Garnet Pc-900g User guide

EN ENGLISH PC-900G

www.garnet.com.ar

Alarm Panel

Installer Manual

General Information

WARNING: This manual contains information regarding the operation of PC-900G® and its

restrictions/limitations; therefore, it must be read carefully.

Limited warranty: Alonso Hnos. Sirenas S.A. (the seller) guarantees that its products are

free of both material and manufacture defects with normal use throughout a year. Except

what is specically mentioned herein, all guarantees, either express or implied, statutory

or of any other kind, any implied guarantee of marketability or adaptability for a specic

purpose, are expressly excluded. Due to the fact that the seller does not install or connect

the products and because the products may be used with products that are not

manufactured by the seller, the seller cannot guarantee the performance of the security

system and shall not be responsible for the circumstances resulting from the inability of

the product to work. The seller’s obligation under this warranty is expressly limited to the

repair or replacement, according to the seller, of any product that does not comply with

the specications. Product returns must include the purchase invoice and must occur

within the warranty term. Under no circumstance shall the buyer or any other person make

the seller responsible for any loss or damage, either direct or indirect, including, but not

limited to any damages caused by benets loss, stolen goods or third-party claims, that are

caused by defective items, or incorrect use or installation of the product. Notwithstanding

the above, the seller’s maximum responsibility is strictly limited to the purchase price of

the defective product. The use of this product means the acceptance of this warranty.

ATTENTION: Distributors, installers and/or others that sell the product are not authorized to

modify this warranty or establish additional warranties that compromise the seller.

WARNING: Please read carefully.

Note for the installers

This warning contains vital information aimed at the sole person in contact with the user

system. It is their responsibility to consider each section of this warning for the attention of

the users of this system.

System aws

The system has been carefully designed to be as eective as possible. However, there are

certain circumstances such as re, burglary or other types of emergencies for which

protection cannot be provided. Any alarm system could be deliberately compromised or

may fail when operating for a number of reasons, namely:

Incorrect installation

A security system must be correctly installed in order to provide adequate protection.

The equipment cannot be installed in places where it is exposed to humidity or spills.

Each installation must be assessed by a security professional to ensure that all points and

access areas are covered. Locks and hooks in windows and doors must be secure and work

according to their design. Windows, doors, walls, ceilings and other materials must have

enough strength so as to provide the expected level of protection. A reassessment must be

done during and after any construction activity. If available, an assessment by the police or

reghters department is highly recommended. The equipment must be installed in rooms

with temperatures between 0ºC and 70ºC.

Criminal knowledge and sabotage

This system contains security characteristics that were considered eective at the moment

of manufacturing. It is possible that people with criminal intentions develop techniques

that could reduce the eectiveness of these characteristics. It is very important that the

security system is checked periodically in order to ensure that its characteristics remain

eective, and that are updated or replaced if they do not provide the expected protection.

Access by intruders

Intruders may enter through an unprotected access point, get by a sensor device, evade

detection by moving through an insuciently covered area, disconnect a warning device,

interfere or avoid the correct performance of the system.

Power glitch

Control units, intrusion detectors, smoke detectors and many other security devices require

sucient power supply in order to perform correctly. If a device uses batteries, it is possible

that the batteries fail. Even so, these should be charged in good conditions and correctly

installed. If a device uses alternating current (AC), any interruption, even a slow one, will

prevent the device from working as long as there is no power. Power outages of any duration

often occur together with voltage uctuations, which may damage electronic devices such as

security systems. Immediately after a power outage occurs, you should do a complete test of

the system to ensure that the system is working properly.

Compromised wireless devices

The signal will not reach the receptor under all circumstances, which include metallic objects

placed near the receptor or deliberate interference.

Failure of replaceable batteries

The expected lifetime of the battery will depend on the environment, the usage and the type

of device. Environmental conditions such as excessive humidity, high or low temperatures,

or temperature uctuations may reduce the battery lifetime. Regular tests and maintenance

will keep the system in good operating conditions.

System users

It is very important that all system users are trained in the correct operation of the alarm

system and that they know how to respond to an alarm.

Smoke Detectors

Smoke detectors, which are part of the system, may not alert the people inside about a re

for a number of reasons, some being the following: smoke detectors might have been wrongly

installed or positioned. The smoke cannot reach the smoke detectors, like when the re is

in the chimney, walls or roofs, or on the other side of closed doors. Smoke detectors cannot

detect smoke of res coming from other oors of the residence. Each re is dierent in the

amount of smoke they produce and speed. Smoke detectors may not detect equally well all

types of res. Smoke detectors cannot quickly warn about res caused by neglect or lack of

safety like smoking in bed, violent explosions, gas leaks, incorrect storage of fuels, overloaded

electric circuits, playing with matches or arson. Even if the smoke detector works as it is desig-

ned, there may be circumstances where there is insucient warning time to allow the people

inside to escape in time to avoid injuries or death.

Movement Detectors

Movement detectors can detect movement only within the designated areas, as shown in the

corresponding installation instructions. The detectors do not distinguish between intruders

and/or inhabitants of the premises or property, and they do not provide a volumetric area of

protection either. These have multiple detection rays and movement can only be detected in

non obstructed areas that are covered by those rays. The detectors cannot detect movement

behind walls, ceilings, oors, closed doors, and divisions, doors or windows made of glass.

Any type of sabotage, either intentional or not, will be prejudicial to the detectors’ correct

operation. Passive infrared movement detectors operate by detecting changes in

temperature. However, their eectiveness may be reduced when the room temperature

rises to or above body temperature, or if there are intentional or unintentional sources of

heat within or close to the area of detection. Some sources of heat may be heaters, radiators,

stoves, roasters, chimneys, solar light, etc.

Warning Devices

Warning devices such as sirens, bells, horns or stroboscopic devices will not alert or wake

someone up if there is a door or wall in between. If the warning devices are located in a

dierent level of the premises, it is less likely that the people inside can be warned or waken

up. Audible warning devices may suer interference from other sources of noise such as

sound systems, radios, T.V., air conditioners, etc.

Audible warning devices, even those with a strong noise, may not be heard by people with

hearing conditions.

Telephone lines

If telephone lines are used to transmit alarms, they may be out of service or busy for some

time. Also, an intruder may cut the line or sabotage its operation by more sophisticated

means, which would be very dicult to detect.

Insucient time

There may be circumstances when the system works as per its design and even so, the people

inside will not be protected against emergencies due to their inability to respond to

the warnings in time. If the system is supervised, the response may not occur in time to

protect the people inside or their belongings.

Component Failure

Despite all eorts made towards the system reliability, it can fail in its operation due to a

component failure.

Incorrect Test

Most troubles/failures of an alarm system may be found through tests and regular

maintenance. All the system must be tested on a weekly basis and immediately after

an intrusion, re, storm, earthquake, accident or any type of construction activity inside or

outside the premises. The test must include all the devices that are part of the system, like

sensors, keypads, sirens, etc.

Security and Insurance

Despite all its capabilities, an alarm system is not a replacement of a life or property

insurance. An alarm system is not a replacement for the property owners, tenants or others

to act carefully in order to prevent or minimize the harmful eects of an emergency situation.

INDEX

Wiring Diagram..................................................................................................................................................................................................................................... 4

Section 1: Introduction to the System.............................................................................................................................................................................................. 4

1.1 Specications.................................................................................................................................................................................................................... 4

1.2 Additional devices............................................................................................................................................................................................................ 5

Section 2: Starting the installation................................................................................................................................................................................................... 6

2.1 Installation steps.............................................................................................................................................................................................................. 6

2.2 Description of terminals.................................................................................................................................................................................................. 6

2.3 Installation and operation of BUS-D485........................................................................................................................................................................ 6

2.4 Current values for modules and accessories................................................................................................................................................................ 6

2.5 Keypads assignment........................................................................................................................................................................................................ 7

2.6 Monitoring......................................................................................................................................................................................................................... 7

2.7 Remove modules............................................................................................................................................................................................................. 7

2.8 Zones wiring...................................................................................................................................................................................................................... 7

2.9 Fire zones wiring............................................................................................................................................................................................................... 7

2.10 Keypad Zones.................................................................................................................................................................................................................... 7

2.11 Zone expansion modules................................................................................................................................................................................................ 7

Section 3: Keypad commands............................................................................................................................................................................................................. 8

3.1 Arm and Disarm............................................................................................................................................................................................................... 8

3.2 Stay Arming....................................................................................................................................................................................................................... 8

3.3 Automatic Arming and Disarming.................................................................................................................................................................................. 8

3.4 Force Arming.................................................................................................................................................................................................................... 8

3.5 Commands [*].................................................................................................................................................................................................................. 8

3.6 Function keys.................................................................................................................................................................................................................... 8

Section 4: How to program................................................................................................................................................................................................................. 9

4.1 Installer programming..................................................................................................................................................................................................... 9

4.2 Programming special data.............................................................................................................................................................................................. 9

4.3 4.3 See Programming...................................................................................................................................................................................................... 9

Section 5: Program description........................................................................................................................................................................................................ 9

5.1 Programming security codes.......................................................................................................................................................................................... 9

5.2 Programming zones........................................................................................................................................................................................................ 9

5.3 Zone attributes............................................................................................................................................................................................................... 10

5.4 Cross zones..................................................................................................................................................................................................................... 10

5.5 Group inhibition zone.................................................................................................................................................................................................... 10

5.6 Keypad zone assignment............................................................................................................................................................................................... 10

5.7 Information download................................................................................................................................................................................................... 10

5.8 Options of PGM Output................................................................................................................................................................................................. 10

5.9 PGM connection............................................................................................................................................................................................................. 11

5.10 Siren output.................................................................................................................................................................................................................... 11

5.11 Periodic test report........................................................................................................................................................................................................ 11

5.12 Report on follower test of armed system................................................................................................................................................................... 11

5.13 Manual test report......................................................................................................................................................................................................... 11

5.14 Retransmission of test and/or network failure test report in case of communication failure............................................................................. 11

5.15 Fire, Medical and Panic keys......................................................................................................................................................................................... 11

5.16 Event buer..................................................................................................................................................................................................................... 11

5.17 Zone Loop response....................................................................................................................................................................................................... 11

5.18 Communication scenarios............................................................................................................................................................................................. 11

5.19 How to operate with communication scenarios......................................................................................................................................................... 11

5.20 Restore to factory settings............................................................................................................................................................................................. 11

Section 6: Programming wireless devices..................................................................................................................................................................................... 11

6.1 How to pair a wireless sensor....................................................................................................................................................................................... 12

6.2 How to pair wireless keychains.....................................................................................................................................................................................12

6.3 How to remove wireless sensors.................................................................................................................................................................................. 12

6.4 How to remove wireless keychains.............................................................................................................................................................................. 12

6.5 How to verify the correct operation of a wireless sensor.......................................................................................................................................... 12

6.6 How to view the zones allocated to each sensor........................................................................................................................................................ 12

6.7 How to remove all sensors and/or keychains............................................................................................................................................................. 12

6.8 How to pair a PGM-W module ...................................................................................................................................................................................... 12

6.9 How to remove PGM-W modules.................................................................................................................................................................................. 12

Section 7: Programming through WiFi............................................................................................................................................................................................12

7.1 Technical specications................................................................................................................................................................................................. 12

7.2 Module description........................................................................................................................................................................................................ 13

7.3 Status light indicators.....................................................................................................................................................................................................13

7.4 Programming the communicator and the panel using the Garner Programmer App........................................................................................... 13

7.5 Activation of telephones or terminals.......................................................................................................................................................................... 13

7.6 Programming videos...................................................................................................................................................................................................... 14

7.7 Restore the conguration of the communicator to factory settings........................................................................................................................ 14

Section 8: COM-900 additional communicator............................................................................................................................................................................. 14

8.1 General Information....................................................................................................................................................................................................... 14

8.2 Technical specications................................................................................................................................................................................................. 14

8.3 Module description......................................................................................................................................................................................................... 14

8.4 Status light indicators.................................................................................................................................................................................................... 14

8.5 Communicator programming....................................................................................................................................................................................... 14

Section 9: Codes of reports transmitted via contact ID and SIA.............................................................................................................................................. 15

Section 10: Programming Parameters............................................................................................................................................................................................16

Faults Table ........................................................................................................................................................................................................................................... 34

Warranty............................................................................................................................................................................................................................................... 35

Notes...................................................................................................................................................................................................................................................... 36

SECTION 1: Introduction to the system

This manual is designed to help you throughout the installation process of the Alarm

Panel PC-900G®. We suggest that you read the complete manual before starting the

installation process so you can better understand all this security system has to oer.

This manual is not designed for the end user. End users are advised to read the User

Manual provided with the system. If you have any questions regarding the procedures

described in this manual, please enter www.garnet.com.ar/Soporte_Tecnico/Consultas

1.1 Specications

Programming

• Local programming through keypads.

• Local programming through PC-LINK wire (adapter cable).

• Remote programming through WiFi and COM-900® with AC4 software and with

Garnet Programmer App.

Partitions

The system has 4 independent partitions and the possibility of sharing zones in

any of them, thus obtaining partitions with zones that are common to 4 partitions.

Flexible Conguration of Zones

• 32 completely programmable zones with 19 dierent function settings and 8

dierent attributes, one for each.

• 1 additional zone for each installed keypad

• Zone loop with simple EOLR

• Fire zones with aw and alarm discrimination

• By using EXP-8Z zone expanders the system supports up to 24 additional

hardwired zones (maximum of 3 expanders)

• With KPD-860RF/G-LCD732RF keypads (one is enough), the system supports up

to 24 wireless zones (within the 32 available).

• Cross zones

• Group Inhibition Zones

Codes

The system has 42 codes available for the following functions:

• 1 master code

• 31 user codes

• 4 duress codes (one for each partition)

• 1 installer code

• 1 code for local programming through adapter cable (PC-Link)

• 4 codes for remote control through SMS (Using COM-900)

Data Bus: BUS-D485

It works through protocol RS-485, its connection is done with 4 cables, 2 for power

supply and 2 for data. The system is capable of supervising each device connected

to the Bus and generating a aw when there is an error condition. The maximum

connection distance between the panel and the devices is 200 mts.

• It supports up to 8 keypads

• 3 EXP-8Z Expander Modules

• 1 Auxiliary source 1.5A FRA-200

• 1 Adapter Cable for local programming (PC-Link)

Modular Connection

It is especially designed for the transmission of events through cellular network.

The PC-900G has a female on header to which the additional COM-900 module is

connected and provides an additional communication channel.

Audible Alarm Output

The system supports up to 5 alarm outputs using the combination among

Programmable Outputs (PGMs) and the Exterior Siren Output.

Each programmable output can be set up as siren output for any of the 4 partitions,

thus obtaining 4 siren outputs (each independent to each partition) and an exterior

siren output common to all 4 partitions through the Siren Output of the panel.

The sound of the siren is continuous or pulsed in case of re alarm.

The re alarm can be set up to be Pulsed (1 second turned on, 1 second turned o) or

temporary 3, according to the NFPA 72 standard (500mS turned on, 500mS turned o,

500mS turned on, 500mS turned o, 500mS turned on, 1.5 seconds turned o).

KEYBOARDS

Watch connected

of PGM

EXP-8Z

Battery

Transformer

Red +

Black -

16.5 VAC

25 VA

50/60 Hz

A B

C E2 E3 C E4 E5 C E6 E7 C E8

+ BUS - A B Z MIC

Magnetic

RFL

2.2K

N.C.

N.O.

RFL

2.2K

RFL

2.2K

RFL

2.2K

SIREN

1.4A Max.

STATUS

RUNNING

BUS-D485

- AUX + + BELL - + BUS - A B

PGM1 PGM2 PGM3 PGM4

Z1 Z6 Z7 Z8C CZ5Z4CZ3Z2C

AC + BAT -

ANT WIFI COMUNIC

SIGNAL 1-5

NO SIGNAL

ACK

NAK

RFL

2.2K

• 1 Exterior Siren Output of 1.4A, 12VDC. Supervised in case of short-circuit or

disconnection.

• 4 Siren Output through PGM.

NOTE: Take into account the current values when connecting a siren to a

programmable output as these are not supervised when there is an excess in

consumption.

Programmable Outputs (PGMs)

The system has 4 programmable outputs of the open collector type and 16

dierent operation modes.

PGM1, PGM2 and PGM3 support up to 50mA.

PGM4 supports up to 500mA.

Power Supply Requirements

Transformer: 16.5 VAC, 25VA.

Battery: 12 volts, 4Ah minimum.

Regulated Power Supply

2 independent power supply outputs: AUX and AUX-3G/IP

• Supply: AUX 700mA, 12 VDC

• Supply: AUX-3G/IP 300mA, 12 VDC

EEPROM Memory

It does not lose the programming or the system status if a complete power outage

occurs.

Specications of Remote Keypads (keypads KPD-800/KPD-860/KPD-860RF/

G-LED732/G-LCD732/G-LCD732RF)

• They are connected through 4 cables.

• Internal piezoelectric buzzer with volume control.

• Brightness control of the backlight (only for models KPD-860/KPD-860RF/

G-LCD732/G-LCD732RF).

• Microphone with integrated preamplier for Audio Check (only for models

KPD-800/KPD-860/KPD-860RF).

• Built-in radiofrequency receptor (only for model KPD-860RF/G-LCD732RF).

• Anti disarming and dismantling tamper

• Independent indicator of the partitions status.

• Independent away arming, stay arming and disarming keys to facilitate use.

Communication protocols

• Residential SMS (only with COM-900)

• SDC2 (included by WiFi and optional by mobile networks with COM-900)

• DC1 (included by WiFi and optional by mobile networks with COM-900)

• Residential (included by WiFi and optional by mobile networks with COM-900)

Characteristics of system supervision

• AC power fault (in panel)

• AC power fault (in auxiliary source FRA-200)

• Low Battery Status (in panel)

• Low Battery Status (in auxiliary source FRA-200)

• Auxiliary power supply fault

• Fault by zone (supervised zones)

• Lack of programming of the internal clock

• Failure in the Siren output (disconnection and overcurrent)

• Failure of communication through mobile data (only with COM-900)

• Failure of communication by SMS

• Link failure

• Low battery by zone (only with wireless sensors)

• Zone tamper (only with wireless sensors)

• Keypads tamper

• Supervision of modules installed in BUS-D485 and BUS-C485.

• Failure in re zones

• Characteristics of prevention against false alarms

• Audible Exit delay with dierentiated sound in the last 10 seconds

• Audible entry delay

• Double shoot alarm for zones

• Burglary alarm in Cross zones

• Entry/Exit independent timing for each partition

• Auto arming and auto disarming with programmable dates and times

independent for each partition.

• Inactivity auto arming in zones with programmable times.

• Manual test of communication activated by keypad.

• Automatic test of communication programmable with start time and intervals.

• All modules are connected to the system through a Bus of 4 cables up to 200

meters from the PC-900G® panel.

• An event buer of 512 records with the date and time when they occurred.

The buer can be viewed with keypads KPD-860/860RF and G-LCD732/732RF

• Automatic shutdown: in case of an AC power outage and of considerably low

battery, the panel will automatically shut down and will restart when the AC power

supply is restored

• Swinger shutdown: programmable counters independent for 13 dierent types

of failures and/or alarms

• Force arm for local and/or remote arming modes

• Re transmission of Test Report and/or Network Failure programmable on time in

case of a communication failure

1.2 Additional devices

KPD-860RF/G-LCD732RF LCD keypad with wireless receptor.

The wireless receptor is integrated in each keypad and can be used to connect to

the system up to 24 wireless sensors, 64 remote controls identiable among each

other and 4 PGM-W/MA-220G.

2-Way Wireles System® communication system.

All wireless sensors work at 434 MHz and are bidirectional supervised devices that

use CR123A lithium batteries.

NOTE: Keypads KPD-860RF/G-LCD732RF should be assigned the addresses between

1 to 4.

If a KPD-860RF/G-LCD732RF keypad is assigned an address higher than 4,

the keypad will annul its RF receptor.

The available devices are the following:

• Wireless movement detector DGW-500. It adds wireless protection of space to a

specic part of the place

• Wireless universal transmitter DGM-300. It adds door or window wireless

contacts to your system.

• Module of wireless programmable exit PGM-W/MA-220G: it allows, with no need

of interconnection of cables, to command lights, engines, automatic watering

among many other devices.

• Wireless remote control TX-500

The three keys of the remote control can be set up for dierent functions.

These are:

• System arming and disarming

• Partition panic button

• Activation of a PGM output

• Activation of PGM-W./MA-220G output.

COM-900 Cellular communicator

The cellular communicator is optional and it adds one more means of

communication to the alarm panel PC-900G. It can be used in two dierent ways:

• Report through WiFi as main channel and cellular network as backup channel

• Report through cellular network as main and only channel

WiFi Communicator

The embedded WiFi communicator included in the PC-900G will use an Internet

connection to communicate through the dierent methods of reporting.

It can also be used in three dierent ways:

• As main communicator

• As backup communicator

• As simultaneous communicator

Please refer to the instructions on dierent communication scenarios, backup

scenarios and scenarios for double or simultaneous report.

COM-900 Communicator

The modular communicator COM-900G adds one more means of communication to

the family of panels PC-900G. The connection method is “modular” and is inserted in

the female socket present in the central station.

It can also be used in three dierent ways:

• As main communicator

• As backup communicator

• As simultaneous communicator

For more information, see section 7 on page 12

Zone Expander EXP-8Z

It is an expander of 8 wired zones for panel PC-900G®. The system supports a

maximum of 3 expanders, increasing the number of zones to up to a maximum of 32.

Each expander must be directed and allocated to the dierent zones of the system

during the programming. It is connected to the BUS-D485 and can be installed inside

or outside the box of panel PC-900G®.

Auxiliary supervised power source FRA-200

The power source FRA-200 allows you to have an extra power supply for systems

where the consumption is signicant. At the same time you can have a backup battery

for AC power outages.

The installer should distribute the current consumption so that, in case of an AC

power outage, both batteries are uncharged evenly (the panel main battery and the

battery of the auxiliary power source FRA-200).

The power source FRA-200 is also connected to the BUS-D485 and is completely

supervised by the alarm panel PC-900G®. The panel will indicate low battery and

network failure of the auxiliary power source.

Access control CP-4000

Each module of access control CP-4000 allows you to control up to two independent

doors with either entry and exit readers or one combined reader with a key and exit

requirement.

SECTION 2: Starting the installation

This section will provide a complete description of how to install and setup the

dierent devices and zones.

2.1 Installation steps

Read the whole section before starting. Once you have general knowledge of the

installation process, work carefully through each step.

Step 1: Creating a sketch

Draw a sketch of the premises so you can have an idea of the location of the

detectors, keypads and other modules that will be installed.

Step 2: Assembling the Control Panel

Assemble the control panel in a dry area close to the entry of the telephone line

and to a power outlet of non interruptible AC.

NOTE: You must complete all the wiring before you connect the battery or before you

apply AC to the control panel.

Step 3: Installing devices on the BUS-D485 (see also Section 2.3)

Install the bus to each of the modules following the guidelines provided in Section

2.3 of this manual.

Step 4: Installing the zones (Section 2.8)

You must cut the power of the panel PC-900G® in order to install the zone circuits.

Please check Section 2.8 when connecting the zones, using circuits typically closed,

end of line resistors EOLR, re zones and “arming” zones with Keyswitch.

Step 5: Completing the installation (Section 2.2).

Complete all other installations, including sirens, connections of telephone lines

and ground connections following the guidelines provided in Section 2.2

(Description of terminals).

Step 6: Electrifying the Control Panel

Once the installation of all zones and keypads is complete, activate the Control

Panel. First, connect the red wire of the battery to the positive terminal and the

black wire to the negative terminal. Then, connect the AC.

NOTE: Always connect the battery before connecting the AC. You must apply AC

power at least for 10 seconds or the control panel will not work. The control panel will

not activate with the sole connection of the battery.

Step 7: Keypad assignment (Section 2.5)

For the keypads to be correctly supervised, each of them must be allocated to a

dierent “direction” in the bus. Please follow the guidelines provided in Section 2.5.

Step 8: Supervision (Section 2.6)

The supervision of each module must be enabled by the programming. Check that

all modules are recognized by the system, according to the instructions in Section

2.6.

Step 9: Programming the system (Sections 4 and 5)

Section 4 explains how to program the control. Section 5 contains a complete

description of several of the programmable features, which options are available

and how they work. Complete the programming sheets before trying to program

the system.

Step 10: Testing the system

Fully test the system to ensure that all features and functions are operating as per

their programming.

2.2 Description of terminals

Connection of the battery: +BAT

A rechargeable 12V 4/7Ah battery is used as a backup power source in case of a

failure of the AC. The battery also provides additional current when the demand of

the control panel exceeds the capacity of the transformer power. For example, when

the system is in alarm.

NOTE: Do not connect the battery until all other installations are complete. Connect

the battery before connecting the AC. Connect the RED wire of the battery to the

positive terminal; connect the BLACK wire to the negative terminal.

Transformer terminals: ~AC~

The control panel requires a transformer of 16.5 volts, 25 VA. Connect the primary

wiring of the transformer to an uninterruptible power output and the secondary

wiring to these terminals.

NOTE: Make sure you clearly identify the primary and secondary wirings of the

transformer before connecting. Do not connect the transformer until all other installa-

tions are complete.

Auxiliary power supply terminals: – AUX+

These terminals provide up to 700mA of auxiliary current in 12 VDC for devices that

require power supply. Connect the positive side of any device requiring power to the

+AUX terminal, the negative side to the –AUX terminal. The AUX output is protected.

This means that if there is an excess of power owing through these terminals (such

as a short-circuit), the PC-900G® panel will temporarily turn o its output until the

problem is solved.

Siren Output terminals: +BELL-

These terminals provide up to 1.4A of continuous current in 12VDC to energize bells,

sirens, stroboscopic devices or other warning devices. Connect the positive side of any

warning device to +BELL, the negative side to –BELL.

Please check that the Siren output is protected: if there is excessive consumption of

these terminals (such as a short-circuit), the protection will open. Three amperes can

be consumed only in short terms.

The Siren output is supervised. If no warning device is being used, connect a 1000

ohms resistor between the +BELL – terminals to prevent the panel from showing a

trouble condition. For more information (see Section 3.5 “Commands”[*]).

Programmable output terminals: PGM1 to PGM4

Each PGM output is designed in a manner that, when activated by the control panel,

it is switch to ground. PGM1-PGM2-PGM3 can drain up to 50mA. Connect the positive

side of a LED or buzzer to the +AUX terminal and the negative side to the PGM. For

current levels greater than 50mA, a relay is required.

PGM4 operates similarly to PGM1-PGM2-PGM3 but this output can support up to

500mA.

Please review the PGM wiring in the diagram. For a list of options for programmable

output please see section 5.8 “Options for PGM output”.

Zone input terminals – Z1 to Z8

Each detection device must be connected, preferably, to a zone in the control panel.

However, the installation of multiple devices in a single zone is possible. For

specications on zone installation, please see section 2.8 “Zones wiring”.

2.3 Installation and operation of BUS-D485

The data bus is used by the PC-900G® panel to communicate with all the connected

modules and vice versa. Terminals (A) and (B) are for data.

NOTE: The four bus terminals of the PC-900G® panel must be connected to the four

terminals or cables of the bus in all of its modules.

The following restrictions apply to the wiring of BUS-D485:

• Minimum 0,5mm wire gauge, 2-wire twisted is suitable.

• Each module can connect directly to the control panel but also in series or

T-tapped.

• The maximum wire distance from control panel shall be 200m (in wire length).

• Shielded wire reduces the maximum distance.

2.4 Current values for modules and accessories

To guarantee that the PC-900G® system works properly, the panel and the devices

power output capabilities shall not be exceeded.

Use the data provided below to make sure that the system is not overcharged and can

work properly. PC-900G® (12 VDC)

+AUX: 700mA: Subtract the values listed for each accessory detector or device

connected to the AUX+.

+BELL: 1.4A continuous value. Available only with connected backup battery.

Values of Devices for PC-900G® (in 12VDC):

• KPD-800/G-LED732 keypad: max 100 mA. (60 mA standby)

• KPD-860/G-LCD732 keypad: max 210mA. (90mA standby)

• KPD-860/G-LCD732RF keypad: max 210mA. (90mA standby)

• Zone Expander module EXP-8Z: 15mA

• PC-900G board: 50mA

Other devices

Please read carefully the manufacturer documentation to determine the maximum

current requirements for each device during activation or alarm and include the

correct values for consumption calculations. The devices connected must not exceed

the system capabilities during any possible operation mode.

2.5 Keypad assignment

There are eight bus addresses available for keypads. The KPD-800/KPD-860/KPD-

860RF/G-LED732/G-LCD732/G-LCD732RF keypads are, by default, recorded in address

1. Each keypad must be recorded in a dierent address (1 to 8).

The keypad record is required since it informs the control panel which addresses are

occupied. The control panel might generate a aw when keypad supervision is not

present.

How to program the address of KPD-800/G-LED732 keypads

1. Press the keys [ ][8].

2. Then press the key [4] to indicate if you wish to enter keypad programming.

3. Finally, press the key [8] to conrm the entry in address programming.

4. Enter the new address (1 to 8). To cancel, press the key [#].

How to program the address of KPD-860/KPD-860RF/G-LCD732/G-LCD732RF

keypads

1. Press the programming button [

] and scroll with the arrow keys [

] to

option [4] Keypad programming, then press [

2. Then press the key [8]. You will not nd this option scrolling with the arrow keys

since it has been hidden to avoid unwanted programming.

3. Enter a new address (1 to 8) for the keypad. Or press the key [#] to exit

programming.

After addressing all the keypads, activate them with command [298] in the installer

programming section. The control panel will supervise all the keypads and modules

recorded in the system bus.

NOTE: To enter installer programming you shall do it from the keypad with address1

since it is the only address with factory default settings.

2.6 Supervision

Only the recorded modules are supervised by the panel. The supervision works

constantly to allow the PC-900G® panel to indicate the presence of a aw if a module

is removed from the system or simply ceases working.

To check which modules are currently connected and supervised, check commands

[298] and [299] of the installer programming section. A module that is recorded and is

not present will generate a trouble condition and the Fault/system indicator [ ] of

the keypad will turn on.

Such status may be given by one of the following circumstances:

• The module is no longer connected to the BUS-D485

• There is a problem with the BUS-D485 wiring

• The module or keypad is located more than 200m away from the panel

• The module or keypad has not enough power supply

• The module or keypad is damaged

• There is more than one device with the same address

For more information regarding module supervision troubles see section

3.5 “Commands[ ]” on page 8.

2.7 Remove modules

The PC-900G® panel must be recongured to cease supervising a module that has

been removed. To remove the module, disconnect the module from the Bus and

disable it with command [299] of the installer programming section.

2.8 Zones wiring

For a complete description of the operation modes of the dierent types of zones, see

section 5.2 “Programming zones”.

There is only one manner to install the zone circuits that is by using a 2200 ohms end

of line resistor.

The control panel may accept and supervise NC o NO detectors.

NOTE: Any zone of the main board may be programmed as 24-Hour Fire. The zones

programmed in such manner will generate a technical trouble when the loop is open.

2200 ohms End of Line Resistors (EOLR)

By using the end of line resistors, observe the dierent alternatives to connect the

zone circuit.

NOTE: This is the correct connection mode for Normally Open (N.O.) or Normally

Closed (N.C.) detection contacts.

2.9 Fire zones wiring

4-wire smoke detectors

All of the re zones shall be installed according to the following diagram:

2.10 Keypad zones

Each keypad has an entry zone where a sensing device can be connected (like a

magnetic door contact, movement sensor, etc.).

This avoids the need to run wires to the control panel for such device.

To install the keypad, open the plastic cabinet of the unit and identify the six terminals

in the loop board printed on the keypad. Connect the four wires of the BUS-D485

from the control panel, the red wire to [+], the black one to [-], the blue one to [A] and

the white one to [B]. To connect the zone use a 2200 ohms end of line resistor be-

tween terminal [Z] and terminal [-]. To supply power to the devices that need power,

use the input terminals (wires red and black). Connect the red wire to the terminal [+]

and the black wire to the terminal [-].

NOTE: End of Line Resistors must be placed in the sensing device at the end of the

circuit, not in the keypad. This zone cannot be programmed as re supervised zone.

2.11 Zone expansion modules

Each expansion module has 8 zones. The maximum amount of expansion modules

that support the panel is 3. There can be obtained up to 24 additional zones apart

from the 8 zones of the main panel board.

Each expansion module must be assigned an address; thus, there are 3 available

addresses.

For an expansion module to work it must be enabled.

Enable the expansion modules in command [299] “Module enabling, options [1], [2] y

[3].

Expansion modules have 8 zone entries. To assign a zone number to each entry,

commands [220]-[227] must be programmed for zone expansion modules with

address 1 and commands [228]-[235] for zone expansion modules with address 2 and

commands [236]-[243] for zone expansion modules with address 3.

RFL

2.2K

Zone

+ Aux.

PGM

RFL

2.2K

Zone C

RFL

2.2K

Zone C

RFL

2.2K

RFL

2.2K

Zone C

RFL NORMALLY

CLOSED CONTACT

RFL NORMALLY

OPEN CONTACT

WIRE SMOKE DETECTOR WITH READJUSTMENT

Smoke

detector

Smoke

detector

RFL NORMALLY

OPEN AND

NORMALLY

CLOSED CONTACT

2 RFL NORMALLY OPEN

AND 2 RFL NORMALLY

CLOSED CONTACTS

Alarm panel

Relay

RFL

2.2K

Zone

+ Aux.

PGM

RFL

2.2K

Zone C

RFL

2.2K

Zone C

RFL

2.2K

RFL

2.2K

Zone C

RFL NORMALLY

CLOSED CONTACT

RFL NORMALLY

OPEN CONTACT

WIRE SMOKE DETECTOR WITH READJUSTMENT

Smoke

detector

Smoke

detector

RFL NORMALLY

OPEN AND

NORMALLY

CLOSED CONTACT

2 RFL NORMALLY OPEN

AND 2 RFL NORMALLY

CLOSED CONTACTS

Alarm panel

Relay

SECTION 3: Keypad commands

Use any system keypad to enter commands and/or program the PC-900G® security

system.

The LCD keypad oers an options menu in the liquid crystal display and uses a

combination of LEDs and display legends to communicate the system status to the

user.

The indicator [ ] works as a Fault indicator. Simultaneously, these conditions will be

shown as legends in the LCD display.

The indicator [ ] informs the user that all the partition zones are secured and that

the system is ready to arm.

Indicators 1 2 3 4 show the arm or disarm status of the dierent partitions. If a

partition is armed, the indicator of such partition will be on.

The PC-900G® User Manual provides a basic guide to arm and disarm the system,

exclude zones and perform user functions from the keypads. The following sections

provide additional details regarding such functions.

3.1 Arm and Disarm

To operate arming and disarming please read the PC-900G® User Manual.

NOTE: The Event buer will register the “Stay Arming” or “Away Arming” mode each

time the system is armed.

If a delay zone is open until the end of the exit time and the Force Arm is disabled, the

entry delay will commence.

At the end of the entry delay period, if the system has not been disarmed, an alarm

will be generated.

3.2 Stay Arming

To arm the system in Stay Arming mode, the zones dened as interior are auto

disabled (see section 5.2 “Programming zones”).

3.3 Automatic Arming and Disarming

The system may be programmed for Auto-arm at a specic time each day if it is

disarmed.

The Auto-arm time is independent for each partition; therefore there are 4 commands

that refer to Auto-arm time [280] – [281].

The system may also be programmed for Auto-disarm.

Auto-arm time are also independent for each partition, therefore there are 4

commands that refer to Auto-disarm time [284] – [285].

Finally, the days of the week for Automatic Arming and Disarming for each partition

can be dened. Commands [290] – [291] refer to the Auto-arm days for each partition

and commands [294] – [295] refer to Auto-disarm days for each partition.

When the system internal clock coincides with the Auto-arm time, the PC-900G®

panel will verify the system status. If the system is armed, the panel will do nothing

until the following day at the Auto-arm time and will verify the system again. If, at the

time of Auto-arming, the system is disarmed, the panel will sound all keypads buzzer

for a minute.

If a valid access code is entered, Auto-arm will be cancelled.

NOTE: If Auto-arm is cancelled, the user number that cancelled Auto-arming will be

recorded in the Event buer.

If no code is entered, the panel will Arm automatically. If a zone is open, the panel will

transmit a Partial Closing Reporting Code. This code will inform the monitoring station

that the system is not fully secured. If the zone is restored, the panel will add the zone

to the system again.

NOTE: Auto-arming can only be cancelled entering a valid access code in any keypad.

3.4 Force Arming

Force Arming allows the arming of the system even when there are open zones (not

secured).

When arming with open zones, at the end of the exit time, the panel will cancel the

zones until they are closed. If the zone is closed, it will be automatically restored to

the system. Thus, if reopened, an alarm would be generated.

There are two dierent force arming to be enabled: force arming by keypad or

keyswitch and force arming for auto-arm and/or remote.

3.5 Commands [ ] (KPD-800/G-LED732 keypads)

[ ][0] Quick Arm/Disarm: Si la opción “Armado/Desarmado Rápido“ se encuentra

habilitada, el sistema armará en modo ausente sin necesidad de ingresar una clave

de usuario.

Si el sistema se encuentra en demora de salida, ingresando este comando, el sistema

se desarmará inmediatamente, sin necesidad de ingresar un código de usuario válido.

La opción desarmado rápido sólo funciona durante el tiempo de demora de salida.

Una vez nalizada la misma, la función de desarmado rápido permanecerá

deshabilitada.

[ ][1] Bypass zones: This command is similar to pressing the key [Bypass] in

KPD-860/KPD-860RF/G-LCD732/G-LCD732RF keypads.

[ ][2] Display trouble conditions: The panels constantly supervise the dierent

trouble conditions. If a trouble condition is present, the Fault indicator will turn on in

ashing mode. (See Trouble Chart according to the table of contents).

[ ][3] Alarm memory of last activation period: The alarm memory indicates the

zones where the alarm was activated during the last activation period.

To see the alarm memory, press [ ] [3].

[ ][4] Stay Arm with Delay: The system will arm and inhibit all the zones

programmed as Interior zones.

[ ][5]: Future use

[ ][6]: Future use

[ ][7] Keypad PGM output control: PGM outputs may be controlled from any

keypad. For that purpose, enter [ ] [7] followed by your user code, then select the

arrow keys among PGM and PGM-W.

NOTE: The user code shall have enabled the PGM/PGM-W control option.

NOTE: The PGM-W/MA-220G can only be used from KPD-860RF/G-LCD732RF.

[ ][8] Enter programming mode: This command is similar to pressing the key

[Program] in KPD-860/KPD-860RF/G-LCD732/G-LCD732RF keypads.

[ ][9] Stay Arm without Delay: The system will arm and inhibit all the zones

programmed as Interior zones. Zones programmed as Delay zones will function

without delay; thus, delay zones will function as Instant zones.

Commands [

] (KPD-860/860RF/G-LCD732/732RF keypads)

The commands of the [ ] key oer an easy manner for the user to access basic

system information. The LCD display shows written information and guides the user

through each command.

Use the arrow keys [ ] to scroll through the information provided.

[ ][1] See bypassed zones: Use the keypad command [ ] [1] to view bypassed

zones.

NOTE: Use the arrow keys to view all zones.

[ ][2] Display trouble conditions: The panels constantly supervise the dierent

trouble conditions. If a trouble condition is present, the Fault indicator will turn on in

ashing mode.

To view the faults, enter [ ] [2]. Use the arrow keys [ ] to scroll through the

dierent trouble conditions present.

[ ][3] Alarm memory of last activation period: The alarm memory indicates the

zones where the alarm was activated during the last activation period.

To see the alarm memory, press [ ] [3].

NOTE: Each time a partition is armed, the alarm memory of such partition zones will

be deleted.

[ ][4] View open zones: To see open zones enter [ ][4]. Use the arrow keys

[ ] to scroll through the dierent open zones.

[ ][5] View keypad tamper status: To view the status of keypad tampers, enter

[ ] [5]. Use the arrow keys [ ] to scroll through the dierent tampers open.

[][6] View zone tamper status: To view the tstatus of zone tampers, enter [ ]

[6]. Use the arrow keys [ ] to scroll through the dierent tampers open.

[ ][7] Keypad PGM output control: PGM outputs may be controlled from any

keypad. For that purpose, enter [ ] [7] followed by your user code.

NOTE: The user code must have enabled the pgm control option.

[ ][8] View low battery zones: To see the low battery status of the dierent zones

enter [ ] [8]. Use the arrow keys [ ] to scroll through the dierent low battery

zones.

[ ][9] View supervision trouble zones: To see the zones with supervision trouble

enter [ ] [9]. Use the arrow keys [ ] to scroll through the dierent low battery

zones.

3.6 Function keys

There are 6 function keys in KPD-860/KPD-860RF/G-LCD732/G-LCD732RF keypads:

Away Arm, Stay Arm, Disarm, Event buer, Zone bypass and Programming.

Away Arming [ ]

The system will arm in Away mode. Enable the function Quick Arm/Disarm

(by programming command [271], option [3]) to have this key functioning with no

need to enter an access code.

If the Quick Arm option is disabled, the user will have to enter an access code before

the “Away Arm” function is executed.

Stay Arming [ ]

The system has two dierent stay arm modes: stay arm with delay and stay arm wi-

thout delay. The dierence between them is that in stay arm without delay, the zones

behave as instant and do not allow an entry delay. Enable the Quick Arm/Disarm

(by programming command [271], option [3]) to have this key functioning with no

need to enter an access code.

If the Quick Arm option is disabled, the user will have to enter an access code before

the “Stay Arm” function is executed.

Disarming [ ]

This key shows in a rapid manner that the user wishes to disarm the system. Enable

the Quick Arm/Disarm (by programming command [271], option [3]) to have this

function key with no need to enter an access code. If the Quick Disarm option is

disabled, the user will have to enter an access code before the “Disarm” function is

executed.

NOTE: The option Quick Disarm only works in partitions with exit delay.

Bypass zones [ ]

Use this key to enter the bypass zones menu. If the option “No code zone bypass” is

disabled, you shall enter your user code.

Event buer [ ]

Use this key to choose among the alarm memory and event buer. Use the arrow

keys [ ] to select one of these options.

Programming [ ]

The system allows the choice between several programming options, some of

which are: Codes, Clock/Date, Chime zone, Keypad, Panel, PC-Link, RF devices and

Communicators.

SECTION 4: How to program the alarm panel

The following section describes the Installer programming function and how to

program the dierent commands.

NOTE: Please read carefully the following section before starting programming. We

also recommend that you complete the Programming sheets before trying to

program the control panel.

4.1 Installer programming

Installer programming is used to program all the PC-900G® panel options. The

default Installer Code is [5555] but can be modied to avoid unauthorized entries to

programming.

1. From any keypad, press the key [ ] followed by option 5 [PANEL], then enter

the Installer Code. The keypad will show the following message “Entering Installer

programming”.

NOTE: If you are trying to program from a KPD-800/G-LED732 keypad you shall enter

command [ ] [8] instead of the key [ ].

2. Enter the three digits corresponding to the command number you wish to program.

The keypad will show the current programming of the command entered.

3. Modify the programming in the command positions you wish and press the key

[OK] to save the changes.

Press the key [#] to quit command programming if an error has been made during

data entry and you do not wish to save the changes. Select a new command and

re-enter the correct information.

NOTE: If you are programming from a KPD-800/G-LED732 keypad, you must enter the

three command digits followed by your corresponding data. After entering the last

command data, it will be saved and the panel will wait for a new command

programming.

If you are programming a command data, you may cancel by entering the key [#]. To

quit programming press [#] + 1.

4.2 Programming special data

There are sections that require the programming of hexadecimal data or simply

alphanumeric characters. For such purpose, simply press the key [ ] and the keypad

will show a display with dierent special data that may be programmed in the

command entered. Select the data you wish to enter and press the key [OK]. Such

value will automatically be added and will remain in the command programming

section you were programming.

NOTE: If you are programming from a KPD-800/G-LED732 keypad, you shall use the

charts that refer to programming of special data.

4.3 See Programming

When you enter a valid command number, the keypad will show all the programming

executed on such command. Use the arrow keys [ ] to scroll through all the data

being shown. Press the key [ ] to see the programming of the next command or

press the key [#] to quit command programming.

NOTE: Programming can only be viewed from KPD-860/KPD-860RF/G-LCD732/

G-LCD732RF keypads.

SECTION 5: Program descriptions

The following section explains the operation of all programmable functions and

options and provides a summary of the corresponding programming locations. 5.1

Programming security codes

There are 8 codes that may be programmed by the installer in the Installer pro-

gramming function: the Master user code, the Installer code, 4 duress codes for the

dierent partitions and the cable programming code (PC-Link). The remaining access

codes may be programmed by the user through the user code programming.

The master code may also be programmed by the user as user code (32).

Duress codes may be programmed as users 37-40.

5.2 Programming zones

Zones 1-8 are enabled by factory default settings. Disable unused zones or enable

additional zones in the programming commands [070]-[101].

The zone denitions determine their working mode.

Besides, each zone has separate attributes that allow further customization of the

zone.

Program the zone attributes in commands [110]-[141] (see section 5.3 “Zone

attributes”).

Zone denitions

[00] Null zone

The zone is not used.

Unused zones must be programmed as null zones.

[01] Delay 1 zone

This type of zone, normally used for entry/exit doors, may be violated during the

exit delay period and generate no alarm. Once the exit delay ends, the entry delay

counter will start counting when the zone is opened. During the entry delay period,

the keypad buzzer will emit a steady tone to warn the user that the system must be

disarmed. If the PC-900G® panel is disarmed before the end of the entry delay, no

alarm will be generated.

The delay1 time shall be programmed in command [151].

[02] Delay 2 zone

Same operating mode as Delay 1 zone but the time is programmed separately in

command [152].

[03] Delay 3 zone

Same operating mode as Delay 1 zone but the time is programmed separately in

command [153].

[04] Delay 4 zone

Same operating mode as Delay 1 zone but the time is programmed separately in

command [154].

[05] Instant zone

This type of zone generates an instant alarm if violated when the PC-900G® panel is

armed. Typically, this zone is used for windows, patio doors or other perimeter zones

and for glass breakage detectors.

This type of zone only works with the system armed.

[06] Safe / Access control zone

The Safe /Access control zone generates an instant arm of the partition to which it

belongs at the time it is restored.

The “Partition auto-arm with Safe/Access control zone” timer establishes the

maximum time during which a partition with safe/ access control zones may remain

disarmed. After such time, the partition will automatically arm. For the partition to

arm, it shall be in the condition “Ready to Arm”. It is recommended that these

partitions have the “Force Arm” disabled.

“Anti-Entradera” system:

By working with Safe/Access control zones, an infrared barrier can be installed

following the vehicle barrier so that, after a person or vehicle goes through the

infrared barrier, the partition will arm. Therefore, if a person or vehicle intends to

enter after such person or vehicle, an alarm would be generated.

[07] 24-Hour zone

If the zone is violated, an instant alarm will be generated notwithstanding if the

system is armed or disarmed.

[08] Tamper zone (24-Hour)

This type of zone is used to avoid disarming/disassembling the devices during an

alarm installation.

The hitting of this zone will generate an instant alarm notwithstanding if the system is

armed or disarmed.

[09] Assault zone (24-Hour)

If the zone is violated, an instant alarm will be generated notwithstanding if the

system is armed or disarmed.

Typically, this zone is programmed as silent zone.

[10] 24-Hour Auxiliary (Medical) zone

If the zone is violated, an instant alarm will be generated notwithstanding if the

system is armed or disarmed.

[11] 24-Hour Fire zone

If the zone is violated, an instant alarm will be generated notwithstanding if the

system is armed or disarmed.

If the zone undergoes a short-circuit, an alarm will be generated. If the zone is open, a

fault will be generated.

This zone can be programmed with pulsed or temporary three sound (See command

[270], option [4] “Fire Siren sound”).

[12] 24-Huor Water zone

This type of zone is used in places where there is a need to prevent oods. If the zone

is violated, an instant alarm will be generated notwithstanding if the system is armed

or disarmed.

[13] Zone Follower

This zone will generate no alarm if violated during an entry delay period. If the delay

period ends, the zone will generate an alarm.

If the zone is hit and the panel is in entry delay status, an instant alarm will be

generated.

Este tipo de zona sólo funciona con el sistema armado.

[14] Interior and Follower zone

This zone will generate no alarm if violated during an entry delay period. If the delay

period ends, the zone will generate an alarm.

If the zone is hit and the panel is not in entry delay status, an instant alarm will be

generated.

This type of zone only works with the system armed.

The zones programmed as interior will be automatically cancelled when the user Stay

arms the system to enable the free movement within the premises.

[15] Keyswitch zone for Partition No. 1

The momentary violation of this zone will alternately arm or disarm the status of

Partition No.1.

[16] Keyswitch zone for Partition No. 2

The momentary violation of this zone will alternately arm or disarm the status of

Partition No. 2.

[17] Keyswitch zone for Partition No. 3

The momentary violation of this zone will alternately arm or disarm the status of

Partition No. 3.

[18] Keyswitch zone for Partition No. 4

The momentary violation of this zone will alternately arm or disarm the status of

Partition No. 4.

5.3 Zone attributes

Additional zone attributes may be programmed to turn a zone operation for a specic

application.

The following attributes are programmable for each zone:

Swinger Shutdown: This attribute determines if the zone will automatically cancel

for reports and siren hit once the repeated alarm counter reaches its threshold (see

command [254] Zone alarm counter).

Excludable: This attribute determines if the zone may or may not be manually

excluded (Bypassed) (see section 3.6 Function keys).

Partition assignment No. 1: This function denes a zone as belonging to partition

No 1.

Partition assignment No. 2: This function denes a zone as belonging to partition

No. 2.

Partition assignment No. 3: This function denes a zone as belonging to partition

No. 3.

Partition assignment No. 4: This function denes a zone as belonging to partition

No. 4.

Sound: This attribute determines if the zone will turn on (Audible) or not the alarm

output (Silent).

Response speed: This attribute determines if the zone works on 50mS or 500 mS.

Zone attributes are programmed in Commands [110] – [141].

5.4 Cross zone

The control panel includes a cross zone option that requires the hitting of two or

more zones within a programmable period of time in order to start an alarm

transmission sequence.

On the other side, if the option “Double hit in the same zone” is enabled, it will

generate an alarm transmission sequence if the zone is violated twice during the

programmed period of time. The same eect will be generated if the zone remains

open during all the programmed period of time as “Time interval for Cross zones”.

See Commands [142]-[145] and [163].

5.5 Group inhibition zone

The zones dened as group inhibition zones may be automatically inhibited by

pressing the key [ ] for 3 seconds.

See Commands [146]-[149].

NOTE: Only available on KPD-860/KPD-860RF/G-LCD732/G-LCD732RF keypads.

5.6 Keypad zone assignment

KPD-800/KPD-860/KPD-860RF/G-LED732/G-LCD732/G-LCD732RF keypads have a zone

entry to which a device, such as a door contact, may be connected. (See Section 2.10

“Keypad zones” for more information regarding wiring).

Once the keypad zones are installed, assign the zones to the programming com-

mands [200]-[207].

NOTE: If the zones assigned to keypads range between zones 1-8, they will cancel the

PC-900G® board zones.

5.7 Information download

The required Information download software is AC4.

The information download may be performed in 4 dierent manners:

• Through a PC-Link adapter cable and the pc, no need to use a MODEM.

• Using the COM-900G module as programmer.

• Using the WiFi board module as programmer.

5.8 Options for PGM output

Program the programmable outputs (PGM1, PGM2, PGM3 and PGM4 in the main

panel) selecting one of the output options listed below.

[00] No. 1 partition armed indicator: The output will remain on while partition 1 is

armed.

[01] No. 2 partition armed indicator: The output will remain on while partition 2 is

armed.

[02] No. 3 partition armed indicator: The output will remain on while partition 3 is

armed.

[03] No. 4 partition armed indicator: The output will remain on while partition 4 is

armed.

[04] Maintained output command: The output may be used as keyswitch.

The change in status may be controlled with a keypad (see section 3.5 “[ ][7]“Keypad

PGM output control”) or by using software AC4.

NOTE: The output may be controlled by sending a text message through the COM-900

module.

[05] Pulse output command: The output delivers a pulse. Such pulse may be hit

through a keypad (see section 3.5 “[ ][7]“ Keypad PGM output control” on page 8) or

by using software AC4.

NOTE: The output may also be controlled by sending a text message through the

COM-900 module.

[07] Siren sound pulse: The PGM will emit a pulse each time the siren sounds.

[08] Partition No. 1 siren: The PGM turns into a partition siren. Each time an alarm is

generated in such partition, the PGM will be enabled during the siren period of time

programmed for such partition.

[09] Partition No. 2 siren: The PGM turns into a partition siren. Each time an alarm is

generated in such partition, the PGM will be enabled during the siren period of time

programmed for such partition.

[10] Partition No. 3 siren: The PGM turns into a partition siren. Each time an alarm is

generated in such partition, the PGM will be enabled during the siren period of time

programmed for such partition.

[11] Partition No. 4 siren: The PGM turns into a partition siren. Each time an alarm is

generated in such partition, the PGM will be enabled during the siren period of time

programmed for such partition.

[13] Mobile data communication failure: The PGM will be enabled in case of Mobile

data communication failure.

[15] Battery trouble: The PGM will be enabled in case of battery trouble.

[16] Network failure: The PGM will be enabled in case of network failure.

[17] Auxiliary power supply trouble: The PGM will be enabled in case of auxiliary

output power supply trouble.

[18] Smoke detectors adjustment: The PGM will remain enabled and will be

disabled for 3 seconds from the time the [ ][7] (see section 3.5 “[ ][7“]Keypad PGM

output control”) is entered.

NOTE: The PGM outputs cannot be fully disabled in installer programming. To fully

disable a PGM output you shall remove the whole wiring.

5.9 PGM connection

Led connection

NOTE: The PGM outputs cannot be fully disabled in installer programming. To fully

disable a PGM output you shall remove the whole wiring.

5.10 Siren output

The siren will turn silent after the period of time programmed for the partition

siren. Each partition has the siren time separately. (See commands [159]-[162]).

The panel supervises the siren output in case of disconnection or short-circuit

condition.

5.11 Periodic test report

To guarantee that the communication link with the monitoring station works

properly, program the panel to send a test signal on a regular basis.

The test report may be programmed to send signals in minutes, hours or days (See

command [360] option [1] “Test reports transmission counters”).

5.12 Report on follower test of armed system

The panel may be programmed to send a follower test report while the system is

armed. This test may be programmed with a dierent period from the periodic

test. Typically, the period of this test is shorter than the periodic test, thus

obtaining a better check of armed panels (See command [360] option [2] “Test

reports transmission counters”).

5.13 Manual test report

The manual test report is generated by holding down the key “0” for more than

three seconds.

5.14 Retransmission of test and/or network failure test report in case of

communication failure

In many occasions, in the event of a power outage in a particular zone, the panels

begin to transmit a network failure to the monitoring station.

If the number of subscribers who need to report the event is high, collisions may

occur and generate communication failures. Therefore, the event may not be

successfully sent. To solve this problem, the panel may be programmed to try to

send the test or network failure report after certain period of time.

The retransmission time is programmed in command [170] “Delay in

retransmission of test and network failure report in case of delivery failure”.

5.15 Teclas Incendio, Médica y Pánico

Las teclas de emergencia están disponibles en todos los teclados. Estas teclas deben

ser presionadas y sostenidas por tres segundos para que se activen.

Esta demora está diseñada para evitar accidentes de activación.

Las teclas de emergencia pueden ser conguradas como audibles o silenciosas, en

forma independiente y para cada teclado (Ver comandos [190]-[197] opciones [5], [6]

y [7]).

5.16 Event buer

The PC-900G® panel records the last 512 events that occurred in the system. The

event buer records the date and the time of each event, together with the zone

number, user name and any other information regarding the event.

5.17 Zone Loop response

The normal loop response time for all zones is 500 milliseconds.

The PC-900G® panel will not consider a zone violated unless it is violated in less

than 500 milliseconds. Zones 1-8 in the PC-900G® panel board may be

programmed for a fast loop response (below 50 mS). (See commands [110]-[117]

option [8] “Response speed”).

5.18 Communication scenarios

Your system has several report communication means among which there is the

possibility to report dierent IP Addresses, through COM-900 and WiFi modules,

send text messages (SMS) to users and/or the monitoring station, using

the COM-900 module. The communication scenarios are an ordered manner to

organize communication.

The PC-900G® panel has 2 communication scenarios:

Call No. 1 scenario (Reports with backup): The scenario has a main output

means and seven dierent backup possibilities. (See command [370] “Call No. 1

scenario”).

Call No. 2 scenario (Simultaneous reports): This scenario is used to cause the

same event to appear on several dierent communication means. (See command

[371] “Call No. 2 scenario”).

5.19 How to operate with communication scenarios

To ease comprehension, following appear some examples of operation:

1) The system must report the events to monitoring through the PC-900G board

WiFi. If this is not possible, it will use the mobile data of the COM-900 chip,

provided that it is inserted in the board.

The above is a case of No. 1 scenario since it involves the use of backups.

No. 1 call scenario shall be programmed on command [370] and the programming

shall be: [370]: [4][3][5][0][0][0][0][0].

The command position No. 1 is programmed in option [4] which means that the

main means is monitoring report through WiFi.

Position No. 2 is programmed in option [3] which means that the backup is

COM-900 (Mobile data). Position No. 3 is programmed in option [5] which means

that backups are over.

2) The system must send the event through Residential-IP to monitoring via WiFi

and residential SMS.

The above is a case of No. 2 scenario since the event must be sent through

dierent means.

No. 2 scenario shall be programmed in command 371 and the programming

should be: [371][0][0][1][0][1][1][0][0].

No. 3 position is [1] which enables residential SMS, No. 5 position is a [1] which

enables monitoring reports via WiFi and position No. 6 is a [1] which enables

Residential-IP.

NOTE: The “residential” is format valid only for No. 2 scenario.

5.20 Restore to factory settings

At times, it will be necessary to restore the panel to factory settings. For such

purpose, follow the steps below:

1. Enter Installer programming.

2. Enter command [600].

3. Conrm that you wish to restore the panel settings by entering the key [1].

SECTION 6: Programming wireless devices

The PC-900G® alarm panel can control up to 24 wireless sensors, 64 keychains and

4 PGM-W/MA-220G.

Compatible movement sensors are:

DGW-500 and DGW-500-PET for pet immunity.

The DGM-300 sensor is wireless magnetic and has the ability to accept a second

N/C link with one or several external magnetic detectors.

For more information, refer to the corresponding manuals.

NOTE: Wireless devices programming will only be possible with a

KPD-860RF/G-LCD732RF keypad.

Rele

+ AUX -

PGM1 PGM2 PGM3 PGM4

+ AUX -

PGM1 PGM2 PGM3 PGM4

Resistor

+ -

Battery

Fuse

PGM Connection as Indoor Siren

5.12 Connected of PGMs

Connected of the Led

6.1 How to pair a wireless sensor

To pair a sensor you shall follow the steps below:

1) Make sure you remove the battery from the sensor.

2) Press the key [ ] in the keypad.

3) Select the option [7] RF device.

4) Enter the installer code.

5) Choose the option [1] Sensor rec.

6) Indicate the memory position in which you wish to record the device.

Available memory positions are 01-24.

7) The keypad will indicate that it is searching the sensor.

8) Put the battery on the sensor. Please verify polarity.

9) Wait until the keypad conrms that the sensor has been properly recorded and

then press the key [ ].

10) If you wish to continue recording more sensors, repeat the steps above from point

6 onwards.

On the contrary, press the key [#] to quit sensor programming.

6.2 How to pair wireless keychains

To pair a wireless keychain you shall follow the steps below:

1) Press the key [ ] in the keypad.

2) Select the option [7] RF device.

3) Enter the installer code.

4) Choose the option [2] Keychain rec.

5) Indicate the memory position in which you wish to record the keychain.

Available memory positions are 01-64.

6) Hold down the keychain key and wait until the keypad conrms the recording.

Then press the key [ ] in the keypad.

7) If you wish to continue recording more keychains, repeat the steps above from

point 5 onwards.

If you wish to quit keychain recording, press the key [ ].

6.3 How to remove wireless sensors

To remove a wireless sensor you shall follow the steps below:

1) Press the key [ ] in the keypad.

2) Select the option [7] RF device.

3) Enter the installer code.

4) Choose the option [3] Remove sensor.

5) Indicate the memory position of the sensor you wish to remove.

6) Conrm that you really wish to remove such sensor by pressing the key [1].

7) Press the key [ ] to accept the conrmation that the sensor has been removed.

8) If you wish to continue removing sensors, repeat the steps above from point 5

onwards.

On the contrary, press the key [#] to quit this option.

6.4 How to remove wireless keychains

To remove a keychain you shall follow the steps below:

1) Press the key [program] in the keypad.

2) Select the option [7] RF device.

3) Enter the installer code.

4) Choose the option [4] Remove keychain.

5) Indicate the memory position of the sensor you wish to remove.

6) Conrm that you really wish to remove such sensor by pressing the key [1].

7) Press the key [ ] to accept the conrmation that the sensor has been removed.

8) If you wish to continue removing sensors, repeat the steps above from point 5

onwards.

On the contrary, press the key [#] to quit this option.

6.5 How to verify the correct operation of a wireless sensor

To verify the correct operation of a wireless sensor, the panel has a function to assess

the RSSI transmitted by the sensor. Thus, you may know the signal level of each

wireless sensor enabled in your installation.

To assess the signal strength of wireless sensors you shall follow the steps below:

1) Press the key [program] in the keypad.

2) Select the option [7] RF device.

3) Enter the installer code.

4) Choose the option [5] Sensor test.

Every time a sensor generates a transmission, the keypad will indicate the zone of

operation of the sensor, the memory position in which it is recorded and the signal

level.

6.6 How to view the zones allocated to each sensor

To view the zones of operation of the dierent wireless sensors you shall follow the

steps below:

1) Press the key [program] in the keypad.

2) Select the option [7] RF device.

3) Enter the installer code.

4) Choose the option [6] Zone assign.

The keypad will indicate the memory position in which the sensor is recorded and the

zone of operation assigned. To switch to another sensor use the arrow keys [ ].

6.7 How to remove all sensors and/or keychains

To remove all sensors or keychains from your system in a single step you shall

follow the steps below:

1) Press the key [program] in the keypad.

2) Select the option [7] RF device.

3) Enter the installer code.

4) Choose the option [7] Remove all.

5) Choose to remove all sensors by pressing the key [1] or choose to remove all

keychains by pressing the key [2].

6) Conrm that you really wish to remove the selected devices by pressing the key

[1] and wait until the keypad indicates that deletion is complete. Press the key [ ]

to return to the RF device menu.

6.8 How to pair a PGM-W /MA-220G module

1) Make sure that the PGM-W is disconnected from 12V power supply.

2) Press the key [ ] in the keypad.

3) Select the option [7] RF device.

4) Enter the installer code.

5) Choose the option [8] PGM-W record.

6) Indicate the PGM-W number you wish to record (use the arrow keys [ ] to

select the desired PGM-W number). Available PGM-Ws are from 1 to 4.

7) The keypad will indicate that it is searching the device.

8) Electrify the PGM-W module, then press the button “PAIR” located in the upper

left corner of the module.

9) Wait until the keypad conrms that the PGM-W has been properly recorded and

then press the key [#].

10) If you wish to continue recording other PGM-W modules, repeat the steps

above from point 6 onwards. On the contrary, press the key [#] to quit this option.

6.9 How to remove PGM-/MA-220G modules.

1) Press the key [ ] in the keypad.

2) Select the option [7] RF device.

3) Enter the installer code.

4) Choose the option [9] Remove PGM-W.

5) Indicate the number of PGM-W you wish to remove (use the arrow keys [ ]

to select the desired PGM-W number)

6) Conrm that you really wish to remove such module by pressing the key [1].

7) Press the key [ ] to accept the conrmation that the module has been

removed.

8) If you wish to continue removing modules, repeat the steps above from point 5

onwards.

SECTION 7: Programming through WiFi

7.1 Technical specications:

WiFi:

• Transmission: Certied Wi-Fi 2.4Ghz, IEEE 802.11.

• Certicate FCC/CE-RED/IC/TELEC/KCC/SRRC/NCC

• Transmission power: 20,5 dBm.

• Wi-Fi authentication via WEP, WPA-PSK y WPA2-PSK.

• Antenna: PCB trace type.

• 1 WiFi recipient for reports to monitoring station

• Allows own and panel programming with AC4 software

• Allows own programming via App in AP mode from Garnet Programmer

• Reports with residential format.

• It may use domain names instead of IP addresses.

• Allows the remote operation of the system through smartphones using Garnet

Control App.

• Up to 20 residential users.

• Report communication using UDP.

• Supervision period via WiFi which may be congured from 1 to 99 minutes.

• Two Garnet report formats: DC1 y SDC2.

• 9 Led indicators of status and signal on the board.

7.2 Module description:

Communication formats:

The WiFi communicator is designed to send alarm signals to monitoring stations

receiving events under DC1 and SDC2 communication protocols.

Panel control methods:

The WiFi communicator allows the panel control through two methods, one of them is

through the use of the Garnet Control App.

7.3 Status light indicators

The embedded WiFi communicator includes a variety of leds that indicate the

dierent status of the communicator.

There are leds that indicate WiFi network signal strength, the results of reports to the

server and the monitoring stations.

Explanation of light indicators:

There are two groups of leds, those that indicate the strength of the WiFi network

connection and those that indicate the results of WiFi communications.

WiFi signal Led indicators

These leds indicate if the communicator is connected or not to a network.

If the communicator is connected to a WiFi network, the blue Led that represents the

WiFi Antenna will indicate the signal strength by blinking as many times as the signal

level.

The number of ashes represents the signal level, being 1 ash for a very low signal

level and 5 ashes to indicate the maximum signal level.

If the communicator is not connected to a WiFi network, the red Led “No Signal” will

be on indicating that the communicator is not connected to a WiFi network.

Communication Led indicators

The communicator is prepared to communicate through a WiFi connection.

In all cases, in the event of a communication or any kind of report, the result will be

indicated through the leds that represent communications.

In the event of a report to the monitoring station or in residential format, the result

will be represented through two leds, one indicating successful report (ACK) or the

other indicating communication failure (NAK).

If the communicator reports supervision to the monitoring station or to the server,

both leds will turn on simultaneously.

7.4 Programación del Comunicador y Panel desde la app Garnet Programmer

El comunicador se programa a través de la app “Garnet Programmer”.

Esta app además permite programar los paneles de alarmas Garnet.

Para descargar la app de programación escanee los siguientes códigos QR según

corresponda o bien busque en la tienda de descargas la aplicación Garnet

Programmer

Follow the steps below:

1) Press the “AP ENABLE” button on the board.

This will cause the communicator to generate a WiFi network during 5 a minute

period.

2) Search for available WiFi networks in your phone and connect to the WiFi network

named “PC-900xxxxxx”. The numbers XXXXXX are the last 6 digits of

the communicator mac.

3) Enter the default network password: admin1234.

4) Once the communicator enters the programming mode, the leds will behave as

follows:

In case this result is not obtained, repeat the steps above. The cell phone shall be in

“Flight” mode when connecting to the module WiFi network.

5) Once ready, open the Garnet Programmer app and follow the instructions you wish

to program.

NOTE: During communicator programming inside the “status” display, you shall take

note of the System Number since it will be used in the next step.

7.5 Activation of telephones or terminals

To activate telephones you shall rst make sure that the communicator has been

previously congured and has a successful WiFi or mobile data Internet connection.

From you phone store download the User “Garnet Control” app.

Once the app is downloaded, you shall register with your personal data.

Once inside the app, press the button “+” to add a new system, enter the System

Number obtained in the previous step, enter a name to identify the alarm system

being installed and, nally, enter an icon.

Then you shall initiate the connection with your phone from the communicator.

Press 3 times the button “AP ENABLED” or, if you have an LCD keypad, press [ ] +

8 + 7.

The conrmation of successful activation will be indicated with the blink of the 4

upper leds that indicate antennas and communications. Following press the button

“Verify” on your cell phone.

Your app will be ready to be used in a few seconds.

NOTE: The Garnet Control app allows the addition of up to 20 users.

The main user will be the “Administrator”. The Administrator may invite the remaining

19 users of the system in two dierent user categories:

• Main User:

This user may be dened by the administrator in terms of the functions and permits

held regarding the alarm panel.

For example: You can have a user as Relative with access to all the functions related

to remote control and event reception. But at the same time you can have a main

user who shall only enable the option of event reception to such user.

• Second User: This user does not allow the modication of attributes. Only such user

can view system cameras.

To invite users you shall go to the community tag.

Android

iOs (iPhone)

WiFi Antenna WiFi Communic

Signal 1-5

No Signal

ACK

NAK

WiFi Antenna WiFi Communic

Signal 1-5

No Signal

ACK

NAK

7.6 Programming videos

Garnet Programmer

In the following QR Code you shall nd all the information needed to program the

communicator and its corresponding alarm panel. If you are unable to program the

equipment you can view the following intuitive information.

7.7 Restore the conguration of the communicator to factory settings

To restore the communicator to factory settings, you shall press the “AP ENABLED”

button for more than 6 seconds, until all antennas and communications leds blink

together.

Section 8: COM-900 additional communicator

Communication module for cellular networks. The COM-900 is connected to the

PC-900 family through a socket located in the main board that allows the quick

addition of one more means of communication to the security system.

The COM-900 does not require external power supply or additional cabins.

8.1 General information

The COM-900 communicator is designed to report events through a mobile data

connection:

The communicator prioritizes communications through a WiFi connection, therefore,

the connection or data transmission through mobile phone is used as backup in case

of failure or lack of connection of the WiFi network.

8.2 Technical specications

UMTS/HSDPA mobile network

• Transmission: GSM, GPRS / SMS.

• Automatic quad band: 850/1900MHz UMTS

850/900/1800/1900MHz GSM

• Carriers conguration: Automatic

• 110dBm @UMTS Bands -108.5dBm @GSM 900MHz -108.5dBm @GSM 1800MHz

• UMTS/HSDPA mobile network.

• Compatible with PC-900G / PC-900T

• 1 Recepient of mobile networks for monitoring reports

• Allows own and panel programming with AC4 software

• Allows own programming via App in AP mode from Garnet Programmer

• Reports with residential format.

• It may use domain names instead of IP addresses.

• Pins connection in PC-900 board

• Allows the remote operation of the system through smartphones using Garnet

Control App.

• Up to 20 residential users.

• Report communication using UDP.

• Supervision period via WiFi which may be congured from 1 to 9999 minutes.

• Two Garnet report formats: DC1 y SDC2.

• 4 Led indicators of status and signal on the board.

• It does not require own battery, shares the battery with the alarm panel.

8.3 Module description

Communication formats:

COM-900 alarm communicator is designed to send alarm signals to monitoring

stations that receive events under the communication protocols DC1 y SDC2.

Panel control methods:

The COM-900 communicator allows the panel control through two methods, one

of them is through the use of the Garnet Control App and the other is through text

messages or SMS.

Compatible panels:

The COM-900 communicator is compatible with PC-900G / PC-900T panels.

It must be installed in the header of PC-900 panels.

8.4 Status light indicators

The COM-900 communicator includes a variety of leds that indicate the dierent

status of the communicator.

There are leds that indicate mobile network signal strength and the results of reports

to the server and the monitoring stations.

Explanation of light indicators:

There are two groups of leds, those that indicate the strength of the mobile network

connection and those that indicate the results of communications through such

network.

Mobile network signal Led indicators

These leds indicate if the communicator is connected or not to a network.

If the communicator is connected to a mobile network, the blue Led that represents

the 3G Antenna will indicate the signal strength by blinking as many times as the

signal level.

The number of ashes represents the signal level, being 1 ash for a very low signal

level and 5 ashes to indicate the maximum signal level.

If the communicator is not connected to a mobile network, the red Led “No Signal” will

be on indicating that the communicator is not connected to a mobile network.

Communication Led indicators

The communicator is prepared to communicate through mobile data.

In all cases, in the event of a communication or any kind of report, the result will be

indicated through the leds that represent communications.

In the event of a report to the monitoring station or in residential format, the result

will be represented through two leds, one indicating successful report (ACK) or the

other indicating communication failure (NAK).

If the communicator reports supervision to the monitoring station or to the server,

both leds will turn on simultaneously.

“NET” Led

This led indicates the status of the mobile data network.

Status Description

200mS on / 1800 mS o Searching network

1800 mS on / 200 mS o Idle

125 mS on / 125 mS o Transferring data

8.5 Communicator programming

The COM-900 communicator programming shall be executed from the Garnet

Programmer app. (See Section 7)

- AUX + + BELL - + BUS - A B

PGM1 PGM2 PGM3 PGM4

Z1 Z6 Z7 Z8C CZ5Z4CZ3Z2C

AC + BAT -

ANT WIFI COMUNIC

SIGNAL 1-5

NO SIGNAL

ACK

NAK

Garnet Programmer Video

WiFi Antenna 3G Antenna

Signal 1-5

No Signal

ACK

NAK

Contact ID SIA

Section 9: Codes of reports transmitted via contact ID and SIA

Type of event

New event or arm Restore or disarm New event or arm Restore or disarm

Medical emergency key

1 1AA 3 1AA MA MH

Fire emergency key 1 115 3 115 FA FH

Panic emergency key 1 12A 3 12A PA PH

Duress disarm 1 121 - HA -

Zone alarm 1 13A 3 13A BA BH

Perimeter alarm 1 131 3 131 BA BH

Interior zone alarm 1 132 3 132 BA BH

24-hour zone alarm 1 133 3 133 BA BH

Entry/exit zone alarm 1 134 3 134 BA BH

Tamper 1 137 3 137 TA TH

Intruder verication 1 139 - BV -

Not veried alarm 1 378 - BG -

Assault 1 122 3 122 PA PH

Flood 1 154 3 154 WA WH

Wireless sensor tamper 1 383 3 383 TA TH

Keypad tamper (4) 1 145 3 145 TA TH

Wireless sensor supervisión trouble 1 381 3 381 YX YZ

Network failure 1 3A1 3 3A1 AT AR

Low panel battery 1 3A2 3 3A2 YT YR

Reset del Sistema 1 3A5 - RR -

Programming changes in panel and/or keypad texts 1 3A6 - LS -

System shutdown 1 3A8 - YX -

Overcharged power source 1 312 3 312 YI YJ

Siren loop failure 1 321 3 321 YA YH

Expander module failure (3) 1 333 3 333 ET ER

Mobile data module failure 1 333 3 333 ET ER

WiFi module failure 1 333 3 333 ET ER

Communication failure 1 354 3 354 YC YK

Telephone line restoral - 3 351 - LK

Arm/disarm 3 4AA 1 4AA OP CL

User arm/disarm 3 4A1 1 4A1 OP CL

Automatic arm/disarm 3 4A3 1 4A3 OA CA

Late to arm/disarm 1 4A4 3 4A4 OJ CJ

Cancel 1 4A6 - BC -

Remote arming/disarming (1) 3 4A7 1 4A7 OQ CQ

Key arming/disarming 3 4A9 1 4A9 OS CS

Stay arming 3 441 - OP -

Early arm/disarm 3 451 1 451 OK CK

Quick arm/disarm (2) 3 4A1 1 4A1 OP CL

Auto-arm failure 1 455 - CI -

Recent closing 1459 - CR -

Zone bypass 1 57A 3 57A UB UU

Group bypass 1 574 3 574 BB BU

Manual test report 1 6A1 - RX -

Periodic test report without trouble 1 6A2 - RP -

Periodic test report with trouble 1 6A8 - RY -

Follower test report 1 6A5 - TX -

Loss of clock 1 626 - JT -

Enter programming 1 627 - LB -

Quit programming 1 628 - LS -

Clock adjust 1 3A6 - JD -

Auxiliary source network failure 1 342 3 342 AT AR

Auxiliary source low battery 1 338 3 338 YT YR

Mobile data link failure 1 35A 3 35A YC YK

Wi link failure 1 35A 3 35A YC YK

Wireless sensor low battery 1 384 3 384 XT XR

Fire zone trouble 1 373 3 373 FT FJ

COM-900 arming is reported as user 70.

Local cable arming (PC-Link) is reported as user 75.

No activity arming time is reported as user 77.

WiFi module arming is reported as user 80.

Quick Arm/Disarm is reported as user 0.

Keypad supervision failure is identied with the zone/user number. For instance, the keypad failure with address 1 is reported with zone/user entry equal to 1.

A keypad with address 8 will be reported with zone/user entry equal to 8.

Expander module supervision failures are identied through zone/user and the values reported are 9 for expander1 up to 11 for expander

Auxiliary source supervision failure is reported with zone/user entry equal to 12.

Mobile data module failure is reported with zone/user entry equal to 13. WiFi module failure is reported with zone/user entry equal to 14.

Mobile data link failure is reported with zone/user entry equal to 1.

WiFi link failure is reported with zone/user entry equal to 2.

Keypad tampers are identied with entry “zone/user number” and the values reported are 41 for keypad with address1 up to 48 for keypad with address 8.

SECTION 10: Programming parameters

Command number 001: Master user code (User No. 32 )

Default values --------------------------------------------> 1 2 3 4

0 0 1

Positions ---------------------------------------------------> (1) (2) (3) (4)

Digit positions (1) - (4): Master user code

The code must have 4 digits. Valid values are 0-9. If you program the values [0000]

the code will be cancelled.

Command number 003: Installer code

Default values --------------------------------------------> 5 5 5 5

0 0 3

Positions --------------------------------------------------> (1) (2) (3) (4)

Digit positions (1) - (4): Installer code

The code must have 4 digits. Valid values are 0-9

Command number 004: Duress code (Partition No. 1)

Default values --------------------------------------------> 0 0 0 0

0 0 4

Positions ---------------------------------------------------> (1) (2) (3) (4)

Digit positions (1) - (4): Duress code

The code must have 4 digits. Valid values are 0-9

Command number 005: Duress code (Partition No. 2)

Default values --------------------------------------------> 0 0 0 0

0 0 5

Positions --------------------------------------------------> (1) (2) (3) (4)

Digit positions (1) - (4): Duress code

The code must have 4 digits. Valid values are 0-9

Command number 006: Duress code (Partition No. 3)

Default values --------------------------------------------> 0 0 0 0

0 0 6

Positions ---------------------------------------------------> (1) (2) (3) (4)

Digit positions (1) - (4): Duress code

The code must have 4 digits. Valid values are 0-9

Command number 007: Duress code (Partition No. 4)

Default values ---------------------------------------------> 0 0 0 0

0 0 7

Positions ---------------------------------------------------> (1) (2) (3) (4)

Digit positions (1) - (4): Duress code

The code must have 4 digits. Valid values are 0-9

Command number 012: Duress code for Access Control.

Default values --------------------------------------------> 0 0 0 0

0 1 2

Positions ---------------------------------------------------> (1) (2) (3) (4)

Digit positions (1) - (4): Duress code

The code must have 4 digits. Valid values are 0-9

Command number 017: Cable programming code (PC Link)

Default values --------------------------------------------> 1 1 1 1

0 1 7

Positions ---------------------------------------------------> (1) (2) (3) (4)

Digit positions (1) - (4): Programming code (PC Link)

The code must have 4 digits. Valid values are 0-9

Command number 025: User code attributes No.1

Default values ----------------------> 1 0 0 0 1 1 1 0

0 2 5

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Digit position (1): Partition assignment No. 1

0 = It does not control Partition No. 1

1 = Controls Partition No. 1

Digit position (2): Partition assignment No. 2

0 = It does not control Partition No. 2

1 = Controls Partition No. 2

Digit position (3): Partition assignment No. 3

0 = It does not control Partition No. 3

1 = Controls Partition No. 3

Digit position (4): Partition assignment No. 4

0 = It does not control Partition No. 4

1 = Controls Partition No. 4

Digit position (5): Arming enable

0 = Arming disabled

1 = Arming enabled

Digit position (6): Disarming disable

0 = Disarming disabled

1 = Disarming enabled

Digit position (7): Zone Bypass and PGMs control enable

0 = Zone bypass and PGMs control disabled

1 = Zone bypass and PGMs control enabled

Digit position (8): User codes and keypad text programming

0 = It does not program User codes

1 = It programs User codes

Note: Commands 026 to 057 (User codes functions) are programmed as Command

No. 025.

Command number 026: User code attributes No. 2

Default values ----------------------> 1 0 0 0 1 1 1 0

0 2 6

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 027: User code attributes No. 3

Default values ----------------------> 1 0 0 0 1 1 1 0

0 2 7

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 028: User code attributes No. 4

Default values ----------------------> 1 0 0 0 1 1 1 0

0 2 8

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 029: User code attributes No. 5

Default values ----------------------> 1 0 0 0 1 1 1 0

0 2 9

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 030: User code attributes No. 6

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 0

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 031: User code attributes No. 7

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 1

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 032: User code attributes No. 8

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 2

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 033: User code attributes No. 9

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 3

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 034: User code attributes No. 10.

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 4

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 035: User code attributes No. 11

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 5

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 036: User code attributes No. 12

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 6

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 037: User code attributes No. 13

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 7

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 038: User code attributes No. 14

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 8

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 039: User code attributes No. 15

Default values ----------------------> 1 0 0 0 1 1 1 0

0 3 9

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 040: User code attributes No. 16

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 0

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 041: User code attributes No. 17

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 1

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 042: User code attributes No. 18

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 2

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 043: User code attributes No. 19

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 3

Positions ---------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 044: User code attributes No. 20

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 4

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 045: User code attributes No. 21

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 5

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 046: User code attributes No. 22

Default values ----------------------> 1 0 0 0 1 1 1 0

0 46

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 047: User code attributes No. 23

Default values ----------------------> 1 0 0 0 1 1 1 0

0 47

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 048: User code attributes No. 24

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 8

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 049: User code attributes No. 25

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 9

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 050: User code attributes No. 26

Default values ---------------------> 1 0 0 0 1 1 1 0

0 5 0

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 051: User code attributes No. 27

Default values ----------------------> 1 0 0 0 1 1 1 0

0 5 1

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 052: User code attributes No. 28

Default values ---------------------> 1 0 0 0 1 1 1 0

0 52

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 053: User code attributes No. 29

Default values ----------------------> 1 0 0 0 1 1 1 0

0 5 3

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 054: User code attributes No. 30

Default values ----------------------> 1 0 0 0 1 1 1 0

0 5 4

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 055: User code attributes No. 31

Default values ----------------------> 1 0 0 0 1 1 1 0

0 5 5

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 056: User code attributes No. 32 (Master)

Default values ----------------------> 1 1 1 1 1 1 1 1

0 5 6

Positions ----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 070: Zone programming No. 1

Default values -----------------------------------------------------------------------------> 0 1

0 7 0

Positions --------------------------------------------------------------------------------------> (1) (2)

Digit position (1) - (2):

00 = Null zone

01 = Delay 1 zone

02 = Delay 2 zone

03 = Delay 3 zone

04 = Delay 4 zone

05 = Instant zone

06 = Safe/ Access control zone

07 = 24-hour zone

08 = Tamper zone (24-Hour)

09 = Assault zone (24-Hour)

10 = Auxiliary (medical) zone (24-Hour)

11 = Fire zone (24-Hour)

12 = Water zone (24-Hour)

13 = Zone Follower

14 = Interior and Follower zone

15 = Keyswitch zone for Partition No. 1

16 = Keyswitch zone for Partition No. 2

17 = Keyswitch zone for Partition No. 3

18 = Keyswitch zone for Partition No. 4

Note: Commands 071 to 101 (Zone programming) are programmed as Command

No. 070.

Command number 071: Zone programming No. 2

Default values -----------------------------------------------------------------------------> 1 4

0 7 1

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 072: Zone programming No. 3

Default values ------------------------------------------------------------------------------> 0 5

0 7 2

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 073: Zone programming No. 4

Default values ------------------------------------------------------------------------------> 0 5

0 7 3

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 074: Zone programming No. 5

Default values -----------------------------------------------------------------------------> 0 5

0 7 4

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 075: Zone programming No. 6

Default values ------------------------------------------------------------------------------> 0 5

0 7 5

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 076: Zone programming No. 7

Default values -----------------------------------------------------------------------------> 0 5

0 7 6

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 077: Zone programming No. 8

Default values -----------------------------------------------------------------------------> 0 5

0 7 7

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 078: Zone programming No. 9

Default values -----------------------------------------------------------------------------> 0 5

0 7 8

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 079: Zone programming No. 10

Default values -----------------------------------------------------------------------------> 0 5

0 7 9

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 080: Zone programming No. 11

Default values -----------------------------------------------------------------------------> 0 5

0 8 0

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 081: Zone programming No. 12

Default values -----------------------------------------------------------------------------> 0 5

0 8 1

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 082: Zone programming No. 13

Default values ------------------------------------------------------------------------------> 0 5

0 8 2

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 083: Zone programming No. 14

Default values ------------------------------------------------------------------------------> 0 5

0 8 3

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 084: Zone programming No. 15

Default values ------------------------------------------------------------------------------> 0 5

0 8 4

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 085: Zone programming No. 16

Default values -------------------------------------------------------------------------------> 0 5

0 8 5

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 086: Zone programming No. 17

Default values ------------------------------------------------------------------------------> 0 5

0 8 6

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 087: Zone programming No. 18

Default values -----------------------------------------------------------------------------> 0 5

0 8 7

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 088: Zone programming No. 19

Default values ------------------------------------------------------------------------------> 0 5

0 8 8

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 089: Zone programming No. 20

Default values ------------------------------------------------------------------------------> 0 5

0 8 9

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 090: Zone programming No. 21

Default values ------------------------------------------------------------------------------> 0 5

0 9 0

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 091: Zone programming No. 22

Default values ------------------------------------------------------------------------------> 0 5

0 9 1

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 092: Zone programming No. 23

Default values ------------------------------------------------------------------------------> 0 5

0 9 2

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 093: Zone programming No. 24

Default values -----------------------------------------------------------------------------> 0 5

0 9 3

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 094: Zone programming No. 25

Default values -----------------------------------------------------------------------------> 0 5

0 9 4

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 095: Zone programming No. 26

Default values -----------------------------------------------------------------------------> 0 5

0 9 5

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 096: Zone programming No. 27

Default values -----------------------------------------------------------------------------> 0 5

0 9 6

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 097: Zone programming No. 28

Default values -----------------------------------------------------------------------------> 0 5

0 9 7

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 098: Zone programming No. 29

Default values -----------------------------------------------------------------------------> 0 5

0 9 8

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 099: Zone programming No. 30

Default values -----------------------------------------------------------------------------> 0 5

0 9 9

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 100: Zone programming No. 31

Default values -----------------------------------------------------------------------------> 0 5

1 0 0

Positions -------------------------------------------------------------------------------------> (1) (2)

Command number 101: Zone programming No. 32

Default values -----------------------------------------------------------------------------> 0 5

1 0 1

Positions ------------------------------------------------------------------------------------> (1) (2)

Command number 110: Zone No. 1 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 0

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Digit position (1): Auto cancellation due to Repeated alarms

0 = Disabled

1 = Enabled

Digit position (2):

0 = The zone cannot be bypassed

1 = The zone can be bypassed

Digit position (3): Partition assignment No. 1

0 = The zone does not belong to Partition No. 1

1 = The zone belongs to Partition No. 1

Digit position (4): Partition assignment No. 2

0 = The zone does not belong to Partition No. 2

1 = The zone belongs to Partition No. 2

Digit position (5): Partition assignment No. 3

0 = The zone does not belong to Partition No. 3

1 = The zone belongs to Partition No. 3

Digit position (6): Partition assignment No. 4

0 = The zone does not belong to Partition No. 4

1 = The zone belongs to Partition No. 4

Digit position (7): Sound

0 = Silent zone

1 = Audible zone

Digit position (8): Response speed

0 = Slow response (500 mS)

1 = Quick response (50 mS)

Note: Commands 111 to 141 (Zone attributes) are programmed as Command

No.110.

Note: Only zones 1-8 can have a quick response speed.

Command number 111: Zone No. 2 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 1

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 112: Zone No. 3 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 2

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 113: Zone No. 4 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 3

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 114: Zone No. 5 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 4

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 115: Zone No. 6 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 5

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 116: Zone No. 7 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 6

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 117: Zone No. 8 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 7

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 118: Zone No. 9 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 8

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 119: Zone No. 10 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 1 9

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 120: Zone No. 11 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 0

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 121: Zone No. 12 attributes

Default values ----------------------> 1 1 1 0 0 0 1 0

1 2 1

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 122: Zone No. 13 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 2

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 123: Zone No. 14 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 3

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 124: Zone No. 15 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 4

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 125: Zone No. 16 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 5

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 126: Zone No. 17 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 6

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 127: Zone No. 18 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 7

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 128: Zone No. 19 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 8

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 129: Zone No. 20 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 2 9

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 130: Zone No. 21 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 3 0

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 131: Zone No. 22 attributes

Default values --------------------> 1 1 1 0 0 0 1 0

1 3 1

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 132: Zone No. 23 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 3 2

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 133: Zone No. 24 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 3 3

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 134: Zone No. 25 attributes

Default values --------------------> 1 1 1 0 0 0 1 0

1 3 4

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 135: Zone No. 26 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 3 5

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 136: Zone No. 27 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 3 6

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 137: Zone No. 28 attributes

Default values --------------------> 1 1 1 0 0 0 1 0

1 3 7

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 138: Zone No. 29 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 3 8

Positions ------------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 139: Zone No. 30 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 3 9

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 140: Zone No. 31 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 4 0

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 141: Zone No. 32 attributes

Default values ---------------------> 1 1 1 0 0 0 1 0

1 4 1

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command number 142: Cross zones (1 to 8)

Default values ----------------------> 0 0 0 0 0 0 0 0

1 4 2

Positions -----------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Digit position (1): Zone No. 1

0 = Disabled

1 = Enabled

Digit position (2): Zone No. 2

0 = Disabled

1 = Enabled

Digit position (3): Zone No. 3

0 = Disabled

1 = Enabled

Digit position (4): Zone No. 4

0 = Disabled

1 = Enabled

Digit position (5): Zone No. 5

0 = Disabled

1 = Enabled

Digit position (6): Zone No. 6

0 = Disabled

1 = Enabled

Digit position (7): Zone No. 7

0 = Disabled

1 = Enabled

Digit position (8): Zone No. 8

0 = Disabled

1 = Enabled

Note: Cross zones only work in Instant, Follower and Interior zones.

Command number 143: Cross zones (9 to 16)

Default values ------> 0 0 0 0 0 0 0 0

1 4 3

Positions ---------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Digit position (1): Zone No. 9

0 = Disabled

1 = Enabled

Digit position (2): Zone No.10

0 = Disabled

1 = Enabled

Digit position (3): Zone No. 11

0 = Disabled

1 = Enabled

Digit position (4): Zone No. 12

0 = Disabled

1 = Enabled

Digit position (5): Zone No. 13

0 = Disabled

1 = Enabled

Digit position (6): Zone No. 14

0 = Disabled

1 = Enabled

Digit position (7): Zone No. 15

0 = Disabled

1 = Enabled

Digit position (8): Zone No. 16

0 = Disabled

1 = Enabled

Note: Cross zones only work in work in Instant, Follower and Interior zones.

Command number 144: Cross zones (17 to 24)

Default values ---------------------> 0 0 0 0 0 0 0 0

1 4 4

Positions ---------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Digit position (1): Zone No. 17

0 = Disabled

1 = Enabled

Digit position (2): Zone No. 18

0 = Disabled

1 = Enabled

Digit position (3): Zone No. 19

0 = Disabled

1 = Enabled

Digit position (4): Zone No. 20

0 = Disabled

1 = Enabled

Digit position (5): Zone No. 21

0 = Disabled

1 = Enabled

Digit position (6): Zone No. 22

0 = Disabled

1 = Enabled

Digit position (7): Zone No. 23

0 = Disabled

1 = Enabled

Digit position (8): Zone No. 24

0 = Disabled

1 = Enabled

Note: Cross zones only work in Instant, Follower and Interior zones.

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