DMP Electronics SCS2 Installation Manual

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INSTALLATION GUIDE

SCS2 Multi-Line Digital Receiver

version 1.3

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TABLE OF CONTENTS

INTRODUCTION 1

SCS2-300 ..............................................................................................1

SCS2-200 ..............................................................................................1

Supervision ..........................................................................................1

Compatibility ...................................................................................... 1

SCS2-300 Outputs/Inputs .................................................................... 1

System Overview.................................................................................1

Virtual Receiver Architecture ............................................................ 2

Number of Line Cards Supported ....................................................... 2

Approvals .............................................................................................2

SCS2 Backplane Connection Diagram .................................................3

Connections for SCS2-200 Line Card Expansion .................................3

SCS2 UPS Connection Diagram............................................................4

Quick Start 5

Receiver Setup and Operation Without Programming....................... 5

Installation 6

Mounting the Receiver........................................................................ 6

Printer Connections ............................................................................ 6

Computer Connections ....................................................................... 6

Telephone Line Connections ..............................................................6

Grounding ............................................................................................ 6

Power Supply.......................................................................................6

Battery Charging Current ................................................................... 6

SCS2-200 Communication Formats 18

Common Formats ..............................................................................18

DMP DTMF Formats ........................................................................... 18

Ademco Contact ID ........................................................................... 18

Ademco Express ................................................................................ 18

Ademco Super Fast (High Speed Format) ....................................... 1 9

DMP FSK .............................................................................................19

FBI Super Fast Format....................................................................... 19

ITI Format .......................................................................................... 20

Modem II, Modem IIE, Modem IIIa² and BFSK Formats .................... 21

SIA FSK ............................................................................................... 21

Silent Knight FSK1, FSK2................................................................... 21

Silent Knight FSK2 Protocol .............................................................. 21

Sescoa Super Speed ..........................................................................22

SCS2-200 Predefined Library Decoding and

Event Codes Table ............................................................................ 23

SCS2-300 – Central Processing Module 24

General Information ......................................................................... 24

Features ............................................................................................ 24

SCS2-300 Controls ............................................................................. 24

SCS2-300 Operating Mode ................................................................. 25

Message Priorities .............................................................................30

SCS2-300 Utility Modes ..................................................................... 3 1

SCS2-300 EPROM Programming .........................................................33

SCS2-200 Digital Receiver Line Card 7

General Information ........................................................................... 7

SCS2-200 Features............................................................................... 7

Installation .......................................................................................... 7

SCS2-200 Controls ............................................................................... 7

SCS2-200 Operating Mode 8

SCS2-200 Standby Mode ......................................................................8

SCS2-200 Cold Startup ......................................................................10

Communications in Progress.............................................................10

Profiles 11

Static Options.................................................................................... 11

Default Dynamic Options ..................................................................12

Automation Protocols 33

Data Byte Protocol: ........................................................................... 33

Acknowledgment of the Signal.........................................................33

Appendix A: SCS2-200 Communication Formats 34

Appendix B: ASCII Character Chart 35

Appendix C: Decimal - Hex - Binary Conversion Chart 36

Appendix D: Printer Words - Options [60] - [6F] 37

Appendix E: Default Static Options 38

Appendix F: Default Dynamic Options 39

Appendix G: Event Code Classifications 40

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INTRODUCTION

The SCS2 is a multi-line, multi-format digital receiver for commercial fire and burglary. The basic unit consists of up to 15 individual line card modules (SCS2-200) and 30 telco lines connected to a SCS2-300. The SCS2 can decode a variety of popular and widely used communication formats. Refer to Appendix A, SCS2-200 Communication Formats for a list of the available communication protocols. The SCS2’s real-time clock and calendar stamps all information received with the time and date, and all information can be printed and/or forwarded to a computer. To ensure security, adjustment of the clock, calendar and other programming is password-protected.

SCS2-300

The SCS2-300 Central Processing Module oversees operation of the line cards. Along with its built-in keypad and LCD message screen, the SCS2-300 features one parallel printer port, and two COM Ports.

SCS2-200

Each SCS2-200 module can monitor two telephone lines. The line card module is equipped with a 256-event non-volatile memory buffer to record events and corresponding telephone numbers. Caller Source capability is built-in and telephone numbers can be printed out, sent to automation and stored in memory. Events and information stored in memory can be printed at any time. Each line card also features flash EPROM uploads through the Debug port for software upgrades or options programming.

SUPERVISION

The standby battery voltage and connections are supervised. The line cards are also continuously supervised to ensure uninterrupted communication with the SCS2-300. Any trouble conditions are reported on the LCD screens and sent to the printer and the computer. The SCS2-200 line card module also verifies communications with the SCS2-300. In the event of a malfunction, the operator will be advised with a visual indication and the line cards will continue to function. Each line card will continue to receive information. The printer is supervised for loss of power, off-line, paper out and other trouble conditions. The communication link to the computer through the RS-232 port is monitored by the supervisory “heartbeat” test transmissions.

COMPATIBILITY

Central station automation software packages such as M.A.S., DICE, SIMSII, S.I.S., GENESIS and MICROKEY support the SCS2 DMP interface. Compatibility with the automation software in a system used at a central station is intended to be handled under a separate UL 1981 software package and/ or site certification evaluation.

SCS2-300 OUTPUTS/INPUTS

The SCS2-300 features three switched-negative outputs. One output labeled “OPTION” has a corresponding LED on the SCS2-300 front panel; the factory default programming slowly flashes the OPTION LED when the “OPTION” output is activated. Switched negative outputs are also provided for the Acknowledge and Trouble LEDs.

SYSTEM OVERVIEW

• Patented Caller Identification (Call Display) capability

• Patent pending DNIS identification

• Battery backed up RAM on each SCS2-200 line card module for programming and event buffers.

• Fast communication between line cards and SCS2-300

• Flash upload for software upgrades

• Up to 64 different options set (profiles per line)

• Patent pending Virtual configurations

• 3/1, 4/2 formats with or without parity, 4/1 without parity at 10, 14, 20, or 40 Baud

• 4/1, 4/2, 4/3, and 4/3 with checksum DTMF formats

• Optional* formats: 3-2, 4/1,4/2 extended

• Contact ID (DTMF) format

• Super Fast or High Speed DTMF format, with or without parity

• DTMF 4/1 Express format optional*, 4/2 Express format

• Westec

• FBI Super Fast format with or without parity

• RADIONICS Modem II, Modem IIE, Modem IIIa BFSK formats

• SIA format: 110 and 300 Baud, tone and data acknowledgment

• SK FSK1, FSK2

• Any handshake frequencies by increment of 100 Hz from 300 Hz to 3400 HZ, Dual Tone, SIA FSK, Modem IIx, Double Dual Tone and ITI selected by configuration commands.

• Up to 8 different handshakes per profile with individual duration control.

• Large, easy to read 2-line, 16-characters-per-line, Liquid Crystal Display screen

• All modules function individually to help ensure uninterrupted operation during hardware or software upgrades

• Inputs on SCS2-300 for UPS supervisory

• 30 lines maximum per receiver

• 256-event memory buffer on each individual line card

• Real-time clock

• SCS2-300 features 16-bit microcontroller

• 1 parallel printer port and 2 serial RS-232 ports

• Programmable serial port configurations

• Programmable system functions: computer and printer

• Fast transmission of multiple alarms to the computer and printer to ensure operator’s quick response

• Continuous verification of the computer-receiver links with the “heartbeat” function

• Switched-negative outputs on SCS2-300 (special applications)

• AC-lost detection and standby battery supervision

• Low battery detection and automatic low battery disconnect to prevent deep-discharge damage to battery

• Operator Acknowledge option

• Telephone line supervision and reporting

*All formats noted as optional are selected using configuration

commands.

and

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VIRTUAL RECEIVER ARCHITECTURE

The most novel feature of the SCS2-200 is its ability to use the telephone company information delivered as DNIS (Dialed Number Information Service) or Caller ID. This allows the DMP Format Expert System to handle on the fly each received call. With this feature, dedicated line pool hardware is eliminated. Instead, the DNIS or Caller ID information allows dynamic options that set up virtual line pools to identify security formats and extend account numbers. Standard DNIS is supported up to 10 digits. Each dialed number should be assigned to a virtual receiver. Multiple Caller ID numbers can be assigned to a single virtual receiver. Each dialed number would formerly have been a line pool on conventional line cards.

NUMBER OF LINE CARDS SUPPORTED

The system will support a maximum of 15 line card modules concurrently connected.

APPROVALS

Agency Listings

• UL 864 Control Units for Fire-Protective Signaling Systems

• UL 1610 Central Station Burglar Alarm Units

This equipment should be installed in accordance with the

requirements of NFPA72, NFPA70, UL827 and the local authority having jurisdiction.

UL MANUAL MODE

For UL manual mode, each event will activate the internal buzzer to be acknowledged manually. Each event will also be sent automatically to the connected printer. For Central Station applications, the signaling performance of each DACT (Digital Alarm Communication Transmitter) shall be manually tracked. Failure to receive a signal from a DACT over a 24 hour period shall be handled as a trouble signal.

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SCS2 BACKPLANE CONNECTION DIAGRAM

REFER TO SCS2-430 POWER

CONNECTIONS

REFER TO SCS2-430 CONNECTIONS

SCS2-430

SUR-GARD LTD.

MV3 MV2

P4 P2

SUR-GARD SECURITY SYSTEMS LTD.

SCS2

R4R6R7

R13

R11

R12

SCS2-430 POWER CONNECTIONS

Transformer

, 175 VA

16 V

Battery

12V Rechargeable

lead-acid

35Ah

SCS2-430 CONNECTIONS

CONNECTIONS FOR SCS2-420 LINE CARD EXPANSION

REFER TO SCS2-430 POWER

CONNECTIONS

REFER TO SCS2-430 CONNECTIONS

SCS2-430

SUR-GARD LTD.

MV3 MV2

SUR-GARD SECURITY SYSTEMS LTD.

Not used on

SCS2-300

Not used on

P4 P2

SCS2

SCS2-300

R4R6R7

R13

R11

R12

MODULE

SUR-GARD SECURITY SYSTEMS LTD.

P6P

P4 P2

SCS2

R4R6R7

R13

R11

R12

SUR-GARD SECURITY SYSTEMS LTD.

P4 P2

R4R6R7

R13

R11

R12

SCS2

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SCS2 UPS CONNECTION DIAGRAM

REFER TO SCS2-430 POWER

CONNECTIONS

REFER TO SCS2-430 CONNECTIONS

SCS2-430 POWER CONNECTIONS

SCS2-430 CONNECTIONS

Not used on

SCS2-300

SCS2

Not used on

SCS2-300

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QUICK START

Receiver Setup and Operation Without Programming

UNPACKING

Carefully unpack the receiver and inspect for shipping damage. If there is any apparent damage, notify the carrier immediately.

BENCH TESTING

It is suggested that the receiver be tested before actual installation; becoming familiar with the connections and setup of the unit on the workbench will make final installation more straightforward. The following items are required:

• 16V

AC, 175VA transformer

• 2 telephone lines

• One or more dialers or digital dialer control panels

Dialers and control panels using an optocoupler phone line interface will require a connection method providing a DC current for direct connection testing.

POWER UP

When power is applied, the receiver will beep and will indicate any trouble conditions on the LCD message screen. If the line cards do not have telephone lines connected, the SCS2-200 modules will beep and their “Line Fault” LEDs will FLASH. Press the flashing [ACK] button to silence the buzzer. If there is no computer or printer connected, a trouble message will be displayed on the SCS2-300 LCD and the “ACK” light will FLASH. Press the [ACK] button to silence the SCS2-300 buzzer.

OPERATION WITH DEFAULT PROGRAMMING

Without any changes to the factory default programming, the receiver operates as follows:

• Answers incoming calls on the first ring

• Sends SIA FSK as the first handshake

• Sends 1400 Hz as the second handshake

• Sends double dual tone as the third handshake

• Sends 2300 HZ tone as the fourth handshake

• Sends Modem II tone as the fifth handshake

• Sends ITI, Modem IIE, Modem IIIa2 tone as sixth handshake

• The following formats can be manually selected: 3/2, 4/1

express, 4/2 extended, 4/2 checksum and 3/1 checksum.

Signals can be displayed on the debug output as they are received. The signals are then sent to the parallel printer and computer connected to serial port COM1. The default event codes described in the “SCS2-200 Library Decoding and Event Codes Table” will be used with the DMP Automation Communication Protocol to send signals to the computer, if connected. If a computer is not connected, press the [ACK] button on the SCS2-300 module to silence the buzzer.

SERIAL LAPLINK CABLE FOR DEBUG/CONSOLE

For Debug/Console data transfer between a PC and the SCS2200, a serial data transfer cable is used to connect either the DB9 male or DB25 male serial ports on a computer to the DB9 male serial (Debug/Console) port on the SCS2-200.

Serial Laplink Cable

from DB9 from DB25 to DB9 to DB25 Signal

2 3 2 3 Receive - Transmit 3 2 3 2 Transmit - Receive 4 20 6 6 DTR - DSR 5 7 7 5 Ground - Ground 6 6 20 4 DSR - DTR 7 4 5 8 RTS - CTS 8 5 4 7 CTS - RTS

DEBUG OUPUT

The debug output is another means of accessing the line card’s programmed options and diagnostics features. A null modem cable is required to connect by serial communication.

DEBUG CABLE CONNECTIVITY

Connect the female DB-9 connector to the serial port of a computer.

DEBUG SOFTWARE SETUP

Using WIN9x, point and click on the “START” button. Access “Programs” -> “Accessories” -> “HyperTerminal.” Once in

the HyperTerminal window, point and click on “Hypertrm.exe” icon. A connection description window should appear. A prompt should appear on the “Name” category. Type a name. Point and click on “OK." A phone number window should appear. Choose the “direct to” COM port required for connection and point and click on “OK”. COM port properties windows should appear. The configuration should be :

• Bits per second: 19200

• Data bits: 8

• Parity: None

• Stop bits: 1

• Flow control: None

Point and click on the “OK” button after setting the configuration. The HyperTerminal window should appear. Press any button. The debug menu will be displayed.

BUTTON COMMANDS

C Cold boot D This button will initiate the download of a file to the line

card.

O This button will enable the user to dump the current

programmed options of the line card or set an option to a particular value.

V To view software version information

DOWNLOADING STEPS

Press the “D” button to initiate downloading of the binary file. The HyperTerminal will display: Ready to download. CCCC Point and click at “Transfer” on the HyperTerminal menu and access the “Send File” category (you also have rightclick access with the mouse). The “Send File” window should appear. Change the protocol to “X-modem” and place the correct path and file name of the binary file to be uploaded. Point and click on the “Send” button and the downloading status window should appear. The line card will restart automatically after a successful upload.

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INSTALLATION

MOUNTING THE RECEIVER

Install the SCS2 in a closed 19"/48cm rack or cabinet with a locking rear access door. Cover all unused spaces with blank metal plates. The LCD screens on the receiver are designed to be viewed below eye level. If the unit must be mounted where the screens are above eye level, angle the unit downwards to improve visibility. The following items can be supplied for a complete installation:

Stand-up Unit (61.25"/1.55cm tall up to 30 telephone lines)

Part # MLR2-CL

• Rack

• Door with lock and ventilation

• Blank plates 21"/53cm (2)

• Blank plate 5.25"/13.3cm (3)

• Screws

• Washers

• Clipnuts

• FROST 16V/175VA transformer

P/N FT3304

• AC utility box

• AC cable clamps (2)

• 8'/2.4m battery cables

• 3-Gauge conductor AC cable

• Secondary non-replaceable fuse, 15A, 125 V

NOTE: If 30 telephone lines are not used, cover each unused location with a blank plate.

Desk-mount Unit (28"/71cm tall up to 14 telephone lines)

Part # MLR2-CM

• Rack

• Louvered door back plate

• Blank Plate 1.75"]

• Back Plate 7"/17.8cm

• Blank Plates 5.25 (4)

• Screws

• Washers

• Clipnuts

• FROST 16V/175VA

• AC utility box

• AC cable clamp for 3/8"/1cm cable

• 8'/2.4m battery cable

• 18 gauge 3-conductor AC cable

• Secondary non-replaceable fuse, 15A, 125 V

NOTE: If 18 telephone lines are not used, cover each unused location with a blank plate.

PRINTER CONNECTIONS

Connect the parallel printer to the SCS2 printer output port using a standard parallel printer cable.

For UL Listed applications, the following UL Listed printers can be used with the SCS2:

• DMP CPU-1150

• DMP CPU DMP-206

• DMP SCS-PTR

IMPORTANT: Do not use a printer cable that has only 1 common ground wire.

COMPUTER CONNECTIONS

Connect the computer to the SCS2 RS-232 port using a serial cable to COM1.

DB-25 to DB-25

Receiver RS-232 Computer RS-232 Computer RS-232 25-pin connector 25-pin connector 9-pin connector

11 223 332 775

IMPORTANT: Do not use a null modem cable.

DB-25 to DB-9

SCS2

TELEPHONE LINE CONNECTIONS

With 6-pin modular cables, connect each line module jack (line 1 or 2) to its corresponding telephone line.

GROUNDING

For maximum resistance to static and electrical noise, the 19"/48cm rack frame should be connected to earth ground through the AC utility box.

POWER SUPPLY

Ensure that all electrical connections are made correctly. After verifying all connections, connect the RED and BLACK leads to a 12V

DC sealed rechargeable battery. Be sure to observe polarity

when connecting the battery. When the battery is connected, test the system under battery power only. CAUTION: Connecting

a positive (+) terminal to a negative (-) terminal may cause a fire and possibly serious personal harm.

For 4-hour standby a 12-volt 35 Ah rechargeable battery should be used in conjunction with an engine-driven power generator.

BATTERY CHARGING CURRENT

The maximum battery charging current is factory set at 1A.

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SCS2-200 DIGITAL RECEIVER LINE CARD

The SCS2-200 acts as an interface between the digital alarm transmitter and the SCS2-300. Different communication formats can be used to transmit the information. The main functions of the line cards are to continuously monitor the telephone line, receive calls from digital dialers or control panels, and to report alarms to the SCS2-300. In addition, if a line card is unable to communicate with the SCS2-300, each line card is capable of functioning independently. Each line card can record 256 different alarm messages and 255 Caller-ID telephone numbers.

GENERAL INFORMATION

The receiver is capable of processing signals from digital communicators in a variety of formats. The type of signal (alarm, trouble, restore, cancel and so on) can be printed.

SCS2-200 FEATURES

• Operator selection of communication formats and handshake priority

• 64 profiles per line card, up to 30 line pools.

• Flash Download for software upgrades.

• Records up to 256 messages.

• Records up to 256 Caller ID phone numbers. This feature helps to locate and identify the source of the device in communication and assists in troubleshooting.

• Multiple alarms are forwarded to the computer and printer through the SCS2-300 with minimum delay

• The SCS2-200 monitors the telephone line connection, and line faults will result in reports to the computer and the printer

• SCS2-200 automatically goes into standalone mode in case of SCS2-300 failure

• “Watchdog” timer continually monitors receiver operation

• “Cold boot” option allows receiver’s configuration to be reset to factory default programming

• DSP processing to reduce data receiving errors, and to help for weak and noisy signals

• Gain boost available to amplify weak signals

• Serial link for troubleshooting and easy software upgrade

SCS2-200 CONTROLS

Each SCS2-200 Module features 2 line cards. The LEDs and push buttons on the left side and the upper LCD are for Line Card 1. The LEDs and push buttons on the right side and the lower LCD are for Line Card 2. Momentarily depressing and releasing a button will register as a single input or keystroke. Pressing and holding a button for approximately 1 second will register as a repeating input or keystroke. For example, to quickly scroll through a list of items, you press and hold the appropriate button, rather than pressing the button repeatedly.

LCD (Liquid Crystal Display)

Displays incoming data, programming and other information. The display is backlit for visibility in low light environments.

AUDIO

The “Audio” light comes ON when the receiver is in Audio mode. When ON, “listen-in” or “2-Way Audio” is in use. The “Audio” light will automatically turn OFF at the end of the timed period or when the [CANCEL] button is pressed.

LINE FAULT

The “Line Fault” light will come ON if the telephone line is disconnected. The “Line Fault” light will turn OFF automatically when the telephone line is restored.

MESSAGE ERROR

The “Message Error” light will come ON when faulty data is received (for example, if the round pair does not match, or if the checksum is incorrect). Press the [ACK] button to acknowledge the error; the “Message Error” light will be shut OFF.

[ACK/FUNCTION] BUTTON

Press this button to acknowledge an alarm in emergency manual mode. In the normal mode, press this button to access the line card menu.

ALARM

The “Alarm” light is located inside the [ACK/FUNCTION] button. The “Alarm” light will flash if an alarm is received. The “Alarm” light will be shut OFF when the alarm is successfully communicated to the SCS2-300, or when the operator acknowledges the alarm by pressing the [ACK/FUNCTION] button.

CANCEL SELECT

While on-line, press this button to drop the line. In normal mode, press this button to select the current item.

WATCHDOG

The "Watchdog" light will FLASH once every 4 seconds to indicate that line card operation is being monitored.

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SCS2-200 Operating Mode

SCS2-200 STANDBY MODE

With the line card installed, apply power to the unit. This message will be displayed briefly on the top LCD:

INITIALIZING CONTRAST LOADING

Next, the following message will be displayed on each line card in turn, starting with line card 1:

PRESS ACK+SELECT TO COLDBOOT

The cold booting procedure is covered in detail below. The LCDs will then display:

INITIALIZING CONTRAST LOADING

During this time, the line cards will load default options and code, and perform a low-level diagnostic to determine the status of the system. Once the line cards are ready, they will display a message similar to the following:

SCS2-200-Line #D <<-Line Fault->>

After these startup messages, the line card monitors the telephone line and the SCS2-300.

LINE FAULT

The SCS2-200 verifies the telephone line voltage every 10 seconds. The “Line Fault” light will come ON after two successive line verifications indicate irregular telephone line voltage. This message will be displayed:

SCS2-200-Line #D <<-Line Fault->>

If the Line Check option is enabled, the following information will be transmitted to the printer and computer:

Printer: L01- 0000-PHONE-LINE-TROUBLETIME:DATE

(printer option set to 03)

Computer: 0RRL[#0000 | NLTRRLL]

NOTE: The first RRL is subject to the line card length option. The second RRL is the receiver and line card number, both in HEX.

If the Line Check option is disabled, the SCS2-200 will not send the report to the printer or computer. Refer to “SCS2- 200 Programmable Features” for information on enabling the Line Check option. When the line condition returns to normal, the “Line Fault” LED will be shut OFF. If the Line Check option is enabled and the telephone line returns to normal, the following information will be transmitted to the printer and computer:

Printer: L01- 0000-PHONE-LINE-RESTORALTIME:DATE Computer: 0RRL[#0000 | NLRRRLL]

NOTE: The first RRL is subject to the line card length option. The second RRLL is the receiver and line card number, both in HEX.

SCS2-300 ERROR; DISPLAY ALARM MESSAGES

If the SCS2-200 cannot detect SCS2-300 polling and there are no alarm events in the event buffer, this message will be displayed:

SCS2-200-Line #D <<-SCS2-300 ERROR->>

If alarm messages cannot be sent to the SCS2-300 because of the error, the SCS2-200 will display the oldest message which has not been manually acknowledged. The “Alarm” light will FLASH and the sounder will beep if the “Mute Buzzer” option is programmed as [00], [02] or [03]. When a SCS2-300 error is present, each alarm must be manually acknowledged. Press the [ACK/FUNCTION] button to acknowledge the alarm and silence the line card sounder. If several alarms have been received but cannot be sent to the SCS2-300, they will have to be individually acknowledged; when all alarms are acknowledged, the line card sounder will be silenced. Up to 128 alarm messages for the printer and computer will be retained in the SCS2-300 event buffer. When the event buffer is full, the oldest messages will be deleted as new events are recorded. When the SCS2-300 error condition is corrected, the alarm messages in the event buffer will be transmitted to the SCS2-300.

KEEP LAST ALARM MESSAGE

The SCS2-200 may be programmed to leave the last alarm message on the display screen until a new message is received. A typical alarm message is shown below:

0000-PHONE LINE TROUBLE 28

“0000” is the “internal” account code. “28” is the event’s location in the event buffer.

STANDBY MODE

When the line card is operating normally, this message will be displayed:

SCS2-200-Line #D Unit in Standby

LINE CARD MENU MODE

When the unit is not on line, pressing the [ACK/FUNCTION] button will display the first function menu:

PRINTER BUFFER ACK:menu SEL:sel

Page 11

Press the [ACK] button to scroll through the menu items. Press the [SELECT] button to select the function displayed on the LCD screen. When a function is selected, press [ACK] and [SELECT] together to exit from the Menu mode. The SCS2-200 will automatically exit from the Menu mode if no keys are pressed for 30 seconds. The following functions are available in the line card Menu mode:

• Display Printer Alarm Buffer

• Display Line Card Configuration

• Display Program Version

• Adjust LCD Contrast

• Adjust Backlight

DISPLAY PRINTER AND CALLER ID ALARM BUFFER

PRINTER BUFFER ACK:menu SEL:sel

With this message displayed, press the [SELECT] button; the most recent alarm message will be displayed. If Option [12] CALLER SOURCE is selected, the corresponding Caller Identification will also be displayed. Press the [SELECT] button to scroll backwards through alarm messages; press the [ACK] button to scroll forward through alarm messages. Press the [ACK] button to display the alarm message:

3576-312 Alarm 001

“3576” is the Account Code.

In this example, a 4/3 communication format is used.

“3” indicates an alarm, while “12” is the zone number. “Alarm” indicates an alarm. “001” is the event’s location in the event buffer.

The event buffer can record up to 256 alarm messages and Caller Identifications. To print these messages, a print command can be sent from the SCS2-300; refer to “SCS2300 Utility Mode” for information. If no Caller Identification data was received from the telephone company, the following message will be displayed when the [ACK] button is pressed to display the Caller Identification screen:

1234 UnknownCall

If the Caller Identification is sent but with no telephone number, one of these messages could be displayed:

1234 PRIVATE NO 1234 UNAVAILABLE

If Option [12] is disabled, the Caller Identification feature will be bypassed; only the alarm messages will be displayed. Press [ACK] and [SELECT] together to return to the Standby mode. If no keys are pressed, the SCS2-200 will automatically return to the Standby mode after 30 seconds.

DISPLAY OPTIONS

DISPLAY OPTIONS ACK:menu SEL:sel

With this message displayed, press the [SELECT] button; the current Option Configuration will be displayed. Shown below is the first screen you will see, representing profile

0. Use the ACK button to scroll through all 64 profiles (0-

63).

Select Profile 0 Ack: up SEL: sel

Press [ACK] and [SELECT] together to return to the Standby mode.

options display

and description

DISPLAY PROGRAM VERSION

PROGRAM VERSION ACK:menu SEL:sel

With this message displayed, press the [SELECT] button; the date and the software version number will be displayed as shown below:

SG-SCS2-200 V1.30 Jan 19,2001

Press [ACK] and [SELECT] together to return to the Standby mode.

ADJUST LCD CONTRAST

Adjust CONTRAST ACK:menu SEL:sel

With this message displayed, press the [SELECT] button to adjust the LCD screen’s contrast. When the [SELECT] button is pressed, this message will be displayed:

Adjust CONTRAST

....

Press the [ACK] button to increase the contrast; press the [SELECT] button to reduce the contrast. The display will indicate the contrast level on the second line. Press [ACK] and [SELECT] together to return to the Standby mode.

ADJUST BACKLIGHT

ADJUST BACKLIGHT ACK: up SEL: down

The [ACK] button is used to brighten the backlighting and the [SELECT] button is used to darken it.

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SCS2-200 COLD STARTUP

From HyperTerminal, press “C” to perform a cold boot and select which channel to cold boot, either 1 or 2. The following will appear on the display:

COLD BOOTING Channel X

X = 1 or 2

[ACK] and [SELECT] must be presssed on power up to initiate cold boot.

COLD BOOT? ACK: yes SEL: no

CHANGE LC NUMBER? ACK: yes SEL: no

LINECARDNUMBER:OE ACK: up SEL:down

COMMUNICATIONS IN PROGRESS

Data Reception

During data reception, a message similar to this will be displayed:

In Communication 1234 56

If valid Caller Identification information is received, a message similar to this will be displayed:

TEL:15145551212 1234 56

The SCS2-200 decodes all information received and stores the information in its event buffer. When a valid signal is received, the SCS2-200 sends a kissoff signal and transmits the decoded alarm signal to the computer and then to the printer through the SCS2-300. Options [1D] and [1E] can be adjusted to allow the SCS2-200 to compensate for weak signals or noisy telephone lines; refer to “SCS2-200 Programmable Features” for information on programming these options. The SCS2-200 will send each message it receives to the printer for review by the system operator. Two messages may be sent to the printer to indicate reception problems: “Invalid Report” and “Communication Fail”.

This output for account code “0000” indicates that data has been received, but is not valid (for example, there are unmatched rounds or the wrong parity). The following is an example of faulty data received by the SCS2-200, and the printer output generated:

Round Data Received Printer Output

1st 123456 [No printout]

2nd 123446 ?1234?56 Invalid Report

?1234?46 Invalid Report 3rd 123356 ?1233?56 Invalid Report 4th 123456 ?1234?56 Invalid Report 5th 123346 ?1233?46 Invalid Report

?????10 Invalid Report

NOTE: There is only 1 invalid report at the end of a call.

COMMUNICATION FAIL

When this problem is encountered, the following information is transmitted to the printer and the computer: Printer: L01- 0000-COMMUNICATION FAIL TIME:DATE Computer: 0RRL[#0000 | NYCRRLL]

NOTE: The first RRL is subject to the line card length option. The second RRLL is the receiver and line card number, both in HEX.

This output indicates that a call was received, but no data was detected. The call may have been a wrong number, or the calling control panel was unable to connect with the receiver’s handshake.

CALLER ID

If an Invalid Report or Communication Fail occurs, and Caller ID is enabled, the printer messages will be similar to the following:

Fault Data: “??????10 5551212” Fault Call: “??????40 5551212”

Note that “?” represents the missing data; “5551212” represents the originating telephone number.

Stopping Data Reception Manually

To cancel communications between the SCS2-200 line card and the calling control panel, press the [CANCEL] button. Pressing the [CANCEL] button will hang up the line. This feature can be used to hang up on a control panel that is repeatedly sending alarms.

INVALID REPORT MESSAGE

When this problem is encountered, the following information is transmitted to the printer and the computer: Printer: L01- 0000-INVALID REPORT TIME:DATE Computer: 0RRL[#0000 | NYNRRLL]

NOTE: The first RRL is subject to the line card length option.The second RRLL is the receiver and line card number, both in HEX.

Page 13

PROFILES

The SCS2-200 will load unique “profiles” in order to effectively communicate with control panels. A profile is a set of pre-programmed line card options unique for a particular “Calling ID Number” or DNIS number. The “Calling id” or “DNIS” will point to a particular profile, which will then be loaded into the line card at the beginning of each call.

Each SCS2-200 can have a maximum of 64 profiles. To change the options for a particular profile, utility software is provided. This software will allow the user /operator to edit the profiles.

Option [05]: Pre-Handshake Delay

When the line card seizes the line, it will wait the time programmed at option [05], then send the first handshake. The time programmed (hex) at this location will be multiplied by 100 ms – e.g., 100 ms, 200 ms etc. The default setting is 0A, for 1 second.

NOTE: If DNIS is used, this time will not start until DNIS is received.

[Default is 00]

STATIC OPTIONS

Option [01]: Line Card Number

The Line Card Number provides a virtual identification code for each SCS2-200 module. Hexadecimal numbers “01” to “1E” can be programmed in Option [01] to identify line cards.

[Defaults are 0D and 0E]

Option [02]: Line Card Number Length

This option is used to determine how many digits from the line card number will be sent to the output. You also have the option of displaying the number in hex or decimal. Program option 02 with one of the following:

01 Send only one hex digit to the printer or computer

output (If you have a 2 digit line card number, only the last digit will be sent to the output).

02 Send 2 hex digit line card number to the output. 03 Send 3 hex digit line card number to the output (leading

zeros will be inserted prior to the line card number).

0A Send 2 digits receiver number in decimal. 3 digits line

number in decimal.

0D Send 2 digits receiver number as programmed. Send

3 digits line card number in decimal.

0E Send 2 digits receiver number in Hex. Send 1 digit

line card number as follows:

Line Card # Send

1..F 1..F

10..1E G..U

NOTE: When using the SCS2-200, the Line Card Number Length option should always correspond to the number of DNIS digits being received.

For example, if 5 digits are being received then the Line Card Number Length Option should be programmed to 3 so that 1RRLLL would be overwritten by the 5 digits of DNIS to become 1ddddd. [Default is 0E]

Option [04]: 2-Way Audio Activation Time

Option [04] determines how long, in 10-second increments, the 2-Way Audio function will be active once it is initiated. At the end of this time, the line card will hang up the line. Program a value from “01” to “FF” for 10 to 2550 seconds. Three minutes (set option 04 to 12) is the recommended length of time for the 2-Way Audio activation time. To disable the 2-Way Audio feature, program Option [04] as “00”.

NOTE: For UL Listed installations program time maximum 20 seconds.

[Default is 00]

Option [0F]: Mute Buzzer Option

Operation of the line card’s buzzer may be programmed as follows:

00 Buzzer sounds for line fault, SCS2-300 error, or if an

alarm occurs during a SCS2-300 error

01 Buzzer does not sound for any event 02 Buzzer sounds for audio, line fault, SCS2-300 error,

or if an alarm occurs during a SCS2-300 error

03 Buzzer sounds for all status change conditions

[Default is 00]

Option [10]: Keep Last Message On

To have the last alarm message retained on the SCS2-200 display, enable this option with a setting of 01.

Option [11]: Hook-flash Enable/Disable

Enables or disables ability to hook-flash the phone lines and determines its duration in increments of 10 ms. If programmed as 00, the option is disabled. If set to anything else, you multiply the decimal equivalent of the hex value by 10ms and that is the duration. For example, if a hook-flash time of 500 ms is wanted, program option [11] to 32 hex. 500 ms/10=50, 50 Dec=32 hex.

[Default is 00]

Option [12]: Caller Source Selection

Option [12] allows the line card to receive Caller ID data or DNIS that is transmitted after the first ring on the telephone line.

The appropriate service must be available and requested from the telephone company for this feature to be operational. 00 Disabled

01 North American CID

• Private Call: An anonymous indication is received instead of the originating telephone number

• No call no.: An out-of-area or unavailable indication is received instead of the originating telephone number

• Unknown Call: The originating telephone number has not been received or was not transmitted

02 British Caller ID (BABT hardware required) 04 – 0A Receive 04 –10 DTMF DNIS digits [Default is 00]

Option [13]: Caller Source to SG Computer

Option [13] allows the transmission of the Caller Identification or DNIS, to the computer output. Program Option [13] as one of the following:

00 Do not send to the computer 01 4RRL protocol: send to the computer using North

American Caller ID protocol

05 4RRL protocol: send to the computer using North

American Caller ID protocol sending calling name to the computer if available.

NOTE: Option [12] must be enabled.

[Default is 00]

Page 14

Option [14]: Caller Source to printer

Option [14] allows the transmission of the Caller Identification or DNIS, to the printer output. Program Option [14] as one of the following:

00 Do not send Caller Source to the printer 01 Send Caller ID to the printer 05 Send Caller Name and Caller ID to the printer if available.

Each alarm will print an extra line, printing the Caller Source.

NOTE: Option [12] must be enabled.

[Default is 00]

Option [19]: Fault Data Counter

This option allows the line card to control the rate at which fault call messages are generated.

00 Generate a fault call message for every 10 fault calls

received

01 Generate a fault call message for every fault call

received

[Default is 00]

Option [1A]: DNIS Sensitivity

NOTE: Do not change this option unless specified by a DMP technician.

Option [1C]: Busy Out

This option allows the line card to immediately seize the phone line in case of loss of communication with the SCS2 checksum error after download. Program Option [1C] with one of the following:

00 The line is seized if any of the conditions mentioned

above occurs

01 The line is not seized if any of the conditions

mentioned above occurs

[Default is 01]

Option [1D]: Input Sensitivity

NOTE: Do not change this option unless specified by a DMP technician.

[Default is 3F]

Option [1E]: Output Levels

Default is C0 for –9.7db transmit level.

NOTE: Do not change this option unless specified by a DMP technician.

[Default is C0]

Option [1F]: Debug Output

00 Disabled 01 Enabled

This output when enabled will allow you to see the data received by the SCS2-200 on the HyperTerminal.

NOTE: Do not change this option unless specified by a DMP technician.

[Default is 00]

Option [27]: Caller ID DNIS

This option determines how many digits of Caller ID or DNIS the receiver will process.

0x x is number of digits of DNIS or Caller ID to be

processed (range from 1 to A hex).

[Default is 00]

Option [2A]: Hook Flash Delay

This option will control the duration ×100ms (maximum of 9500 ms) after dialing and before the receiver goes back on hook.

[Default is 00]

Options [2F]: Max On-Line time

On-line duration delay is built in to control runaway dialers. A duration delay from 01 to 99 minutes can be programmed. The receiver starts timing when it picks up the line and, when the delay expires, the receiver will hang up the call even if the dialer continues to send data. If the duration delay is programmed as 00, this feature will be disabled.

[Default is 00]

DEFAULT DYNAMIC OPTIONS

The SCS2-200 uses a unique DMP communication format to transmit data through the SCS2-300 to the central station computer. Event codes corresponding to alarm codes in 10 to 40 Baud formats and DTMF 4/1 to 4/3 formats are used in this unique format to enable the computer software to determine alarm types.

Options [30] - [3F]: 3/1, 4/1 Format Event Codes

The SCS2-200 will use the last digit of data received in 3/ 1 and 4/1 formats to determine the computer event code. The event code will then be transmitted to the central station computer. Refer to the SCS2-200 Decoding Library for the complete set of event codes used by the SCS2-200. In Sections [30] through [3F], program ASCII codes according to the Decoding Library. Values other than 20-7F (ASCII) will not be accepted. Note that the old value programmed in each Option will not be changed until a command with valid data is received.

Default settings are as below:

• 30-38: 41 • 3A: 41 • 3C: 43 • 3E: 52

• 39: 52 • 3B: 4F • 3D: 5C • 3F: 54

Options [40] - [4F]: 4/2 Format Event Codes Selection

The SCS2-200 will use the first digit following the account code in 4/2, 3/1 extended, 4/1 extended, or 3/2 formats to determine the computer event code. The event code will then be transmitted to the central station computer. Refer to the “SCS2-200 Decoding Library” for the complete set of event codes used by the SCS2-200. In Sections [40] through [4F], program ASCII codes according to the Decoding Library. Values other than 20-7F (ASCII) will not be accepted. Note that the old value programmed in each Option will not be changed until a command with valid data is received.

Default settings are as below:

• 40-48: 41 • 4A: 41 • 4C: 43 • 4E: 52

• 49: 52 • 4B: 4F • 4D: 5C • 4F: 54

Page 15

Options [50] - [5F]: 4/3 Format Event Codes Selection

The SCS2-200 will use the fifth digit of data received in 4/3 and 4/2 extended formats to determine the message and event code. The event code will then be transmitted to the central station computer. Refer to the “SCS2-200 Decoding Library” for the complete set of messages and event codes used by the SCS2-200. In Sections [50] through [5F], program ASCII codes according to the Decoding Library. Values other than 20-7F (ASCII) will not be accepted. Note that the old value programmed in each Option will not be changed until a command with valid data is received.

Default settings are as below:

• 50: 54 • 54: 43 • 58: 41 • 5C: 4F

• 51: 41 • 55: 4F • 59: 52 • 5D: 42

• 52: 41 • 56: 54 • 5A: 54 • 5E: 48

• 53: 41 • 57: 41 • 5B: 43 • 5F: 5C

Option [60]-[6F]:

See APPENDIX D

Option [74]: Equivalent Line

Equivalent line option is used when an incoming signal can be received on another receiver telephone line if the original line is busy. Information printed and/or sent to the computer will indicate that the information was received on the same telephone line. The receiver number does not change. Program 00 at option [74] to disable, or a number from 01 to 1E.

[Default is 00]

Option [75]: Receiver Number

The Receiver Number is used to identify the receiver to the central station software. Refer to the manuals for any central station automation software being used to determine if there are any special requirements for this number. Also, check the numbers used for any other receivers in the station to ensure that numbers are not duplicated.

[Default is 01]

Option [70]: Automation Common Event Code

Some central station software packages are unable to process the alarm using the event codes listed in the SCS2-200 Decoding Library. Where a central station monitors thousands of accounts belonging to different companies, the same reporting codes may have different meanings depending on the company. Because of this, the individual event codes in Options [30] through [5F] cannot accurately represent the alarm condition. To overcome this, Option [70] may be programmed as follows:

Program Operation

00 Use Individual Event Codes to computer 20, 30-39, 41-5A Use Common Event Codes (space, 0-9, A-Z) When using Common Event Codes, it is recommended that either hexadecimal code “5A” (ASCII “Z”) or hexadecimal code “41” (ASCII “A”) be used. The “Space” character (Hex 20) can be used as the common event code with certain automation software packages to avoid account code database changes when switching over from other brand receivers to the DMP receiver. Note that Option [70] is ignored when using Modem formats, Contact-ID, ACRON, FBI Super Fast, BFSK, ADEMCO Super Fast and SK FSK1, 2 formats.

[Default is 00]

Option [71]: Library Select

Determine how to use Printer Words Options.

00 No printer words 01 Printer word options used for 1-digit reporting code

formats only; other will use predefined (hard coded) library.

02 Printer word options used for 2-digit reporting code

formats only; other will use predefined library.

03 Printer word options used for 3-digit reporting code

formats only; other will use predefined library.

04 Printer word options used for 1-digit and 2-digit reporting

code formats only; other will use predefined library.

05 Printer words options 60-6F used for 1-digit, 2-digit

and 3-digit reporting code formats.

[Default is 04]

Option [76]: 3 Digit Account (3/x to 4/x)

Program Option [76] with one of the values listed below:

Value Function 00 All 3 digit account codes will have a leading space.

01 All 3 digit account codes will have a leading zero. 02 All 3 digit account codes will have a leading zero

and all one digit event codes will have a leading zero.

[Default is 00]

Option [78]: Max Inter-digit Time

Certain old dialers may have difficulties communicating with the receiver. The SCS2-200 provides a possible solution by programming this option. This option should be left as a default and should be changed only on the recommendation of a DMP technician. When programmed as 00, the interdigit time is determined by the Baud rate of the format being used; all other values are in 100 ms intervals.

00 determined by Baud rate (default) 01 100 ms 02 200 ms

... etc.

[Default is 00]

Option [79]: Max Inter-burst

Certain old dialers may have difficulties in communicating with the receiver. The SCS2-200 provides a possible solution by programming this option. This option should be left as default and should be changed only on the recommendation of a DMP technician. When programmed as 00, the inter-burst has a time of 100 ms, all other values are in 10ms increments.

00 100 ms (default) 01 10 ms 02 20 ms

... etc.

[Default is 00]

Page 16

Option [7A]: Account Codes to Activate 2-Way Audio

Option [7A] determines which 4 digit account codes will be able to activate the 2-Way Audio feature. Program the first digits of the desired account codes in Option [7A]. For example, to allow all account codes between 1000 and 2FFF to activate the 2-Way Audio function, program Option [7A] as “12.” To allow all account codes between 3000 and 6FFF to activate the 2-Way Audio function, program Option [7A] as “36.” Option [7A] may be used with any formats supported by the SCS2. To disable the 4 digit account range 2-Way Audio function, program Option [7A] as “00.”

NOTES: Option [04] must have a value other than 00. In order to receive 2-way audio from an ITI panel, the

account number needs to fall within the account range. For UL Listed installations Option [04] shall not have a

value greater than 20.

[Default is 00]

Option [7B]: 3 Digits Account Codes to Activate 2-Way Audio

Option [7B] determines which 3 digit account codes will be able to activate the 2-Way Audio feature. Program the first digits of the desired account codes in Option [7B]. For example, to allow all 3 digit account codes between 200 and 3FF to activate the 2-Way Audio function, program Option [7B] as “23.” To allow all 3 digit account codes between 300 and 6FF to activate the 2-Way Audio function, program Option [7B] as “36. ” Option [7B] may be used with any 3 digit account code formats supported by the SCS2. To disable the 3 digit account range 2-Way Audio function, program Option [7B] as “00.”

NOTES: Option [04] must have a value other than 00. For UL Listed installations Option [04] shall not have a

value greater than 20.

[Default is 00]

Option [7C]: Alarm Codes to Activate 2-Way Audio

Option [7C] determines the range of alarm codes which will activate the 2-Way Audio function. Program the first digits of the desired alarm codes in Option [7C]. For example, if all alarm codes beginning with 6, 7 and 8 are to activate 2Way Audio, program Option [7C] as “68.” Option [7C] may be used with 10 to 40 Baud formats, DTMF 4/1, 4/2 and 4/3. Program Option [7C] as “00” to disable this function. The SCS2-200 will initiate audio by the account range, option [7A] and [7B] or by option [7C] ALARM CODE or a combination of all that are programmed. Example: 4/2 format with account code 1234, alarm code 2 on zone 3 (1234-23).

NOTES: Option [04] must have a value other than 00. For UL Listed installations Option [04] shall not have a

value greater than 20.

[Default is 00]

Option Option Switch to Reason

[7A]/[7B] [7C] Audio?

00 1-2 Yes Alarm code 2 falls within the code

1-1 00 Yes Account code 1234 falls within the

2-3 00 No Account code 1234 is outside the

00 3-4 No Alarm code 2 is outside the range

1-2 3-4 No If both are programmed, both must

3-5 1-3 No Both must be good and account

1-4 1-5 Yes Alarm code 2 falls within the code

range 1-2.

range 1-1.

range 2-3.

3-4.

be good and alarm code 2 is outside the range 3-4.

code 1234 is outside the range 3-5.

range 1-5, account code 1234 falls within the range 1-4.

Option [7D]: Audio Zone Code

Audio zone code is the range of zone (last digit) codes that will activate audio. The most significant nibble tells us the lowest code and the least significant nibble tells us the highest zone that will activate audio.

NOTES: Option [04] must have a value other than 00. For UL Listed installations Option [04] shall not have a

value greater than 20.

[Default is 00]

Option [7E]: Audio Event Code

Option [7E] is used to send a message to the computer and the printer to indicate that the line card has enabled the 2Way Audio function.

00 Audio event to computer Disabled 01 Send

02 Send 0

NOTES: Option [04] must have a value other than 00. For UL Listed installations Option [04] shall not have a

value greater than 20.

SRRL[#AAAA

where S = protocol identifier

= receiver number

= line card number

AAAA

= account number

RRL[#AAAA

where 0 = protocol identifier

= receiver number

= line card number

AAAA

= account number

|NLF

RRL

][DC4]

[Default is 00]

Page 17

Option [7F]: Enable Audio Format

This option will give the user the ability to enable and disable audio for selected formats. A ‘1’ in the formats bit position will enable the format for audio. A ‘0’ in the formats bit position will disable audio for the format.

Bit 0 3 Digit pulse formats. Bit 1 4 Digit pulse formats. Bit 2 DTMF formats. Bit 3 Contact ID Bit 4 SIA Level 1,2 and 3 Bit 5 Modem II Bit 6 ITI

Example: If the user wants Audio to work only for 3 digit pulse and SIA formats, option 7F would have to be programmed as 11 hex which enables bit 0 and bit 4.

NOTE: Option [04] must have a value other than 00. For UL Listed installations Option [04] shall not have a

value greater than 20.

[Default is 00]

Option [80]: Kissoff to Hang-up Time

This option determines the delay between kissoff and the release of the line. The hex value programmed at this location will be converted to decimal and then multiplied by 100 milliseconds to generate the delay. For example: Option 80 = 0A hex = 10 decimal * 100 ms = 1000 ms = 1 second delay. Option 80 = 28 hex = 40 decimal * 100 ms = 4000 ms = 4 second delay.

[Default is 1E]

Options [81] through [88]: Handshake Selection

The SCS2-200 is a multi-format receiver capable of sending several handshakes to a dialer. Often it is important which handshake is sent first. Program Options [81] through [88] according to your applications.

Handshake Options

00 No handshake 0B Modem II handshake 0C SIA FSK handshake 0D Westec

0E Modem IIE, Modem IIIa 0F DMP handshake 1D Single Dual tone handshake 2D Double Dual tone handshake FC Full duplex SIA FSK

All other frequencies can be used by programming the first two digits. For example:

23 = 2300 Hz, 18 = 1800 Hz, 14 = 1400 Hz, 10 = 1000 Hz Default settings are as below:

• 81: 14 • 83: 2D • 85: 0E • 87: 00

• 82: 23 • 84: 0C • 86: 0B • 88: 00

Note: For Westec formats the handshake and kissoff duration time must be set to 600ms.

and ITI handshake

Option [89] to [90]: Handshake and Kissoff Duration

Some control panels may require different handshake duration. Each unit has increments of 100 ms, from 100 ms to a maximum of 6.3 sec. Program options 89 to 90 to the desired duration respective to the corresponding handshake options 81-88.

00 1 sec (default) 01 100 ms 02 200 ms 03 300 ms 04 400 ms 05 500 ms 06 600 ms 07 700 ms 08 800 ms 09 900 ms 0A 1 sec 0B 1.1 sec 0C 1.2 sec

…

3F 6.3 ms

NOTE: These options will only affect steady tone handshakes.

[Default is 00]

Option [91]: Inter Handshake Duration

The SCS2-200 line card will usually wait for signals from the control panels for 4 seconds before sending the next handshake, if there are no signals received. In certain applications, control panels can not wait long enough to get their own handshake, especially if the handshake is programmed as the fifth or later handshake. Program Option [91] with one of the following:

00 4 second interval (default) 01 1 second interval 02 2 second interval 03 3 second interval

[Default is 00]

Option [95]: 5 digits pulse

The SCS2-200 cannot distinguish between 4/1, 3/2 and 3/1 with checksum because all of them contain a total of 5 digits. Therefore, this option must be programmed to inform the SCS2-200 which of the 3 formats may be used.

00 select 4/1 format (default) 01 select 3/2 format 02 select 3/1 with checksum format

NOTE: The printer messages for the 3-2 format are the same as those used for the 4/2 format.

[Default is 00]

Page 18

Option [96]: 4/1 Extended Format

Program Option [96] as “01” to combine 2 round pairs of 4/ 1 extended format into 4/2 output for reporting to the computer and the printer. For example, with Option [96] enabled, the security control panel may transmit the following information:

1234 3 1234 3 3333 1 3333 1

The SCS2-200 will interpret this information as: 1234 31 This format is not recommended as it occupies the telephone line for long periods of time. The default setting for Option [96] is “01”; when programmed as “00,” the option is disabled.

[Default is 00]

Option [99]: 8 Digit DTMF

The Ademco 4/1 Express format may cause conflicts with the DMP DTMF 4/3 with checksum format or FBI Superfast without checksum. Therefore, this option must be programmed to inform the SCS2-200 which of the 3 formats may be used.

00 DMP DTMF 4/3 with checksum 01 Ademco 4/1 Express 02 FBI without checksum

[Default is 01]

Option [9A]: Error Counter

0X This option is used for pulse formats. If set to X

value, the line card will hang up after X bad rounds.

00 Disabled [Default is 01]

Option [97]: 4/2 Extended Format

Program Option [97] as “01” to combine 2 round pairs of 4/2 extended format into 4/3 output for reporting to the computer and the printer. Program one of the following:

00 4/2 Extended format data is not combined 01 The panel sends: 1234 05

1234 05 0505 16 0505 16

The SCS2-200 will interpret this information as 1234 516, or the panel sends: 1234 03

1234 03 3333 01 3333 01

The SCS2-200 will interpret this information as 1234 301.

NOTE: The default setting for Option [97] is “00”; when programmed as “00”, the option is disabled.

[Default is 00]

Option [98]: 3/1 extended format

Program Option [98] as “01” to combine 2 round pairs of 3/ 1 extended format into 3/2 output for reporting to the computer and the printer. (For M.A.S. software users, the option should be programmed as “02”.) For example, with Option [98] enabled, the security control panel may transmit the following information:

123 3 123 3 333 1 333 1

The SCS2-200 will interpret this information as: 123 31 The default setting for Option [98] is “01”; when programmed as “00”, the option is disabled.

[Default is 00]

Option [9B]: Echo Suppression

00 Disabled 01 Enabled: The echo suppression option will enable

the transmission of a 2 second, 2025 Hz tone from the line card to disable echo suppression equipment. This option will only work with panels which require a 2225 Hz handshake.

Option [9C]: Acron RS-232

When this option is programmed as “00”, the SCS2-200 will convert the Acron Super Fast format signal into 3/2 or 4/2 format (Ex: AAAAsXssYY[DC4]). If it is programmed as “01” the Acron Super Fast will be sent to the computer as follows:

9RRLssssAAAACCCCCCCCC[DC4]

Where:

9 = Protocol number RR = Receiver number L = Line number ssss = Spaces AAAA = Account code CCCC = Channel 1-4 CCCC = Channel 5-8 [DC4] = Terminator

Example:

• Raw data: 1578BDDDDDDD 1578BDDDDDDD

• Printer output will be as follows: (01-001-1578-BDDDDDDD-)

• Computer output: (901001 1578BDDDDDDD)

[Default is 01]

Page 19

Option [9D]: MODEM II RS-232

The SCS2-200 is able to decode the Modem II formats. The handshake 0B needs to be programmed as one of the handshakes of the SCS2-200 for the Modem II, Modem IIa, or Modem IIb, and handshake 0E for Modem IIE or Modem IIIa Option [9D] determines the protocol sent to the computer.

NOTE: This option will also affect the BFSK format only if programmed as 00 or 01.

Option 9D: Modem II RS-232

00: 1RRLssssssAAAAXXYYYY[DC4] (6500 protocol) 01: 6RRLssssssAAAAXXYYYY[DC4] (SG protocol) 02: Modem II to SIA protocol 03: Modem II to SIA protocol, and text is decoded

and sent to printer and computer.

NOTE: please make sure the automation software supports settings 02 and 03 if the SIA protocol is desired.

[Default is 00]

Option [9F]: Ademco High Speed RS-232

When this option is programmed as “00”, the SCS2-200 will convert the High-Speed format signal into 4/2 format (Ex: 1RRLssssssAAAAsXssYY[DC4]). If it is programmed as “01” the Ademco High Speed will be send to the computer as follows: 8RRLAAAAsCCCCsCCCCsC[DC4] Where:

8 Protocol number RR Receiver number L Line number AAAA Account code s Space CCCC Channel 1-4 s Space CCCC Channel 5-8 s Space C Channel 9 [DC4] Terminator

[Default is 01]

Option [A1]: FBI RS-232

To enable the computer FBI Superfast protocol, program option [A1] as “01.” When enabled, the computer output will be as follows: JRRLssssssAAAATZZEss[DC4] Where:

J = FBI protocol identifier RR = Receiver number L = Line number s = Spaces AAAA = Account code. T = Zone type ZZ = Zone number, in hex. E = Event code

NOTE: if E=0 and T=0 : listen in.

[Default is 01]

Option [A3]: D6500 computer output

The SCS2-200 will emulate the Radionics D6500 RS-232 protocol on pulse formats only (00 = disable, 01 = enable). Examples:

1. 3/1 format: Account code “123” with alarm code “1” (alarm), the computer output will be:

00 1RRLsssssss123sAss1[DC4] 01 1RRLsssssss123sAss1[DC4]

2. 3/1 format: Account code “123” with alarm code “B” (opening), the computer output will be:

00 1RRLsssssss123sOssB[DC4] 01 1RRLsssssss123sOsss[DC4]

3. 4/2 extended (or 3/2 or 3/1 extended): Account code “1234” with alarm code “2” on zone “1” (alarm), the computer output will be:

00 1RRLssssss1234sAs21[DC4] 01 1RRLssssss1234sAs21[DC4]

4. 3/1 extended (or 4/2 or 3/2): Account code “234” with alarm code “C” on zone “2” (closing), the computer output will be:

00 1RRLsssssss234sCsC2[DC4] 01 1RRLsssssss234sCss2[DC4]

Where RR = Receiver Number

L = Line Number s = Space [DC4] = Terminator

Please note that option [70] must be left as individual event code when enabling this option.

[Default is 01]

Option [A4]: BFSK RS-232

When programming option [A4] as “01”, the BFSK format will convert its Radionics D6500 computer output to a standard protocol output.

[Default is 01]

NOTE: This option also affects the modem option [9D].

Option [A5]: 7 Digit Pulse

This option allows the SCS2-200 to select Sescoa Super

Speed or 4/2 checksum pulse. Ordinarily, the SCS2-200 cannot distinguish between these two formats, since they are both 7 digit pulse. Program option [A5] as 00 to have all incoming 7 digit pulse calls decoded as 4/2 checksum, or 01 to decode as Sescoa Super Speed.

[Default is 00]

Option [A7]: SK FSK2 RS-232

The SCS2-200 provides two possible outputs to the computer. Select 00 for protocol #1 or 01 for protocol #2. Please refer to SCS2-200 Communication Formats section (SK FSK communication format) for more details.

[Default is 00]

Page 20

SCS2-200 COMMUNICATION FORMATS

COMMON FORMATS

The following formats are commonly used:

• 3/1, 4/1, 4/2 formats; 10, 14, 20 Baud

• 3/1 extended format; 10, 14, 20, 40 Baud.

• 3/1, 4/2 formats with or without checksum; 40 Baud

• 3-2 format; 10, 14, 20 Baud

• 4/1 Extended format; 10, 14, 20 Baud

• 4/2 Extended format; 10, 14, 20, 40 Baud

Example:

• 3/1 FORMAT Computer: 1011ssssss123sAsss1[14] Printer: L01-123-1-FIRE ALARM HH:MM:SS-DD/MM

• 3/1 EXTENDED FORMAT Computer: 1011ssssss123sAss32[14] Printer: L01-123-32-FIRE ALARM HH:MM:SS-DD/MM

• 4/2 FORMAT Computer: 1011ssssss1234sAss22[14] Printer: L01-1234-22-FIRE ALARM HH:MM:SS-DD/MM

DMP DTMF FORMATS

DMP DTMF 4/3 and 4/3 with checksum formats provide fast, reliable and easy-to-understand and decode data transmission. On-line time will be greatly reduced when using 4/3 and 4/ 3 with checksum formats. The 4/1 and 4/2 DTMF formats can also be decoded by the SCS2-200. The 4/3 with checksum format is recommended for use with DMP and DSC security control panels.

Example:

• DMP 4/3 format Each round pair represents a single event: AAAAEZZ AAAA = 4-digit account code. E = Event code. ZZ = Zone number or user number. Computer: 1011ssssss2255sAs266[14][6] Printer: L01—2255-266-PANIC ALARM HH:MM:SS-DD/MM

ADEMCO CONTACT ID

This DTMF format requires a dual tone handshake and 1400 Hz kissoff, or 1400 Hz handshake and 1400 Hz kissoff.

Example:

Printer: L1-1221-E110-00 FIRE ALARM

HH:MM:SS-DD/MM

Computer: 5011 181221E11000101[14]

**PLEASE SEE APPENDIX G FOR EVENT CODES CLASSIFICATIONS TABLE**

ADEMCO EXPRESS

This format consists of 4-digit account codes, two digit format identifiers and 1- or 2-digit alarm codes. The SCS2-200 will decode the signal as regular 4/1 or 4/2 format. Option [99] must be programmed as “01” to decode the 4/1 Express format instead of the DMP 4/3 with checksum format or FBI Superfast no checksum.

Example:

• Option 99 set to 00 Raw data: 23451726 Computer Output: 1011 2345 A 172 Printer Output: L01-2345-172-FIRE ALARM HH:MM:SS-DD/MM

• Option 99 set to 01 Raw data: 23451726 Computer Output: 1011 2345 A 2 Printer Output: L01-2345-2-PANIC ALARM HH:MM:SS-DD/MM

Page 21

ADEMCO SUPER FAST (High Speed Format)

The High Speed format consists of 4 account numbers, 8 channel status digits, and 1 auxiliary channel.

NOTE: When option [9F] is programmed as “00,” the SCS2200 will convert the signal into 4/2 format. When option [9F] is programmed as “01,” the SCS2-200 will send the information as it received to the printer and to the computer using High Speed RS-232 communication protocol.

8RRLAAAAsCCCCsC[DC4] AAAAZZZZ ZZZZ S AAAA= Three digit or four digit account number. ZZZZ ZZZZ = Zone status. S = Status Channel indicates the meaning of the message. AAAAZZZZZZZZS or AAAZZZZZZZZS

Example

• With option 9F disabled Computer: 1011ssssss1234sAss02[14][6] Printer: L01-1234-02-ALARM ZONE02 HH:MM:SS-DD/MM

• With option 9F enabled Computer: 8011 1234s5155s5555s7[14][6] Printer: L01-1234 – 515555557 HH:MM:SS-DD/MM

DMP FSK

PRRLssAAAAAsXT1...Tns[DC4]

Data: P = DMP protocol identifier RR = Receiver number L = Line number s = Spaces AAAA = Account code X = If X position is inhabited by any character other

1-T2

NOTE: If account code changes, it will be right justified by the panel. Panel will send leading spaces as place fillers.

Expected Output

PRRLssAAAAAsXT1...Tns[DC4] Data: P = DMP Protocol identifier ddddd = RRL replaced by the 5-digit DNIS, therefore

s = Spaces AAAA = Account code X = DMP serial format identifier T

1-Tn

than an upper case "Z", the incoming signal is in serial 1 format. If X position holds an upper case "Z" than the incoming signal will be in serial 3 format. The actual character position of X will vary depending on number of account digits and/or line number length.

= Alarm information

increasing the length by two.

= Alarm information

Examples:

P011ss12345sA00081EASTsSMOKE[DC4] P011ss12345sA00085555116NORTH OFFICE PRI15S. WEST BUILDING[DC4]

The above two automation signals are both DMP serial 1 format. The 15th character in the above examples will determine if the received format is serial 1 or serial 3. If the 15th digit is anything but an uppercase "Z", the DMP format is serial 1. If you look at the signal below, you will see that the 15th digit is an uppercase "Z"; therefore, the signal is serial 3 format. P011ss12345sZa\61\t"BU\z 0232"FRONT DOOR\a 03OFFICE\u0568"JOHN SMITH\[DC4]

NOTE: The position of the DMP serial format identifier can change, depending on the line card number length.

FBI SUPER FAST FORMAT

This DTMF format consists of 4-digit account codes, 2-digit zone codes, 1-digit zone type codes, and 1-digit event codes. The zone codes will be converted into 3-digit decimal codes by the SCS2-200. The following are the zone type codes used by this format:

FBI Code Converted Event Event Code Fire 1 A Panic 2 A Burglary 3 A Medical 4 A Auxiliary 5 A Bypass 6 B Inactive 7 A Eight 8 A Nine 9 A Zero 0 A Opening B O Closing C C Abort D T Restore E R Trouble F T

NOTE: Option [A1] enabled will output the FBI RS-232 protocol.

Example

Alarm string - 1234B001 FBI RS-232 Option on Automation: J011 1234B001[14]

FBI RS-232 Option Off Automation: 1011 1234B001[14]

Page 22

ITI FORMAT

The ITI format covers ITI panel models RF Commander, Caretaker Plus, SX-V, SX-IVB, UltraGard 5000 (Pro 5000), Commander III and Commander 2000 Simon. In order to receive the ITI format, the handshake 0E must be programmed. Upon a cold boot, the fifth handshake (option [86]) is programmed as 0E hex.

RF Commander/Commander III:

Sensor# Printed out as 00-16 ALARM 80 ALARM 81 ALARM 82 ALARM 83 PHONE TEST 84 OPEN USER X 85 CLOSE USER X 86 SILENT DURESS 87 FORCE ARMED 90 AC FAILURE 91 LOW CPU BAT 92 ALM TAMPR LOOP 93 AUTO PHONE TEST 94 TROUBLE 95 CPU BACK IN

Caretaker Plus

77 ALARM TAMPER 78 TROUBLE 79 NO ACTIVI ALM 80 ALARM 81 ALARM 82 ALARM 83 PHONE TEST 84 OPEN USER X 85 CLOSE USER X 86 ALARM SILENT DURESS 87 FORCE ARMED 88 TROUBLE 92 ALARM TAMPER LOOP 93 AUTO PHONE TEST

SX-V

01 BAD SENSOR # 02-76 ALARM 77 TAMPER KEYPAD 80 ALARM 81 ALARM 82 ALARM 83 PHONE TEST 84 OPEN USER 85 CLOSE USER 86 SILENT DURESS 87 FORCE ARM 90 AC FAILURE 91 LOW CPU BAT 92 ALM TAMPR LOOP 93 AUTO PHONE TEST 94 RECEIVER TROUBLE 95 CPU BACK IN

Commander 2000

Sensor # 01-18 ALARM 80 ALARM 81 ALARM 82 ALARM 83 ALARM 84 OPEN USER# 85 CLOSE USER# 86 SILENT DURESS 87 FORCE ARMED 89 RF TOUCHPAD 90 AC FAILURE 91 LOW CPU BAT 92 ALM TAMPR LOOP 93 AUTO PHONE TEST 94 CPU RX FAIL 95 CPU BACK IN 96 FAIL TO COMMUNICATE 98 EVENT DUMP REPORT

Pro 5000 (UltraGard 5000)

Sensor # 01-76 ZONE ALARM 01-76 Zone Alarm Cancel 77 Touchpad Tamper 77 Touchpad Tamper Cancel w/User ID 78 Freeze Sensor Trouble 79 No Activity Time-out 79 No Activity Time-out Cancel 80 Touchpad Fire Alarm 81 Touchpad Police Alarm 82 Touchpad Auxiliary Alarm 83 Manual Phone Test w/User ID 84 Open User # 85 Close User # 86 Silent Duress w/User ID 87 Force Arm 88 Energy Saver Trouble 89 Wireless Touchpad (Supervisory or Low Battery) 90 AC Failure 90 AC Restore 91 Low Panel Battery 91 Panel Battery Restore 92 Panel Tamper 93 Automatic Phone Test 94 Wireless Receiver Failure 95 Panel Reset 96 Phone Failure

Example:

• ITI Printer: L01-12345-81-TOUCHPAD FIRE ALARMHH:MM:SSDD/MM

• ITI Computer Example: 1011ssss1B2345A081A31[DC4]

Page 23

MODEM II, MODEM IIE, MODEM IIIa2 and BFSK FORMATS

BFSK, Modem II, Modem IIIa2 or Modem IIE formats can be decoded by the SCS2-200.

Modem II

Example

• Modem II RS-232 Option ON Computer Output: 6011 7112 T 9[14] Printer Output: L01-7112—BATTERY MISSING HH:MM:SS-DD/MM

• Modem II RS 232 option OFF Computer Output: 1011 7112 R F01[14] Printer Output: L01-7112—PROG ACCESS OK HH:MM:SS-DD/MM

BFSK

Example:

• Modem II RS232 option ON Computer Output: 6011 112F 1[14] Printer Output: L01 112—FIRE ALARM HH:MM:SS-DD/MM

• Modem II RS232 option OFF Computer Output: 1011 112F 1[14] Printer Output: L01-112—FIRE ALARM HH:MM:SS-DD/MM

SIA FSK

The SIA digital format is a modem format communicating at 110 or 300 Baud and using the SIA protocol to transfer information to the computer. The standard SCS2-200 can receive Bell 103 modem frequencies.

NOTE: The SCS2-200 can accept SIA formats with and without separators. The SCS2-200 version 1.3 software implements Levels 1, 2 and 3 of the SIA 1993IIb Digital Communication Standard, but it does not support “Receiver Call out and Access Passcode Block,” “Reverse Channel Block,” and “V- Channel Communications".

The SCS2-200 supports an account code with a maximum of 16 digits, (including any displayable ASCII characters except the pipe symbol: “|”). It also supports an alarm code with a maximum of 4 digits. Usually, the central station automation refers to the SIA Event Block Data Code Definitions for information on interpreting the alarm codes. Acknowledgments for the SIA format are tonal by default. The transmitter may, however, request data acknowledgment by transmission of the optional configuration block. When the SCS2-200 receives the configuration block from a transmitter requiring data acknowledgment, it will send the tonal acknowledgment to this block. It will then send the data acknowledgment to the following data blocks if the data received is valid.

SILENT KNIGHT FSK1, FSK2

Silent Knight FSK1 Protocol

ERRLssssAAAAAAXXssss[DC4]

Where:

E FSK protocol identifier RR Receiver number L Line number s Spaces AAAAAA Account number (if the account is 4 or 5 digits,

XX Alarm code

Possible alarm codes are as follows:

00 Alarm Panic 01-08 Alarm 01-08 09 Holdup 10-19 Alarm 10-19 30 Test code 31 Trouble line 1 32 Trouble line 2 33 Expand trouble 34 Forced access 35 Restore line 1 36 Restore line 2 37 Expand restore 38 Cancel code 39 Data lost 40 Closing 41-49 Closing 1-9 50-59 Bypass 10-19 60 Trouble AC 61-68 Trouble 1-8 69 Trouble bat 70 Restore AC 71-78 Restore 1-8 79 Restore bat 80 Access 81-89 Access 1-9 90 Opening 91-99 Opening 1-9 [DC4] Represents the terminator

the leading “A”s will be replaced by spaces)

Example

Printer: L1-1234-03-LIBRARY WORD

HH:MM:SS-DD/MM

Computer: E01001 123403 [14]

Example

Printer: L01-1234 – NM008 HH:MM:SS-DD/MM Computer: S011[#1234:NBA08]

Page 24

SILENT KNIGHT FSK2 PROTOCOL

The SCS2-200 will provide two possible outputs to the computer, according to the value set under option A7. When the option is programmed as “00” (factory default), the computer output will be as follows:

FRRLssssAAAAAAYYZZss[DC4]

Where:

F FSK2 protocol 1 identifier RR Receiver number L Line number s Spaces AAAAAA Account number (if the account is 4 or 5 digits,

the leading “A”s will be replaced by spaces) YY Event code ZZ Zone/user number [DC4] Represents the terminator

Possible events are as follows:

YT00 Battery Trouble YR00 Battery Restore AT00 System Trouble AC DOZZ Access left open ID ZZ DFZZ Access forced ID ZZ DSZZ Access Station ID ZZ AJ00 System Restore AC LT0Z Trouble phone line #0Z

Restore phone line 0Z Expand trouble device ID z

Expand restore device ID z ETZZ Expand trouble station ID ZZ (ZZ=17-31) ERZZ Expand restore station ID ZZ (ZZ=17-31) RP00 Automatic test RXZZ Manual test zone ZZ CA Automatic closing OA Automatic opening CLZZ Normal closing ID ZZ OPZZ Normal opening ID ZZ CFZZ Forced closing ID ZZ ORZZ Forced opening ID ZZ

Supervised closing ID ZZ OTZZ Supervised opening ZZ CG0a Closing area 0a OG0a Opening area 0a DRZZ Access granted ID ZZ

Possible events are as follows:

B600 Battery Trouble BE00 Battery Restore C600 System Trouble AC CE00 System Restore AC

D60z Trouble phone line #0z DE0z Restore phone line 0z E60z Expand trouble device ID z EE0z Expand restore device ID z E6zz Expand trouble station ID zz (zz=17-31) EEzz Expand restore station ID zz (zz=17-31) E100 Automatic test E2zz Manual test zone ZZ F000 Automatic closing F400 Automatic opening F1zz : Normal closing ID ZZ F5zz : Normal opening ID ZZ F2zz : Forced closing ID ZZ F6zz : Forced opening ID ZZ F3zz : Supervised closing ID ZZ F7zz : Supervised opening ZZ FD0a: Closing area 0a FF0a : Opening area 0a F8zz : Access F9zz : Access left open ID zz FAzz : Access forced ID ZZ FBzz : Access station ID ZZ FC00: Duress FE00 : Data lost

SESCOA SUPER SPEED

Sescoa Super Speed is a 40 Baud communication format. Account codes are programmed as 4-digit decimal codes ranging from 0001 to 3374. The account code is followed by a 1-digit event code, a 2-digit alarm code, and 1-digit checksum. Option [A5] must be programmed as “01” in order to use Sescoa Super Speed decoding instead of 4/2 with checksum decoding.

Example:

Printer: L01-1234—LOW BATT HH:MM:SS-DD/MM Computer: 7017ssssss1234sF

When the option is programmed as “01”, the computer output will be as follows:

CRRLssssAAAAAAXYZZss[DC4]

Where:

C FSK2 protocol 2 identifier RR Receiver number L Line number s Spaces AAAAAA Account number (if the account is 4 or 5 digits,

the leading “A”s will be replaced by spaces) X Event code Y Condition code ZZ Zone/user number [DC4] Represents the terminator

WESTEC FORMATS

The WESTEC formats are a DTMF format. The SCS2-200 will receive and decode signals from the following WESTEC panels:

W900, W2K, W800, W1000/W2000/W3000, and W5000.

NOTE: For full WESTEC printer messages, the SCS2-300 must be set to 80 columns printer output.

Example:

Printer: Oct 08 1998-12:00:00-04/06-SG –12-206-0900—S

YSTEM TYPE:900 CALL#:01 STATUS: 0000 0000 0001 0110 0000 (000000 000000) DATA1 POWER UP DATA2 CLEAR POWER UP DATA3 CLEAR

ENDCALL*

Computer: W0100101Csss40ssssSSss011567871404166650[14]

Page 25

SCS2-200 PREDEFINED LIBRARY DECODING AND EVENT CODES TABLE

3/1 - 4/1 Alarm Library

For Alarm Corresponding Event Message Code Code (Options 30-3F)

0 (A) A PER TEST REPORT 1 A FIRE ALARM 2 A PANIC ALARM 3 A BURGLARY 4 A GENERAL ALARM 5 A GENERAL ALARM 6 A GENERAL ALARM 7 A MEDICAL

8 A SYSTEM TROUBLE Restore 9 R RESTORE Open B O OPENING Close C C CLOSING Cancel D / CANCEL Restore E R RESTORE Trouble F T SYSTEM TROUBLE

3/1-4/1 Extended, 3/2 & 4/2 Alarm Library

Alarm 0x(Ax) A PER TEST PEPORT Alarm 1x A FIRE ALARM Alarm 2x A PANIC ALARM Alarm 3x A BURGLARY Alarm 4x A GENERAL ALARM Alarm 5x A GENERAL ALARM Alarm 6x A GENERAL ALARM Alarm 7x A MEDICAL Alarm 8x A SYSTEM TROUBLE Restr 9x R RESTORE Open Bx O OPENING Close Cx C CLOSING Cancl Dx / CANCEL Restr Ex R RESTORE Trble Fx T SYSTEM TROUBLE

4/2 Extended & 4/3 Alarm Library

Alarm 0xx(Axx) T 0 PER TEST REPORT Alarm 1xx A 1 FIRE ALARM Alarm 2xx A 2 PANIC ALARM Alarm 3xx A 3 BURGLARY Close 4xx C 4 CLOSING Open 5xx O 5 OPENING Alarm 6xx T 6 SERVICE Alarm 7xx A 7 MEDICAL Alarm 8xx A 8 MESSAGE Restr 9xx R 9 RESTORE CloseGrp Bxx C C GROUP CLOSING OpenGrp Cxx O O GROUP OPENING Bypas Dxx B B CANCEL UnByp ExxH H ZONE BYPASS Cancl Fxx / / UN BYPASS

Ensure that the central station automation software is able to accept these codes if they are to be used.

Event Codes Summary

Code Event 0 Automatic Test 1 Fire Alarm 2 Panic Alarm 3 Burglary Alarm 4 Closing by User Number 5 Opening by User Number 6 Service 7 Medical Emergency 8 Message 9 Restore A Alarm B Bypass C Closing D or / Cancel H Unbypass O Opening R Restore T Trouble Z Common Event Code 20 Hex Common Event code “Space”

Page 26

SCS2-300 – Central Processing Module

GENERAL INFORMATION

The SCS2-300 16-bit microcontroller and real-time assembly language program running at 16 MHz allow the system to quickly and efficiently execute several tasks at the same time. The use of a unique menu display system enhances the system’s ease of use for the operator and makes the system configuration and programming simple and efficient. Several diagnostic modes are available to assist the operator in troubleshooting and maintenance.

FEATURES

• Multi-tasking allows the receiver to perform functions that might otherwise be delayed by a slow computer acknowledgment response

• Fast internal communication results in practically no delay in transfer of information between the line card and the SCS2-300.

SCS2-300 CONTROLS

• 128-event computer alarm message buffer

• 128-event printer alarm message buffer

• LCD contrast easily adjusted

• Ability to individually examine each line card message

• “Cold boot” option allows easy installation of default configuration

• Built-in diagnostic “debug” mode allows each line card to be monitored individually

• Serial port COM1 features LED indicators for Transmit (Tx) and Receive (Rx) functions

• Available COM1 Baud rates: 110, 150, 300, 600, 1200, 2400, 4800, 9600, 19200 or 38400

• COM1 Data bits: 7, 8 or 9

• COM1 Parity: Even, odd or none

• COM 1 Stop bits: fixed at 1

• Built-in Serial Communication Diagnostic Mode for COM1. The technician can test the communication with the central station computer and monitor what is being transmitted to and received from the computer

• Two programmable outputs, one with front panel LED indicator

• Buzzer mute option for system testing

• System menu for easy programming and diagnostics

• Software version 2.1 (or higher) supports SCADA (SCADA stands for Supervisory Control and Data Acquisition) line cards for networks of receivers

• Software version 2.1 (or higher) supports line card and SCS2-300 programming through computer software interface

• Software version 2.4 (or higher) allows up to 30 line cards to be connected to a single SCS2-300.

LIQUID CRYSTAL DISPLAY

2-line, 16 character per line liquid crystal display; backlit for easy reading in low level light

“OPTION” LIGHT

Indicates the state of the “Option” programmable output. Flashing 2 seconds ON, 2 seconds OFF, with the standard program.

[ACK] BUTTON

Used to manually acknowledge an alarm event when a computer is not connected to the receiver or when the UL Receiver option is enabled. Press the [ACK] button to turn the “ACK” light OFF and silence the buzzer. The [ACK] button is also used in the Configuration mode to select menu items.

“ACK” LIGHT

Flashes when a message is received from the line card and COM1 is disabled or disconnected.

[ENTER] BUTTON

Executes a command or scrolls the display to the next message.

“TX” LIGHT

Monitors the COM1 transmission signal.

[BACKSPACE] BUTTON

Used to erase errors or move the cursor back one character; also used to scroll the display back to the previous message.

“RX” LIGHT

Monitors the signal received from the computer connected to COM1.

[ESCAPE] BUTTON

Used to save changes and exit a mode; also used for other functions when indicated on the display screen.

“AC” LIGHT

Indicates that AC power is present.

Page 27

SCS2-300 OPERATING MODE

SCS2-300 COLD STARTUP

The “cold boot” should be performed to install the default system software. Follow the procedure described here to perform a “cold boot” of the SCS2-300. Remove the SCS2-300 from the card cage. Turn the “PROG EN” (Program Enable) switch ON. The Program Enable switch is located on the left side of the SCS2-300 unit; use a small screwdriver to turn the switch ON by turning it clockwise. Reinstall the SCS2-300 in the card cage, but do not fasten the mounting screws. The SCS2-300 should power up and this message will be displayed:

SYST COLD BOOT? Ent=Yes Bsp=No

Press the [Enter] button to perform the “cold boot.” This message will be displayed:

SYST COLD BOOT Executing!

After approximately 1 second, this message will be displayed:

Please Turn Off Program Switch!

The SCS2-300 will remain in an inoperative mode until the Program Enable switch is turned OFF.

• Pull the SCS2-300 part way out of the card cage

• Use a small screwdriver to turn the Program Enable

switch OFF by turning it counterclockwise.

• Reinstall the SCS2-300 in the card cage and secure the faceplate screws

The SCS2-300 is now ready for operation. Set the clock and calendar and configure the SCS2-300.

SCS2-300 IN STANDBY MODE

When the SCS2-300 is in Standby mode, a message similar to this will be displayed:

*FEB-23 07:30:45 Scanning 1E (30)

This indicates that the system is ready to receive data from the line cards and input from the numeric keypad and push buttons.

SCS2-300 CONFIGURATION MODE

The Configuration mode allows programming of the various features and options available on the SCS2-300. To enter the Configuration mode, press the [Escape] button; this message will be displayed:

Enter MASTER-ID

....

Enter the Master Access Code using the keypad; the default Master Access Code is “CAFE.” When the access code is entered, the screen will display the first option in the Options menu:

01:Sys Date/Time Ent:+ Bs:- Ack:S

Press the [Enter] button to display the next menu item, or press the [Backspace] button to display the previous menu item; press the [ACK] button to select the menu item presently displayed on the screen.

CONFIGURATION OPTIONS

The SCS2-300 features 28 configuration options:

01 System Date and Time 02 System Passwords 03 Number of Line Cards 04 Printer Select 05 COM1 Configuration 06 COM1 Format 07 Acknowledge Wait Delay 08 Heartbeat Select 09 COM2 Configuration 10 COM2 Format 11 Contrast Adjust 12 UL Receiver Option 13 Erase Memory 14 Mute Buzzer 15 Keep Last Message 16 Debug ComPort 17 Test 9v/12v Batt 18 Debug Line Card 19 Program Version 20 Monitor Battery 21 Year / Second 22 Force Reset 23 Change Receiver Number 24 Scada COM1 and COM2 Control 25 Printer Control 26 Printer Test 27 Printer Width 28 Tamper Input

Option 01: Setting the Clock

Option [01] allows the SCS2-300 date and time to be set. Press the [ACK] button when the “01: Sys Date/Time” message is displayed; this message will be displayed:

(D/M/Y) 23/02/93 (H:M:S) 07:30:45

Enter the date and time using the numbers 0 through 9 only. Press the [Enter] button to move the cursor one character to the right; press the [Backspace] button to move the cursor one space to the left. When the date and time are entered, press the [Escape] button; when the [Escape] button is pressed, the next Configuration option will be displayed on the screen. Note that if “0” or a number greater than “12” is programmed for the month, the screen will display the word “Nul” in place of the month while in the Standby mode. “Nul” will also be displayed for the time if the time has not been programmed properly.

Page 28

Option 02: Changing System Passwords

Option [02] allows the SCS2-300 passwords to be changed or erased. Press the [ACK] button when the “02: Sys Passwords” message is displayed; this message will be displayed:

PassID#0: xxxx Operator: S.G.

Sixteen 4-digit passwords are available for use on the SCS2-

300. Password 0 is the Master password, and passwords 1 through F may be assigned to individual operators. Two letters, representing the initials of the operator, may be assigned to each password to help in identifying the operator. When this option is entered, a cursor will appear beneath the first character in the 4-digit password. Enter a new password using the 0 through 9 and the A through F keys. To enter the operator’s initials, use the [0] and [1] keys to scroll forward or backward through the alphabet. When the desired letter is displayed, press the [Enter] button; the cursor will move to the next character. To move the cursor to the previous character, press the [Backspace] button. When the password and initials have been entered, press the [Escape] button; the next password will be displayed. When all passwords have been programmed, the display will advance to the next Configuration option.

Option 03: Change the Number of Line Cards

Option [03] is used to set the number of line cards polled by the SCS2-300. Press the [ACK] button when the “03: Numb of Lcard” message is displayed; this message will be displayed:

#LnCard Attached 0E Change to:xx

Enter a number from 01 to 1E to indicate how many line cards, from 1 to 30, are to be polled by the SCS2-300. When the new number is entered, press the [Enter] button; the screen will then display the next Configuration option.

Option 04: Select Printer Function

Option [04] determines how the printer connected to the SCS2-300 will operate. Press the [ACK] button when the “04:PrinterSelect” message is displayed; this message will be displayed:

Prter Config As: Bkup:0 Enable:1

Enter a digit from 0 through 1 for both “Bkup” and “Enable” according to the chart below: Bkup Enable Printer Operation 0 0 Bypass printer 0 1 Enable printer (default setting) 1 x Enable printer only if COM1 is in failure where x = don’t care (same as above) If “Bkup” is programmed as “1,” messages will only be sent to the printer if an acknowledge signal is not received from COM1. When using the Star 8340 printer, the SCS2-300 is able to print in both red and black. If an IBM-compatible printer is selected, the SCS2-300 will print in black only. When programming is complete, press the [Escape] button; when the [Escape] button is pressed, the next Configuration option will be displayed on the screen.

Option 05: COM1 Configuration

Option [05] determines the Baud rate, data bits and parity to be used on COM1. Press the [ACK] button when the “05: Com#1 Config.” message is displayed; this message will be displayed:

Com#1 Config As: Br:12 Da:7 Pa:2

• Br: Baud Rate

Enter... for Baud Rate

11 110 15 150 03 300 12 1200 24 2400 48 4800 96 9600 19 19200 38 38400

• Da: Data Bits Enter a number from 7 through 9 to indicate 7, 8, or 9 data bits.

• Pa: Parity

Enter… for Parity

0 no parity 1 odd parity 2 even parity

NOTE: The stop bit is fixed at 1.

When programming is complete, press the [Escape] button; when the [Escape] button is pressed, the next Configuration option will be displayed on the screen.

Option 06: COM1 Communication Format

Option [06] determines the communication format to be used on COM1. Press the [ACK] button when the 06: Com#1 Format” message is displayed; this message will be displayed:

Com#1 Format is: 1 Change to: x

Enter a number from 0 to 4 to select one of the following:

0 COM1 disabled 1 DMP format (default setting) 2 DMP format with common event code “A” 3 DMP format with header 01 Hex. 4 DMP Clock Signal format

When programming is complete, press the [Enter], [Backspace], or [Escape] button; when a button is pressed, the next Configuration option will be displayed on the screen.

Option 07: Wait Time for Acknowledge on COM1

Option [07] determines the acknowledge wait time, in seconds, to be used for COM1. Press the [ACK] button when the “07:ACK Wait Time” message is displayed; this message will be displayed:

<ACK> Wait Delay

4.0S Chg to:x.xS

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Enter a decimal number from 4.0 to 9.9. Use the [Enter] and [Backspace] buttons to move the cursor forward or backward when editing the acknowledge time. When programming is complete, press the [Escape] button; when the [Escape] button is pressed, the next Configuration option will be displayed on the screen.

NOTE: It is strongly recommended that you not change the default setting (4.0 sec.) unless so instructed by a DMP technician.

Option 08: Heartbeat Time for COM1

Option [08] determines at what time interval, in seconds, the supervisory “heartbeat” transmission will be sent to COM1. The “heartbeat” transmission is used to ensure that communications through COM1 are functioning normally. Press the [ACK] button when the “08: Heartbeat Sel” message is displayed; this message will be displayed:

Heartbeat Select 30S Chg to:XXSec

Enter a decimal number from 01 through 99 to determine the time interval between heartbeat transmissions. Program this option as “00” to disable the heartbeat transmission. Use the [Enter] and [Backspace] buttons to move the cursor forward or backward when editing the heartbeat time. When programming is complete, press the [Escape] button; when the [Escape] button is pressed, the next Configuration option will be displayed on the screen.

Option 09: COM2 Configuration

Option [09] determines the Baud rate, data bits and parity to be used on COM2. Press the [ACK] button when the “05: Com#1 Config.” message is displayed; this message will be displayed:

Com#2 Config As: Bd:03 Da:8 Pa:2

• Bd: Baud Rate

Enter… for Baud Rate

11 110 15 150 03 300 12 1200

• Da: Data Bits Enter a number from 7 through 9 to indicate 7, 8, or 9 data bits.

• Pa: Parity

Enter… for Parity

0 no parity 1 odd parity 2 even parity

NOTE: the stop bit is fixed at 1.

When programming is complete, press the [Escape] button; when the [Escape] button is pressed, the next Configuration option will be displayed on the screen.

Option 10: COM2 Communication Format

Option [10] determines the application to be used on COM2. Press the [ACK] button when the “10: Com#2 Format” message is displayed; this message will be displayed:

Com#2 Format is: 0 Change to x

Enter a number from 0 to 2 to select one of the following:

0 PC Computer Programming Software capability (default

setting) 1 SCADA connection through Com#2 enable 2 SCADA connection through Com#2 with Redundancy

Backup enable

Option 11: Adjust LCD Contrast

Option [11] allows the contrast of the message display screen to be adjusted. Press the [ACK] button when the “11: Contrast Adj” message is displayed; this message will be displayed:

Contrast Level

.....

Press the [Enter] button to increase the contrast; press the [Backspace] button to reduce the contrast. When the display contrast is adjusted to the desired level, press the [Escape] button; when the [Escape] button is pressed, the next Configuration option will be displayed on the screen.

Option 12: UL Receiver Option

To have the SCS2 operate in compliance with UL Listed Central Station requirements, press the [ACK] button when the “12: UL Receiver” message is displayed. This message will be displayed:

UL Requirement: 0 Change to:x

When Option [12] is programmed as “1,” the SCS2-300 will operate according to the following UL864 requirements:

• All signals are sent to the computer and/or the printer if

connected.

• The SCS2-300 retains alarm messages received from

the line cards and the SCS2-300 supervisory signal on

the LCD display, and activates the buzzer to alert the

operator. The display will also indicate if additional

signals are waiting to be displayed and acknowledged.

• The operator must press the [ACK] button to

acknowledge the signal manually. The SCS2-300 will

scroll to the next message if there are more messages

to display.

• The SCS2-300 returns to the Standby mode when all

signals have been manually acknowledged.

When Option [12] is programmed as “00,” functions described above will be bypassed. The default setting for Option 12 is “00.”

NOTE: By activating this option, the SCS2-300 will overwrite some option settings if they are not set to comply with UL requirements.

Option 13: Erase Alarm Message Buffer

NOTE: Under normal operating conditions, the b uffer should not be erased.

Option [13] is used to erase the SCS2-300 alarm message buffer. Press the [ACK] button when the “13: Erase Memory”

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message is displayed; this message will be displayed:

Erase all MEMORY ent=Y bs=N esc=X

Press the [Backspace] or [Escape] buttons to cancel this option without erasing the SCS2-300 buffer. To erase the buffer, press the [Enter] button. When the [Enter] button is pressed, this message will be displayed:

Are You Sure? ent=Y bs=N esc=X

Again, press the [Backspace] or [Escape] buttons to cancel this option without erasing the SCS2-300 buffer. To erase the buffer, press the [Enter] button. When the [Enter] button is pressed, all printer and computer messages will be erased. Ensure that a printed record of the alarm messages is made before erasing the buffer.

Option 14: Mute Buzzer

A buzzer will sound when the SCS2-300 receives an alarm and is unable to forward the alarm message to COM1. The buzzer can be silenced by programming Option [14] as “1.” Press the [ACK] button when the “14: Mute Buzzer” message is displayed; this message will be displayed:

Mute Buzzer: 1/0 0 Change to:X

When programmed as “1,” the buzzer will not sound when an alarm is received and cannot be forwarded to COM1. When programmed as “0,” the buzzer will sound when an alarm is received and cannot be forwarded to COM1. The default setting is “0.”

NOTE: Option 14 will have no effect on the buzzer if the UL Receiver Option is enabled.

Option 15: Display Last Message

When an alarm is received, the alarm message is displayed on the screen until the message is forwarded to the computer and printer. When the message is sent to the computer and printer, the Standby mode message will be displayed. The most recent alarm message may be retained on the screen until the next alarm message is received. To retain the most recent alarm message, program Option [15] as “1”. Press the [ACK] button when the “15: Keep Lst Msg” message is displayed; this message will be displayed:

Keep Lst Msg:1/0 0 Change to:X

To have the Standby mode message displayed after an alarm is received and sent to the computer or printer, program Option [15] as “0”. The default setting is “0”. When “0” or “1” has been entered, press the [Enter] key.

Option 16: ComPort Diagnostics

The SCS2-300 features a Diagnostics mode that allows the operator to view all data being communicated through COM1 (or COM2) on the display screen. To use this feature, press the [ACK] button when the “16: Debug ComPort” message is displayed; this message will be displayed:

Debug ComPort1,2 0 Change to:x

Enter “1” and press the [Enter] button to enable the Diagnostics feature on Com1 (or “2” for Com2). All data being sent through COM1 will now be displayed on the screen. A typical transmission is shown here:

1RRL AAAAsX YY N 06

N represents the number of times the SCS2-300 tries to resend the message to COM1; this value should be “1” during normal communication. [06] represents the Acknowledge received from COM1 To disable the diagnostics feature, program Option 16 as “0”. The Diagnostics mode should only be enabled to test and review the information being sent to COM1; the Diagnostics feature should be disabled during normal receiver operation.

Option 17: Test 9V/12V Battery

Some earlier SCS2-300 units provide 9V battery for memory storage while present SCS2-300 units use different technology for this purpose. If the unit uses 9V battery , the battery voltage should be supervised by enabling this option. Press [ACK] button when the “17:Test 9V/12v .” message is displayed; the following message will be displayed:

9V/12V Batt: 0-3 2 Change to:x

0 Do not supervise the 12V and 9V batteries 1 Supervise 9V only 2 Supervise 12V only 3 Supervise both batteries

Option 18: Line Card Diagnostics

The SCS2-300 features a Diagnostics mode that allows the operator to view all data being communicated between the SCS2-300 and the line cards. To enable this feature, press the [ACK] button when the “18: Debug LnCard#” message is displayed. Enter a hexadecimal number from “1” through “E” to monitor line card 01 through 14, or enter “FF” to monitor all line cards connected to the SCS2-300. Standby communications between the line card and the SCS2-300 will be displayed with messages similar to this:

• 01 represents the line card number

• FE represents the response from line number 1 to the

normal SCS2-300 alarm messages transmitted by the line cards will be displayed with messages similar to this:

L01-1234-C01 OpenGrp

NOTE: When Diagnostics mode are enabled, messages will be displayed according to the following priority:

• UL message - Acknowledge required

• COM1 Diagnostic messages

• Line Card Diagnostic messages

• “Retain last message” displays

• Internal Troubles messages

• Standby mode message

Refer to “Message Priorities” for more information.

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Option 19: Display Software Version

To display the software version presently installed in the SCS2-300, press the [ACK] button when the “19:Program Vers#” message is displayed; a message similar to this will be displayed:

SG-SCS2-300 RECEIVER *June-22-00 V2.4

Option 20: Battery Monitor

To view the present voltage of the 12V general backup batteries, press the [ACK] button when the “20: Monitor Batt.” message is displayed. A message similar to this will be displayed:

Battery Monitor: 12V:13.9 Volt

If the 12V battery is disconnected, approximately 11.2V will be indicated for that battery.

NOTE: If option 17 is at 03, a message similar to this will be displayed:

Battery Monitor: 9V:08.8 12V:13.9

Option 21: Alarm Messages Print Year or Seconds

Alarm messages may be programmed to include either the year in their dates, or the seconds in their times. To program Option [21], press the [ACK] button when the “21: Year/ Second” message is displayed; this message will be displayed:

Year/Second:1/0 0 Change to:X

Program Option [21] as “1” to include the year in the alarm message date; alarm messages will be printed as follows: L01-1234-05 Alarm 21:24-24/11/94 Note that the time (21:24) is represented with just hours and minutes, and that the year is added to the date (24/ 11/94). Program Option [21] as “0” to include the seconds in the alarm message time; alarm messages will be printed as follows: L01-1234-05 Alarm 21:24:30-24/11 Note that the time (21:24:30) now includes hours, minutes and seconds; the date (24/11) only indicates the day and the month.

NOTE: This option will affect COM1 when COM1 is programmed with communication format 4.

Option 23: Change Receiver Number

The receiver number is used to identify the receiver when communicating to COM1 and printer to report internal troubles. To change the receiver number, press the [ACK] button when the “23: Chg Receiver#” message is displayed. This message will be displayed:

Receiver Number: 01 Chg to:xx

Enter a new receiver number using the hexadecimal numbers “01” to “FF”. When a new number is entered, press the [Enter] button.

Options 24 to 27: Not used

Option 28: Tamper Input

To view the Tamper Input / UPS Low Battery supervisory, press the [ACK] button until “28: Tamper Input” is displayed. Press [ACK], the following message will then be displayed:

UPS/<ACK> : 0/1 0 Change to: 0

When this option is set to “0,” the TAMP terminal when shorted to ground will send a UPS Low Battery supervisory to the computer and activate the buzzer and ACK LED. The buzzer will shut off when the [ACK] button is pressed, or the UPS Low Battery is restored. When the option is set to “1,” the TAMP terminal can be used as a remote [ACK] button when shorted to ground. The default setting is “0.” Connect a push-button switch between the TAMP terminal and the GND terminal. When shorting the TAMP terminal with the ground, the receiver will react as if the front [ACK] button had been pressed. This could be used to install a remote Acknowledge button when using the receiver in manual mode.

Option 22: System Reset

To reset the SCS2-300 program, press the [ACK] button when the “22: Force Reset” message is displayed; this message will be displayed:

Force Sys Reset Ent=Yes Bsp=No

Press the [Backspace] button to cancel the option without resetting the SCS2-300. To reset the SCS2-300, press the [Enter] button. The reset will take approximately 8 seconds to complete. Press the [Backspace] or [Escape] buttons to move to the next Configuration option.

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MESSAGE PRIORITIES

When in Standby mode, the SCS2-300 will display warning and other operational messages according to the following priority:

1 UL Requirement Message 2 COM1/COM2 Diagnostics 3 Line Card Diagnostics 4 “Retain last message” Displays 5 Printer Error 6 COM1 Absent 7 12V Battery Low 8 9V Battery Low 9 AC Failure 10 Standby Mode Message

UL REQUIREMENT MESSAGE

When Option [12] is programmed as “01,” the [ACK] button must be pressed to acknowledge each incoming alarm manually and to silence the internal buzzer.

COM1 DIAGNOSTICS

If both Option [16] and Option [06] are enabled, the screen will display the data being communicated through COM1. Refer to Option [16] for information.

LINE CARD DIAGNOSTICS

If Option [18] is enabled, the screen will display the data exchanged between the SCS2-300 and the selected (or all) line card(s). Refer to Option [18] for more information.

“RETAIN LAST MESSAGE” DISPLAYS

If Option [15] is enabled, the latest printer message will be retained on the display screen. Refer to Option [15] for more information.

PRINTER ERROR

If Option [04] is enabled and there is a printer trouble (for example, printer off-line, paper out, and so on), a message similar to this will be displayed:

*Feb-23 07:30:45 <Printer ERROR!>

COM1 ABSENT

If Option 06 is enabled and COM1 is absent (for example, disconnects, off-line, or fails to send acknowledge signal), a message similar to this will be displayed:

*Feb-23 07:30:45 <<Com#1 ABSENT>>

12V BATTERY LOW

If the 12V backup battery is disconnected or its voltage is low, a message similar to this will be displayed:

*Feb-23 07:30:45 12V Battery LOW!

AC FAILURE

If AC power is removed from the SCS2-300, this message will be displayed:

*Feb-23 07:30:45 <AC Power LOST!>

Standby Mode Message

During normal standby operation, this message will be displayed:

*Feb-23 07:30:45 Scanning 1E (30)

SCS2-300 UTILITY MODES

SCS2-300 v2.4 provides for a 2 digit line card number. Since v2.4 is being shipped with all SCS2-200 modules, the sample screens need to be changed.

[A] Send Computer Messages to Printer [B] Operator Log-On [C] System Command Mode [D] Send Printer Messages to the Printer [E] Examine Printer Messages on Display Screen [F]Examine Computer Messages on Display Screen

[A] SEND COMPUTER MESSAGES TO PRINTER

This mode is used to send the computer messages from the buffer to the printer. When the [A] key is pressed, this message will be displayed:

Dump COM Msg->PRT Lcard#:FF Ent:EXE

Enter a hexadecimal number to print the following:

Enter... to print

00 SCS2-300 internal supervisory signals (if any) FF Computer messages for all line cards and

SCS2-300 internal supervisory signals

01-E Computer messages for specified line card Example: If “0” is entered, the following will be printed: Dump Computer Alarm Buffer

1011 ...... 0000 . R .. 06 12:37:31 - 12/10 106

1011 ...... 0000 . A .. 01 12:38:22 - 12/10 106

NOTE:“106” indicates the message was sent to the computer once and the computer has responded correctly with an [06] acknowledge.

[B] OPERATOR LOG-ON

Different operators may “log on” to the system by entering this mode. When an operator logs on, a message similar to this one will be printed: “Operator on duty S.G. 11:03-21/12/92”; the operator’s initials (if programmed) and the time and date will be printed. If the Star 8340 printer is being used, this message will be printed in red. To log on, press the [B] key, and then enter a 4-digit password. If a valid password is entered, a log-on message will be printed. If an invalid password is entered, the SCS2-300 will sound a tone to indicate that the code was entered incorrectly. Refer to SCS2-300 Option [02] for information on programming operator passwords and initials.

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[C] SYSTEM COMMAND MODE

The System Command mode is used to send commands to the line cards through the SCS2-300. To enter this mode, press [C] and then enter an Operator password. When the password is entered, this message will be displayed:

LCard:__ Comd:__ Op:__ Cd:__ Sc:__

• LCard: Enter a 2-digit hexadecimal number from 01 to 0E to indicate which line card is to be affected.

• Comd: Enter one of the line card Commands described in the SCS2-200 line card Menu mode section of this manual

• Op: and Cd: “Op” and “Cd” are used to indicate parameters that may be required within certain commands. For example, when using the F7 line card programming command “Op” and “Cd” are used to indicate the Option number and the new code programmed for that option.

• Sc: “Sc” is used with SCADA applications. Enter digits using the keypad; when a digit is entered, the cursor will move one character to the right. Press the [Backspace] button to delete the character presently indicated by the cursor and move the cursor 1 character to the left. When a command has been entered, press the [Escape] button to send the command to the line card. If more than one command is to be sent, press the [ACK] button to send the command presently displayed on the screen. Another command may now be entered.

[D] SEND PRINTER MESSAGE TO THE PRINTER

With the SCS2-300 in the Standby mode, press the [D] key to send printer messages in the buffer to the printer. When the [D] key is pressed, this message will be displayed:

Dump PRT Msg->PRT LCard#:FF ent:EXE

Enter a hexadecimal number to print the following:

Enter... to print

00 SCS2-300 internal trouble messages (if any) 01to1E Messages for specified line card FF Messages for all line cards

If an error is made in entering the number, simply re-enter the desired number on the keypad. Press the [Backspace] or [Escape] button to cancel this function and return to the Standby mode, o r, press the [Enter] button to print the indicated messages. When the [Enter] button is pressed, the SCS2-300 will print the printer messages, starting with the oldest message. The messages will be printed in red if the Star DP8340 printer is being used. If the SCS2-300 receives new alarms from the line card while the buffer is being printed, the new alarms will be sent to the printer when the buffer printout is completed.

[E] EXAMINE PRINTER MESSAGES ON DISPLAY SCREEN

With the SCS2-300 in the Standby mode, press the [E] key to review printer messages on the display screen. When the [E] key is pressed, this message will be displayed:

Exam PRINTER msg LCard#:FF ent:EXE

Enter a hexadecimal number to view the following:

Enter... to view

00 SCS2-300 internal trouble messages (if any) 01to1E Messages for specified line card FF Messages for all line cards

If an error is made in entering the number, simply re-enter the desired number on the keypad. Press the [Backspace] or [Escape] button to cancel this function and return to the Standby mode, or, press the [Enter] button to view the indicated messages. When the [Enter] button is pressed, the SCS2-300 will display the printer messages, starting with the most recent message. When [Enter] is pressed, a message similar to this will be displayed:

L01-1234-05 Alarm xx

"xx" indicates the number (in hexadecimal) of printer messages in the line card buffer. Press the [Enter] button to scroll through the messages; the messages will be displayed in order from the most recent to the oldest. Press the [Backspace] button to scroll from the oldest message to the most recent. When finished viewing the messages, press the [Escape] button.

[F] EXAMINE COMPUTER MESSAGES ON DISPLAY

SCREEN

With the SCS2-300 in the Standby mode, press the [F] key to review computer messages on the display screen. When the [F] key is pressed, this message will be displayed:

Examine COM1 msg LCard#:FF ent:EXE

Enter a hexadecimal number to view the following:

Enter... to view

00 SCS2-300 internal trouble messages (if any) 01to 1E Computer messages for specified line card FF Computer messages for all line cards

If an error is made in entering the number, simply re-enter the desired number on the keypad. Press the [Backspace] or [Escape] button to cancel this function and return to the Standby mode, or, press the [Enter] button to view the indicated messages. When the [Enter] button is pressed, the SCS2-300 will display the computer messages, starting with the most recent message. When [Enter] is pressed, a message similar to this will be displayed:

1011......0000.A

..03 1.06 xx

"xx" indicates the number (in hexadecimal) of computer messages in the line card buffer. Press the [Enter] button to scroll through the messages; the messages will be displayed in order from the most recent to the oldest. Press the [Backspace] button to scroll from the oldest message to the most recent. When finished viewing the messages, press the [Escape] button.

SCS2-300 Computer Interface

The SCS2-300 is able to send alarm messages to a computer connected to the COM1 serial port. This section describes the communication procedures, and the communication formats available for use.

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OVERVIEW OF COMMUNICATION

When the SCS2-300 receives data from a line card, it forwards the data to COM1 and awaits an acknowledgment signal from the computer. If a NAK signal is received from the computer, the SCS2-300 will make 4 attempts to send the data. If all four attempts fail, SCS2-300 buzzer will sound and the SCS2-300 will retain the alarms in its internal buffer until communications are restored. This routing provides reliable and supervised communication between the SCS2300 and the line cards. The SCS2-300 also monitors the connection to the computer by sending a supervisory

“heartbeat” signal through COM1 every 30 seconds. If the “heartbeat” transmission determines that the computer is

off-line or disconnected, a message similar to this will be sent to the printer: Com#1 Absent!! 09:45-21/09/92 Note that the message indicates the time and date that communications through COM1 were determined to be interrupted. When COM1 communications are re-established, a message similar to this one will be printed: Com#1 Restored 09:50-21/09/92 Note that the message indicates the time and date that communications through COM1 were determined to be reestablished. The “heartbeat” feature may be disabled if this feature is not compatible with the central station automation software being used on the computer.

SCS2-300 COM1 STATUS REPORT MESSAGES

The SCS2-300 will send the following messages to COM1 to report internal status conditions. SCS2-300 will use an account code of “0000” to indicate that it is reporting an internal condition. The line number is fixed to be “0.”

Sent to COM1 Event

0000 A 00 Reserved to indicate Operator activity

for C or ESC mode (not implemented in

this program version). 0000 A 01: Printer Error 0000 R 02: Printer Restored 0000 A 03: 12V Battery Low 0000 R 04: 12V Battery Restored 0000 A 05: COM1 Absent 0000 R 06: COM1 Restored 0000 A 07: UPS AC Fail 0000 R 08: UPS AC Restored 0000 A 11: 9V Batt. Low 0000 R 12: 9V Batt. Restr 0000 A 13: COM2 Absent 0000 R 14: COM2 Restored 0000 A 15: AC Failure 0000 R 16: AC Restored 0000 A 17: UPS Low Battery 0000 R 18: UPS Low Batt Restr 0000 T 19: SCS2-300 Master Fail 0000 A C1 to CU: Internal Communication Error

NOTE: Trouble can be caused by bad backplane connections or RAM failure. Cold boot may be necessary.

0000 A D0: SCS2-300 Reset When a SCS2-300 event is sent to the computer that has the line card number in it, the SCS2-300 changes the value of

the line card number to a letter. Line cards 01 to 1E will be displayed as 1 to 9 for line cards 01 to 09 and A to U for line cards 0A to 1E. 0000 A F1 to FU: Line Card 01 to 1E Absent 0000 R E1 to EU: Line Card 01 to 1E Restored

The following messages will be sent to COM1 to report status changes on the line cards. Again, the account code of “0000” indicates that an internal event is being reported. The line number varies depending on which line card is reporting.

Sent to COM1 Event

#0000|NYNRRL Faulty Data Received on Line Card #0000|NLTRRL Telephone Line Fault on Line Card #0000|NLRRRL Telephone Line Restored on Line Card #0000|NYCRRL Faulty Call; No Data Received on Line

Card Depends on Option [7E] Audio on line X When a SCS2-300 event is sent to the printer that has the

line card number in it, the SCS2-300 changes the value of the line card number to a letter. Line cards 01 to 1E will be printed as 1 to 9 for line cards 01 to 09 and A to U for line cards 0A to 1E. The message will be printed as follows:

L1T-Linecard restored 17:49:56-11/08 L1U-Linecard Inc. Resp. 17:51:36-11/08 L1S-Comm Error 17:35:37-11/08

Page 35

SCS2-300 EPROM PROGRAMMING

6500 05H Printer strobe pulse width

default = 5 microseconds

6501-6502 3E80 Delay time x 0.25 ms to re-send

message to COM1 if heartbeat is

not selected 6505-6506 0100H Test Line Card 01 at 01:00 6505-6508 0115H Test Line Card 02 at 01:15 6507-650A 0130H Test Line Card 03 at 01:30 6509-650C 0145H Test Line Card 04 at 01:45 650B-650E 0200H Test Line Card 05 at 02:00 650D-6510 0215H Test Line Card 06 at 02:15 6511-6512 0230H Test Line Card 07 at 02:30 6513-6514 0245H Test Line Card 08 at 02:45 6515-6516 0300H Test Line Card 09 at 03:00 6517-6518 0315H Test Line Card 0A at 03:15

AUTOMATION PROTOCOLS

The DMP SG-SCS2 receiver sends the various protocols to report signals to the central station computer via an RS-232 port. The complete description of protocols is available upon request.

DATA BYTE PROTOCOL

The DMP SCS2 receiver uses a default configuration of 19200 Baud, one start bit, seven data bits, one even parity bit, and one stop bit structure to transmit and receive signals on the RS-232 port. This protocol can be programmed on the receiver to enable different configurations.

ACKNOWLEDGEMENT OF THE SIGNAL

The DMP receiver requires an acknowledgment signal [ACK] (Hex 06) from the computer software within 4 seconds for each message sent. Failure to receive the [ACK] will result in the retransmission of the same signal three times before giving up. The same thing happens if the receiver receives a [NAK] (hex 15). In case of communication failure with the computer, the DMP receiver can store up to 127 times the number of lines installed in its internal memory. The communication is resumed when the first ACK is received on the heartbeat.

6519-651A 0330H Test Line Card 0B at 03:30 651B-651C 0345H Test Line Card 0C at 03:45 651D-651E 0400H Test Line Card 0D at 04:00 6501F6520 0415H Test Line Card 0E at 04:15

The 24 Hour Timetest will occur only for the first 14 line cards. Changes are rarely required, but these features may be changed to suit particular needs. To make changes to the EPROM programming, first insert a standard SCS2-300 EPROM into an EPROM programming unit. Follow the instructions provided with the EPROM programmer to select addresses and modify data. Ensure that the correct addresses are being programmed, and verify the existing data in the address before making changes.

Page 36

APPENDIX A: SCS2-200 COMMUNICATION FORMATS

UL has verified compatibility with the following formats:

NAME HANDSHAKE DATA BAUD FORMAT EXTENDED KISS OFF

Ademco Slow 1400Hz 1900Hz 10bps 3/1,4/1(or 3/2),4/2 NO 1400Hz Ademco Slow 1400Hz 1900Hz 10bps 4/2,4/1,3/1 YES 1400Hz Silent Knight Fast 1400Hz 1900Hz 14bps 3/1,4/1(or 3/2), 4/2 NO 1400Hz Silent Knight Fast 1400Hz 1900Hz 14bps 4/2,4/1,3/1 YES 1400Hz Franklin 2300Hz 1800Hz 20bps 3/1,4/1(or 3/2), 4/2 NO 2300Hz Franklin 2300Hz 1800Hz 20bps 4/2,4/1,3/1 YES 2300Hz Radionics 2300Hz 1800Hz 40bps 3/1,4/2 NO 2300Hz Radionics 2300Hz 1800Hz 40bps 4/2,3/1 YES 2300Hz Radionics 2300Hz 1800Hz 40bps 3/1+parity NO 2300Hz

4/2+parity

Radionics 2300Hz 1800Hz 40bps 3/1+parity YES 2300Hz

4/2+parity Sescoa S. Speed 2300Hz 1800Hz 40bps 4/3+Checksum NO 2300Hz Sescoa S. Speed 2300Hz 1800Hz 40bps 4/3+Checksum ID O/C 2300Hz SIA FSK FSK mark FSK mark 110bps tonal data ACK

Level 1, 2, and 3. Space 300bps Contact ID Dual Tone DTMF DTMF 4/2/1/3/2/3 NO 1400Hz D MP 2300Hz DTMF DTMF 4/1,4/2,4/3 NO 2300Hz DMP Dual Tone DTMF DTMF 4/1,4/2,4/3 NO 1400Hz D MP 2300Hz DTMF DTMF 4/3+Checksum NO 2300Hz DMP Dual Tone DTMF DTMF 4/3+Checksum NO 1400Hz S.F. Ademco Dual Tone DTMF DTMF 4/8/1 NO 1400Hz S.F. Ademco Dual Tone DTMF DTMF 4/8/1 + Checksum NO 1400Hz Ademco Express Dual Tone DTMF DTMF 4/1(option), 4/2 NO 1400Hz FBI Super Fast 2300Hz DTMF DTMF 4/3/1 NO 2300Hz Modem II FSK FSK 110 Baud FSK NO FSK RadionicsBFSK 1400Hz FSK 42 Baud 3/2 NO 1400Hz RadionicsBFSK 2300Hz FSK 42 Baud 3/2 NO 2300Hz Silent Knight FSK1 2300Hz FSK 110 Baud 4/2, 5/2, 6/2 NO 2300Hz Silent Knight FSK2 2300Hz FSK 110 Baud SIA equiv. NO 2300Hz ITI FSK FSK 110/300 Baud NO FSK Modem IIE FSK FSK 300 Baud NO FSK Modem IIIa DMP Data hsk FSK 300 Baud NO Data K-O *Varitech 2300Hz FSK 40 Baud 4/2 NO 2300Hz *Westec Double Dual Tone DTMF DTMF NO

UL has not verified compatibility with these formats.

FSK FSK 300 Baud NO FSK

Page 37

APPENDIX B: ASCII CHARACTER CHART

ASCII with library Corresponding ASCII on printer Hex Character (Option 30)

20 Space B0 30 0 B1 31 1 B2 32 2 B3 33 3 B4 34 4 B5 35 5 B6 36 6 B7 37 7 B8 38 8 B9 39 9 C1 41 A C2 42 B C3 43 C C4 44 D C5 45 E C6 46 F C7 47 G C8 48 H C9 49 I CA 4A J CB 4B K CC 4C L CD 4D M CE 4E N CF 4F O D0 50 P D1 51 Q D2 52 R D3 53 S D4 54 T D5 55 U D6 56 V D7 57 W D8 58 X D9 59 Y DA 5A Z DC 5C \

Page 38

APPENDIX C DECIMAL - HEX - BINARY CONVERSION CHART

DEC HEX BINARY

000 00 0000 0000 001 01 0000 0001 002 02 0000 0010 003 03 0000 0011 004 04 0000 0100 005 05 0000 0101 006 06 0000 0110 007 07 0000 0111 008 08 0000 1000 009 09 0000 1001 010 0A 0000 1010 011 0B 0000 1011 012 0C 0000 1100 013 0D 0000 1101 014 0E 0000 1110 015 0F 0000 1111 016 10 0001 0000 017 11 0001 0001 018 12 0001 0010 019 13 0001 0011 020 14 0001 0100 021 15 0001 0101 022 16 0001 0110 023 17 0001 0111 024 18 0001 1000 025 19 0001 1001 026 1A 0001 1010 027 1B 0001 1011 028 1C 0001 1100 029 1D 0001 1101 030 1E 0001 1110 031 1F 0001 1111 032 20 0010 0000 033 21 0010 0001 034 22 0010 0010 035 23 0010 0011 036 24 0010 0100 037 25 0010 0101 038 26 0010 0110 039 27 0010 0111 040 28 0010 1000 041 29 0010 1001 042 2A 0010 1010 043 2B 0010 1011 044 2C 0010 1100 045 2D 0010 1101 046 2E 0010 1110 047 2F 0010 1111 048 30 0011 0000 049 31 0011 0001 050 32 0011 0010 051 33 0011 0011 052 34 0011 0100 053 35 0011 0101 054 36 0011 0110 055 37 0011 0111 056 38 0011 1000 057 39 0011 1001 058 3A 0011 1010 059 3B 0011 1011 060 3C 0011 1100 061 3D 0011 1101 062 3E 0011 1110 063 3F 0011 1111

DEC HEX BINARY

064 40 0100 0000 065 41 0100 0001 066 42 0100 0010 067 43 0100 0011 068 44 0100 0100 069 45 0100 0101 070 46 0100 0110 071 47 0100 0111 072 48 0100 1000 073 49 0100 1001 074 4A 0100 1010 075 4B 0100 1011 076 4 C 0100 1100 077 4D 0100 1101 078 4E 0100 1110 079 4F 0100 1111 080 50 0101 0000 081 51 0101 0001 082 52 0101 0010 083 53 0101 0011 084 54 0101 0100 085 55 0101 0101 086 56 0101 0110 087 57 0101 0111 088 58 0101 1000 089 59 0101 1001 090 5A 0101 1010 091 5B 0101 1011 092 5 C 0101 1100 093 5D 0101 1101 094 5E 0101 1110 095 5F 0101 1111 096 60 0110 0000 097 61 0110 0001 098 62 0110 0010 099 63 0110 0011 100 64 0110 0100 101 65 0110 0101 102 66 0110 0110 103 67 0110 0111 104 68 0110 1000 105 69 0110 1001 106 6A 0110 1010 107 6B 0110 1011 108 6 C 0110 1100 109 6D 0110 1101 110 6E 0110 1110 111 6F 0110 1111 112 70 0111 0000 113 71 0111 0001 114 72 0111 0010 115 73 0111 0011 116 74 0111 0100 117 75 0111 0101 118 76 0111 0110 119 77 0111 0111 120 78 0111 1000 121 79 0111 1001 122 7A 0111 1010 123 7B 0111 1011 124 7 C 0111 1100 125 7D 0111 1101 126 7E 0111 1110 127 7F 0111 1111

DEC HEX BINARY

128 80 1000 0000 129 81 1000 0001 130 82 1000 0010 131 83 1000 0011 132 84 1000 0100 133 85 1000 0101 134 86 1000 0110 135 87 1000 0111 136 88 1000 1000 137 89 1000 1001 138 8A 1000 1010 139 8B 1000 1011 140 8C 1000 1100 141 8D 1000 1101 142 8E 1000 1110 143 8F 1000 1111 144 90 1001 0000 145 91 1001 0001 146 92 1001 0010 147 93 1001 0011 148 94 1001 0100 149 95 1001 0101 150 96 1001 0110 151 97 1001 0111 152 98 1001 1000 153 99 1001 1001 154 9A 1001 1010 155 9B 1001 1011 156 9C 1001 1100 157 9D 1001 1101 158 9E 1001 1110 159 9F 1001 1111 160 A0 1010 0000 161 A1 1010 0001 162 A2 1010 0010 163 A3 1010 0011 164 A4 1010 0100 165 A5 1010 0101 166 A6 1010 0110 167 A7 1010 0111 168 A8 1010 1000 169 A9 1010 1001 170 A A 1010 1010 171 A B 1010 1011 172 A C 1010 1100 173 A D 1010 1101 174 AE 1010 1110 175 AF 1010 1111 176 B0 1011 0000 177 B1 1011 0001 178 B2 1011 0010 179 B3 1011 0011 180 B4 1011 0100 181 B5 1011 0101 182 B6 1011 0110 183 B7 1011 0111 184 B8 1011 1000 185 B9 1011 1001 186 B A 1011 1010 187 B B 1011 1011 188 B C 1011 1100 189 B D 1011 1101 190 B E 1011 1110 191 BF 1011 1111

DEC HEX BINARY

192 C 0 1100 0000 193 C 1 1100 0001 194 C 2 1100 0010 195 C 3 1100 0011 196 C 4 1100 0100 197 C 5 1100 0101 198 C 6 1100 0110 199 C 7 1100 0111 200 C 8 1100 1000 201 C 9 1100 1001 202 C A 1100 1010 203 C B 1100 1011 204 C C 1100 1100 205 C D 1100 1101 206 C E 1100 1110 207 C F 1100 1111 208 D0 1101 0000 209 D1 1101 0001 210 D2 1101 0010 211 D3 1101 0011 212 D4 1101 0100 213 D5 1101 0101 214 D6 1101 0110 215 D7 1101 0111 216 D8 1101 1000 217 D9 1101 1001 218 D A 1101 1010 219 D B 1101 1011 220 D C 1101 1100 221 D D 1101 1101 222 D E 1101 1110 223 DF 1101 1111 224 E0 1110 0000 225 E1 1110 0001 226 E2 1110 0010 227 E3 1110 0011 228 E4 1110 0100 229 E5 1110 0101 230 E6 1110 0110 231 E7 1110 0111 232 E8 1110 1000 233 E9 1110 1001 234 EA 1110 1010 235 E B 1110 1011 236 E C 1110 1100 237 E D 1110 1101 238 E E 1110 1110 239 EF 1110 1111 240 F0 1111 0000 241 F1 1111 0001 242 F2 1111 0010 243 F3 1111 0011 244 F4 1111 0100 245 F5 1111 0101 246 F6 1111 0110 247 F7 1111 0111 248 F8 1111 1000 249 F9 1111 1001 250 FA 1111 1010 251 FB 1111 1011 252 F C 1111 1100 253 FD 1111 1101 254 FE 1111 1110 255 FF 1111 1111

Page 39

APPENDIX D: PRINTER WORDS - OPTIONS [60] - [6F]

The English Printer Library is provided and can be selected by programming the event codes to the corresponding word. Words available:

00 MEDICAL 01 PENDANT TRANSMITTER 02 FAIL TO REPORT IN 03 RESERVED 04 RESERVED 05 RESERVED 06 RESERVED 07 RESERVED 08 RESERVED 09 RESERVED

0A FIRE ALARM 0B SMOKE 0C COMBUSTION 0D WATER FLOW 0E HEAT 0F PULL STATION 10 DUCT 11 FLAME 12 NEAR FIRE ALARM 13 RESERVED

14 PANIC ALARM 15 DURESS ALARM 16 SILENT ALARM 17 AUDIBLE ALARM 18 DURESS 19 DURESS 1A RESERVED 1B RESERVED 1C RESERVED 1D RESERVED

1E BURGLARY 1F PERIMETER 20 INTERIOR 21 24 HOUR 22 ENTRY/EXIT 23 DAY/NIGHT 24 OUTDOOR 25 TAMPER 26 NEAR BURGLARY ALARM 27 INTRUSION VERIFIER

28 GENERAL ALARM 29 POLLING LOOP OPEN 2A POLLING LOOP SHORT 2B EXPANSION MODULE FAILURE 2C SENSOR TAMPER 2D EXPANSION MODULE TAMPER 2E SILENT BURG 2F SENSOR SUPERVISON FAILURE 30 RESERVED 31 RESERVED

32 24 HOUR NON-BURGLARY 33 GAS DETECTED 34 REFRIGERATION 35 LOSS OF HEAT 36 WATER LEAKAGE 37 FOIL BREAK 38 DAY TROUBLE 39 LOW BOTTLED GAS LEVEL 3A HIGH TEMPERATURE 3B LOW TEMPERATURE

3C RESERVED 3D LOSS OF AIR FLOW 3E CARBON MONOXIDE 3F TANK LEVEL 40 RESERVED 41 RESERVED 42 RESERVED 43 RESERVED 44 RESERVED 45 RESERVED

46 FIRE SUPERVISORY 47 LOW WATER PRESSURE 48 LOW CO2 49 GATE VALVE SENSOR 4A LOW WATER LEVEL 4B PUMP ACTIVATED 4C PUMP FAILURE 4D RESERVED 4E RESERVED 4F RESERVED

50 SYSTEM TROUBLE 51 AC LOSS 52 LOW SYSTEM BATTERY 53 RAM CHECKSUM BAD 54 ROM CHECKSUM BAD 55 SYSTEM RESET 56 PANEL PROGRAM CHANGED 57 SELF-TEST FAILURE 58 SYSTEM SHUTDOWN 59 BATTERY TEST FAILURE

5A GROUND FAULT 5B BATTERY MISSING/DEAD 5C POWER SUPPLY OVERCURRENT 5D ENGINEER RESET 5E RESERVED 5F RESERVED 60 RESERVED 61 RESTORE ALARM 62 OPENING ALARM 63 CLOSING ALARM

64 SOUNDER/RELAY 65 BELL 1 66 BELL 2 67 ALARM RELAY 68 TROUBLE RELAY 69 REVERSING 6A NOTIFICATION APPLIANCE 3 CHECK 6B NOTIFICATION APPLIANCE 4 CHECK 6C RESERVED 6D RESERVED

6E SYSTEM PERIPHERAL 6F POLLING LOOP OPEN 70 POLLING LOOP SHORT 71 EXPANSION MODULE FAILURE 72 REPEATER FAILURE 73 LOCAL PRINTER PAPER OUT 74 LOCAL PRINTER FAILURE 75 EXPANSION MODULE DC LOSS 76 EXPANSION MODULE LOW BATTERY 77 EXPANSION MODULE RESET

78 RESERVED 79 EXP. MODULE TAMPER 7A EXP. MODULE AC LOSS 7B EXP. MODULE SELF-TEST FAIL 7C LOSS SUPERVISORY RF 7D RESERVED 7E RESERVED 7F RESERVED 80 RESERVED 81 RESERVED

82 COMMUNICATION 83 TELCO 1 FAULT 84 TELCO 2 FAULT 85 LONG RANGE RADIO 86 FAIL TO COMMUNICATE 87 LOSS OF RADIO SUPERVISION 88 LOSS OF CENTRAL POLLING 89 VSWR 8A RESERVED 8B RESERVED

8C PROTECTION LOOP 8D PROTECTION LOOP OPEN 8E PROTECTION LOOP SHORT 8F FIRE TROUBLE 90 EXIT ALARM 91 PANIC ZONE TROUBLE 92 HOLDUP ZN TROUBLE 93 SWINGER TROUBLE 94 CROSS ZONE TROUBLE 95 RESERVED

96 SENSOR TROUBLE 97 LOSS OF SUPERVISORY - RF 98 LOSS OF SUPERVISORY - RPM 99 SENSOR TAMPER 9A RF TRANSMITTER. LOW BATTERY 9B SMOKE HI-SENSOR 9C SMOKE LOW-SENSOR 9D INTRUSION HI-SENSOR 9E INTRUSION LOW-SENSOR 9F SELF TEST FAIL

A0 OPEN/CLOSE A1 O/C BY USER A2 GROUP O/C A3 AUTOMATIC O/C A4 LATE O/C A5 DEFERRED O/C A6 CANCEL A7 REMOTE ARM/DISARM A8 QUICK ARM A9 KEYSWITCH O/C

AA RESERVED AB CALLBACK REQUEST MADE AC SUCCESSFUL DOWNLOAD ACCESS AD UNSUCCESSFUL ACCESS AE SYSTEM SHUTDOWN AF DIALER SHUTDOWN B0 SUCCESS FULL UPLOAD B1 RESERVED B2 RESERVED B3 RESERVED

B4 RESERVED B5 ACCESS DENIED B6 ACCESS REPORT BY USER B7 FORCED ACCESS B8 EGRESS DENIED B9 EGRESS GRANTED BA ACCESS BB ACCESS BC ACCESS BD ACCESS

BE RESERVED BF ARMED STAY C0 KEYSWITCH ARMED STAY C1 RESERVED C2 RESERVED C3 RESERVED C4 RESERVED C5 RESERVED C6 GROUP CLOSING C7 GROUP OPENING

C8 EXCEPTION O/C C9 EARLY O/C CA LATE O/C CB FAIL TO O/C CC FAIL TO O/C CD AUTO ARM FAIL CE O/C PARTIAL ARMED CF EXIT ERROR D0 USER PRESENT D1 RECENT CLOSE

D2 SOUNDER/RELAY DISABLED D3 BELL 1 DISABLE D4 BELL 2 DISABLE D5 ALARM RELAY DISABLE D6 TROUBLE RELAY DISABLE D7 REVERSING RELAY DISABLE D8 NOTIFICATION APPLIANCE 3

DISABLED

D9 NOTIFICATION APPLIANCE 4

DISABLED DA RESERVED DB RESERVED

DC RESERVED DD DIALER DISABLED DE RADIO TRANSMITTER DISABLED DF REMOTE UPLOAD DOWNLOAD

DISABLED E0 RESERVED E1 RESERVED E2 RESERVED E3 RESERVED E4 MESSAGE E5 SERVICE

E6 ZONE BYPASS E7 FIRE BYPASS E8 24 HOUR ZONE BYPASS E9 BURGLARY BYPASS EA GROUP BYPASS EB SWINGER BYPASS EC ACCESS ZN SHUNT ED ACCESS POINT BYPASS EE RESERVED EF UNBYPASS

F0 RESERVED F1 MANUAL TRIGGER TEST F2 PERIODIC TEST REPORT F3 PERIODIC RF TRANSMISSION F4 FIRE TEST F5 STATUS REPORT TO FOLLOW F6 LISTEN-IN TO FOLLOW F7 WALK TEST MODE F8 OFF NORMAL CONDITION F9 VIDEO TRANSMITER ACTIVE

FA RESERVED FB FIRE POINT TEST FC FIRE POINT NOT TESTED FD INTRUSION ZONE WALK TESTED FE FIRE ZONE WALK TESTED FF PANIC ZONE WALK TESTED

Page 40

APPENDIX E: DEFAULT STATIC OPTIONS

OptionOption

Option

OptionOption

DescriptionDescription

Description

DescriptionDescription

01 LINE # 0D, 0E 02 LINE # LENGTH 0E 03 DSC AUDIO 01 04 AUDIO TIME 00 05 PRE H.S. TIME 0A 0E LINE DETECTION 01 0F MUTE BUZZER 00 10 LAST MESSAGE 1D 11 HOOK-FLASH 00 12 CALLER SOURCE 00 13 CALLER SOURCE -COMP00

DefaultDefault

Default

DefaultDefault

OptionOption

Option

OptionOption

14 CALLER SOURCE 00 15 LINE SEIZE EVENT 00 16 LINE RELEASE EVENT 0 0 1 C BUSY OUT 01 1D INPUT SENSITIVITY 3F 1E OUTPUT LEVELS C 0 1F DEBUG 00 2A HOOK FLASH DURATION 00 27 CALLER SOURCE PROCESS 00 28 SK FSK ENABLE 00 2B ECHO SUPPRESSION 00 2F MAX ONLINE TIME 00

DescriptionDescription

Description

DescriptionDescription

DefaultDefault

Default

DefaultDefault

Page 41

APPENDIX F: DEFAULT DYNAMIC OPTIONS [30] - [AF]

Line Card Configuration Command:

LCard Comd O p C d Sc

Line Ca r d Command(F7) Option Code Second Code

OptionOption

Option

OptionOption

DescriptionDescription

Description

DescriptionDescription

30 4/1 DIGIT#0 -A- 41 31 4/1 DIGIT#1 -A- 41 32 4/1 DIGIT#2 -A- 41 33 4/1 DIGIT#3 -A- 41 34 4/1 DIGIT#4 -A- 41 35 4/1 DIGIT#5 -A- 41 36 4/1 DIGIT#6 -A- 41 37 4/1 DIGIT#7 -A- 41 38 4/1 DIGIT#8 -A- 41 39 4/1 DIGIT#9 -R- 52 3A 4/1 DIGIT#A=0 -A- 41 3B 4/1 DIGIT#B -O- 4F 3C 4/1 DIGIT#C -C- 43 3D 4/1 DIGIT#D -\- 5C 3E 4/1 DIGIT#E -R- 52 3F 4/1 DIGIT#F -T- 54 40 4/2 DIGIT#0=A -A- 41 41 4/2 DIGIT#1 -A- 41 42 4/2 DIGIT#2 -A- 41 43 4/2 DIGIT#3 -A- 41 44 4/2 DIGIT#4 -A- 41 45 4/2 DIGIT#5 -A- 41 46 4/2 DIGIT#6 -A- 41 47 4/2 DIGIT#7 -A- 41 48 4/2 DIGIT#8 -A- 41 49 4/2 DIGIT#9 -R- 52 4A 4/2 DIGIT#A=0 -A- 41 4B 4/2 DIGIT#B -O- 4F 4C 4/2 DIGIT#C -C- 43 4D 4/2 DIGIT#D -\- 5C 4E 4/2 DIGIT#E -R- 52 4F 4/2 DIGIT#F -T- 54 50 4/3 DIGIT#0=A -T- 54 51 4/3 DIGIT#1 -A- 41 52 4/3 DIGIT#2 -A- 41 53 4/3 DIGIT#3 -A- 41 54 4/3 DIGIT#4 -C- 43 55 4/3 DIGIT#5 -O- 4F 56 4/3 DIGIT#6 -T- 54 57 4/3 DIGIT#7 -A- 41 58 4/3 DIGIT#8 -A- 41 59 4/3 DIGIT#9 -R- 52 5A 4/3 DIGIT#A=0 -T- 54 5B 4/3 DIGIT#B -C- 43 5C 4/3 DIGIT#C -O- 4F 5D 4/3 DIGIT#D -B- 42 5E 4/3 DIGIT#E -H- 48 5F 4/3 DIGIT#F -A- 5C 60 PRINTER WORDS: F2 61 PRINTER WORDS: 0A 62 PRINTER WORDS: 14 63 PRINTER WORDS: 1E 64 PRINTER WORDS: 28 65 PRINTER WORDS: 28 66 PRINTER WORDS: 50 67 TEPRINTER WORDS: 68 PRINTER WORDS: 50 69 PRINTER WORDS: 61 6A PGM OUTPUT: 000 F2 6B PGM INPUT: 000 62 6C FILTER OPT: 000 63

DefaultDefault

Default

DefaultDefault

ChangeChange

Change

ChangeChange

ASCII (HEX)ASCII (HEX)

ASCII (HEX)

ASCII (HEX)ASCII (HEX)

OptionOption

Option

OptionOption

DescriptionDescription

Description

DescriptionDescription

6 D PRINTER WORDS: A6 6E PRINTER WORDS: 61 6F PRINTER WORDS: 50 70 AUTOMATION CODE: 00 71 LIBRARY SELECT: 04 72 COM SELECT: 01 73 PRINTER SELECT: 01 74 EQUIVALENT LINE: 00 75 RECEIVER NUMBER: 01 76 3 DIGIT ACCOUNT 00 78 INTEGER DIGIT: 00 79 INTEGER BURST: 00 7 A AUDIO 4 DIGIT 00 7B AUDIO 3 DIGIT: 00 7 C AUDIO CODE: 00 7 D AUDIO ZONE: 00 7E AUDIO EVENT: 00 7F AUDIO FORMAT: 00 80 KO/HANGUP TIME: 1F 81 HANDSHAKE#1: 14 82 HANDSHAKE#2: 23 83 HANDSHAKE#3: 2D 84 HANDSHAKE#4: 0C 85 HANDSHAKE#5: 0B 86 HANDSHAKE#6: 0E 87 HANDSHAKE#7: 00 88 HANDSHAKE#8: 00 89 HS/KO TIME#1: 00 8A HS/KO TIME#2: 00 8B HS/KO TIME#3: 00 8C HS/KO TIME#4: 00 8D HS/KO TIME#5: 00 8E HS/KO TIME#6: 00 8F HS/KO TIME#7: 00 90 HS/KO TIME#8: 00 91 INTER H.S: 00 95 5 DIGIT PULSE 00 96 4/1 EXTEND 01 97 4/2 EXTEND 00 98 3/1 EXTEND 00 99 8 DIGIT DTMF 01 9A GROUP O/C 00 9B 4/3 USR/ZN 00 9 C ACRON RS-232 01 9 D MODEM II RS-232 01 9F ADEMCO HS RS-232 01 A0 RESERVED 00 A1 FBI RS-232 01 A3 D6500 COM 00 A4 BFSK RS-232 01 A 5 7 DIGIT PULSE 01 A7 SKFSK RS-232 00 A8 DIAL-OUT 2-WAY 00 A9 DIAL-OUT 2-WAY 00 AA DIAL-OUT 2-WAY 00 AB DIAL-OUT 2-WAY 00 AC DIAL-OUT 2-WAY 00 AD DIAL-OUT 2-WAY 00 AE DIAL-OUT 2-WAY 00 AF DIAL-OUT 2-WAY 00

DefaultDefault

Default

DefaultDefault

ChangeChange

Change

ChangeChange

ASCII (HEX)ASCII (HEX)

ASCII (HEX)

ASCII (HEX)ASCII (HEX)

Page 42

APPENDIX G: EVENT CODE CLASSIFICATIONS

The Event codes have been grouped according to the type of event, as described below.

Medical Alarms - 100

100 Medical 101 Pendant transmitter 102 Fail to report in

Fire Alarms - 110

110 Fire alarm 111 Smoke 112 Combustion 113 Water Flow 114 Heat 115 Pull Station 116 Duct 117 Flame 118 Near alarm

Panic Alarms - 120

120 Panic alarm 121 Duress 122 Silent 123 Audible

Burglar Alarms - 130

130 Burglary 131 Perimeter 132 Interior 133 24 Hour 134 Entry/Exit 135 Day/Night 136 Outdoor 137 Tamper 138 Near alarm 139 Silent Burg

General alarms

140 General alarm 141 Polling loop open 142 Polling loop short 143 Expansion module failure 144 Sensor tamper 145 Expansion module tamper 146 Silent Alarm

24 Hour Non-Burglary - 150 and 160

150 24 Hour non-burg 151 Gas detected 152 Refrigeration 153 Loss of heat 154 Water leakage 155 Foil break 156 Day trouble 157 Low bottled gas level 158 High temp 159 Low temp 161 Loss of air flow

Fire supervisory - 200 and 210

200 Fire supervisory 201 Low water pressure 202 Low CO2 203 Gate valve sensor 204 Low water level 205 Pump activated 206 Pump failure

System Troubles - 300 and 310

300 System trouble 301 AC loss 302 Low system battery

303 RAM checksum bad 304 ROM checksum bad 305 System reset 306 Panel program changed 307 Self-test failure 308 System shutdown 309 Battery test failure 310 Ground fault

Sounder/Relay Troubles - 320

320 Sounder/relay 321 Bell 1 322 Bell 2 323 Alarm relay 324 Trouble relay 325 Reversing

System Peripheral Troubles - 330 and 340

330 System Peripheral 331 Polling loop open 332 Polling loop short 333 Exp. module failure 334 Repeater failure 335 Local printer paper out 336 Local printer failure 337 Exp Mod DC Loss 338 Exp Mod Low Batt 339 Exp Mod Reset 341 Exp Mod Tamper

Communication Troubles 350 and 360

350 Communication 351 Telco 1 fault 352 Telco 2 fault 353 Long range radio 354 Fail to communicate 355 Loss of radio supervision 356 Loss of central polling 357 Radio Xmtr VSWR

Protection Loop Troubles - 370

370 Protection loop 371 Protection loop open 372 Protection loop short 373 Fire trouble 374 Exit Alarm

Sensor Troubles- 380

380 Sensor trouble 381 Loss of super. - RF 382 Loss of super. - RPM 383 Sensor tamper 384 RF xmtr. low battery 385 Smoke Hi-Sens. 386 Smoke Low Sens. 387 Intrusion Hi-Sens. 388 Instrusion Low Sens. 389 Detector Self Test Fail

Open/close - 400

400 Open/Close 401 O/C by user 402 Group O/C 403 Automatic O/C 404 Late to O/C 405 Deferred O/C 406 Cancel

407 Remote arm/disarm 408 Quick Arm 409 Keyswitch O/C

Remote Access - 410

411 Callback request made 412 Succes - download access 413 Unsuccessful access 414 System shutdown 415 Dialer shutdown

Access Control - 420

421 Access denied 422 Access report by user

System O/C - 440 and 450

441 Armed stay 450 O/C by Exception 451 Early O/C 452 Late O/C 453 Fail to Open 454 Fail to Close 455 Auto Arm Fail 456 O/C Partial Arm 457 Exit Error 458 User on Premises 459 Recent Close

System Disables - 500 and 510 Sounder/Relay disables - 520

520 Sounder/Relay disable 521 Bell 1 disable 522 Bell 2 disable 523 Alarm relay disable 524 Trouble relay disable 525 Reversing relay disable

System peripheral Disables - 530 and 540 Communication Disables - 550 and 560

551 Dialer disabled 552 Radio xmitter disabled

Bypasses - 570

570 Zone bypass 571 Fire bypass 572 24 Hour zone bypass 573 Burg. bypass 574 Group bypass 575 Swinger Bypass

Test/Misc. - 600

601 Manual trigger test 602 Periodic test report 603 Periodic RF Xmission 604 Fire test 605 Status report to follow 606 Listen-in to follow 607 Walk Test Mode 621 Event log reset 622 Event log 50% full 623 Event log 90% full 624 Event log overflow 625 Time/Date Reset 626 Time/Date inaccurate 627 Program mode Entry 628 Program mode Exit 631 Exception Schedule change 632 Access Sched Change

Page 43

Industry Canada NOTICE

Notice: The Industry Canada label identifies certified equipment. This certification

means that the equipment meets certain telecommunications network protective, operational and safety requirements. Industry Canada does not guarantee the equipment will operate to the user's satisfaction. Before installing this equipment, users should ensure that it is permissible to be connected to the facilities of the local telecommunications company. The equipment must also be installed using an acceptable method of connection. The customer should be aware that compliance with the above conditions may not prevent degradation of service in some situations. Repairs to certified equipment should be made by an authorised Canadian maintenance facility designated by the supplier. Any repairs or alterations made by the user to this equipment, or equipment malfunctions, may give the telecommunications company cause to request the user to disconnect the equipment. User should ensure for their own protection that the electrical ground connections of the power utility, telephone lines and internal metallic water pipe system, if present, are connected together. This precaution may be particularly important in rural areas. Caution: Users should not attempt to make such connections themselves, but should contact the appropriate electric inspection authority, or electrician, as appropriate. NOTICE: The Load Number assigned to each terminal device denotes the percentage of the total load to be connected to a telephone loop which is used by the device, to prevent overloading. The termination on an interface may consist of any combination of devices subject only to the requirement that the total of the Load Numbers of all the devices does not exceed 100.

Ringer Equivalence Number: 01 AVIS: L'étiquette de l'Industrie Canada identifie le matériel homologué. Cette

étiquette certifie que le matériel est conforme à certaines normes de protection,

d'exploitation et de sécurité des réseaux de télécommunications. Industrie Canada n'assure toutefois pas que le matériel fonctionnera à la satisfaction de l'utilisateur. Avant d'installer ce matériel, l'utilisateur doit s'assurer qu'il est permis de le raccorder aux installations de l'entreprise locale de télécommunication. Le matériel doit également être installé en suivant une méthode acceptée de raccordement. L'abonné ne doit pas oublier qu'il est possible que la conformité aux conditions énoncées ci-dessus n'empêchent pas la dégradation du service dans certaines situations. Les réparations de matériel homologué doivent être effectuées par un centre d'entretien canadien autorisé désigné par le fournisseur. La compagnie de télécommunications peut demander à l'utilisateur de débrancher un appareil à la suite de réparations ou de modifications effectuées par l'utilisateur ou à cause de mauvais fonctionnement. Pour sa propre protection, l'utilisateur doit s'assurer que tous les fils de mise à la terre de la source d'énergie électrique, les lignes téléphoniques et les canalisations d'eau métalliques, s'il y en a, sont raccordés ensemble. Cette précaution est particulièrement importante dans les régions rurales. AVERTISSEMENT: L'utilisateur ne doit pas tenter de faire ces raccordements lui-même; il doit avoir recours à un service d'inspection des installations électriques, ou à un électricien, selon le cas. L'indice de charge (IC) assigné à chaque dispositif terminal indique, pour éviter toute surcharge, le pourcentage de la charge totale qui peut être reccordée à un circuit té;éphonique bouclé utilisé par ce dispositif. La terminaison deu circuit bouclé peut être constituée de n'importe quelle combinaison de dispositifs, pourvu que la somme des indices de charge de l'ensemble des dispositifs ne dépasse pas 100.

Indices d'equivalence de la sonnerie: 01

FCC Compliance Statement

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communication. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

CAUTION: Changes or modification not expressly approved by DMP Security

Systems Ltd. could void the user's authority to operate the equipment.

Important Information

This equipment complies with Part 68 of the FCC Rules. On the back of this equipment is a label that contains among other information, the FCC registration number of this equipment.

Notification to Telephone Company

Upon request, the customer shall notify the telephone company of the particular line to which the connection will be made, and provide the FCC registration number and the ringer equivalence of the protective circuit.

FCC Registration Number: 1VDCAN-35164-AL-N

Ringer Equivalence Number: 01A

Telephone Connection Requirements

Except for the telephone company provided ringers, all connections to the telephone network shall be made through standard plugs and telephone company provided jacks, or equivalent, in such a manner as to allow for easy, immediate disconnection of the terminal equipment. Standard jacks shall be so arranged that, if the plug connected thereto is withdrawn, no interference to the operation of the equipment at the customer's premises which remains connected to the telephone network shall occur by reason of such withdrawal.

Incidence of Harm

Should terminal equipment or protective circuitry cause harm to the telephone network, the telephone company shall, where practicable, notify the customer that temporary disconnection of service may be required; however, where prior notice is not practicable, the telephone company may temporarily discontinue service if such action is deemed reasonable in the circumstances. In the case of such temporary discontinuance, the telephone company shall promptly notify the customer and will be given the opportunity to correct the situation.

Changes in Telephone Company Equipment or Facilities

The telephone company may make changes in its communications facilities, equipment, operations or procedures, where such actions are reasonably required and proper in its business. Should any such changes render the customer's terminal equipment incompatible with the telephone company facilities, the customer shall be given adequate notice to effect the modifications to maintain uninterrupted service.

General

This equipment should not be used on coin telephone lines. Connection to party line service is subject to state tariffs.

Ringer Equivalence Number (REN)

The REN is useful to determine the quantity of devices that you may connect to your telephone line and still have all of those devices ring when your telephone number is called. In most, but not all areas, the sum of the REN's of all devices connected to one line should not exceed five (5). To be certain of the number of devices that you may connect to your line, you may want to contact your local telephone company.

Equipment Maintenance Facility

If you experience trouble with this telephone equipment, please contact the facility indicated below for information on obtaining service or repairs. The telephone company may ask you disconnect this equipment from the network until the problem has been corrected or until you are sure that the equipment is not malfunctioning.

U.S. Point of Contact

Digital Security Controls Ltd. 160 Washburn St. Lockport, NY 14094

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Limited Warranty

Digital Monitoring Products warrants that for a period of 36 months from the date of purchase, the product shall be free of defects in materials and workmanship under normal use and that in fulfillment of any breach of such warranty, Digital Monitoring Products shall, at its option, repair or replace the defective equipment upon return of the equipment to its repair depot. This warranty applies only to defects in parts and workmanship and not to damage incurred in shipping or handling, or damage due to causes beyond the control of Digital Monitoring Products, such as lightning, excessive voltage, mechanical shock, water damage, or damage arising out of abuse, alteration or improper application of the equipment.

The foregoing warranty shall apply only to the original buyer, and is and shall be in lieu of any and all other warranties, whether expressed or implied and of all other obligations or liabilities on the part of Digital Monitoring Products This warranty contains the entire warranty. Digital Monitoring Products neither assumes responsibility for, nor authorizes any other person purporting to act on its behalf to modify or to change this warranty, nor to assume for it any other warranty or liability concerning this product.

In no event shall Digital Monitoring Products be liable for any direct, indirect or consequential damages, loss of anticipated profits, loss of time or any other losses incurred by the buyer in connection with the purchase, installation or operation or failure of this product.

Warning

Digital Monitoring Products recommends that the entire system be completely tested on a regular basis. However, despite frequent testing, and due to, but not limited to, criminal tampering or electrical disruption, it is possible for this product to fail to perform as expected.

How to contact us:

• Sales

For information about additional products, please call our customer service number: 1-800-641-4282, fax us at 1-800-743-5724 or e-mail us at customerservice@dmpnet.com.

• Technical Support

If you have questions or problems when using this product, you can call Technical Support. If you are within the United States, you can get support by dialing 1-888-436-7832, or e-mail us at techsupport@dmpnet.com.

• Internet

Visit our web site at www.dmpnet.com for further product information.

29004491 R001

DMP Electronics SCS2 Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual