workbook for the training course on intruder system ... asjad/seminari materjalid...revised...

Workbook for the training course on Intruder System

PowerSeries Intruder Panel PC1864/PC1832/PC1616

Table of Content

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Revision: A1

Release Date: February 2012

This workbook is from:

Training date:

Training location:

Trainer:

Table of Content

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Table of Content

v

1 OVERVIEW ..................................................................................................................................... 11

OVERVIEW ................................................................................................................................................... 11 Product Categories ............................................................................................................................... 11 DSC range of Panels ............................................................................................................................. 11

POWERSERIES CONTROL PANELS ...................................................................................................................... 12 PC1616, 1864 & 1832 Platform ............................................................................................................ 12 Common Features ................................................................................................................................ 13 Keybus .................................................................................................................................................. 13 False Alarms ......................................................................................................................................... 13 PC1616 ................................................................................................................................................. 14 PC1832 ................................................................................................................................................. 14 PC1864 ................................................................................................................................................. 14 Power Series Version 4.5 ...................................................................................................................... 14

POWERSERIES KEYPADS .................................................................................................................................. 15 MODULES .................................................................................................................................................... 16

Hardwire Expansion ............................................................................................................................. 16 Wireless Expansion .............................................................................................................................. 16

Receivers .......................................................................................................................................................... 16 Wireless PIRs 1-way ......................................................................................................................................... 17 Wireless contacts 1-way .................................................................................................................................. 17 Wireless life safety 1-way ................................................................................................................................ 17 Wireless fobs 1-way ......................................................................................................................................... 17

Output Expansion ................................................................................................................................. 18 2 way Audio.......................................................................................................................................... 18 Communicators .................................................................................................................................... 18

INTEGRATION ................................................................................................................................................ 19 IT-100 Features .................................................................................................................................... 19 Kantech Embedded DSC Integration .................................................................................................... 19

SUMMARY .................................................................................................................................................... 20

2 INSTALLATION ............................................................................................................................... 21

TERMINALS ................................................................................................................................................... 21 Keybus terminals .................................................................................................................................. 21 Zone terminals ..................................................................................................................................... 21 Bell Circuit terminals ............................................................................................................................ 22 AUX terminals ...................................................................................................................................... 23 PGM terminals ..................................................................................................................................... 23 Telephone connection terminals .......................................................................................................... 23 Earth ground terminal .......................................................................................................................... 24 Battery connector ................................................................................................................................ 24 AC Terminals ........................................................................................................................................ 24

3 KEYPAD OPERATION ...................................................................................................................... 25

MODELS ...................................................................................................................................................... 25 PowerSeries 64-Zone Full Message Keypad PK5500 ............................................................................ 25 PowerSeries 64-Zone LCD Picture Icon Keypad PK5501 ....................................................................... 25 16-Zone LED Keypad PK5516 ............................................................................................................... 25 PowerSeries 8-Zone LED Keypad PK5508 ............................................................................................. 26 PowerSeries 8-Zone LED Keypad LED5511Z ......................................................................................... 26 PowerSeries 64-Zone Icon LCD Keypad LCD5511 ................................................................................. 26

INSTALLATION ............................................................................................................................................... 27 PK55XX/RFK55XX ................................................................................................................................. 27

Mounting ......................................................................................................................................................... 27 Wiring ............................................................................................................................................................... 27

LANGUAGE SELECTION .................................................................................................................................... 28 SECTION [000] KEYPADS FUNCTION KEYS PROGRAMMING .................................................................................... 28 ARMING METHODS ........................................................................................................................................ 29

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Stay Arming .......................................................................................................................................... 29 Away Arming ........................................................................................................................................ 29 Night Mode Arming .............................................................................................................................. 29

DISARMING .................................................................................................................................................. 29 [*] COMMANDS ............................................................................................................................................ 30

Overview .............................................................................................................................................. 30 [*][1] – Zone Bypass ............................................................................................................................. 30 [*][1] – Reactivate Stay/Away Zones ................................................................................................... 30 [*][2] – System Troubles ....................................................................................................................... 31 [*][3] – Alarm Memory ......................................................................................................................... 32 [*][4] – Enable/Disable Door Chime ..................................................................................................... 32 [*][5] – Access Code Programming ...................................................................................................... 33 [*][6] – User Functions ......................................................................................................................... 34

Programming options ...................................................................................................................................... 34 LCD Options ..................................................................................................................................................... 34 Event Buffer ..................................................................................................................................................... 35

[*][7] – Command Outputs .................................................................................................................. 35 [*][8] – Installer Programming ............................................................................................................. 35 [*][9] – No-Entry Arming ...................................................................................................................... 36 [*][0] – Quick Arm/Quick Exit ............................................................................................................... 36

KEYPAD PROGRAMMING ................................................................................................................................. 37 Labels ................................................................................................................................................... 37 Global Label Broadcast ........................................................................................................................ 37 Users Display Masks ............................................................................................................................. 38 Keypad Options .................................................................................................................................... 38

SUMMARY .................................................................................................................................................... 39

4 PROGRAMMING ............................................................................................................................ 41

PROGRAMMING NAVIGATION .......................................................................................................................... 41 Overview .............................................................................................................................................. 41 Installer Menu ...................................................................................................................................... 41 Section Number Programming ............................................................................................................. 42

Programming Decimal Data ............................................................................................................................. 42 Programming HEX Data .................................................................................................................................... 42 Programming Toggle Data ............................................................................................................................... 43

PROGRAM ZONES .......................................................................................................................................... 44 Zones Definitions .................................................................................................................................. 44 Zone Attributes ..................................................................................................................................... 44 Partition Assigment .............................................................................................................................. 45 Lab ........................................................................................................................................................ 46 Section [030] Fast Loop Response ........................................................................................................ 47 Keypad Zones ....................................................................................................................................... 47 Partition or Global Keypad ................................................................................................................... 48 Zone Conflicts Common Issues ............................................................................................................. 48 Lab ........................................................................................................................................................ 48

SYSTEM TIMES .............................................................................................................................................. 49 Programming ....................................................................................................................................... 49 Lab ........................................................................................................................................................ 49

SYSTEM PROGRAMMING ................................................................................................................................. 50 Installer Code ....................................................................................................................................... 50 Keypad Lockout .................................................................................................................................... 50 System Options Codes .......................................................................................................................... 50 System Timers ...................................................................................................................................... 53

PGM PROGRAMMING .................................................................................................................................... 54 Definition .............................................................................................................................................. 54 Attributes ............................................................................................................................................. 55 Partition Assignment ............................................................................................................................ 56

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Zone Follower Assignment ................................................................................................................... 56 Lab........................................................................................................................................................ 56

COMMUNICATOR PROGRAMMING .................................................................................................................... 57 Phones numbers ................................................................................................................................... 57 Section [310] to [318]: Account number .............................................................................................. 57 Section [350] – Communicator Format Options ................................................................................... 58 Section [320] to [349] Reporting Codes ............................................................................................... 58 Section [351] to [376] Communicator Call Direction Options .............................................................. 59 Section [377]: Communication Variables ............................................................................................. 59

AUTO ARM/DISARM ...................................................................................................................................... 61 Auto Arming Schedule .......................................................................................................................... 61 Auto Disarming Schedule ..................................................................................................................... 62 Auto-Disarm Holiday Schedule ............................................................................................................. 62 Lab........................................................................................................................................................ 62

INTERNATIONAL PROGRAMMING ...................................................................................................................... 63 SPECIAL INSTALLER FUNCTIONS......................................................................................................................... 64

Overview .............................................................................................................................................. 64 Installer Walk Test ............................................................................................................................... 64 Installer Lockout ................................................................................................................................... 64 Software Default .................................................................................................................................. 64 Hardware Default ................................................................................................................................ 65

SUMMARY .................................................................................................................................................... 66

5 MODULES ...................................................................................................................................... 67

MODULES SUPERVISION .................................................................................................................................. 67 ZONE EXPANDER – PC5108 ............................................................................................................................ 67

Overview .............................................................................................................................................. 67 Terminal Description ............................................................................................................................ 67 Jumper Settings .................................................................................................................................... 67

PC5132-433 WIRELESS RECEIVER ................................................................................................................... 68 Overview .............................................................................................................................................. 68 Terminal Overview ............................................................................................................................... 68 Receiver Location ................................................................................................................................. 68 Compatible Wireless Devices ............................................................................................................... 68 Enrolling Wireless Zones ...................................................................................................................... 69 Placement Test ..................................................................................................................................... 69 Zone Conflicts Common Issues ............................................................................................................. 70 Lab........................................................................................................................................................ 70 Enrolling Wireless Keys ........................................................................................................................ 71 Identified Wireless Keys ....................................................................................................................... 72 Opening/Closing By Wireless Key Reporting ........................................................................................ 72 Lab........................................................................................................................................................ 72 SubSection [81] – Wireless Supervisory Window ................................................................................. 73 SubSections [82] to [85] – Zone Device Supervision Options................................................................ 73 Section [90] – Wireless Toggle Options ................................................................................................ 73 Section [93] – RF Jam Detect Zone ....................................................................................................... 74

RF5108-433 WIRELESS RECEIVER.................................................................................................................... 75 Overview .............................................................................................................................................. 75 Terminals.............................................................................................................................................. 75 Enrolling Wireless Devices .................................................................................................................... 75 Enrolling Wireless Keys ........................................................................................................................ 75 Program the Wireless Key Function Buttons ........................................................................................ 76 Identified Wireless Keys ....................................................................................................................... 76 RF5108-433 PGM Outputs ................................................................................................................... 76

WS4920 1- WAY WIRELESS REPEATER ............................................................................................................. 77 Overview .............................................................................................................................................. 77 Features ............................................................................................................................................... 77

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Specifications ....................................................................................................................................... 78 Wireless System Map ........................................................................................................................... 78 LED Information ................................................................................................................................... 79

Normal Mode (Cover On) ................................................................................................................................. 79 Installer Mode (Cover Off) ............................................................................................................................... 79

DIP Switches ......................................................................................................................................... 80 Programming Information ................................................................................................................... 80

WS4920 Repeater Placement Test (Interference Test) .................................................................................... 80 Enroll the WS4920 with the control panels wireless receiver .......................................................................... 80 WS4920 placement test (to control panel’s wireless receiver) ........................................................................ 81

Enroll wireless device to the WS4920 and placement test ................................................................... 81 Enroll Devices ................................................................................................................................................... 81 Placement Test Enrolled Devices ..................................................................................................................... 81

PC5320 MULTIPLE WIRELESS RECEIVER MODULE ............................................................................................... 82 Overview .............................................................................................................................................. 82 Programming ....................................................................................................................................... 82 Connection ........................................................................................................................................... 82

Power from Panel ............................................................................................................................................ 82 External power Supply ..................................................................................................................................... 83

PC5204/5208 – OUTPUT MODULES ............................................................................................................... 84 PC5204 ................................................................................................................................................. 84 PC5208 ................................................................................................................................................. 84

PC5950 UNIVERSAL VOX AUDIO VERIFICATION MODULE .................................................................................... 85 Overview .............................................................................................................................................. 85 Terminal Overview ............................................................................................................................... 86 Keybus Mode – Keybus Wiring ............................................................................................................. 87 Keybus Mode – Station Wiring ............................................................................................................. 87 Keybus Mode – Telephone Line Wiring ................................................................................................ 87 Audio Module Configuration ................................................................................................................ 88

IT-100 INTEGRATION MODULE ........................................................................................................................ 90 Overview .............................................................................................................................................. 90 Sample Configuration ........................................................................................................................... 90 Terminals Overview .............................................................................................................................. 90 Additional Wiring Information ............................................................................................................. 91 LED Information ................................................................................................................................... 91 Baud Rate Selection ............................................................................................................................. 91

SUMMARY .................................................................................................................................................... 92

6 GS2060/TL260GS INSTALLATION AND PROGRAMMING ................................................................ 93

DSC IP/GPRS COMMUNICATORS ..................................................................................................................... 93 Overview .............................................................................................................................................. 93 TL-260/TL265 ....................................................................................................................................... 93 TL-260GS/TL265GS ............................................................................................................................... 93 GS-2060/GS-2065 ................................................................................................................................. 93

INSTALLATION ............................................................................................................................................... 94 Installation ........................................................................................................................................... 94 SIM Card ............................................................................................................................................... 94 Factory Default ..................................................................................................................................... 95

PROGRAMMING ............................................................................................................................................ 96 Main Panel Programming .................................................................................................................... 96 Communicator Programming Section [851] ......................................................................................... 96 Periodic Test transmission .................................................................................................................... 99 Encryption ............................................................................................................................................ 99 Supervision Type................................................................................................................................... 99 Heartbeats Interval .............................................................................................................................. 99 Installer Code ....................................................................................................................................... 99 Public APN ............................................................................................................................................ 99

Table of Content

ix

7 DLS IV .......................................................................................................................................... 101

OVERVIEW ................................................................................................................................................. 101 DLS DOWNLOADING OPTIONS ....................................................................................................................... 101 DLS PRE-REQUISITES .................................................................................................................................... 102

Supported Operating Systems ............................................................................................................ 102 Prerequisites....................................................................................................................................... 102 Currently Supported Panels and Modules .......................................................................................... 102

INSTALLATION ............................................................................................................................................. 102 Steps ................................................................................................................................................... 102 Login Information............................................................................................................................... 103 Navigation .......................................................................................................................................... 103

Start Page ....................................................................................................................................................... 103 Main Menu ..................................................................................................................................................... 104 Plug-in menu .................................................................................................................................................. 105

Create an Account .............................................................................................................................. 106 Account Navigation ............................................................................................................................ 107

Main Window ................................................................................................................................................. 107 Tools Bar ........................................................................................................................................................ 108 Account Screen .............................................................................................................................................. 109

Communications ................................................................................................................................ 110 Upload ............................................................................................................................................................ 110 Download ....................................................................................................................................................... 110

Retrieving Event Buffer ...................................................................................................................... 111 Communications ................................................................................................................................ 112

PSTN ............................................................................................................................................................... 112 PCLink ............................................................................................................................................................. 113 Ethernet/Internet TL260GS/TL265GS ............................................................................................................ 113 GS2060 - GPRS ............................................................................................................................................... 114

Upload ................................................................................................................................................ 116 Download ........................................................................................................................................... 116 Retrieving Event Buffer ...................................................................................................................... 116

FIRMWARE UPGRADE ................................................................................................................................... 117 Ethernet/GRS ..................................................................................................................................... 117 Using PCLink ....................................................................................................................................... 117

SUMMARY .................................................................................................................................................. 119

Chapter 1: Overview

11

1 Overview

Objectives After successfully completing this training the student should be able of:

o Know the PowerSeries Intruder Panels the main features

o Know the PowerSeries Intruder Panels specification o Know the compatible Devices and their specifications

Overview

Product Categories

DSC range of Panels

Chapter 1: Overview

12

PowerSeries Control Panels

PC1616, 1864 & 1832 Platform

Full hybrid systems (wireless, wired and loop detectors)

Single architecture for global feature set and module expansion

Backward compatibility of all PowerSeries modules

Conventional Power programming retained (*8) No retraining required

Revised Installation manual for ease and speed of install

GPRS & IP alarm transmission compatibility.

2 Different programming way (LCD keypad)

Same programming for all the panels (Alexor and 9045 included)

DLS 2002 and DLS 4 compatibility.

All the range of keypads, RS-232, PSTN, IP and GPRS programming.

One way Wireless devices full compatibility with all the panels.

Possibility to program one zone like Key switch to set/unset the panel.

Possibility to install up to 8 different keypads.

o Mix LED, Programmable LCD and Fixed LCD on the Same System

Chapter 1: Overview

13

Communications

o Automatic SIA Format, Automatic Contact ID and Pulse, fast format o Pager Format, residential format

o Supports T-LINK LAN/WAN IP Communicator

o Supports GPRS communicators. o Supports SMS reporting.

Phone Line and Siren Circuit Supervision

Fuseless Design

o PTC Protection for Bell, Battery and AUX Output

Common Features

700mA Auxiliary supply

37 zone types including night arming, day zone, auto-verify fire

32 PGM types (added zone follow and true partition support)

12 communication formats

Delinquency Code – Non Activity Code

500 Event buffer

8 keypad support

Programmable Day Light Savings

CP-01/RoHS EN grade 2 Compliant

PDD6662 compliant version 4.13

Keybus

All Modules Connect to Panel Via 4 Wire Bus

o Modules can be Home Run, Daisy Chained or T-Tapped

o Modules can be Connected up to 1,000 Feet from the Panel Less Wire, Less Wire Pulls, Less Cost

False Alarms

Cross Zoning: 2+ alarms required

Auto Verified Fire Zone, Delayed Fire Zone

o 2 Detections to Generate Alarm o Zone type 29

o PGM type 03 Exit Delay Restart

Transmission Delay: Delays alarm transmission

Additional Reporting Codes

o Alarm Cancelled

o Opening After Alarm

o Recent Closing

Chapter 1: Overview

14

PC1616

PC1616 supports:

o 2 partitions o 16 hardwired: 1 PC5108 plus Keypads zones

o 32 wireless zones (v4.2 and above). If hardware is also used 32 zones is the

maximum. o 2 on-board PGMs (14 Max)

o 47 user codes o 12 communication formats

o 6 digit account code o No activity delay arming

o TL/GS modules support

PC1832

PC1832 supports:

o 4 partitions o 32 maximum between Hardwired and Wireless

o 2 on-board PGMs (14 Max)

o 71 user codes o 12 communication formats

o 6 digit account code o No activity delay arming

o TL/GS modules support o Exceptional False Alarm Prevention

PC1864

PC1864 supports:

o 8 partitions

o 64 Zones: all Hardwired or with up to 32 WLS zones (Zones 1 to 32) o 4 on-board PGMs (14 Max)

o 94 user codes

o 12 communication formats o 6 digit account code

o No activity delay arming o TL/GS modules support

o Exceptional False Alarm Prevention

Power Series Version 4.5

Please note V4.5 is only supported by DLS IV, a new driver is now available. o CO Support – Hardwired and Wireless Detectors

For wireless CO detector WS4913, use either V5.1 of the wireless receiver RF5132-433 or V1.2 of the keypads with built-in wireless

receiver RFK5500, RFK5501, RFK5516 or RFK5508.

o Alternate Communicator call direction options o Automatic Contact ID over GPRS

o Automatic Sync for alternate communicators (account code and reporting format)

o Added System Reset reporting code

Chapter 1: Overview

15

PowerSeries Keypads

PK55xx Family

Replaces the Power PC/LCD55xx Family

Retains all features of old Power with the following additions:

o Backward compatibility of all PowerSeries control panels o Wire channel

o Added I/O for either PGM or Zone

o AC indicator o Improved installation

o 32 character zone labels (PK5500Z) o Global Partition Status Option (PK5500Z)

RF versions available on all styles of keypads

o The keypad is working like wireless receiver.

Chapter 1: Overview

16

Modules

Hardwire Expansion

Wireless Expansion

Receivers

Chapter 1: Overview

17

Wireless PIRs 1-way

Wireless contacts 1-way

Wireless life safety 1-way

Wireless fobs 1-way

Chapter 1: Overview

18

Output Expansion

2 way Audio

Communicators

Chapter 1: Overview

19

Integration

IT-100 Features

Compatible with all PowerSeries control

panels Bi-directional RS-232 interface

Real-time zone status

Fully programmable

4-wire hook-up to KEYBUS

Enables third parties to perform virtual

keypad functions

Integrated with Kantech and C·CURE9000 access control Systems.

Kantech Embedded DSC Integration

Easy installation and integration:

o Connect the IT-100 into the KT-400 for maximum integration

o Connect the IT-100 into the serial port of the corporate gateway o Simple programming and uploading

Receive events in real time from the intrusion panel

o Generate historical and quick reports o Video triggers based on intrusion panel events

o Alarm acknowledgements

Graphic integration o View status of zones and partitions

o Operations on partitions

Use virtual keypad for programming

Single or multiple partition arming and disarming

o From single reader or multiple readers and a KT-400 o From manual operators from workstation

Chapter 1: Overview

20

Summary

1. How many zones can be programmed on each power panel?

2. How many wirelesses? 3. What zone number must be used for the Wireless zones?

4. Name some modules compatibles with the PowerSeries panels?

5. How is the Keybus wiring?

Chapter 2: Installation

21

2 Installation

Objectives

• After successfully completing this training the student should be able of: o Know the PowerSeries Terminals

o Know how to install a Power panel

Terminals

Keybus terminals

These terminals are used by the control panel to communicate to all modules. Maximum current

draw = 700mA, this power is shared between AUX and Keybus

Keybus Wiring Specification: Minimum 22 gauge, 4 conductor

Module can be home run, T-tapped, or

connected in series

Modules can be connected anywhere on

the bus No module can be more than 1000 feet in

wire length from the control panel

No not use shielded wire

Zone terminals

These terminals are to connect zones to the control panel. Zones may be wired either normally

closed, single end-of-line or double end-of-line


22

Bell Circuit terminals

These terminals are used to provide power to a signaling device or devices upon alarm, for

example a siren. This circuit is supervised. Note: if no siren is used, connected a 1000 ohm resistor across terminals

Specifications: Maximum current draw = 12vdc, 700mA (maximum 3A short term)


23

AUX terminals

These terminals are used to provide power to devices which require continuous 12vdc to

operation; for example motion detectors, glass break detectors etc.

PGM terminals

These terminals are used to activate 12vdc devices based on a programmed condition, for

example; turning on an LED when the control panel is armed. Specifications:

Voltage Rating: 12vdc

Current Draw: PGM 1= 50mA, PGM 2 = 300mA, PGM 3* = 50mA, PGM 4* = 50mA

*PC1864 only

Telephone connection terminals

These terminals are used to connect a telephone line to the control panel.

Ring/Tip = wire to incoming telephone line

R-1/T-1 = wire to premise telephones


24

Earth ground terminal

Wire this terminal to an earth ground, for example grounding rod or cold water pipe.

Battery connector

This connector is used to wire a backup battery. Battery ratings: 12vdc, 4Ah minimum (24Ah

maximum), rechargeable lead acid or gell cell type

AC Terminals

These terminals are used to connect an AC transformer (primary power source). Transformer ratings: 16.5VAC, 40VA

Summary 1. Describe the Power Panels Terminals

2. What‟s the Difference between the PGM2 and the others?

3. How much power can the circuit Bell draw? 4. What‟s the maximum distance for the Keybus?

Chapter 3: Keypad Operation

25

3 Keypad Operation

Objectives

• After successfully completing this training the student should be able of: o Know the available [*] commands and their meaning

o Know how to program the Keypad function keys

o Know how to program the zone labels

Models

PowerSeries 64-Zone Full Message Keypad PK5500

• 8 language support Global partition status • Full 32-character programmable phrases

• 5 programmable function keys

• Intuitive clock programming • Input/Output terminal can be programmed to operate as

a zone input, programmable output or as a low temperature sensor

• Individual FAP keys • Multiple door chime per zone

• Adjustable backlight and keypad buzzer

• Dual wall-mount and front cover tamper • New AC status ICON

• RFK5500 includes all of the same features and supports 32 wireless zones and 16 wireless keys

PowerSeries 64-Zone LCD Picture Icon Keypad PK5501

• Enlarged keypad buttons • 5 programmable function keys

• Input/Output terminal can be programmed to operate as a zone input, programmable output or as a low temperature sensor Individual

• FAP keys • Multiple door chime per zone

• Adjustable backlight and keypad buzzer

• Dual wall-mount and front cover tamper • Easy-to-install mounting hinge

• Surface or single-gang box mount • New AC status ICON

• RFK5501 includes all of the same features and supports 32

wireless zones and 16 wireless keys

16-Zone LED Keypad PK5516

• 5 programmable function keys • Input/Output terminal can be programmed to operate as a zone input, programmable

output or as a low temperature sensor • Individual FAP keys

• Multiple door chime per zone

• Adjustable backlight and keypad buzzer • Dual wall-mount and front cover tamper

• Easy-to-install mounting hinge • New AC status ICON

• RFK5516 includes all of the same features and supports

32 wireless zones and 16 wireless keys


26

PowerSeries 8-Zone LED Keypad PK5508

• 5 programmable function keys

• Input/Output terminal can be programmed to operate as a zone input, programmable output or as a low temperature sensor

• Individual FAP keys • Multiple door chime per zone

• Adjustable backlight and keypad buzzer • Dual wall-mount and front cover tamper

• Easy-to-install mounting hinge

• New AC status ICON • RFK5508 includes all of the same features and supports

32 wireless zones and 16 wireless keys

PowerSeries 8-Zone LED Keypad LED5511Z

• Modern, slim-line portrait keypad

• Large, backlit buttons on keypad for trouble-free viewing and activation

• 4 programmable function keys • Dual FAP keys

• Dual tamper support • Zone input

• Wire channel

PowerSeries 64-Zone Icon LCD Keypad LCD5511

• Modern, slim-line portrait keypad

• Large, backlit buttons on keypad for trouble-free viewing and

activation • Intuitive symbols and backlit display

• Input/Output terminal can be programmed to operate as a zone input, programmable output or as a low temperature

sensor • 4 programmable function keys

• 8 partition support

• Dual FAP keys • Wire channel

• New AC status ICON


27

Installation

PK55XX/RFK55XX

Mounting

Wiring

1. Before wiring the unit, ensure that all power (AC transformer and battery) is disconnected

from the control panel. 2. Connect the four Keybus wires from the control panel (red, black, yellow and green) to

the keypad terminals. 3. If programmed as an input, you can connect a device - such as a door contact - to the

„P/Z‟ terminal of the keypad. To connect the zone, run one wire from the device to the

„P/Z‟ terminal and the other wire from the device to the B (black) terminal. For powered devices, run the red wire to the R (positive) terminal and

the black wire to the B (negative) terminal. If the „P/Z‟ terminal is programmed as an output, the output follows

the PGM programmed in Section [080]. (maximum load is 50mA).


28

Language Selection

The keypad can be programmed to display messages and labels in different languages.

Language can be selected before the keypad is enrolled on the system. Perform the following when in “Ready to Arm” mode or at the Installer Programming menu:

Press and hold both scroll keys [< >] simultaneously until language options

are displayed. Scroll to the desired language using the scroll keys [< >].

Press [ ✱ ] to select the desired language.

Section [000] Keypads Function Keys Programming

Keypads have 5 programmable one-touch function buttons located in a column own the right-side of the keypad. These buttons can also be activated by pressing and holding number [1] through

[5] respectively for 2 seconds. The default for these function buttons on the PK/RFK series keypads are as follows:

• [1] Stay Arm

• [2] Away Arm • [3] Chime Enable/Disable

• [4] Fire/Reset - Command Output# 2 • [5] Quick Exit

1. Enter the Installer Program. 2. Press [000] to access to the numerical keypad Program options.

3. Enter the number [1] to [5] to select the function key that you want to program. 4. Insert the two digits number accordingly to the Option you desire to program for each

key ([00] a [30]). 5. Repeat steps 2 and 3 until you have programmed the five function Keys.

6. Press twice the [#] key to exit the installer Program.


29

Arming Methods

The PowerSeries Panels supports 3 modes of arming:

• Stay Arm • Away Arm

• Night

Stay Arming

Arming in the „Stay‟ mode indicates that all zone on the control panel are active with the except

for „Stay/Away‟ type zones. It is common to define motion detectors zones as „Stay/Away‟ type zones. Arming in the Stay mode is typically performed when the user wishes the stay at home

and have the ability to walk freely inside without causing alarms, yet still provided with perimeter protection.

Methods of arming in Stay Mode:

1. Access Code Entry or Quick Arm: After arming using any of these methods,

the system will arm in the Stay mode if a delay (Delay 1 or Delay 2) type zone is not violated during the exit delay

2. Stay Function on Keypad or Key FOB*

*Arming with either of these methods will always arm in the „Stay‟ mode, even if a delay type

zone is violated during exit delay Arming

Away Arming

Arming in the „Away‟ mode indicates that all zone on the control panel are active including „Stay/Away‟ type zones. Arming in the Away mode is typically performed when the user wishes to

arm system when leaving the location.

Methods of arming in Away Mode:

1. Access Code Entry or Quick Arm: After arming using any of these methods, the system will arm in the Away mode if a delay type zone is violated during the

exit delay 2. Away Function on Keypad or Key FOB*

*Arming with either of these methods will always arm in the „Away‟ mode, even if a

delay type zone is not violated during exit delay

Note: If current armed in the Stay mode, the user may enter [*][1] to reactivate all Stay/Away type zones, placing the system in the Away mode.

Night Mode Arming

„Night Mode‟ arming occurs when a [*][1] (Reactivate Stay/Away Zones) is performed on a

system that was initially armed in the „Stay Mode‟. All „Stay/Away‟ types zones will become active,

however all „Night‟ zones will remain bypassed.

Note: Night zones are only active if the system was initially armed in the „Away Mode‟

Disarming

The user must enter through a door programmed as Delay. Upon entering, the keypad emits a

steady entry delay tone (and a pulsing tone during the last 10 seconds of entry delay) to alert the user to disarm the system. To disarm the system, enter a valid user code, present a proximity tag

or use a wireless key. If an alarm occurred while the panel was armed, the keypad displays “Alarm in Memory” and the zone(s) that went into alarm during the armed period. Press the [#]

key to return the keypad to the Ready state.


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[*] Commands

Overview

The following is a list of the [ ✱ ] commands available and a description of each:

• [ ✱ ][1]: Bypass (disarmed state)/Reactivate Stay/Away Zones (armed state)

• [ ✱ ][2]: Display Trouble Conditions

• [ ✱ ][3]: Display Alarm Memory

• [ ✱ ][4]: Door Chime Enable/Disable

• [ ✱ ][5][Master/Supervisory Code]: User Code Programming and Proximity Tag

Enrolment

• [ ✱ ][6][Master/Supervisory Code]: User Functions

• [ ✱ ][7][1/2]: Command Outputs 1 and 2

• [ ✱ ][8][Installer Code]: Installer Programming

• [ ✱ ][9]: Quick Arm (disarmed state)/Quick Exit (armed state)

[*][1] – Zone Bypass

Zone bypassing allows for a zone or series of zones to be ignored during the next arming. This

command is performed when the system is disarmed.

Operation: • Bypass a single zone

o Step 1 – [*][1] o Step 2 –Enter 2-digit zone number

o Step 3 –Press [#]

• Bypass multiple zones o Step 1 –[*][1]

o Step 2 –Enter 2-digit zone number of first zone to bypass o Step 3 –Repeat step#2 for additional zones to be bypassed

o Step 4 –Press [#]

• Additional Bypass Commands: o Bypass Recall: Press [99]. The keypad will recall the last group of zones that

were bypassed o Clear Bypass: Press [00]. The keypad will clear the bypass on all zones.

o Save Bypass: Press [95]. The keypad will save which zones are manually bypassed.

o Recall Save: Press [91]. The keypad will recall the bypassed zones that were

saved.

[*][1] – Reactivate Stay/Away Zones

This command incorporated previously bypassed zones into the system. This command may be performed when the system is armed in the „Stay‟ mode.

Operation:

• [*][1] while armed in the „Stay‟ mode Note: when performed, the system will initiate „Exit Delay‟ (silent). This will allow for the

users to leave the area of the reactivated zone or zones avoiding false alarms.


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[*][2] – System Troubles

This command is used to display system troubles.

• [1] - Service Required – [1] - Low Battery

– [2] - Bell Circuit Trouble – [3] - General System Trouble

– [4] - General System Tamper – [5] - General System Supervisory

– [6] - RF Jam

– [7] - PC5204 Low Battery Trouble – [8] - PC5204 AC Trouble


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• [2] - AC Trouble: This trouble condition is generated when AC power is removed from

the control panel

• [3] - TLM Trouble (Telephone Line Monitor): This trouble condition is generated when the control panel loses the telephone line connection between RING/TIP (less than

3vdc)

• [4] - FTC Trouble (Failure To Communicate): This trouble condition is generated

when the control panel fails to report a signal to the central station

• [5] - Zone Fault Trouble Including Fire Zones: A zone fault condition is generated due to any of the following:

– Wireless - If a wireless device fails to report a status or supervisory signal within

the wireless supervisory window – DEOL (Double End Of Line) - If a short circuit is detected.

– Fire Zone - If an open circuit is detected.

• [6] - Zone Tamper Trouble: A zone tamper condition is generated due to any of the

following: – Wireless - If the tamper on a wireless device is violated (cover is removed,

device removed from backplate) – DEOL (Double End Of Line) - If a open circuit is detected

• [7] - Wireless Device Low Battery Trouble: This trouble is generated when a low

battery condition is detected on a wireless device

• [8] - Loss of Time/Date Trouble: This trouble condition is generated when the

internal clock (time/date) needs to be reset due to a loss of power (AC/DC)

[*][3] – Alarm Memory

This command is used to display zones which were in alarm during the last armed state.

o Operation: [*][3] o Notes:

o alarm memory will be cleared when the system is rearmed. o If the alarm memory has been cleared, the event buffer can be used to display

previous alarms

o alarm memory is clear the next time the control panel is armed

[*][4] – Enable/Disable Door Chime

This command is used to enable/disable the door chime feature.

• Operation: [*][4] – Enabled = 3 beeps, „CHIME ON‟ is displayed for 2 seconds

– Disabled = 1 tone, „CHIME OFF‟ is displayed for 2 seconds


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[*][5] – Access Code Programming

The following table identifies available user codes:

Adding/Editing User Code

1. Step 1 - Enter [*][5][Master Code] 2. Step 2 - Enter user code number

3. Step 3 - Enter new 4-digit code

Deleting User Code

1. Step 1 - Enter [*][5][Master Code] 2. Step 2 - Enter user code number

3. Step 3 - Enter [*]

Access Code Attributes - Partitioning

1. Step 1 - Enter [*][5][Master Code] 2. Step 2 - Enter [98]

3. Step 3 - Enter user code number 4. Step 4 - Enable/disable options [1] – [8] for required partition access for the selected

user code

Access Code Attributes - Code Options

1. Step 1 - Enter [*][5][Master Code] 2. Step 2 - Enter [99]

3. Step 3 - Enter user code number

4. Step 4 - Enable/disable desired option

Option [1] User can enter User Code Programming section with this code

Option [2] Duress Reporting Code is sent whenever this code is entered

Option [3] – Bypass: This option is only applicable when the toggle option 'Bypass

Requires Code' is enabled (Section [015], Option [5] ON). If enabled, this access code may be used to enter the bypass mode. If this option is enabled (Bypass

Requires Code), the user must enter a code with the 'Bypass' attribute enabled after entering [*][1] before the keypad will enter the bypass mode.

Option [4] - Escort5580 Access: This option is applicable when attempting to

access an Escort5580 remotely. When the Escort5580 answers remotely, and the

user has successfully entered the 3-digit 'Escort Access Code', the Escort5580 will prompt for an access code. The code entered must have this access code attribute

enabled in order to gain access Option [7] - Bell Squawk On Access Code Entry: If enabled, a bell squawk will

only be performed when an access code is used to arm/disarm.

Option [8] - One-Time User Code: If enabled and this user code performs a

disarming, the system will delete the 4-digit user code the next time the control panel

is armed. Any of the 32 user codes can be programmed to be one-time use codes.


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[*][6] – User Functions

Programming options

This command allows the following features to be performed: • Set Time/Date

• Enable/Disable Automatic Arming

• Set Automatic Arming Time • System Test

• Enable DLS Window • User Initiated Call-up

Operation: • Enter [*][6] + [Master Code]

[1] Program Time and Date: Enter the time and date using the following format [HH:MM]

[MM/DD/YY]. Program the time using military standard (e.g., 8:00 pm = 20:00 hours).

[2] Auto-arm/Auto-disarm Enable/Disable: The keypad will emit 3 rapid beeps if the Auto-

arm/disarm feature is now enabled and a steady 2-second tone if it is now disabled.

[3] Auto-arm Time/Day: Press the number corresponding to the day of the week (1=Sunday, 2=Monday etc.) followed by the autoarm time. Program the time using military standard (e.g.,

8:00 pm = 20:00 hours).

[4] System Test: The panel will perform the following; activate the bell output, keypad buzzer

and all keypad status lights for 2 seconds, test the backup battery and transmit a reporting code to the central station (if programmed).

[5] Enable DLS: The panel will temporarily enable DLS for 6 hours.

[6] User Initiated DLS: The panel will attempt to call the DLS computer.

[7] For Future Use

[8] User Walk Test - User walk test mode is initiated/terminated.

LCD Options

Additional LCD options are available when access the „User Functions‟. These options are as following:

• Event Buffer • Contrast *

• Brightness *

• Buzzer Volume* * To adjust the options, use the keypad scroll buttons. When the desired option appears on the

display press the [*] button to select. Use the scroll buttons to select the desired level. Press [#] to exit


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Event Buffer

The event buffer stores the last 500 events generated on the system. These events include: • Alarms/Restores

• Troubles

• Tests • [*] Commands

Viewing Events:

1. Step 1 – [*][6]+ [Master Code or Supervisory Code]

2. Step 2 – Press [*] when „View Event Buffer‟ is displayed 3. Step 3 – The display will show the most recent event (Event 001)

Each event is display in 2 separate levels:

• Level 1 – displays the number of the event (The most recent event is 000), followed by the partition label

• Level 2 – displays the description of the events which occurred

Notes: • pressing [*] at any time will toggle between level 1 and level 2 of an event.

• pressing the arrow keys (right/left) will scroll through events • when a new event is logged, the oldest event stored will be erased

[*][7] – Command Outputs

This command provides the ability to activate/deactivate PGM outputs programmed as a

„Command Output‟ option.

Operation: • [*][7] + [1] or [*][7] + [1] + [Access Code]

• [*][7] + [2] or [*][7] + [2] + [Access Code]

• [*][7] + [1] or [*][7] + [3] + [Access Code] • [*][7] + [2] or [*][7] + [4] + [Access Code]

[*][8] – Installer Programming

This command allows the user to enter „Installer Programming‟.

Operation: [*][8] + [Installer Code]

Notes: o The default installer code is „5555‟.

o The system must be disarmed before entering installer programming o Attempting to enter installer programming while armed, the keypad will emit a long

steady tone for 3 seconds after [*]8] is entered and the LCD keypad message

„Function Not Available‟ will also be displayed


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[*][9] – No-Entry Arming

If armed using this method, all „Delay‟ type zone will become instant (no entry delay) and all

„Stay/Away‟ type zone will be automatically bypassed

Operation: [*][9] + [Access Code]

Note: [*][1] may be used after arming in this mode if „Stay/Away‟ zones are to be active

[*][0] – Quick Arm/Quick Exit

• [*][0] – Quick Arm: – This command is used to arm the control panel without using a user access code.

– Operation: [*][0] – Note: this feature is performed while the system is disarmed

• [*][0] – Quick Exit:

– When performed, this command will enable a 2 minute window. During this window any one delay type zone (Delay 1 or Delay 2) may be violate and then

restored once. – Operation: [*][0]

– Notes: • this feature is performed when the system is armed

• if the delay zone is not restored when the 2 minute window expires,

entry delay will begin


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Keypad Programming

Labels

Custom labels can be programmed for each zone to make operation of the system easier for the

end user. Each label can up to 14 characters in length 1. Enter [*] [8] [Installer Code] to get into Programming

2. Press [*] to get into LCD Programming 3. Enter the 3 digit Section Label Number

– Section [001] to [064] Zones 1 to 64 Labels

Note: Use Keypad 8 to Program all the labels to then be able to broadcast them to other keypads

4. The keypad will display the presently programmed label

5. Use the arrow keys (<>) to move the underline bar underneath the letter to be changed 6. Press the number key [1] through [9] from one to four times to get the required letter or

number [1] = A, B, C, 1 [4] = J, K, L, 4 [7] = S, T, U, 7

[2] = D, E, F, 2 [5] = M, N, O, 5 [8] = V, W, X, 8 [3] = G, H, I, 3 [6] = P, Q, R, 6 [9] = Y, Z, 9, 0

[0] = space

7. Press the [*] key to bring up the LCD menu:

Save Saves the label Change Case Changes between upper and lower case

ASCII Entry Allows you to enter special characters

Clear to End Clears label from underline bar to end Clear Display Clears label

8. Scroll to the required option and press [*] to select it

Global Label Broadcast

[998] Initiate Global Label Broadcast: All LCD programming is done per keypad. If more than one LCD keypad are present on the system, and the PC5400 receives labels, labels programmed at

one keypad can be broadcast to all other LCD keypads. Perform the following procedure in order

to broadcast labels: 1. Step 1 - Program one the Keypad 1 completely.

2. Step 2 - Make sure all LCD keypads are connected to the Keybus. 3. Step 3 - Enter Keypad Programming, then enter section [998] at the keypad that

was programmed. The keypad will now broadcast all the information

programmed to all the other LCD keypads on the system. 4. Step 4 - When the keypad is finished press the [#] key to exit.


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Users Display Masks

Keypad Options


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Summary

1. What means the System Trouble Message “General System Trouble”?

2. Is it possible to configure a User code for ONE use only? 3. When is the Alarm Memory cleared?

4. How can I see the event Buffer?

5. What events are store in the Event Buffer? 6. How can I Switch from Stay to Away mode arming?


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Chapter 4: Programming

41

4 Programming

Objectives

After successfully completing this training the student should be able of:

o Know how to program the Panel Zones

Partitions PGM

Communications, etc.

o Know how to detect additional modules

Programming Navigation

Overview

When you are in the programming

sections, the keypad will display which options

are turned on along the top of the display. To turn an option on or off, press the number

corresponding to the option on the number pad. The numbers of the options that are currently

turned ON will be displayed. For example, if options 1 and 4 are on, the display will look like

diagram shown on the different keypad

displays.

Installer Menu

To enter Installer programming:

o Step 1 – Enter [*][8] + [Installer Code]

The default installer code is [5555] The Armed and Ready lights indicate programming status:

Armed Light ON Panel waiting for 3-digit section number

Ready Light ON Panel waiting for data to be entered Ready Light FLASHING Panel waiting for HEX data to be entered

o Step 2 – Enter the required 3-digit installer programming section („Enter Section‟ will be displayed)


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Section Number Programming

This is the traditional method of programming and allows the user to enter any programming section. When using this method, there are two types of programming sections:

o Toggle Sections

o Data Sections: Decimal or Hexadecimal

Programming Decimal Data

Enter a three digit Section number

For example, Section [310] for the System Account Number. The keypad will enter the

Program Section and display the data programmed Data

Enter another three digit Section number

For example, Section [001] for Zone 1-8 Definitions

The keypad will enter the Program Section and display the data programmed

Some decimal data Program Sections consist of several 2 or 3 digit entries

As each two or three digit entry is made, the keypad will advance to the next option in

the Program Section and double beep the keypad buzzer

After all of the two or three digit options are programmed the keypad will exit the

Program Section

You can also press the [#] key to exit a Program Section before programming the

entire Section

Programming HEX Data

Hexadecimal (or HEX) digits are sometimes required for phone numbers, account

numbers or reporting codes HEX digits are represented by letters [A] - [F]

To enter a HEX digit, press the [*] key

To enter a HEX digit, press [1] - [6]

o [1] = HEX [A] [4] = HEX [D] o [2] = HEX [B] [5] = HEX [E]

o [3] = HEX [C] [6] = HEX [F]

When finished, press the [*] again to exit HEX programming

The Ready light will come on solid

Tech Tip - The keypad remains in HEX programming until the [*] is pressed again. For

example, to program [ABCD] press [*] [1] [2] [3] [4].


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Programming Toggle Data

Toggle Sections are used to enable or disable individual features

Enter a three digit Section number

For example, Section [013] for First System Option Code

The keypad will enter the Program Section and display the data programmed

Press the number for the option you want to turn on or off

For example, to enable normally closed loops, press [1]

The dash will be replaced with the number as the option is now on

Continue pressing numbers to turn on or off the required options

Once the options are programmed, press the [#] key to exit


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Program Zones

Zones Definitions

Programming zones is a 3 step process: Step 1 - Zone Definitions, Section [001] to [004]

o Section [001] - Zone Definitions, Zones 1 – 16

o Section [002] - Zone Definitions, Zones 17 – 32

o Section [003] - Zone Definitions, Zones 33 – 48 o Section [004] - Zone Definitions, Zones 49 – 64

Enter the 2 digit zone definition for each zone

Zone Attributes

Step 2 - Zone Attributes, Section [101] to [164]

o Section [101] for zone 1, [102] for zone 2 etc…

o Toggle the appropriate options ON or OFF o Section [101] for zone 1, [102] for zone 2 etc…Toggle the appropriate options

ON or OFF [1] ON: alarms are audible (bell output). OFF: alarms are silent

[2] ON: the bell output is steady (burglary). OFF: the alarm output

pulses (fire). [3] ON: a zone violation or restoral will activate Chime. OFF: Chime is

not activated. [4] ON: the user can manually bypass the zone using the [][1]

command. OFF: the zone cannot be manually bypassed. [5] ON: the partition can be armed even if the zone is violated (the

zone will not affect the Ready status). OFF: the zone must be secure

before arming.


45

[6] ON: the system shuts down alarm reporting after the programmed number of alarms has occurred. OFF: the panel will always report the

event if an alarm occurs.

[7] ON: the system delays reporting the event for the time programmed for the Transmission Delay time. OFF: the panel

immediately transmits the reporting event when an alarm is detected. [8] ON: the zone is either a wireless or addressable device. OFF: the

zone is a hardwire zone (main panel, zone expander or keypad zone).

[9] ON: the zone has the Cross Zone feature enabled. OFF: the zone functions normally.

[10]-[13] For Future Use [14] ON: zone requires a normally-closed loop OFF: the zone will follow

the EOL configuration in Section [013] [15] ON: zone requires a single End-of-Line resistor OFF: the zone will

follow the EOL configuration in Section [013]

[16] ON: zone requires double End-of-Line resistors OFF: the zone will follow the EOL configuration in Section [013].

Tech Tip - Every time you change a zone definition, the attributes will change to the defaults

for that zone definition. Always program zone definitions before attributes.

Partition Assigment

Step 3 - Enable Partitions, Section [201]

o At default only Partition 1 is enabled

o To turn on any of Partitions 2 – 8 turn ON the toggle option in Section [201] Section [201] – Partition Selection Mask

Step 4 - Enable Zones, Section [202] to [265]

At default only zones 1 to 16 are enabled on Partition 1

Additional zones must be enabled before they will operate


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Toggle the appropriate options ON to enable a zone

Lab

• Configure the available zones as:

– Zone 1: Delay

– Zone 2: Interior Stay/Away – Zone 3: Instant

• Enable Partitions 1 and 2 • Assign:

– Zone 1 and 2 to Partition 1

– Zone 3 to Partition 2 • Arm the System and create alarms to see how the system behaves. Write down your

conclusions.


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Section [030] Fast Loop Response

This section is used to determine the Loop Response Time for the main panel zones. ON: the loop response time will be 36 mS.

OFF: the loop response time will be 400 mS

Keypad Zones

Each keypad has a zone input that can be

used as an extra zone or to replace an existing zone

Wire the contact across „Z‟ (zone) and „B‟

(keypad black) Wire for the same EOL resistor as panel zones

Programming keypad zones is a 2 step process

o Step 1 - Keypad Address Assignment, Section [000] A keypad can be assigned to it‟s own address for supervision purposes

and must be if the zone input is to be used

At default, all LED keypads are assigned to address #1, all LCD keypads are assigned to address #8

Enter Section [000], followed by [0] for address assignment The first digit is the partition, the second is the address

Enter [11] for partition 1, address #1, [22] for partition 2, address #2

Tech Tip - If there is one or more LCD5500 keypads on the system, make sure one is assigned

to address #8. As long as one is assigned to address #8 you will be able to upload and download LCD programming (for example, zone labels).

o Step 2 - Keypad Zone Assignment, Section [020] For each keypad address, program the 2 digit zone number that the

keypad zone will be, from [01] to [08] Enter [00] if that keypad address is not being used for a zone

If you enter a number for a zone that already exists on the main board (from [01] to [08]) the panel will ignore the existing zone and use the

keypad zone instead

If you enter another number ([09] or [10]) these will be zones in addition to the 8 on the main panel


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Partition or Global Keypad

Partition Keypad

o Keypad will display status of the partition it is assigned to o All keypad functions will pertain to the assigned partition

Global Keypad

o Keypad will not display status (exception – trouble)

o Keypad will not function until a partition is selected o To „force‟ a keypad into the „Global‟ mode, press and hold the [#] key for three

seconds LED/ICON Keypad – press and hold [1] to [8]

LCD Keypad – scroll to desired partition and press the [*] key

Zone Conflicts Common Issues

• Two or more spots for a Zone:

– Ex: PC1864 with a PC5108 configure as Zones 9 to 16 • If you configure the Keypad Zone as Zone 10 :

– Zone Fault Trouble – Zone Remains Violated

– Goes into false alarm right after arming

Lab

If available Configure:

o A Keypad as 18 o Second Keypad as 27

Program 3 User Codes:

o Assign the User 01 to Arm/Disarm Partitions 1 and 2.

o Assign the user 02 to Arm/Disarm the Partition 2. o Assign the user 03 to Arm/Disarm the Partition 1.

o Arm/Disarm the different Partitions each user is assign to.


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System Times

Programming

Section [005] - System Times

o Used to program the entry and exit delay times for each partition and the bell cut off time for all partitions

Lab

• Change the Partition 1 and 2 Entry and Exit delays to 5 seconds

• Change the Bell time to 10 seconds


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System Programming

There are a number of Program Sections that are use to determine General System Operation.

Installer Code

Section [006] - Installer Code

o Used to enter a new Installer Code

Keypad Lockout

It‟s Used to program the # of bad codes and the lockout duration. To disable Keypad Lockout,

program [000] for # of bad codes

System Options Codes

These Sections contain various toggle options that determine how the panel will operate, such

as the type of EOL resistor used, bell squawk options, telephone line monitor enable etc…

Typically these options will be configured the same on most installations


51


52


53

System Timers

These program sections are used for various timers within the panel. Enter the required section and program the three digit time

Section [165] to [176] – System Timers


54

PGM Programming

Definition

The PGM outputs are normally open circuit and will switch to ground when activated. There are 41 different PGM output options available. A complete description of PGM output option can be

found in the Installers Manual.

Programming PGM Outputs is a 3 step process

o Step 1 - Program the PGM output options o Step 2 - Program PGM output attributes

o Step 3 - Program PGM output partition assignment

Step 1 - PGM Outputs - Section [009], [010] and [011]

o Program the 2 digit option for each PGM output

o Section [009] – PGM1 and PGM2 Programming The main panel has 4 PGM outputs, PGM1 thru PGM4

PGM outputs 1 and 2 are programmed in this section o Section [010] – PGM 3 to 10 Programming

This program section is for PGM 3 and 4 on the main panel and the PC5208 outputs

If PGM 3 and 4 are being used as well as a PC5208 PGM3 will work the

same as output 1 on the PC5208 and PGM4 will work the same as output 2 on the PC5208

o Section [011] – PC5204 PGM Outputs (PGM 11-14) This program section is for the PC5204 outputs


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Attributes

Step 2 - PGM Attributes - Section [501] to [514]

o These Sections are used to customize the operation of each PGM output. Find the output option in the Installation Manual to determine which toggle options

are used and what they do.


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Partition Assignment

Step 3 - PGM Partition Assignment - Section [551] to [564]

o Enable the partition(s) that each output will work on o PGM types [25], [29], [35] - [41] are not partition specific

Zone Follower Assignment

If a Zone Follower PGM type 29, 35-41 is used, the PGM Output Partition Assignment will be treated as a PGM Output Zone Assignment. Each Zone Follower PGM applies to a different bank of zones as in the below table.

Lab

• Program the PGM outputs available as follow:

– PGM1 to follow the Partition 1 “System Armed State”. – PGM2 to follow “System Event” in Partition 1 and 2, with a Temporally

activation of 7 seconds. – PGM3 (if available) to follow Partition 3 “Ready to Arm” state.

– PGM4 (if available) to be activated by “Command Output # 4 ([*][7][4])” and the system should ask the Master Password.

• Test all the PGM activation.


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Communicator Programming

Phones numbers

Programming the communicator is a Quick 3 step process Step 1 - Phone Numbers, Section [301] to [303]

o Section [301] - First Telephone Number

o Section [302] - Second Telephone Number

o Section [303] - Third Telephone Number HEX digits are sometimes required for special functions

HEX [A] = Not Used HEX [D] = Dial Tone Search

HEX [B] = „*‟ key HEX [E] = 2 second pause

HEX [C] = „#‟ key HEX [F] = End of Phone

Number

Note: Typically, the 1st phone number is used for central station reporting, the 2nd phone

number for the pager feature. The 3rd phone number is a dedicated back up number for phone number 1. Phone numbers are 32 digits in length, which may be required for the pager feature

o Enter the phone number, then press the [#] key to exit

o If Call Waiting needs to be disabled program the Call Waiting Cancel String in Section [304] and turn on Option [4] in Section [382] to enable the feature

Section [310] to [318]: Account number

Step 2 - Account Numbers, Section [310] to [318]

o Section [310] – System Account Number

This account number is used for events generic to the entire system (i.e. troubles, test transmission etc.). Can be up to 6 digits in length for

SIA format only.

o Section [311] to [318] - Partition 1 to 8 Account Numbers These account numbers are 4 digits in length and are used for partition

events when using a format other than SIA (i.e. alarms, openings and closings, etc.)

o Program the 4 or 6 digit account number When using Contact ID or a pulse format, if the account number has a

digit [0], replace it with a HEX digit [A]


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Section [350] – Communicator Format Options

Step 3 - Communicator Format Options

o Section [350] – Communicator Format Options Each central station telephone number of the panel can be

programmed to report using any one of the 5 formats available. The

following formats are supported: Pulse (10 and 20 BPS), Contact ID, SIA, Residential Dial and a Pager format.

Section [320] to [349] Reporting Codes

Program the reporting code for all events to be transmitted. The panel also supports

Automatic SIA and Automatic Contact ID reporting. Program data [00] to disable the reporting of an event. If any other data is programmed (Data [01] to [FF]) the panel will automatically

generate the correct reporting event when transmitting to the central station.

For all formats excluding Automatic SIA and Automatic Contact ID, the panel will not

attempt to report an event if data [00] or data [FF] is programmed for the reporting code.


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Section [351] to [376] Communicator Call Direction Options

Reporting events are categorized into 5 groups; Alarm/Restore, Opening/Closing,

Tamper Alarm/Restore, System Maintenance and Test Transmissions. Program which Phone Number the control panel will use to transmit reporting events by turning the

option ON in the correct Section. Phone Number 1 and/or Phone Number 2 can be

used.

Section [377]: Communication Variables


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Section [380] to [383] – Communications Option Codes


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Auto Arm/Disarm

Auto Arming Schedule

Section [181] to [188] – Automatic Arming Schedules

Enter a four-digit number (HH:MM) for each day that the system will Auto-arm on each

partition (Section [181] for Partition 1 through section [188] for Partition 8). Valid entries are 0000-2359. All entries are disabled (9999) by default.

Tech Tip – Automatic arming must be enabled in [*][6][Master Code] programming on each partition before the partition will auto arm at the programmed time on the programmed day

Section [190] – No Activity Arming Pre-Alert

o This section contains the no activity arming keypad buzzer pre-alert

Section [191] to [198] – No Activity Arming Timers

o These sections program how many minutes of no activity for each partition

before the partition no activity arms Section [199] – Auto Arming Pre-Alert Timer

o This section contains the scheduled auto arming keypad buzzer pre-alert


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Auto Disarming Schedule

Enter a four-digit number (HH:MM) for each day that the system will auto-disarm for each partition (Section [681] for Partition 1 through section [688] for Partition 8). Valid entries are

0000-2359. All entries are disabled (9999) by default.

Auto-Disarm Holiday Schedule

Enter a six-digit number (MM:DD:YY) for each day that the system will skip auto-disarm for each partition (Section [691] for Partition 1 through section [698] for Partition 8). Program

[99][99][99] to disable Auto-Disarm schedule. All entries are disabled by default.

Lab

• Configure the Partition 1 to be Armed automatically in 3 Minutes • Configure an Auto disarm Schedule to Disarm Partition 1 in 5 minutes


63

International Programming


64

Special Installer Functions

Overview

[899] Template Programming

[900] Panel Version Displayed

[901] Installer Walk Test Mode Enable/Disable

[902] Module Supervision Reset

[903] Module Supervision Field

[904] Wireless Module Placement Test

[989] Default Master Code

[990] Installer Lockout Enable

[991] Installer Lockout Disable

[993] Restore Alternate Communicator to Default Programming

[995] Restore Escort5580 to Default Programming

[996] Restore PC5132 to Default Programming

[997] Restore PC5400 to Default Programming

[998] Restore PC59xx to Default Programming

[999] Restore Control Panel to Default Programming

Installer Walk Test

Section [901] - Installer Walk Test

o To enable walk test, simply enter Program Section [901]

o Every time a zone is violated, the panel will squawk the siren, log to the buffer and communicate the signal to the central station

o To disable the test, enter Program Section [901] again

Installer Lockout

Section [990], [991] - Installer Lockout

o Installer lockout is used to prevent someone from taking over a system. To

enable installer lockout, enter Program Section [990], followed by the Installer Code, followed by [990] again

o This is done to prevent someone from enabling the option accidentally

o When enabled, a hardware default will not work however, a software default can still be performed

o To disable installer lockout, enter Section [991], followed by the Installer Code, followed by [991] again

Software Default

Section [993], [995] to [999] - Software Default

o At times it may be necessary to default a module or the main panel o To default either the main panel or a module enter the appropriate 3 digit

section number, the installers code, and then the 3 digit section number again o For example, if the PC5132 receiver is to be defaulted enter section

[996][installers code][996]


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Hardware Default

If the installer code is lost, and provided the installer lockout feature is not enabled, a

hardware default can be performed to reset the panel to factory defaults To do a hardware default, do the following:

1. Power down the panel (AC and battery)

2. Remove all wires connected to PGM1 and Z1 and short them

3. Power up the panel and wait until zone 1 shows open (~10 seconds) 4. Remove power, remove the short, reconnect original wires

5. Power up the panel


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Summary

1. Name the arming methods 2. How many Keypads can be connected to a PC1864?

3. Name the steps for Zone Programming?

4. What value is used in Phone number 1 section be program the panel to use TCP/IP communication?

5. How can you view the alarms? 6. How does a zone that belongs to more than one partition works?

7. If you change a zone definition, what happens to it attributes?

8. How does a Partition 1 Keypad show events or failures from other partitions? 9. What section is used to Program the Zones Resistor Wiring?

10. How many PGM can be programmed? 11. Can I program the PGM to be activated only 5 seconds?

12. Where do i disable the communication?

13. What‟s the Communication variable “Swinger shutdown” for? 14. What‟s the difference between automatic arming and No activity arming?

15. What‟s the Installer lock out for? 16. What‟s the difference between Stay and Away Arming?

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5 Modules

Objectives


o Know how to connect and Program the additional modules supported by the PowerSeries Panels

Modules Supervision

Section [902], [903] - Module Supervision

When a new module is connected, the panel will „see‟ it within a minute and begin to supervise

it. To view what modules are connected, enter Section [903], use the arrow keys to scroll through the list of modules. If a module is connected and then removed, module supervision

must be reset. To reset module supervision, enter Section [902] and the panel will re-scan the system

Zone Expander – PC5108

Overview

The PC5108 module can be used to add 8 additional hardwire zones to the Power Panels.

• Current Draw: 35mA (module only) • AUX Output: 100mA maximum, PTC protected

Terminal Description

Jumper Settings

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PC5132-433 Wireless Receiver

Overview

The RF5132 wireless is an economical way to add wireless capability to any PowerSeries control panel. The module supports up to 32 wireless detectors and up to 16 wireless detectors keys.

• Compatible Control Panel: All PowerSeries control panels

• Current Draw: 80mA • Number of wireless zones: 32

• Number of wireless keys: 16 • Transmission Frequency: 433MHz

• Range: 300 meters open range

Terminal Overview

RED, BLK, YEL, GRN: These terminals are

used to connect the RF5132-433 to the Keybus of the control panel.

Receiver Location

The best location to mount the wireless receiver is: o A location that is central to the placement of all wireless devices

o As high as possible (if the receiver is mounted in a basement, place the module

as high and as close to the underside of the first floor as possible. The range of the module will be reduced if the unit is mounted below ground level.

o Far from sources of interference, including: electrical noise (computers, televisions and electric motors in appliances and heating and air conditioning

units); large metal objects like heating ducts and plumbing which may shield

the antenna and high-current electrical wiring o Can be wired up to 750 ft. / 230 m from the main panel with 22 gauge wire

Compatible Wireless Devices

The RF5132-433 v5.X can receive signals from the following devices:

o WLS904L-433 Motion Detector

o WS4916 Smoke Detector o WLS904PL-433 Pet Immune PIR

o WS4938 Panic Button

o WLS906-433 Smoke Detector o WS4939 Wireless Key

o WLS912L-433 Glass Break Detector o WS4949 2-Button Wireless Key

o WLS914-433 Pet Immune PIR

o WS4959 5-Button Wireless Key o WLS919-433 Wireless Key

o WS4969 Wireless Key with LED o WLS925L-433 Mini Door/Window Contact

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Enrolling Wireless Zones

Enrolling wireless zones is a two step process: 1. Program the device serial number

2. Enable the „Wireless‟ zone attribute

Step 1 – Program the Wireless Zone Serial Number

1. Enter Installer Programming – [*][8][Installer Code] 2. Enter Section [804]

3. Enter the Zone Number to be Programmed, Wireless Subsection [01] to [32] 4. Enter the 6-digit serial number of the wireless device

Step 2 – Enable the Wireless Attribute:

1. Ensure that the wireless attribute - toggle option [8] - is enabled for each wireless zone, Section [101] to [132]

Note: When enrolling a wireless smoke detector, ensure that the zone definition is programmed as either [87] - Delayed 24Hr Fire (Wireless) or [88] - Standard 24Hr Fire (Wireless).

Tech Tip – Only zones 01-32 can be programmed as wireless zones.

Placement Test

It is important to perform a „Module Placement Test‟ for all devices to ensure each is able to transmit signals to the receiver properly. This will help prevent possible problems in the future.

To perform a placement test, perform the following: 1. Temporarily mount the wireless device in the intended location

2. Enter Installer‟s Programming – [*][8][Installer Code]

3. Enter Section [904] 4. Enter the Zone Number, Wireless Subsection [01] to [32]

5. Activate the Device: Wireless Motion Detectors:

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Remove the detector from its mounting plate to violate the

tamper. Wait 5 seconds and reattach Wireless Smoke Detectors:

Remove the detector from its mounting plate to violate the

tamper. Wait 5 seconds and reattach

Wireless Door/Window Transmitters: Violate the device by moving the magnet away from the read

switch. Wait 5 seconds then replace

Wireless Glassbreak Detectors: Press and hold the tamper tab located on the base of the

device for 5 seconds, then release

6. Test result: Result LCD Keypad Buzzer/Bell

Good „Good‟ 1 Beep/Squawk

Bad „Bad‟ 3 Beeps/Squawks

Continue to activate the device until there are 3 „Good‟ results in a row. If a „Bad‟ test result is received, relocate the device and continue to activate the device until 3 „Good‟ test results are

received.

Note: If a „Bad‟ test result is received, the device may only have to be moved a few inches to correct the result. Do not mount a wireless device in a location where a „Bad‟ test result is received.

Zone Conflicts Common Issues

Two or more spots for a Zone:

o Ex1: PC1864 with a PC5108 configure as Zones 9 to 16

If you configure a Wireless devices as any Zone from 9 to 16 you‟ll get the following troubles:

Zone Fault Trouble

Zone Remains Violated

Goes into false alarm right after arming

o Ex2: Keypad Zone programmed as Zone 10 If you configure a Wireless devices as any Zone 10 you‟ll get the

following troubles:

Zone Fault Trouble

Zone Remains Violated

Goes into false alarm right after arming

Lab

• Connect your RF5132 module to the system • Check the system has recognize it in section 903

• Enroll your wireless devices • Do the Placement Test

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Enrolling Wireless Keys

The RF5132 supports all 433MHz wireless keys available. Enrolling wireless keys is a two step process:

1. Program the wireless key serial number

2. Program the wireless key options

Step 1 – Program the Wireless Key Serial Number 1. Enter Installer Programming – [*][8][Installer Code]

2. Enter Section [804] 3. Enter the key number to be programmed, Wireless Subsection [41] to [56]

4. Enter the 6-digit serial number of the wireless key

Step 2 – Program the Wireless Key Options 1. Enter Installer Programming – [*][8][Installer Code]

2. Enter Section [804]

3. Enter Wireless Subsection [61] to [68] for Partitions 1 to 8 respectively 4. Enter 4, two-digit options to program the buttons for all keys assigned to the

partition

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Identified Wireless Keys

Reporting by the system of openings/closings by individual wireless keys and command output [*][7] activation by wireless key buttons may be supported on certain control panels. To

do this, the system will reserve access codes 17 – 32 for wireless keys 01-16 respectively. You

must program one access code for each wireless key (using [*][5] access code programming) for this feature to work correctly.

NOTE: Program these access codes on the system after you have connected the RF5132-433 to the Keybus.

Opening/Closing By Wireless Key Reporting

To enable the reporting of openings and closings by identified wireless keys:

o Make sure the control panel is v2.0 or higher o Program a valid access code for each key

o Program a closing and opening reporting code for each key‟s access code o Turn off the Quick Arm option in section [015] option [4] of the control panel

programming

To ensure that an unidentified wireless key cannot disarm the system, turn off section

[017], option [1] (in the control panel programming). This option is available in control panels with software version 2.1 or higher.

Lab

Enroll your Wireless Key and Program the Functions Keys as:

o Stay Arm o Away Arm

o Disarm o Panic

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SubSection [81] – Wireless Supervisory Window

Each wireless zone will report a supervisory signal to the receiver once every 64 minutes. If the wireless receiver does receive at least one of these supervisory signals before

the programmed amount of time, the system will generate a zone fault.

o The time is programmed in 15-minute increments. The default value is 96 ( or 24 hours).

o Section [82] to [85] – Zone Device Supervision Options, Zones 1 to 32: o Supervision can be disabled for certain wireless devices (for example, panic

that may be taken off premises). At default, all wireless devices will be supervised. To disabled supervision of a wireless device, turn OFF the

respective toggle option in wireless sub-section [82] to [85].

SubSections [82] to [85] – Zone Device Supervision Options

Section [90] – Wireless Toggle Options

Option [7] – RF Jam:

o The wireless receiver constantly monitors the background noise level. If it

detects enough background noise to potentially block the reception of wireless transmissions, the system will generate a RF5132 module tamper. At default,

RF Jam detection is enabled. To disable RF Jam, turn Option [7] ON in wireless subsection [90].

Option [8] – Global Placement Test:

o Normally when performing a Module placement Test, each zone must be tested individually. The Global Placement Test option allows the installer to test all

wireless zones without having to go back to the keypad to change which zone

is being tested. To enable the Global Placement Test, turn Option [8] ON is wireless subsection [90].

o To perform a Global Placement Test, enter Section [904], then enter wireless subsection [01]. The system will provide a test result as each wireless device is

activated.

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Section [93] – RF Jam Detect Zone

If the RF Jam Detect Zone is programmed as [00], the system will generate a generic

RF5132 General System Tamper trouble if an RF Jam condition is detected. Alternatively, an unused zone can be assigned to this function to differentiate between

a module tamper and an RF Jam condition.

To assign an unused zone to the RF Jam feature, perform the following:

o Enter Installer‟s Programming – [*][8][Installer Code] o Enter Section [804]

o Enter the 2-digit zone number to be used, wireless subsection [01] to [32] o Program the serial number as data [200000]

o Enter wireless subsection [93] o Enter the 2-digit zone number being used as the RF Jam Detect Zone

o Disable supervision for the RF Jam Detect Zone in Section [82], [83], [84] or

[85]

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RF5108-433 Wireless receiver

Overview

This Module allow you o connect 8 wireless detection devices to the Power Series control panels. It operates at 433 MHz.

Specifications and Features

o Voltage: 12VDC

o Current Draw: 40mA o Zones – can receive signals up to 8 wireless zones and 8 wireless keys

o Internal Antenna o PGM Outputs: 2 Open-collector OGM outputs (50mA)

o Supervisory – Programmable supervisory window 4 – 24 hours, in 15 minutes

increments Location

o Can be wired up to 230m from the main panel with 22 gauge wire

o Connects to Keybus

Terminals

Connect the RF5108 to the 4 wire Keybus of the control panel as show. Programmable

Outputs – PGM1 and PGM2. Each output is an

open collector switch to ground. They are able to sink up to 50mA of current. If more current

is required a relay must be use.

Enrolling Wireless Devices

Enrolling Wireless Devices 1. Enter [*][8][Installer Code] to go to the installer Programming.

2. Enter Programming section [804]. 3. Enter the 2 digit number of the zone the device is to occupy (01 to 32).

4. Enter the device‟s ESN. 5. Repeat the steps until you have enrolled the 8 wireless devices.

Enrolling Wireless Keys

1. Enter [*][8][Installer Code] to go to the installer Programming. 2. Enter Programming section [804].

3. Enter a 2 digit number [41]-[48] to assign the key a slot. These numbers correspond to wireless key numbers 01-08.

4. Enter the Keys 6 digit ESN. If the keys have 5 digit enter a zero at the

beginning of the ESN (i.e ESN 54353, enrolled as 054353). 5. Repeat the Steps until all wireless keys have been enrolled.

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6. By default, all wireless keys are assigned to Partition 1. To assign keys to Partitions 2 to 8, program the appropriate partition number in section [69].

Program the Wireless Key Function Buttons

1. Enter [*][8][Installer Code] to go to the installer Programming.

2. Enter Programming section [804]. 3. Enter programming section [ 61] to [68] for keys assigned to partitions 1 to 8.

4. For each of the 4 function buttons, enter the 2 digit number of the function you want to select. Same functions as the PC5132.

5. To exit press [#].

Identified Wireless Keys

Reporting by the system of opening/closings by individual keys is supported on panels v2.0 and up. To do this the system will reserve access codes 17-24 for wireless keys 01-08 respectively.

You must program one access code for each wireless key for this feature to work correctly.

Note: Program the access codes after you have connected the RF5108 to the Keybus.

RF5108-433 PGM Outputs

Each of the PGM can be individually programmed to: 1. Follow the main panel outputs 1 to 14.

2. Activate for a programmable amount of time when a signal is received from a

wireless key programmed with output option 31 or 32 (RF5108-433 PGM pulse) and the PGM output programming section [70] or [71] is programmed with

option 15 (RF5108-433 PGM pulse). The amount of time that the PGM outputs can be programmed is done in section [72] and [73]. Default is 5 seconds.

3. Toggle state when a signal is received from a wireless key programmed with

option 31 or 32 and the PGM output programming section [70] or [71] is programmed with option 16 (RF5108-433 PGM toggle).

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WS4920 1- Way Wireless Repeater

Overview

The WS4920 is a wireless repeater module intended to extend the wireless range of DSC one-way wireless devices.

Operation When configured/installed, the WS4920 will store the required serial number

information of devices requiring extended range or are experiencing issues with communicating to the control panel‟s wireless receiver due to wireless interference. When a programmed

wireless device (programmed into the WS4920) is received by the WS4920, the WS4920 will

retransmit the wireless device‟s signal to the control panel‟s wireless receiver.

Benefits Increased 1-way wireless range*

o Transmissions from WS4945 to WS4920

300m (980ft) open air range*

o Transmissions from WS4920 to RF5132 675m (2200ft) open air range*

o Total (WS4945-WS4920-RF5132) 300m + 675m = 975m (980ft + 2200ft = 3180ft) open air range*

Improved signal quality between device and receiver

Interference Detection Feature

o Ability to determine if the mounting location is located in an area with low levels of noise and interference

Device enrolment and placement testing via onboard interface button

Each enrolled repeater only uses a single serial number

Future proof

o WS4920 doesn‟t distinguish between the type of ESN, thus supporting future

device development Future panel support

o WS4920 has a DIP switch setting that puts the repeater into future panel

compatibility mode. The future panels will include functionality to handle the repeater more seamlessly (using WS4920 Serial #2)

* range varies by receiver type, device type and environmental conditions

Features

Compatible with DSC‟s current 1-way wireless devices

Panel Compatibility:

o PowerSeries (PC1616, PC1832, PC1864)

Via PC5132/RF5132, RF5108 Receivers Via RFK55XX, RF5501 Keypads with integrated receiver

o PowerSeries 9045 o ALEXOR

Compatibility for 1-way device support

o MAXSYS (PC4010, PC4020) Via RF4164 Receivers

Visual indicators for AC, Battery and RF Jam

AC powered with battery backup (Min 24Hrs)

Ability to placement test the devices to the WS4920

Ability to placement test the WS4920 to the panel/receiver

Antenna internal to plastic enclosure

Approvals: CE

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Specifications

Operational Temp Range: -10oC to +55oC

Battery: Ni-MH, 4.8V/2.1AH

o Recommended replacement: 3-5 years Battery Backup: 24Hrs (Minimum)

Transformer: 16VAC – 18VAC, 20VA

Operating Frequency: 433.92MHz

LED indicators for AC, Battery and RF Jam

DIP switch for:

o enabling tampers

o RF Jam notification

o Legacy vs. Future panel support o Single Repeater vs. Multi-Repeater installations

Wireless System Map

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LED Information

The information provided by the front LED‟s will vary depending on the WS4920 operating mode:

Normal Mode (Cover On)

Installer Mode (Cover Off)

Note: Removing the cover will not automatically place the WS4920 into installer mode. The program button must be used to enter installer mod, press and hold for 1 second

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DIP Switches

Note: All DIP switches are set to ON by default DIP Switch 1:

o ON – Wall tamper enabled

o OFF – Wall tamper disabled

DIP Switch 2:

o ON – RF Jam notification not sent to control panel receiver o OFF – RF Jam notification sent to control panel receiver

DIP Switch 3:

o ON – Enables the WS4920 to be compatible with the following wireless receivers:

RF4164-433 (PC4164-433 not supported) RF5132-433

PC5132-433

RF5108-433 RFK55XX-433

RF5501-433 SCW9045/47

Alexor PC9155

o OFF – Future use DIP Switch 4:

o ON – Installations using 1xWS4920

o OFF – Installations using multiple WS4920

Programming Information

Enter Programming Mode:

o Step 1 – Remove the front cover

o Step 2 – Press and hold the programming button for 1 second. The WS4920

will emit one long tone. o While in the programming mode, the following may be performed:

Wireless device enrollment (for devices currently not enrolled) Placement test (for devices already enrolled to the WS4920)

Exit Programming Mode:

o Press and hold the programming button for 1 second. The WS4920 will emit 3

beeps o Put the cover back on the WS4920

WS4920 Repeater Placement Test (Interference Test)

This test is to ensure that the intended mounting location of the WS4920 is free from noise

interference. Step 1 – Enter the WS4920 programming mode. Press and hold the Programming

button for 1 second (1 long tone).

Step 2 – Monitor the yellow LED for RF traffic. If the yellow LED is on steadily, this

indicates high RF interference, therefore reposition the WS4920.

Step 3 – Exit the programming mode by pressing and holding the Programming

button for 1 second (3 beeps).

Enroll the WS4920 with the control panels wireless receiver

The WS4920 communicates with the control panel as a wireless zone. Step 1 – Add the WS4920 to a zone in the control panels wireless receiver

o This may be done manually using Section [804], sub-section [01]-[32] or using

„Quick Enroll‟ (SCW9045/47 or Alexor PC9155) Step 2 – In the control panels programming, define the WS4920 assigned zone as:

o „24Hr Non-alarm‟

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When this zone type is used and the WS4920 goes into an AC loss or low battery trouble condition, the control panel will indicate a zone

violation condition for the assigned zones

WS4920 placement test (to control panel’s wireless receiver)

This test is to ensure that there is optimal wireless transmission quality between the WS4920

and the control panel‟s wireless receiver. Step 1 – Enter the „Wireless Placement Test‟ in control panel

o Enter Section [904], then 2-digit zone number the WS4920 is assigned

Step 2 – Tamper the WS4920

Step 3 – the control panel will indicate a test result, „Good‟ or „Bad‟

o If a „Bad‟ result or no response is received, reposition the WS4920 until a „Good‟ result is received.

o 3-5 „Good‟ results are desired

Enroll wireless device to the WS4920 and placement test

IMPORTANT NOTES: Wireless devices should only be enrolled to one WS4920 Only devices experiencing wireless communications issues with the control panel‟s

wireless receiver due to range or interference are to be enrolled into the WS4920. These devices need to also be enrolled to the control panel‟s wireless receiver

Wireless devices communicating properly (receiving a „Good‟ wireless placement test result) with the control panel‟s wireless receiver do not need to be enrolled into the WS4920

Enroll Devices

Step 1 – Enter the WS4920 programming mode. Press and hold the Programming

button for 1 second (1 long tone).

Step 2 – Violate or tamper the wireless device 3 times to enroll:

o The wireless device will be enrolled after the 3rd violation or tamper is received

o After the 3rd signal is received, the WS4920 will flash the green LED and emit the „Zone Enrolled‟ tone (low to high tone) to indicate the wireless

device has successfully enrolled

o If another zone violation or tamper is received by the WS4920 from a different wireless device, the process of 3 violation/tampers must be

restarted

Placement Test Enrolled Devices

This test is to ensure that there is optimal wireless communication between each

wireless device and the WS4920. o Step 1 – Enter the WS4920 programming mode. Press and hold the

Programming button for 1 second (1 long tone)

o Step 2 – Violate or tamper each wireless device „Good‟ result – 1 beep

„Bad‟ result – 3 beeps o Repeat the test for each wireless device until 3 „Good‟ results are received. If

„Bad results are received, reposition the wireless device and repeat the placement test

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PC5320 Multiple Wireless Receiver Module

Overview

The PC5320 connects to the primary Keybus of a control panel* and provides four secondary 4-wire connections for up to four wireless receivers. The PC5320 does not provide additional zones but enables the 32 zones to be distributed over a greater area. When programming the

first wireless receiver module information, all of the information is stored identically in all of the connected modules.

Note: All receivers MUST be the same frequency & version

Programming

Wireless programming is not allowed if any of the receivers connected to the PC5320 are in supervisory trouble (i.e., missing from the Keybus). If a receiver is removed from the PC5320,

the PC5320 supervision must be reset. To reset PC5320 supervision, turn ON option [1] in section [804], subsection [97]. After resetting supervision, the PC5320 will automatically turn

the option OFF.

Press [*8] [Installer Code] [804] [97] [1] [#]

Connection

Power from Panel

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External power Supply

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84

PC5204/5208 – Output Modules

PC5204

The PC5204 can be used to provide up to 1.0A of additional current and can be used to add up to four high current programmable outputs to the PC5020 control panel.

PC5208

The PC5208 can be used to add up to 8 low current programmable outputs (PGM).

Specifications

o Current Draw: 20 mA

o Aux Current: 250 mA o Outputs: each output

o can sink up to 50 mA

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85

PC5950 Universal VOX Audio Verification Module

Overview

The PC5950 series Universal VOX Audio Verification Modules provide "Talk /

Listen-in" capability for audio verification

of alarms. The module permits the central station to monitor microphones and

communicate to the occupants through speakers. The user can also remotely

initiate audio monitoring of the premises.

• Operating Voltage 11.0 – 13.8 VDC (max)

• Current Draw (PC5900) 150mA (max) • Current Draw (PC5904) 175mA (max)

• Current Draw (PC5921) 50mA (max) • Current Draw (PC5961, PC5962) 60mA (max)

• Current Draw (PC5964) 200mA (max)

• Station Wiring Distance 500 feet (max – all stations) • Compatible Control Panels PC5010, PC5020, PC1864, PC1832,

PC1808, PC1616

The PC5950 supports two different modes of operation:

1. Keybus Mode – This mode of operation is used when the PC5950 is connected to a control

panel with a Keybus. 2. Universal Mode

– This mode of operation is used when the PC5950 is connected to a control

panel without a Keybus.

Order of operation

1. An alarm occurs. 2. The control panel communications the alarm event to the central monitoring station.

3. The central station receiver will determine if a two-way or listen-in session should be

initiated (see next slides) based on the format used and the signal received. 4. If a two-way session is initiated (audible bell output), the panel will deactivate the siren

to allow the central station operator to be heard within the location. 5. The central station operator can press different numbers on the phone to switch

between VOX, talk and listen (and other functions such as increase volume, extend the

time, hang up) to verify the alarm. [1] to talk, [2] for VOX, [3] to listen etc. 6. When the audio verification session is complete, the operator can end the session

manually (pressing [88] or [99]) or it will expire automatically when the audio duration expires (default 90 seconds).

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Terminal Overview

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87

Keybus Mode – Keybus Wiring

Keybus Mode – Station Wiring

Keybus Mode – Telephone Line Wiring

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Audio Module Configuration

Enter [*][8][Installer Code][802] on the system keypad followed by the desired subsection to program options.

Audio Options, Section [802], [10]

o The Alarm and Talk / Listen option (option 2) will occur for events from all

zones and partitions. If option 2 is not selected the Talk/Listen option will only be available when an alarm is activated.

Audio Control Options, Section [802], [30] to [37]

o These sections enable/disable specific Zone Alarms that will initiate an audio

verification session.

Ninth Audio Control Option, Section [802], [38]

o These options enable/disable system events that cause the panel to initiate Talk / Listen- In upon completion of the communication handshake. The

following system events can be programmed to initiate Talk / Listen-In.

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Microphone Input Assignment, Section [802], [40] to [47]

o Each zone on the system can be assigned to the nearest Microphone Input for Central Station Talk/Listen. Enter 01-04 for each zone on the system to assign

it to the nearest microphone input available.

Factory Default Programming, Section [998]

o When this section is successfully entered on the PowerSeries panel, all programming in the PC5900 Audio Verification Module will be returned to the

factory defaults.

o Enter [998][Installer Code][998] on the System keypad.

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IT-100 Integration Module

Overview

The IT-100 features a bi-directional RS-232 interface that accepts commands and sends event-driven or state-change commands to third-party applications, for example home automation or

HVACS system.

Compatible with all PowerSeries control panels

Bi-directional RS-232 interface

Real-time zone status

Fully programmable

4-wire hook-up to KEYBUS

Enables third parties to perform virtual keypad functions

Enables third parties to perform thermostat control functionality via the DSC Escort

module

Sample Configuration

Terminals Overview

• RED, BLK, YEL, GRN: These terminals are used

to connect the IT-100 to the Keybus of the control panel.

• LED: This LED is used to indicate the current status of the IT-100.

• DB9: This connection is used to wire the IT-100

to the third-party application.

Note: a „straight-through‟ RS-232 is required for this connection

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Additional Wiring Information

The IT-100 includes a ferrite. Ensure that it is looped through the keybus (twice) and placed as close to the IT-100 as possible.

LED Information

The IT-100 includes a ferrite. Ensure that it is looped through the keybus (twice) and placed as close to the IT-100 as possible.

Baud Rate Selection

Baud Rate Selection: The baud rate of the IT-100 is selectable using a third party applications (default = 9600 baud).

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Summary

1. What section is used to recognize the connected modules? 2. What section is used for the Wireless Programming?

3. After enrolling a wireless Device (Zone), what other configurations must be done?

4. How many keys can be enrolled into the RF5132 module? 5. Does the PC5204 allow expanding the Keybus wiring?

6. Can i configure the zone 45 in the PC1864 as wireless? 7. What options are available to expand the Wireless range?

8. How many PC5108 can I connect in a PC1864 to a PC1832 and to a PC1616?

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6 GS2060/TL260GS Installation and programming

Objectives

• After successfully completing this training the student should be able of: o Know how to install and Program the GS2060/TL260GS modules to work with

the Alexor Intruder panels

DSC IP/GPRS communicators

Overview

• Third evolution of the DSC IP modules.

• DLS 4 compatible by IP and GPRS • Programmable by panel keypad.

• Dual path high security communicator IP/GPRS • independent polling supervision by channel.

• compatible with Alexor and new power series.

• Several tools to control de IP/GPRS accounts. • GPRS & IP total module and panel programming.

TL-260/TL265

• IP communicator for new power series and Alexor

• Plug and play device. • Possibility to send events to two different central stations.

• Communications supervised.

• Communications encrypted. • High speed events Transmission.

• Panel and module remote programming by internet. • Low bandwidth requirements (80 byte per event)

• Compatible with DLS 4

TL-260GS/TL265GS

• IP & GPRS communicator for new power series and Alexor

• High Security module with the possibility to create different communication path depending of the installation requirements.

• Possibility to send events to two different IP & 2 GPRS central stations. • Communications supervised by IP & GPRS

• High speed events Transmission.

• Communications encrypted. • Panel and module remote programming by internet and GPRS network.

• Low bandwidth requirements (80 byte per event) • Compatible with DLS 4

GS-2060/GS-2065

• GPRS communicator for new power series & Alexor

• Possibility to send events to two different GPRS central stations.

• Communications supervised by GPRS • High speed events Transmission.

• Communication encrypted. • Panel and module remote programming by GPRS network.

• Low bandwidth requirements (80 byte per event)

• Compatible with DLS 4


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Installation

BEFORE YOU BEGIN Have the following ready before installation:

o PC1864/1832/1616 Control panel with backup battery

o Battery connection harness

o Keypad o Screwdriver

Installation

1. Step 1 – 1 Install and wire the communicator to

the control panel (on-site) • Assemble the communicator with

mounting bracket 2. Step 1 – 2 Install and wire the communicator to

the control panel • Insert the communicator into the cabinet

and assemble the antenna

3. Step 1 – 3 Install and wire the communicator to the control panel (on-site)

• Wire the communicator to control panel • NOTE: See details in product manual for

PC1864/1832/1616 control panel

SIM Card

Insert the SIM Card. Ensure that the module is Power Down before inserting the SIM

card. Test for best signal strength location. Ensure the SIM card is inserted Power up the

control panel. Check the Green LEDs. You must achieve full or medium signal strength. See details in product manual. If signal strength is poor, must relocate the control panel or use an

external extension antenna kits.


95

Factory Default

You can reset the programming options for the Communicator to the factory settings by installing the hardware jumper. Perform the following steps to reset the Communicator:

NOTE: Two pins require a jumper in order to reset the hardware values.

1. Remove panel front cover. 2. Locate the AUDIO/DEFAULT 5 pin connector in the middle of the Communicator board.

On the PC1616/1832/1864 panels pins 4 and 5 are on top. On the PC9155 panel, pins 4 and 5 are on the right.

3. Apply a jumper to short the hardware default pins 4 and 5.

4. Remove all power from the panel and then apply power to the panel. Wait until the two green LEDs on the Communicator begin flashing rapidly.

5. Remove the jumper from the hardware default pins 4 and 5. (Green LEDs will stop flashing).

NOTE: Your Communicator has now been reset to the factory default values


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Programming

Main Panel Programming

1. In Section [167] program 060 (seconds). 2. In Sections [301], [302], and [303], program the central station telephone number that

will be used for the GPRS/Ethernet Communicator. Valid entries are:

a. A valid telephone number; signals will be routed to the central station using the Public Switched Telephone Network (PSTN).

b. DCAA (Receiver 0): signals will be routed to GPRS/Ethernet Receivers 1 - 4 depending on programming in Section [851] [006].

c. Section [301] sets the Primary communication path, and may be configured as

either PSTN or Communicator routing. Section [302] is redundant, and Section [303] is the backup telephone number for Section [301].

NOTE: The leading digit ‘D’ in the telephone number (dial tone detection) is pre-programmed.

3. In Section [350], program the communication format as Contact ID (03) or SIA FSK

(04). NOTE: If any of the panel telephone numbers have been set to DCAA, this section must be set to [04 ].

4. In Sections [351] - [376], program the Communicator call direction options.

5. . In Section [382], ensure Toggle Option [5] „GPRS/Ethernet Module Enabled‟ is ON. If this option is OFF, the yellow status LED on the Communicator will indicate „Panel

Supervision Trouble‟ (2 flashes) and the unit can not be programmed via PC-LINK

cable. 6. In Section [401] set Toggle Option [1] „Downloading Answer Enable‟ to ON in order to

perform panel DLS session through GPRS or Ethernet.

Communicator Programming Section [851]

All options of the communicator could be programmed from the keypad. Control Panel option

[851].

NOTE: A module reset is required if any options have been changed by the keypad. System Options [001] Ethernet IP Address Default (000.000.000.000); |__|__|__||__|__|__||__|__|__|__|__|__| [002] Ethernet IP Subnet Mask Default (255.255.255.000); |__|__|__||__|__|__||__|__|__|__|__|__| [003] Ethernet Gateway IP Address Default (000.000.000.000); |__|__|__||__|__|__||__|__|__|__|__|__| [004] Receiver Supervision Interval Default (0087/135); Valid range: 0000 - FFFF. |____|____|____|____| [005] System Toggle Options

[1] Ethernet Receiver 1 Supervised Default (OFF). [2] GPRS Receiver 1 Supervised Default (OFF). [3] Supervision Type Default (OFF) 4] Primary Communications Path.

[OFF] TL260GS/TL265GS(Ethernet) [ON]GS2060/GS2065 (GPRS)

[5] Redundant Communications Default (OFF). [6] Remote Firmware Upgrade Default (ON). [7] Alternate Test Transmission Default (OFF). [8] GSM Low Signal Trouble Default (OFF).

[006] System Toggle Options 2 [1] Ethernet Receiver 1 Enabled Default (ON). [2] Ethernet Receiver 2 Enabled Default (ON). [4] GPRS Receiver 1 Enabled Default (ON). [5] GPRS Receiver 2 Enabled Default (ON). [7] DLS Over GPRS Default (ON).

[007] DNS Server IP 1 Default (000.000.000.000); |__|__|__||__|__|__||__|__|__|__|__|__| [008] DNS Server IP 2 Programming not permitted on UL/ULC listed system. Default (000.000.000.000); |____|____|____||____|____|____||____|____|____|____|____|____|

[009] Language Default (01) |____|____| Programming Options [011] Installer Code Default (CAFE); Valid range: 0000 - FFFF. |____|____|____|____| [012] DLS Incoming Port Default (0BF6/3062); Valid range: 0000 - FFFF. |____|____|____|____|


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[013] DLS Outgoing Port Default (0BFA/3066); Valid range: 0000 - FFFF. |____|____|____|____| [021] Account Code Default (FFFFFF); Valid range: 000001 - FFFFFE. |____|____|____|____|____|____| [022] Communications Format Default (04);; Program 03 for Contact ID, or 04 for SIA. |____|____| [023] Panel Absent Trouble Default (FF); Program 00 disable or FF enable. |____|____| [024] Panel Absent Trouble Restore Default (FF); Program 00 disable or FF enable. |____|____| [025] Radio Activation Restore Default (FF); Program 00 disable or FF enable. |____|____| System Test Options [026 - 029] [026] Ethernet 1 Transmission Default (FF); Program 00 disable or FF enable. |____|____| [027] Ethernet 2 Transmission Default (00); Program 00 disable or FF enable. |____|____| [028] GPRS 1 Transmission Default (FF); Program 00 disable or FF enable. |____|____| [029] GPRS 2 Transmission Default (00); Program 00 disable or FF enable. |____|____| [030] FTC Restore Default (FF); Program 00 disable or FF enable. |____|____| Ethernet Receiver 1 Options [101] Ethernet Receiver 1 Account Code Default (0000000000); Valid range: 0000000001 - FFFFFFFFFE. |____|____|____|____|____|____|____|____|____|____|

[102] Ethernet Receiver 1 DNIS Default (000000); Valid range: 000000 - FFFFFF. |____|____|____|____|____|____| [103] Ethernet Receiver 1 Address Default (127.000.000.001); |____|____|____||____|____|____||____|____|____|____|____|____|

[104] Ethernet Receiver 1 Remote Port Default (0BF5/3061); Valid range: 0000 - FFFF. |____|____|____|____| [105] Ethernet Receiver 1 Local Port Default (0BF4/3060); Valid range: 0000 - FFFF. |____|____|____|____| [106] Ethernet Receiver 1 Domain Name Default ( ); 32 ASCII characters. ________________________________

Ethernet Receiver 2 Options [111] Ethernet Receiver 2 Account Code Default (0000000000); Valid range: 0000000001 - FFFFFFFFFE. |____|____|____|____|____|____|____|____|____|____|

[112] Ethernet Receiver 2 DNIS Default (000000); Valid range: 000000 - 0FFFFF. |____|____|____|____|____|____| [113] Ethernet Receiver 2 Address Default (000.000.000.000); |____|____|____||____|____|____||____|____|____| |____|____|____|

[114] Ethernet Receiver 2 Remote Port Default (0BF5/3061); Valid range: 0000 - FFFF. |____|____|____|____| [115] Ethernet Receiver 2 Local Port Default (0BF9/3065); Valid range: 0000 -FFFF. |____|____|____|____| [116] Ethernet Receiver 2 Domain Name Default ( );; ________________________________ Ethernet Options [124] Ethernet Test Transmission Time Default (9999); Valid range: 00 - 23 (HH) and 00 - 59 (MM). |____|____|____|____| [125] Ethernet Test Transmission Cycle Default (000000); Valid range: 000000 - 999999 minutes. |____|____|____|____|____|____| GPRS Receiver 1 Options [201] GPRS Receiver 1 Account Code Default (0000000000); Valid range: 0000000001 - FFFFFFFFFE. |____|____|____|____|____|____|____|____|____|____|

[202] GPRS Receiver 1 DNIS Default (000000); Valid range: 000000 - 0FFFFF. |____|____|____|____|____|____| [203] GPRS Receiver 1 Address Default (000.000.000.000). Valid range: 000-255. |____|____|____||____|____|____||____|____|____|____|____|____|

[204] GPRS Receiver 1 Port Default (0BF5/3061); Valid range: 0000 - FFFF. |____|____|____|____| [205] GPRS Receiver 1 APN Default ( ); 32 ASCII characters. ________________________________ [206] GPRS Receiver 1 Domain Name Default ( ); 32 Character ASCII characters. ________________________________ GPRS Receiver 2 Options [211] GPRS Receiver 2 Account Code Default (0000000000);; Valid range: 0000000001 - FFFFFFFFFE. |____|____|____|____|____|____|____|____|____|____|

[212] GPRS Receiver 2 DNIS Default (000000); Valid range: 000000 - 0FFFFF. |____|____|____|____|____|____| [213] GPRS Receiver 2 Address Default (000.000.000.000);valid segment range: 000-255 |____|____|____||____|____|____||____|____|____|____|____|____|


98

[214] GPRS Receiver 2 Port Default (0BF5/3061); Valid range: 0000 - FFFF. |____|____|____|____| [215] GPRS Receiver 2 APN Default ( ); 32 ASCII characters. ________________________________ [216] GPRS Receiver 2 Domain Name Default ( ); 32 ASCII characters. ________________________________ GPRS Options [221] GPRS Public Access Point Name Default ( ); 32 ASCII characters ________________________________ [222] GPRS Login User Name Default ( ); 32 ASCII characters. ________________________________ [223] GPRS Login Password Default ( ); 32 ASCII characters. ________________________________ [224] GPRS Test Transmission Time of Day Default (9999); Valid range: 00 - 23 hours(HH) and 00 - 59 minutes (MM).

|____|____|____|____|

[225] GPRS Test Transmission Cycle Default (000000); Valid range: 000000 - 999999 minutes. |____|____|____|____|____|____| Area Label Programming [351] Account Label Default (Security System); ________________________________ [352] System Label Default (System Area);. ________________________________ [353] Partition 1 Label Default [Partition 1]. ________________________________ Zone Label Programming [401] Zone 1 Label Default [Zone 1]. ________________________________ [402] Zone 2 Label Default [Zone 2]. ________________________________ [901] Diagnostic Test Transmission

|____| [1] Ethernet 1 Default (OFF). |____| [2] Ethernet 2 Default (OFF). |____| [3] GPRS 1 Default (OFF). |____| [4] GPRS 2 Default (OFF).

System Information (Read Only) [988] DNS 1 IP Address |____|____|____|____|____|____|____|____|____|____|

[989] DNS 2 IP Address |____|____|____|____|____|____|____|____|____|____|

[991] Firmware Version |____|____|____|____|____|____|____|____|

[992] Ethernet IP Address |____|____|____|____|____|____|____|____|____|____|

[993] Ethernet Gateway Address |____|____|____|____|____|____|____|____|____|____|

[994] GPRS IP Address |____|____|____|____|____|____|____|____|____|____|

[995] SIM Number ________________________________ [996] GSM Telephone Number This number is required for SMS, DLS, and Firmware upgrades. ________________________________ [997] IMEI Number [998] MAC Address |____|____|____|____|____|____| |____|____|____|____|____|____| System Reset Defaults [999] Software Default Default (99); Valid entries are 00; 11;55. |____|____|

[999] Software Default. Default (99);

The Software default allows the installer to refresh the unit after changes and also return the Communicator to the default state.

o 00: Default Module. All programming Sections in module back to factory settings. This will erase all existing programming of the unit.

o 11: Default Languages. All labels used for SMS Notification and SMS interactive are reset to the default language set in Section [009]. NOTE: A Default all labels (new language default) is required after changing the language setting in Section [009] before the labels in that language take effect.

o 55: Reset. The Communicator is reset. This option is equivalent to power cycling the Communicator. NOTE: A module reset [55] is needed before some programming changes will take effect. A module reset should be performed after

any Sections have been changed by keypad programming.


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Periodic Test transmission

• Individual periodic test transmission via GPRS and Ethernet • Customized Time of Day for test transmission

• Daily, Weekly and Monthly Interval

• Communicator Options [026], [028], [029], [124], [125], [224] and [225] NOTE: Enabling this feature will require more data usage.

Encryption

• 128 Bit AES Encryption

• Turned on by central monitoring station SurGard receiver • Encrypted communications enabled after next event sent to the receiver

NOTE: Enabling this feature will require more data usage.

Supervision Type

• Commercial Type and Residential Type

• Commercial Type can Swap Detection and require more data usage than Residential Type

• Communicator option [005]-[3]

Heartbeats Interval

• Should be 65 seconds less than the supervision window programmed at the

receiver. • Send heartbeats to Ethernet 1 and/or GRPS 1 receiver

• Communicator option [004] and [005]-[1]&[2] NOTE: Enabling this feature will require more data usage.

Installer Code

• Required to program the communicator by using DLS IV remotely/locally • Communicator option [11]

Public APN

• Use Public APN for DLS session if the communicator is operating on a private

APN • GPRS Login User Name and Password might be required

• Communicator option [221] to [223]

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7 DLS IV

Objectives


o Configure the Power Panel to allow connection using the DLS IV o Know how connect to the Power Panel using the DLS IV software

Overview

Downloading allows programming of the entire control panel via a computer, modem and

telephone line. All functions and features, changes and status, such as trouble conditions and

open zones can be viewed or programmed by downloading. The time to complete a successful download can be significantly reduced with the use of the PC-Link. This adaptor makes it

possible to perform on-site downloading. To Initiate Local Downloading via the PC-Link, enter [*] [8] [Installer‟s Code] [499] [Installer‟s Code] [499]. All keypads will be busy for the duration

of the PC-Link connection.

DLS Downloading Options

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DLS Pre-requisites

Supported Operating Systems

Windows XP Professional with Service pack 3 or higher

Windows XP Professional with Service Pack 2, Windows Installer 3.1, and kb926255

Windows Updates installed Windows Vista

Prerequisites

The following must be installed for DLS IV to operate.

o Microsoft .NET Framework v3.5 SP1

o Microsoft SQL Express 2005 SP3 o Microsoft Visual C++ 2008 Runtime (x86).

Currently Supported Panels and Modules

PC9155 Standard, CP-01, CE / EU, AUS, NZ

PC1616 version 4.2 Standard, CP-01, CE / EU, AUS, NZ



RF5132 version 5.0 All

RF5132 version 5.2 All

PK5500 version 1.1 All

PC5950 version 1.1 All

TL260GS version 1.0 North America, International

TL265GS version 1.0 North America, International

GS2060 version 1.0 North America, International

GS2065 version 1.0 North America, International

Installation

Steps

Step 1 - Install the DLS IV Updater

Step 2 - DLS IV Updater installation will check for prerequisite applications (VC++

Runtime, .NET Framwork 3.5 and MSSQL Express) Step 3 - If missing, .NET Framework 3.5 will be downloaded directly from

microsoft.com and will be automatically launched

Step 4 - If missing, MSSQL Express will be downloaded directly from microsoft.com

and will be automatically launched Step 5 - If missing, Visual C++ Runtime components will be downloaded directly

from microsoft.com and will be automatically launched

Step 6 - The DLS IV Updater will launch and display the latest available DLS IV

products. Choose the DLS IV Engine and any of the available driver packs you need.

Step 7 - The selected components will be downloaded directly from the DSC FTP

site, and will be installed.

Step 8 - Close the DLS IV Updater software and start using DLS IV.

Security Stamp Information The security stamp is a method used in DLS IV to insure the security of your account database.

When you install DLS IV you will be asked to input a security stamp. This stamp can be any string of letters, numbers, and symbols that you wish. The security stamp ensures that the

account database cannot be moved from one computer to another, giving unwanted access to

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the accounts. If your DLS IV software has a security stamp which does not match up with the security stamp of the database, the authentication service will not be able to run, and you will

not be able to log in to DLS IV

IMPORTANT NOTE! – Keep an accurate record of the security stamp as it is required when using an account database from a different installation (re-install or installation on a different

computer).

Login Information

The default administrator username/password for DLS IV is: Username = admin, Password = 1234. It is strongly recommended that you change the Administrator's password immediately

after installing. The default username/password for earlier DSC downloading products is

supported, but it is limited to "User" privileges, it is not an "Administrator" account. Username = DSC; Password = 1234

Navigation

Start Page

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104

Main Menu

File:

New Account – select when creating a

new customer account Account Group Maintenance – similar

to a folder allowing the user to create

„groups‟ to store accounts

Recent Files – List of the most recent

file acessed Exit – exit DLS IV

View: Start Page – returns to the „Start Page‟ when

selected

Quick Launch – enables/disables the „Quick

Launch‟ menu bar (appears on right side of

screen when enabled) Section Numbers – enables/disables

programming section numbers when viewing

account data Toolbar – enables/disables the toolbar

display

Tools: Language Manager - create a custom

language for DLS IV by translating the

standard set of options and phrases User Manager – create groups and user

assignment

Permission Manager – assign software

permission to groups found in „User

Manager‟ Modem Manager Configuration –

configure the PSTN modem and PC-LINK

Template Maintenance – select to

manage DLS IV templates Flash Wizard – provides the ability to flash

the GS30XX module

Window:

Close All Tabs – close all active windows

Start Page – returns to the „Start Page‟ when

selected (additional open tabs will be listed below)

Help

About DLS IV – provides details about the current

DLS IV installation

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Plug-in menu

Tools: Account Search – allows user to perform

account administration

Administrator Tools – allows the user to

perform various administrator tasks, such as user user online, accounts opened and deleting

accounts and importing files (this plugin is only

displayed when logged in as an „admin‟ user) Active Communications - allows the user to

view the various communications jobs which are

either currently active, failed, or queued Recent Activity – provides the user with a list of

all of the actions that have been taken recently in

the DLS IV software

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Create an Account

New Account > Enter Account Information > Create 1. Step 1 – Select New Account

2. Step 2 – Enter Account Information

3. Step 3 – Add Modules: Modules must be added to the account before their respective programming

options are available (i.e. Custom LCD keypads, wireless receivers etc.)

Module may be added:

o „Global Upload‟. o Manually

Add modules manually as follows:

Select the „Advanced‟ button on the account information screen while creating

the account

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Account Navigation

Main Window

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108

Tools Bar

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109

Account Screen

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110

Communications

Upload

Uploading refers to retrieving information from the control panel and sending it to DLS IV.

There are 2 methods of uploading information: o Global Upload

o Tagged Upload Global Upload

o Performing a „Global Upload‟ will retrieve all of the control panel information.

Select the Global Upload ICON from the account toolbar

Tagged Upload

o Performing a „Tagged Upload‟ will only retrieve information from programming section that were previously tagged.

o Step 1 – Tag the required sections for upload o Step 2 – Select „Communicate Tags‟ from the account toolbar

Download

Downloading refers to sending information from DLS IV to the control panel. There are 2

methods of uploading information:

o Global Download o Tagged Download

Global Download

o Performing a „Global Download‟ will send all of the DLS IV information to the control panel. Select the Global Download ICON from the account toolbar

Tagged Download

o Performing a „Tagged Download‟ will only retrieve information from

programming section that were previously tagged. o Step 1 – Tag the required sections for download

o Step 2 – Select „Communicate Tags‟ from the account toolbar

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Retrieving Event Buffer

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112

Communications

PSTN

o PSTN stands for Public Switched Telephone Network. This method is the most common. In order to connect to a DSC panel over the telephone line, you will

need an MD-12 or Multitech 56k modem connected to a free serial port on your

computer, a free phone line for the modem, and the telephone number that the security panel is connected to on site.

PC-Link

o PC-Link is a method of connecting to a DSC panel by connecting a serial port on your computer directly to the security panel.

Ethernet/Internet

o The TLINK and Ethernet/Internet connection methods refers to connecting to the security panel via a TLINK module which allows connection via a local or

wide area network.

o TLINK: This refers to the TL-250 module. Select this connection type if you wish to connect to the PowerSeries system via a TL-250 Module.

o Ethernet/Internet: This refers to the newer version TL260GS, TL265GS, GS2060 and GS2065 . Select this connection type if you wish to connect to the system

via one of these modules.

PSTN

Required Setup DLS IV Setup

o Ensure that PSTN is selected as the „Communications Type‟ for the account

Control Panel

o Program the required DLS parameters Establishing a connection

o Step 1 - Initiate communication from DLS IV:

Global upload Global download

Tagged communication o Step 2 – Wait for the control panel to answer by either:

After a set number of rings (determined by control panel‟s downloading

configuration) Double Call (automatic by default)

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PCLink

Required Setup DLS IV

o PC-LINK is automatically added as a connection type when the account is

created o Ensure the correct COM is selected

Control Panel

o Step 1 – Connect PC-LINK header to control panel

o Step 2 – Connect serial connector to computer Establishing a connection

o Step 1 - Initiate communication from DLS IV:

Global upload Global download

Tagged communication

o Step 2 – Initiate PC-LINK from a system keypad (if required)

Ethernet/Internet TL260GS/TL265GS

Required Setup

DLS IV

o Ensure that Ethernet/Internet selected as the „Communications Type‟ for the account

Alexor – TL265GS

PowerSeries – TL260GS

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GS2060 - GPRS

Edit the Account and select the GS2060 module. In the connection Type field select SMS:

Enter the SIM card Number

Enter the Module Installer Code “CAFÉ” by default

Click Add and enter the SIM card Phone Number (information only). Click Save.

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Select “SMS” as the Connection type for the Upload / Download.

GS2060 – the communication path between the module and DLS IV will take place

over the GPRS network TL260GS – the communication path between the module and DLS IV will be based on

the method configured as the primary receiver (IP or GPRS).

Port Information:

o DLS IV‟s local network port (Port 51004) must be opened to accept TCP traffic for any incoming connections. The following must be performed:

the router must be configured to forward Port 51004 to Port 51004 of

the DLS IV computer the DLS IV computer firewall must be set to allow incoming

connections to Port 51004

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Upload

Uploading refers to retrieving information from the control panel and sending it to DLS IV. There are 2 methods of uploading information:

o Global Upload

o Tagged Upload Global Upload

o Performing a „Global Upload‟ will retrieve all of the control panel information.

Select the Global Upload ICON from the account toolbar Tagged Upload

o Performing a „Tagged Upload‟ will only retrieve information from programming

section that were previously tagged. o Step 1 – Tag the required sections for upload

o Step 2 – Select „Communicate Tags‟ from the account toolbar

Download

Downloading refers to sending information from DLS IV to the control panel. There are 2

methods of uploading information: o Global Download

o Tagged Download

Global Download

o Performing a „Global Download‟ will send all of the DLS IV information to the control panel. Select the Global Download ICON from the account toolbar

Tagged Download

o Performing a „Tagged Download‟ will only retrieve information from programming section that were previously tagged.

o Step 1 – Tag the required sections for download o Step 2 – Select „Communicate Tags‟ from the account toolbar

Retrieving Event Buffer

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Firmware Upgrade

Ethernet/GRS

The firmware of the device can be updated over GPRS or Ethernet (Remote or Local updating): • Update the firmware

through DLS IV locally

via PCLINK • Update the firmware

through DLS IV remotely via

Ethernet/Internet

(TL265GS only) • Communicator option

[005]-[6] a) When the firmware

update begins, all LEDs are ON.

b) During the firmware

update process, the LEDs will be cycled individually

in a chaser pattern. c) After a successful update,

the unit will automatically

restart. d) Should the update fail, all 4 LEDs will flash ON, then OFF together at 1 second

intervals.

NOTE: If the firmware update fails, restart the unit. In the event of consistent update failures,

contact your dealer.

Using PCLink

1. Connect to the GS/IP module with the PCLink connector.

2. Go to the Tools/ Falsh Wizard Menu.

3. Select the COM port.

4. If you have the file you can Browse to the location or you can

click on Web to connect to DSC FTP site and download the

firmware.

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5. From the Dropdown menu select Europe /Middle East /Asia. This

will get the right firmware for

you. 6. Select the Required file

7. Once the Download is finish you have to Save it to a local Path.

8. Now you can click Next to start the Upgrade process.

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Summary

1. Name the available options to program the GS2060 and the TL265 2. How can upgrade the GS/IP Module firmware?

workbook for the training course on intruder system ... asjad/seminari materjalid...revised...

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