SummitSummit32083208

Installation, OperationInstallation, Operationand Programmingand Programming

E L E C T R O N I C S L I N E ’ S T E C H N I C A L S U P P O R T D E P A R T M E N T : ( + 9 7 2 ) - 3 - 9 2 1 1 1 1 0

Electronics Line (E.L.) Ltd. reserves the right to change the information within this manual without prior notice.

Electronics Line (E.L.) Ltd.www.elecline.com

2

TABLE OF CONTENTS

Table of Contents .............................................................................................................................................................2Introduction .......................................................................................................................................................................3

About the Summit 3208 Installation, Operation and Programming Manual .................................................................3Publication Information................................................................................................................................................3FCC Information.........................................................................................................................................................3DOC Compliance Statement.......................................................................................................................................4UL Information.............................................................................................................................................................4

Chapter One: Overview ...................................................................................................................................................51.1: Features ..............................................................................................................................................................51.2: Specifications .......................................................................................................................................................7

Chapter Two: Installation .................................................................................................................................................82.1: Parts and Options................................................................................................................................................82.2: Mounting the Keypad...........................................................................................................................................92.3: Wiring Diagrams................................................................................................................................................112.4: Terminal Connections........................................................................................................................................142.5: K5 and K6 Relays in the Summit 3208..............................................................................................................152.6: Fuse Replacement .............................................................................................................................................152.7: Turning on the System ......................................................................................................................................152.8: System Testing...................................................................................................................................................16

Chapter Three: System Operation for the 3108 LCD Keypad .......................................................................................173.1: General .............................................................................................................................................................173.2: Display and Controls .........................................................................................................................................173.3: System Status Displays.....................................................................................................................................193.4: Menu Selections/Direct Commands ..................................................................................................................203.5: Arming/Disarming..............................................................................................................................................213.6: Emergency and Duress.....................................................................................................................................223.7: User Codes .......................................................................................................................................................223.8: Zone Bypassing/Unbypassing ...........................................................................................................................233.9: Event Log..........................................................................................................................................................243.10: Partitioned Operation/Unpartitioned Operation................................................................................................243.11: Additional Operations .......................................................................................................................................26

Chapter Four: System Operation for the 3106 LED Keypad .........................................................................................284.1: General .............................................................................................................................................................284.2: Display and Controls .........................................................................................................................................284.3: Direct Commands ..............................................................................................................................................304.4: Arming/Disarming..............................................................................................................................................304.5: Emergency and Duress.....................................................................................................................................314.6: User Codes .......................................................................................................................................................324.7: Zone Bypassing/Unbypassing ...........................................................................................................................334.8: Event Log..........................................................................................................................................................334.9: Partitioned/Unpartitioned Operation ..................................................................................................................344.10: Additional Operations ......................................................................................................................................35

Chapter Five: Programming...........................................................................................................................................375.1: General .............................................................................................................................................................375.2: Guide to Programming......................................................................................................................................375.3: Programming Procedure...................................................................................................................................375.4: Programming Parameters.................................................................................................................................395.5: Parameters Index..............................................................................................................................................595.6: Default Programs ..............................................................................................................................................605.7: Remote Programming.......................................................................................................................................61

Appendix A: Troubleshooting .........................................................................................................................................63Appendix B: Hexadecimal Conversion Chart .................................................................................................................64Glossary..........................................................................................................................................................................65

3

INTRODUCTION

About the Summit 3208 Installation, Operation and Programming Manual

This manual is designed to help you, the installer, with the installation process for the Summit 3208. Westrongly urge you to read through this manual, in its entirety, before beginning the installation process so thatyou can best understand all that this security system has to offer your customers. This manual is not intendedfor end user use. End users are encouraged to read the manual accompanying the system, the Summit 3208User Manual. If you have any questions concerning any of the procedures described in this manual pleasecontact Electronics Line at 1-800-683-6835.

Publication Information

Catalog Number: ZP3101First Edition - February 1994Second Edition - April 1994Third Edition - August 1994Catalog Number: ZI4142AFourth Edition - August 1995Catalog Number: ZI4325A

Fifth Edition - April 1996Catalog Number: ZI0025A

Sixth Edition - November 1997

FCC Information

1. This equipment complies with Part 68 of the FCC rules. On the inner back panel of the control box of this equipmentis a label that contains, among other information, the FCC registration number and ringer equivalence (REN) for thisequipment. If requested, this information must be provided to the telephone company.

2. Provides a listing of all applicable registration jack USCOCs, any facility interface codes and service order codesassociated with the services the equipment is to be connected.

3. The REN is used to determine the quality of devices which may be connected to the telephone line. Excessive RENson the telephone line may result in the devices not ringing in response to an incoming call. In most, but not all areas,the sum of the RENs should not exceed five (5.0). To be certain of the number of devices that may be connected tothe line, as determined by the total RENs contact the telephone company to determine the maximum REN for thecalling area.

4. If the terminal equipment (3208 Alarm Control Panel) causes harm to the telephone network the telephone companywill notify you in advance that the temporary break in service may be required. However, if advance notice is not ableto be had, the telephone company will notify the customer as soon as possible. Also, you will be advised of your rightto file a complaint with the FCC if you believe it is necessary.

5. The telephone company may make changes in its facilities, equipment, operations, or procedures which could affectthe operation of the equipment. If this happens, the telephone company will provide advance notice in order for you tomake the modifications necessary in order to maintain uninterrupted service.

6. If you experience trouble with the 3208 Alarm Control Panel, please contact Electronics Line (E.L.) Ltd. at 1-800-683-6835 for repair and (or) warranty information. If the trouble is causing harm to the telephone network, the telephonecompany may request of you to remove the equipment from the telephone until the problem is resolved.

7. Customer service is limited to the replacement of fuses.8. The 3208 Alarm Control Panel cannot be used on any public coin operated service operated by the telephone

company. Connection to a Party Line Service is subject to state tariffs (contact the state public utility commission forinformation).

4

FCC Compliance StatementCaution: Changes or modifications not expressly approved by Electronics Line (E. L.) Ltd. could repeal your authority touse this equipment.This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of theFCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residentialinstallation, This equipment generates, uses and can radiate radio frequency energy and, if not installed and used inaccordance with the instructions, may cause harmful interference to radio communications. However, there is noguarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference toradio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try tocorrect the interference by taking one or more of the following measures:• Re-orient the receiving antenna.• Increase the separation between the equipment and receiver.• Consult the dealer or an experienced radio/television technician for help.The user may find the following booklet prepared by the FCC useful: “How to Identify and Resolve Radio/TelevisionInterference Problems”. This booklet is available from the U.S. Government Printing Office, Washington D.C. 20402,Stock # 004-000-0035-4.

DOC Compliance Statement

“Notice: The Industry Canada Label identifies certified equipment. This certification means that the equipment meetscertain telecommunications network protective, operational and safety requirements. The Department does not guaranteethe equipment will operate to the user’s satisfaction.Before installing the equipment, users should ensure that it is permissible to be connected to the facilities of the localtelecommunications company. The equipment must also be installed using an acceptable method of connection. Thecustomer should be aware that compliance with the above conditions may not prevent degradation of service in somesituations.Repairs to certified equipment should be made by an authorized Canadian maintenance facility designated by the supplier.Any repairs or alterations made by the user to this equipment, or equipment malfunctions, may give thetelecommunications company cause to request the user to disconnect the equipment.Users should ensure for their own protection that the electrical ground connections of the power utility, telephone lines andinternal metallic water pipe system if present are connected together. This precaution may be particularly important inrural areas.Caution: Users should not attempt to make such connections themselves but should contact the appropriate electricalinspection authority, or electrician, as appropriate.“Notice: The LOAD NUMBER (LN) assigned to each terminal device denotes the percentage of the total load to beconnected to a telephone loop which is used by the device, to prevent overloading. The termination of a loop may consistof any combination of devices subject only to the requirement that the sum of the load numbers of all devices does notexceed 100.”LOAD NUMBER = 8

UL Information

Note: The E or EMERGENCY key on the model 3106 LED and the 3108 LCD keypads has not been investigated byUnderwriters Laboratories, Inc. under UL 1637 the standard for home health care signaling equipment. Additional note:Only the Osborne-Hoffman, Inc. Model QUICKALERT 1 receiver was tested by Underwriters Laboratories and is approvedto work as a receiver, with protocol 01 4D.

Approval for: Control Units and Accessories Household System Type Control Unit Model 3208 for use with KeypadsModels 3106 and 3108 and Burglary Zone Expansion Module Model 3508. Note: The 3407 Relay Module is underinvestigation by UL and has not, to date been approved. Use of the 3407 Relay Module does not comply with therequirements for an installation approved by Underwriters Laboratories.

UL Standards for Safety: UL 985, the Standard for Household Fire Warning System Units, UL 1023, the Standard forHousehold Burglar Alarm System Units, and UL 1635, the Standard for Digital Burglar Alarm Communicator System Units.

5

CHAPTER ONE: OVERVIEW

The Summit 3208 represents the first member of the 3200 family of high-tech control panels andcommunicators. Its wide variety of advanced features, available for the first time in a low cost panel, make theSummit 3208 the ideal solution to all of your customer’s home or business security needs.

1.1: Features

The following is a partial listing of the features offered by the Summit 3208 security system:

Remote Programmer: Electronics Line’s Remote Programming Software uploads and downloads a system’sparameters from a PC, while offering a full range of programming capabilities. The variety of programmingfeatures are clearly menued. These make it easy to access the tools necessary for the programming of controlpanels, log reviewing and clearing, and the issuing of commands. The toll saver feature, remote programmercallback, makes contacting the system cost effective and efficient. Any questions are easily answered bypressing F1 for the detailed on-line help.

Zones: The Summit’s 8 zones can be expanded to a total of 32. Each zone is assigned a zone descriptor.Zone descriptors are selected from a standard library, several of which are programmable. In addition, eachzone is completely programmable as interior, perimeter, fire, delayed, instant, follower, 24 hour, audible, silent,or arm/disarm switches. Violated zones are described on both the LCD and LED keypads. In addition, eachzone can be programmed to chime, indicating a zone opening.

Keypad Activated Alarms: The three keypad activated alarms are operated by pressing on the“MENU/NEXT” key and then a specific one-touch key (E, F, P), simultaneously, for over one second. Thesealarms are: Emergency, Fire and Police.

Stay and Away: These are the quick arming features which can be programmed to operate with or without auser code. Pressing the “STAY” key arms the perimeter, while pressing the “AWAY” key arms both the interiorand the perimeter. This feature provides end users with the convenience of arming the system in whicheverway suits them best.

System Partitioning: The system can be partitioned into up to 4 separate sub-systems. Each sub-system canbe assigned an individual central station account number, making one Summit installable in up to four differentlocations. Zones, keypads, relays and user codes are assigned to any of the sub-systems, enabling each sub-system to be displayed, armed and disarmed separately. Other sub-systems partitioned from the same Summitcan be accessed from any of the keypads attached to the control panel.

User Codes: The Summit 3208 is capable of maintaining 16 user codes, 3 to 6 digits each. Each user code isassigned to its own authorization level, between 1 and 15. This allows or prevents the user from having accessto restricted operations. Of the 15 authorization levels, nine are designated for daily operations, five aredesignated for specific functions used when servicing the system, and one can be programmed for a duresssituation reporting.

Central Station Communication: The central station communicator allows for up to 4 telephone numbersand/or RF destinations to be programmed into the system, at up to 16 digits each, while supporting pulse andtone dialing. The Summit 3208 supports virtually all standard telephone communication formats including: 3x1,4x1, 4x2 (transmission speeds include 10PPS and 20PPS), Extended, Single Round Extended, SIA (110 and300 baud), and Ademco Contact ID. For a listing of RF protocols please contact your local dealer.

Message Routing: Message routing can be programmed for single or multiple central station notification,enabling notification of up to four central stations. Message transmission can be programmed as Primary,Backup or Duplicate.

6

Follow Me: The follow me feature allows users the ability to program a telephone number at which the systemcan notify them should an alarm occur by transmitting a tone sequence to them. In addition, this feature alsoworks with some LCD telephone pagers and beepers. This feature is associated with telephone #4.

Event Log: In the Summit 3208 an event log, including time and date stamp, zone description, and usernumber, records the last 32 events the system has undergone. It always adds the newest and drops the oldestevents logged. The event log can be erased by selecting the clear event option from the options menu.

Opening and Closing Windows: The Summit 3208 offers user the opportunity of programming three openingand four closing windows of time, according to their entry and exit scheduling needs. This feature helps cutdown on the amount of opening and closing reports sent to the central station. The user can opt to program alate to close command if the area protected by the security system will be armed after the closing window. Inaddition, the user may opt to program an auto arming time at the end of a closing window. In doing so, thesystem automatically arms itself at a set time and under normal conditions.

Control Panel Keypad Support: Both LCD (3108) and LED (3106) keypads are supported by the controlpanel. Up to 8 different supervised keypads can be connected to a control panel, controlling up to 4 differentsub-systems. In addition, programming can be performed from any keypad, when none of the sub-systems arearmed.

Smoke Alarm Verification: The Summit 3208 can be programmed to implement smoke alarm verification.When selected, only a second detection, within 60 seconds after the smoke alarm is reset (including power shutdown and restore), will activate the fire alarm. This greatly reduces the amount of false alarms due to falsesmoke alarm detection.

High Speed Four Wire Interface Bus: The Summit 3208 is connected to either the LCD or LED keypads byfour wires, including one power and one ground. These wires provide the user with the ability to detect a lostconnection should the user choose to have the keypad operate in supervised mode.

Phone Supervision: This enables the system to be programmed to sound an alarm should the telephoneconnection line be severed.

Power On Default: The Summit control panel’s default programs can be restored during the 40 secondsfollowing a power up using the unalterable code “123456”. This code is valid as long as the power on defaultfeature is not activated.

Latch Key: The Summit 3208 offers the user the ability to program a latch key option which is used inconjunction with opening and closing windows. This feature sends a message to the Central Station should the“MENU/NEXT” key not be pressed during the appropriate window. This, for example, enables parents to knowwhen their child has either left or arrived home as scheduled.

7

1.2: Specifications

Power Input/Battery Backup

Primary 50Hz, 16.5Vac, 40VA transformer.12V dc, 6.5 Ah.

Power Output Auxiliary power - regulated 10.2 to 13.8Vdc at 1A max. including keypads and smokedetectors for 4 hours standby. (For CSFM Fire applications - 220mA max. including keypadsand smoke detectors for 24 hours standby).Bell output - regulated 10.2 to 13.8Vdc from auxiliary power, unregulated 9 - 18 Vdc, 600mAtotal auxiliary power available for Fire and Burglary applications.Fire sensor switched power - up to 100mA.

Zones Number of zones - 8 on-board (expandable up to 32).Supervision - End Of Line Resistor Burglary zones, and Fire zones with Trouble.Emergency Keys - 3 user initiated.

Keypads Types - 3108 LCD keypad, 3106 LED keypad.Number of keypads - Up to 8 supervised.

User Codes Number of users - 16.Number of digits per user code - 3 through 6.Authorization levels - 15 (maid, user, installer, etc.).

Open/Close TimeWindows

Number of windows - 56 (4 systems x 7 weekdays, open & close).Window alignment - 30 minutes (8:00, 8:30 etc.).Window sizes - + 15 min, + 30 min, + 45 min, +60 min.

RemoteProgramming

Equipment - Remote Programmer and software package.Requirement - PC 286 or higher, DOS 3.3 based.Access - Direct (Password), Callback, User initiated, Answering machine override.

CurrentConsumption

Control Panel: 40mA zones open.65mA with EOLR.70mA all zones active.

3108 LCD Keypad: 15mA without backlight.60mA with backlight.

3106 LED Keypad: 20mA without backlight.90mA with backlight.

3508 Zone Expander Module: 20mA all zones open.30mA with EOLR.70mA all zones closed.

3528 Wireless Zone Expander Module: 26mA all zones deactivated. 32mA all zones activated.

3402 Output Relay Module: 10mA all relays deactivated.70mA both relays activated.

3407 Output Relay Module: 10mA all relays deactivated.210mA all relays activated.

3417 Transistor Module: 10 mA all transistors deactivated.725mA all relays transistors (drawing a max. 100mA each).

OperatingTemperature

0° to 60° C (32° to 140° F).

Dimensions Height 12”x length 12”x width 4” (30.5cm x 30.5cm x 10.2 cm).

Weight 6.5 lbs. (3 Kg).

8

CHAPTER TWO: INSTALLATION

2.1: Parts and Options

Standard Parts3208 Household Burglary and Fire Alarm Control Panel without keypad

(Part number 52UE070) 1 each2.2K ohm burglary End Of Line Resistors (Part number PR0681) 8 eachInstallation, Operation, and Programming Manual (Part number ZI4142B) 1 eachUser Manual (Part number ZI3624) 1 each

Optional Parts List3106 LED Keypad (Part number 5200072)3108 LCD Keypad (Part number 5200073)3402 2 Relay Output Relay Module (Part number 5200128)3407 7 Relay Output Relay Module (Part number 5200100)3417 Transistor Module (Part number 5200103)3508 8 Zone Expander Module (Part number 5200129)3528 Wireless Zone Expander (Part Number varies according to frequency)UHF Transmitter (Part number 5300047)VHF Transmitter - low frequency (Part number 5300049)VHF Transmitter - high frequency (Part number 5300048)RP3206 Up/Downloading Software3911 Up/Downloading Remote Programmer & RS232 Cable (Part number 5200071)12Vdc Adapter for Remote Programmer12Vdc/6.5 Ah battery3722 ac Transformer

LCD Keypad LED Keypad

9

2.2: Mounting the Keypad

Both the LCD and LED keypads are supplied tested and programmed to keypad address 1 in non-supervisedmode. They can be connected, as supplied, to the 3208 control panel. To change the keypad unit address,proceed with step 1. To add keypad supervision, proceed with step 2. In order to connect a keypad withoutchanges, proceed with step 3.

Step 1: Setting Keypad Unit AddressDifferent keypad addresses are used to show the different operation displays. These include the display ofother sub-systems in partitioned mode, different tonal sounds, one key arming enable/disable, etc. More thanone keypad can be installed with the same address, but only if the keypads are non-supervised. The Summit3208 can be equipped with eight keypad units in supervised mode. For more on setting the keypads to non-supervised mode, please refer to step two.

To change the keypad unit address:1. Open the keypad unit’s back cover.2. Locate the jumpers marked “CBA”.3. Program the jumpers according to the previous diagram.

Disconnect and reconnect the power supply.

Step 2: Keypad supervision settingA supervised keypad will initiate an alarm should it become disconnected from the control panel, while an un-supervised keypad will not. More than one keypad can be connected in the non-supervised mode to the sameaddress. Do not combine supervised and unsupervised keypads. All keypads are physically connected inparallel.

To change the keypad supervision setting:1. Open the keypad unit’s back cover.2. Locate the jumper marked S. The jumper is installed in non-supervised mode.3. Disconnect and reconnect the power supply.

Step 3: Keypad connectionsTo connect the keypad/s you will need a small flat-head screw driver. The maximum recommended distancebetween the Summit 3208 control panel and the keypad is 1,000 Meters or 3,000 Feet.

LED / LCD Module - rear view, cover removed

A v ailable address selections:

A v ailable supervision selections:

Jumper removed( )

Jumper instal led( )Keypad 1

Keypad 2

Keypad 3

Keypad 4

CBA

Keypad 5

Keypad 6

Keypad 7

Keypad 8

ABC

Keypad supervisedS

Keypad not supervised

S

TamperSw itch

Buzzer

MainChip

Jumpers

LSCPconnector

CBAS

LED/LCD Display

10

To connect the keypads:1. Connect the black keypad wire to control panel terminal 5, the Common Ground.2. Connect the red keypad wire to control panel terminal 6, the +AUX power.3. Connect the green keypad wire to control panel terminal 7, the signal LSCP -.4. Connect the white keypad wire to control panel terminal 8, the signal LSCP +.

Keypad SounderEach keypad arrives equipped with a programmable internal sounder. The following is a list of the beeps thesounder makes under different situations:Long beep - For arming/disarming and zone chime (default).3 medium beeps - For arming/disarming.1 medium beep - For command acknowledgment and password acceptance.1 low frequency beep - For command or password rejection.1 short beep - For every key pressed.Continuous beeping - During exit/entry delays - when programmed (default).Long beep - If any zone is troubled.

11

2.3: Wiring Diagrams

43 Fire Sensor Power Reset

Install directly betweenterminals 560 ohm 1/4W

Z1 Z2 Z3 Z4 Z5 Z6 Z7 Z8

BROWN

GRAY

GREEN

RED

RJ31X

USE ELECTRONICSLINE 3106 LEDKEYPAD

USE ELECTRONICSLINE 3108 LCDKEYPAD

This equipment should be installed in accordancewith the NFPA 70 and NFPA 72, Chapter 2standards. For further information write to theNational Fire Protection Association, Battery MarchPark, MA 02269. Printed information describingthe installation, operation, testing, maintenance,evacuation planning and repair service is to beprovided with this equipment.

This device complies with Parts 15 and 68of the FCC rules.Manufacturer: Electronics Line (E.L.) Ltd.FCC Reg. No: HNA2YUx3206REN = 1 Made in Israel

Label Part Number:ML3230A (12/95)

BLACK

RED

GREEN

WHITE

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29

+ -AUX. Power

Output

ZONE CONNECTIONS

Noconn.

Connectto EarthGround

UL listed class IITransformer 60 Hz16.5Vac 40VA donot connect to aswitch controlledreceptacle.

Bell/Siren Output600mA available for Fireand Burglary applications.

Use 4 wire smoke detectorand 1K, 1/4W resistor asshown in diagram. Zone 8(terminals 19 and 20) isprogrammed as a firezone.

SmokeDetectorOutput10.2 -13.8Vdcmax.100mA.

PROTECTIONFUSES:F1(BATT):3A/250V(bel 5MF3)F2(AUX):1.6A/250V(bel5MF1.6)F3(BELL):3A/250V(bel 5MF3)Install F3 horizontallyto supply 10.2 - 13.8Vregulated to Bell.Vertically to supply 9 -18V unregulated toBell.

The E or Emergency key on the model 3106/8keypads has not been investigated byUnderwriters Laboratories Inc. Under UL1637 the Standard for Home Health CareSignaling Equipment.

Electronics Line (E.L.) Ltd. SUMMIT models 3208/3208 plusHousehold Burglary and Fire Alarm Panel

12V/6.5Ah Battery:Use: GS PE 12V6.5 or

POWER SONIC PS-1270 (12V/7Ah) orGS PE7-12R (12V/7Ah).

Replace the battery every 3 - 5 years.The maximum charging current is 700mA.

Electronics Line (E.L.), Ltd. recommendstesting the system at least once a week.Refer to the testing procedure found in theuser manual [Part Number: ZI3622 (8/94)].Receiver communication must be testedmonthly.

For maximum current calculation add keypadconsumption (60 mA) to the total currentdrawn from the AUX power output. B

LACK

RED

+-

AUXILIARY POWER OUTPUT:Regulated 10.2 - 13.8 Vdc.Fire: In accordance with CSFM (Fire): supplies220mA for 24 hours.Burglary: Supplies 1A for 4 hours (of which100mA is supplied to the Fire detector).

+ -

+

-

N.O.This circuit is only for usewith a UL listed 4 wire smokedetector. The power must besupervised by an End-of-LineRelay, 1K ohm, 1/4 W.

N.C.

N.O. N.O.

2.2K1/4W

2.2K1/4W

Typical ZoneConnections

End-of-LineResistors

N.C.

OBSERVE PROPER WIRING CONNECTIONS!(Refer to Installation, Operation and programming Manual ZI4325A, April 1995)

USE ONLY UL LIMITED ENERGY CABLE FOR ALL CONNECTIONS

12

OBSERVE PROPER WIRING CONNECTIONS!(Refer to Installation, Operation and Programming Manual)

Use appropriate telephone connector installation instructions to ensure telephone communication!

AUXILIARY POWER OUTPUT:Regulated 10.2 to 13.8VdcAccording with CSFM (Fire):

supplies 220mA for 24 hours.For Burglary:

supplies 1Amp for 4 hours(including 100mA to fire detector).

PROTECTION FUSES:F1 (BATT): 3A/250V (bel 5MF3)F2 (AUX): 1.6A/250V (bel 5MF1.6)F3 (BELL): 3A/250V (bel 5MF3)Install F3:Horizontally to supply 10.2 to 13.8V to Siren.Vertically to supply 9 to 18V to Siren (unregulated).

12V/6.5Ah BATTERYUse GS PE12V 6.5 or POWERSONIC PS-1270 (12V/7Ah) or GSPE7-12R (12V/7Ah).Replace every 3 to 5 years.Max. Charging current 700mA. BLACK

RED

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 2728 29

1234

TELCOM

1 & 2: Handset3 & 4: Telephone

Line

Internally connected to+ Aux. Power output.K6K5

1 - N.C.

2 - C.

3 - N.O.

SIREN AUDIOOUTPUT

8 ohms, 8 Watts

Connect toEarth Ground

2.2K1/4W

N.C.N.C.

N.O. N.O.

2.2K1/4W

Typical ZoneConnections

End-Of-LineResistors

Transformer 50Hz 16.5VAdo not connect to areceptacle controlled by aswitch.

3106/3108 KEYPAD CONSUMPTION IS 60 mA. Add to currentdrawn from Aux. Power output for the maximum currentcalculation.

Not inuse

SMOKEDETECTOR

Power output 10.2to 13.8Vdc max.100mA

Electronics Line (E.L.) Ltd.Recommends testing thesystem at least once aweek. Refer to the UserManual (ZI3622, Aug 94)for testing procedure.Receiver communicationmust be tested monthly.

+ -Aux. Power

Output

Label PN: ML4159C(7/97)

USE ELECTRONICS LINE3108 LCD KEYPAD

USE ELECTRONICS LINE3106 LED KEYPAD

ZONE CONNECTIONS

Z1 Z2 Z3 Z4 Z5 Z6 Z7 Z8

J4 TELEPHONE CONNECTOR

Use connector provided and attach phonelines and handset according toinstructions provided.

-or-

black

red

green

white

1

8

TELCOM

4 & 5: TelephoneLine

3 & 6: Handset

Electronics Line (E.L.) Ltd. SUMMIT 3208Household Burglary and Fire Alarm Panel

13

OBSERVE PROPER WIRING CONNECTIONS!(Refer to Installation, Operation and Programming Manual)

Use appropriate telephone connector installation instructions to ensure telephonecommunication!Connect to

Earth GroundLSCP

orLAN

3508 or

3528

MAXOF4

AUXILIARY POWER OUTPUT:Regulated 10.2 to 13.8VdcAccording with CSFM (Fire):

supplies 220mA for 24 hours.For Burglary:

supplies 1Amp for 4 hours(including 100mA to fire detector).

PROTECTION FUSES:F1 (BATT): 3A/250V (bel 5MF3)F2 (AUX): 1.6A/250V (bel 5MF1.6)F3 (BELL): 3A/250V (bel 5MF3)Install F3:Horizontally to supply 10.2 to 13.8V to horn speaker.Vertically to supply 9 to 18V to horn speaker.

12V/6.5Ah BATTERYUse GS PE12V 6.5 or POWERSONIC PS-1270 (12V/7Ah) or GSPE7-12R (12V/7Ah).Replace every 3 to 5 years.Max. Charging current 700mA. BLACK

RED

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 2728 29

1234

TELCOM

1 & 2:Handset3 & 4:Telephone

Line

K6K5

1 - N.C.

2 - C.

3 - N.O.LatchedDefault (forPiezo/Strobe)

2.2K1/4W

N.C.N.C.

N.O. N.O.

2.2K1/4W

Typical ZoneConnections

End-Of-LineResistors

Transformer 50Hz 16.5VAdo not connect to areceptacle controlled by aswitch.

3106/3108 KEYPAD CONSUMPTION IS 60 mA. Add to currentdrawn from Aux. Power output for the maximum currentcalculation. Label PN: ML4159b12/95

Not inuse

SMOKEDETECTOR

Power output 10.2 to13.8Vdc max.100mA

Electronics Line (E.L.) Ltd.Recommends testing thesystem at least once a week.Refer to the User Manual(ZI3622, Aug 94) for testingprocedure.

+ -Aux. Power

Output

AUSTEL Approval No.A96/03

ML4316B (7/97)

USE ELECTRONICS LINE3108 LCD KEYPAD

USE ELECTRONICS LINE3106 LED KEYPAD

ZONE CONNECTIONS

Z1 Z2 Z3 Z4 Z5 Z6 Z7 Z8

J4 TELEPHONE CONNECTOR

Use connector provided and attach phonelines and handset according toinstructions provided.

-or-

black

red

green

white

1

8

TELCOM

4 & 5: TelephoneLine

3 & 6: Handset

Electronics Line (E.L.) Ltd. SUMMIT 3208 Control Dialler

Internally connected to + Aux. Poweroutput. Timed output default.

Horn Speaker8 Watts, 8 Ohm

+ -

BLACK

RED

STROBESCREAMER

Connect Screamer/Strobe (Latched)

1 2 3 +21 -22

BLACKRED

STROBESCREAMER

Connect Screamer/Strobe (Reset)

+4 -22

14

2.4: Terminal Connections

Telephone Line

Terminals 1, 2 ,3 and 4.The telephone line (using the standard Telco wires) should be connected as follows: 1 (Brown) Home Tip, 2(Gray) Home Ring, 3 (Green) Telco Tip, and 4 (Red) Telco Ring.

Keypad Connections

Terminals 5(-),6(+),7(LSCP-),8(LSCP+):Connect all of the high speed 4 wire bus units to the following terminals;5 (Black) Common Ground -, 6 (Red) AUX power +, 7 (Green) LSCP - signal, and 8 (White) LSCP + signal.Make sure that the wires are connected to the same connections on the keypad. Note wire colors when makingthe connection. Wires may be connected by starring the connection and/or by daisy chaining. To daisy chainthe connection, connect all of the keypads to another keypad, having one connected to the control panel (i.e.keypad #3 to keypad #2, keypad #2 to keypad #1, etc.). To star the connection, connect all of the keypads tofour wires running out of the terminal block.

Zone Connections

Terminals 9(+), 10(-), 11(+), 10(-), 12(+), 13(-), 14(+), 13(-), 15(+), 16(-), 17(+), 16(-), 18(+), 19(-), 20(-):Zone 1 = terminals 9 and 10. Zone 2 = terminals 11 and 10. Zone 3 = terminals 12 and 13. Zone 4 =terminals 14 and 13. Zone 5 = terminals 15 and 16. Zone 6 = terminals 17 and 16. Zone 7 = terminals 18and 19. Zone 8 = terminals 20 and 19 (Fire by default).All zones can be programmed to be Normally Open, Normally Closed, or supervised burglary via 2.2K ohmEOLR.

Auxiliary Power Output

Terminals 21(+), 22(-):Supplies power at 10.2 to 13.8Vdc. For Fire application the maximum current is 220mA for 24 hours (includingkeypads and smoke detectors). For Burglary applications the maximum current is 1Amp for 4 hours (includingkeypads and smoke detectors).

Terminal 23This terminal not used in all control panels. Contact your distributor to verify if this terminal is being used.

Smoke Detector Power Output

Terminals 24(+), 25(-):These terminals provide up to 100mA for powering the unit’s smoke detectors. The (-) terminal (25) can beinterrupted by fire alarm/smoke alarm verification, and is restored either automatically or manually. For moreinformation on programming this feature, please refer to Chapter Five: Programming.

Bell Power Output

Terminals 26(+), 27(-):Connect these terminals to supply power to the bell. The power requirements are as follows: AUX power (10.2to 13.8Vdc regulated; 9 - 18 Vdc unregulated), rated at 600mA. with 40VA transformer. Pulsed signals areavailable for special alarm types, including CSFM (California State Fire Marshall).

16.5Vac Input

Terminals 28(+), 29(-):Connect a 16.5Vac Class II transformer rated at 40VA, using 18awg wire.

15

2.5: K5 and K6 Relays in the Summit 3208

Certain Summit 3208 boards come equipped with 2 on-board relays (please refer to the third wiring diagram).Relay K5 is a dry contact, while relay K6 supplies the auxiliary power output. These relays are programmed atparameter addresses 482 - 485. When a 3407 relay module is used, in addition to the K5 and K6 on-boardrelays, relays 1 and 2 from the module work simultaneously with the on-board relays. Note: When using a3407 Relay module, relays 1 and 2 work in conjunction with relays K5 (relay 1) and K6 (relay 2).Programming of the K5 and K6 relays overrides the programming of relays 1 and 2, and vice versa.

2.6: Fuse Replacement

There are 3 fuses in the 3208 control panel board, all of which are accessible through an opening in the circuitboard’s metal cover. The layout of the fuses is as follows:

Battery Protection3 Amp / 250V

F1

F2

F3

AUX Pow er output

Protection

1 .6 Amp / 250V

Bell Pow er output

Protection

3 Amp / 250V

Install in Horizontal positionTo get (10.2 to 13.8Vdc)A t Bell Pow er output

Install in Vertical position toget Unregulated (9 to 18Vdc)A t Bell Pow er output

(Regulated) This is the positionin w hich the fuse is provided

The battery charger circuit and the 3208 panel are protected from a short circuit by the battery protection fuse.To replace this fuse use a bel 5MF3 or other 3A / 250V fuse.

The Bell/Power protection fuse protects the switched Bell output (terminal 26). Installing the fuse in thehorizontal position will drive the regulated 10.2 to 13.8Vdc output to the bell. Installing the fuse in the verticalposition will drive the unregulated (approx. 9 to 18Vdc) output to the bell. To replace this fuse use a bel 5MF3or other 3A / 250V fuse.

The AUX output protection fuse protects the current drawn from terminals 6 (keypad power), 21 (AUX outputand detectors) and 24 (Fire sensor power). To replace this fuse use a bel 5MF1.6 or other 1.6A / 250V fuse.

MAKE SURE YOU REPLACE A FUSE WITH THE CORRECT RATING !

2.7: Turning on the System

Once all of the systems components are properly connected to their destination terminals, the Summit is readyto be turned on. To avoid the risk of electrical shock or damage to the control panel, make sure that both theAC supplier and the battery are connected properly before plugging in the system. If you experience anydifficulties in applying power to the unit, please contact Electronics Line’s Technical Support Department at972-3-921-1110.

16

2.8: System Testing

All system functions can be tested manually (by the operator/installer), through the LED or LCD keypads. Manyof the following tests are executed automatically by the control panel. These tests include: battery test(executed once every 30 seconds), telephone communicator test, bell test (every alarm or arming ring), on-board relay test, and circuit test (which is executed all the time). Testing can not be done if any of the sub-systems are armed. For further information on testing using the keypads please refer to the chapters relating toeach keypad’s operation.

To enter Test Mode:1. Press “SELECT” plus the appropriate three digit number (listed next to each test).2. Enter an authorized user code.

or (on the LCD keypad only):1. Press the “MENU/NEXT” key until the service menu is displayed.2. Press “SELECT”.3. Scroll, pressing the “MENU/NEXT” key until the test menu is displayed.4. Press “SELECT”.5. Scroll until the desired test is displayed and press “SELECT” to make the desired selection.6. Enter an authorized user code.

Walk Test - Press “SELECT” 4, 2, 1 or select walk test from the test menu. Zone activation will result in abeep from the appropriate keypad. To end the walk test select the “AWAY” key. If a walk test is not manuallyterminated within 4:15 minutes, the system automatically returns to the previous mode. Note: No zone willcreate an alarm, even if the zone is programmed as a 24 hour or fire zone.

Bell Test - Press “SELECT” 4, 2, 2 or select bell test from the test menu. A 1 second ring is heard. The test isterminated automatically after this ring, requiring no further action.

Telephone Communicator Test - Press “SELECT” 4, 2, 3 or select telephone test from the test menu. A testmessage will be sent to all central stations that are programmed to receive communications from the controlpanel (programmed at addresses 309 - 313). The report code for this message is at parameter address 472.The control panel returns to normal operation while the system initiates the telephone communication test.Note: The control panel will seize the telephone line to run this test.

Circuit Test - The system test the electronic circuitry, making sure that all are in proper working order. Thistest is done constantly.

Battery Test - Press “SELECT” 4, 2, 6. The battery condition will be tested under loading conditions, thecontrol panel will return to normal operation, and the battery status display will be updated. For the test to besuccessful the voltage must not be lower than 10.8V under loading conditions. This test is automaticallyexecuted by the system every 30 seconds.

On-board Relay Test (Applies only to boards containing the K5 and K6 on-board relays) - Press “SELECT” 8,4, 1 or select relay, entering the appropriate relay number, from the Set Relay Menu. The control panel will testthe relay/s. Press “SELECT” 8, 3, 1 to deactivate the relay/s.

17

CHAPTER THREE: SYSTEM OPERATION FOR THE 3108 LCD KEYPAD

3.1: General

The Summit 3208 can be operated by using either the 3108 LCD or 3106 LED keypads. Operation of thesystem with the 3106 LED keypad is discussed in Chapter Four: System Operation for the 3106 LED Keypadon page 28.

All of the parameters, user codes, telephone numbers and other options are factory programmed to defaultprogram 1. In addition, all of the parameters can be programmed using either the local keypads or the remoteprogramming software. Refer to Chapter Five: Programming, page 37, for instructions relating toprogramming the system.

3.2: Display and Controls

Keypad Layout

18

Keypad LED Indicators

ARMED: On when the system is armed, off when the system is disarmed. If alarms have taken place duringan arming period (in a particular sub-system) the armed indicator will blink quickly, when armed, and onceevery five seconds when disarmed.

POWER: On when both the AC and the backup battery are connected and within battery voltage of over 10.8Vand AC power supply is between 58 - 62 Hz. The indicator blinks slowly when the battery is low and is off whenthe AC is missing.

Keys and Keypad Functions

0 - 9: The numeric keys are used to enter user codes, to set telephone numbers, to issue commands bynumbers, and to select items from the menu, when in menu mode.

Q , #: These keys are used in programming the control panel. The Q key is programmed for immediatearming, when pressed after a normal arming, thus canceling the entry and exit delays. In addition, Q key isused for moving back to the previous item during operation. The # key is used to enter hexadecimal digitsduring programming.

MENUNEXT Key: Pressing the “MENU/NEXT” key displays the main menu, when in normal display mode. This keyis used to scroll through the menu items. This key also serves to log in an arrival when in latch key mode. Inaddition this key, when held down for over one second, is used in conjunction with E, F, P keys for thegeneration of an emergency code.

SELECT: Pressing the “SELECT” key, followed by a function number causes a system function to occur, whenthe display is in system status mode. Pressing this key, when the display is in menu mode, will result in theselection of the item specified in the menu.

STAY: Pressing the “STAY” key, when the system is ready to arm, arms the system's perimeter zones only.This key may be programmed for one key arming, allowing the user to arm the system without having to enter auser code. Pressing the “STAY” key returns the display back to the main display when in programming mode.

AWAY: Pressing the “AWAY” key, when the system is ready to arm, arms the system's perimeter and interiorzones. Programming this button for one key arming allows the end user to arm the system without a user code.Pressing “AWAY” returns the display back to the main menu when scrolling or programming.

Adjusting the contrast on the LCD display

If the LCD display should become unclear, due to lighting or during shipping, the contrast may be adjusted.

Rear view, cover open

To adjust the LCD keypad contrast: 1. Open the back cover of the keypad. 2. Turn the contrast adjust until the display is clear. This knob is located on the center part of the keypad.

Contrast adjust

Bright Dim

19

3.3: System Status Displays

Arming Display

Description DisplaySystem ready to arm: SYSTEM 1 READY

System ready to arm with bypassed zones: SYSTEM 1 READY(BYPASSED)

System not ready to arm due to open zones: SYSTEM NOT RDY(OPEN ZONES)

System armed, exit delay counting: SYSTEM 1 ARMEDEXIT NOW !

System armed, exit delay ended - system is fullyarmed:

SYSTEM 1 ARMED

System Perimeter armed, exit delay ended (STAYpressed):

SYSTEM 1 ARMED/S

System armed, immediate mode: SYSTEM 1 ARMEDIMMEDIATE

Zone Status Display

Zone status will only be displayed if detaileddisplay is selected:

ZONE 01 OPENBEDROOM

-or- ZONE 03 BYPASSEDFRONT DOOR

-or- ZONE 04 TROUBLEDKITCHEN

For zone 4, bedroom, in alarm (appears only if analarm has taken place):

ZONE 04 IN ALARMBEDROOM

System Status Display

System AC was lost: SYSTEM AC LOSS

System Backup battery is too low (under 10.8V): SYSTEM LOW BATT

Communication or telephone supervision hasfailed:

TELEPHONE COMM.FAILURE

Time and Date display (Set Time and Date bySELECT, 4, 1 and Passcode):Note: This display scrolls every few seconds.

THU , 28 JUL 94 12 : 37 PM

Refer to Appendix A for information on returning system status to normal display.

20

3.4: Menu Selections/Direct Commands

There are two ways to initiate an operation on the control panel.

Direct Command CodesInitiating a command can be performed when the keypad is in normal status display mode.

To select a command using the LCD keypad: 1. Press “SELECT”. 2. Press the desired operation code (refer to the “Command Codes” table listed bellow). 3. Key in an authorized user code, if prompted to (refer to “User codes”).After the command is executed an acknowledgment tone will be heard.

Command Codes.0 Access Control 43 Fire Sensor Power Reset1X Disarm System X (1 - 4) 44 Bell Cancel21X Immediate Arm System X (1 - 4) 45 Stop Telephone Call22X Force Arm System X (1 - 4) 46 Follow Me23X Perimeter Arm System X (1 - 4) 5 User Codes24X Normal Arm System X (1 - 4) 61 View Log25X Late to Close HHMM 63 Clear Log31X Bypass Zone X (1 - 32) 64X Detailed Display of System (1 - 4)32X Unbypass Zone X (1 - 32) 65X Summarized Display of System (1 - 4)33 Chime On 66 Detailed display of all Systems34 Chime Off 67 Summarized Display of all Systems39 Unbypass All zones 71 Manual Programming41 Set Time HHMM, MMDDYY 72 Default Programming 1421 Walk Test 73 Default Programming 2(Partitioned)422 Bell Test 741 Remote Programming: off hook423 Telephone Test 742 Remote Programming: Callback425 System Test 83X Reset Relay X426 Battery Test 84X Set Relay X

Menu Selections (LCD keypad only)To make a selection from the menu:1. Press “MENU” when the display is in normal status display mode. The main menu will be displayed and

the selection pointed to by >.2. Press “NEXT” to scroll through all of this menus options.3. Press “SELECT” to make a selection (indicated by the arrow). The system may ask you to enter an

authorized passcode.4. Enter an authorized passcode (if asked to do so). The operation will be executed.

For example:Selection Display

Pressing “MENU” for the first time will display: >1 OPEN / DISARM NEXT. . .

Pressing “NEXT” will display the next selections(from the same menu):

>2 CLOSE / ARM NEXT. . .

Pressing “SELECT” when the CLOSE/ARM menuis selected will display:

>21 IMMEDIATE NEXT. . .

Note: The selection numbers are the direct command numbers for the specified operation or menu. Youcan use the codes to execute these commands without having to scroll through the menu. Refer to themenu selection operating procedure for direct command initiation.

21

Main Menu

0 - ACCESS CONTROL1 - DISARM2 - ARM

21 - IMMEDIATE ARM22 - FORCE ARM23 - PERIMETER ARM24 - NORMAL ARM25 - LATE TO CLOSE

3 - BYPASS31 - BYPASS ZONE32 - UNBYPASS ZONE33 - CHIME ON34 - CHIME OFF39 - UNBYPASS ALL

4 - SERVICE41 - SET TIME & DATE42 - TEST

421 - WALK TEST

422 - BELL TEST423 - TELEPHONE TEST425 - SYSTEM TEST426 - BATTERY TEST

43 - FIRE SENSOR RESET44 - BELL CANCEL45 - STOP

COMMUNICATIONS46 - FOLLOW ME

5 - USER CODES6 - VIEW/LOG

61 - VIEW LOG63 - CLEAR LOG64 - DETAILED SYSTEM

DISPLAY 1-465 - SUMMARIZED SYSTEM

DISPLAY 1-4

66 - DETAILED SYSTEMDISPLAY ALL

67 - SUMMARIZED SYSTEM DISPLAY ALL

68 - SHOW VERSIONS7 - PROG.

71 - MANUAL PROGRAMMING72 - LOAD DEFAULT

PROGRAM #173 - LOAD DEFAULT

PROGRAM #274 - REMOTE

PROGRAMMING741 - OFF HOOK742 - CALLBACK

8 - AUX RELAY83 - RESET RELAY84 - SET RELAY

3.5: Arming/Disarming

Normal Arming (STAY/AWAY) & DisarmingIf the armed indicator is on the system is armed. If it is off the system is disarmed.

To arm the system:Press “AWAY” or “STAY” depending on the desired arming (perimeter and interior or perimeter only). Thesystem can also be armed by keying in an authorized passcode.

To disarm the system:Key in an authorized passcode. If the system is in alarm, entering an authorized passcode will disarm thesystem and shut off the siren.

Forced ArmingIf any zones are not secured, during the arming operation, but will become secured before the end of the exitdelay or the completion of arming, it is possible to force arm the system. This is dependent on whether forcedarming has been enabled at address 494. The central station will be notified of the forced arming. ElectronicsLine recommends waiting until all of the zones are secured and the system can be armed normally. Note: Ifzones are still not secured after the exit delay has ended, an alarm will be sounded.

To force arm the system:1. Press the “SELECT” key.2. Press 2, 2.3. Enter an authorized user code. The arming beep will sound.

Immediate ArmingIf users wish to arm the system without having an entry or exit delay, they may do so by selecting to immediatearm the system.To arm the system immediately:1. Press “STAY” (for perimeter only) or “AWAY” (for perimeter + interior), according to the desired arming

mode.2. Press the “Q“ key. This operation cancels both entry and exit delays.

or1. Press “SELECT” 2, 1.2. Enter the sub-system number.

22

3.6: Emergency and Duress

EmergencyIn the case of an emergency, 3 types of codes can be generated by pressing two keys, first the “MENU/NEXT”key and then, while keeping the “MENU/NEXT” button pressed, the desired emergency key, for more than 1second. These codes will be reported to the central station and, if programmed to, will activate the bell. Theemergency code key combinations are: • MENU and E = Emergency (Report code at parameter address 476, if programmed). • MENU and F = Fire alarm emergency (Report code at parameter address 477 if programmed). • MENU and P = Police emergency (Report code at parameter address 478 if programmed).

DuressEach Summit 3208 is capable of being programmed with a code for a duress situation. This user code willperform the selected operation, while sending a duress code to the central station. A user code, programmedas a duress code, has an authorization level of 15, and is reported from address 479 (if programmed) to thecentral station.

3.7: User Codes

User codes allow or deny access to the control panel functions. There are 16 programmable user codes withinthe control panel. Most operations executed from the control panel require a user code. Each code can beprogrammed to be 3 to 6 digits long. User codes are assigned an authorization level of 1 through 15. Changingthese authorization levels is done by reprogramming the authorization level of a specified code. The followingauthorization levels accomplish the following operations:

Level 0 No functions are assigned to the user code.Level 1 Allows only normal arming (AWAY).Level 2 Operations of Level 1 + STAY arming.Level 3 Operations of Level 2 + Forced arming.Level 4 Operations of Level 3 + Disarming, Bell canceling, Auxiliary relay

operations, and fire sensor power reset.Level 5 Operations of Level 4 + Log view, Follow Me telephone number programming.Level 6 Operations of Level 5 + Zone bypassing, Clock change, Late to Close, Log clear, and

Remote programming.Level 7 Operations of Level 6 + User code programming.Level 8 Same as Level 7.Level 9 Operations of Level 7 + Tests.

Level 10 Operations of Level 9 + Programming + Keypad display change.Level 11 Not available at this time.Level 12 Allows only Tests & Programming.Level 13 Allows only Log view & clear.Level 14 Allows only Tests.Level 15 Duress code level allows Arm, Disarm, Sensor Reset, Stop Call and Bell Cancel.

User codes and partitioningWhen a Summit is partitioned into several sub-systems, user codes are either associated with specific sub-systems, or the entire system. Assigning a user code to only one system (1 through 4) will default all operationsto that system (e.g.: if user code 134 was assigned to system 3, then keying the code 134 will arm/disarmsystem 3 only, without the need to indicate the system number). To assign a user code to all of the systemsenter system 5. Note: A user code authorized to all of the subsystems can not perform functionsaffecting the entire system (i.e. arming or disarming the entire system) but rather those of an individualsub-system.

23

Programming User CodesTo program user codes:1. Select “USER CODES” from main menu or press “SELECT” 5. The LCD display will prompt to enter an

authorized user code.1. Enter an authorized user code. The display will read:

In the above example: the user number displayed is 1. The user code is “3208” - 4 digits with “..” following,signifying that two additional digits were not used in this user code. Only system 1 is assigned to this usercode (refer to partitioned mode, section 3.10: Partitioned/Unpartitioned Operation). The user codeauthorization level is 10. The current or programmable field is specified by >. To assign a user code to allof the systems, program the system number as 5.

3. To scroll through all user codes, press “NEXT” to move ahead and “Q” to move back.4. To scroll through the different fields, press “SELECT”.5. To change the value of the field marked by a >, key in the desired numeric value.6. Press “AWAY” to leave the user programming operation.Note: It is impossible to assign an access level greater than the one used to enter the function or toview user codes assigned to a higher access level. A higher level user code, beginning with the samenumeric combination as another user code, should be assigned numbers of greater value to preventbeing locked out of the system.

3.8: Zone Bypassing/Unbypassing

The Summit 3208 offers the user the option of bypassing zones so that they are not included in an arming.Bypassing and unbypassing can be performed only if the system is disarmed (“ARMED” indicator is off) and onthe zones belonging to the sub-system assigned to the keypad in use. Once in bypass mode, the systemremains in the mode so that other zones can be bypassed, without having to re-access zone bypass mode.

To bypass a zone:1. Press “MENU”.2. Select Bypass.3. Press “SELECT”.4. Enter the zone number, and an authorized user code.

or1. Press “SELECT” 3, 1.2. Enter the zone number and an authorized user code.

To unbypass a zone:1. Select unbypass from the bypass menu, or press “SELECT” 3, 2.2. Enter bypassed zone number.

USER 01 : > 3208. .SYS. : 1 LEVEL: 10

24

To unbypass all zones:1. Press “SELECT” 3, 9.2. Enter an authorized user code.

Note: Enter zone number and then “NEXT” when bypassing or unbypassing zones 1, 2 or 3 on a unitwith zone expanders. It is not necessary to enter a user code when bypassing/unbypassing if the one-key arming option has been activated.

3.9: Event Log

The event log records up to the last 32 events the system has undergone. Once the log is full the oldest eventwill be erased, i.e. FIFO (first in, first out).

View Event LogTo view the event log:1. From the main menu select “VIEW/LOG” and press “SELECT”, “VIEW LOG”, or press “SELECT” 6, 1.2. Enter an authorized user code.3. Scroll through the log by pressing the next key. The events will be displayed starting with the oldest event

in the log, and continue until the newest event in the log is displayed. After the last event has been viewed,pressing the “MENU/NEXT” key will result in the system exiting the event log.

4. Press “AWAY” to exit the log.The events display will look like the following:

Log Event DisplayDay 23 in month, time is 12:45, alarm from zone 2Bathroom

23 12:45 ALARMBATHROOM, 02

Day 23 in month, time is 12:50, system 1 is closed(P) perimeter by user 11.

23 12:50 CLOSE-SSYS.1 BY USER 11

System message: Last message was sent tocentral station successfully.

23 13:56 SYSTEMREPORT SENT

Log viewing completed. *** END OF LOG ***

Clear Event LogTo clear the log:1. Select “VIEW” menu, and “CLEAR LOG” or press “SELECT” 6, 3.2. Enter an authorized user code. The message ***END OF LOG*** will be displayed, and the log will be

erased. This will also clear blinking of the ARMED indicator.

3.10: Partitioned Operation/Unpartitioned Operation

The Summit 3208 offers the user the option of operating the system in either partitioned or unpartitioned mode.Partitioned mode separates the system into up to four separate sub-systems, all of which are fully operablefrom a single Summit control panel. Default program 2 is intended for use with the partitioned mode.

Partition mode is set through programming parameters into the system. For information on parameterprogramming refer to the parameter programming section in Chapter Five: Programming.

25

The following is a list of the parameters affecting partitioned mode:

ParameterNumber

Description ofParameter

001, 005,009 - 125

The second digit of this parameter effects the system assignmentfor different zones.

137, 139, 141, 143,145, 147, 149, 151

The second digit of this parameter programs to which systemeach keypad belongs.

192 - 239 These parameters establish the different sub-system accountnumbers.

396 - 409 These parameters set the opening and closing windows for eachpartition for each day of the week.

411 This parameter sets the bell/siren activation for each partition ofthe system.

494 This parameter sets the arming/disarming message sent to thecentral station and also the arming beep for each system.

User CodesUser codes are assigned to any sub-system or to the entire system during user code programming. For moreinformation on the programming of user codes refer to page 22.

System DisplayThe keypad can display either the entire system or a specific sub-system.

To program the system display:1. From the main menu, select “VIEW/LOG”.2. Press the “MENU/NEXT” key to scroll through the system view selections.3. Press “SELECT” to select the desired system view command options from the following: ù detailed system, 6, 4 ù summarized system, 6, 5 ù detailed all systems, 6, 6 ù summary of all systems, 6, 7 ù show software version, 6, 8

orPress “SELECT” 6 and the desired option (4, 5, 6 or 7).

4. If a specific sub-system display was selected the LCD display will read “SELECT SYSTEM 1-4”. Key in thedesired system number.

5. Enter an authorized user code.

Note: “SUMMARY DISPLAY” will show only the ready/not ready system status and the system troublesystem status. “DETAILED DISPLAY” shows the above plus bypassed/unbypassed and open/alarmzone status.

System Arming & DisarmingArming and disarming a sub-system is similar to arming a non-partitioned system. Pressing the “STAY” or“AWAY” key on the displayed system/assigned system’s keypad or entering a user code will arm only the sub-system to which the user code has been assigned. Disarming the sub-system is done by entering an authorizeduser code. The four sub-systems are supported by all of the arming modes.

26

To arm/disarm another partitioned system:1. Press “MENU/NEXT”.2. Scroll through the menu by pressing on the “MENU/NEXT” key.3. Press “SELECT” to make a selection. If necessary, scroll until you reach your selection from a sub-menu.

orPress “SELECT” plus the command digit/s. See below for a list of the command digits.

4. Enter system number.5. Enter an authorized user code.

Command Digits:Disarm: “SELECT” 1.Normal Arm: “SELECT” 2, 4.Perimeter Arm: “SELECT” 2, 3.Forced arm: “SELECT” 2, 2.Immediate Arm: “SELECT” 2, 1.

Note: It is impossible to assign an access level or view user codes greater than the one used to enterthe function. A higher level user code, beginning with the same numeric combination as another usercode, should be assigned numbers of greater value to prevent being locked out of the system.

3.11: Additional Operations

Set Time & Date1. Press “SELECT” 4, 1. The panel asks you to enter a user code.2. Enter an authorized user code. The panel asks you to set the time.3. Enter the time in 24 hour format (HHMM).4. Press either the “MENU/NEXT” or “AWAY” keys. The panel asks you to set the date.5. Enter the date (MMDDYY).6. Press the “AWAY” key. The panel returns to normal operation.

Fire Sensor Reset1. Press “SELECT” 4, 3. The panel asks you to enter a user code.2. Enter an authorized user code. The power to the fire sensors will be interrupted momentarily, and then

restored to reset smoke detector operation.

Bell CancelTo stop the bell during operation, either disarm the system, or:1. Press “SELECT” 4, 4. The panel asks you to enter a user code.2. Enter an authorized user code. The bell will stop ringing immediately and the system (if programmed) will

send a bell cancel code from address 475.

Stop CommunicationsTo stop all communications and clear communication message buffers:1. Press “SELECT” 4, 5. The panel asks you to enter an authorized user code.2. Enter an authorized user code. All communication buffers will be cleared and all communications will stop

immediately.

27

Follow MeTo program a telephone number (telephone #4) for the “follow me” feature:1. Press “SELECT” 4, 6. The panel asks you to enter an authorized user code.2. Enter an authorized user code. The system asks you to enter the telephone number.3. Continue by entering the desired telephone number, using keys 0 through 9 as digits, key # as pause, and

key Q to switch to tone (DTMF) dialing.

Examples: To program telephone number 921-1110 using DTMF dialing, key Q9211110. To dial telephonenumber 9211110 in pulse dialing, and then switch to tone dialing to access extension 231 after a pause, key in9211110#Q231. Up to 16 digits can be entered, including a 3 second pause (#) and tone (Q) keys. The # keywill appear on the display as a T. The Q will appear on the screen as a “,”.

Note: Make sure all types of messages that need to be passed to the “follow me” number are routedcorrectly (see Chapter Five: Programming). A follow me number can be set on any phone number,however, only telephone number 4 can be changed through “SELECT” 4, 6.

Late To CloseWhen the opening/closing windows are operational, the control panel will have to be armed (closed) within theprogrammed time frame. If the system will be armed at a later time (since someone is still on the premises), a“late to close” condition will have to be reported to the control panel in order to delay the window.To activate “late to close” condition:1. Press “SELECT” 2, 5. The system asks you to enter the desired system number.2. Enter the system number ('1' for non-partitioned control panel). The system asks you to enter a user code.3. Enter an authorized user code. The system asks you to set time.4. Enter the new approximate closing time in 24 hour format (HHMM). The command will be acknowledged

and the system will return to normal operation.

Latch KeyWhen the latch key feature is programmed (address 415) the “MENU/NEXT” key is used to acknowledgearrivals or departures from the system during an opening or closing window, so that a message is nottransmitted to the central station. Windows can be programmed at addresses 389 - 395. An opening or closingwindow can be disabled by entering a value of “FF” for the window at the appropriate opening or closing windowaddress.

Zone ChimeA zone can be programmed to chime.

To program a zone to chime:1. Press “SELECT” 3,3. The display will prompt to enter the zone number.2. Enter a zone number. The display will prompt to enter a user code.3. Enter an authorized user code. The zone is programmed to chime.

To deactivate a zone chime:1. Press “SELECT” 3, 4. The display will prompt to enter the zone number.2. Enter the zone number. The display will prompt to enter a user code.3. Enter an authorized user code. The zone will not chime.

28

CHAPTER FOUR: SYSTEM OPERATION FOR THE 3106 LED KEYPAD

4.1: General

The Summit 3208 can be operated by using either the 3108 LCD or 3106 LED keypads. Operation of thesystem with the 3108 LCD keypad is discussed in Chapter Three: System Operation for the 3108 LCD Keypadon page 17.

All of the parameters, user codes, telephone numbers and other options are factory programmed to defaultprogram 1. In addition, all of the parameters can be programmed using either the local keypads or the remoteprogramming software. Refer to Chapter Five: Programming, page 37, for instructions relating toprogramming the system.

4.2: Display and Controls

Keypad Layout

29

Keypad LED Indicators

1 - 8: Used to display zone status for zones 1 - 8, as well as system status.

READY: Indicates whether or not the system is ready to perform functions.

PROGRAM: Indicates whether or not the system is in programming mode.

BYPASS: Indicates if zones have been bypassed. The bypassed zone’s LED indicator will also be lit.

TROUBLE: Indicates if any alarms have taken place.

ARMED: On when the system is armed, off when the system is disarmed. If alarms have taken place during anarming period (in a particular sub-system) the armed indicator will blink quickly when armed, and once everyfive seconds when disarmed.

POWER: On when both the AC and the backup battery are connected and within battery voltage of over 10.8Vand AC power supply is between 58 - 62 Hz. The indicator blinks slowly when the battery is low and is off whenthe AC is missing.

Keys and Keypad Functions

0 - 9: The numeric keys are used to enter user codes, to set telephone numbers, to issue commands bynumbers, and to select items from the menu, when in menu mode.

Q , #: These keys are used in programming the control panel. The Q key is programmed for immediatearming, when pressed after a normal arming, thus canceling the entry and exit delays. The # key is used toenter hexadecimal digits during programming.

MENUNEXT Key: The “MENU/NEXT” key serves to log in an arrival when in latch key mode. In addition this key,when held down for over one second, is used in conjunction with E, F, P keys for the generation of anemergency code.

SELECT: Pressing the “SELECT” key, followed by a function number causes a system function to occur, whenthe display is in system status mode. Pressing this key, when the display is in menu mode, will result in theselection of the item specified in the menu.

STAY: Pressing the “STAY” key, when the system is ready to arm, arms the system's perimeter zones only.This key may be programmed for one key arming, allowing the user to arm the system without having to enter auser code. Pressing the “STAY” key returns the display back to the main display when in programming mode.

AWAY: Pressing the “AWAY” key, when the system is ready to arm, arms the system's perimeter and interiorzones. Programming this button for one key arming allows the end user to arm the system without a user code.Pressing “AWAY” returns the display back to the main menu when scrolling or programming.

30

4.3: Direct Commands

There are two ways to initiate an operation on the control panel.

Direct Command CodesInitiating a command can be performed when the keypad is in normal status display mode.

To select a command using the LED keypad: 1. Press “SELECT”. The “Program” indicator will turn on. 2. Press the desired operation code (refer to the “Command Codes” table listed bellow). 3. If the “Program” indicator begins to blink, key in an authorized user code (refer to “User codes”).After the command is executed an acknowledgment tone will be heard.

Command Codes0 Access Control 43 Fire Sensor Power Reset1X Disarm System X (1 - 4) 44 Bell Cancel21X Immediate Arm System X (1 - 4) 45 Stop Telephone Call22X Force Arm System X (1 - 4) 46 Follow Me23X Perimeter Arm System X (1 - 4) 5 User Codes24X Normal Arm System X (1 - 4) 61 View Log25X Late to Close HHMM 63 Clear Log31X Bypass Zone X (1 - 32) 64X Detailed Display of System (1 - 4)32X Unbypass Zone X (1 - 32) 65X Summarized Display of System (1 - 4)33 Chime On 66 Detailed display of all Systems34 Chime Off 67 Summarized Display of all Systems39 Unbypass All zones 71 Manual Programming41 Set Time HHMM, MMDDYY 72 Default Programming 1421 Walk Test 73 Default Programming 2(Partitioned)422 Bell Test 741 Remote Programming: off hook423 Telephone Test 742 Remote Programming: Callback425 System Test 83X Reset Relay X426 Battery Test 84X Set Relay X

4.4: Arming/Disarming

Normal Arming (STAY/AWAY) & DisarmingIf the armed indicator is on the system is armed. If it is off the system is disarmed.

To arm the system:Press “AWAY” or “STAY” depending on the desired arming (perimeter and interior or Perimeter only). Thesystem can also be armed by keying in an authorized passcode.

To disarm the system:Key in an authorized passcode. If the system is in alarm, entering an authorized passcode will disarm thesystem and shut off the siren.

Forced armingIf any zones are not secured, during the arming operation, but will become secured before the end of the exitdelay or the completion of arming, it is possible to force arm the system. This is dependent on whether forcedarming has been enabled at address 494. The central station will be notified of the forced arming. ElectronicsLine recommends waiting until all zones are secured and arming the system can be done normally. Note: Ifzones are still not secured after the exit delay has ended, an alarm will be sounded!

31

To force arm the system:1. Press the “SELECT” key.2. Press 2, 2.3. Enter an authorized user code. The arming beep will sound.

Immediate ArmingIf users wish to arm the system without having an entry or exit delay, they may do so by selecting to immediatearm the system.

To arm the system immediately:1. Press “STAY” (for perimeter only) or “AWAY” (for perimeter + interior), according to the desired arming

mode.2. Press the “Q“ key. This operation cancels both entry and exit delays.

or1. Press “SELECT” 2, 1.2. Enter the sub-system number.

4.5: Emergency and Duress

EmergencyIn the case of an emergency, 3 types of codes can be generated by pressing two keys, first the “MENU/NEXT”key and then, while keeping the “MENU/NEXT” button pressed, the desired emergency key, for more than 1second. These codes will be reported to the central station and, if programmed to, will activate the bell. Theemergency code key combinations are: • MENU and E = Emergency (Report code at parameter address 476, if programmed). • MENU and F = Fire alarm emergency (Report code at parameter address 477 if programmed). • MENU and P = Police emergency (Report code at parameter address 478 if programmed).

DuressThe Summit 3208 is capable of being programmed with a code for a duress situation. This user code willperform the desired operation, while sending a duress code to the central station. A user code, programmed asa duress code, has an authorization level of 15, and is reported from address 479 (if programmed) to thecentral station.

32

4.6: User Codes

User codes allow or deny access to the control panel functions. There are 16 programmable user codes withinthe control panel. Most operations executed from the control panel require a user code. Each code can beprogrammed to be 3 to 6 digits long. User codes are assigned an authorization level of 1 through 15.Changing these authorization levels is done by reprogramming the authorization level of a specified code. Thefollowing authorization levels accomplish the following operations:

Level 0 No functions are assigned to the user code.Level 1 Allows only normal arming (AWAY).Level 2 Operations of Level 1 + STAY arming.Level 3 Operations of Level 2 + Forced arming.Level 4 Operations of Level 3 + Disarming, Bell canceling, Auxiliary relay

operations, and fire sensor power reset.Level 5 Operations of Level 4 + Log view, Follow Me telephone number programming.Level 6 Operations of Level 5 + Zone bypassing, Clock change, Open/Close windows, Late to

Close, Log clear, and Remote programming.Level 7 Operations of Level 6 + User code programming.Level 8 Same as Level 7.Level 9 Operations of Level 7 + Tests.

Level 10 Operations of Level 8 + Programming + Keypad display change.Level 11 Not available at this time.Level 12 Allows only Test & Programming.Level 13 Allows only Log view & clear.Level 14 Allows only Tests.Level 15 Duress code level allows Arm, Disarm, Sensor Reset, Stop Call and Bell Cancel.

User codes and partitioningWhen a Summit is partitioned into several sub-systems, user codes are either associated with specific sub-systems, or the entire system. Assigning a user code to only one sub-system (1 through 4) will default alloperations to that system (e.g.: if user code 134 was assigned to system 3, then keying the code 134 willarm/disarm system 3 only, without the need to indicate the system number). To assign a user code to all of thesystems enter system 5. Note: A user code authorized to all of the subsystems can not performfunctions affecting the entire system (i.e. arming or disarming the entire system) but rather those of anindividual sub-system.

Programming User CodesRefer to the chart below for a diagram of the LED indicators during user code programming.To program user codes:1. Press “SELECT” 5.2. Enter an authorized user code. The LED display Zone indicators 1 - 4 and Zone 5 will indicate that you will

be able to begin programming user code 1.3. Press “SELECT” to scroll through the different fields of the user data. Zone 6 indicates that you may

program the user’s system field, Zone 7 indicates that you may program the user level.4. Enter data as desired.5. Press “NEXT” to program user code 2, and so on for each user code.6. Press “AWAY” to leave the user programming operation.

33

USER 1USER 2USER 3USER 4

USER 5USER 6USER 7USER 8

USER 9USER 10USER 11USER 12

USER 13USER 14USER 15USER 16

1 2 34 1 2 3 4 1 23 41 2 3 4

1 2 3 4

5 6 7 8

USER NUMBER INDICATORS

FIELD INDICATORS

Enter User Code Enter System assignment Enter authorization level

5 6 7 85 6 7 8567 8

Note: It is impossible to assign an access level or view user codes greater than the one used to enterthe function. A higher level user code, beginning with the same numeric combination as another usercode, should be assigned numbers of greater value to prevent being locked out of the system.

4.7: Zone Bypassing/Unbypassing

The Summit 3208 offers the user the option of bypassing zones so that they are not included in an arming.Bypassing and unbypassing can be performed only if the system is disarmed (“ARMED” indicator is off) and onthe zones belonging to the sub-system assigned to the keypad in use. Once in bypass mode, the systemremains in the mode so that other zones can be bypassed, without having to re-access zone bypass mode.

To bypass a zone:1. Press “SELECT” 3, 1.2. Enter the zone number and an authorized user code.

To unbypass a zone:1. Press “SELECT” 3, 2.2. Enter bypassed zone number.

To unbypass all zones:1. Press “SELECT” 3, 9.2. Enter an authorized user code.

Note: Enter zone number and then “NEXT” when bypassing or unbypassing zones 1, 2 or 3 on a unitwith zone expanders. It is not necessary to enter a user code when bypassing/unbypassing if the one-key arming option has been activated.

4.8: Event Log

The event log records up to the last 32 events the system has undergone. Once the log is full the oldest eventwill be erased, i.e. FIFO (first in, first out).

View Event LogTo view the event log:1. Press “SELECT” 6, 1.2. Enter an authorized user code. The “Program” indicator light will be turned on.3. Press the “MENU/NEXT” key to scroll through event messages. The next event will be displayed. After the

last event has been viewed, pressing the “MENU/NEXT” key will result in the system exiting the event log.4. After the newest event the “Program” indicator will turn off and normal status display will resume. If there are any events are logged in the event log, the first will be displayed as follows:

34

Log Event DisplayAlarm from zone: The appropriate zone indicator will be on.

Trouble from zone: The appropriate zone indicator will be blinking.

Opening System: Zone indicator 5 and system number (1 - 4) will be on to identify thesystem number.

Closing System (AWAY): Zone indicator 5 and system number (1 - 4) will be on to identify thesystem number.

Closing System (STAY): Zone indicator 7 and system number (1 - 4) will be on to identify thesystem number.

Closing System (FORCE): Zone indicator 6 and system number (1 - 4) will be on to identify thesystem number.

System Trouble: Trouble indicator will be on, and zone 1 through 6 indicators willidentify the trouble type: 1: Emergency Key, 2: Fire Key, 3: Policekey, 4: Duress, 5: Telephone report failed, 6: Telephone report sent.

Clear Event LogTo clear the event log:1. Press “SELECT” 6, 3. The “Program” indicator will turn on and then begin blinking2. Enter an authorized user code. The command will be executed and the “Program” indicator will turn off.

4.9: Partitioned/Unpartitioned Operation

The Summit 3208 offers the user the option of operating the system in either partitioned or unpartitioned mode.Partitioned mode separates the system into up to four separate sub-systems, all of which are fully operablefrom a single Summit control panel. Default program 2 is intended for use with the partitioned mode.

Partition mode is set through programming parameters into the system. For information on parameterprogramming refer to the parameter programming section in Chapter Five: Programming.

The following is a list of the parameters effecting partitioned mode:

ParameterNumber

Description ofParameter

001, 005,009 - 125

The second digit of this parameter effects the system assignmentfor different zones.

137, 139, 141, 143,145, 147, 149, 151

The second digit of this parameter programs to which systemeach keypad belongs.

192 - 239 These parameters establish the different sub-system accountnumbers.

396 - 409 These parameters set the opening and closing windows for eachpartition for each day of the week.

411 This parameter sets the bell/siren activation for each partition ofthe system.

494 This parameter sets the arming/disarming message sent to thecentral station and also the arming beep for each system.

35

User CodesUser codes are assigned to any sub-system or to the entire system during user code programming. For moreinformation on the programming of user codes refer to page 32.

System Arming & DisarmingArming and disarming a sub-system is similar to arming a non-partitioned system. Pressing the “STAY” or“AWAY” key on the displayed system/assigned system’s keypad or entering a user code will arm the sub-system to which the user code has been assigned. Disarming the sub-system is done by entering an authorizeduser code. The four sub-systems are supported by all of the arming modes.

To arm/disarm another partitioned system:1. Press “SELECT” plus the command digit/s. See below for a list of the command digits.2. Enter system number.3. Enter an authorized user code.

Command Digits:Disarm: “SELECT” 1.Normal Arm: “SELECT” 2, 4.Perimeter Arm: “SELECT” 2, 3.Forced arm: “SELECT” 2, 2.Immediate Arm: “SELECT” 2, 1.

Note: If the user code entered is assigned to only one sub-system, and a system is not specified, thespecific sub-system to which the code is assigned will be armed or disarmed. If a system to which theuser code is not assigned is specified, the user code will be denied.

4.10: Additional Operations

Set Time & Date1. Press “SELECT” 4, 1. The PROGRAM LED indicator lights up.2. Enter an authorized user code.3. Enter the time in 24 hour format (HHMM).4. Press either the “MENU/NEXT” or “AWAY” keys. The panel asks you to set the date.5. Enter the date (MMDDYY).6. Press the “AWAY” key. The “PROGRAM” LED indicator turns off.

Fire Sensor Reset1. Press “SELECT” 4, 3. The PROGRAM LED indicator begins flashing.2. Enter an authorized user code. The power to the fire sensors will be interrupted momentarily, and then

restored to reset smoke detector operation. The PROGRAM LED indicator flashes and then turns off.

Bell CancelTo stop the bell during operation, either disarm the system, or:1. Press “SELECT” 4, 4. The PROGRAM LED indicator turns on.2. Enter an authorized user code. The bell will stop ringing immediately, the PROGRAM LED turns off, and

the system(if programmed) will send a bell cancel code from address 475.

Stop CommunicationsTo stop all communications and clear communication message buffers:1. Press “SELECT” 4, 5. The PROGRAM LED indicator flashes.2. Enter an authorized user code. All communication buffers will be cleared and all communications will stop

immediately. The PROGRAM LED indicator turns off.

36

Follow MeTo program a telephone number (telephone #4) for the “follow me” feature:1. Press “SELECT” 4, 6. The PROGRAM LED indicator turns on.2. Enter an authorized user code. The PROGRAM LED indicator begins flashing.3. Continue by entering the desired telephone number, using keys 0 through 9 as digits, key # as pause, and

key Q to switch to tone (DTMF) dialing.4. After a short delay from setting the telephone number the system ends the programming of Follow Me.

The PROGRAM LED indicator turns off.

Examples: To program telephone number 921-1110 using DTMF dialing, key Q9211110. To dial telephonenumber 9211110 in pulse dialing, and then switch to tone dialing to access extension 231 after a pause, key in9211110#Q231. Up to 16 digits can be entered, including a 3 second pause (#) and tone (Q) keys.

Note: Make sure all types of messages that need to be passed to the “follow me” number are routedcorrectly (see Chapter Five: Programming). A follow me number can be set on any phone number,however, only telephone number 4 can be changed through “SELECT” 4, 6.

Late To CloseWhen the opening/closing windows are operational, the control panel will have to be armed (closed) within theprogrammed time frame. If the system will be armed at a later time (since someone is still on the premises), a“late to close” condition will have to be reported to the control panel in order to delay the window.

To activate “late to close” condition:1. Press “SELECT” 2, 5. The PROGRAM LED indicator turns on.2. Enter the system number ('1' for non-partitioned control panel).3. Enter an authorized user code. The PROGRAM LED indicator begins flashing4. Enter the new approximate closing time in 24 hour format (HHMM). The command will be acknowledged

and the system will return to normal operation. The PROGRAM LED indicator will light up and then turnoff.

Latch KeyWhen the latch key feature is programmed (address 415) the “MENU/NEXT” key is used to acknowledgearrivals or departures from the system during an opening or closing window, so that a message is nottransmitted to the central station. Windows can be programmed at addresses 389 - 395. An opening or closingwindow can be disabled by entering a value of “FF” for the window at the appropriate opening or closing windowaddress.

Zone ChimeA zone can be programmed to chime.

To program a zone to chime:1. Press “SELECT” 3,3.2. Enter a zone number.3. Enter an authorized user code. The zone is programmed to chime.

To deactivate a zone chime:1. Press “SELECT” 3, 4.2. Enter the zone number.3. Enter an authorized user code. The zone will not chime.

37

CHAPTER FIVE: PROGRAMMING

5.1: General

The Summit 3208 Control panel may be programmed by using either the 3108 LCD or the 3106 LED keypadsor Electronics Line’s Remote Programming Software. To program using either keypad refer to pages 17 (LCD)or 28 (LED).

For programming using the remote programming software refer to the instructions provided with the installationdiskette. The software’s only requirements are an IBM PC, with DOS 3.1, and a Remote Programmer(available through E.L.) or Hayes compatible modem. The Remote Programmer requires 512 KB RAM to beavailable on the computer’s hard drive in order to install the program. Contact your nearest Electronics Lineoffice or agent to obtain a copy of the software.

The system comes equipped with two default programs. Default program 1 is intended for use with non-partitioned systems. Default program 2 should be used with partitioned systems.

5.2: Guide to Programming

The control panel has 500 parameter addresses. All of the programming is stored in the Summit 3208’s non-volatile EEPROM memory. Most parameters do not require changes to be made to them. Selecting and loadinga default program makes programming easier, requiring only the re-programming of some customer specificparameters (such as telephone numbers, account numbers, etc.) as well as any other desired changes to thesystem. Using the default programs saves time because all of the other parameters are already set to theappropriate values by the default program, saving time in the programming process. The control panel can beprogrammed to custom configurations by the individual installer.

DEFAULT PROGRAM VALUES DIFFER ACCORDING TO DEALER. FOR A COMPLETE LSITING OFDEFAULT PROGRAMS CONTACT YOUR LOCAL DEALER OR ELECTRONICS LINE’S TECHNICALSUPPORT DEPARTMENT AT +972-3-921-1110. IT IS NOT NECESSARY TO CHANGE THE DEFAULTPROGRAM VALUES OR ENTER THEM ON THE FORM EVEN IF THEY ARE RELEVANT TO THEINSTALLATION.

Programming changes are done by entering new values at the appropriate address. Listed by each address, inthe manual, is a detailed description of each function and a list of the changes that can be made to it. Theprogramming forms, located in the rear of the manual, are intended for recording any programming done to theaddresses during and after the installation process.

5.3: Programming Procedure

Electronics Line suggests programming using the following tips:• Select a default program and load it into the control panel, by pressing “SELECT” 7, 2 for unpartitioned

mode or “SELECT” 7, 3 for partitioned mode.• Use the programming information below to fill in your application’s appropriate fields on the programming

form.• Use the programming procedure, listed on the following page, to program the data from the programming

form into the control panel’s parameter memory.

To program the Summit 3208’s parameters using either the 3108 LCD or the 3106 LED keypads:Once you have installed either default program 1 or 2, make sure the programming indicator is off (LED keypadonly).1. Press “SELECT” 7, 1 to enter the programming mode. The programming indicator will begin blinking on

the LED keypad.2. Enter an authorized user code.

38

3. Begin programming by pressing the “SELECT” key and entering the three digit address. This can be doneanytime during programming to select a different perimeter address.

4. To move from a parameter digit to the next press the “NEXT” key or enter data and wait for the system todo so automatically. To move back to a digit press the “Q” key.

5. To exit the programming mode using either the LCD or LED keypad press the AWAY button (the LED“PROGRAM” indicator will shut off).

Refer to the LCD and LED keypad programming displays for diagrams of the programming procedure.Note: The system allows you two minutes to begin programming before exiting the programmingmode. The power needs to be turned off and then on again after parameters have been changed.

LCD Keypad Programming Display

SELECT ADDR : 0 0 0( 0 0 0 - 4 9 9

First digit blinking, any key will change this digit

1 5 2 ENTER DATA : 5SELECT / NEXT / A W A Y

First digit blinking

Press to selectanother parameter

Press to move tonext digit

Press to exitprogramming mode

Parameter address

After entering parameter changes

Entering programming mode (Press “Q“ to moveto the previous digit)

LED Keypad Programming Display

1 2 3 4

5 6 7 8

READY PROGRA M

BYPASS TROUBLE

Zone Indicators

The value of the 1st digit of the data is displayed on the zoneindicators as follows:

0:

1: 3:

2: E:

5:

4: C :6: A :8:

7: 9: B: D: F:

To change a digit and move to display or modify the next digit, press the desired key from the following:

• 0 -9 • #, 0 for hexadecimal digit A • #, 1 for hexadecimal digit B

• #, 2 for hexadecimal digit C • #, 3 for hexadecimal digit D • #, 4 for hexadecimal digit E

• #, 5 for hexadecimal digit F

Note: On the LCD keypad the cursor changes to # after pressing #.Upon entering the digit the parameter is modified and the display will show the next digit. To move to the nextdigit, without entering a modification, press the “MENU/NEXT” key. To move to the previous digit, press the“Q” key.

39

5.4: Programming Parameters

The following is a list of the Summit 3208’s programming parameters. For an alphabetical listing of theparameters by their functions refer to page 59.

ADDRESS 000-003: ZONE # 1 PARAMETERSThese addresses control zone #1. The following functions can be programmed: LCD message, delay,system assignment (for partitioned panel), chime or no chime, bypassable or not, swinger settings, pulsecounter setting, and loop speed, loop type, zone ID, bell/siren activation, communication to centralstation, and zone function.

Address #

Description of Function

000 LCD descriptors and delays for zone 1.Select a zone descriptor number (suiting the zone) from the table below, and the entry delaychoice for this zone. Fill in the two digit number for zone 1.Entry delay choices are set at addresses 386, 387, 388. 3208 custom LCD messages areentered at addresses 416-447.

nodelay

delay#1(30s)

delay#2(60s)

delay#3(90s)

descriptor nodelay

delay#1(30s)

delay#2(60s)

delay#3(90s)

descriptor

00 40 80 C0 no message 20 60 A0 E0 LOBBY01 41 81 C1 1ST FLOOR 21 61 A1 E1 LIVNG ROOM02 42 82 C2 2ND FLOOR 22 62 A2 E2 MSTR BEDRM03 43 83 C3 3RD FLOOR 23 63 A3 E3 MAT04 44 84 C4 4TH FLOOR 24 64 A4 E4 MOTION05 45 85 C5 BACK DOOR 25 65 A5 E5 NORTH06 46 86 C6 BASEMENT 26 66 A6 E6 NURSERY07 47 87 C7 BATHROOM 27 67 A7 E7 OFFICE08 48 88 C8 BEDROOM 28 68 A8 E8 PANIC09 49 89 C9 BEDROOM 1 29 69 A9 E9 PERIMETER0A 4A 8A CA BEDROOM 2 2A 6A AA EA POOL0B 4B 8B CB BEDROOM 3 2B 6B AB EB ROOF0C 4C 8C CC COMPUTER 2C 6C AC EC ROOM0D 4D 8D CD CONFERENCE 2D 6D AD ED ROOM 10E 4E 8E CE CORRIDOR 2E 6E AE EE ROOM 20F 4F 8F CF DINING 2F 6F AF EF ROOM 310 50 90 D0 DOOR 30 70 B0 F0 ROOM 411 51 91 D1 EAST 31 71 B1 F1 SHIPPING12 52 92 D2 EMERGENCY 32 72 B2 F2 SHOP13 53 93 D3 ENTRANCE 33 73 B3 F3 SLIDE DOOR14 54 94 D4 EXIT 34 74 B4 F4 SOUTH15 55 95 D5 EXTERIOR 35 75 B5 F5 STAIRS16 56 96 D6 FAMILY 36 76 B6 F6 STORAGE17 57 97 D7 FIRE 37 77 B7 F7 STUDY18 58 98 D8 FRONT DOOR 38 78 B8 F8 VAULT19 59 99 D9 GARAGE 39 79 B9 F9 WAREHOUSE1A 5A 9A DA GUEST ROOM 3A 7A BA FA WEST1B 5B 9B DB HALL 3B 7B BB FB WINDOW1C 5C 9C DC HOLDUP 3C 7C BC FC (custom #1)1D 5D 9D DD INTERIOR 3D 7D BD FD (custom #2)1E 5E 9E DE KITCHEN 3E 7E BE FE (custom #3)1F 5F 9F DF LAUNDRY 3F 7F BF FF (custom #4)

001 System ID, chime, bypass/unbypass (normal), swinger setting, pulse count on setting,and loop speed for zone # 1.

40

Loop speed is entered as a value in the first digit position. For a slow loop response(150ms;motion detectors and contacts) the value is 0 - 7, for fast loop response(50ms; shock sensor)the value is 8 - F. See the table below to select a value that is appropriate.First digit value:0 - slow loop, no pulse count, no swinger1 - slow loop, no pulse count, swinger active, (see address 498 to set swinger)2 - slow loop, pulse counter #1,(refer to address #386), no swinger3 - slow loop, pulse counter #1, swinger active4 - slow loop, pulse counter #2, (refer to address #387) no swinger5 - slow loop, pulse counter #2, swinger active6 - slow loop, pulse counter #3, (refer to address #388) no swinger7 - slow loop, pulse counter #3, swinger active8 - fast loop, no pulse count, no swinger9 - fast loop, no pulse count, swinger activeA - fast loop, pulse counter #1, no swingerB - fast loop, pulse counter #1, swinger activeC - fast loop, pulse counter #2, no swingerD - fast loop, pulse counter #2, swinger activeE - fast loop, pulse counter #3, no swingerF - fast loop, pulse counter #3, swinger activeNote: If a fire zone is selected, than the pulse count option becomes smoke alarmverification.

For bypassability, chime and system assignment, select an appropriate number from the listbelow.Second digit value:0 - Non-bypassable, no-chime, assigned to system 11 - Non-bypassable, no chime, assigned to system 22 - Non-bypassable, no chime, assigned to system 33 - Non-bypassable, no chime, assigned to system 44 - Non-bypassable, chime, assigned to system 15 - Non-bypassable, chime, assigned to system 26 - Non-bypassable, chime, assigned to system 37 - Non-bypassable, chime, assigned to system 48 - Bypassable, no chime, assigned to system 19 - Bypassable, no chime, assigned to system 2A - Bypassable, no chime, assigned to system 3B - Bypassable, no chime, assigned to system 4C - Bypassable, chime, assigned to system 1D - Bypassable, chime, assigned to system 2E - Bypassable, chime, assigned to system 3F - Bypassable, chime, assigned to system 4

002 Loop type, and zone ID for zone #1.The zone ID is the number associated with messages from a zone, whenever messagesregarding this zone are sent to the central station. Usually the zone ID is the same as thezone number. Program this number value as the first digit of this address. Select the type ofloop for this zone from the following list.Second digit value:0 - Normally Close contacts, no end-of-line resistor.1 - Normally Open contacts, no end-of-line resistor.2 - EOLR trouble on short, alarm on open.3 - EOLR, alarm on short, trouble on open.4 - EOLR, tamper on short, alarm on open.5 - EOLR, alarm on short, tamper on open.6 - EOLR supervised burglary zone.7 - EOLR, trouble on closed, trouble on open.

41

Note: Loop types 2 and 4 are used in conjunction with the 3528 wireless 8 zoneexpander. Refer to the 3528 operating instructions for further information. ElectroncisLine recommends using loop types 5 and 7 in conjunction with 24 hour zones.

003 Siren activation from an alarm, the signal transmission to the central station, and thezone type for zone #1.Select a zone type from the following list.First digit value:0 - Perimeter normal zone. 7 - Interior follower zone. 1 - Perimeter primary zone. A - Fire zone(24 Hour).2 - Perimeter secondary zone. B - Emergency zone(24 Hour).3 - Perimeter follower zone. C - Holdup zone(24 Hour).4 - Interior normal zone. E - Day (24 Hour).5 - Interior primary zone. F - On/Off key switch input.6 - Interior secondary zone. Note: For option “F” use only detectors with a single position, spring loaded keyswitches.Select the type of output you would like for a zone when an alarm occurs.Second digit value:0 - Do not activate bell, do not send message to central station.1 - Activate bell only, do not send message to central station.4 - Do not activate bell, send message to central station.5 - Activate bell and send message to central station.Note: Zones #2 - #32 are programmed with the same information as zone #1.

004-007 Same as above for zone #2.008-011 Same as above for zone #3.012-015 Same as above for zone #4.016-019 Same as above for zone #5.020-023 Same as above for zone #6.024-027 Same as above for zone #7.028-031 Same as above for zone #8.

ADDRESSES 032-063: Zones 9 - 16. These addresses are added to the control panel, zone expanderjumper setting B, with either the 3508 or 3528 zone expanders. Zone expanders are programmed ataddress 451.

032-035 Same as above for zone #9.036-039 Same as above for zone #10.040-043 Same as above for zone #11.044-047 Same as above for zone #12.048-051 Same as above for zone #13.052-055 Same as above for zone #14.056-059 Same as above for zone #15.060-063 Same as above for zone #16.

Addresses 064 - 095: Zones 17 - 24. These addresses are added to the control panel, zone expanderjumper setting C, with either the 3508 or 3528 zone expanders. Zone expanders are programmed ataddress 451.

064-067 Same as above for zone #17.068-071 Same as above for zone #18.072-075 Same as above for zone #19.076-079 Same as above for zone #20.080-083 Same as above for zone #21.084-087 Same as above for zone #22.

42

088-091 Same as above for zone #23.092-095 Same as above for zone #24.ADDRESSES 096-127: Zones 25 - 32. These addresses are added to the control panel, zone expanderjumper setting D, with either the 3508 or 3528 zone expanders. Zone expanders are programmed ataddress 451.

096-099 Same as above for zone #25.100-103 Same as above for zone #26.104-107 Same as above for zone #27.108-111 Same as above for zone #28.112-115 Same as above for zone #29.116-119 Same as above for zone #30.120-123 Same as above for zone #31.124-127 Same as above for zone #32.

128-129 Programming for Relay #5. Refer to charts at addresses 481-489.130-131 Programming for Relay #6. Refer to charts at addresses 481-489.132-133 Programming for Relay #7. Refer to charts at addresses 481-489.

134-135 Not applicable.

ADDRESSES 136-137: Keypad # 1. The arming/disarming beeps, battery/ac loss beeps, quickarm, system displays and LCD displays detailed or not, and backlighting on/off.

136 Beeps for batt low, ac loss, arm & disarm beeps, and if 1 key arming is allowed.Select an arming/disarming tone from the list below.First digit value:0 - no arm beep, no disarm beep 8 - 3 arm beeps, no disarm beep1 - no arm beep, 1 disarm beep 9 - 3 arm beeps, 1 disarm beep2 - no arm beep, 3 disarm beeps A - 3 arm beeps, 3 disarm beeps3 - no arm beep, continuous on entry B - 3 arm beeps, continuous on entry4 - 1 arm beep, no disarm beep C - continuous on arm, no disarm beep5 - 1 arm beep, 1 disarm beep D - continuous on arm, 1 disarm beep6 - 1 arm beep, 3 disarm beep E - continuous on arm, 3 disarm beeps7 - 1 arm beep, continuous on entry F - continuous on arm, continuous on entry

Select a value that is appropriate from the following list.Second digit value:0 - No 1 key operations, No beeps.1 - No 1 key operations, Beep if battery is low.2 - No 1 key operations, Beep if ac is lost.3 - No 1 key operations, Beep for low batt & ac loss.4 - 1 key arm, No beeps.5 - 1 key arm and beep if low batt.6 - 1 key arm and beep if ac loss.7 - 1 key arm and beep for low batt & ac loss.

43

137 Systems displayed on the keypads and backlight on/off.Select the times when you want the backlighting on from the following list.First digit value:1 - Backlight on during closing window. 8 - Backlight on after keystroke.2 - Backlight on during opening window. 9 - After keystroke and closing window.3 - On during opening and closing window. A - After keystroke and opening window.4 - Backlight on at all times. B - After keystroke and during windows.

Choose an appropriate display from the list below. This will determine if the system will bedisplayed (for a partitioned panel) by keypad, and whether the display will be detailed orsummarized.Second digit value:0 - System 1 displ., summarized. 8 - System 1 displ., detailed. 1 - System 2 displ., summarized. 9 - System 2 displ., detailed.2 - System 3 displ., summarized. A - System 3 displ., detailed.3 - System 4 displ., summarized. B - System 4 displ., detailed.4 - All Systems, summarized, operate sys. 1. C - All Systems, detailed, operate sys. 1.5 - All Systems, summarized, operate sys. 2. D - All Systems, detailed, operate sys. 2.6 - All Systems, summarized, operate sys. 3. E - All Systems, detailed, operate sys. 3.7 - All Systems, summarized, operate sys. 4. F - All Systems, detailed, operate sys. 4.

138-139 Same as above keypad #2.140-141 Same as above keypad #3.142-143 Same as above keypad #4.144-145 Same as above keypad #5.146-147 Same as above keypad #6.148-149 Same as above keypad #7.150-151 Same as above keypad #8.

152-159 Telephone #1(primary)/RF destination #1 is entered here.Consecutive addresses are used to enter telephone numbers up to 16 digits. Indicate the endof the telephone number with the digit F (#5). To enter a 3 second pause enter C (#2), for a 7second pause enter D (#3), to switch from pulse to tone partially through the number, enter E(#4). Other telephone data and parameters are entered at later addresses. Note: Theemergency telephone numbers shall not be set or programmed to place a call to apolice station that has not been specifically assigned by that police station for suchservice.

160-167 Telephone # 2(backup)/RF destination #2.168-175 Telephone #3/RF destination #3.176-183 Telephone #4/RF destination #4. Note: Used in association with the “Follow Me”

feature (SELECT, 4, 6).184-191 Telephone number for remote programming callback.

192-194 Account number for telephone #1/RF destination #1, System #1.This is the account number is be transmitted to the central station when telephone number1/RF destination #1 is dialed. These are entered in sequence beginning at address 192. Besure to enter the account number in the back-up phone/RF number (and any othertelephone/RF numbers used). If the system is not partitioned, only account numbers forsystem 1 have to be programmed (for partitioned systems program account numbers for allsystems). To enter an account number enter 3 - 6 digits (do not use leading zeros).

195-197 Account # for tel #1/RF destination #1, System #2.198-200 Account # for tel #1/RF destination #1, System #3.201-203 Account # for tel #1/RF destination #1, System #4.

44

204-206 Account # for tel #2/RF destination #2, System #1.207-209 Account # for tel #2/RF destination #2, System #2.210-212 Account # for tel #2/RF destination #2, System #3.213-215 Account # for tel #2/RF destination #2, System #4.216-218 Account # for tel #3/RF destination #3, System #1.219-221 Account # for tel #3/RF destination #3, System #2.222-224 Account # for tel #3/RF destination #3, System #3.225-227 Account # for tel #3/RF destination #3, System #4.228-230 Account # for tel #4/RF destination #4, System #1.231-233 Account # for tel #4/RF destination #4, System #2.234-236 Account # for tel #4/RF destination #4, System #3.237-239 Account # for tel #4/RF destination #4, System #4.

ADDRESS 240-241: Telephone line parameters; time-out for acknowledgments, phonesupervision, pulse or tone dialing, dial tone wait, message attempts, and dialing attempts.

240 Phone supervision, pulse or tone dialing, time-outs for acknowledgment.Phone supervision is the monitoring of the existence of the phone line. The amount of timethat the line is missing before an alarm is created is programmable at this address. Dialingcan be prevented if no dial tone was detected within the time-out (see address 241), orallowed anyway after the second time-out. Select an appropriate time and dialing mode fromthe list below.First digit value:0 - Dial anyway, Pulse, no telephone line supervision.1 - Dial anyway, Pulse, 1 minute delay telephone line supervision.2 - Dial anyway, Pulse, 3 minute delay telephone line supervision.3 - Dial anyway, Pulse, 10 minute delay telephone line supervision.4 - Dial anyway, Tone (DTMF), no telephone line supervision.5 - Dial anyway, Tone (DTMF), 1 minute delay telephone line supervision.6 - Dial anyway, Tone (DTMF), 3 minute delay telephone line supervision.7 - Dial anyway, Tone (DTMF), 10 minute delay telephone line supervision.8 - Do not dial without tone, Pulse, no telephone line supervision.9 - Do not dial without tone, Pulse, 1 minute delay telephone line supervision.A - Do not dial without tone, Pulse, 3 minute delay telephone line supervision.B - Do not dial without tone, Pulse, 10 minute delay telephone line supervision.C - Do not dial without tone, DTMF, no telephone line supervision.D - Do not dial without tone, DTMF, 1 minute delay telephone line supervision.E - Do not dial without tone, DTMF, 3 minutes delay telephone line supervision.F - Do not dial without tone, DTMF, 10 minutes delay telephone line supervision.Acknowledgments are tones that are given between the central station communicator and thecontrol panel in transmitting an alarm. These ensure that an alarm was sent and understoodby the central station. There are 2 acknowledgment tones. Choose an appropriate time-outfrom the list below.Second digit value:

Ack #1 Ack #2 Value2 sec 2 sec 02 sec 3 sec 12 sec 5 sec 22 sec 10 sec 3

15 sec 2 sec 415 sec 3 sec 515 sec 5 sec 615 sec 10 sec 7

Ack #1 Ack #2 Value30 sec 2 sec 830 sec 3 sec 930 sec 5 sec A30 sec 10 sec B60 sec 2 sec C60 sec 3 sec D60 sec 5 sec E60 sec 10 sec F

241 Address 241: Dial tone wait, anti jamming, message & dialing attempts.The communicator can be programmed to attempt to dial multiple times and to attempt a

45

transmission of a message multiple times. It will dial and attempt to send a message to thepreset amount of times or until a successful communication is achieved. Choose the desiredamount of dialing and message attempts from below.First digit value:

Dialing Messag Value1 1 01 2 11 5 21 10 32 1 42 2 5

Dialing Messag Value2 5 62 10 75 1 85 2 95 5 A5 10 B

Dialing Messag Value10 1 C10 2 D10 5 E10 10 F

The amount of time you want the panel to wait before it attempts a communication isprogrammed here. This will ensure that adequate time has elapsed for achieving a dial tone.In addition it can be set to either wait the entire length of time or to begin dialing when a dialtone is present. The time length from when the panel seizes the line to when it goes off hookto listen for a dial tone (anti-jamming) is also programmable at this address. Select thevalues you want as the value for the second digit at this address.Second digit value:0 - dial after 1 second, 2 second anti-jam1 - dial after 5 seconds, 2 second anti-jam2 - dial after 10 seconds, 2 second anti-jam3 - dial after 20 seconds, 2 second anti-jam4 - dial after 1 seconds or if dial tone present, 2 second anti-jam5 - dial after 5 seconds or if dial tone present, 2 second anti-jam6 - dial after 10 seconds or if dial tone present, 2 second anti-jam7 - dial after 20 seconds or if dial tone present, 2 second anti-jam8 - dial after 1 second, 10 second ant-jam9 - dial after 5 seconds, 10 second anti-jamA - dial after 10 seconds, 10 second anti-jamB - dial after 20 seconds, 10 second anti-jamC - dial after 1 second or if dial tone present, 10 second anti-jamD - dial after 5 seconds or if dial tone present, 10 second anti-jamE - dial after 10 seconds or if dial tone present, 10 second anti-jamF - dial after 20 seconds or if dial tone present, 10 second anti-jam

242-243 Not available.

244-245 Telephone #1/RF #1 protocol details.Every telephone number is associated with a telephone communication protocol. Select theappropriate protocol for every telephone number (only the ones used by the system). Selectthe 4 digit codes associated with the required protocol for your central station. Bothaddresses 244 and 245 must be completed for telephone number 1. The first group of 2digits is for address 244, and the second group of 2 digits is for address 245.Telephone protocol selections:01 1C - 4 x 2 slow (10 PPS). 10 08 - Scancom 5 digit acct (Ademco highspeed).01 4D - 4 x 2 fast (20 PPS). 20 00 - Ademco Contact ID.00 CD - 4 x 2 fast + parity (Radionics). 60 00 - SIA 4 digit account 110 BPS.03 14 - 3x2 Extended slow. 60 08 - SIA 6 digit account 110 BPS.03 45 - Sescoa (3 x 2 extended). 60 01 - SIA 4 digit 300 BPS.01 10 - Silent Knight slow (3 x 1). 60 09 - SIA 6 digit 300 BPS.01 19 - Scantronic (4 x 1 fast). 80 00 - IRCSN IIIe.00 43 - Follow Me. 81 00 - MilCol-D.10 00 - Scancom 4 digit acct (Ademco high speed).For custom protocols please contact Electronics Line.

46

Note: Only the Osborne-Hoffman, Inc. Model QUICKALERT 1 receiver was tested byUnderwriters Laboratories and is approved to work as a receiver, with protocol 01 4D.

246-247 Protocol for telephone #2/RF #2.248-249 Protocol for telephone #3/RF #3.250-251 Protocol for telephone #4/RF #4.

ADDRESSES 252 - 281: Event codes for RF communicators.For each RF protocol refer to the appropriate protocol appendix.

284-313 Event and Message routing. All events (and messages) can be routed in several ways.Each telephone number or RF destination number can be programmed to be a primary, aback-up, or a duplicate number, or to not report an event. A primary number is the firstnumber the control panel will dial/transmit. If the control panel is unsuccessful in dialing theprimary number, it will dial/transmit the back-up number. A duplicate number is used toreport the same event to two or more different locations. The duplicate number will be calledonly after a successful primary report has been made to the central station. Routing alsosupports entering (or not entering) messages into the Log, as well as activating (or notactivating) the bell in several patterns. For your reference fill in the following table with therouting of six different event types:

Event Type Addr. RouteTel. 4 -RF 4

RouteTel. 3- RF 3

Addr. RouteTel. 2 -RF 2

RouteTel. 1- RF 1

Addr. Log Bell

Burglary Alarms 284 ___(0) ___(0) 285 ___(1) ___(2) 288 ___(8) ___(C)Burglary Troubles 289 ___(0) ___(0) 290 ___(1) ___(2) 293 ___(8) ___(0)Fire Alarms 294 ___(0) ___(0) 295 ___(1) ___(2) 298 ___(8) ___(8)Fire Troubles 299 ___(0) ___(0) 300 ___(1) ___(2) 303 ___(8) ___(0)Opening / Closing 304 ___(0) ___(0) 305 ___(1) ___(2) 308 ___(8) ___(0)Service (and Test) 309 ___(0) ___(0) 310 ___(1) ___(2) 313 ___(8) ___(0)

284-288 Message routing for burglary alarm messages (including alarm, alarm restore, holdup,duress, police).

289-293 Message routing for non fire zone trouble messages (including alarm zones trouble andtrouble restore).

294-298 Message routings for fire alarm messages (including fire alarm and restore, fireemergency).

299-303 Message routings for fire trouble messages (including fire zone trouble and restoremessages).

304-308 Message routings for open and close messages (including opening, closing - normal,perimeter, force).

309-313 Message routings for service messages (including test, ac loss and restore, low and good

1st digit2nd digit

1st digit2nd digit

1st digit2nd digit

0 - do not call this telephone number

1 - use this telephone number as backup

2 - use this telephone number as primary

3 - use this telephone number as duplicate

8 - enter messageto Log

0 - do not entermessage to Log

0 - no bell

4 - bell pattern 1

8 - bell pattern 2

C - steady bell

(Enter 3 for "Follow Me")

47

battery).

314-381 Not available.

382 Block service message and exit timer for system #1.The block service option allows for the blocking of user initiated system status change of thesystem. The exit (closing) timer times the amount of time that user have to exit the area afterthey have armed the system. Select an appropriate time from the list below.First digit:0 - Normal service. 5 - Block service.Second digit value:0 - 5 seconds. 4 - 30 seconds. 8 - 2 minutes.1 - 10 seconds. 5 - 45 seconds. 9 - 2.5 minutes.2 - 15 seconds. 6 - 1 minute. A - 3 minutes.3 - 20 seconds. 7 - 1.5 minutes. B - 4 minutes.

383 Same as above for system #2.384 Same as above for system #3.385 Same as above for system #4.

386 Pulse counter #1 and Entry timer #1.The pulse counter is a feature that helps eliminate false alarms. When assigned to a zone,the zone must trip the selected number of times, in the prescribed time period, before thepanel accepts it as an alarm. It is very similar to pulse count selection in motion detectors.To assign values for the pulse counter (from address 001) and entry delay (from address 000)decide which values are applicable and assign them to each zone.Entry timer delay. First digit value:0 -5 seconds. 4 - 30 seconds. 8 - 2 minutes.1 - 10 seconds. 5 - 45 seconds. 9 - 2.5 minutes.2 - 15 seconds. 6 - 1 minute. A - 3 minutes.3 - 20 seconds. 7 - 1.5 minutes. B - 4 minutes.Pulse counter setup. Second digit value:0 - 2 pulses in max of 2 seconds. 4 - 3 pulses in max of 5 seconds.1 - 2 pulses in max of 5 seconds. 5 - 3 pulses in max of 10 seconds.2 - 2 pulses in max of 10 seconds. 6 - 3 pulses in max of 20 seconds.3 - 2 pulses in max of 20 seconds. 7 - 3 pulses in max of 30 seconds.Note: The pulse counter should not be used on door contacts.

387 Same as above, pulse counter #2, entry timer #2.388 Same as above, pulse counter #3, entry timer #3.

48

ADDRESSES 389-409: Opening and Closing windowsThe opening and closing windows are windows of time, during which customers will usually open andclose the area protected by their Summit 3208 system. These windows of time are programmable.When an opening or closing occurs during a window no report is made to the central station. Normalwindow openings and closings are not reported in the log. The latch key feature (programmed at address415) is set to work in conjunction with these windows. The window size is programmable from 15 to 60minutes before or after a specified time. The window size remains constant for every opening andclosing window. You will first program a window size and then program the actual time of day thewindow will occur. You are allowed 3 opening times and 4 closing times. These are then entered for eachday of the week. Note: To select the opening and closing window feature program the applicablevalue at address 415.

±±15 min

±±30min

±±45min

±±60min

00:00 AM 00 01 02 0300:30 AM 04 05 06 0701:00 AM 08 09 0A 0B01:30 AM 0C 0D 0E 0F02:00 AM 10 11 12 1302:30 AM 14 15 16 1703:00 AM 18 19 1A 1B03:30 AM 1C 1D 1E 1F04:00 AM 20 21 22 2304:30 AM 24 25 26 2705:00 AM 28 29 2A 2B05:30 AM 2C 2D 2E 2F06:00 AM 30 31 32 3306:30 AM 34 35 36 3707:00 AM 38 39 3A 3B07:30 AM 3C 3D 3E 3F08:00 AM 40 41 42 4308:30 AM 44 45 46 4709:00 AM 48 49 4A 4B09:30 AM 4C 4D 4E 4F10:00 AM 50 51 52 5310:30 AM 54 55 56 5711:00 AM 58 59 5A 5B11:30 AM 5C 5D 5E 5F

±±15 min

±±30min

±±45min

±±60min

12:00 PM 60 61 62 6312:30 PM 64 65 66 6713:00 PM 68 69 6A 6B13:30 PM 6C 6D 6E 6F14:00 PM 70 71 72 7314:30 PM 74 75 76 7715:00 PM 78 79 7A 7B15:30 PM 7C 7D 7E 7F16:00 PM 80 81 82 8316:30 PM 84 85 86 8717:00 PM 88 89 8A 8B17:30 PM 8C 8D 8E 8F18:00 PM 90 91 92 9318:30 PM 94 95 96 9719:00 PM 98 99 9A 9B19:30 PM 9C 9D 9E 9F20:00 PM A0 A1 A2 A320:30 PM A4 A5 A6 A721:00 PM A8 A9 AA AB21:30 PM AC AD AE AF22:00 PM B0 B1 B2 B322:30 PM B4 B5 B6 B723:00 PM B8 B9 BA BB23:30 PM BC BD BE BF

389 Window size and set time for opening window #1. Select from the above table the centerof the opening/closing window you want by row, and the size of that window by column. Enterthe two digits at address 389. For example: an opening window at 08:00 AM ± 30 minutes(07:30 to 08:30) will be programmed as 41.

390 Window size and set time for opening window #2. See table at address 389.391 Window size and set time for opening window #3. See table at address 389.392 Window size and set time for closing window #1. See table at address 389.393 Window size and set time for closing window #2. See table at address 389.394 Window size and set time for closing window #3. See table at address 389.395 Window size and set time for closing window #4. See table at address 389.

49

396 Windows setting for system 1 (and 2) , Monday.Select, from the following, a combination of window selections for system #1, for Monday.This will be the value for the first digit. If your panel is partitioned, select a value for thesecond digit which represents the window settings for system #2. The window times and sizesare associated with the values set in addresses 389 - 395.First digit value:0 - no windows. 8 - open #2, close #1. D - open #3, close #2.4 - open #1, close #1. 9 - open #2, close #2. E - open #3, close #3.5 - open #1, close #2. A - open #2, close #3. F - open #3, close #4.6 - open #1, close #3. B - open #2, close #4.7 - open #1, close #4. C - open #3, close #1.Note: The values for digit two (partitioned mode) remain the same as digit one.

397 Window settings for systems 3 and 4, Monday.Use the above table to select appropriate settings. The first digit at this address is for system#3, and the second digit is for system #4. This address is intended for partitioned operationonly.

398 Windows settings for system 1 (and 2), Tuesday. See address 396.399 Windows settings for system 3 and 4, Tuesday. See address 397.400 Windows settings for system 1 (and 2), Wednesday. See address 396.401 Windows settings for system 3 and 4, Wednesday. See address 397.402 Windows settings for system 1 (and 2), Thursday. See address 396.403 Windows settings for system 3 and 4, Thursday. See address 397.404 Windows settings for system 1 (and 2), Friday. See address 396.405 Windows settings for system 3 and 4, Friday. See address 397.406 Windows settings for system 1 (and 2), Saturday. See address 396.407 Windows settings for system 3 and 4, Saturday. See address 397.408 Windows settings for system 1 (and 2), Sunday. See address 396.409 Windows settings for system 3 and 4, Sunday. See address 397.

410 Not applicable.

411 Bell activation by system.Select a system or combination of systems(partitioned mode only) that will activate the bell.The value you choose will be the value for the left digit of the data. There is no need to entera value for the right digit.

Bellactivatedby system Valuenone 01 only 12 only 21 and 2 33 only 41 and 3 52 and 3 61, 2 and 3 7

Bellactivated bysystem Value4 only 81 and 4 92 and 4 A1, 2 and 4 B3 and 4 C1, 3 and 4 D2, 3 and 4 E1,2,3,4 (all) F

412 Not applicable.

50

413 Bell Cutoff time.Choose an appropriate cutoff time for the bell/siren from the list below, as the second digit.0 - no siren. 4 - 60 sec. 8 - 5 min. B - 20 min.1 - 10 sec. 5 - 90 sec. 9 - 10 min. F - Continuous.2 - 20 sec. 6 - 2 min. A - 15 min.3 - 30 sec. 7 - 3 min.

414 Not applicable.

415 Armed Keypad Display, Power On Default and Latch Key.The detailed keypad display can be programmed to display system details at all times or onlywhen the system is disarmed. To program the detailed keypad display, select from thefollowing for the first digit:0 - Disarmed only 8 - Always

Power on default enables users to set whether or not they would like to have their dealersaccess their system. Latch key is programmed when users want a message to be sent to thecentral station should their child not send the latch key message during a designated openingor closing window. This feature is used in conjunction with the addresses 389 - 409 (openingand closing windows). To set either of these two options, select from the following, press“NEXT” and then enter the value for the second digit:

DigitValue

Power ondefault

LatchKey

0 Activated Not activated4 Not activated Not activated8 Activated ActivatedC Not activated Activated

416-423 Summit 3208 LCD custom message #1.To create a custom message, write down the message you would like to enter. A total ofeight characters can be entered. From the table below, select the italicized numbers thatrepresent the characters you want for the message and enter the values at addresses 416-423. It is recommended that you fill in all 8 character locations for a message you want touse. Use number 20 for spacing in between two letters. For example: To select the message“ABC” as custom message 1 for a zone descriptor, use the numbers 41, 42, 43, 20, 20, 20,20, 20 (the characters A, B, C from the table below, followed by 5 spaces in fields) ataddresses 416-423, respectively. Custom messages are then able to be taken from the chartlisted below address 000.

20 space 2D - 41 A 4E N 61 a 6E n21 ! 2E . 42 B 4F O 62 b 6F o22 “ 2F / 43 C 50 P 63 c 70 p23 # 30 0 44 D 51 Q 64 d 71 q24 Ø 31 1 45 E 52 R 65 e 72 r25 % 32 2 46 F 53 S 66 f 73 s26 & 33 3 47 G 54 T 67 g 74 t27 ‘ 34 4 48 H 55 U 68 h 75 u28 ( 35 5 49 I 56 V 69 i 76 v29 ) 36 6 4A J 57 W 6A j 77 w2A Q 37 7 4B K 58 X 6B k 78 x2B + 38 8 4C L 59 Y 6C l 79 y2C , 39 9 4D M 5A Z 6D m 7A z

424-431 Summit 3208 LCD Custom message #2. See above.

51

432-439 Summit 3208 LCD Custom message #3. See above.440-447 Summit 3208 LCD Custom message #4. See above.

448-449 Not available.

ADDRESSES 450-451: LSCP Bus unit supervision.In addition to being able to set keypad supervision in the keypad, the Summit 3208 offers the ability toset supervision for the keypad in the control panel. It supervises keypads and zone expanders in thecontrol panel. This enables the control panel to sound an alarm should the lines connecting the systemto the keypads or zone expanders become disconnected. Keypad supervision is set at address 450 andin the keypad (refer to 2.2: Mounting the Keypad, page 9). Zone expander supervision is set at address451.

450 LSCP Keypad Supervision. Keypad supervision should be set in the control panel, as wellas in the keypad unit. Up to eight keypads can be set for supervision. Only one supervisedkeypad can be placed at a specific address. Note: A 3208 control panel will sound analarm should its keypad connection become disturbed. This is programmed ataddress 293. To set supervision refer to the following chart, entering the desired two digits:

First Digit Data Keypad Numbers 5 - 80 No keypad1 Keypad 5 only2 Keypad 6 only3 Keypads 5 and 6

4 Keypad 7 only5 Keypads 5 and 76 Keypads 6 and 77 Keypads 5, 6 and 7

8 Keypad 89 Keypads 5 and 8A Keypads 6 and 8B Keypads 5, 6 and 8

C Keypads 7 and 8D Keypads 5, 7 and 8E Keypads 6, 7 and 8F Keypads 5, 6, 7 and 8

Second Digit Data Keypad Numbers 1 - 40 No keypad1 Keypad 1 only2 Keypad 2 only3 Keypads 1 and 2

4 Keypad 3 only5 Keypads 1 and 36 Keypads 2 and 37 Keypads 1, 2 and 3

8 Keypad 49 Keypads 1 and 4A Keypads 2 and 4B Keypads 1, 2 and 4

C Keypads 3 and 4D Keypads 1, 3, 4E Keypads 2, 3, and 4F Keypads 1, 2, 3 and 4

451 LSCP Supervision for Zone Expander Modules.

To install a 3508 or 3528 unit with zones 1 - 8 (override 3208 on-board zones) enter the data 01To install a 3508 or 3528 unit with zones 9 - 16 enter the data 02To install a 3508 or 3528 unit with zones 17 - 24 enter the data 04To install a 3508 or 3528 unit with zones 25 - 32 enter the data 08To install any combination of more than one unit enter the data value from the following table:

Units Data Units Data Units DataA(1-8) 0 1 A,C 0 5 A,B,C 0 7B(9-16) 0 2 A,D 0 9 A,B,D 0 # 1 (0 B)C(17-24) 0 4 B,C 0 6 A,C,D 0 # 3 (0 D)D(25-32) 0 8 B,D 0 # 0 (0 A) B,C,D 0 # 4 (0 E)A,B 0 3 C,D 0 # 2 (0 C) A,B,C,D 0 # 5 (0 F)

For example: To install 2 zone expanders (addition of 16 zones) for zones 9 through 24, connect 2 3508modules, install a jumper in location B (zones 9 - 16) on one of the modules, and a jumper in location C(zones 17 - 24) on the other module. To program the above parameter find the entry in the table thatdescribes an installation of units B,C, and type in the data 0 6 in address 451 as described above. Note:If you set a jumper at location A and program the 3208 to accept 3508 unit with zones 1 - 8, the3208 on-board zones will automatically be overridden!

52

ADDRESSES 452-481: Event codes for telephone communicators.All events are programmable as to whether or not they will transmit an event code to the central station.These codes are usually assigned by the central station - consult the central station operator/owner for alisting of the different event codes. If the telephone protocol selected (see addresses 244 - 251 fordetails) has only one event code digit - only the first digit of the code needs to be programmed (e.g.: ifevent code for fire is 4, program 40 for “zone fire alarm” event code at address 456). If the telephoneprotocol has two event code digits, they are to be programmed in sequence. Programming 0 insteadone of the digits will replace this digit with the zone number or user number. Programming both digits as00 will not send any message to the central station for this event. Note: A Summit, reporting over 16zones, must use either the SIA or Contact ID protocols.

• Example 1: Program 00 for the “zone in alarm” event code. No event will be transmitted to thecentral station upon burglary alarm detection from any zone.

• Example 2: Program 42 for the “zone in alarm” event code. Code 42 will be sent to the centralstation upon burglary alarm detection from ANY zone. The two digit event code disablestransmission of a zone number to the central station.

• Example 3: Program 60 for the “zone in alarm” event code. Upon detection of an alarm from zone1 the code 61 (0 replaced by zone number 1) will be sent to the central station, and an alarm fromzone 7 will send the code 67 to the central station.

• Example 4: Program 30 for the “normal opening” event code. Upon normal opening by user 5, thecode 35 (0 replaced by user number 5) will be sent to the central station.

452 Event code for zone in alarm. Note: if second digit is 0, it will be replaced by the zonenumber.

453 Event code for zone alarm restore. Note: If second digit is 0, it will be replaced by thezone number.

454 Event code for zone trouble. Note: if second digit is 0, it will be replaced by the zonenumber.

455 Event code for zone trouble restore. Note: if second digit is 0, it will be replaced by thezone number.

456 Event code for zone fire alarm. Note: if the second digit is 0, it will be replaced by thezone number.

457 Event code for zone fire alarm restore. Note: if the second digit is 0, it will be replacedby the zone number.

458 Event code for zone fire trouble. Note: if the second digit is 0, it will be replaced by thezone number.

459 Event code for zone fire trouble restore. Note: if the second digit is 0, it will be replacedby the zone number.

460 Event code for zone tamper alarm. Note: if the second digit is 0, it will be replaced bythe zone number.

461 Event code for zone emergency alarm. Note: if the second digit is 0, it will be replacedby the zone number.

462 Event code for normal opening by user. Note: if the second digit is 0, it will be replacedby the user number.

463 Event code for normal closing by user. Note: if the second digit is 0, it will be replacedby the user number.

464 Event code for force closing by user. Note: if the second digit is 0, it will be replaced bythe user number.

465 Event code for perimeter closing by user. Note: if the second digit is 0, it will bereplaced by the user number.

466 Event code for failed to open.467 Event code for failed to close.468 Event code for AC loss.469 Event code for AC restore.470 Event code for low battery.

53

471 Event code for low battery restore.472 Event code for Manual test.473 Event code for log 75% full.474 Event code for clock change (and end of remote programming).475 Event code for bell cutoff.476 Event code for Emergency key.477 Event code for Fire Emergency key.478 Event code for Police Emergency key.479 Event code for Duress condition.480 Event code for Periodic Test.

481 Not available.

ADDRESSES 482-489: Relay 1-4 parameters.The 3402 and 3407 Output Relay Modules are add-on items and can be purchased from ElectronicsLine. The operation and programming of the different relays is done in the control panel, and isindependent for each relay (for operation refer to the SELECT 8, 3 and SELECT 8, 4 options). Relayscan be used for status indication, additional bell outputs, specific area bells and indications, and accesscontrol over 7 doors. The first two digits programmed are for the first address, the second two are forthe second address. The 1st and 2nd digits of the function code are the mode of operation for the relay.Select from the table on the following:

Mode Type Description Activated by Deactivated by00 Access Access control Relay X activated upon 'SELECT, 0' at keypad

XCutoff time

01 Status System 1 armed System 1 armed System disarmed/ cutoff02 Status System 2 armed System 2 armed System disarmed/ cutoff03 Status System 3 armed System 3 armed System disarmed/ cutoff04 Status System 4 armed System 4 armed System disarmed/ cutoff05 Event Silent alarm Silent alarm (any system), Duress Cutoff06 Event System 1 alarm System 1 alarm cutoff / System 1 disarm07 Event System 2 alarm System 2 alarm cutoff / System 2 disarm08 Event System 3 alarm System 3 alarm cutoff / System 3 disarm09 Event System 4 alarm System 4 alarm cutoff / System 4 disarm0A Event Fire alarm Fire alarm (any system) Cutoff / SELECT 4 40B Status Keypad active Active keypad session No active keypad0C Status System 1 status System 1 Not ready, Pulsing if system has

bypassed zonesSystem 1 ready

0D Status System 2 status System 2 Not ready, Pulsing if system hasbypassed zones

System 2 ready

0E Status System 3 status System 3 Not ready, Pulsing if system hasbypassed zones

System 3 ready

0F Status System 4 status System 4 Not ready, Pulsing if system hasbypassed zones

System 4 ready

10 Status Power trouble System power trouble (AC or Batt.) System power is OK11 Status Telephone

troubleSystem telephone line failure Telephone line OK

12 Status Pre-alarm Pre-Alarm (if 20 sec bell delay) Cutoff14 Status Exit/Entry sys. 1 System 1 in Exit/Entry System Status15 Status Exit/Entry sys. 2 System 2 in Exit/Entry System Status16 Status Exit/Entry sys. 3 System 3 in Exit/Entry System Status17 Status Exit/Entry sys. 4 System 4 in Exit/Entry System Status18 Status Bell Bell follower Bell follower

54

The 3rd digit is the polarity of the relay. If pulsing is required:

0 Normally deactivated Steady relay1 Normally activated Steady relay2 Normally deactivated 1sec ON, 1sec OFF,...3 Normally activated 1sec ON, 1sec OFF,...

The 4th digit is the cutoff time. Selecting F does not return the relay state back to normal. Upon ending theinitiating event (e.g.: when selecting mode 10 with cutoff F), the relay will be activated by any powertrouble, and deactivated only upon power being restored. Selecting any value other than F will restore therelay to normal condition after the time-out:

0 No operation 4 20 seconds 8 2 minutes C 15 minutes1 2 seconds 5 30 seconds 9 3 minutes D 20 minutes2 5 seconds 6 60 seconds A 5 minutes E ----3 10 seconds 7 90 seconds B 10 minutes F Continuous

Examples: 1. To use relay 4 as access control relay to open an electric door - program address 488 to 0001 (Access

control, Normally deactivated, Steady relay, 2 seconds). Only keypad number 4 will be able to activate thisrelay (refer to keypad programming in Chapter Three and Chapter Four)

2. To use relay 2 to sound 3 beeps at an external low power siren during arming of system 1 - programaddress 484 to 0122 (System 1 armed, Normally deactivated, pulsed 1sec on, 1sec off, total of 5 seconds -3 pulses).

482-483 Programming for Relay #1 (or on-board relay K5). Refer to charts above for programmingprocedure.

484-485 Programming for Relay #2 (or on-board relay K6). Same as above.486-487 Programming for Relay #3. Same as above.488-489 Programming for Relay #4. Same as above.

ADDRESSES 490-493: Test timer and method of AC synchronization. You can select to have the panel test communication with the central station at a specified time. Selectboth the day of the month and the time at which this will be done. Also, select the clock to either besynchronized by the AC or not.

490 Test interval settings. The time intervals at which the periodic test will take place are set here for tests beingperformed less frequently than once per month (settings from address 491 effect the need toprogram this address). The first digit represents how often the test will take place. Thesecond digit represents the month during which the periodic test interval will begin. Select afirst digit value from the following:1 - once in 12 months. 4 - once in 3 months.2 - once in 6 months. 6 - once in two months.3 - once in 4 months.

Select a second digit value from the following:0 - January. 3 - April. 6 - July. 9 - October.1 - February. 4 - May. 7 - August. A - November.2 - March. 5 - June. 8 - September. B - December.

55

491 Periodic test timer settings. The test transmission is used to periodically check the system's communication with acentral station. This test is automatically initiated every one hour, two hours, 6 hours, 12hours, daily, weekly or monthly, as programmed. Select from the following table the two digittime interval for this test (if the period is weekly - select the day in week, and if the period ismonthly - select the day in month). Note: The 3208 control panel automatically adjustsfor a leap year.

00 - no test 26 - monthly, 4th AE - monthly, 21st01 - 1 hour test 2E - monthly, 5th B6 - monthly, 22nd02 - 6 hour test 36 - monthly, 6th BE - monthly, 23rd03 - 12 hour test 3E - monthly, 7th C6 - monthly, 24th04 - daily test 46 - monthly, 8th CE - monthly, 25th05 - weekly, Monday 4E - monthly, 9th D6 - monthly, 26th0D - weekly, Tuesday 5E - monthly, 11th DE - monthly, 27th15 - weekly, Wednesday 66 - monthly, 12th E6 - monthly, 28th1D - weekly, Thursday 6E - monthly, 13th EE - monthly, 29th25 - weekly, Friday 76 - monthly, 14th (except Feb.)2D - weekly, Saturday 7E - monthly, 15th F6 - monthly, 30th35 - weekly, Sunday 86 - monthly, 16th (except Feb.)0E - monthly, 1st day 8E - monthly, 17th FE - monthly, 31st

of the month 96 - monthly, 18th (except Feb. ,Apr.,16 - monthly, 2nd 9E - monthly, 19th June, Sep. ,Nov.)1E - monthly, 3rd A6 - monthly, 20th

For test intervals occurring less frequently than once per month, select from the following:0F - 1st day of month 6F - 13th day of month CF - 25th day of month17 - 2nd day of month 77 - 14th day of month D7 - 26th day of month1F - 3rd day of month 7F - 15th day of month DF - 27th day of month27 - 4th day of month 87 - 16th day of month E7 - 28th day of month2F - 5th day of month 8F - 17th day of month EF - 29th day of month37 - 6th day of month 97 - 18th day of month (except Feb.)3F - 7th day of month 9F - 19th day of month F7 - 30th day of month47 - 8th day of month A7 - 20th day of month (except Feb.)4F - 9th day of month AF - 21st day of month FF - 31st day of month57 - 10th day of month B7 - 22nd day of month (except Feb., Apr.,5F - 11th day of month BF - 23rd day of month June, Sep., Nov.)67 - 12th day of month C7 - 24th day of month

492 Setting for test hour. Select the hour that at which the test will take place (minutes will be programmed at the nextaddress, 493). If more than one test per day has been programmed (see address 491 above)this will be the time of the first test. The others will follow as set at address 491. Hourly testare performed on the hour. Select a two digit value from the following table:00 - 0 am 05 - 5 am 0A - 10 am 0F - 3 pm 14 - 8 pm01 - 1 am 06 - 6 am 0B - 11 am 10 - 4 pm 15 - 9 pm02 - 2 am 07 - 7 am 0C - 12 am 11 - 5 pm 16 - 10 pm03 - 3 am 08 - 8 am 0D - 1 pm 12 - 6 pm 17 - 11 pm04 - 4 am 09 - 9 am 0E - 2 pm 13 - 7 pm

56

493 Clock synchronization and minutes setting for periodic test. Determine if the clock will be synchronized by the AC, or not, and how many minutes theperiodic test timer needs to be. Enter this value based on the following two digit combinations:

MinutesWithoutAC sync.

With ACsync.

XX:00 00 C0XX:05 05 C5XX:10 0A CAXX:15 0F CFXX:20 14 D4XX:25 19 D9

MinutesWithoutAC sync.

With ACsync.

XX:30 1E DEXX:35 23 E3XX:40 28 E8XX:45 2D EDXX:50 32 F2XX:55 37 F7

Any other minute setting can be selected by entering the Hexadecimal value for that minute.Add C0H for AC synchronization.For example:• 1: To have no test, and the system clock not synchronized by the AC line, enter 00 00

00.• 2: To have no test, and the system clock synchronized by the AC line, enter 00 00 C0.• 3: To have a test every one hour, 20 minutes after a whole hour, enter 01 00 D4.• 4: To have a daily test at 8:45 PM, enter 04 14 ED.• 5: To have a weekly test every Sunday at 2:35 AM, enter 35 02 E3.Note: Do not forget to program parameter address 480 so that the appropriate eventcode will be transmitted to the central station during the periodic test.

494 Arming options. You can select what type of arming tones, if any, that the armed system will produce, whataudible devices transmit these tones (if any), and whether to allow functions such as forcedarming, auto arming at the end of a time window, and auto unbypassing upon disarming.Select a value for the first digit of address 494 from the following table:

first (left)digit value

auto unbypassupon disarm

send arm onlyif all systems

armed

auto armingat the end of

closingwindow

forcedarming

0 - - - -1 - - - YES2 - - YES -3 - - YES YES4 - YES - -5 - YES - YES6 - YES YES -7 - YES YES YES8 YES - - -9 YES - - YESA YES - YES -B YES - YES YESC YES YES - -D YES YES - YESE YES YES YES -F YES YES YES YES

57

Select a value for the second digit of address 494 from the following:0 - no arming tone at the bell / siren.1 - bell / siren ring after arming of every system.5 - bell / siren ring only after all systems are armed.9 - bell / siren ringback from central station (short ring after central station acknowledges thearming message).

495 Date and time formats. This address allows you to select the date and time formats for the particular installation.Select the desired format combination from the following:00 - MM/DD/YY, 12 hour clock. 40 - MM/DD/YY, 24 hour clock.80 - DD/MM/YY, 12 hour clock. C0 - DD/MM/YY, 24 hour clock.

496 Remote programming options and miscellaneous options.When using the up/download software, you need to select the proper parameters to establishcommunication. The panel can be programmed to allow remote programmer access 24hours a day, or only when all of the sub-systems are disarmed. The panel can allow a directcall access (the remote programmer initiates the call and programs at the same call) or acallback access [the remote programmer calls the panel, the panel recognizes the passcodesent by the remote programmer, hangs up, and dials back to the remote programmer via thecallback telephone number programmed at addresses 184 - 191 within 60 seconds,(preventing unauthorized remote programming by someone who might have the remoteprogramming software and know the access code)].

Miscellaneous Parameters:• The Bell cutoff event (if a code was programmed at address 475) can be transmitted

upon every bell cutoff, or only when the user initiated a bell cutoff.• The Police key can initiate a silent or audible alarm.• The Bell can be delayed by 20 seconds from the beginning of an alarm (except fire

alarms which can not be delayed).

Select an appropriate value for the first digit from the table below:

Value Bell delay Bell cutoff event Police Key alarm0 no delay always silent1 20 sec delay always silent2 no delay only user initiated silent3 20 sec delay only user initiated silent4 no delay always audible5 20 sec delay always audible6 no delay only user initiated audible7 20 sec delay only user initiated audible

The amount of rings after which the panel picks up the line is also programmable. The panelis equipped with the “answering machine override” feature. This allows the panel torecognize that a call was placed by a remote programmer, even if the phone line was pickedup by an answering machine or other telephone equipment, and disconnect the otherequipment from the line and seize the line for a remote programming session. Select a valuefor the second digit from the following table:

58

Value RemoteProg.

Access

RemoteProg.

Comm.

Numberof

Rings0 24 hours direct call 11 24 hours direct call 32 24 hours direct call 73 24 hours direct call 174 24 hours callback 15 24 hours callback 36 24 hours callback 77 24 hours callback 17

Value RemoteProg.

Access

RemoteProg.

Comm.

Numberof

Rings8 disarmed direct call 19 disarmed direct call 3A disarmed direct call 7B disarmed direct call 17C disarmed callback 1D disarmed callback 3E disarmed callback 7F disarmed callback 17

497 AC Loss report delay.To prevent short AC power losses from creating AC loss messages to the central station,select the appropriate delay for the length of time AC needs to be lost until a message is sentto the central station. Choices range from 0-255 minutes after AC loss. Enter the number ofminutes in hex format at this address. Some typical values:05 - 5 minutes 1E - 30 minutes 78 - 2 hours0A - 10 minutes 2D - 45 minutes B4 - 3 hours0F - 15 minutes 3C - 1 hour F0 - 4 hours14 - 20 minutes 5A - 1.5 hoursAdditional hexadecimal values are available for minutes. Contact your local dealer orElectronics Line for a listing of these.

498 Fire sensor trip and restore methods, swinger setting.A swinger zone is a zone that is limited to a specific number of alarms within a pre-programmed amount of time. The swinger settings are associated with the zoneprogramming addresses. All swinger zones are assigned the same swinger setting. Forexample: If zone 1 was set as a swinger at address 001, and swinger mode was set to “1alarm in 1 arming period” at address 498, only one alarm will be accepted from this zonewithin every one arming period. The second alarm from this zone within this period will nottrigger the bell/communicator.

Enter the value from the following as the first digit:0 - 1 alarm in 1 arming period. 5 - 1 alarm every 30 minutes.4 - 1 alarm every 1 hour. 6 - 1 alarm every 15 minutes.

Depending on the type of installation and local jurisdiction, select the appropriate values fromthe following list. The fire sensor reset can occur automatically upon fire alarm, or manuallyby user operation (“SELECT” ‘4’, ‘3’). The cutoff is the amount in which the smoke detectorwill be without power for it to reset. Enter the selection as the second digit:0 - auto reset, 10 second power-up delay.1 - auto reset, 30 second power-up delay.2 - auto reset, 60 second power-up delay.3 - auto reset, 120 second power-up delay.4 - auto reset, user activate power-up (by command “43”).8 - user reset (by command “43”), 10 second power-up delay.9 - user reset (by command “43”), 30 second power-up delay.A - user reset (by command “43”), 60 second power-up delay.B - user reset (by command “43”), 120 second power-up delay.C - user reset (by command “43”), user activate power-up (by command “43”).

59

499 Telephone Line Supervision Detection Adjustment.This parameter allows you to adjust the detection window for telephone line supervision. Thisis done by moving the physical detection window by programming it to either the left or theright of the default window. Note: Should the default value not be suitable for theinstallation, we suggest slowly shifting the window left and right to determine the bestvalue for telephone line supervision.To adjust the telephone line detection window enter your selection from the following:01, 02, 03 - shift detection window right.81, 82, 83 - shift detection window left.

5.5: Parameters Index

The following is a listing of the programmable parameters (by address):

AAC

loss report delay 497loss telephone event code 468restore telephone event code469synchronization 491-493

Acknowledgments, time-outs for 240Anti jamming 241Arming options 494

BBacklight on 137Backup telephone setting 160-167Bell cutoff telephone event code 475Bell/siren

activation by system 411cutoff time 413

Burglary alarm message routing284-288

CClock

change telephone event code474synchronization 493

Close message routing 304-308Closing

normal by user telephone eventcode 463window #1, size and set time392window #2, size and set time393window #3, size and set time394window #4, size and set time395windows 389-409

DDial tone wait 241Dialing attempts 241Duress condition telephone event

code 479

EEmergency key telephone event

code 476End of remote programming

telephone event code 474Entry timer

#1 386#2 387#3 388

Event routing 284-313

FFailed to close telephone event code

467Failed to open telephone event code

466Fire

alarm message routing 294-298alarm verification 001emergency key telephone eventcode 477sensor restore 498sensor trip 498trouble message routing 299-303

Follow me 176-183Force closing by user telephone

event code 464K

Keypad#1 136-137#2 138-139#3 140-141#4 142-143#5 144-145#6 146-147#7 148-149#8 150-151

LLatch key 415LCD custom message

#1 416-423#2 424-431#3 432-439

#4 440-447Log 75% full telephone event code

473Low battery restore telephone event

code 471Low battery telephone event code

470LSCP

keypad supervision 450zone expander supervision 451

MManual test telephone event code

472Message attempts 241Miscellaneous options 496

NNon fire zone trouble message

routing 289-293O

Open message routing 304-308Opening normal by user telephone

event code 462window #1, size and set time389window #2, size and set time390window #3, size and set time391windows 389-409

PPerimeter closing by user telephone

event code 465Periodic test

minute setting 493telephone event code 580timer settings 491

Phone supervision 240Police emergency key telephone

event code 478Power on default 415Primary telephone setting 152-159Protocol for telephone

#1 244-245#2 246-247

60

#3 248-249#4 250-251

Pulsecounter #1 386counter #2 387counter #3 388dialing 240

RRelay

#1 482-483#2 484-485#3 486-487#4 488-489#5 128-129#6 130-131#7 132-133

Remote programmingcallback 184-191options 496

SService message routing 309-313Setting for hour when test occurs

492.Swinger setting 498System

#1 exit timer 382#2 exit timer 383#3 exit timer 384#4 exit timer 385

Systems1 and 2, windows settings forFriday 4041 and 2, windows settings forMonday 3961 and 2, windows settings forSaturday 4061 and 2, windows settings forSunday 4081 and 2, windows settings forThursday 4021 and 2, windows settings forTuesday 3981 and 2, windows settings forWednesday 4003 and 4, windows settings forFriday 4053 and 4, windows settings forSaturday 4073 and 4, windows settings forSunday 4093 and 4, windows settings forThursday 403

3 and 4, windows settings forTuesday 3993 and 4, windows settings forWednesday 4013 and 4, window settings forMonday 397displayed on the keypads 137

TTelephone

#1 152-159#1 system #1 Account # 192-194#1 system #2 Account # 195-197#1 system #3 Account # 198-200#1 system #4 Account # 201-203#2 160-167#2 system #1 Account # 204-206#2 system #2 Account # 207-209#2 system #3 Account # 210-212#2 system #4 Account # 213-215#3 168-175#3 system #1 Account # 216-218#3 system #2 Account # 219-221#3 system #3 Account # 222-224#3 system #4 Account # 225-227#4 176-183#4 system #1 Account # 228-230#4 system #2 Account # 231-233#4 system #3 Account # 234-236#4 system #4 Account # 237-239communicators telephone eventcodes 452-481line parameters 240-241

Test timer 491-493Tone dialing 240

ZZone

# 1 parameters 000-003# 2 parameters 004-007# 3 parameters 008-011# 4 parameters 012-015# 5 parameters 016-019# 6 parameters 020-023# 7 parameters 024-027# 8 parameters 028-031# 9 parameters 032-035# 10 parameters 036-039# 11 parameters 040-043# 12 parameters 044-047# 13 parameters 048-051# 14 parameters 052-055# 15 parameters 056-059# 16 parameters 060-063# 17 parameters 064-067# 18 parameters 068-071# 19 parameters 072-075# 20 parameters 076-079# 21 parameters 080-083# 22 parameters 084-087# 23 parameters 088-091# 24 parameters 092-095# 25 parameters 096-099# 26 parameters 100-103# 27 parameters 104-107# 28 parameters 108-111# 29 parameters 112-115# 30 parameters 116-119# 31 parameters 120-123# 32 parameters 124-127

Zone alarm restore telephone eventcode 453

Zone emergency alarm telephoneevent code 461

Zone fire alarm restore telephoneevent code 457

Zone fire alarm telephone eventcode 456

Zone fire trouble restore telephoneevent code 459

Zone fire trouble telephone eventcode 458

Zone in alarm telephone event code452

Zone tamper alarm telephone eventcode 460

Zone trouble restore telephone eventcode 455

Zone trouble telephone event code454

5.6: Default Programs

The control panel holds 2 default programs to support easy installation with out requiring any special knowledgeof the parameters. All control panels are factory-programmed to default program 1. They can bereprogrammed to default program 2 or reprogrammed to default program 1. After selecting a default program,only a few parameters will have to be changed, such as telephone numbers, user codes, etc. Record allparameter changes on the programming forms located in the rear of the manual.

61

5.7: Remote Programming

A complete guide to the Remote Programmer is available with the software. The following is a brief summaryof the functions offered by the remote programmer.

Programming of the control panel can be performed using the remote programming Remote Programmer andsoftware (ELPN 5200071, available from Electronics Line) over a standard telephone line and an IBM PCcompatible computer [286AT or higher with a free serial port, CRT display (color VGA display is recommended)and equipped with DOS 3.1 operation system or higher]. All of the functions of the panel are programmedwhile on line. Uploading and downloading using the remote programming software is very simple and iscompleted within a few minutes.

Remote programming can take place using one of the following procedures. The upload/download software willdial the telephone number of the control panel, validate the remote programming passcode, and access thecontrol panel for programming.

CallbackThe remote programming software will dial the number of the control panel and validate the remoteprogramming passcode. If validated, the control panel will hang up and dial the programmed callbacktelephone number.To initiate remote programming using callback, you must program the control panel to function in the callbackmode. This can be done either from the keypad or from the remote programming software using direct accessremote programming.

To program the callback feature, using the remote programmer:1. Select a customer file by selecting Load from the File menu.2. Select Direct Access from the Edit menu.3. Move to the Miscellaneous menu and select Remote Programming.4. Select Passcode Access type choice must be.5. Move to Communication Menu, and select Connect.6. When direct access communication has been established, move to Edit menu, select customer.7. As communications field select Callback.8. Move to Miscellaneous menu and select Remote Programming.9. Enter the callback telephone number.10. At the Access Type field, select Callback Access.11. Move to Files menu and save changes.12. Move to Communications menu, select Download, Update.13. Disconnect. The Callback feature is now active.

62

Answering Machine OverrideIf the control panel is attached to a line which has an answering machine connected, and the remoteprogrammer calls the control panel, the control panel will wait the amount of rings programmed in the machine(1, 3, 7 or 17). If another type of telephone equipment picks up the phone line before (such as an answeringmachine), the control panel will listen to the line silently without interfering the normal operation of theanswering machine. When the control panel recognizes the signal and passcode from the remote programmer,it will seize the line, disconnecting the answering machine. Programming may now begin.

On Site Installation InitiatedThe on-site installer can initiate remote programming (Off-hook - after coordinating with remote programmingpersonnel) by keying in Select 7, 4, 2 followed by the authorized user code. If the control panel is programmedin the callback mode, the panel will initiate the Callback operation as describe above. Another method is toinitiate a call from the remote programming software and key in Select 7, 4, 1 and the authorized user code.The panel will seize the line and allow remote programming to begin.

To operate the remote programmer:1. Exit all non-DOS applications (Windows included).2. At the prompt type “rp3206” and then press enter. The remote programmer XXXXXXX screen will appear.3. Enter passcode at the passcode prompt. The Menu screen will appear.4. Select Off-hook from the Communications menu.5. Begin programming the desired selections.

63

APPENDIX A: TROUBLESHOOTING

The following is a guide to troubleshooting, using the Summit 3208 security system.

Problem Reason ActionTelephone line failure appearswhen the telephone line isoperational.

The telephone line supervisioncircuit is set to the wrongsensitivity.

Increase or decrease sensitivity byprogramming parameter 499.

Telephone line failure appearswhen the telephone line is notconnected (control panel used as alocal alarm).

Event codes programmed atvalues above “00”.

Program event codes as “00” atparameter addresses 452 - 481and power down the panel.

Keypad display not responsive. A Keypad at a different addresshas been activated.

Wait for time out to activate, orpress “AWAY” key.

No display on keypad. Auxiliary power fuse blown. Replace fuse.

Constant low battery message ondisplay.

Faulty battery or battery fuseblown.

Replace battery at least every fiveyears or replace the blown fuse.

No sound from the bell. Blown bell fuse or wrongparameters.

Replace fuse or program the bellparameters correctly (411,.413,288, 293, 298, 303, 308, 313.

Zone expander does not give anyzone indications.

Zone expander supervision is notprogrammed.

Reprogram parameter 451.

A single output does not reactproperly.

Programming error. Correct the programming for thespecific relay.

Wrong alarm or trouble indicatorfrom the zone.

Wrong zone loop type selected. Reprogram zone type parametersfor the correct loop type.

Failure to communicate with thecentral station.

Wrong telephone number, wrongevent code, wrong protocol, orwrong telephone line parameters.

Consult with the central stationowner/operator and program theappropriate parameters.

Failure to communicate with thecentral station.

Incorrect telephone linecommunication.

Incoming line should be connectedto terminals 3 and 4. Outgoingtelephone line to terminals 1 and 2.

64

APPENDIX B: HEXADECIMAL CONVERSION CHART

The following is a decimal (i.e. number of hours, minutes, etc.) to hexadecimal conversion chart:Dec Hex0 01 12 23 34 45 56 67 78 89 910 A11 B12 C13 D14 E15 F16 1017 1118 1219 1320 1421 1522 1623 1724 1825 1926 1A27 1B28 1C29 1D30 1E31 1F

Dec Hex32 2033 2134 2235 2336 2437 2538 2639 2740 2841 2942 2A43 2B44 2C45 2D46 2E47 2F48 3049 3150 3251 3352 3453 3554 3655 3756 3857 3958 3A59 3B60 3C61 3D62 3E63 3F

Dec Hex64 4065 4166 4267 4368 4469 4570 4671 4772 4873 4974 4A75 4B76 4C77 4D78 4E79 4F80 5081 5182 5283 5384 5485 5586 5687 5788 5889 5990 5A91 5B92 5C93 5D94 5E95 5F

Dec Hex96 6097 6198 6299 63100 64101 65102 66103 67104 68105 69106 6A107 6B108 6C109 6D110 6E111 6F112 70113 71114 72115 73116 74117 75118 76119 77120 78121 79122 7A123 7B124 7C125 7D126 7E127 7F

Dec Hex128 80129 81130 82131 83132 84133 85134 86135 87136 88137 89138 8A139 8B140 8C141 8D142 8E143 8F144 90145 91146 92147 93148 94149 95150 96151 97152 98153 99154 9A155 9B156 9C157 9D158 9E159 9F

Dec Hex160 A0161 A1162 A2163 A3164 A4165 A5166 A6167 A7168 A8169 A9170 AA171 AB172 AC173 AD174 AE175 AF176 B0177 B1178 B2179 B3180 B4181 B5182 B6183 B7184 B8185 B9186 BA187 BB188 BC189 BD190 BE191 BF

Dec Hex192 C0193 C1194 C2195 C3196 C4197 C5198 C6199 C7200 C8201 C9202 CA203 CB204 CC205 CD206 CE207 CF208 D0209 D1210 D2211 D3212 D4213 D5214 D6215 D7216 D8217 D9218 DA219 DB220 DC221 DD222 DE223 DF

Dec Hex224 E0225 E1226 E2227 E3228 E4229 E5230 E6231 E7232 E8233 E9234 EA235 EB236 EC237 ED238 EE239 EF240 F0241 F1242 F2243 F3244 F4245 F5246 F6247 F7248 F8249 F9250 FA251 FB252 FC253 FD254 FE255 FF

65

GLOSSARY

# key: Used in programming telephone numbers as the pause command, as well as the policeemergency key, when used in conjunction with the “MENU/NEXT” key.

Q key: Used in programming telephone numbers as the switch to tone command, as well as theemergency key, when used in conjunction with the “MENU/NEXT” key.

0-9 keys: Used to enter telephone numbers, issue commands, and make selections from the menu.24 hour zone: A zone which is active 24 hours/day, even when unit is disarmed or in stay mode.

Typically fire zone, emergency zone, etc. See also: Armed.

-A-

Alarm: The detection of en event and the transmission of a code to the central station by the system.An alarm may result in the operation of a bell/siren.

Answering machine override: The possibility to have the system identify the remote programmingsession, even though an answering machine or fax may have picked up on the line.

Armed: The state between arming and disarming. Upon detection, the system sends alarms andactivates the siren.

Audible zone: A zone, which when alarmed activates the siren.Authorization level: Assigned to each user code. Determines which alarm control panel activities can be

performed by the different users.Auto-arming: The system can be programmed to arm itself automatically at a user specified time.Away key: Completely arms the system (perimeter and interior), which can be programmed as a one

touch key operation).

-B-

Backup: The telephone number which is dialed, should there be a communication failure with the primarytelephone number.

Battery test: One of the selectable system tests, which is also performed every 30 seconds automaticallyby the unit. This test checks to see the operation of the system’s battery backup.

Beep: The sound made by the keypad when the keys are pressed. Also heard during entry and exitdelays (programmable). See also chime.

Bell cancel: Immediately stops the bell sound.Bell Test: This test checks to see that the bell works.Bell: Audible alarm device activated by a DC voltage.Bypass zone x: Tells the system to ignore signals from the designated zone (x).

-C-

Callback remote programmer: A toll saver feature used during remote programming. The remoteprogrammer sends out a signal to the unit, which results in the system hanging up and callingback the remote programmer involved in the remote programming.

Central station communication: The complete protocol of a control panel sending a message about anevent (i.e. an alarm, opening/closing, test, etc.) to the central station.

Chime: The sound made by the keypad when a zone programmed to activate a chime opens, such as afront door. See also beep.

Clear log: After viewing the event log, the user may choose to clear the events recorded.Closing window: The time in which the user has selected to arm the system. Closing windows are set

for each day, out of a choice of four user selected time windows. The use of a closing windowdisables a closing message transmission to the central station. This can also be used inconjunction with auto-arming.

Control panel keypad support: The control panel supports over 30 keypads on 8 addresses. Only 8keypads may be supervised.

-D-

Default program #1: The system comes equipped with two default programs. Loading a default programloads nominal values for all parameters and enables changes to be made to only thoseparameters necessary for user customization. Default program #1 is designated for use in non-partitioned mode.

66

Default program #2: The system comes equipped with two default programs. Loading a default programloads nominal values for all parameters and enables changes to be made to only thoseparameters necessary for user customization. Default program #2 is designated for use inpartitioned mode.

Delayed zone: A zone, which after detection will allow a certain entry delay for the user to disarm thesystem before sounding the alarm. See also entry delay and exit delay.

Detailed display of system x: The keypad can be set to show a detailed display of the system, includingsystem troubles, sub-system status, time/date and zone status..

Disarm system x: Disarm sub-system specified.Disarmed: System is not armed and will neither send nor sound an alarm, except for an event from a 24

hour zone.Display: Available in both the LCD and LED keypads. Displays the system status.Duplicate: Two or more telephone numbers can be programmed as duplicate if a specific communication

should be sent to all of them regardless of if a message was received by one of the others.Duress user code: Should users have to forcefully arm or disarm their system, keying in this code will

send an event message to the central station, notifying them of a duress situation.

-E-

EEPROM: Non-volatile memory.Emergency keys: These keys, which are available for police, fire and emergency inform the central

station of an emergency situation. Note: This key has not been investigated by UL, underUL 1637 the Standard for Home Healthcare Signaling Equipment.

End Of Line Resistor: Used in conjunction with supervision to detect tampering with a zone, resulting inan alarm signal.

Entry delay: A delay set for a zone which allows the user enough time to enter the armed area anddisarm the system, without generating an alarm.

Event log: Records the last 16 events that the system has undergone.Exit delay: A delay set for a zone which allows the user enough time to exit the armed area, without

generating an alarm.

-F-

Fire sensor power reset: Resetting is done by disconnecting and then reconnecting the power to theattached detector.

Fire with trouble: A supervised loop type that can detect both a fire and a trouble condition.Fire zone: An area set to detect a fire alarm. This zone is always set as a 24 hour zone.Follow me: Typically the 4th telephone number. This number can be programmed to send a message to

wherever the users are, notifying them of a problem with their security system.Follower zone: A zone that is prohibited from generating an alarm while an entry delay is active.Forced arm: The system can be force armed when it is not ready for arming due to a zone being open.

Note: This operation assumes that all zones will be ready by the end of the exit delay,otherwise an alarm will be generated.

-I-

Immediate arm: This arms the system immediately, without allowing the user an exit delay. This is doneby pressing the “Q” after arming. Use of immediate arming cancels the exit delay.

Indicators: On both the LCD and LED keypads. The indicators show the system status, i.e. armed orpower. Additional indicators on the LED keypad.

Instant zone: A zone which when detecting automatically generates an alarm, not depending on anydelay.

Interior zone: Used for interior protection. Zones of this type are not armed when the “STAY” key ispressed.

-K-

Keypad unit address: The address to which the keypad has been set.Keys: The buttons located on the keypad, used to execute the different keypad functions.Key switch: An actual key or push button that when pressed toggles the status.

67

-L-

Latch Key: When programmed, the “MENU/NEXT” key is used to acknowledge the arrivals or departuresfrom the system during an opening or closing window, so that a message is not transmitted tothe central station.

Late to close: The message sent to the central station when a unit is not armed at the end of theprogrammed window.

Late to open: The message sent to the central station when a unit is not disarmed at the end of theprogrammed window.

-M-

Manual programming: Programming done from either a LCD or LED keypad.Menu/next key: This key allows the user to scroll through the main menu (LCD keypad only). When used

in conjunction with either the “Q”, “0” or “#” keys can send emergency codes.Menu: The menu lists all of the operations available in the Summit 3208. This is available only on the

LCD keypad by pressing the “MENU/NEXT” key.Menu mode: The LCD keypad is in the process of scrolling through the various menu items.Message routing: Determines what events are sent to which central stations or to follow me notification,

and at what priority they are sent.

-N-

Normal arm: See “AWAY” key.Normally closed: A loop type without an end of line resistor that is normally closed. When opened it

indicates an alarm.Normally open: A loop type without an end of line resistor that is normally open. When closed it

indicates an alarm.

-O-

On/off switch: One of the zone types, enables arming/disarming using a key switch connected to thezone.

Off hook (remote programming): Allows the remote programmer to manually connect to the PC viaRemote Programmer for remote programming.

Opening window: The time in which the user has selected to disarm the system. Opening windows areset for each day, out of a choice of three user selected time windows. The use of an openingwindow disables an opening message transmission to the central station.

Output relay: Relays available on the 3402 and 3407 Output Relay Modules. They are programmablefrom the control panel.

-P-

Partitioned mode: Partitioned mode divides the system into 4 sub-systems and control keypad useraccess, as well as sub-system zone assignment.

Perimeter arm: See “STAY”.Perimeter zone: A zone that can be armed by either “STAY” and “AWAY” keys.Periodic circuit test: Tests the electronic circuitry for defects. Executed at all times.Phone supervision: Monitors the telephone line voltage and sounds an alarm should the telephone line

be disconnected.Power Indicator: Indicates the status of the primary and backup power supplies to the system.Primary telephone number: The first attempted telephone number to be used for a certain

communication. The system sends a backup communication only when the primarycommunication is unsuccessful.

Primary zone: A primary zone is a zone that has been assigned an entry delay. A primary zone soundsan alarm only after a secondary zone has been activated in armed mode.

-R-

Remote programmer: The RP3206 software developed by Electronics Line used for programming thesystem from a PC by either direct link or via a telephone line.

Relay module: The 3402 and 3407 add on relays used for operating items connected with the Summit3208.

68

-S-

Secondary zone: A secondary zone is a conditional zone in that it sounds an alarm only when a primaryzone’s entry delay has been activated (armed mode).

Select key: Using this key enables the selection of a menu option (LCD keypad only) or command codesequence.

Set time: Allows the time and date to be set.Silent zone: A zone that when activated sends an alarm message to the central station only, without

activating the bell.Siren: Audible alarm device driven by a modulated AC signal.Smoke alarm verification: Verifies that a real fire is taking place, by resetting the detector and allowing a

second detection to validate the alarm, before sending an event code to the central station.Smoke detector: Detects smoke for a fire alarm to be generated.Standard communication formats: There are several formats which can be sent to a central station.

Before selecting the communication protocol, check with your central station as to which one isused by them.

Status display mode: System displays the status of the system (i.e. ready to arm, zone bypassed, etc.).See also: Detailed and Summarized.

Stay key: Pressing this key arms the perimeter only (stay mode).Stop telephone call: Stops a central station communication and clears all pending messages.Sub-system: A system out of the 4 available in partitioned mode.Summarized display: Summarizes the system display. Displays system troubles, sub-system status, the

time and date, without zone status.Swinger zone: A zone reporting only a specified number of alarms during a specified time frame.

-T-

Telephone communicator test: Tests the control panel’s ability to communicate with the central station.Toll saver: Feature (callback) offered by the Summit 3208 which helps reduce the cost involved with

remote programming from the central station to the control panel.Transistor module: The 3417, 7 transistor output module. It is capable of driving indicators or relays.

-U-

Unbypass zone x: Restores the zone to protection mode.Unpartitioned: The Summit 3208 is not set to work as four sub-systems.Unsupervised: An unsupervised keypad will not sound an alarm if it becomes detached from the control

panel.User codes: A user code allows the user to perform the functions of the system. User codes are

assigned levels, which effect their functionality and can be assigned to the different sub-systems. Up to 16 user codes can be assigned to the system.

-V-

View Log: Selecting this option allows the user to view a record of the last 16 events the system hasundergone.

-W-

Walk test: A test that allows for the testing of all of the detectors, without creating alarms. Used duringinstallations.

-Z-

Zone descriptor: A name assigned to a zone, by the user, from a library of 64 descriptors. Displayed onthe LCD keypad with all messages relating to the specified zone.

Zone expander: An 8 zone expansion unit that adds on to the 8 zones on-board. Can be either wired orwireless.

Zones: The physical and logical connection of a detector to a control panel.

69

ELECTRONICS LINE (E. L.) LTD. AND ITS SUBSIDIARIES - LIMITED WARRANTY

ELECTRONICS LINE (E. L.) LTD. AND ITS SUBSIDIARIES (EL) warrants its products to be free from manufacturingdefects in materials and workmanship for two years following the date of sale. EL will, within said period, at its option, repair orreplace any product failing to operate correctly without charge to the original purchaser or user. In case of defect, contact thesecurity professional who installed and maintains your security system. In order to exercise the warranty, the product must bereturned by the user or purchaser, shipping costs prepaid and insured to EL. After repair or replacement, EL assumes the costof returning products under warranty. EL will not be responsible for any dismantling or reinstallation changes.

This warranty shall not apply to any equipment, or any part thereof, which has been repaired by others, improperlyinstalled, improperly used, abused, altered, damaged, subjected to acts of God, or on which any serial numbers have beenaltered, defaced or removed.

There is no express or implied warranty of merchantability or warranty of fitness for a particular purpose. Anyaction for breach of warranty, including but not limited to any implied warranty of merchantability, must be brought within the sixmonths following the end of the warranty period. In no case shall EL be liable to anyone for any consequential or incidentaldamages for breach of this or any other warranty, express or implied, even if the loss or damage is caused by the EL's ownnegligence or fault.

In no event shall EL be liable for an amount in excess of EL's original selling price of the product, for any loss or damage,whether direct, indirect, incidental, consequential, or otherwise arising out of any failure of the product. CONSEQUENTLY, ELSHALL HAVE NO LIABILITY FOR ANY PERSONAL INJURY, PROPERTY DAMAGE, OR OTHER LOSS BASED ON ACLAIM THE PRODUCT FAILED TO GIVE WARNING. EL's warranty, as hereinabove set forth, shall not be enlarged,diminished or affected by and no obligation or liability shall arise or grow out of EL's rendering of technical advice or service inconnection with Buyers order of the goods furnished hereunder.

This warranty contains the entire warranty. Additionally, this warranty is in lieu of all other obligations orliabilities on the part of EL. It is the sole warranty and any prior agreements or representations, whether oral orwritten, are either merged herein or are expressly canceled. EL neither assumes, nor authorizes any other personpurporting to act on its behalf to modify, to change, or to assume for it, any other warranty or liability concerningits products.

EL RECOMMENDS THAT THE ENTIRE SYSTEM BE COMPLETELY TESTED WEEKLY.

Warning: Despite frequent testing, and due to, but not limited to, any or all of the following: criminal tampering, electricalor communications disruption, it is possible for the system to fail to perform as expected. EL does not represent that theproduct/system may not be compromised or circumvented; or that the product or system will prevent any personal injury orproperty loss by burglary, robbery, fire or otherwise; nor that the product or system will in all cases provide adequate warning orprotection. A properly installed and maintained alarm may only reduce risk of burglary, robbery, fire or otherwise but it is notinsurance or a guarantee that these events will not occur. Therefore, the installer should in turn advise the consumer to takeany and all precautions for his or her safety including, but not limited to, fleeing the premises and calling police or firedepartment, in order to mitigate the possibilities of harm and/or damage.

EL is not an insurer of either the property or safety of the user's family or employees, and limits its liability for any loss ordamage including incidental or consequential damages to EL’s original selling price of the product regardless of the cause ofsuch loss or damage. If the user wishes to protect itself to a greater extent, EL will, at user's sole cost and expense, obtain aninsurance policy to protect the user, supplemental to user's own policy, at a premium to be determined by EL's insurer uponwritten notice from user by Certified Mail, Return Receipt Requested, to EL's home office address, and upon payment of theannual premium cost by user.

Some states do not allow limitations on how long an implied warranty lasts or do not allow the exclusion or limitation ofincidental or consequential damages, or differentiate in their treatment of limitations of liability for ordinary or gross negligence,so the above limitations or exclusions may not apply to you. This Warranty gives you specific legal rights and you may alsohave other rights which vary from state to state.