Sentrol Arrowhead sc800 Assembly instructions

SC800/

SC1600

8 Zone & 16 Zone Downloadable Panels

Installation & Programming

Manual

Use with

EKP1 LED or SK1L LCD keypad

Programmed through the LCD keypad

or with the ScanPro Downloader Software

P/N64812821APDF 9/12/97

USER CODE SPECIAL FUNCTIONS

Zone 1-9 Bypass [PPPP] + [ZZZZ] + [ # ]

Zone 10-16 Bypass [PPPP] + [1&2] + [Z] + [1&2] + [Z] + [ # ]

Internal Group 1 Bypass [PPPP] + [ * ] + [1] + [ # ]

Internal Group 2 Bypass [PPPP] + [ * ] + [2] + [ # ]

Bypass Both Groups [PPPP] + [ * ] + [1] + [*] + [2] + [ # ]

Instant Mode Arm [PPPP] + [ * ] + [0] + [ # ]

Duress Code [PPPP] + [0] + [#]

Set Time/Date [PPPP] + [ * ] + [3] + [ # ] EKP1

Test Mode On [PPPP] + [ * ] + [4] + [ # ]

Fault Analysis Mode [PPPP] + [ * ] + [9] + [ # ]

System Directory Request [PPPP] + [ * ] + [6] + [ # ] EKP1

Extend Closing Window 15 mins. [PPPP] + [ * ] + [5] + [ # ]

Turn Chime Mode On [PPPP] + [ * ] + [1&2] + [3] + [0] + [ # ]

Turn Chime Mode Off [PPPP] + [ * ] + [1&2] + [3] + [1] + [ # ]

Print Event History [PPPP] + [ * ] + [1&2] + [3] + [2] + [ # ]

Keypad Activated Switch On [PPPP] + [ * ] + [1&2] + [4] + [0] + [ # ]

Keypad Activated Switch Off [PPPP] + [ * ] + [1&2] + [4] + [1] + [ # ]

Timer Switch Toggle [PPPP] + [ * ] + [1&2] + [4] + [2] + [ # ]

View History Mode [PPPP] + [ * ] + [1&2] + [6] + [8] + [ # ] EKP1

Users Menu [PPPP] + [ ] (Key Under Door) EKP1

[PPPP] = Users Pass Code [ZZZZ] = Zone(s)

INSTALLER CODE SPECIAL FUNCTIONS

Clear Event History [*&0] + [I I I I] + [ * ] + [1&2] + [5] + [2] + [ # ] EKP1

Installers Menu [*&0] + [I I I I] + [ ] (Key Under Door) EKP1

Enter Keypad Programming

for Keypad Addressing [*&0] + [I I I I] + [9]

Clear ScanPro Generated

Message from Keypad [*&0] + [I I I I] + [ * ] + [1&2] + [5] + [0] + [ # ] EKP1

[I I I I] = Installer Code [ * ] = Mode Key [1&2] or [*&0] = Keys Pressed Simultaneously

EKP1

= These commands are Non-Functional when used from the EKP1 LED keypad.

♦8 or 16 Hardwire EOL Resistor Supervised Zones

♦Keypad Programmable w/ SK1L keypad

♦3 wire keypad with snap fit design

♦Provisions for earth grounding

♦Two keypads available (LCD, LED)

♦Single/dual bell operation

♦Keypad resettable smoke power

♦Remote/Local prewarning output

♦Courtesy output to drive loop interface modules

♦Keyswitch operation

♦Built-in communicator

♦30 user codes available with open/close by user option

♦3 telephone numbers with Independent account numbers

for split reporting and backup reporting

♦Single user, multipremise and partitioned areas of

operation (up to 4 full partitions)

♦Ten reporting formats available

♦Open/Closing reports by exception. Exception schedule

includes 10 holidays

♦Programmable zone response times

♦Four separate entry/exit timers available

♦Incrementing account numbers for partitioning

♦Printer Output is available for Real Time History printing

and/or Full History Dumps with On-Site printer

♦Remote ready and arm LEDs

♦Terminal type wire connections

♦Planar gap lightning protection

♦Ring detector with special “detect’ circuitry that bypasses

answering machines

♦Assignable relay output used for door strike, strobe, etc.

♦Data output board available for derived channel, RF inter-

faces, etc.

♦Triple element gas discharge tube lightning protection

♦Selective Open/Close reporting by Partitions

♦Fail to Communicate disable is available

♦Optional Bell shutoff from any partition keypad

♦View History command is available for the User

♦Common E/E zones configurable in partitioning

♦Ringback available at the keypad

♦

New Features with Micro P/N 118-875417New Features with Micro P/N 118-875417

New Features with Micro P/N 118-875417

♦

Option for AutoArming at preselected daily time with Force

Arm signal generated to identify "still-violated" zones

♦

Conditional Opening Signal for "Disarm After Alarm"

♦

"Real-Time" restoral reporting

HARDHARD

HARDWW

WARE FEAARE FEA

ARE FEAARE FEA

ARE FEATURESTURES

TURESTURES

TURES

SOFTWSOFTW

SOFTWARE FEAARE FEA

ARE FEAARE FEA

ARE FEATURESTURES

TURESTURES

TURES

The SC800/1600 of alarm systems represent the latest technological advances available in the security industry. The system has been

designed to meet or exceed requirements for residential and most commercial installations.

TheSC800/1600 systemconsists ofan uploadable/downloadable,eightorsixteenzonecontrolpanel/communicatorwith choiceof multiple

language LCD or individual LED keypads. Each installation can be “custom tailored” by programming the Electrically Erasable

Programmable Read Only Memory (EEPROM) supplied with the system. Programming is accomplished using the SK1L keypad, or the

system can be set up using ScanPro Downloader uploading/downloading software.

INTRINTR

INTRODUCTIONODUCTION

ODUCTIONODUCTION

ODUCTION

TABLE OF CONTENTS

SECTION 2: INSTALLATION INSTRUCTIONS ...........................................................6

SECTION 4: SYSTEM KEYPADS OVERVIEW .......................................................... 11

SECTION 5: USER/INSTALLER MENUS...................................................................13

SECTION 6: PROGRAMMING INSTRUCTIONS........................................................16

SECTION 7: SPECIAL PANEL FEATURES ...............................................................18

SECTION 8: PROGRAMMING ITEM DESCRIPTION ................................................25

SECTION 9: UL COMPLIANCE ................................................................................33

SECTION 10: COMPLIANCE .....................................................................................34

SECTION 11: CANADIAN INSTALLATIONS.............................................................35

SECTION 13: SPECIFICATIONS...............................................................................37

INDEX ..........................................................................................................................38

HARDWARE FEATURES ............................................................................................45

INTRODUCTION..........................................................................................................45

SECTION 1:SECTION 1:

SECTION 1: SYSTEM OSYSTEM O

SYSTEM OSYSTEM O

SYSTEM OVERVER

VERVER

VERVIEW & AVIEW & A

VIEW & AVIEW & A

VIEW & AVV

VAILABLE OPTIONSAILABLE OPTIONS

AILABLE OPTIONSAILABLE OPTIONS

AILABLE OPTIONS

1.11.1

1.1 GENERAL DESCRIPTIONGENERAL DESCRIPTION

GENERAL DESCRIPTIONGENERAL DESCRIPTION

GENERAL DESCRIPTION

The SC system is ready to use from the factory. It is shipped from

the factory with a default (factory) program. The factory program-

ming for model SC 800 consists of one (1) fire zone and seven (7)

burglary zones. For model SC1600 the factory programming

consists of two (2) fire zones and fourteen (14) burglary zones.The

zoneconfigurationcanbeindividuallyreprogrammedfromthe SK1L

keypad or by using the ScanPro Downloader Software to suit

whatever zone options are necessary. Programming cannotcannot

cannotcannot

cannot be

performed with the EKP1EKP1

EKP1EKP1

EKP1 LED Keypad.User 16 may be additionally

programmed for keyswitch operation. There are four (4) individual

timers for E/E delay zones. Programmed loop response is available

from 10 milliseconds to 500 milliseconds.

The built in digital communicator can be programmed for today’s

most popular reporting formats.

See programming worksheet for Factory Default details.

1.21.2

1.2 ZONE PROGRAMMING OPTIONSZONE PROGRAMMING OPTIONS

ZONE PROGRAMMING OPTIONSZONE PROGRAMMING OPTIONS

ZONE PROGRAMMING OPTIONS

ZONEZONE

ZONE ZONEZONE

ZONEZONE

ZONE SUB FUNCTIONSUB FUNCTION

SUB FUNCTIONSUB FUNCTION

SUB FUNCTION

TYPETYPE

TYPE

FUNCTIONSFUNCTIONS

FUNCTIONS AA

AVV

VAILABLEAILABLE

AILABLEAILABLE

AILABLE

BURGLARY E/E 1 Bypass zone

E/E 2 Chime zone

E/E 3 Day/Night trouble

E/E 4 Loop response time

Instant Swinger rejection

Interior 1

Interior 2

Follower

FIRE Audible Loop response time Swinger

rejection Trouble

24 HOUR Silent Bypassable

Audible Loop response time Swinger

rejection Trouble

1.31.3

1.3 HARDHARD

HARDHARD

HARDWW

WARE OPTIONAL ITEMSARE OPTIONAL ITEMS

ARE OPTIONAL ITEMSARE OPTIONAL ITEMS

ARE OPTIONAL ITEMS

EKP1 -EKP1 -

EKP1 - This is an LED keypad that can be used in the SC800

system. It is capable of showing zone status for only zones 1-8. It

is capable of many of the normal operations but notnot

notnot

not able to function

as a keypad programmer. The operations that are NONO

NONO

NOTT

T usable with

this keypad are also indicated on page (i).

SK1L -SK1L -

SK1L - This is an LCD keypad that can be used in the SC800 and

the SC1600 systems. It has fullfull

fullfull

full capabilities for operating and

programming the systems it is attached to. A variety of International

versions of this keypad are also available that have User/Installer

messages in different languages.

Four of any combinations of the keypads are the maximum per

installation.

DOB -DOB -

DOB - This is the DD

Data OO

Output BB

Board. It can be used as any of five

output devices. These range from Zone Alarm memory devices to

a printer interface, to a Status Output device, to a Bell Module. The

latter three are explained in detail in the programming detail for Item

30.

POB-1 -POB-1 -

POB-1 - The POB-1 kit can also be used to interface an on-site

parallel printer to the SC800/1600 alarm control panels. It consists

of a PCB and Interface cable along with mounting hardware. The

PCB must be used in the stack as specified in the instructions.

LC1 -LC1 -

LC1 -This is theTelephone Line cut module. It is designed to sense

for a drop in voltage below 3 volts for a time period of 30 seconds +/

- 15 seconds. Once activated it turns on a Form "C" relay that can

be used for a local bell, piezo or even a wireless transmitter to

transmit to a neighbor or radio communicator in case of telephone

line loss.

FM2000-FM2000-

FM2000-ThisisaTwoWiresmokedetectormodule. TheSCsystem

was originally designed to accomodate four wire smoke detectors.

Amaximumoften,Twowiresmokedetectorscanbeattached toone

ofthe FM2000 units. Itcomes witha 4.7K resistorthat mustbe used

as the End-Of-Line resistor.

1.41.4

1.4 TIMER OPTIONSTIMER OPTIONS

TIMER OPTIONSTIMER OPTIONS

TIMER OPTIONS

The SC system has various timer options that can be changed to meet your various system needs. Listed below are the programmable

range for each timer option.

Bell shutoff time 2 - 30 minutes Zone reporting delay time 10-150 seconds

Zone response time 10mSecs to 500mSecs AC and Low battery reporting delay time 1-15 minutes

Test timer A Daily weekly monthly yearly reporting Entrance delay groups 1 through 4 10-150 seconds

Test timer B Daily weekly monthly yearly reporting Exit delay groups 1 through 4 10-150 seconds

Exception windows 15 min. - 225 minutes Opening exception window start 1 min. - 24 hours

Holiday schedule 1 - 10 holidays by month/day Closing exception window start 1 min. - 24 hours

Switched Output 0 - 23.75 hours Open/Close exception schedule 1-7 days

SECTION 2: INSTALLATION INSTRUCTIONS

- CAUTION -- CAUTION -

- CAUTION -

1. Do not connect battery until installation is complete.1. Do not connect battery until installation is complete.

1. Do not connect battery until installation is complete.

2. Do not apply power until after Step 13.2. Do not apply power until after Step 13.

2. Do not apply power until after Step 13.

3. Reversing battery leads will result in permanent damage to the unit and3. Reversing battery leads will result in permanent damage to the unit and

3. Reversing battery leads will result in permanent damage to the unit and will void the warrantywill void the warranty

will void the warrantywill void the warranty

will void the warranty..

1. Mount control panel in a convenient location.

2. Mount EKP1 or SK1L Keypad.The EKP1 keypad may be

either surface mounted or flush mounted into a double

gang box. The EKP1 and SK1L keypads may also be

mounted directly onto the wall using appropriate hardware

(not supplied).

3. For single bell operation, connect a 12.5 V Bell or Siren to

terminals 7(-) and 9(+).Observe polarity. Output is steady

for burglary, pulsed for fire.

4. For dual bell operation, connect a 12.5 V Bell or Siren to

terminals 7(-) and 8(+) and a 12.5 V Fire Bell or Siren to

terminals 7(-) and 9(+). Observe polarity. Make sure

EEPROM memory location 33 is programmed for dual bell

operation.

5. Unswitched12.5V isavailableatterminals3(-)and4(+)for

auxiliary devices.

6. If a smoke detector is used, its 12.5 V power should be

supplied through terminal 10(+ 12.5 V) with its negative

leadconnectedtoterminal11(smoke-). This12.5Vsource

will be interrupted for approximately 5 seconds during

smoke reset.

The smoke detector output may be manually reset by

simultaneously pressing keys 1 & 3 when a “7”is selected

in Memory Location 30 section 2. A 1 or 5 must not be

programmed in Location 29.

7. Connect the input zones to the terminals located on BS3

and BS4 (if EEM-8 is installed). Make sure to use the

suppliedENDOF LINEresistorsas showninFigure1. The

SC800/1600 panels can be programmed to not use end of

line resistors (if required). This is done in location 30,

section 1. Closed circuit loops are wired in series with the

resistor, opencircuit loopsare wired parallelto theresistor.

All Fire zones require the use of the 2.2K EOL resistors.

Note: UL Fire Installations require use of EOL2200

resistors (not supplied).

8. If keyswitchoperation isused, connect a ULlisted Momen-

tary normally open switch between terminals 19 (-) and 3

or 4(+).

9. Connect the F.C.C. approved telephone connection cable

to terminals 20, 22, 23, and 24 as shown in Figure 1.

Insulate all unused leads. THE CABLE MUST BE PHYSI-

CALLY SEPARATED FROM POWER AND SIGNAL

LINES.

10. ConnectEKP1or SK1Ltocontrol. Red leadto terminal 16.

Blacklead to terminal17. Yellowlead toterminal18.

Refer

to the EKP1 or SK1L Installation Manual for complete

instructions regarding installation and options. WIRES

CONNECTING EKP1 or SK1L to CONTROL MUST BE

KEPT AWAY FROM A.C. AND TELCO WIRING TO MINI-

MIZE TRANSIENT PROBLEMS. There can be no more

than four keypads per panel. Current draw for the EKP1

and SK1L keypads is 100mA each. Homerun all keypad

cables.The maximum length of a cable run to a keypad is

300 feet based on 22 gauge wire.

11. Connect Terminal 21 and Cabinet to an EARTH GROUND.

NOTE:

Suggested earth ground and protection levels

are: a) Preferred protection - Separate

metal grounding rod.

b) Acceptable Protection - Metal cold

water pipe.

Use at least 16 gauge wire between terminal 21

and earth ground.

Keep wire run as short as possible and away

from other panel wiring.

Do not use an existing lightning rod ground; it

can provide a path for lightning strikes to panel.

12. Check all connections, verifying polarity.

13. Connect the transformer to terminals 1 and 2. Use 18

gage wire to connect the transformer to the control panel.

Polarity is not important.

14. Plug the transformer into an unswitched 120 Vac recep

tacle. The indicators on the keypad should light.

15. Connect the BLACK FLYING LEAD to the negative (-)

terminal of a 12-volt, rechargeable gel-type battery.

ConnecttheREDFLYINGLEADtothepositive(+)terminal

of the battery.

NOTE: A reverse battery connection will

blow the factory replaceable Fuse and will void the

warranty.

Ifthebatteryis not fully charged,allow 36 hours

for battery to fully charge.

16. Plug the telephone connection cable into an RJ31-X

jack which meets the mechanical tolerance and plating

requirements specified in subpart F of FCC part 68.

Figure 2 -Figure 2 -

Figure 2 - SC800/SC1600 Wiring Diagram

Figure 1 -Figure 1 -

Figure 1 - Battery Connector Modification for large AH Batteries

Note: The Instructions and drawing shown in Figure 1 below are used when a large AH battery with screw terminals is used

with the SC1600 control panel. The Tongue connectors are shipped with the SC1600 panel only.

2.12.1

2.1 TERMINAL DESCRIPTIONSTERMINAL DESCRIPTIONS

TERMINAL DESCRIPTIONSTERMINAL DESCRIPTIONS

TERMINAL DESCRIPTIONS

2.1.12.1.1

2.1.1 AA

ACC

C TRANSFORMERTRANSFORMER

TRANSFORMERTRANSFORMER

TRANSFORMER TERMINALS 1 & 2TERMINALS 1 & 2

TERMINALS 1 & 2TERMINALS 1 & 2

TERMINALS 1 & 2

The system is powered with a 16.5V 20VA "non-fused" UL listed

class II transformer. The AC transformer is connected to terminal

1 and 2. It is recommended that the AC transformer be connected

with a minimum of 18 gauge wire at a distance of no more than 50

feet. The AC fail system monitor has a built in 15 second fault delay

that minimizes nuisance alarms caused by momentary power

outages.

NONO

NOTE:TE:

TE:TE:

TE: Do not connect ADo not connect A

Do not connect ADo not connect A

Do not connect AC poC po

C poC po

C power and bacwer and bac

wer and bacwer and bac

wer and back up batterk up batter

k up batterk up batter

k up batteryy

until ALL system wiring is completed. Also do notuntil ALL system wiring is completed. Also do not

until ALL system wiring is completed. Also do not

bundle the Aundle the A

undle the Aundle the A

undle the AC wires with zone input or keC wires with zone input or ke

C wires with zone input or keC wires with zone input or ke

C wires with zone input or keypad wires.ypad wires.

ypad wires.ypad wires.

ypad wires.

2.1.22.1.2

2.1.2 SECONDSECOND

SECONDSECOND

SECONDARAR

ARAR

ARY POY PO

Y POY PO

Y POWER SUPPLWER SUPPL

WER SUPPLWER SUPPL

WER SUPPLY (BY (B

Y (BY (B

Y (BAA

ACK UP BCK UP B

CK UP BCK UP B

CK UP BAA

ATTERTTER

TTERTTER

TTERY)Y)

Y)Y)

To maintain proper operation, the SC system must have a 12 volt

rechargeable gel type battery installed. The system was designed

to support a 4 to 18 amp hour (AH) battery. The system provides a

float charge of 13.75VDC and provides continuous charging current

when operating at the suggested rated power output.

OnceACpoweris lost tothe system, the battery automatically takes

over. The SC system continuously monitors the battery condition

with or without the AC power removed. If the battery voltage falls to

an 11.0VDC level, the low battery detector will activate and a low

battery

trouble condition will be annunciated at the keypad. The

trouble condition will exist until the battery voltage reaches an

acceptable level.

To silence the trouble enter the fault mode key sequence at the

keypad. [PPPP][PPPP]

[PPPP][PPPP]

[PPPP]++◆

▲

The low battery system monitor also has a built in 15 second fault

delay that minimizes nuisance alarms.

For UL installations,For UL installations,

For UL installations, refref

refref

refer to sections X and XI,er to sections X and XI,

er to sections X and XI,er to sections X and XI,

er to sections X and XI, ULUL

ULUL

ComplianceCompliance

Compliance VV

Verification.erification.

erification.erification.

erification.

2.1.32.1.3

2.1.3 1212

1212

12 VV

VOLOL

OLOL

OLT POT PO

T POT PO

T POWER OUTPUTSWER OUTPUTS

WER OUTPUTSWER OUTPUTS

WER OUTPUTS

AUXILIARUXILIAR

UXILIARUXILIAR

UXILIARY POY PO

Y POY PO

Y POWERWER

WERWER

WERTERMINALS (+12.5VDC 3,TERMINALS (+12.5VDC 3,

TERMINALS (+12.5VDC 3,TERMINALS (+12.5VDC 3,

TERMINALS (+12.5VDC 3, 4,4,

4,4,

4, COMMON 5,6)COMMON 5,6)

COMMON 5,6)COMMON 5,6)

COMMON 5,6)

Unswitched DC power is available for powering auxiliary devices

such as motion detectors. This output is protected by a 2 amp

auxiliary power fuse F2. Negative termination for auxiliary devices

are wired to terminals 5 or 6.

Current requirement for an SK1L, LCD keypad is 100mA.

See Section 9,See Section 9,

See Section 9, UL ComplianceUL Compliance

UL ComplianceUL Compliance

UL Compliance..

2.1.42.1.4

2.1.4 SMOKE POSMOKE PO

SMOKE POSMOKE PO

SMOKE POWER (TERMINALS 10 & 11)WER (TERMINALS 10 & 11)

WER (TERMINALS 10 & 11)WER (TERMINALS 10 & 11)

WER (TERMINALS 10 & 11)

Switched power is available for devices that require an interruptable

power source such as smoke detectors.Negative (switched) termi-

nation for smoke detectors are wired to terminal 11. To enable this

feature a “7” must be programmed in item 30 - Second Miscella-

neous Function select. Once programmed, pressing the [1] and [3]

keys simultaneously will reset the smoke output for approximately 5

seconds.

See Section 9,See Section 9,

See Section 9, UL ComplianceUL Compliance

UL ComplianceUL Compliance

UL Compliance VV

Verification.erification.

erification.erification.

erification.

2.1.52.1.5

2.1.5 ASSIGNABLE OUTPUT (TERMINAL 7 & 8)ASSIGNABLE OUTPUT (TERMINAL 7 & 8)

ASSIGNABLE OUTPUT (TERMINAL 7 & 8)ASSIGNABLE OUTPUT (TERMINAL 7 & 8)

ASSIGNABLE OUTPUT (TERMINAL 7 & 8)

Normally this terminal provides a bb

burur

urur

urglarglar

glarglar

glary belly bell

y belly bell

y bell function. If desired,

this terminal can be programmed to follow any one of the items in

table 1, (refer to programming description, item 33). If the assign-

able output has been selected for any function other than burglar

operation, single bellsingle bell

single bellsingle bell

single bell operation must be selected.

NONO

NOTE:TE:

TE:TE:

TE: The total amount of aThe total amount of a

The total amount of aThe total amount of a

The total amount of avv

vailabailab

ailabailab

ailable current frle current fr

le current frle current fr

le current from the Aom the A

om the Aom the A

om the Auxil-uxil-

uxil-uxil-

uxil-

iariar

iaryy

y,,

,KK

Kee

eypad,ypad,

ypad,ypad,

ypad, SmokeSmoke

SmokeSmoke

Smoke,,

,and status outputs (Arm,and status outputs (Arm,

and status outputs (Arm,and status outputs (Arm,

and status outputs (Arm, readread

readread

readyy

y,,

,AA

Audibudib

udibudib

udiblele

lele

warning,warning,

warning, and Courand Cour

and Courand Cour

and Courtesy) is 600mA.tesy) is 600mA.

tesy) is 600mA.tesy) is 600mA.

tesy) is 600mA.

For UL installations,For UL installations,

For UL installations, refref

refref

refer to sections X and XI fer to sections X and XI f

er to sections X and XI fer to sections X and XI f

er to sections X and XI for poor po

or poor po

or powerwer

werwer

wer

loading considerations.loading considerations.

loading considerations.

+ 12VDC OUTPUT OPTIONS FOR TERMINAL 8

BurgBell(Default) Audiblewarning

Arm/Disarm Courtesy

Strobelight Timercontrol switch

Failtocommunicate Keypad control switch

Arm/Disarm/Alarm P.C. control switch

Readytrouble

2.1.62.1.6

2.1.6 BELL OUTPUT (TERMINALS 7 & 9)BELL OUTPUT (TERMINALS 7 & 9)

BELL OUTPUT (TERMINALS 7 & 9)BELL OUTPUT (TERMINALS 7 & 9)

BELL OUTPUT (TERMINALS 7 & 9)

If dual bell operationdual bell operation

dual bell operationdual bell operation

dual bell operation is selected, this terminal is activated when-

ever a fire loop is shorted. A 12-14Vdc bell or siren may be

connected to this terminal, providing the current draw of the device

does not exceed 2 amps.

When single bell operationsingle bell operation

single bell operationsingle bell operation

single bell operation is selected, this terminal will have a

steady output for burglary activation and pulsed output for fire

activation. Fire activation has priority over burglary operation.

NONO

NOTE:TE:

TE:TE:

TE: Single bell operation mSingle bell operation m

Single bell operation mSingle bell operation m

Single bell operation must be used fust be used f

ust be used fust be used f

ust be used for UL installationsor UL installations

or UL installationsor UL installations

or UL installations

and current mand current m

and current must not eust not e

ust not eust not e

ust not exceed 300mA.xceed 300mA.

xceed 300mA.xceed 300mA.

xceed 300mA.

NONO

NOTE:TE:

TE:TE:

TE: Single bell operation is indicated bSingle bell operation is indicated b

Single bell operation is indicated bSingle bell operation is indicated b

Single bell operation is indicated by Pry Pr

y Pry Pr

y Programmingogramming

ogrammingogramming

ogramming

item 33 equalling anitem 33 equalling an

item 33 equalling anything eything e

ything eything e

ything except zxcept z

xcept zxcept z

xcept zerer

erer

ero.o.

o.o.

2.1.72.1.7

2.1.7 REMOREMO

REMOREMO

REMOTE ARMED OUTPUT (TERMINAL 12)TE ARMED OUTPUT (TERMINAL 12)

TE ARMED OUTPUT (TERMINAL 12)TE ARMED OUTPUT (TERMINAL 12)

TE ARMED OUTPUT (TERMINAL 12)

Output is available for connecting a remote armed indicator. Con-

nectthe cathode(-)wire toterminal12andreturnthe anode(+)wire

to terminal 3 or 4. Output will follow panel armed/alarm status.

2.1.82.1.8

2.1.8 REMOREMO

REMOREMO

REMOTE READTE READ

TE READTE READ

TE READY OUTPUT (TERMINAL 13)Y OUTPUT (TERMINAL 13)

Y OUTPUT (TERMINAL 13)Y OUTPUT (TERMINAL 13)

Y OUTPUT (TERMINAL 13)

Outputisavailable for connectingaremote readyindicator. Connect

the cathode (-) wire to terminal 13 and return the anode wire (+) to

terminals 3 or 4. Output will follow panel ready/trouble status.

NONO

NOTE:TE:

TE:TE:

TE: DeDe

DeDe

Devices connected to terminals 12 and 13 are not tovices connected to terminals 12 and 13 are not to

vices connected to terminals 12 and 13 are not tovices connected to terminals 12 and 13 are not to

vices connected to terminals 12 and 13 are not to

exceed l0mA current draxceed l0mA current dra

xceed l0mA current draxceed l0mA current dra

xceed l0mA current draww

w..

2.1.92.1.9

2.1.9 REMOREMO

REMOREMO

REMOTE ATE A

TE ATE A

TE AUDIBLEUDIBLE

UDIBLEUDIBLE

UDIBLE WW

WARNING OUTPUTARNING OUTPUT

ARNING OUTPUTARNING OUTPUT

ARNING OUTPUT (TERMINAL 14)(TERMINAL 14)

(TERMINAL 14)(TERMINAL 14)

(TERMINAL 14)

Output is available for connecting a remote prealarm device (piezo

or equivalent). The device must operate at 12.5VDC and requires

no more than 50mA of current. Connect the positive (+) wire of the

device to terminal 3 or 4, return the negative (-) wire to terminal 14.

The device will produce a steady tone when in entrance delay and

a pulsating tone when in exit delay, test or trouble modes. When the

Chime feature is enabled this output will operate along with the

keypad sounder for chime, creating a short tone any time a chime

zone is violated or restored.

Use UL listed pre-alarm deUse UL listed pre-alarm de

Use UL listed pre-alarm device fvice f

vice fvice f

vice for UL installations.or UL installations.

or UL installations.or UL installations.

or UL installations.

2.1.102.1.10

2.1.10 REMOREMO

REMOREMO

REMOTE COURTE COUR

TE COURTE COUR

TE COURTESY OUTPUT (TERMINAL 15)TESY OUTPUT (TERMINAL 15)

TESY OUTPUT (TERMINAL 15)TESY OUTPUT (TERMINAL 15)

TESY OUTPUT (TERMINAL 15)

Output available for connecting a burglar alarm interface to be used

for turning on lights during entry and exit delay times. Connect the

positive (+) terminal of the interface unit to terminal 15, return the

negative terminal to terminal 5 or 6.

Use an X10 BUse an X10 B

Use an X10 BA-284 bA-284 b

A-284 bA-284 b

A-284 burur

urur

urglarglar

glarglar

glary alarm interface module fy alarm interface module f

y alarm interface module fy alarm interface module f

y alarm interface module for ULor UL

or ULor UL

or UL

installations.installations.

installations.

2.1.112.1.11

2.1.11 REMOREMO

REMOREMO

REMOTE KEYPTE KEYP

TE KEYPTE KEYP

TE KEYPAD OUTPUTS (TERMINALS 16,AD OUTPUTS (TERMINALS 16,

AD OUTPUTS (TERMINALS 16,AD OUTPUTS (TERMINALS 16,

AD OUTPUTS (TERMINALS 16, 17,17,

17,17,

17, 18)18)

18)18)

18)

AllkeypadswiredtotheSCsystemshouldbeconnectedusingthree

(3)conductor 22 gauge stranded wire. Allkeypadsconnected to the

control panel must be “Home Run”. The total combined length of

wire for all keypads is not to exceed 1000 feet.

ALL KEYPALL KEYP

ALL KEYPADAD

ADAD

AD WIRES MUST BE KEPT AWIRES MUST BE KEPT A

WIRES MUST BE KEPT AWIRES MUST BE KEPT A

WIRES MUST BE KEPT AWW

WAA

AY FRY FR

Y FRY FR

Y FROM AOM A

OM AOM A

OM AC ANDC AND

C ANDC AND

C AND

TELCOTELCO

TELCO WIRING.WIRING.

WIRING.WIRING.

WIRING.

FIGURE 3 - SK1L KEYPFIGURE 3 - SK1L KEYP

FIGURE 3 - SK1L KEYPADAD

ADAD

AD WIRINGWIRING

WIRINGWIRING

WIRING

2.1.122.1.12

2.1.12 KEYSWITCH INPUT (TERMINAL 19)KEYSWITCH INPUT (TERMINAL 19)

KEYSWITCH INPUT (TERMINAL 19)KEYSWITCH INPUT (TERMINAL 19)

KEYSWITCH INPUT (TERMINAL 19)

Thesystemmaybearmed/disarmed usinga keyswitch. Ifkeyswitch

operation is desired, the system must be programmed for all

selectedburglaryzones assignedto user16. User 16mustnot have

an access code programmed. Connect the momentary (normally

open) keyswitch from terminal 19 to terminals 3 or 4.

2.1.132.1.13

2.1.13 TELEPHONE LINE (TERMINALS 20, 22, 23, 24)TELEPHONE LINE (TERMINALS 20, 22, 23, 24)

TELEPHONE LINE (TERMINALS 20, 22, 23, 24)TELEPHONE LINE (TERMINALS 20, 22, 23, 24)

TELEPHONE LINE (TERMINALS 20, 22, 23, 24)

The incoming telephone is connected to terminals 20 and 22.

Connections to the house phones are wired to terminals 23 and 24.

Normally, the control panel connects the incoming line to the house

phones using an on board “line seizure” relay. This relay when

properly connected prevents anyone from disabling the communi-

catorbypickingupone ofthehouse phones. Connectiontoa phone

line with a Fax machine is not recommended.

INSTALL JUMPER BETWEEN

2&3 FOR CONNECTION

SUPERVISION

INCOMING PHONE LINES T

RRD

JACK

PLUG

BLUE

YELLOWBLACK

ORANGE

BROWN

GRAY

RED

GREEN

TO PREMISI

TELEPHON

SHORTING BARS 1-4, 5-8 ARE

LIFTED WHEN PLUGGED IN

FIGURE 4 -FIGURE 4 -

FIGURE 4 - TYPICALTYPICAL

TYPICALTYPICAL

TYPICAL TELEPHONE SYSTEM CONNECTIONTELEPHONE SYSTEM CONNECTION

TELEPHONE SYSTEM CONNECTIONTELEPHONE SYSTEM CONNECTION

TELEPHONE SYSTEM CONNECTION

For proper installation and to meet FCC requirements, it is recom-

mendedthata USOCRJ31Xjackandconnecting cablebeinstalled.

THE CONNECTING CABLE MUST BE PHYSICALLTHE CONNECTING CABLE MUST BE PHYSICALL

THE CONNECTING CABLE MUST BE PHYSICALLYY

SEPSEP

SEPARAARA

ARAARA

ARATEDFRTEDFR

TEDFRTEDFR

TEDFROMALLPOOMALLPO

OMALLPOOMALLPO

OMALLPOWERAND SIGNALLEADS.WERAND SIGNALLEADS.

WERAND SIGNALLEADS.WERAND SIGNALLEADS.

WERAND SIGNALLEADS.

BE SUREBE SURE

BE SURE TT

TO INSULAO INSULA

O INSULAO INSULA

O INSULATE ALL UNUSED LEADS.TE ALL UNUSED LEADS.

TE ALL UNUSED LEADS.TE ALL UNUSED LEADS.

TE ALL UNUSED LEADS.

2.1.142.1.14

2.1.14 ZONE INPUTS (TERMINALS 25 - 36)ZONE INPUTS (TERMINALS 25 - 36)

ZONE INPUTS (TERMINALS 25 - 36)ZONE INPUTS (TERMINALS 25 - 36)

ZONE INPUTS (TERMINALS 25 - 36)

The SC800 system comes from the factory with eight (8) fully

supervisedzones.TheSC1600 is factoryconfigured forsixteen (16)

fully supervised zones. These zones can be individually pro-

grammed to meet a variety of applications depending on system

needs. The (8) zone system may be expanded to (16) zones by

addingaEightZoneExpansionModule(P/NEEM-8)whichincludes

the U11 EEPROM.

The system may be programmed for non-supervised zone opera-

tion. Refer to item 30 - Miscellaneous Selections. In this mode, all

burglaryzonesarerestrictedtoClosedCircuitoperation. FireZones

must still use the 2.2K EOL resistor.

For supervised operation, closed circuit loops are wired in series

with the resistor. Open circuit loops are wired across the resistor,

(refer to Figure 5).Remember that the resistor should be connected

inseriesatthefarthestpointoftheloop.Thiswillallowtheuseofboth

open circuit and closed circuit contacts. When connecting a fire

loop,theresistorshouldbeplacedafterthelastfiredetectiondevice.

This will allow correct operation of the trouble signal when the loop

is opened.

CLOSED

CIRCUIT

ONTACT

NON-

SUPERVISED

LOOP

OPEN

CIRCUIT

CONTACT

2200 ohm Resistor (supplied)

FIGURE 5 - ZONE CONTFIGURE 5 - ZONE CONT

FIGURE 5 - ZONE CONTAA

ACTCT

CTCT

CT WIRINGWIRING

WIRINGWIRING

WIRING

2.1.152.1.15

2.1.15 EAREAR

EAREAR

EARTH GRTH GR

TH GRTH GR

TH GROUND (TERMINAL 21)OUND (TERMINAL 21)

OUND (TERMINAL 21)OUND (TERMINAL 21)

OUND (TERMINAL 21)

In order for the SC system’s surge and transient protection to

operate correctly, terminal 21 must be connected to an Earth

ground.

The preferred method of protection is to install a separate metal

grounding rod. An alternative method of protection, but not as

effective, is to connect the earth ground to a metal cold water pipe.

In either case keep the wire run as short and straight as possible.

When connecting the earth ground, use at least 16 gauge wire

between terminal 21 and earth ground.

2.1.162.1.16

2.1.16 CONMODCONMOD

CONMODCONMOD

CONMOD

6 pin connector used to connect DOB modules to panel for bell

module, status module, and/or printer interface. See DOB instruc-

tions for further details.

2.1.172.1.17

2.1.17 INSTINST

INSTINST

INSTALLERS AALLERS A

ALLERS AALLERS A

ALLERS ACCESS CODE JUMPERCCESS CODE JUMPER

CCESS CODE JUMPERCCESS CODE JUMPER

CCESS CODE JUMPER

Jumper used for resetting the Installers Code. See section 5.4 on

page 11 for instructions on use.

(Yellow or White) KPD I/O

(Black) KPD - Com

(Red) KPD + V

Tamper

SECTION 3:SECTION 3:

SECTION 3: SETUP ANDSETUP AND

SETUP ANDSETUP AND

SETUP AND TESTING SYSTEMTESTING SYSTEM

TESTING SYSTEMTESTING SYSTEM

TESTING SYSTEM

3.13.1

3.1 POWERING UP THE CONTROLPOWERING UP THE CONTROL

POWERING UP THE CONTROLPOWERING UP THE CONTROL

POWERING UP THE CONTROL

Before applying power to the system, recheck all wiring connec-

tions, verifying polarity.

Plug the AC transformer into an unswitched 120vac receptacle.

Connectthe batteryleads tothe battery.Redlead tothe positive(+)

terminal, black lead to the negative (-) terminal of the battery.If the

battery is not fully charged, allow 36 hours for the battery to fully

charge.The keypad will now display system status.

NONO

NOTE:TE:

TE:TE:

TE: ReRe

ReRe

Reverver

verver

versing battersing batter

sing battersing batter

sing battery wires will cause the factory wires will cause the factor

y wires will cause the factory wires will cause the factor

y wires will cause the factory replace-y replace-

y replace-y replace-

y replace-

abab

able fuse FL1 to ble fuse FL1 to b

le fuse FL1 to ble fuse FL1 to b

le fuse FL1 to blolo

lolo

loww

w..

Program the EEPROM for the desired system configuration and

features. Refer to the SC programming instructions, Section 8 of

this manual. After programming is complete, restore the system

back to the normal mode.

3.23.2

3.2 TESTING THE LOCAL SYSTEMTESTING THE LOCAL SYSTEM

TESTING THE LOCAL SYSTEMTESTING THE LOCAL SYSTEM

TESTING THE LOCAL SYSTEM

The system can be armed and disarmed from the keypad using the

factory default code [1111] or any user code previously assigned.

The system may also be armed and disarmed using a keyswitch,

if so programmed. Leave the system disarmed.

NONO

NOTE:TE:

TE:TE:

TE: BefBef

BefBef

Before testing commore testing comm

ore testing commore testing comm

ore testing communication to the centralunication to the central

unication to the centralunication to the central

unication to the central

reporrepor

reporting station,ting station,

ting station,ting station,

ting station, connect the telephone connectionconnect the telephone connection

connect the telephone connectionconnect the telephone connection

connect the telephone connection

cabcab

cable into the RJ31-X jacle into the RJ31-X jac

le into the RJ31-X jacle into the RJ31-X jac

le into the RJ31-X jack.k.

k.k.

Testing the system using the keypad:

Arm the system in the test mode.

Press [PPPP] +[PPPP] +

[PPPP] +[PPPP] +

[PPPP] +

▲

■

▲

The audible warning device will pulsate continuously during TEST,

exceptwhentestinganEntranceDelayzone.DuringEntranceDelay

time, the audible warning device will change to a steady sound (for

4secondsintheTESTMODE),andthenreturntoapulsatingsound.

All loops may now be tested independently. Violate each loop

separately. The Arm led will flash and the zone in alarm will be

indicated.No need to reset panel after each zone test.Bell or Siren

will shut off in 4 seconds and another zone can be tested.

NONO

NOTE:TE:

TE:TE:

TE: Zones violated while in theZones violated while in the

Zones violated while in theZones violated while in the

Zones violated while in the TEST MODE will not reporTEST MODE will not repor

TEST MODE will not reporTEST MODE will not repor

TEST MODE will not reportt

to the Central Reporto the Central Repor

to the Central Reporting Station.ting Station.

ting Station.ting Station.

ting Station. After all zones are tested,After all zones are tested,

After all zones are tested,After all zones are tested,

After all zones are tested,

Disarm the panel.Disarm the panel.

Disarm the panel. All audibAll audib

All audibAll audib

All audible warning dele warning de

le warning dele warning de

le warning devices will shut off andvices will shut off and

vices will shut off andvices will shut off and

vices will shut off and

the Arm LED will turn offthe Arm LED will turn off

the Arm LED will turn off..

THETHE

THE TEST MODE IS NOTEST MODE IS NO

TEST MODE IS NOTEST MODE IS NO

TEST MODE IS NOT AT A

T AT A

T AVV

VAILABLE INAILABLE IN

AILABLE INAILABLE IN

AILABLE IN THE MULTHE MUL

THE MULTHE MUL

THE MULTI-PREMISETI-PREMISE

TI-PREMISETI-PREMISE

TI-PREMISE

PARAR

ARAR

ARTITION MODETITION MODE

TITION MODETITION MODE

TITION MODE BUTBUT

BUTBUT

BUT THE COMMAND CAN BE USEDTHE COMMAND CAN BE USED

THE COMMAND CAN BE USEDTHE COMMAND CAN BE USED

THE COMMAND CAN BE USED TT

TOO

CLEAR A "FCLEAR A "F

CLEAR A "FAILAIL

AILAIL

AIL TT

TO COMMUNICAO COMMUNICA

O COMMUNICAO COMMUNICA

O COMMUNICATE" INDICATE" INDICA

TE" INDICATE" INDICA

TE" INDICATION.TION.

TION.TION.

TION.

3.33.3

3.3 TESTING COMMUNICATION TO THE CENTRALTESTING COMMUNICATION TO THE CENTRAL

TESTING COMMUNICATION TO THE CENTRALTESTING COMMUNICATION TO THE CENTRAL

TESTING COMMUNICATION TO THE CENTRAL

REPORTING STATIONREPORTING STATION

REPORTING STATION

Arm thepanel.Violateazone.TheSiren/Bell shouldturnon,thearm

led will flash and the zone in alarm will be indicated, the premise

telephone should be inoperative (DEAD). After the Central Report-

ing Station receives a good transmission of this violation, it will send

a "Kiss-off" signal back to the panel and disconnect from the

telephone line, returning premise phone back to normal.

SECTION 4: SYSTEM KEYPADS OVERVIEW

There are two different model keypads available for the SC800/1600 of control panels. Model EKP1 LED display (for eight or sixteen zone

control panels) and model SK1L LCD English language display. Both keypads are capable of operating the system. The SK1L keypad

comes with a snapfit surface mount back box and the EKP1 keypad may be flush mounted. For flush mounting the EKP1 keypad, discard

the supplied back box.

The EKP1 cannot be used for system programming. The system can be programmed using the SK1L keypad or ScanPro Downloader

uploading/downloading software.

The next few sections of the manual deal with operating and programming the SC800/1600 panels using the SK1L keypad.

NONO

NOTE:TE:

TE:TE:

TE: For panel operation and keFor panel operation and ke

For panel operation and keFor panel operation and ke

For panel operation and keypad adypad ad

ypad adypad ad

ypad address prdress pr

dress prdress pr

dress programming of the EKP1,ogramming of the EKP1,

ogramming of the EKP1,ogramming of the EKP1,

ogramming of the EKP1, please refplease ref

please refplease ref

please refer to the installation and user maner to the installation and user man

er to the installation and user maner to the installation and user man

er to the installation and user manualsuals

ualsuals

uals

supplied with the kesupplied with the ke

supplied with the keypad.ypad.

ypad.ypad.

ypad.

MODEL SK1L - LCD KEYPAD INSTALLATION & OPERATION INSTRUCTIONSMODEL SK1L - LCD KEYPAD INSTALLATION & OPERATION INSTRUCTIONS

MODEL SK1L - LCD KEYPAD INSTALLATION & OPERATION INSTRUCTIONS

4.1 GENERAL DESCRIPTION

The SK1L alpha numeric keypad features a thirty two (32) character

liquid crystal display. Using the soft touch keys and item driven

menu, the user can easily understand system operation.

The keypad can be custom tailored for each installation by program-

ming the individual zone descriptions which will be displayed for the

system.

The keypad displays system status from one or more locations.

Additionally, built into each keypad is a miniature sounding device

which when active, indicates various system conditions such as

fault, test and pre-alarm warning.

Its attractive design and neutral color can blend easily in a variety of

commercial and residential installations.

4.2 SPECIFICATIONS

• Liquid crystal display (LCD) two line 32 character

display with backlighting

• Operating voltage 12-16VDC

• Current consumption: 80mA typically 100mA

maximum

• Temperature operating range 32° F - 120° F

• For indoor use only

• Dimensions: 4.68• H x 6.58• W x 1.2• D

• Shipping weight: 11 ounces

• Color - Beige

• Backlit, Rubberized keys

4.3 FEATURES

• 3 wire installation

• ”Super twist” LCD display that provides wide viewing

angle with high contrast

• Time and date or download message displayed during

standby condition

• Programmable zone descriptions

• Surface mountable to any flat surface

• Multi Function Piezo

• Separate user and installer programming options

• LCD backlight activated when any key is pressed,

•EEPROM memory retains information during power loss

4.4 KEYPAD CONNECTIONS MOUNTING AND

WIRING

1. Remove the keypad from the packing box. Verify that the user

manual is included.

2. Unsnap the keypad from the rear mounting plate.

3. Mount the keypad in a dry area that maintains a temperature

between 32° - 120°F. The keypad can be mounted to any flat

indoor surface.

4. Each keypad requires three (3) wires from the control panel. It

is recommended that the wire be a minimum 22 gauge.

Standard four (4) conductor cable can be used leaving one (1)

conductor as a spare.

5. A total of four (4) keypads can be connected to the system with

the maximum wire length, not to exceed 1000 ft. All keypad

connections must be “Home Run” back to the panel, meaning

all wires must directly return back to the control panel.

NOTE: KEEP KEYPAD WIRING AWAY FROM AC AND TELCO

LINES.

6. Usingtherearmountingplateasatemplate,mark themounting

holes. The suggested mounting height is between 48 and 54

inches from the floor to the top of the keypad. This will provide

the best viewing angle for most users.

7. Fasten the mounting plate using appropriate hardware (not

supplied), making sure the wire is pulled through the opening

provided.

8. Refer to Figure 3, Connect the control panel wires to the

keypad.

9. ”Snap” keypad onto mounting plate.

4.4 KEYPAD POWER UP CONDITION

When power is applied to the keypad, the LCD display will show

system status. Normally on the initial power up, if all detection

zones are secure, the keypad will display the “ready” condition

along with the time and date. A downloaded message can be

programmed to display from a remote PC instead of the time.

*** 00-00 00:00A

.READY..

4.5 KEYPAD DESCRIPTION

1. READY (GREEN) LED - When on indicates that all protected

areas are secure and the system is ready to be armed. A

blinking ready led indicates a fault condition.

2. ARM (RED) LED - When on indicates the system is armed or

on. A blinking armed led indicates that an alarm has occurred.

3. MULTI FUNCTION PIEZO - Provides steady and pulsed tones

to indicate various system conditions. The piezo will emit a

steady tone for entrance delay warning and ring back to

acknowledge C/S kiss off. The piezo will emit a pulsed tone for

exit delay, test, and fault functions.

4. EMERGENCY KEY PAIRS - Any one or all ofthe key pairs may

be enabled to locally annunciate and or remotely report emer-

gency conditions or both. Note that the key pairs are displayed

by the use of symbols. A label has been provided to identify to

the user the programmed use for each key pair.

5. SOFT TOUCH KEY PAD - Used to enter all operational and

programming commands.

SCANTRONIC

ARMED READY

TEST W EEKLY, - SEE OW NERS MA NUAL

▲

◆

▲

●

◆

■

●

5 6

■

FIGURE 6 -SK1L LCD KEYPAD DESCRIPTION

4.6 KEYPAD KEY SEQUENCE DESCRIPTIONS

FUNCTION KEY

The "Function" key is used in combination with other keys following

your passcode to enter various system operation modes.

(Note that when in any programming menu that this key

becomes the "Escape" key.)

GROUP 1 KEYS

[PPPP] +

●

▲

The "Group 1" key sequence is used to

bypass all burglary zones assigned to Interior Group 1.

GROUP 2 KEYS

[PPPP] +

▲

The "Group 2" key sequence is used to

bypass all burglary zones assigned to Interior Group 2.

2 DIGIT KEYS

●

1 2

}

The "2 Digit" keys are used to enter hexadecimal num-

bers A-F.

EXAMPLE: An “F” entry is required

Press:

●

1 2

}

The"2Digit"keysarealsousedwheneveruserneedstoenterazone

value greater than 9.

EXAMPLE: To bypass zone 13, Press:

[PASSCODE]+

●

▲

●

1 2

}

In the program mode, the [1&2] key pair is used to indicate the

additional zones that are hidden by screen limits.

TEST KEYS

▲

■

4+The "Test" key sequence is used whenever a system

self test is required.

FAULT KEYSIn the non auto scroll mode, the "Fault" key sequence

is used to access the fault analysis mode to analyze

a general system failure. It is also used to display the

status of a violated zone.

SYSTEM DIRECTORY KEYS

The"System Directory"keysequence isused toview

all the zone descriptions. This is very useful in the

nonautoscrollmodewherethezonedescriptionsarenotdisplayed

and the zone description is needed with the zone number.

MENU/UP CURSOR KEY

The"Menu/Upcursor"keyhastwofunctions.Themenukey

is initially used to access both installer and user menus.

While in Programming, the "Up cursor" is used to view and

“scroll up” through each description.

DOWN CURSOR

The "Down cursor" key is used in the installer and user

menus to view and “scroll down” through each description.

ESCAPE KEY

The "Escape" key is used to exit any installer or user

programming sequence. The Escape key is also used to

cancel any incomplete key sequence before the "Enter" key is

pressed. (Notethat whennot in programmingmenus thiskey is the

"Function" key.)

ENTER KEY

The"Enter" keymust bepressed followingevery command

sequence so that the system will recognize the command.

LEFTCURSOR KEY

Intheprogrammode,the"leftcursor"keyisusedtomovethe

cursor in the menu to the left.

RIGHT CURSOR KEY

In the program mode, the "right cursor" key is used to move

the cursor in the menu to the right.

▲

■

▲

◆

▲

5.2.1 CALLING A PC STATION

To enable the CALL STATION feature, the third phone number must

be programmed with the telephone number of the PC station. The

reporting format for the third telephone must be selected for

ScanPro.

Enter the installer, or user menu, select CALL STATION and press

▲

. The system will set up using the previously programmed

information and call the PC station.

An example for the Call Station feature would be: If the PC was set

up with new system programming and is currently in the unattended

mode, the Call Station option could be used to “download” the new

program information.

5.2.2 ANSWER CALL

See page 17, Section 7.4, ANSWERING A CALL FROM THE

KEYPAD.

5.2.3 PROGRAMMING MODE

See page 15, Section 6.0, PROGRAMMING INSTRUCTIONS.

5.2.4 VIEW HISTORY

TheViewHistoryoption allowsreviewingof thelast sixty(60)events

that occurred to the system if both EEPROMs are installed. This

option is very useful in tracking system problems, since all events

aresavedin achronologicalorder withtime anddatefor eachevent.

Event number sixty (60) was the last event to occur. If a single

EEPROM is used, the total amount of events available is twenty one

(21).

To View History, select the command from the installer's program-

ming menu or select as follows using a user's passcode:

[PPPP] +

▲

●

1 2

}

■

▲

ToclearpanelHistory,useInstaller'scodeinthefollowingsequence:

▲

}

+ [I I I I] +

▲

●

1 2

}

▲

To print panel History to a local printer, (using a DOB and Printer

must be enabled in location 30 of programming) use a user's

passcode in the following sequence:

[PPPP] +

▲

●

1 2

}

●

▲

Enter the Installer menu and select “View History”. The most recent

history event will be displayed immediately. Each history event will

be displayed in the following format.

SECTION 5: USER/INSTALLER MENUS

There are two menus available for the SC system, one for the

Userand one for the Installer. Each menuhas specific options

that are designed to aid in system operation and provide a

convenient method for changing system features.

5.1 USER MENU OPTIONS

ThelistofUserselectablefunctionscanbeinitiatedbyaccessingthe

User menu. To access the menu, enter the following key sequence:

[PASSCODE] +

▲

The first item of the menu will be displayed. The following is a list

ofallUserselectablemenuitemsastheywouldappearinsequential

order on the keypad display. You can restrict the user from access-

ing any or all of these programming functions, refer to programming

item 67, User Attributes.

SET TIME/DATE ANSWER CALL

SET ENTRANCE DELAY CALL STATION

SET EXIT DELAY EDIT ZONE NAME

EDIT USER CODE

To select a menu item, press the

▲

key.

To advance to the next item, press the

▲

key.

To exit the menu, press the ▲

key three to four times.

5.2 INSTALLER MENU OPTIONS

ThelistofInstallerselectablefunctions canbeinitiatedbyaccessing

the Installer menu. To access the menu, enter the following key

sequence.

▲

}

+ [INSTALLERS CODE] +

▲

The first item of the menu will be displayed. The following is the list

of Installer menu options in sequential order as they would appear

at the keypad.

SET TIME/DATE EDIT ZONE NAME

SET ENTRANCE DELAY EDIT USER CODE

SET EXIT DELAY

(These items are described in the users manual.)

CALL STATION COPY PROM

ANSWER CALL SEND

PROGRAMMING RETRIEVE

VIEW HISTORY

To select a menu item, press the

▲

key.

To advance to the next item, press the

▲

key.

To back up to a previous item, press the

▲

key.

To exit the Installer menu, press the

▲

key three to four times.

Zone or Auxiliary type report:

NN TY MO-DD HR:MM ----line 1

(zone/aux. numbers) ----line 2

Emergency or Station report:

NN TY MO-DD HR:MM ----line 1

STATION ## ----line 2

Opening or Closing report:

NN TY MO-DD HR:MM ----line 1

USER ## ----line 2

Where,

NN --Event number

DD --Day of occurrence

TY --2 character event type (listed below)

HR --Hour of occurrence (24 hour based)

MO --Month of occurrence

MM --Minute of occurrence

The 2 character event type (TY) are listed as follows:

AL --Zone(s) in alarm

AR --Alarm memory reset by user

TB --Zone trouble report

RT --Zone restore report

BP --Zone bypass report

AX --Auxiliary report(s)

E1 --Keypad emergency #1 report

E2 --Keypad emergency #2 report

E3 --Keypad emergency #3 report

E4 --Keypad emergency #4 report

DA --Door Access ie. "Door Strike"

DU --Duress report

OP --Opening report

ST --Station report

ET --System Test Mode

CL --Closing report

#1 - Low battery #4 - AC restore

#2 - AC fail #5 - 24 hour test

#3 - Low battery restore #6 - Up/Down load

#7 - Fail to communicate

TO STEP BACKWARD ONE EVENT:

To view the previous event, simple press the

▲

arrow key.

TO STEP FORWARD ONE EVENT:

To view the next available event, simply press the

▲

arrow key.

TO EXIT THE VIEW HISTORY MODE:

To exit the view history mode, press the

▲

key twice. This step

mustbedoneifhistory viewingisnolonger desiredsincethesystem

will not automatically exit this mode.

5.2.5 COPY PROM

The Copy Prom feature is used to duplicate a previously

programmed EEPROM, the following procedure must be

followed:

1. Power down the panel.

2. Install the pre-programmed EEPROM into the first

EEPROM slot marked U10, the new EEPROM to be

programmed should be inserted into the second slot

marked U11.

3. Place the installer “Pass Code Programming” link

P1, on the panel to the upper “Programming” posi-

tion.

4. Power up the panel again.

5. Enter the installer menu. NOTE: If the installer

code is unknown, follow the procedures de-

scribedforinitializinganewinstallercode (SEC-

TION 5.4).

6. Select the “Copy Prom” option from the menu. The

system will start the copying process as soon as the

▲

key is pressed. The process will take approxi-

mately 3.5 seconds. The display will show the mes-

sage “Process Passed” if the EEPROM is copied and

verified, otherwise the message “Process Failed”,

will be displayed. Enter the installer code again to

clear the message.

7. Return the P1 link to the "Normal" position.

5.2.6 PROGRAMMING THE KEYPAD ADDRESS

1. Enterthefollowingsequenceatthekeypadtoactivate

keypad programming mode:

✚✚

◆







INSTALLER CODE

◆

▲







PRESS SIMULTA NEOUSLY

2. When you enter programming mode you will be at

location 0. This is indicated by the top line in the

display saying ADDRESS and there will be a colon,

attheleft,onthesecondlineofthedisplay.Thecursor

will be to the right of the colon.

3. Using the number keys you can put in the keypad

address value. The keypad address can range from

0 to 3. This is the only location in the SK1L keypad

that needs to be programmed. To change the keypad

address put the cursor on the position next to the

colon and enter a new value. After entering the value

you want press the

▲

to save the new value.

4. To exit keypad programming enter the following se-

quence:

▲







PRESS SIMULTA NEOUSLY

5. The panel is now in normal mode and will operate as

a control panel. You must use the correct keypad

number when in partitioned mode to assign the

keypad to the partition you intend.

5.3.65.3.6

5.3.6 CLEAR LINECLEAR LINE

CLEAR LINECLEAR LINE

CLEAR LINE

}

●

Pressing the [1][1]

[1][1]

[1] and [3][3]

[3][3]

[3]keyssimultaneously willclear the entire line

on the editing window for any data type. If the data value is to be

deleted from the permanent EEPROM memory, the [ # ][ # ]

[ # ][ # ]

[ # ] key must be

pressed following this function.

5.3.75.3.7

5.3.7 DELETE CHARADELETE CHARA

DELETE CHARADELETE CHARA

DELETE CHARACTERCTER

CTERCTER

CTER

■■

}

Move the cursor under the desired character to be deleted, then

press the [4][4]

[4][4]

[4] key and [6][6]

[6][6]

[6] key simultaneousy to delete that character.

Any character or number being deleted from the display will be

removed permanently from the system after the [ # ][ # ]

[ # ][ # ]

[ # ] is pressed.

5.3.85.3.8

5.3.8 LINK KEYSLINK KEYS

LINK KEYSLINK KEYS

LINK KEYS

}

◆

The [7][7]

[7][7]

[7] and [9][9]

[9][9]

[9] keys, pressed simultaneously, between two numeric

entries, will select all digits (inclusive of the selected digits) between

the selected numeric keys.

EXAMPLE:EXAMPLE:

EXAMPLE:

Press the [1][1]

[1][1]

[1] key followed by the [7&9][7&9]

[7&9][7&9]

[7&9] and then the [6][6]

[6][6]

[6] key. The

display will show that all digits 1 through 6 were selected.

NOTE: If you are selecting a 2 digit number you must still use the

[1&2][1&2]

[1&2] keys prior to the 2 digit zone number.

5.45.4

5.4 REPROGRAMMING A NEW INSTALLER CODEREPROGRAMMING A NEW INSTALLER CODE

REPROGRAMMING A NEW INSTALLER CODEREPROGRAMMING A NEW INSTALLER CODE

REPROGRAMMING A NEW INSTALLER CODE

WHEN THE OLD CODE IS UNKNOWNWHEN THE OLD CODE IS UNKNOWN

WHEN THE OLD CODE IS UNKNOWN

If for any reason the installer code is lost, follow the procedures

below to re-initialize a new installer code.

1. Move the installer “Pass Code Programming” jumper P1 on

the panel to the programming position for one (1) second, then

move back.The display on the keypad will read the following:

Installer Code

XXXX

2. Enter the new four digit installer code followed by the [ # ][ # ]

[ # ][ # ]

[ # ] key.

3. Press the [ * ][ * ]

[ * ][ * ]

[ * ] key after the installer code is entered.

NONO

NOTE:TE:

TE:TE:

TE: If User #1 PIf User #1 P

If User #1 PIf User #1 P

If User #1 Pass Code appearass Code appear

ass Code appearass Code appear

ass Code appears after the installer prs after the installer pr

s after the installer prs after the installer pr

s after the installer programogram

ogramogram

ogram

jumper is mojumper is mo

jumper is moved,ved,

ved,ved,

ved, the system has the Installer Privthe system has the Installer Priv

the system has the Installer Privthe system has the Installer Priv

the system has the Installer Privacac

acac

acy fy f

y fy f

y featureeature

eatureeature

eature

set.set.

set. If this fIf this f

If this fIf this f

If this feature has been set,eature has been set,

eature has been set,eature has been set,

eature has been set, and the Pand the P

and the Pand the P

and the Panel Panel P

anel Panel P

anel Passass

assass

assww

woror

oror

ord isd is

d isd is

d is

knokno

known,wn,

wn,wn,

wn, the panel can be reprthe panel can be repr

the panel can be reprthe panel can be repr

the panel can be reprogrammed using the ScanProgrammed using the ScanPr

ogrammed using the ScanProgrammed using the ScanPr

ogrammed using the ScanProo

software on a remote PC.software on a remote PC.

software on a remote PC. If the PIf the P

If the PIf the P

If the Panel Panel P

anel Panel P

anel Passass

assass

assww

woror

oror

ord fd f

d fd f

d for door do

or door do

or download-wnload-

wnload-wnload-

wnload-

ing is unknoing is unkno

ing is unknown and the Installer Code is unknown and the Installer Code is unkno

wn and the Installer Code is unknown and the Installer Code is unkno

wn and the Installer Code is unknown,wn,

wn,wn,

wn, thethe

thethe

the

EEPREEPR

EEPROMOM

OMOM

will need to be replaced in orwill need to be replaced in or

will need to be replaced in order to access prder to access pr

der to access prder to access pr

der to access programming.ogramming.

ogramming.ogramming.

ogramming.

5.35.3

5.3 PROGRAMMING KEY FUNCTIONSPROGRAMMING KEY FUNCTIONS

PROGRAMMING KEY FUNCTIONSPROGRAMMING KEY FUNCTIONS

PROGRAMMING KEY FUNCTIONS

Some keys have a different meaning in the programming mode

depending upon the individual data type.

5.3.15.3.1

5.3.1 NUMBER KEYSNUMBER KEYS

NUMBER KEYSNUMBER KEYS

NUMBER KEYS

Number keys (1 through 9, and 0) are generally used as number

entry for all different data types. However, with zone description

entry, each number key represents a list of four different characters;

the number itself and three other English alphabet letters as shown

inthefollowing chart. Pressingdownthesamekeyseveraltimeswill

show the desired character on the display.

Table 2 identifies the characters available from the Number Keys.

TABLE 2 - KEYPABLE 2 - KEYP

ABLE 2 - KEYPABLE 2 - KEYP

ABLE 2 - KEYPAD PRAD PR

AD PRAD PR

AD PROGRAMMING CHARAOGRAMMING CHARA

OGRAMMING CHARAOGRAMMING CHARA

OGRAMMING CHARACTERSCTERS

CTERSCTERS

CTERS

5.3.25.3.2

5.3.2 ENTER KEYENTER KEY

ENTER KEYENTER KEY

ENTER KEY

▲

The [ # ][ # ]

[ # ][ # ]

[ # ] key has a dual function.First, it can be used when you want

to select a program item for programming as in selecting a phone

number. Once programming of an item has been completed, the

enter key is used to “store” the entry into the system memory.

5.3.35.3.3

5.3.3 LEFT AND RIGHT ARRLEFT AND RIGHT ARR

LEFT AND RIGHT ARRLEFT AND RIGHT ARR

LEFT AND RIGHT ARROO

OW KEYSW KEYS

W KEYSW KEYS

W KEYS

▲

The[left][left]

[left][left]

[left] and[right][right]

[right][right]

[right]arrowkeysare usedforcursormovementonce

a program selection has been made.

5.3.45.3.4

5.3.4 ESCAPE KEYESCAPE KEY

ESCAPE KEYESCAPE KEY

ESCAPE KEY

▲

The [ * ][ * ]

[ * ][ * ]

[ * ] key is used to exit through the various programming levels.

For example, once a user code has been entered at the data level

for item 66, pressing the escape key will exit the data level and the

prompt will move to the sub group item level indicating user number.

Once all programming is complete, the [ * ][ * ]

[ * ][ * ]

[ * ] key is used to exit the

programming mode and return the system to the normal mode of

operation.

5.3.55.3.5

5.3.5 NEXT/PREVIOUS KEYSNEXT/PREVIOUS KEYS

NEXT/PREVIOUS KEYSNEXT/PREVIOUS KEYS

NEXT/PREVIOUS KEYS

▲

The [Ne[Ne

[Ne[Ne

[Next]xt]

xt]xt]

xt] and [Pre[Pre

[Pre[Pre

[Previous]vious]

vious]vious]

vious] keys are used to sequentially move

through the program menu regardless of which programming level

is selected. When the [Do[Do

[Do[Do

[Down arrwn arr

wn arrwn arr

wn arroo

ow]w]

w]w]

w] key is pressed, the menu is

advanced to the next programming item.When the [Up arr[Up arr

[Up arr[Up arr

[Up arroo

ow]w]

w]w]

w] key

is pressed, the menu is returned to the previous item selected.

Press the [ # ][ # ]

[ # ][ # ]

[ # ] key, the display will then show the sub group item for

item 66 - the user codes available, in this case user number 1.

User Code #1

The system will display the third programming level, as indicated by

the cursor located in the data field. To access level 2 programming,

pressthe[ * ][ * ]

[*][*]

[*]key. Thecursorwillmovetothesubgroupitemnumber

field.

User Code #1

You may now move within the sub group item field.Example: Using

item 66 - Pass Codes above, the sub group items displayed are the

individual user codes.Currently user #1 is being displayed.To view

user 12 pass code, press: [ 1 ] [ 2 ] [ # ].

The display will then read the following:

User #12

The display will show the contents of the selected sub group item in

this case user #12's pass code.

6.46.4

6.4 LEVEL 3 DATA PROGRAMMINGLEVEL 3 DATA PROGRAMMING

LEVEL 3 DATA PROGRAMMINGLEVEL 3 DATA PROGRAMMING

LEVEL 3 DATA PROGRAMMING

This level identifies the actual data of the selected program item or

sub group item.

EXAMPLE:EXAMPLE:

EXAMPLE:

Item 1 phone number has been selected.

The display will read the following:

Enter Prog #1

Phone

Pressing the [ # ][ # ]

[ # ][ # ]

[ # ] key, the display will show the number programmed

fortelephonenumber1. Since no telephonenumber waspreviously

entered, the data field will appear blank.

Phone #1:_

The cursor will appear in the data field.

The [LEFT][LEFT]

[LEFT][LEFT]

[LEFT] and [RIGHT][RIGHT]

[RIGHT][RIGHT]

[RIGHT] arrow keys are used for cursor movement

on the data display line. If data is currently displayed, the new data

can be re-written right on top of the old data. However, if clearing

the line is necessary, do so using the clear line key combination.

IT IS STRIT IS STR

IT IS STRONGLONGL

ONGLONGL

ONGLY RECOMMENDEDY RECOMMENDED

Y RECOMMENDEDY RECOMMENDED

Y RECOMMENDED THATHA

THATHA

THATT

T THE DEFINITIONTHE DEFINITION

THE DEFINITIONTHE DEFINITION

THE DEFINITION

SECTION OFSECTION OF

SECTION OF THE PRTHE PR

THE PRTHE PR

THE PROGRAMMING INSTROGRAMMING INSTR

OGRAMMING INSTROGRAMMING INSTR

OGRAMMING INSTRUCTIONS BE READUCTIONS BE READ

UCTIONS BE READUCTIONS BE READ

UCTIONS BE READ

BEFORE ABEFORE A

BEFORE ATTEMPTINGTTEMPTING

TTEMPTINGTTEMPTING

TTEMPTING TT

TO PRO PR

O PRO PR

O PROGRAMOGRAM

OGRAMOGRAM

OGRAM THE SYSTEM.THE SYSTEM.

THE SYSTEM.THE SYSTEM.

THE SYSTEM.

SECTION 6.0: PROGRAMMING INSTRUCTIONS

6.16.1

6.1 PROGRAMMING MODEPROGRAMMING MODE

PROGRAMMING MODEPROGRAMMING MODE

PROGRAMMING MODE

The SC system must be placed into the programming mode before

any programming can begin. See "Keypad Programming" for

instructions on entering the Installer Keypad Programming mode.

Upon successful entry into the Programming mode the display

should read the following:

Enter Prog #1

Phone

When programming the SC800/1600 system, there are three (3)

programming levels available.

6.26.2

6.2 LEVEL 1 - MAIN ITEM GROUP PROGRAMMINGLEVEL 1 - MAIN ITEM GROUP PROGRAMMING

LEVEL 1 - MAIN ITEM GROUP PROGRAMMINGLEVEL 1 - MAIN ITEM GROUP PROGRAMMING

LEVEL 1 - MAIN ITEM GROUP PROGRAMMING

Thislevelidentifieswhich programmingitem has beenselected with

its associated item number.

EXAMPLEEXAMPLE

EXAMPLE::

Enter Prog #1

Phone

The example shows that programming item 1 phone number has

been selected.

In this programming level, the cursor or prompt appears for the

programming item number entry.The [up arr[up arr

[up arr[up arr

[up arroo

ow]w]

w]w]

w] and [do[do

[do[do

[down arrwn arr

wn arrwn arr

wn arroo

ow]w]

w]w]

keys are used to scroll back and forth through the menu displaying

the item numbers and their associated item descriptions.

A program item may be directly accessed by entering its program-

ming number, then pressing the [ # ][ # ]

[ # ][ # ]

[ # ] key.

6.36.3

6.3 LEVEL 2 SUB GROUP ITEM PROGRAMMINGLEVEL 2 SUB GROUP ITEM PROGRAMMING

LEVEL 2 SUB GROUP ITEM PROGRAMMINGLEVEL 2 SUB GROUP ITEM PROGRAMMING

LEVEL 2 SUB GROUP ITEM PROGRAMMING

This level allows movement within the selected sub group item.Sub

group item contents reflect options of the main group programming

items.

EXAMPLE:EXAMPLE:

EXAMPLE:

Main program item 66 - user codes has been selected.

The display will show the following:

Enter Prog #66

User Code

EXAMPLE 1:EXAMPLE 1:

EXAMPLE 1:

PRPR

PROGRAMMING NUMERIC DAOGRAMMING NUMERIC DA

OGRAMMING NUMERIC DAOGRAMMING NUMERIC DA

OGRAMMING NUMERIC DATT

TAA

The new phone number is to be 1 800 777 1313. If data is currently

displayed, press the clear line key combination. The display should

read the following:

Phone #1:_

Enter the new phone number, Press [1],[8],[0],[0],[7],[7],

[7],[1],[3],[1],[3].

Phone #1: 1 8 0 0 7

7 7 1 3 1 3 _

After the new data is entered, press the [ # ][ # ]

[ # ][ # ]

[ # ] key so the new data is

updated to the permanent EEPROM memory. The new phone

number is 1 800 777 1313.

Pressingthe[do[do

[do[do

[downarrwnarr

wnarrwnarr

wnarroo

ow]w]

w]w]

w] or[uparr[uparr

[uparr[uparr

[uparroo

ow]w]

w]w]

w]keyswhileinthedatalevel

ofprogrammingwillallowscrolling throughtheindividual dataitems.

6.4 PROGRAMMING ZONE DATA6.4 PROGRAMMING ZONE DATA

6.4 PROGRAMMING ZONE DATA

Programming zone data is the same as programming numeric data.

Ifyoumakeamistakeandinsertazonenumberwhichisnotwanted,

simply press that number a second time and it will be removed.

7.17.1

7.1 REMOTE PROGRAMMING (REMOTE PROGRAMMING (

REMOTE PROGRAMMING (REMOTE PROGRAMMING (

REMOTE PROGRAMMING (Up/DownloadingUp/Downloading

Up/DownloadingUp/Downloading

Up/Downloading))

))

)

The SC800/1600 system has the ability to be reprogrammed and

controlled from a remote location over the standard telephone

network, using an IBM PC or compatible computer equipped with a

modem and ScanPro Downloader Software. The system may have

individual memory locations programmed or the contents of the

entire memory may be uploaded/downloaded in less than two (2)

minutes. For more information on the ScanPro Downloader Soft-

ware, contact Sentrol, Inc.

7.27.2

7.2 AUTO CALL ANSWER METHODAUTO CALL ANSWER METHOD

AUTO CALL ANSWER METHODAUTO CALL ANSWER METHOD

AUTO CALL ANSWER METHOD

Thismethod requiresaset numberofringstobe programmedalong

with the correct panel password. The remote PC will call the

premises. After the control panel has sensed the set number of

rings, it will seize the phone line and begin communication with the

remote PC.

Ifthephonelineisansweredbyanyotherdevicethanthepanel(I.E..

Answering machine, person, etc.), the panel will sense the tones

from the computer and seize the phone line from the device. This

procedure will operate properly only if the telephone devices are

installed on the "house phones" side of the Line Seizure circuitry as

shown in FIGURE 4, page 5.

7.37.3

7.3 PANEL CALL BACK SECURITYPANEL CALL BACK SECURITY

PANEL CALL BACK SECURITYPANEL CALL BACK SECURITY

PANEL CALL BACK SECURITY (for secure Up/(for secure Up/

(for secure Up/(for secure Up/

(for secure Up/

Downloading)Downloading)

Downloading)

This method requires the following items to be programmed, a set

numberofrings, thecorrectpanel password, andthesecure upload/

downloadfeatureselected. Theremote PCdialsthe premises. The

control panel at the premises will pick up the phone line and if the

computer responds correctly, the control panel will hang up and dial

thecallbacktelephonenumber. Ifthecontrol paneldoesnotreceive

theproperresponseorifthecallbacknumberisnotansweredwithin

a preset time, the control will hang up and try to initiate another call.

Thecontrol panel will continueto dial to the preset numberof dialing

attempts. Using this method provides a higher level of security

becausethePCthatiscallingthepremisesmustbetheoneselected

with the call back number. This will almost eliminate all “Unwanted

Parties” from gaining access to the system.

7.47.4

7.4 ANSWERING A CALL FROM THE KEYPADANSWERING A CALL FROM THE KEYPAD

ANSWERING A CALL FROM THE KEYPADANSWERING A CALL FROM THE KEYPAD

ANSWERING A CALL FROM THE KEYPAD

This is the only way the panel can answer the call if zero rings are

programmed. TheAnswerCalloptioncanbeusedatanytimetopick

up an incoming call, from a PC or another panel. The user or alarm

technician must be instructed to enter the user menu and select the

AnsAns

Answer Callwer Call

wer Callwer Call

wer Call option once the telephone begins ringing at the

premises. After the [ # ][ # ]

[ # ][ # ]

[ # ] key is pressed, the control panel will seize

the phone line and begin communication.

This option is also required in situations where a direct connection

is used to program the panel. Attach the modem to the panels Ring

and Tip. Activate the "Answer Call" after ScanPro begins emitting

the modem tone.

7.57.5

7.5 "LIMITED ACCESS" PROGRAMMING"LIMITED ACCESS" PROGRAMMING

"LIMITED ACCESS" PROGRAMMING"LIMITED ACCESS" PROGRAMMING

"LIMITED ACCESS" PROGRAMMING

This feature allows the system to be tailored for the end user. The

system can be programmed to allow a particular access code

access to a limited number of zones.

An example of "Limited Access" in a residential system might be:

With an eight (8) zone system and a single keypad. The user is

assigned all eight (8) zones while the maid is assigned all zones

exceptzoneeight (8)protecting a wallsafe. Only the user isallowed

access to the safe without setting off the alarm system. The

programming required for this "Limited Access" example would be

as follows:

Item 52 - Zones assigned to keypad.

Program zones one (1) through eight (8) for keypad 1, keypad

address of "0".

Item 66 - User pass codes

Program two (2) pass codes one (1) for the user and one (1) for the

maid.

Item 68 - Zones assigned to user

Program user #1 for zones 1-8 and user #2 (the maid's code) for

zones 1-7.

To arm the entire system, all partitioned areas must be armed. In

this example, user 1 the user, was assigned all zones one (1)

through eight (8). When he arms, the Armed led will be on and the

displaywill showthearmed condition. Ifthemaidarmedthesystem,

she would only have armed her partitioned area zones one (1)

throughseven(7). Thedisplaywouldshowthearmedandbypassed

condition.

Using the above example, when the user code is used that is

assigned less zones than the amount of zones assigned to the

keypad,theunassignedzoneswouldappearasBYPASSEDandthe

assigned zones would be ARMED.

7.67.6

7.6 PARTITIONINGPARTITIONING

PARTITIONINGPARTITIONING

PARTITIONING

A partition is a restricted area consisting of one or more zones.You

may restrict a user, a keypad or both from arming/disarming a zone

or group of zones.

An example of "Partitioning" in a Commercial Installation might be:

A sixteen (16) zone system with two areas to protect such as an

office as partition one and a warehouse as partition two. These are

two totally separate areas and will be monitored from their own

keypads. We will assume that Users 1-12 will control the first

partition (zones 1- 10) and that Users 13-21 will control the second

partition (zones 11-16). User 1 and 2 will need to have access to

both areas.

The programming required for this partitioning example would be as

follows:

Item 30 - Miscellaneous system function select

Program in Group 2 a “2” for multi-premise operation. This keeps

the areas separate. Without this bit set User codes from one area

have control over the other area.

SECTION 7.0: SPECIAL PANEL FEATURES

Item 52 - Zones assigned to keypad.

Program zones one (1) through twelve (12) for keypad 1, keypad

address of "0". Program zones thirteen (11) through sixteen (16) for

keypad 2, keypad address of "1".

Item 66 - User pass codes

Program the first group of users (1-12) that will access the office.

Program the second group of users (13-21) that will have access to

the warehouse. User codes 1 and 2 would be duplicated as users

13 and 14.

Item 67 - User Attributes

Program user 13 as the User Group Boundary. This user is now

identified as the first user of the second partition.

Item 68 - Zones assigned to user

Program users 1-12 with zones 1-10. Program users 13-21 with

zones 11-16. This location can also be used to have the "Limited

Access" feature by simply omitting the zones a particular user will

not have access to.

7.77.7

7.7 DISARMING THE SYSTEMDISARMING THE SYSTEM

DISARMING THE SYSTEMDISARMING THE SYSTEM

DISARMING THE SYSTEM

As in arming the system, the entire system must be disarmed to

display the ready status. Referring to our previous example in

section 7.5, if the maid disarmed the system, she would have only

disarmed her partitioned area zones one (1) through seven (7).

Zone eight (8), the safe, would still be armed and zones 1-7 would

indicate BYPASSED.

7.87.8

7.8 COMMON ZONINGCOMMON ZONING

COMMON ZONINGCOMMON ZONING

COMMON ZONING

SCSystempartitioningisveryflexible. Bothusersandkeypadsmay

control common zones (an example would be a hallway common to

a set of offices).

EXAMPLE:EXAMPLE:

EXAMPLE:

An example of Common Zoning would be four doctors offices

sharing an SC800/1600 panel. Each office is given a separate

keypad with its own unique address. Each office (keypad) can now

be assigned a group of different zones (partitions) and finally each

office is assigned user codes with the user group assigned to zones

of their associated office. The common zone will be zone 1 shared

by all users and partitions. For "Common Zoning", each partition

must have a separate group delay assigned to it.

The programming required for this partition example would be as

follows:

Item 52 - Zones assigned to keypad

Program zones two (2) through four (4) for keypad 1, keypad

address = 0.

Program zones five (5) through eight (8) for keypad 2, keypad

address = 1.

Program zones nine (9) through twelve (12) for keypad 3, keypad

address = 2.

Program zones thirteen (13) through sixteen (16) for keypad 4,

keypad address = 3.

Refer to the keypad installation manual for proper keypad program-

ming.

Item 30 - Miscellaneous system function select

Program second miscellaneous system function select with a“2”for

multi-premise operation.

Item 66 - User pass codes

Program all thirty two (32) user codes.

The SC800/1600 system has the capability to allow thirty two (32)

users to operate the system. In multi-premise partitioning, these

users must be assigned to the specific keypad area they will control.

Thisis accomplished bysetting up a user boundaruser boundar

user boundaruser boundar

user boundaryy

y-programming

an eight (8) in item 67 - user attributes for the firfir

firfir

first user of thest user of the

st user of thest user of the

st user of the

second,second,

second, thirthir

thirthir

third and fd and f

d and fd and f

d and fourour

ourour

ourthth

thth

th partitions.

Any user who is allowed to change codes will have the ability to alter

anan

any and ally and all

y and ally and all

y and all of the system user codes regardless of which partition

to which he is assigned.

Item 67 - User attributes

In an equally divided 32 user system as in the example the user

attribute 8 would be programmed at users 9, 17 and 25.

Item 68 - Zones assigned to user

Program the zones assigned to each individual user of the system.

Users 1-8 would be programmed for zones 1-4, users 9-16 pro-

grammed for zone 1 and 5-8, users 17-24 programmed for zone 1

and 9-12, and users 25-32 programmed for zone 1 and 13-16 .

One or more of the offices may have a sub-partition (partition within

a partition). For example, users 6,7 and 8 of partition one may be

denied access to the drug cabinet by not assigning these users the

zones associated with the drug cabinet.

PRPR

PROGRAMMING CONSIDERAOGRAMMING CONSIDERA

OGRAMMING CONSIDERAOGRAMMING CONSIDERA

OGRAMMING CONSIDERATIONSTIONS

TIONSTIONS

TIONS

Common zoning is accomplished by assigning Zones per Keypad in

Item 52 that are strictly for that partition, except the common

zone(s). Assigning all common zones to appropriate users in Item

68 is how the operation is implemented. This will allow the first

partition disarmed to disarm the common zone(s) and the last

partition armed will arm the common zone(s). While the common

zone is disarmed, the zone will indicate as "Bypassed" on any and

all keypads that are in the armed state.

These zones must be specified as Entry/Exit Zones only and

assigned to an E/E Zone Delay Group. All partitions must have at

least one of their zones programmed into their respective Delay

Groups. In the above example zone 1 would be in 41 and 42 for

Group #1, Z5 would be in 42 for Group #2, Z9 would be in 42 for

Group #3 and Z13 would be in 42 for Group #4. Each keypad then

would tone during the Entry time as well as the Exit time. It is

recommended that the Entrance/Exit times be set the same for all

of the partitions to minimize nuisance alarms caused by inadequate

disarm time. Any alarm report generated for the common zone will

be reported to Partition (1) Account number.

7.97.9

7.9 MULTI-PREMISE SYSTEM OPERATIONMULTI-PREMISE SYSTEM OPERATION

MULTI-PREMISE SYSTEM OPERATIONMULTI-PREMISE SYSTEM OPERATION

MULTI-PREMISE SYSTEM OPERATION

System operation in multi-premise partitioning is the same as it

would be in the normal mode of operation except that the following

two system features are unavailable:

Automatic Bellutomatic Bell

utomatic Bellutomatic Bell

utomatic Bell TT

Testest

estest

est TT

Test Modeest Mode

est Modeest Mode

est Mode

7.9.17.9.1

7.9.1 BELL OPERATIONBELL OPERATION

BELL OPERATIONBELL OPERATION

BELL OPERATION

In multi-premise partitioning, each keypad area 1 through 4, can be

assigned an individual bell, provided a Data Output Board DOB is

installed. If individual bell operation is desired, item thirty (30), third

miscellaneoussystem functionselect mustbe setfora 1-output bell

module installed.

Refer to DOB (Data Output Board) instructions for installation and

wiring.

In multi-premise partitioning, if a single bell is used and an alarm

occurs,itmustbesilencedfromthekeypadassociatedwiththezone

that initiated the alarm, unless "Silence All Area Bells" in Item 30,

First Misc. Select, is set for an eight (8) - Silence All Area Bells.

7.9.27.9.2

7.9.2 FIRE ZONESFIRE ZONES

FIRE ZONESFIRE ZONES

FIRE ZONES

All fire zones are shared in multi-premise partitioning so that the

alarm condition will be displayed at all locations. The alarm can be

silenced from any keypad area.

Warning:arning:

arning:arning:

arning: If this system is used fIf this system is used f

If this system is used fIf this system is used f

If this system is used for fire pror fire pr

or fire pror fire pr

or fire protection,otection,

otection,otection,

otection, special carespecial care

special carespecial care

special care

must be taken in the installation,ust be taken in the installation,

ust be taken in the installation,ust be taken in the installation,

ust be taken in the installation, the sensor selection and theirthe sensor selection and their

the sensor selection and theirthe sensor selection and their

the sensor selection and their

placement.placement.

placement. FolloFollo

FolloFollo

Follow all NFPw all NFP

w all NFPw all NFP

w all NFPA guidelines and make sure that allA guidelines and make sure that all

A guidelines and make sure that allA guidelines and make sure that all

A guidelines and make sure that all

system components and wiring are prsystem components and wiring are pr

system components and wiring are protected botected b

otected botected b

otected by appry appr

y appry appr

y approo

oved fireved fire

ved fireved fire

ved fire

sensorsensor

sensors.s.

s.s.

7.9.37.9.3

7.9.3 SHARED ZONESSHARED ZONES

SHARED ZONESSHARED ZONES

SHARED ZONES

Shared zones are defined as any zones that are required to indicate

status at each of the shared keypads of a partitioned system. The

individual zones to be assigned are placed in Item 52. Activated

24hr. zones may be silenced from any keypad.

To silence an alarm created bo silence an alarm created b

o silence an alarm created bo silence an alarm created b

o silence an alarm created by a shared by a shared b

y a shared by a shared b

y a shared burur

urur

urglarglar

glarglar

glary zone typey zone type

y zone typey zone type

y zone type,,

,thethe

thethe

the

feature Silence All Area Bells meature Silence All Area Bells m

eature Silence All Area Bells meature Silence All Area Bells m

eature Silence All Area Bells must be elected in item 30 ofust be elected in item 30 of

ust be elected in item 30 ofust be elected in item 30 of

ust be elected in item 30 of

prpr

programming.ogramming.

ogramming.ogramming.

ogramming.

7.9.47.9.4

7.9.4 INCREMENTING AINCREMENTING A

INCREMENTING AINCREMENTING A

INCREMENTING ACCOUNT NUMBERSCCOUNT NUMBERS

CCOUNT NUMBERSCCOUNT NUMBERS

CCOUNT NUMBERS

This feature is only used in multi-premise/partitioned installations

only. This allows the #1 Account number to be incremented by one

(1) for each of the partitions. Global research such as AC loss, Low

Battery, etc.are reported to the #1 Account number. This is enabled

by programming an eight (8) in Item 27, Auxiliary Report Selection

for Telephone #2.

Note: Silent Knight receivers using 4 + 2 format are not compatible

with incrementing account numbers.

7.9.5 AUTO-ARMING7.9.5 AUTO-ARMING

7.9.5 AUTO-ARMING

This is a feature to provide an automatic preselected arming

command to be given to the panel. The selected time is placed in

item 58. It is enabled by placing an (8) in item 27, Auxiliary Report

Selection for Telephone #1. Item #60 must be programmed with

each appropriate day that is required for Auto-Arm to occur. If the

system is be supervised with Open/Close reports, the identifier

when this Auto-Arming occurs is user #8.

Remember:Remember:

Remember: If AIf A

If AIf A

If Auto Arming is to be used,uto Arming is to be used,

uto Arming is to be used,uto Arming is to be used,

uto Arming is to be used, select apprselect appr

select apprselect appr

select appropriateopriate

opriateopriate

opriate

zones fzones f

zones for User #8 in item #68 of the pror User #8 in item #68 of the pr

or User #8 in item #68 of the pror User #8 in item #68 of the pr

or User #8 in item #68 of the programming.ogramming.

ogramming.ogramming.

ogramming.

If the system were to have a zone in violation at the time of arming

aForceArmreportwouldbegenerated. ThefourthdigitintheClose

code (item #20) is the Force Arm report code and would be

transmittedto thecentral station. Thiscode would precede thezone

identifier for each of the zone(s) that had been Force Armed.

IT IS HIGHLIT IS HIGHL

IT IS HIGHLY RECOMMENDEDY RECOMMENDED

Y RECOMMENDEDY RECOMMENDED

Y RECOMMENDED TT

TO USEO USE

O USEO USE

O USE THE FORCE ARMTHE FORCE ARM

THE FORCE ARMTHE FORCE ARM

THE FORCE ARM

REPORREPOR

REPORTING FEATING FEA

TING FEATING FEA

TING FEATURETURE

TURETURE

TURE WITHWITH

WITHWITH

WITH THE ATHE A

THE ATHE A

THE AUTUT

UTUT

UTO-ARM FEAO-ARM FEA

O-ARM FEAO-ARM FEA

O-ARM FEATURETURE

TURETURE

TURE TT

TOO

VERIFY SYSTEM SECURITYVERIFY SYSTEM SECURITY

VERIFY SYSTEM SECURITY..

Note:Note:

Note: If a ForIf a For

If a ForIf a For

If a Force Arm occurce Arm occur

ce Arm occurce Arm occur

ce Arm occurs it MUST be unders it MUST be under

s it MUST be unders it MUST be under

s it MUST be understoodstood

stoodstood

stood

that the alarm system IS NOthat the alarm system IS NO

that the alarm system IS NOT SECURE and shouldT SECURE and should

T SECURE and shouldT SECURE and should

T SECURE and should

be inbe in

be investigated to identify whvestigated to identify wh

vestigated to identify whvestigated to identify wh

vestigated to identify whyy

y..

No signal wNo signal w

No signal would beould be

ould beould be

ould be

sent if zone contact was made good since thesent if zone contact was made good since the

sent if zone contact was made good since the

restoral could be a "crestoral could be a "c

restoral could be a "closed blosed b

losed blosed b

losed but not locut not loc

ut not locut not loc

ut not locked" doorked" door

ked" doorked" door

ked" door..

The site should be inspected anThe site should be inspected an

The site should be inspected any time that a Fory time that a For

y time that a Fory time that a For

y time that a Forcece

cece

Arm signal is sent.Arm signal is sent.

Arm signal is sent.

7.9.6 CONDITIONAL OPENING SIGNAL7.9.6 CONDITIONAL OPENING SIGNAL

7.9.6 CONDITIONAL OPENING SIGNAL

Thisis a featureto providea unique code tothecentral station when

the system has been disarmed after an alarm has occurred. This

would signify to the central station that someone was at the site with

a viable access code. The code generated will be, the digit 1 or 2 in

item #21, followed by the appropriate user code.

Note:Note:

Note:

This fThis f

This featureeature

eatureeature

eature WILL NOWILL NO

WILL NOWILL NO

WILL NOT wT w

T wT w

T work in conjunction with Open/ork in conjunction with Open/

ork in conjunction with Open/ork in conjunction with Open/

ork in conjunction with Open/

CloseClose

Close..

7.10 PANEL OPERATION USING THE SCANPRO7.10 PANEL OPERATION USING THE SCANPRO

7.10 PANEL OPERATION USING THE SCANPRO

DOWNLOADER SOFTWAREDOWNLOADER SOFTWARE

DOWNLOADER SOFTWARE

The panel can be accessed, status viewed and remotely Armed/

Disarmed using the ScanPro Downloader software. If the software

is used to Arm or Disarm and Open/Closes has been selected the

central station will receive the user identifier for user 15.

If Open/Close reporIf Open/Close repor

If Open/Close reporting is selected and ScanPrting is selected and ScanPr

ting is selected and ScanPrting is selected and ScanPr

ting is selected and ScanPro is used to Armo is used to Arm

o is used to Armo is used to Arm

o is used to Arm

or Disarm the system the Upload/Door Disarm the system the Upload/Do

or Disarm the system the Upload/Download Code should bewnload Code should be

wnload Code should bewnload Code should be

wnload Code should be

enabenab

enabled with a special digit so that it wled with a special digit so that it w

led with a special digit so that it wled with a special digit so that it w

led with a special digit so that it would accompanould accompan

ould accompanould accompan

ould accompany they the

y they the

y the

User 15 reporUser 15 repor

User 15 reporting codeting code

ting codeting code

ting code..

This wThis w

This would alloould allo

ould alloould allo

ould allow the central station tow the central station to

w the central station tow the central station to

w the central station to

be abbe ab

be able to diffle to diff

le to diffle to diff

le to differentiate the twerentiate the tw

erentiate the twerentiate the tw

erentiate the two usero user

o usero user

o users.s.

s.s.

This manual suits for next models

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