 24 Not ready 45** Code entry

4** Zone tamper 25 Fire 46 Key FOB function 1

5 Burglary siren 26 Fire trouble 47 Key FOB function 2

6 Fire siren 27 Chime 48♠ Auto arm control

Outputs EventOutput Exp 24 1 (<Event>)

Attributes

AlarmsArm/DisarmCommunicationsKeypadsSirensTamper/FaultTestsMiscellaneous

LatchedCode Stops TimerOnly if ClosedOnly if OpenInvertedLog Event

X-10 Address

Schedules


Schedules OpeningClosing

HourMinute

SundayMondayTuesdayWednesdayThursdayFridaySaturdayDisable on Holidays

Active

Schedule 1

Date of holidays JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember

Day 1

Users


(1) User 1 Outputs

9.1.1

9.1.2

9.1.3

9.1.4

9.1.5

9.1.7

9.1.6

9.1.1.1

9.1.2.1

9.1.3.19.1.3.2

9.1.3.3

9.1.3.4

9.1.3.5

9.1.3.6

9.1.3.8

9.1.3.7

9.1.3.9

9.1.3.10

9.1.3.11

9.1.3.12

9.1.4.1

9.1.1.1.1

9.1.1.1.2

9.1.1.1.3

9.1.1.1.4

9.1.1.1.5

9.1.1.1.6

9.1.1.1.7

9.1.1.1.8

9.1.2.1.1

9.1.2.1.2

9.1.2.1.3

9.1.3.1.1

9.1.4.1.1

9.1.1.1.1.1

9.1.1.1.1.2

9.1.1.1.1.3

9.1.1.1.1.4

9.1.1.1.1.5

9.1.1.1.1.6

9.1.1.1.1.7

9.1.1.1.1.8

9.1.1.1.6.1

9.1.1.1.6.6

9.1.1.1.6.5

9.1.1.1.6.4

9.1.1.1.6.3

9.1.1.1.6.2

9.1.1.1.8.1

9.1.2.1.1.1

9.1.2.1.1.2

9.1.2.1.3.1

9.1.2.1.3.8

9.1.2.1.3.7

9.1.2.1.3.6

9.1.2.1.3.5

9.1.2.1.3.4

9.1.2.1.3.3

9.1.2.1.3.2

9.1

Outputs 2 - 8Same as above

Output Exps 25 - 31Same as above

Schedules 2 - 8Same as above

9.1.1.1.8.2

Days 2 - 8Same as above.

Users 2 - 99 Same as aboveIf more than 10 users, users are first displayed in groups of 10 and then displayed as above.

Zone/UserTime UnitTimePartitions

7 Any siren 28** Expander trouble 49♠ Auto disarm control

8 Zone bypass 29 Dynamic battery test

50♠ Auto arm & disarm control

9 AC failure 30** Open schedule 51 Follow schedule of NX-508E

10 System low battery 31** Closed schedule 52 Flash X-10 for alarm memory

11** Duress 32 Listen in 53 Flash X-10 for siren

12** Manual fire 33 Line seizure 54 Armed in ‘Exit’ mode, after exit time

13** Manual medical alarm 34 Failed to communicate

55 End listen-in

14** Keypad panic 35 Telephone line fault 56 Compare X-10 commands with X-10 addresses (activate exit by means of DTMF commands)

15 Keypad tamper (wrong codes)

36 Program mode 57 Disarmed : state of zone

Armed : latch

16** Automatic test 37 Download 58 Service required

17 Alarm memory 38 Follow zone status in alarm

59 Armed in “STAY” mode

18 Entry 39 Over current (12 Vdc)

60 Sensor low battery

19 Exit 40 Box tamper 61 Sensor missing (lost)

20 Entry or exit 41 Siren tamper 62 B-alarm

* See Schedule Times>Opening and Schedule Times>Closing/Autoarm

** If set to follow condition, these events are one second.

♠ Events 48, 49 and 50 arm or disarm the NX-10 at the open (disarm) or close (arm) time for the appropriate schedule.

Note: For events 48 and 50, the keypad buzzer will sound one minute prior to auto arm if the zone value is 1. If the zone value is 0, the keypad will not sound prior to auto arm.

Setting up schedules

You can set up a schedule to control the day and time at which the system automatically opens and closes or the days on which specific output events are active. You can also specify certain days on which the schedule is not active. For example, you might use a schedule to disarm the system each morning at a certain time. However, on holidays you might not want the system to disarm at this time. The following example sets up January 1st as the day on which schedule 1 is not active.

1. Navigate with the keys to NX-507/508E>Output Exp 24>Schedules and press OK.

2. Scroll to Schedule 1>Active>Disable on Holidays>Yes and press OK.

3. Navigate with the keys to Date of holidays>January>Day 1>1 and press OK.

4. The keypad beeps once to accept the change and returns to Day 1.

5. To use this schedule, enable Outputs>Schedules for the selected output. For information on how to enable this option, see Configuring an output.


81

Configuring an output

You can specify events, users and partitions that can activate a particular output. The output can be controlled using a schedule or by an X-10 device. If an output is controlled by a schedule, it can be activated during the times specified in the schedule only. If it is controlled by an X-10 device, it can be activated during the time the X-10 device is switched on or off. The following example configures output 1 on output expander 24 to be activated by a box tamper event. This output is controlled by schedule 1.

1. Navigate with the keys to NX-507/508E>Output Exp 24>Outputs and press OK.

2. Scroll to Output 1>Event>Tamper/Trouble>Box Tamper and press OK.

3. The keypad beeps once to accept the change and returns to Tamper/Trouble.

4. Scroll to Schedules and press OK.

5. Press the relevant keys to select schedule only and press OK.

6. The keypad beeps once to accept the change and returns to Schedules.

Configuring users

You can specify the user code that triggers the selected output. The following example sets user code 1 to activate outputs on output expander 24.

1. Navigate with the keys to NX-507/508E>Output Exp 24>Outputs>Output 1 and press OK.

2. Scroll to Event>Miscellaneous>Code Entry and press OK.

3. The keypad beeps once to accept the change and returns to Miscellaneous.

4. Scroll to Zone/User>(User) 1 and press OK.

5. The keypad beeps once to accept the change and returns to Zone/User.

6. Navigate with the keys to Users>User 1>Outputs and press OK.

7. Press the relevant keys to select the outputs that the user code can activate and press OK.

8. The keypad beeps once to accept the change and returns to Outputs.

Glossary Location Term Definition

9 NX-507/508E An expander board that increases the number of outputs that can be used with the control panel.

A menu entry that groups NX-507E/NX-508E output expander options.

9.1.1 Outputs A menu entry that groups options relating to programmable outputs.

There are two types of outputs; relay and open collector. The control panel includes up to four auxiliary outputs. The NX-507E/NX-508E output expander provides additional outputs.

9.1.1.1.1 Event Any occurrence such as system arming, faults and alarms.

A menu option that specifies which event activates an output.

9.1.1.1.1.1 Alarms A NX-507/508E menu entry that groups together the alarm events that can be selected to trigger an output.

9.1.1.1.1.2 Arm/Disarm A menu entry that groups the events that can be used to trigger outputs.

9.1.1.1.1.3 Communications A menu entry that groups together the communication events that can be selected to trigger an output.

9.1.1.1.1.4 Keypads A menu entry that groups the keypad events that trigger an output.

9.1.1.1.1.5 Sirens A menu entry that groups together the siren events that can be selected to trigger an output.

9.1.1.1.1.6 Tamper/Fault A menu entry that groups together the tamper and fault events that can be selected to trigger an output.

9.1.1.1.1.7 Tests A menu entry that groups settings related to different tests. These include tests such as automatic test calls, dynamic battery tests and so on.

9.1.1.1.2 Zone/User A menu entry that specifies that the selected event must occur on a specific zone or by a specific user.

9.1.1.1.3 Time Unit A menu option that specifies whether the outputs are timed in minutes or seconds.

9.1.1.1.4 Time A menu option that sets the length of time for which an output is activated. If it is set to 0, the output follows the event.

9.1.1.1.5 Partitions A menu entry that lists the partitions assigned to the selected output. The selected output can be triggered by an event on these partitions.

9.1.1.1.6 Attributes A menu entry that groups the programmable attributes of the selected output.

9.1.1.1.6.1 Latched A menu option that causes an output to remain activated until a code is entered at the keypad.


83


9.1.1.1.6.2 Code Stops Timer A menu option that allows the timer used on programmable outputs to be reset by entering a valid user code.

9.1.1.1.6.3 Only if Closed A menu option that activates an output after closing time and before opening time. During these times, codes can be used to arm/disarm the system. A timer is used to set these times.

9.1.1.1.6.4 Only if Open A menu option that activates an output between opening time and closing time.

9.1.1.1.6.5 Inverted A menu option that enables a mode that inverts the state of an output (normally activated and then deactivated when an event occurs).

9.1.1.1.6.6 Log Event A menu option that causes the selected output to log an event when it is activated.

9.1.1.1.7 Schedules A menu option that selects the schedules that affect the selected output.

9.1.1.1.8 X-10 Address A menu option that sets the address of an X-10 device. This is a unique number assigned to an X-10 device. It consists of the module number and house code. The system uses this address to identify the device.

9.1.1.1.8.1 Unit Code A menu option that sets the X-10 module number used to identify a particular X-10 device on the selected module.


9.1.1.1.8.2 House Code A menu option that sets the code used to identify a particular premises. It is necessary in case any neighbouring premises also has an X-10 home automation system.


9.1.2 Schedules A menu entry that groups scheduling options. These options set the times to start and end an operation.

9.1.2.1.1 Opening A menu option that sets the time at which the selected schedule enters the open state.

9.1.2.1.2 Closing A menu option sets the time at which the selected schedule enters the closed state.

9.1.2.1.3 Active A menu option that specifies the days of the week that a particular schedule is active.

9.1.2.1.3.2 Disable on Holidays A menu option that activates the holidays feature. The selected schedule is not active on the dates specified in Date of holidays.

9.1.3 Date of holidays A menu option that sets the dates of holidays. If the holidays feature (7.1.2.1.3.2) has been enabled, no schedules are active on these dates. Up to eight holidays per month can be specified.


9.1.4 Users A menu option that specifies the zone or user number that triggers the output on the expander module or power module.

9.1.4.1.1 Outputs A menu option that specifies which outputs the selected user can operate. The users menu can be used only when event 45 (code entry) is used.

9.1.5 Model A menu option that displays the current model of the selected output expander.

9.1.6 Version A menu option that displays the current software version of the selected output expander.

9.1.7 Reset Settings A menu option that defaults the selected output expander.

Programming the locations for NX-507E/NX-508E

LOCATION 0 - PROGRAMMING THE EVENT, USER/ZONE AND TIME FOR OUTPUT 1 (3 segments, numerical data)

Segment 1 - Event

Selects the event that will trigger the output. See chart below for the specific events that can be selected.

Segment 2 - Zone/user

Selects the zone or user number necessary to trigger an output. If this location is programmed as a zero (“0”), any zone or user will activate the output (see also location 68).

Segment 3 - Time

Selects the amount of time an output will remain activated when an output triggers. If this location is programmed as a zero, the output will follow the particular event.

Nr. Event Nr. Event Nr. Event

0** Burglary alarm 21 Armed 42 Any zone faulted

1** Fire alarm 22 Not armed 43** Any alarm

2** 24 hour alarm 23 Ready 44 Keypad beeping

3** Zone trouble (fire/day) 24 Not ready 45** Code entry

4** Zone tamper 25 Fire 46♦ Key FOB function 1

5 Burglary siren 26 Fire trouble 47♦ Key FOB function 2

6 Fire siren 27 Chime 48♠ Auto arm control

7 Any siren 28** Expander trouble 49♠ Auto disarm control

8 Zone bypass 29 Dynamic battery test

50♠ Auto arm & disarm control

9 AC failure 30** Open schedule 51 Follow schedule of NX-508E

10 System low battery 31** Closed schedule 52 Flash X-10 for alarm


85

memory

11** Duress 32 Listen in 53 Flash X-10 for siren

12** Manual fire 33 Line seizure 54 Armed in ‘Exit’ mode, after exit time

13** Manual medical alarm 34 Failed to communicate

55 End listen-in

14** Keypad panic 35 Telephone line fault 56 Compare X-10 commands with X-10 addresses (activate exit by means of DTMF commands

15 Keypad tamper (wrong codes)

36 Program mode 57 Disarmed : state of zone

Armed : latch

16** Automatic test 37 Download 58 Service required

17 Alarm memory 38 Follow zone status in alarm

59 Armed in “STAY” mode

18 Entry 39 Over current (12 Vdc)

60 Sensor low battery

19 Exit 40 Box tamper 61 Sensor missing (lost)

20 Entry or exit 41 Siren tamper 62 B-alarm

* See locations 52 and 53 in installation manual of NetworX control panel

** If set to follow condition, these events will be 1 second

♦ Events 46 and 47 require wireless receivers to operate

♠ Events 48, 49 and 50 will arm or disarm the NetworX control panel at the open (disarm) or close (arm) time for the appropriate schedule.

LOCATION 1 - PROGRAMMING SPECIAL FUNCTIONS AND PARTITIONS FOR OUTPUT 1 (2 segments, feature selection data)



4 ON If output should only trigger during a closed schedule 5 ON If output should only trigger during an open schedule 6 ON If the output should be inverted (from 0 Volt to 12 Volt when activated) 7 ON If a trigger should be logged in the event buffer (see chart) 8 Reserved

Address 24 25 26 27 28 29 30 31

Output 1-8 9-16 17-24 25-32 33-40 41-48 49-56 57-64


Option Function 1 ON If the event should activate when it occurs in partition 1 2 ON If the event should activate when it occurs in partition 2 3 ON If the event should activate when it occurs in partition 3 4 ON If the event should activate when it occurs in partition 4

LOCATION 2 - ENABLING THE SCHEDULES FOR OUTPUT 1 (1 segment, feature selection data)

Location 2 is used to enable any or all of the eight (8) schedules. This location can be used in conjunction with the special function location to create an output that will only activate during certain times and/or certain days.

Option Function 1 ON If the event should follow schedule 1 2 ON If the event should follow schedule 2 3 ON If the event should follow schedule 3 4 ON If the event should follow schedule 4 5 ON If the event should follow schedule 5 6 ON If the event should follow schedule 6 7 ON If the event should follow schedule 7 8 ON If the event should follow schedule 8

LOCATION 3 - PROGRAMMING THE X-10 LOCATION FOR OUTPUT 1 (2 segments, numerical data)

Segment 1 - Module number

Program a number from 0-15 to represent the corresponding X-10 module number from the following table.

Module 1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

Segm 1 0 1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

Segment 2 - House code

Program a number from 0-15 to represent the corresponding house code from the following table.

X-10 Location code (house code)

0=A 4=E 8=I 12=M

1=B 5=F 9=J 13=N

2=C 6=G 10=K 14=O

3=D 7=H 11=L 15=P


87

LOCATIONS 4-31 - PROGRAMMING FOR OUTPUTS 2 - 8

Locations 4 - 31 are used to program the events, zones/users and times, as well as the special functions, partitions, schedules and X-10 addresses for outputs 2 - 8. Each output has four locations, which are programmed with the same steps, as output 1 described previously. Refer to output 1 for specific instructions (locations 0 - 3). Also refer to the programming worksheets.

LOCATION 32 - PROGRAMMING THE OPENING TIME FOR SCHEDULE 1 (2 segments, numerical data)

Segment 1 Program the hour of the opening time in 24 hour format (1:00 PM = 13)

Segment 2 Program the minutes after the hour of the opening time for schedule 1

LOCATION 33 - PROGRAMMING THE CLOSING TIME FOR SCHEDULE 1 (2 segments, numerical data)

Segment 1 Program the hour of the closing time in 24 hour format (1:00 PM = 13)

Segment 2 Program the minutes after the hour of the closing time for schedule 1

LOCATION 34 - PROGRAMMING THE DAYS FOR SCHEDULE 1 (1 segment, feature selection data)

Option Function

1 ON If the schedule is active on Sunday 2 ON If the schedule is active on Monday 3 ON If the schedule is active on Tuesday 4 ON If the schedule is active on Wednesday 5 ON If the schedule is active on Thursday 6 ON If the schedule is active on Friday 7 ON If the schedule is active on Saturday 8 ON If the schedule is disabled on Holidays

LOCATIONS 35-55 - PROGRAMMING FOR SCHEDULES 2 - 8

Locations 35 - 55 are used to program the opening times, closing times, and days for schedules 2 - 8. Each schedule has three locations, which are programmed with the same steps, as schedule 1 described previously. Refer to schedule 1 for specific instructions (locations 32 - 34). Also refer to the programming worksheets.

LOCATION 56 - PROGRAMMING THE DATE OF HOLIDAYS IN JANUARY (8 segments, numerical data)

Program the day of the month in January that the opening time in a schedule is suppressed. For example, if the opening should not occur on January 1, program a “1” in segment 1. This feature can be repeated up to a maximum of 8 holidays per location (month).

LOCATIONS 57-67 - PROGRAMMING THE DATE OF HOLIDAYS FROM FEBRUARY TO DECEMBER (8 segments, numerical data)

Locations 57 - 67 are used to program the day of each month, from February to December, in which the opening time in a schedule is suppressed. Each location will accommodate up to a maximum of 8 holidays, and programmed with the same steps as location 56 described previously. Refer also to the programming to worksheets.

LOCATION 68 - AUTHORIZING USERS 1 - 10 TO TRIGGER OUTPUTS 1 - 8 (10 segments, feature selection data)


Note: The zone/user for the corresponding output must be “0” to use this location.

Option Function

ON Code will activate Output 1 1 OFF Code will NOT activate output 1 ON Code will activate Output 2 2 OFF Code will NOT activate output 2 ON Code will activate Output 3 3 OFF Code will NOT activate output 3 ON Code will activate Output 4 4 OFF Code will NOT activate output 4 ON Code will activate Output 5 5 OFF Code will NOT activate output 5 ON Code will activate Output 6 6 OFF Code will NOT activate output 6 ON Code will activate Output 7 7 OFF Code will NOT activate output 7 ON Code will activate Output 8 8 OFF Code will NOT activate output 8


When activating outputs with a user code, location 69 can be used to restrict certain codes from


89

activating certain outputs. Location 69 contains 10 segments. Segment 1 corresponds to user 11, segment 10 corresponds to user 20. Refer to location 68 chart.



When activating outputs with a user code, location 70 can be used to restrict certain codes from activating certain outputs. Location 70 contains 10 segments. Segment 1 corresponds to user 21, segment 10 corresponds to user 30. Refer to location 68 chart.











LOCATION 74 - AUTHORIZING USERS 61-70 TO TRIGGER OUTPUTS 1 - 8 (10 segments, feature selection data)
















91


When activating outputs with a user code, location 79 can be used to restrict certain codes from activating certain outputs. Location 79 contains 10 segments. Segment 1 corresponds to user 111 segment 10 corresponds to user 120. Refer to location 68 chart.





























93











NX-507E/NX-508E Programming worksheets

(Defaults are printed in bold italic text)


0 OUTPUT 1: EVENT, ZONE, TIME 43 1 10 OUTPUT 1: SPECIAL FEATURES & PARTITIONS

Segment 1 (Circle Numbers To Program) 1 ON: if timed in minutes. OFF: if timed is seconds 2 ON: If latched until code is entered. OFF: for timed 3 ON: If output should stop timing when a code is entered. OFF: timed 4 ON: If output should only trigger during a closed schedule 5 ON: If output should only trigger during an open schedule 6 ON: If the output should be inverted 7 ON: If a trigger should be logged in the event buffer 8 Reserved

1

Segment 2 (Circle Numbers To Program)

LOC DESCRIPTION DEFAULT PROGRAMMING DATA 1 Partition 1 2 Partition 2 3 Partition 3

4 Partition 4 OUTPUT 1: SCHEDULE 1 Schedule 1 5 Schedule 5 2 Schedule 2 6 Schedule 6 3 Schedule 3 7 Schedule 7

2

4 Schedule 4 8 Schedule 8 OUTPUT 1: X-10 ADDRESS 1 Module number 0

3

2 House code 0 4 OUTPUT 2: EVENT, ZONE, TIME 43 2 10

OUTPUT 2: SPECIAL FEATURES & PARTITIONS Segment 1 (Circle Numbers To Program)

1 ON: if timed in minutes. OFF: if timed is seconds 2 ON: If latched until code is entered. OFF: for timed 3 ON: If output should stop timing when a code is entered. OFF: timed 4 ON: If output should only trigger during a closed schedule 5 ON: If output should only trigger during an open schedule 6 ON: If the output should be inverted 7 ON: If a trigger should be logged in the event buffer 8 Reserved


5


6


7





9

4 Partition 4 10 OUTPUT 3: SCHEDULE


95

LOC DESCRIPTION DEFAULT PROGRAMMING DATA 1 Schedule 1 5 Schedule 5 2 Schedule 2 6 Schedule 6 3 Schedule 3 7 Schedule 7


11





13


14


15





17


18

4 Schedule 4 8 Schedule 8


OUTPUT 5: X-10 ADDRESS 1 Module number 0

19





21


22


23





25


26


27

2 House code 0 28 OUTPUT 8: EVENT, ZONE, TIME 43 8 10 29 OUTPUT 8: SPECIAL FEATURES & PARTITIONS


97

LOC DESCRIPTION DEFAULT PROGRAMMING DATA Segment 1 (Circle Numbers To Program)




30


31

2 House code 0 32 SCHEDULE 1 OPENING TIME 8 0 33 SCHEDULE 1 CLOSING TIME 20 0

SCHEDULE 1 DAYS (Circle the numbers to program) 1 Sunday 5 Thursday 2 Monday 6 Friday 3 Tuesday 7 Saturday

34

4 Wednesday 8 Disabled on holidays 35 SCHEDULE 2 OPENING TIME 8 0 36 SCHEDULE 2 CLOSING TIME 20 0


37



40



43




46



49



52



55

4 Wednesday 8 Disabled on holidays 56 JANUARY HOLIDAYS 0-0-0-0-0-0-0-

0

57 FEBRUAY HOLIDAYS 0-0-0-0-0-0-0-0

58 MARCH HOLIDAYS 0-0-0-0-0-0-0-0

59 APRIL HOLIDAYS 0-0-0-0-0-0-0-0

60 MAY HOLIDAYS 0-0-0-0-0-0-0-0

61 JUNE HOLIDAYS 0-0-0-0-0-0-0-0

62 JULY HOLIDAYS 0-0-0-0-0-0-0-0

63 AUGUST HOLIDAYS 0-0-0-0-0-0-0-0

64 SEPTEMBER HOLIDAYS 0-0-0-0-0-0-0-0

65 OCTOBER HOLIDAYS 0-0-0-0-0-0-0-0

66 NOVEMBER HOLIDAYS 0-0-0-0-0-0-0-0

67 DECEMBER HOLIDAYS 0-0-0-0-0-0-0-0

CODES 1-10 OUTPUT SELECTION (Circle numbers to program) User 1 2 3 4 5 6 7 8 9 10 Output 1 1 1 1 1 1 1 1 1 1 1 Output 2 2 2 2 2 2 2 2 2 2 2

68

Output 3 3 3 3 3 3 3 3 3 3 3


99


Output 4 4 4 4 4 4 4 4 4 4 4 Output 5 5 5 5 5 5 5 5 5 5 5 Output 6 6 6 6 6 6 6 6 6 6 6 Output 7 7 7 7 7 7 7 7 7 7 7

Output 8 8 8 8 8 8 8 8 8 8 8 CODES 11-20 OUTPUT SELECTION (Circle numbers to program) User 11 12 13 14 15 16 17 18 19 20 Output 1 1 1 1 1 1 1 1 1 1 1 Output 2 2 2 2 2 2 2 2 2 2 2 Output 3 3 3 3 3 3 3 3 3 3 3 Output 4 4 4 4 4 4 4 4 4 4 4 Output 5 5 5 5 5 5 5 5 5 5 5 Output 6 6 6 6 6 6 6 6 6 6 6 Output 7 7 7 7 7 7 7 7 7 7 7

69


70


71


72

Output 8 8 8 8 8 8 8 8 8 8 8 CODES 51-60 OUTPUT SELECTION (Circle numbers to program) User 51 52 53 54 55 56 57 58 59 60 Output 1 1 1 1 1 1 1 1 1 1 1 Output 2 2 2 2 2 2 2 2 2 2 2 Output 3 3 3 3 3 3 3 3 3 3 3 Output 4 4 4 4 4 4 4 4 4 4 4

73

Output 5 5 5 5 5 5 5 5 5 5 5


Output 6 6 6 6 6 6 6 6 6 6 6 Output 7 7 7 7 7 7 7 7 7 7 7


74


75


76


77


78

Output 8 8 8 8 8 8 8 8 8 8 8


101


CODES 111-120 OUTPUT SELECTION (Circle numbers to program) User 111 112 113 114 115 116 117 118 119 120 Output 1 1 1 1 1 1 1 1 1 1 1 Output 2 2 2 2 2 2 2 2 2 2 2 Output 3 3 3 3 3 3 3 3 3 3 3 Output 4 4 4 4 4 4 4 4 4 4 4 Output 5 5 5 5 5 5 5 5 5 5 5 Output 6 6 6 6 6 6 6 6 6 6 6 Output 7 7 7 7 7 7 7 7 7 7 7

79


80


81


82


83

Output 8 8 8 8 8 8 8 8 8 8 8 CODES 161-170 OUTPUT SELECTION (Circle numbers to program) 84 User 161 162 163 164 165 166 167 168 169 170


Output 1 1 1 1 1 1 1 1 1 1 1 Output 2 2 2 2 2 2 2 2 2 2 2 Output 3 3 3 3 3 3 3 3 3 3 3 Output 4 4 4 4 4 4 4 4 4 4 4 Output 5 5 5 5 5 5 5 5 5 5 5 Output 6 6 6 6 6 6 6 6 6 6 6 Output 7 7 7 7 7 7 7 7 7 7 7


85


86


87


88

Output 8 8 8 8 8 8 8 8 8 8 8 CODES 211-220 OUTPUT SELECTION (Circle numbers to program) User 211 212 213 214 215 216 217 218 219 220 Output 1 1 1 1 1 1 1 1 1 1 1 Output 2 2 2 2 2 2 2 2 2 2 2

89

Output 3 3 3 3 3 3 3 3 3 3 3


103


Output 4 4 4 4 4 4 4 4 4 4 4 Output 5 5 5 5 5 5 5 5 5 5 5 Output 6 6 6 6 6 6 6 6 6 6 6 Output 7 7 7 7 7 7 7 7 7 7 7


90


91

Output 8 8 8 8 8 8 8 8 8 8 8

Programming examples Possible application for outputs:

Example 1 Turn on entryway light upon entry only during nighttime.

Example 2 Turn a device on or off during business hours.

Example 3 Arm the system.

NOTE to example 3: The opening time is defaulted to 08.00h for all schedules. With this example, the NX-507E/NX-508E will try to auto-arm after every 45 minutes of inactivity when the system is in ready state, from closing time to opening time.

Feature selections to be programmed are shown in bold italic text.

Example 1: To have output 1 trip and activate an X-10 module with house code C and unit code 4 for 6 minutes when zone 1 is faulted only from 5:00 p.m. to 9:00 a.m., program the following:

Segment Segment Location

1 2 3

Location

1 2 3

0 42 1 3 3 3 2

1 1 32 9 0

2 33 17 0

3 1

4 2

5 3

6 4

7 5

8 6

1 7

2

34

8

3

4

5

6

7

2

8

Example 2: To have output 5 trip and activate an X-10 module with a house code of P and a unit code of 8 from 9:00 a.m. to 5:00 p.m. Monday to Friday, but not all on Saturday or Sunday, program the following:


1 2 3

Location

1 2 3

16 51 0 0 1

1 2

2 3

3 4

4 5

5 6

6 7

7

18

8

17

8 19 7 14

32 9 0

33 17 0

Example 3: To have output 3 auto arm partitions 1 and 2 at 7:00 p.m. Monday thru Friday, 9:00 p.m.


105

Saturday, but not at all on Sunday, program the following:


1 2 3

Location

1 2 3

8 48 3 10 33 19 0

1 36 21 0

2 1

3 2

4 3

5 4

6 5

7 6

9

8 7

1

37

8

2 38 0 0

3 39 23 59

4 1

5 2

6 3

7 4

10

8 5

6

7

40

8

NX-507E technical specifications Power supply specifications

Power supply voltage 12 V

Minimum/maximum voltage 9 V to 14 V

12 V DC Auxiliary power output (supplied from NetworX control panel or NX-320-I power supply)

Maximum current consumption 100 mA at 12 V restricted by NX-507E/NX-508E

Power consumption

Nominal 10 mA (no outputs active)

Maximum 311 mA (all relays active)

Note: PLUS current consumption of any device attached to NX-507E


PCB Size Dimensions (width x height x depth) 154 x 69 x 20 mm

Environmental Operating temperature +0° C to + 50° C


Shipping Weight (PCB) 110 g

NX-508E technical specifications Power supply specifications

Power supply voltage 12 V

Minimum/maximum voltage 9 V to 14 V

12 V DC Auxiliary power output (supplied from NetworX control panel or NX-320-I power supply)

Maximum current consumption 100 mA at 12 V restricted by NX-507E/NX-508E

Power consumption

Nominal 10 mA (no outputs active)

Maximum 25 mA (all outputs active)

Note: PLUS current consumption of any device attached to NX-508E


PCB Size Dimensions (width x height x depth) 154 x 69 x 20 mm

Environmental Operating temperature +0° C to + 50° C


Shipping Weight (PCB) 86 g


107


Overview The NX-534E listen-in module is a two-way audio and voice communicator for the NX-10 control panel. Once the control panel has communicated an alarm, the NX-534E listen-in module allows a monitoring service operator to listen-in to a customer’s premises. It can also provide basic two-way voice communication. This procedure is controlled from the central station by the use of a touch tone telephone.

Installing the NX-534E listen-in module Figure 12. NX-534E listen-in module

1 Microphone channels A and B Note: Wire run can be 300 m if microphone wires are in a separate jacket from the speaker, 150 m if in the same jacket.

2 Bus terminals

3 Supervision LED

4 Speaker terminals

Notes: Maximum speaker wire run = 300 m. Minimum speaker rating is 5 W, 8 ohms.

5 X-10 Connection: RJ11

6 Bus supervision LED

7 Processor

8 Audio Tap. Connect it with the Audio Tap on the NX-10 board using the audio cable. Note: The audio cable's white wire MUST be connected to PIN1 both on the NX-534E board and on the NX-10 panel PCB. Make sure both Audio Tap connectors are correctly inserted.

Wiring the NX-534E listen-in module

Table 12. NX-534E terminal connections


Connector on the left side.

1 Connect positive side of microphone #A.

2 Connect negative side of microphone #A.

3 Connect positive side of microphone #B.

4 Connect negative side of microphone #B.

SPK+ SPK- Connect to the speaker(s). Maximum speaker wire run: 300m. Minimum speaker rating: 5 Watts, 8 Ohms. Do not go below 4 Ohms.

General operating instructions

The system operates as follows, regardless of how a two-way session is started.

• The session timer is started. Select NX-534E>Timers>Session Timeout.

• All microphones are on. Select Installer Menu>NX-534E>Feature Select>Mic A at Startup or Installer Menu>NX-534E>Feature Select>Mic B at Startup.

• Low gain listen-in audio mode is selected (automatic).

• Level 0 command set is active (automatic).

• The NX-534E listen-in module operates in one of two modes that must be programmed in. Select NX-534E>Feature Select>Mode.

Line hold mode

1. An alarm is recognized.

2. The phone line is seized from the control panel and all phones on the premises.

3. The line disconnects (goes off the hook).

4. The NX-534E listen-in module sends a tone indicator to the central station. For more details see Tones.

5. If a line hold digit has been programmed, the system will wait for the digit to be received before a two-way session is started. To check this, select NX-534E>Line Hold digit. If the digit is not received before the time-out period, the system returns to stand-by mode and waits for a new trip.

6. If the line hold digit is received or not programmed, the system starts a two-way session.

Call back mode

1. An alarm is recognized.

2. The phone line is seized from the control panel and all phones on the premises.

3. The line disconnects (goes off the hook).


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4. The NX-534E listen-in module starts the call back window timer. If the time runs out before the number of rings has been reached, the system returns to stand-by mode and waits for a new trip.

5. The NX-534E listen-in module waits to receive the call back, up to the selected number of minutes programmed in for the first ring.

6. The NX-534E listen-in module sends a continuous indicator tone to the central station until the access code is received or the maximum number of attempts is exhausted. When a code is received, the indicator tone is silenced.

7. The NX-534E listen-in module waits for the access code to match. The reset [#] key may be used during PIN entry to clear the PIN buffer. If the access code does not match after a set number of attempts, the system returns to stand-by mode and waits for a new trip. If the code is validated, the system silences the siren and starts a two-way session.

Control levels

Levels of the modes may be changed at any time by pressing * followed by the level number you wish to access on a touch-tone telephone. If no key is pressed for 3 seconds on the telephone, then the buffer is automatically cleared. Press * on the telephone twice to return to the beginning.

•If a new alarm in the same partition is activated during a two-way session, the session timer can be extended by pressing a key before the session times out.

•If a new alarm in a different partition is activated during a two-way session, the timer is reduced to 20 seconds, and cannot be extended.

Note: Levels 1, 2 and 4 are not supported. Attempts to access these levels will revert to Level 0.

Table 13. NX-534E control levels

Basic control level

0 Returns to the initial session settings when it is tripped. This includes the microphone selection and audio mode.

1 High gain talk to the premises and extends the session time.

3 High gain listen-in from the premises and extends the session time.

2, 4, 5, 7, 8, 9 Extends the session time.

6 Low gain listen-in from the premises and extends the session time.

88 Terminates the session and starts the call back mode.

Level

0

99 Terminates the session and returns to the stand-by mode and waits for a new trip.

Microphone control (zoning)

0 Returns to the initial session settings when it was tripped. This includes the microphone selection and audio mode.

1 Turns microphone 1 on, microphone 2 off, and extends the session time.

Level

3

2 Turns microphone 2 on, microphone 1 off, and extends the session time.

3, 4, 5, 6, 7, 8 Extends the session time.

9 Turns both microphones on and extends the session time.

Output / relay control level (negative—turn off)

Note: This feature requires X-10 Interface.


Level

5

1 – 9 Turns the corresponding output/relay OFF. A negative confirmation tone (two low beeps) is heard. For more information, see Table 20. NX-534E tones.

Output / relay control level (positive—turn on)

Note: This feature requires X-10 Interface.


Level

6

1 - 9 Turns the corresponding output/relay ON. A positive tone sounds.

Status check


1 Armed status: If partition 1 is armed, a positive tone sounds. If disarmed, a negative tone sounds.

2 Ready status: If partition is in Ready status, a positive tone sounds. If it is not Ready, a negative tone sounds.

3 Power status: If AC and battery are good, a positive confirmation tone sounds. If either AC or battery is bad, a negative tone sounds.

Level

7

4 – 9 Extends the session time.

Arming / disarming partition 1 Level

8 0 – 9 Enter your PIN user code to arm or disarm the system. If partition 1 is armed, a positive beep sounds. If partition 1 is disarmed, a negative beep sounds.

Tones

These indicator tones may be heard at the central station during a two-way session. The definition of these indicator tones is as follows:

LOW = 400 Hz

MID = 1000 Hz

HIGH = 1600 Hz

Table 14. NX-534E tones

Tone Description


111

Tone Description

One high tone for 100 mS Time remaining indicator “A “.

One mid tone for 100 mS Time remaining indicator “B”.

One mid tone for 100 mS, off for 100 mS, one high tone for 100 mS

New alarm alerts for the same partition.

One high tone for 100 mS, off for 100 mS, one mid tone for 100 mS, off for 100 mS, one high tone for 100 mS

New alarm alerts for a different partition.

Continuous on/off high tone every 100 mS; will stop after a digit is received

System waiting for access PIN.

One low tone for 200 mS (if enabled) Anti lock-up

One mid tone for 500 mS Acknowledgement to level change command.

One mid tone for 250 mS, off for 250 mS, one mid tone for 250 mS, off for 250 mS, one mid tone for 250 mS

Error tone

One low tone for 100mS Relay / Output turned ON, or

Positive Status response, or

partition 1 armed.

One low tone for 100mS; off for 200mS; one low tone for 100 mS

Relay / Output turned OFF, or

Negative Status response, or

partition 1 disarmed.

Programming the NX-534E listen-in module Figure 13. NX-534E menu structure

You must enrol and default the NX-534E module before you begin to program the system. For more information on enrolling and defaulting, see chapter 6. To program the NX-534E, select Installer Menu>NX-534E Listen-in Module.

Configuring listen-in options

You can configure the listen-in mode and listen-in options. The following example prevents the central station turning on the speaker at the premises if a duress, silent panic or hold-up alarm is reported by the control panel.

1. Navigate with the keys to NX-534E>Feature Select and press OK.

2. Scroll to Speaker Lockout>Yes and press OK.

3. The keypad beeps once to accept the change and returns to Speaker Lockout.

Programming timers

You can set timers to control various NX-534E listen-in module features. The following example sets the line hold digit to 2 and line hold timeout to 60 seconds.

1. Navigate with the keys to NX-534E>Line Hold Digit and press OK.


3. The keypad beeps once to confirm the change and returns to Line Hold Digit.

Timers

ModeListen-in OnlySpeaker LockoutMic A at StartupMic B at StartupAnswer Machine DefeatControl Lvl 7&8

Feature Select

Light Control

Volumes


Low Gain Listen InHigh Gain Listen InSpeaker

Call Back CodeLine Hold DigitWrong PIN Digit EntriesRings to Answer

Device 1

10.1

10.2

10.6

10.5

10.4

10.3

10.7

10.8

10.9

10.11

10.10

10.1.1

10.1.2

10.1.3

10.1.4

10.1.5

10.1.6

10.1.7

10.6.1

10.6.2

10.6.3

10.6.4

10.6.5

10.6.6

10.6.7

10.7.1

10.7.2

10.7.3

10.8.1

Line Hold TimeoutNew Trip Hangup TimeCall Back Window TimerSession TimeoutIndicator-A Time Remaining

Anti-Lock-Up Tone TimeIndicator-B Time Remaining


10.8.1.

Devices 2 - 9Same as above

10.8.1.


113

4. Scroll to Timers>Line Hold Timeout and press OK.


6. The keypad beeps once to confirm the change and returns to Line Hold Timeout.

Setting volume levels

You can adjust volume levels used with the NX-534E listen-in module. The following example sets the volume for high gain listen in to level 4.

1. Navigate with the keys to NX-534E>Volumes and press OK.

2. Scroll to High Gain Listen In>4 and press OK.

3. The keypad beeps once to accept the change and returns to High Gain Listen In.

Assigning X-10 devices

The NX-534E listen-in module can activate X-10 devices over the telephone. The following example assigns device 1 (module number 5, house code L) to the NX-534E listen-in module.

1. Navigate with the keys to NX-534E>Light Control>Device 1 and press OK.

2. Scroll to Unit Code and press OK.




6. Select L and press OK.


Glossary


10 NX-534E Listen-in Module A two-way audio voice communicator. If the control panel communicates an alarm, the audio module allows the central station to establish a two-way session or monitor the premises for listen-in purposes.

10.1 Feature Select A menu entry that groups all optional features relating to partition settings, control panel system settings and so on.

10.1.1 Mode A menu option that specifies if the listen-in module is used in line hold mode or call back mode.

10.1.2 Listen-in Only A menu option that enables the listen-in only mode. This is the mode in which the central station can monitor sounds at the customer's premises but cannot establish two-way communication.


10.1.3 Speaker Lockout A menu option that prevents the central station turning on the speaker at the premises if a duress, silent panic or hold-up alarm is reported by the control panel.

10.1.4 Mic A at Startup A menu option that activates microphone A when listen-in commences.

10.1.5 Mic B at Startup A menu option that activates microphone B when listen-in commences.

10.1.6 Answer Machine Defeat A menu entry used to defeat an answering machine. A telephone call is made to the premises and is answered by an answering machine or other device. If tone-sniff AMD is enabled, only one call is required to defeat the answering machine. The computer calls the panel as normal. When the answering machine answers, the panel hears the tones from the modem and seizes the phone line for a download.

10.1.7 Control Lvl 7&8 A menu option that enables level 7 and 8. This feature will enable level 7 – status check and level 8 – arming/disarming partition 1.

10.2 Call Back Code A menu option that specifies the code that starts a listen-in session when the panel is in call back mode. This code can be a maximum of six digits long.

10.3 Line Hold Digit A menu option that specifies the digit that starts a two-way session when the control panel is in line hold mode.

10.4 Wrong PIN Digit Entries A menu option that specifies the maximum number of incorrect digits that can be entered for call-back and call-in features before the panel is locked out.

10.5 Rings to Answer A menu option that sets the number of rings that must occur before the panel answers to start a listen-in session. If the value is 0, the panel or the NX-534E will never react to an incoming phone line and will never pick up the phone line. Regulations in some countries do not allow a call in from an installer or central station without approval by the end-user. In this case the Answer U/D Call or Begin U/D Call menu options should be used instead.

10.6 Timers A menu entry that groups timer options.

10.6.1 Line Hold Timeout A menu option that sets the length of time the listen-in module will remain on the phone line with no activity from the central station. This time can be set from 30 to 255 seconds. If it does not receive the digit within this time, the listen-in module disconnects.

10.6.2 New Trip Hangup Time A menu option that sets the time at which the two-way session timer is reset if a new event occurs in a partition during a two-way session between the partition and the central station.

10.6.3 Call Back Window Timer A menu option that sets the amount of time, in one-minute increments, that the NX-534E listen-in module will wait to call back after an alarm has been reported.

10.6.4 Session Timeout A menu option that defines how long the listen-in module remains on the phone line with no activity from the central station.


115


10.6.5 Indicator-A Time Remaining A menu option that sets the length of time remaining after indicator “A” is sent to the central station. The two-way session is terminated after this time if there is no further activity from the central station. This time can be set between 1 and 255 seconds.

10.6.6 Indicator-B Time Remaining A menu option that sets the length of time remaining after indicator “B” is sent to the central station. The two-way session is terminated after this time if there is no further activity from the central station. This time can be set between 1 and 255 seconds.

10.6.7 Anti-Lock-Up Tone Time A menu option that sets the interval at which the anti-lock-up tone is sounded at the central station.

10.7 Volumes A menu entry that groups options to adjust levels used with the NX-534E listen-in module.

10.7.1 Low Gain Listen In A menu option that enables the mode in which the central station listens in to the customer’s premises. This mode is used in environments where background noise may distort the audio.

10.7.2 High Gain Listen In A menu option that activates high gain listen-in mode. This is a listen-in mode that is generally used in environments that produce very low noise.

10.7.3 Speaker A menu option that sets the volume of the speaker.

10.8 Light Control A menu entry that groups X-10 device options for the selected listen-in module.

10.8.1.1 Unit Code A menu option that sets the X-10 module number used to identify a particular X-10 device on the selected module.


10.8.1.1 House Code A menu option that sets the code used to identify a particular premises. It is necessary in case any neighbouring premises also has an X-10 home automation system.


10.9 Model A menu option that displays the current model of the selected module.

10.10 Version A menu option that displays the current software version of the selected module.

10.11 Reset Settings A menu option that defaults the selected module to factory defaults.

Programming the locations for the NX-534E

LOCATION 0 - PROGRAMMING FEATURES (8 segments, numerical data)

Segment 1 - Line hold mode or callback mode (default = line hold mode)

This option determines if the NX-534E will operate in the line hold or callback mode when a listen-in trigger is received. If it is programmed “OFF”, the NX-534E will not release the line after any communication, which causes a listen-in session to be triggered. The listen-in session will start immediately. If this option is programmed “ON”, the NX-534E will release the line and wait for the central station to call it back before starting a listen-in session. Default is “OFF”, line hold mode.

Segment 2 - Normal two-way or listen-in only (default = normal two-way)

This feature determines if the NX-534E will operate in the normal two-way mode or listen-in only mode. The listen-in only mode will allow the central station to listen to the activity at the premise. If this option is programmed “OFF”, the NX-534E will function in the normal two-way mode, and allows the central station to communicate with the person(s) at the premise. The procedure is controlled from the central station by use of keypresses on a touch tone telephone. When an alarm occurs during a two-way session, the session timer is set (refer to location 3, segment 2). If this option is programmed “ON”, the listen-in only mode will be functioning.

Segment 3 - Speaker lockout condition (default = off)

This feature is used to determine the speaker lockout condition. When this option is “OFF” the automatic speaker lockout is enabled. If this feature is “ON”, the speaker lockout will be disabled (refer to feature definitions on page 4).

Segment 4 - Microphone “A” start-up selection (default = ON)

This option is used to determine if microphone “A” will be active when the session is started. Enabling this feature will turn on microphone “A” at start-up. At default, this feature is enabled.

Segment 5 - Microphone “B” start-up selection (default = ON)

This option is used to determine if microphone “B” will be active when the session is started. Enabling this feature will turn on microphone “B” at start-up. At default, this feature is enabled.

Segment 6 - Call in feature answering machine defeat enabled (default = OFF)

This feature will enable the answering machine defeat. When a call-in is made, at least one ring must be received. The line is picked up and the NX-534E is listening for the PIN to be entered within the 20-second time limit. If the answering machine defeat is enabled, even if someone picks up the phone, the NX-534E is still looking for the code. If this feature is not enabled, the NX-534E will wait for the number of rings programmed in location 4, segment 4.

Segment 7 – Enable control levels 7 and 8 (default = OFF)

This feature will enable level 7 – status check and level 8 – arming/disarming partition 1.

Segment 8 - Reserved


117

LOCATION 1 - CALLBACK ACCESS CODE (default = 123456) (6 segments, feature selection data)

Location 1 contains the access code used to start a listen-in session when the NX-534E is in a callback mode. The callback access code can be up to a maximum of 6 digits. The valid entries are 0-15 (10 = *, 11 = , 12 = none, 13 thru 15 = any digit). If less than six digits are desired, program a “15” at the end of the desired code. If location 1 contains a “15”, any digit will access the NX-534E. If segment 1 contains a “12”, no access code is required.

LOCATION 2 - LINE HOLD MODE ACCESS DIGIT (default = 15(F)) (1 segment, numerical data)

Location 2 is used to determine the line-hold access digit. This digit is required to start a two-way session if line-hold mode is used. Valid entries are: 0 - 15 (10 = *, 11 = #, 12 = none, 13 thru 15 = any digit). If location 2 contains a “15”, any digit will access the NX-534E. If location 2 contains a “12”, no access digit is required.

LOCATION 3 - TIMING OPTIONS (8 segments, numerical data)

Segment 1 - Line hold timeout (default = 60 seconds)

Location 3, segment 1 determines how long the NX-534E will wait for the line-hold digit programmed in location 2 while in the line-hold mode. After a digit is pressed, the timer will reset. If the digit is not received during this time, the NX-534E will hang-up (disconnect). This time is programmable from 10 to 255 seconds for each digit.

Segment 2 - New trip hang-up time (default = 20 seconds)

Location 3, segment 2 is used to determine where the NX-534E will set the session timer when a new trip is received on the same partition during a two-way session. This time is programmed from 1 to 255 seconds, and will be extended if there is any activity from the central station. If an alarm occurs in the same partition, pressing a key in this time period will extend the session timer. If the alarm is in a different partition, the timer will be reduced automatically and will now allow the timer to be restarted.

Segment 3 - Callback window timer (default = 5 minutes)

Location 3, segment 3 will determine the amount of time, in 1-minute increments, the NX-534E will wait for a callback when enabled in location 0, segment 1 or initiated by the central station (see also “control levels” on page 6). Possible increments are 1 to 255 minutes.

Segment 4 - Wrong pin entries (default = 12)

Location 3, segment 4 determines the maximum number of attempts that can be made to enter valid access codes for callback and call-in features. Refer to location 0, segments 1 and 6. Valid entries are 6 - 255 attempts. Default is set for 12 attempts.

Segment 5 - Session inactivity hang-up time (default = 90 seconds)

Location 3, segment 5 is used to determine how long the NX-534E will remain on the phone line with no activity from the central station. This time can be programmed from 30 to 255 seconds.

Segment 6 - Time remaining tone indicator “A” (default = 20 seconds)

Location 3, segment 6 is used to determine how many seconds will remain when the NX-534E sends tone indicator “A” to the central station. This time is used to alert the central station that the two-way session will be terminated if there is no further activity from the central station. Valid entries are 1 to 255 seconds.

Segment 7 - Time remaining tone indicator “B” (default = 10 seconds)

Location 3, segment 7 is used to determine how many seconds will remain when the NX-534E sends tone indicator “B” to the central station. This time is used to alert the central station that the two-way session will be terminated if there is no further activity from the central station. Valid entries are 1 to 255 seconds.

Segment 8 - Anti-lock-up tone time (default = 0 seconds)

Location 3, segment 8 is used to determine at what interval the anti-lock-up tone will be heard at the central station. This tone is used to prevent noise in an exceptionally loud environment from interfering with central station’s control of the two-way session. The possible values are 0-255 seconds. If a 0 is programmed (default), it is disabled and no tone will be generated.

LOCATION 4 - VOLUME / RING CONTROL (4 segments, numerical data)

Segment 1 - Low gain listen-in mode microphone volume (default = 5)

Location 4, segment 1 controls the volume of the microphones when the central station selects low-gain listen-in mode. The possible value for this location is 0 to 9 (maximum volume is 9 and minimum is 0).

Segment 2 - High gain listen-in mode microphone volume (default = 9)

Location 4, segment 2 controls the volume of the microphones when the central station selects high-gain listen-in mode. The possible value for this location is 0 to 9 (maximum volume is 9, minimum volume is 0).

Segment 3 - Speaker volume (default = 9)

Location 4, segment 3 governs the volume of the speaker when talk is selected by central station. The possible value for location 4 is 0 to 9 (maximum volume is 9, minimum volume is 0).

Segment 4 - Number of rings to answer for call-in feature (default = 0)

Location 4, segment 4 determines the number of rings the NX-534E must see before answering the call while in the call-in mode (refer to location 0, segment 6). Valid entries are 0 - 9. If a 0 is programmed, it will pick up immediately. A master code is required within 20 seconds of the line pickup or the line will be disconnected.

LOCATION 5 – PROGRAMMING X-10 ADDRESS FOR OUTPUT 1 (2 segments, numerical data)

IMPORTANT NOTICE: An X-10 interface module, i.e. NX-507E/NX-508E, must be present for this feature to work properly.


119

Segment 1 – Module number (default = 0)

Location 5, segment 1 contains the X-10 module number. Program a number from 0-15 to represent the corresponding X-10 module number from the following table.

Module 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Segm. 1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Segment 2 – House code (default = 0)

Location 5, segment 2 contains the X-10 house code. Program a number 0-15 to represent the corresponding X-10 house code from the following table.

0 = A 4 = E 8 = I 12 = M 1 = B 5 = F 9 = J 13 = N 2 = C 6 = G 10 = K 14 = O

X-10 ADDRESS

CODES

3 = D 7 = H 11 = L 15 = P

LOCATION 6-13 - PROGRAMMING X-10 ADDRESS FOR OUTPUTS 2-9 (2 segments, numerical data)

Locations 6 through 13 are used to program the X-10 address for outputs 2-9. Each location has 2 segments. Segment 1 contains the module number and segment 2 contains the house code. Refer to the instructions in location 5, as well as the charts shown above and the programming worksheets.

NX-534E Programming worksheets

(Defaults are in bold italic text)


OPTION FLAGS (Circle numbers to program) 1 OFF: Line hold mode. ON: Call-back mode 2 OFF: Normal two-way. ON: Listen-in only 3 OFF: Automatic speaker lockout. ON: Speaker lockout disabled 4 Microphone A condition at start-up 5 Microphone B condition at start-up 6 ON: Call-in feature answering machine defeat enabled 7 ON: Enable levels 7 & 8

0

8 Reserved 1 CALL-BACK ACCESS CODE

10 = *, 11 = #, 12 = none, 13 thru 15 = any digit 1 2 3 4 5 6

2 LINE HOLD DIGIT 10 = *, 11 = #, 12 = none, 13 thru 15 = any digit

15 (F)

TIMING OPTIONS 1 Line hold timeout (10-255 seconds) 60 2 New trip hang-up time (1-255 seconds) 20 3 Call-back window (1-255 minutes) 5 4 Maximum number of digits during code entry (2-255) 12

3

5 Session inactivity hang-up time (30-255 seconds) 90


6 Point for time remaining tone “A” (1-255 seconds) 20 7 Point for time remaining tone “B” (1-255 seconds) 10

8 Anti-lockup tone time (0-255 seconds, 0 = disable) 0 VOLUME / RING CONTROL 1 Low gain microphone volume (0-9) 5 2 High gain microphone volume (0-9) 9 3 Speaker volume (0-9) 9

4

4 Number of rings for call-in feature (0-9, 0 = disable) 0 X-10 ADDRESS FOR OUTPUT 1 1 Module number 0

5

2 House code 0 X-10 ADDRESS FOR OUTPUT 2 1 Module number 0

6


7


8


9


10


11


12


13

2 House code 0


121


Power supply voltage 12V ± 2%

Consumption – standby 50 mA at 12V ± 2%

Consumption – 2 way listen-in in session 100 mA at 12V ± 2%


PCB Size Dimensions (width x height x depth) 152x54x18 mm

Environmental Operating temperature +0°C to + 50°C



Telephone Telephone requirement Touchtone

Chapter 7 Setting up the NX-535

Overview The NX-535 voice module reports alarm events to designated phone numbers using pre-recorded voice messages. You record the voice messages using a normal analog telephone. When an alarm event occurs, the control panel establishes a telephone connection with a specified phone number and informs the NX-535 voice module to report configured events.

The NX-535 voice module can send four types of voice message in a report:

• A leader message announces the report.

• An event message describes the event(s) that have occurred.

• An address message identifies the premises reporting the event(s).

• A kiss off message confirms receipt of a kiss off digit.

The voice module informs the panel when it is finished reporting and the panel closes the connection with the phone.

Installing the NX-535 voice module The NX-535 voice module must be connected to the NetworX bus on the control panel, and its audio tap must be connected to the audio tap on the NX-10 board with the audio cable. If the NX-534E listen-in module is used, the dual audio cable should be used to connect both modules to the audio tap on the NX-10 board. Pay attention to the PIN1, which should be connected to the white wire of the audio cable at both boards. Improper connections will cause the dialler of the control panel or the NX-535 to malfunction.


123

Figure 14. NX-535 voice module

Description

1 NetworX bus terminals

2 Audio Tap

3 Record / Playback button

4 Processor

5 LED ON during Record / Playback

6 LED ON during communication

7 Bus activity LED

8 Connection for telephone handset

DATACOMPOS

Programming the NX-535 voice module Figure 15. NX-535 menu structure

You must enrol and default the NX-535 voice module before you begin to program the system. To program the NX-535, select Installer Menu>NX-535 Voice Module.

Configuring the control panel for voice reporting

You must enable event reporting in the control panel and program the zones types for which reports are sent. You must also map each event to a recorded message. You can map one message to a number of events.

Events can be reported to three phone numbers. Each phone number has it own account code, protocol and events. You must program this information for phone number 1 at least. You can also set number of dial attempts and a dialer delay for voice reporting.

Note: To allow a user to cancel reports and stop voice reporting by entering a user code, enable the abort all function. This is useful in the case of a false alarm. Select Control Panel>System Settings>Feature Select>Miscellaneous>All Abort>Enabled and press OK.

Recording voice messages

The NX-535 voice module can store up to 18 recorded voice messages. There must be one leader message and one address message. There can be an optional kiss off message. The remaining 15 messages are event messages. The messages can be recorded altogether or one at a time. Some events may be covered by one message. The following steps explain how to record different messages.

1. Connect a telephone handset to the phone jack on the NX-535 voice module.

2. Navigate with the keys to NX-535 Voice Module>Recording and press OK.

Leader Message

Message 1

Recording

Handshake DigitKiss Off DigitModelVersionReset Settings

Single Event Message

Address MessageKiss Off Message

Playback Leader Message

Single Event Message Message 1

Address MessageKiss Off Message

11.1

11.2

11.3

11.4

11.5

11.6

11.7

11.1.1

11.1.6

11.1.5

11.1.3

11.2.1

11.2.6

11.2.5

11.2.3

11.1.3.1

11.2.3.1

Messages 2 - 15Same as above

Messages 2 - 15Same as above


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3. Complete one of the following steps depending on the message(s) you want to record. • To record a message, scroll to the relevant menu option and press OK. For example,

to record the leader message, scroll to Leader Message and press OK.

• To record a single event message, scroll to Single Event Message and press OK. Select the number of the message (1-15) and press OK.

4. Press the recording/playback button on the NX-535 voice module and record the message.

5. After you record a message, press the recording/playback button to stop recording. The message is played back.

6. If you are satisfied with the message, press the recording/playback button to record the next message. Do not start recording the next message while the recording/playback LED is lit.

7. To re-record a message, press the recording/playback button twice in quick succession and re-record the message.

8. Record all messages finishing with the address message.

Playing back messages

Pre-recorded voice messages can be played back altogether or one at a time. The following steps explain how to playback different messages.

1. Connect a telephone handset to the phone jack on the NX-535 voice module.

2. Navigate with the keys to NX-535 Voice Module>Playback and press OK.

• To playback one message at a time, scroll to the relevant menu option and press OK.

• To playback a single event message, scroll to Single Event Message and press OK. Select the number of the message (1-15) and press OK.

3. Press the recording/playback button on the NX-535 voice module to playback the message.

4. Press the recording/playback button to playback the next message.

Configuring handshake and kiss off

Handshake and kiss off can be programmed as any key press or as a specific telephone key. The following steps explain how to configure these digits.

Note: The voice protocol cannot generate a ‘fail to communicate’ signal.

1. Navigate with the keys to NX-535 Voice Module>Handshake Digit and press OK.

2. Select the handshake digit and press OK.

3. The keypad beeps once to accept the change.

4. Scroll to Kiss Off Digit and press OK.

• Select the kiss off digit and press OK.

• Select Any Digit to program any key press as the handshake/kiss off digit. This is the default.

• Select None to disable kiss off.

5. The keypad beeps once to accept the change.

Glossary


11 NX-535 Voice Module A module used to send pre-recorded voice messages when activated.

11. Recording A menu entry that groups recording options for messages sent by the voice module.

11.1.1 Leader Message A menu command that records the leader message. This message is sent by the NX-535 voice module at the start of a voice reporting phone call.

11.1.2 Single Event Message A menu command that records a single event message. This message is sent by the voice module and states the event that has occurred.

11.1.3 Address Message A menu command that records the address message. This message is sent by the NX-535 voice module and states where an event has occurred.

11.1.4 Kiss Off Message A menu command that records the kiss off message. This message is sent by the NX-535 voice module at the end of a voice reporting phone call to indicate that the kiss off digit has been received.

11.2 Playback A menu entry that groups options that allow the installer to play back recorded voice messages.

11.2.1 Leader Message A menu command that plays back the leader message.

11.2.2 Single Event Message A menu command that plays back a single message.

11.2.3 Address Message A menu command that plays back the address message.

11.2.4 Kiss Off Message A menu command that plays back the kiss off message.

11.3 Handshake Digit A menu option that specifies the handshake digit. This digit is sent from the central station (in the case of a NX-535 voice module, this is usually a house phone or a mobile phone) to the control panel in order to establish a connection.

11.4 Kiss Off Digit A menu option that specifies the digit that the voice module accepts as a signal from the telephone saying that the person has understood the message.




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Programming the locations for the NX-535

Recording / Playback messages

LOCATION 0 – Recording / playback selector (3 segments, numerical data)

Segment 1 – Recording / Playback selector

Segment 1 contains the selector whether you want to record, playback or cancel the operation. Programming any value other than 0, 1 or 2 will be ignored.

Selectors:

0 Cancel the operation

1 Recording mode

2 Playback mode

Segment 2 – Event message selector

Segment 2 contains the individual event message selector. Herewith you can select the message you want to record/playback. The leader message allows you to indicate who is calling, in this case the alarm panel. The event message(s) will be followed with an address message to identify the premise that is reporting the event (alarm). You can record up to 15 event (alarm) messages. The event message can be “kissed-off” by means of a DTMF tone from the telephone set.

Selectors:

0 Record / Playback leader message

1 Record / Playback 1st event message

2 Record / Playback 2nd event message

… ………………………………………

15 Record / Playback 15th event message

16 Record / Playback kiss-off message

17 Record / Playback address message

18 Reserved

While in record or play mode the user should only exit system programming mode when finished recording/playing mode.

Configuring Handshake and Kiss-off

LOCATION 1 – Configuring handshake and Kiss-off (2 segments, numerical data)

When the NX-535 module reports an event and the call is answered, the system plays the leader message until the call taker acknowledges the call by means of pressing a specific phone key. This option is called the handshake digit.

The Kiss-off digit is the specific key that the call taker presses on the phone to end the communication. It signals a successful report. The voice module will acknowledge receipt of the correct DTMF kiss-off digit by playing the kiss-off message (=message 17)

Segment 1 – Handshake DTMF digit

Segment 1 contains the Handshake DTMF digit to acknowledge the message. Values can be as listed below:

Phone digit Description

0-9 Sets a digit between 0 and 9

10 Sets the * button

11 Sets the # button

12 No Handshake is required

15 Any digit will be accepted as Handshake

Segment 2 – Kiss-off DTMF digit

Segment 2 represents the Kiss-off DTMF digit to end the communication. Values can be as listed below:

Phone digit Description

0-9 Sets a digit between 0 and 9

10 Sets the * button

11 Sets the # button

12 No kiss-off is required

15 Any digit will be accepted as Kiss-off

If both Handshake and Kiss-Off are disabled then the sequence of leader, event messages and address message are played 5 times before the report is concluded.

Examples

To record the leader message

1. Go to program mode of Voice module (module 77).

2. Select Location 0: • Segment 1 = 1 (= record mode)

• Segment 2 = 0 (= leader message)


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3. Connect a telephone handset into the RJ11 phone jack connector on NX-535 module.

4. Press the button on the NX-535 module and record your message through the handset.

5. Example: “This is your alarm system calling, press any key to continue” (*)

6. Press the button again to stop recording. Your message is automatically played back.

To record the event message #1



• Segment 2 = 1 (= event message 1)



5. Example: “Intrusion alarm”


To record the address message


2. Select Location 0 • Segment 1 = 1 (= record mode)

• Segment 2 = 17 (= address message)



5. Example: “1420 North Main Street Gladewater, press any key to continue”(*)


To record the kiss-off message:



• Segment 2 = 16 (= kiss-off message)



5. Example: “The Alarm message has been confirmed”.


(*) Only if Handshake and Kiss-Off are enabled on location 1.

Notes: The voice protocol can NOT generate a ‘fail to communicate’ signal. All alarm reports will be cancelled and the voice module will stop dialling when a valid user code is entered on a

keypad.

NX-535 Programming worksheets

(Defaults are in bold italic text)

LOC DESCRIPTION DEFAULT

RECORDING / PLAYBACK SETTINGS

Segment 1

0 Cancel operation

1 Recording mode

2 Playback mode

Segment 2

0 Record / playback leader message

1 Record / playback event message 1















16 Record / playback kiss-off message

17 Record / playback address message

0

18 Reserved

CONFIGURING HANDSHAKE AND KISS-OFF

Segment 1 Handshake DTMF digit 15

1

Segment 2 Kiss-off DTMF digit 15


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Power supply voltage 13.8V ± 2%

Consumption – Not in session 30 mA at 13.8V ± 2%

Consumption – 2 way listen-in in session 100 mA at 13.8V ± 2%


PCB size Dimensions (width x height x depth) 57x100x20 mm




Telephone Telephone requirement Touchtone


Overview The NX-590E TCP/IP module is a dual microprocessor-controlled Internet/Intranet interface used to connect the NX-10 control panel to the OH Network Receiver. This interface allows any or all events from the NX-10 to be reported over the network. The NX-590E TCP/IP module features include:

• Four programmable report destinations (two TCP/IP receivers, two email addresses).

• Event reporting from all partitions.

• Selectable reportable events for each partition.

• Control panel as backup.

• SIA reporting using TCP/IP.

• Contact ID reporting using TCP/IP.

• Email reporting in English and on POP server only.

• DHCP or fixed IP address.

• Upload/download may be initiated remotely or locally.

• Optional automatic download sessions. These normally follow test calls. Test call reporting can be switched off so that there is automatic download calls without test report calls.


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Installing the NX-590E TCP/IP module

Figure 16. NX-590E TP/IP module

1 SIM pin 1 5 RS232

2 Modem pin 2 6 Connect to NX-10 panel

3 Processor to RS232 setting: position 9 &10 7 10BT ethernet

4 Processor to RS232 setting: position 3 & 4 8 Audio tap

Wiring the NX-590EE TCP/IP module

Table 15. NX-590E TCP/IP module terminal connections


+ Connect to the panel bus POS terminal.

COM Connect to the panel bus COM terminal.

DATA Connect to the panel bus DATA terminal.

J16 Connect the Ethernet Jack J16 (10BT) to a 10BT Ethernet capable hub, router or gateway. Do not use a CASCADE or X port in crossover mode.

2 3 41

56 7

8

LED indicators

Table 16. NX-590E TCP/IP module LED indicators

LED Description

DS1 Flashes each time the NX-590E has an opportunity to access the NX-10 bus. It should flash about twice a second.

DS3 Flashes when it is waiting for a communication from the Ethernet module.

DS4 On when waiting for a reply from a NX-10 bus device.

DS5 Flashes when the NX-590E gets a packet from the Ethernet module.

DS6 On when the bus has a message to send to the network.

Note: DS3 - DS6 are off if the system is initialized, normal and waiting for a new event to report.

L1 (on SIM module) Flashes ON Ethernet Activity.

L2 (on SIM module) Steady ON when Ethernet Link is established with the 10BT cable.

DS2 The sixth LED is located toward the back of the board. It is used for hardware, and only glows dimly when connected to the NX-10 control panel.


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Programming the NX-590E TCP/IP module Figure 17. NX-590E menu structure

1 Receiver (1)TCP/IP Reporting IP Address14.1 14.1.1 14.1.1.1

Events Alarms RestoresOpening/ClosingZone Bypass and Restores

and

Tamper/Fault TampersZone and RestoresExpander Trouble and RestoresSiren/Line Cut and RestoresRF Sensor Lost and RestoresRF Low Battery and Restores

Trouble

Power Power Aux Short Circuit and Restores

Trouble and Restores

Communications Fail to CommunicateTest Reports

Miscellaneous Program/DownloadZone ctivity MonitorA

14.1.1.2.3.1

14.1.1.2.3.2

14.1.1.2.4.1

14.1.1.2.4.2

14.1.1.2.5.1

14.1.1.2.5.2

Arm/Disarm/Alarm14.1.1.2.1 14.1.1.2.1.114.1.1.2

14.1.1.2.2

14.1.1.2.3

14.1.1.2.4

14.1.1.2.5

14.1.1.2.1.2

14.1.1.2.1.3

14.1.1.2.2.1

14.1.1.2.2.2

14.1.1.2.2.5

14.1.1.2.2.4

14.1.1.2.2.3

14.1.1.2.2.6

E-mail Reporting Our E-mail Address

1 E-mail (1)

14.3

14.2.1

E-mail Address

E-mail Server

System Account Code

Domain NameIP Address

Account Codes

Partition 1(1)

14.2.3

14.3.1

14.2.2.1

14.2.3.1

14.3.2.1

14.2.2.1.1E-mail Accounts

Program/DownloadZone Inactivity Monitor

14.2.2.1.2.2

14.2.2.1.2.1 Alarms RestoresOpening/ClosingZone Bypass and Restores

and

Tamper/Fault TampersZone and RestoresExpander Trouble and RestoresSiren/Line Cut and RestoresRF Sensor Lost and RestoresRF Low Battery and Restores

Trouble

Power PowerAux Short Circuit and Restores

Trouble and Restores

Communications Fail to CommunicateTest Reports

Miscellaneous

14.2.2.1.2.3.1

14.2.2.1.2.3.2

14.2.2.1.2.4.1

14.2.2.1.2.4.2

14.2.2.1.2.5.1

14.2.2.1.2.5.2

Arm/Disarm/Alarm 14.2.2.1.2.1.114.2.2.1.2.1.2

14.2.2.1.2.1.3

14.2.2.1.2.2.1

14.2.2.1.2.2.214.2.2.1.2.2.314.2.2.1.2.2.414.2.2.1.2.2.5

14.2.2.1.2.2.6

Events

Partition Account Codes

Receiver NumberLine Number

Up/Download Site InitiatedRemote InitiatedAuto U/D at Test TimeIP Address

14.2

14.4

14.2.2

14.2.2.1.2

14.2.2.1.2.3

14.2.2.1.2.4

14.2.2.1.2.5

14.2.3.2

14.3.2

14.3.3

14.3.4

14.4.1

14.4.2

14.4.3

14.4.4

Automation Enable AutomationIP Address

14.5 14.5.1

14.5.2

Reporting Report FormatControl Panel is BackupReceiver 2 as BackupReceiver PollingPolling Time

Event Recorder Send Tags to RecorderIP Address

Options

Use DHCP Our IP AddressGateway IP AddressSubnet MaskNetwork TimeoutMax Network Attempt

Network

14. .18

14. .1.38

14. .1.28

14. .1.18


TCP/IP Alarm PortU/D PortE-mail PortAutomation Port

14.10

14.9

14.11 14.8.2.7.3

14.8.2.7.2

14.8.2.7.1Port Numbers

14.7

14.8

14. .17

14. .28

14. .1.48

14. .1.58

14. .2.18

14. .2.28

14. .2.38

14. .2.48

14. .2.58

14. .2.68

14. .2.78

14.8.2.7.4

Receiver 2Same as above

E-mail 2Same as above

Partition 2-Same as above

4

14. .27

PremisesConnect Enable Premise ServerServer IP AddressAutomation PortDealer IDReset Encryption KeyRegister with Premise Server

1 .4 6 1 . .14 6

1 . .24 6

1 . .4 6 3

1 . .4 6 4

1 . .4 6 5

1 . .4 6 6

You must enrol and default the module before you begin to program the system. You can program the NX-590E TCP/IP module using a keypad or DL900 software. To program the NX-590E using a keypad, select Installer Menu>NX-590E.

Configuring TCP/IP reporting

The NX-590E TCP/IP module can report to two receivers. You can configure the events to be reported, the reporting format and the reporting connection parameters. The following example uses TCP/IP reporting to send primary reports for tamper events occurring in partition 1 to receiver 1 (IP address 122.168.1.1).

1. Navigate with the keys to NX-590E>TCP/IP Reporting>Receiver (1) and press OK.

2. Scroll to IP Address and press OK.

3. Enter 122.168.1.1 and press OK.

4. The keypad beeps once to confirm the change and returns to IP Address.

5. Scroll to Events>Tamper/Fault>Tampers and press OK.

6. Press the relevant keys to include partition 1 in the tamper and restores event report.

7. The keypad beeps once to accept the change and returns to Tampers.

8. Navigate with the keys to Options>Reporting>Report Format and select the format relevant for your central station receiver.

9. Obtain the IP port and IP address, gateway and subnet mask for the NX-590E TCP/IP module:

• For Windows 9X / Windows ME, type ipconfig at the DOS prompt.

• For Windows 2000 / XP, type ipconfig at the COMMAND prompt.

10. Navigate with the keys to Network and press OK.

11. Scroll in turn to Our IP Address, Gateway IP Address, Subnet Mask and Port Numbers and enter the information obtained in step 9.

Configuring email reporting

Reporting to email addresses can include computers, cell phones, pagers and devices. You can configure the events to be reported, the reporting format and the reporting connection parameters. When using email reporting, you must configure the server settings and the NX-590E email address and port. The following example uses email reporting to send primary reports for alarms occurring on in partition 2 from [email protected] to email address 1 ([email protected]).

1. Navigate with the keys to NX-590E>E-mail Reporting>Our E-mail Address and press OK.

2. Enter [email protected] and press OK.

3. The keypad beeps once to confirm the change and returns to Our E-mail Address.

4. Scroll to E-mail Accounts>E-mail 1>E-mail Address and press OK.

5. Enter [email protected] and press OK.

6. The keypad beeps once to confirm the change and returns to E-mail Address.

7. Scroll to Events>Arm/Disarm/Alarm>Alarms and press OK.


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8. Press the relevant keys to include partition 2 in the alarms report and press OK.

9. The keypad beeps once to accept the change and returns to Alarms.

10. Navigate with the keys to Options>Reporting>Report Format and select the format relevant for your central station receiver.

11. The keypad beeps once to accept the change and returns to Report Format.

12. Navigate with the keys to E-mail Reporting>E-mail Server>Domain Name and press OK.

13. Enter the domain name of the server to which reports are sent and press OK.

14. The keypad beeps once to accept the change and returns to Domain Name.

15. Scroll to E-mail Server>IP Address and press OK.

16. Enter the IP address of the server to which reports are sent and press OK.

17. The keypad beeps once to accept the change and returns to IP Address.

Configuring reporting options

The NX-590E TCP/IP module can send primary, backup and dual reports. The following steps explain how to configure each type of report.

1. Navigate with the keys to NX-590E>Options>Reporting and press OK.

2. To use another NX-590E receiver as backup, select Receiver 2 as Backup>Enabled and press OK.

3. To use the control panel as backup: • Select Control Panel is Backup>Enabled and press OK.

• Enable autotest report on the control panel phone events and panel system events.

• Ensure the reporting format used by the control panel is the same as that set in Report Format.

4. To configure dual reporting: • Select Receiver 2 as Backup>Disabled and press OK.

• Select Control Panel is Backup>Disabled and press OK.

• Enable all event categories on the control panel.

Configuring upload/download

To enable upload/download, you must configure the session initiation settings on the NX-590E TCP/IP module and specify the PC IP address and port. The upload/download access code is set on the control panel. The following example enables download sessions during test calls. The calls are initiated from a central station (IP address 192.37.57.3) using the TCP/IP alarm port.

1. Navigate with the keys to NX-590E>Up/Download and press OK.

2. Scroll to Remote Initiated>Enabled and press OK.

3. The keypad beeps once to accept the change and returns to Remote Initiated.

4. Scroll to IP Address and press OK.

5. Enter 192.37.57.3 and press OK.

6. The keypad beeps once to accept the change and returns to IP Address.

7. Scroll to Auto U/D at Test Time>Enabled and press OK.

8. The keypad beeps once to accept the change and returns to Auto U/D at Test Time.

9. Navigate with the keys to Options>Network>Port Numbers and press OK.

10. Scroll to TCP/IP Alarm Port and press OK.

11. Enter the number of the port and press OK.

12. The keypad beeps once to accept the change and returns to TCP/IP Alarm Port.

Glossary


14 NX-590E A module that operates as an Ethernet communications module for reporting and upload/download.

14.1 TCP/IP Reporting A menu entry that groups TCP/IP reporting options.

14.1.1.1 IP Address A menu option that configures the address of the selected TCP/IP receiver.

14.1.1.2 Events A menu entry that contains all configurable events for each receiver or email account. All partitions are enabled by default. Enabled events are formatted into one or more messages according to pre-configured settings and sent to the selected report destination or email address.

Select the partition(s) to include for each event report. If the partition is not selected, no event from that partition reports via the network regardless of what is programmed elsewhere.

14.1.1.2.1 Arm/Disarm/Alarm A menu entry that groups the events that are reported to the selected receiver.

14.1.1.2.1.1 Alarms and Restores A menu option that sends a report to the selected receiver when an alarm occurs and when the alarm has been restored.

14.1.1.2.1.2 Opening/Closing A menu option that sends a report to the selected receiver stating when the system is opened (disarmed) and closed (armed).

14.1.1.2.1.3 Zone Bypass and Restores A menu option that sends a report to the selected receiver when a zone is bypassed. A report is also sent when the zone is restored (un-bypassed).

14.1.1.2.2 Tamper/Fault A menu entry that groups together the tamper and fault events that are reported to the selected receiver.

14.1.1.2.2.1 Tampers A menu option that sends a report to the selected receiver when a tamper occurs.


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14.1.1.2.2.2 Zone Trouble and Restores A menu option that sends a report to the selected receiver when a zone fault condition occurs. A report is also sent when the fault condition is no longer active.

14.1.1.2.2.3 Expander Trouble and Restores A menu option that sends an expander fault and restore report to the selected receiver.

14.1.1.2.2.4 Siren/Line Cut and Restores A menu option that sends a report to the selected receiver when a siren or phone fault occurs. A restore report is sent when the fault is fixed.

14.1.1.2.2.5 RF Sensor Lost and Restores A menu option that sends a report to the selected receiver when an RF sensor is missing. A restore report is sent to the central station when the receiver receives a valid signal from the lost transmitter.

14.1.1.2.2.6 RF Low Battery and Restores A menu option that sends a report to the selected receiver when a low battery condition occurs in an RF sensor. A restore report is also sent when the low battery condition is no longer active.

14.1.1.2.3 Power A menu entry that groups the power events that are reported to the selected receiver.

14.1.1.2.3.1 Power Trouble and Restores A menu option that reports power failure, power restore, low battery and low battery restore events to the selected receiver.

14.1.1.2.3.2 Aux Short Circuit and Restores A menu option that sends a report to the selected receiver when too much current is detected. A restore report is also sent when the short circuit condition is fixed.

14.1.1.2.4 Communications A menu entry that groups the communication events that are reported to the selected receiver.

14.1.1.2.4.1 Fail to Communicate A menu option that reports a fail to communicate event to the selected report control.

14.1.1.2.4.2 Test Reports A menu option that sends a test report to the selected receiver. The units can be set in days or hours.

14.1.1.2.5.1 Program/Download A menu option and that reports programming and up/download events to the selected receiver.

14.1.1.2.5.2 Zone Activity Monitor A menu option menu option that sends a report to the selected receiver when a zone inactivity event occurs.

14.2 E-mail Reporting A menu entry that groups email reporting options.

14.2.1 Our E-mail Address A menu option that configures the email address assigned to the NX-590E TCP/IP module. This is a mandatory setting for email reporting. The mail server must accept the domain name. Many mail servers reject emails from domains other than their own to prevent spamming.

14.2.2 E-mail Accounts A menu entry that groups email account options.

14.2.2.1.1 E-mail Address A menu option that configures the address of the selected email account. This must be a functional email account that is known to work. A large variety of devices can be utilised including computers, cell phones, pagers and devices.


14.2.2.1.2 Events A menu entry that contains all configurable events for each receiver or email account. All partitions are enabled by default. Enabled events are formatted into one or more messages according to pre-configured settings and sent to the selected report destination or email address.

Select the partition(s) to include for each event report. If the partition is not selected, no event from that partition reports via the network regardless of what is programmed elsewhere.

14.2.2.1.2.1 Arm/Disarm/Alarm A menu entry that groups the events that are reported to the selected email account.

14.2.2.1.2.1.1 Alarms and Restores A menu option that sends a report to the selected email account when an alarm occurs and when the alarm has been restored.

14.2.2.1.2.1.2 Opening/Closing A menu option that sends a report to the selected email account stating when the system is opened (disarmed) and closed (armed).

14.2.2.1.2.1.3 Zone Bypass and Restores A menu option that sends a report to the selected email account when a zone is bypassed. A report is also sent when the zone is restored (un-bypassed).

14.2.2.1.2.2 Tamper/Fault A menu entry that groups the tamper and fault events that are reported to the selected email account.

14.2.2.1.2.2.1 Tampers A menu option that sends a report to the selected email account when a tamper occurs.

14.2.2.1.2.2.2 Zone Trouble and Restores A menu option that sends a report to the selected email account when a zone fault condition occurs. A report is also sent when the fault condition is no longer active.

14.2.2.1.2.2.3 Expander Trouble and Restores A menu option that sends an expander fault and restore report to the selected email account.

14.2.2.1.2.2.4 Siren/Line Cut and Restores A menu option that sends a report to the selected email account when a siren or phone fault occurs. A restore report is sent when the fault is fixed.

14.2.2.1.2.2.5 RF Sensor Lost and Restores A menu option that sends a report to the selected email account when an RF sensor is missing. A restore report is sent to the central station when the receiver receives a valid signal from the lost transmitter.

14.2.2.1.2.2.6 RF Low Battery and Restores A menu option that sends a report to the selected email account when a low battery condition occurs in an RF sensor. A restore report is also sent when the low battery condition is no longer active.

14.2.2.1.2.3 Power A menu entry that groups the power events that are reported to the selected email account.

14.2.2.1.2.3.1 Power Trouble and Restores A menu option that reports power failure, power restore, low battery and low battery restore events to the selected email account.


141


14.2.2.1.2.3.2 Aux Short Circuit and Restores A menu option that sends a report to the selected email account when too much current is detected. A restore report is also sent when the short circuit condition is fixed.

14.2.2.1.2.4 Communications A menu entry that groups the communication events that are reported to the selected email account.

14.2.2.1.2.4.1 Fail to Communicate A menu option that reports a fail to communicate event to the selected email account.

14.2.2.1.2.4.2 Test Reports A menu option that sends a test report to the selected email account at pre-programmed intervals. The units can be set in days or hours.

14.2.2.1.2.5.1 Program/Download A menu option that reports programming and up/download events to the selected email account.

14.2.2.1.2.5.2 Zone Activity Monitor A menu option that sends a report to the selected email account when a zone inactivity event occurs.

14.2.3 E-mail Server A menu entry that groups email server options.

14.2.3.1 Domain Name A menu option that configures the domain name of the email server to which reports are sent.

14.2.3.2 IP Address A menu option that configures the address of the selected email server.

14.3 Account Codes A menu entry that groups account code options.

14.3.1 System Account Codes A menu option that configures the SIA or Contact ID account numbers for each report receiver. SIA account numbers are 6 digits long. Contact ID account numbers are 4 digits long. They must be entered with extra zeros to the left. If you attempt to use both system account codes and partition account codes, the partition account codes take precedence.

14.3.2 Partition Account Codes A menu option that lists the account codes for each partition. The account code is sent when the relevant partition is reported.

There are two sets of account codes. The first set assigns an account code to each report destination. The second set assigns an account code to each partition. If you attempt to use both sets, the partition account code takes precedence.

14.3.3 Receiver Number A menu option that configures the phone line receiver number associated with the receiver account.

14.3.4 Line Number A menu option that configures the line number associated with the receiver account.

14.4 Up/Download A menu entry that groups options used to control download sessions between the up/download software and the control panel.

14.4.1 Site Initiated A menu option that allows an upload/download session between the module and the PC to be initiated from a keypad.


14.4.2 Remote Initiated A menu option that allows an upload/download session between the module and the PC to be initiated by the PC. The PC dials into the module. You must dial the data phone number to dial into the GSM for upload/download.

It is advisable to enable this setting only for a private network using a firewall.

14.4.3 Auto U/D at Test Time A menu option that configures the module to automatically dial the PC to initiate an upload/download session after an autotest. You must program the autotest on the control panel.

14.4.4 IP Address A menu option that configures the address of the PC running upload/download software.

14.5 Automation A menu entry that groups automation options.

14.5.1 Enable Automation A menu option that allows automation systems to control the system via the NX-590E TCP/IP module.

14.5.2 IP Address A menu option that configures the address of the PC running automation software.

14.6 PremisesConnect A menu entry that groups together the PremisesConnect.com options.

14.6.1 Enable Premise Server This option enables the premise server application using the automation port.

14.6.2 Server IP Address This option contains the IP address for the PremisesConnect.com server.

14.6.3 Automation Port This option contains the automation port for the PremisesConnect.com server.

14.6.4 Dealer ID This option contains the ID number used to identify the installer when reporting alarms and events to Premisesconnect.com.

14.6.5 Reset Encryption Key This option resets the encryption key for the PremisesConnect.com server.

14.6.6 Register with Premise Server This option allows you to register with the PremisesConnect.com server.

14.7.1 Reporting A menu entry that groups TCP/IP reporting options.

14.7.1.1 Report Format A menu option that configures the communicator format used to report to TCP/IP receivers. Consult the instructions for your central station receiver to determine which format is compatible.

14.7.1.2 Control Panel is Backup A menu option. This allows the control panel to act as a backup to the NX-590E. This means that when the NX-590E fails to send a report, it sends an expansion event to the control panel and the control panel sends the report instead.

14.7.1.3 Receiver 2 as Backup A menu option that configures the module to send backup reports to its second TCP/IP receiver.


143


14.7.1.4 Receiver Polling A menu option that configures the module to send polling messages to the report receivers.

14.7.1.5 Polling Time A menu option that configures the TCP/IP polling time. This value must match the TCP/IP polling time set on a TCP/IP receiver. The value chosen is determined by the level of security required and the cost of data transmission. This can be from 1 to 255 seconds. If set to 0, the option is disabled.

14.7.2 Network A menu entry that groups network options.

14.7.2.1 Use DHCP A menu option that configures the NX-590E to use a dynamically assigned IP address. If this option is enabled, you should configure a Polling Time. If this option is disabled, configure Our E-mail Address, Gateway IP Address and Subnet Mask.

14.7.2.2 Our IP Address A menu option that configures the IP address assigned to the module.

14.7.2.3 Gateway IP Address A menu option that configures the IP address of the gateway used by the module. You must power down the NX-590E module and power it back up to initialize the new IP address.

14.7.2.4 Subnet Mask A menu option that configures the subnet mask. This is typically 255.255.255.0. Contact the network administrator to confirm. All IP addresses up to and including the local gateway must be allowed. When using cable modem/DSL, this mask is the same as that used by the PC.

14.7.2.5 Network Timeout A menu option that configures the maximum overall length of time by the NX-590E to report to each receiver. If the report is not successful during this time, the attempt is abandoned. This can be from 30 to 255 seconds.

14.7.2.6 Max Network Attempts A menu option that configures the number of attempts the module makes to send a report. This can be from 1 to 15.

14.7.2.7 Port Numbers A menu entry that groups TCP/IP port options.

14.7.2.7.1 TCP/IP Alarm Port A menu option that configures the number of the TCP/IP port to which polling and alarms are reported. The default is 9999 and under normal circumstances should not be changed.

14.7.2.7.2 U/D Port A menu option that configures the number of the port used for upload/download. The default is 9999 and under normal circumstances should not be changed.

14.7.2.7.3 E-mail Port A menu option that configures the port number that the email server uses for email. The default is 0025 and under normal circumstances should not be changed.

14.7.2.7.4 Automation Port A menu option that configures the number of the port used for automation. The default is 0000 and under normal circumstances should not be changed.





Programming the locations for NX-590E (Defaults are in bold italic text)


MODULE MODE OF OPERATION SEGMENT 1 1 Use control dialer as backup to TCP/IP and email OFF 2 Backup Format (Off = CID, On = SIA) OFF 3 Use Receiver #2 as Backup OFF 4 Send Tag to On-Site Event Recorder OFF 5 Reserved 6 Reserved 7 Reserved 8 Reserved

SEGMENT 2 1 Enable site initiated downloading ON 2 Enable remote initiated downloading ON 3 Use DHCP services (static IP of unit if OFF)

Note: If enabled, it is recommended that option 8 also be enabled.

OFF

4 Reserved 5 Reserved 6 Reserved 7 Reserved

0

8 Polling enable (for UL AA) OFF PARTITIONS TO REPORT BY INTERNET TO RECEIVER #1 1 Alarms and Restores 2 Open/Close 3 Bypass 4 Zone Trouble 5 Power Trouble (AC Failure or Low Battery) 6 Siren & Telephone Fault 7 Test Reports 8 Program, Download & Log Full 9 Tampers

10 Short Circuit & Ground Fault 11 Sensor Lost 12 Sensor Low Battery 13 Expander Trouble 14 Failure to Communicate 15 Zone Activity Monitor

1

16 Reserved 2 PARTITIONS TO REPORT BY INTERNET TO RECEIVER #2


145


1 Alarms and Restores 2 Open/Close 3 Bypass 4 Zone Trouble 5 Power Trouble (AC Failure or Low Battery) 6 Siren & Telephone Fault 7 Test Reports 8 Program, Download & Log Full 9 Tampers


16 Reserved PARTITIONS TO REPORT BY INTERNET TO E-MAIL ACCOUNT #1 1 Alarms and Restores 2 Open/Close 3 Bypass 4 Zone Trouble 5 Power Trouble (AC Failure or Low Battery) 6 Siren & Telephone Fault 7 Test Reports 8 Program, Download & Log Full 9 Tampers


3

16 Reserved PARTITIONS TO REPORT BY INTERNET TO E-MAIL ACCOUNT #2 1 Alarms and Restores 2 Open/Close 3 Bypass 4 Zone Trouble 5 Power Trouble (AC Failure or Low Battery) 6 Siren & Telephone Fault 7 Test Reports 8 Program, Download & Log Full 9 Tampers


4

16 Reserved 5-12 RESERVED


13 RETURN EMAIL NAME OF THIS MODULE (char 1-16) This is an e-mail address the messages are sent from,

14 RETURN EMAIL NAME OF THIS MODULE (char 17-32) 15 RETURN EMAIL NAME OF THIS MODULE (char 33-48) 16 RETURN EMAIL NAME OF THIS MODULE (char 49-64)

17-28 RESERVED 29 EMAIL ACCOUNT #1 (char 1-16) This is an e-mail

address the messages are sent to, for example, [email protected] Notes: 1) Make sure the account works before you program it. 2) Keep good records since email addresses change more often than most other items.

30 EMAIL ACCOUNT #1 (char 17-32) 31 EMAIL ACCOUNT #1 (char 33-48) 32 EMAIL ACCOUNT #1 (char 49-64) 33 EMAIL ACCOUNT #2 (char 1-16) 34 EMAIL ACCOUNT #2 (char 17-32) 35 EMAIL ACCOUNT #2 (char 33-48) 36 EMAIL ACCOUNT #2 (char 49-64) 37 MAIL SERVER (char 1-16) 38 MAIL SERVER (char 17-32) 39 MAIL SERVER (char 33-48) 40 MAIL SERVER (char 49-64)

41-44 RESERVED 45 IP ADDRESS FOR THIS MODULE 0.0.0.0 46 IP ADDRESS FOR PRIMARY RECEIVER 0.0.0.0 47 IP ADDRESS FOR SECONDARY RECEIVER 0.0.0.0 48 IP ADDRESS FOR ON-SITE EVENT RECORDER 0.0.0.0

49-50 RESERVED 51 IP ADDRESS MAIL SERVER 0.0.0.0 52 IP ADDRESS OF GATEWAY 0.0.0.0 53 IP ADDRESS FOR DOWNLOAD COMPUTER 0.0.0.0 54 IP ADDRESS SUBNET MASK 255.255.255.0 55 RECEIVER ALARM PORT 9-9-9-9 56 RECEIVER DOWNLOAD PORT 9-9-9-8 57 EMAIL PORT 0-0-2-5

58-59 RESERVED 60 ACCOUNT NUMBER (Hex) 00001000 Note: Add leading

zeros!! 61 RECEIVER NUMBER (Decimal) 0001 62 LINE NUMBER (Decimal) 0001

TIMERS & COUNTERS USED SEG 1 – Number of network attempts 2 SEG 2 – Time in seconds for overall network attempt 30

63

SEG 3 – Polling time in seconds 10 64 ACCOUNT NUMBER FOR PARTITION 1 00000000 65 ACCOUNT NUMBER FOR PARTITION 2 00000000 66 ACCOUNT NUMBER FOR PARTITION 3 00000000 67 ACCOUNT NUMBER FOR PARTITION 4 00000000


147


68-87 RESERVED 88 AUTOMATION SYSTEM PORT 9997

AUTOMATION EVENT TRANSITIONS SEGMENT 1 1 Reserved 2 Interface configuration message 3 Reserved 4 Reserved 5 1 zone status message 6 16 zone snapshot message 7 1 partition message 8 8 partition snapshot message SEGMENT 2 1 System status message 2 X10 message received 3 Log event message 4 Keypad message received

89

5-8 Reserved AUTOMATION REQUEST / COMMANDS SEGMENT 1 1 Reserved 2 Interface configuration message 3 Reserved 4 Zone name request 5 1 zone status request 6 16 zone snapshot request 7 1 partition request 8 8 partition snapshot request SEGMENT 2 1 System status request 2 Send X10 command 3 Log event request 4 Send keypad text command 5 Keypad terminal mode request 6 Keypad tone broadcast 7-8 Reserved SEGMENT 3 1 Program data request 2 Program data command 3 User info request with PIN 4 User info request without PIN 5 Set user code command with PIN 6 Set user code command without PIN 7 Set user authorization command with PIN 8 Set user authorization command without PIN SEGMENT 4 1 RF transmission request 2 Clock / calendar request 3 Store communication event request 4 Set clock / calendar command 5 Primary keypad function with PIN 6 Primary keypad function without PIN 7 Secondary keypad function

90

8 Zone bypass toggle 91 KEYPAD ADDRESS FOR AUTOMATION TEXT RETRIEVAL 192 92-125

RESERVED

The following programming locations are only available with Version 2.09 and higher (microprocessor code).


126 PREMISE SERVER DEALER ID 0000000000 127 IP ADDRESS OF PREMISE SERVER 0.0.0.0 128 IP ADDRESS OF PROXY SERVER 0.0.0.0 129 IP ADDRESS OF PREMISE SERVER ROUTER 0.0.0.0 130 PREMISE SERVER PROXY SERVER PORT 0080 131 DHCP ASSIGNED IP ADDRESS 0.0.0.0

Frequently asked questions

Do I have to setup an IP address for the NX-590E module?

Absolutely, you must setup a static IP address or use DHCP to get a dynamic IP address. Failure to do so will result in the NX-590E not able to function at all.

What locations I need to setup to assign a static IP to the NX-590E module?

Location 0, Segment 2, Option 3 must be set to 0

Location 45, must be set to the assigned IP address like 3.18.147.166

Location 52, must be set to the Assigned Gateway address like 3.18.144.1

Location 54, must be set to the Subnet Mask like 255.255.252.0

IP address, Gateway address, and Subnet mask are parameter your IT person would be able to provide for the location where the NX-590E would be installed.

What locations I need to setup to assign a dynamic IP using DHCP to the NX-590E module?

Location 0, Segment 2, Option 3 must be set to 1

Locations 45, 52, and 54 are not used in this scenario.

Your IT person would be able to tell you if the network supports dynamic IP addressing for your installation.

How do I setup the NX-590E to send events as e-mail messages only?

Location 1, Segments 1-16 must be set to ‘-‘ to disable reporting to Receiver 1


Location 3, Segments 1-16 must enable needed segments in used partitions (see NX-590E

Installation and Startup document for segments definition) for email 1; otherwise must be set to ‘-‘ to disable reporting

Location 4, Segments 1-16 must enable needed segments in used partitions (see NX-590E Installation and Startup document for segments definition) for email 2; otherwise must be set to ‘-‘ to disable reporting


149

Locations 3-16, a 64 characters space for the ‘From:’ field in the e-mail message. A valid name like [email protected] should be used.

Locations 29-32, a 64 characters space for the ‘To:’ field in the e-mail message. A valid name like [email protected] should be used. This for e-mail 1.

Locations 33-36, a 64 characters space for the ‘To:’ field in the e-mail message. A valid name like [email protected] should be used. This for e-mail 2.

Locations 37-40 a 64 characters space for the mail server name. A valid name like mailhost.indsys.ge.com should be used.

Location 51, mail server IP address

Location 57, Email port, default is 025.

How do I setup the NX-590E to send events to Receiver 1 only?

Location 1, Segments 1-16 must enable needed segments in used partitions (see NX-590E Installation and Startup document for segments definition)


Location 3, Segments 1-16 must be set to ‘-‘ to disable reporting to Email 1


Location 46, IP address for Receiver 1

Location 55, Receiver Alarm Port number

How do I setup the NX-590E to send events to Receiver 2 only?


Location 2, Segments 1-16 must enable needed segments in used partitions (see NX-590E Installation and Startup document for segments definition)



Location 47, IP Address for Receiver 2

Location 55, Receiver Alarm Port number


Power supply voltage 12 V ± 2%

Consumption - Standby 90 mA

Consumption – Communicating 120 mA


PCB Size Dimensions (width x height x depth) 153x84x25 mm


Humidity Max 93%



151

Appendix 1 Overview of module numbers

Every keypad, expansion module and wireless receiver module has a module number.

Table 17. Module numbers

Module Module number

NX-10 control panel 0

NX-216 Zone expander modules 16-23

NX-507E/NX-508E Output expander modules 24-31

Wireless receivers

Note: NX-10 on-board receiver has address 32

32-39

NX-534E Listen-In Module 64

NX-535 Voice Module 77

NX-7002 GPRS Module 78

NX-590E TCP\IP Module 79

NX-9104 VVMIQ Module 65

NX-320-I Auxiliary power modules 84-91

NX-1701E door swipe modules Table 18. NX-1701E module numbers

Learn-in sequence Module number Learn-in sequence Module number

1 113 9 121

2 114 10 122

3 115 11 123

4 116 12 124

5 117 13 125

6 118 14 126

7 119 15 127

8 120

Keypads and ProxPads

Table 19. Module numbers for keypads and proxpads

Keypad Partition 1 Partition 2 Partition 3 Partition 4

1 192 193 194 195

2 200 201 202 203

3 208 209 210 211

4 216 217 218 219

5 224 225 226 227

6 232 233 234 235

7 240 241 242 243

8 248 249 250 251


153

Appendix 2 Installing the modules

Large polycarbonate housing

Figure 18. Opening the box and installing NX-10 in a large polycarbonate housing.

1. Unscrew the holding screw in the polycarbonate housing.

2. Open the box.

3. Lift off the lid of the box.

4. Flip up the PCB mounting tray.

If you are using a NX-534E and a NX-535:

5. Connect the NetworX bus cables to the NX-534E listen-in module (DATA, POS, and COM contacts).

6. Plug-in the 5-pin audio cable connector to the audio tap on the NX-534E listen-in module.

7. Remove the sticky pads and insert the pillars for the NX-534E listen-in module in the box.

8. Connect the NX-534E listen-in module to the box.

9. Connect the NetworX bus cables from the NX-534 to the panel. You can use standard NetworX bus contacts or bus connectors.

10. Plug-in the 5-pin audio cable connector to the audio tap on the panel.

11. Attach the pillars for the NX-535 voice module to the board.

12. Attach the NX-535 voice module to the board via the pillars.

13. Connect the NX-534E listen-in module and NX-535 voice module with the dual audio cable.

14. Connect the NetworX bus cables from the NX-535 voice module to the panel.

15. Flip down the PCB mounting tray.

Figure 19. Attaching the NX-534E and NX-535 to the panel.


155

In order to mount other modules:

1. Drill 0.3 mm holes for the card guides in the box.

Figure 20. Drilling holes.

2. Place the card guide in the box.

3. Screw in the card guides.

Figure 21. Placing card guides.

4. Use the card guides to mount up to 3 further modules. Check the relevant module chapter for wiring and programming information.

Figure 22. Mounting additional modules.

5. Connect the control panel battery leads to the module, if required.

6. Connect the battery and power up the panel.

7. Close the housing.

Small polycarbonate housing

Small polycarbonate housing is adequate for systems with a just a single additional module installed (usually the TCP/IP module). When expanding the small system, switching to the large polycarbonate box may be required, since more modules cannot physically fit the smaller housing.

1. Unscrew the holding screw in the polycarbonate housing.

2. Open the box.

3. Lift off the lid of the box.

If you are using an additional module:

4. Connect the NetworX bus cables to the module.

5. Connect the NetworX bus cables from the additional module to the panel. You can use standard NetworX bus contacts or bus connectors.

6. Clip-in the TCP/IP module inside the housing cover.

7. Connect the Ethernet cable to the TCP/IP module (see instructions in the NX-590E module manual).

8. Connect the battery leads to the battery and power up the panel.

9. Close the housing.


157

Index

A

Armed Away ..........................................24, 33

Armed Stay.............................................24, 33

B

Binary entries .................................................9

C

Call back mode...........................................108

Closing time .................................................29

D

DIP switches

NX-320-I...................................................60

NX-507E/NX-508E ..................................78

DL900.........................................................136

Door fault .....................................................28

Double Beep Scan ........................................25

Drop Bolt................................................28, 36

E

Editors ............................................................9

Email reporting...........................................136

Exit prompt...................................................10

F

Forced Entry ...........................................28, 36

G

H

Handshake ..................................................125

Holidays .........................30, 31, 37, 38, 39, 40

I

Installing the modules ................................152

J

K

Kissoff ........................................................125

L

Legacy mode ..........................................26, 34

Line hold mode...........................................108

M

Maglock ................................................. 28, 36

Module numbers ........................................ 150

N

Navigating menus .......................................... 8

Numeric entries............................................ 10

NX-1701E

badge functions ........................................ 17

cards ......................................................... 18

enrolling ................................................... 15

installing................................................... 14

X-10 functions.......................................... 17

NX-320-I

DIP switches ............................................ 60

enrolling ................................................... 61

installing................................................... 59

outputs...................................................... 62

wiring ....................................................... 60

NX-507E/NX-508E

DIP switches ............................................ 78

outputs...................................................... 81

schedules .................................................. 80

users ......................................................... 81

NX-534E

control levels .......................................... 109

installing................................................. 107

operation................................................. 108

tones ....................................................... 110

wiring ..................................................... 108

X-10 devices .......................................... 113

NX-535

installing................................................. 122

NX-590E.................................................... 132

email reporting ....................................... 136


159

installing .................................................133

LEDs.......................................................134

TCP/IP reporting.....................................136

wiring......................................................133

O

Open collector ....24, 26, 27, 28, 29, 33, 35, 36

Opening time ..........................................29, 30

Optical tamper ........................................26, 34

Output expander ...........................................75

P

Phone

numbers.....................................................10

prefixes .....................................................10

Programming mode ........................................8

Proximity card reader ...................................13

Q

Quick User Menu ...........................................8

R

References ......................................................7

Reporting

voice........................................................124

Request To Exit ..........................24, 26, 27, 33

RTE.......................... 24, 26, 27, 28, 33, 34, 36

S

Safety terms and symbols .............................. 7

Schedule..................................... 29, 30, 31, 36

Schedules

NX-507E/NX-508E ................................. 80

Selection lists ................................................. 9

Single Beep Scan ............................. 24, 25, 26

T

TCP/IP reporting........................................ 136

Triple Beep Scan ......................................... 26

U

V

Voice messages

playing.................................................... 125

recording ................................................ 124

Voice reporting .......................................... 124

W

X-10 ........................................... 24, 25, 26, 33

NX-534E ................................................ 113

Z

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