Garnet Pc-732g User manual

SP SPANISH PC-732G

www.garnet.com.ar

PANEL DE ALARMA

Manual de Instalador

General Information

WARNING:

This manual contains information about the operation of the PC- 732G® and

its restrictions, therefore, it should be read carefully

Limited Warranty:

Alonso Hnos. Sirenas S.A. (the seller) warrants its products to be

free from defects in material and workmanship under normal use for one year. Except

as specically stated herein, all express or implied warranties, statutory or otherwi-

se, any implied warranties of merchantability or tness for a particular purpose are

expressly excluded. Because the seller does not install or connect the products and

because the products may be used in conjunction with products not manufactured by

the seller, the seller cannot guarantee the performance of the security system and shall

not be liable for circumstances resulting from the inability of the product to function.

The manufacturer’s obligation under this warranty is expressly limited to the repair or

replacement, at the seller’s option, of any product that does not meet specications.

All returns must include proof of purchase and be made within the warranty period.

In no event shall the buyer or any person hold the seller liable for any loss or damage,

whether direct or indirect, including, but not limited to, any damages for loss of prots,

stolen merchandise or claims made by third parties, which are caused by defective

goods or are due to misuse or faulty installation of material. Notwithstanding the above

paragraph, the seller’s maximum liability is strictly limited to the purchase price of the

defective product. Use of this product signies acceptance of this warranty.

ATTENTION:

Distributors, installers and/or others selling the product are not authori-

sed to modify this warranty or make additional warranties binding on the seller.

WARNING:

Please read carefully

Note to Installers

This warning contains vital information. For the sole individual in contact with the user’s

system, it is their responsibility to address each item in this warning for the attention of

the users of this system.

System Failures

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

circumstances, including re, burglary or other emergencies where it will not be able to

provide protection.

Any alarm system can be deliberately compromised or fail to operate for a number of

reasons, some of which may include:

Improper Installation

A safety system must be properly installed to provide adequate protection. Equipment

must not be installed where it will be exposed to moisture or splashing. Each installation

must be evaluated by a safety professional to ensure that all points and access areas are

covered. All window and door locks and latches must be secure and operate as designed.

Windows, doors, walls, ceilings and other materials must possess sucient strength and

construction to provide the expected level of protection. A re-evaluation should be con-

ducted during and after any construction activity. An assessment by the police or re

service is highly recommended if this service is available.

The equipment must be installed in an environment with temperatures between 0ºC and

70ºC.

Criminal Knowledge and Sabotage

This system contains security features that were known to be eective at the time of

manufacture. It is possible for people with criminal intent to develop techniques which

reduce the eectiveness of these features. It is very important that the security system

be reviewed periodically, to ensure that its features remain eective and that they are

updated or replaced if they are found not to provide the expected protection.

Access by Intruders

Intruders can enter through an unprotected access point, circumvent a dis- posed sensor,

evade detection by moving through an area of insucient coverage, disconnect a war-

ning device, interfere with or prevent proper operation of the system.

Power Failure

Control units, intrusion detectors, smoke detectors and many other security devices re-

quire an adequate power supply for proper operation. If a device is battery operated,

it is possible for the batteries to fail. Even if the batteries have not failed, they must be

charged, in good condition and installed correctly. If a device operates on AC power, any

interruption, even a slow one, will render the device inoperable while without power.

Power interruptions of any duration are often accompanied by voltage uctuations which

can damage electronic equipment such as security systems.

After a power outage occurs, immediately conduct a complete system test to ensure that

the system is functioning as intended.

Compromised Wireless Devices

Signals will not be able to reach the receiver under all circumstances, which include

metal objects placed nearby or deliberate interference.

Failure of Replaceable Batteries

The expected battery life is a function of the environment, usage and type of device.

Environmental conditions such as excessive humidity, high or low temperatures, or var-

ying amounts of temperature uctuations may reduce battery life. Regular testing and

maintenance will keep the system in good working condition.

System Users

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

alarm system and know how to respond to an alarm

Smoke Detectors

Smoke detectors, which are a part of the system, may not properly alert occupants of a

re for a number of reasons, some of which are as follows: Smoke detectors may have

been incorrectly installed or located. Smoke may not be able to reach the smoke de-

tectors, such as when the re is in the chimney, walls or ceilings, or on the other side of

closed doors. Smoke detectors cannot detect smoke from res on other levels of the re-

sidence. Each re is dierent in the amount of smoke produced and the speed of the re.

Smoke detectors cannot detect all types of res equally well. Smoke detectors cannot

provide early warning of res caused by carelessness or lack of safety such as smoking in

bed, slow explosions, gas leaks, improper storage of combustion materials, overloaded

electrical circuits, playing with matches, or arson.

Even if the smoke detector functions as designed, there may be circumstances where

there is insucient warning time to allow occupants to escape in time to avoid injury or

death.

Motion Detectors

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

respective installation instructions. They do not discriminate between intruders and/or

inhabitants of the premises or residence, nor do they provide volumetric area protection.

They have multiple detection beams and motion can only be detected in unobstructed

areas covered by these beams. They cannot detect movement behind walls, ceilings,

oors, closed doors, glass partitions, glass doors or windows. Any kind of sabotage, in-

tentional or unintentional, will impair their proper operation.

Passive infrared motion detectors operate by detecting changes in temperature. Howe-

ver, their eectiveness may be reduced when the ambient temperature rises near or abo-

ve body temperature or if there are intentional or unintentional sources of heat in or near

the detection area. Some of the sources of heat may be heaters, radiators, cookers, grills,

replaces, sunlight, etc.

Warning Devices

Warning devices such as sirens, bells, horns, or strobes may not alert or awaken someone

if there is an intervening door or wall. If warning devices are located on a dierent level

of the residence or premises, it is less likely that occupants can be warned or awakened.

Audible warning devices can be interfered with by other noise sources such as stereos,

radios, televisions, air conditioners, etc.

Audible warning devices, even loud ones, may not be heard by people with hearing im-

pairments.

Insucient Time

There may be circumstances when the system is functioning as designed, and yet the

occupants will not be protected from emergencies, due to their inability to respond to

warnings in a timely manner. If the system is supervised, the response may not occur in

time to protect the occupants or their belongings.

Component Failure

Despite all eorts at system reliability, the system may fail in the following cases.

its function, due to the failure of a component.

Incorrect Test

Most problems/failures of an alarm system can be found by regular testing and mainte-

nance. The entire system should be tested weekly and immediately after an intrusion,

attempted intrusion, re, storm, earthquake, accident or any kind of construction activity

on or o the premises. The test should include all devices that are part of the system,

such as sensors, keypads, sirens, etc.

Safety and Insurance

Despite its capabilities, an alarm system is not a substitute for property or life insurance.

Nor is an alarm system a substitute for property owners, tenants, or other occupants

to act prudently to prevent or minimize the harmful eects of an emergency situation.

INDEX

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

Section 1: System Introduction 4

1.1 Specications........................................................................................................................................................................... 4

1.2 Additional Devices................................................................................................................................................................... 5

Section 2: Starting the Installation 6

2.1 Installation Steps...................................................................................................................................................................... 6

2.2 Terminal Descriptions.............................................................................................................................................................. 6

2.3 Installation and Operation of the BUS-D485......................................................................................................................... 6

2.4 Current Ratings for Modules and Accessories...................................................................................................................... 7

2.5 Keyboard Assignments............................................................................................................................................................ 7

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

2.7 Remove Modules...................................................................................................................................................................... 7

2.8 Zone Wiring............................................................................................................................................................................... 7

2.9 Fire Zone Wiring........................................................................................................................................................................ 7

2.10 Keyboard Zones........................................................................................................................................................................ 7

2.11 Expansion Module Zones........................................................................................................................................................ 8

Section 3: Keyboard Commands 8

3.1 Arming and Disarming............................................................................................................................................................. 8

3.2 Arming in Present Mode.......................................................................................................................................................... 8

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

3.4 Forced Armed........................................................................................................................................................................... 8

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

3.6 Functional Keys........................................................................................................................................................................ 9

Section 4: How to Program 9

4.1 Installer Programming............................................................................................................................................................. 9

4.2 Programming Special Data...................................................................................................................................................... 9

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

Section 5: Programme Descriptions 9

5.1 Programming Security Codes.................................................................................................................................................. 9

5.2 Programming Zones................................................................................................................................................................. 9

5.3 Zone Attributes......................................................................................................................................................................... 10

5.4 Crossing Zone............................................................................................................................................................................ 10

5.5 Group Inhibition Zone.............................................................................................................................................................. 10

5.6 Keyboard Zone Assignments................................................................................................................................................... 10

5.7 Download Information............................................................................................................................................................. 10

5.8 PGM Output Options................................................................................................................................................................ 11

5.9 Connection of PGMs................................................................................................................................................................. 11

5.10 Siren Output.............................................................................................................................................................................. 11

5.11 Periodic Test Report................................................................................................................................................................. 11

5.12 Armed System Follower Test Report...................................................................................................................................... 11

5.13 Manual Test Report.................................................................................................................................................................. 11

5.14 Retransmission of the Test and/or Network Failure Report in the event of a communication failure......................... 11

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

5.16 Events Report............................................................................................................................................................................ 11

5.17 Zone Circuit Response............................................................................................................................................................. 11

5.18 Communication Scenarios...................................................................................................................................................... 11

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

5.20 Reset to Factory Defaults......................................................................................................................................................... 12

Section 6: Programming Wireless Devices 12

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

6.2 How to pair wireless key fobs.................................................................................................................................................. 12

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

6.4 How to remove key rings......................................................................................................................................................... 12

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

6.6 How to display the zones assigned to each sensor............................................................................................................... 12

6.7 How to delete all sensors and/or key fobs.............................................................................................................................. 12

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

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

Section 8: Report Codes Transmitted in Contact ID and SIA 13

Section 9: Programming parameters 14

Fault Table........................................................................................................................................................................................................ 31

Guarantee. 32

Notes......... 33

G-LED732/G-LCD732/G-LCD732RF

EXP-8Z

PC-732G

Bateria

Transformador

Rojo +

Negro -

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

Magnético

RFL

2.2K

N.C.

N.O.

RFL

2.2K

RFL

2.2K

RFL

2.2K

SIRENA

1.4A Max.

STATUS

RUNNING

BUS-C485

BUS-D485

COMUNICADORES

- AUX + + BELL - A B

PGM1 PGM2

Z1 Z6CZ5Z4CZ3Z2C

AC + BAT - A B+ AUX -

Y B A - +G

General characteristics

• Up to 32 total zones

• 2 partitions

• 2 wired PGM outputs + possibility of 4 Wireless PGM outputs

• Panel and/or communicator programming via Keyboard/Cellular/PC

• Possibility to use and program communicators with LED keypads (KPD-800/G-

LED732)

• Schedule of Days/Times for automatic arming/disarming

• Panel arming by non-movement time

• Conguration and Choice of events to be reported.

• Event blocking for faults or repeated tripping (Optional)

• Possibility to report by various means congurable from Scenarios of communi-

cation

• 512 event memory

• Shutdown of the alarm panel due to low battery voltage. Previously sent low

battery event and panel shutdown (avoids false triggers).

• Direct integration with Pivot Access family of access control systems

• Zone conguration in special modes: Double Trigger and/or Zone Crossing

• 13 dierent zone programming

• Simple operation of 2 partitions from a single keyboard

• Compatible with 3G-COM-G/4G-MAX-G and IP-500G family of communicators

SECTION 1: System Introduction

This manual is designed to help you through the installation process of the PC-

732G® Alarm Panel. We suggest that you read this manual, in its entirety, before

beginning the installation process so that you can better understand all that this

security system has to oer. This manual is not intended for end users. End users

are recommended to read the User Manual provided with the system. If you have

any questions regarding the procedures described in this manual, please log on to

www.garnet.com.ar/Soporte_Tecnico/Consultas.

1.1 Specications

Programming

• Local programming via keypads.

• Local programming via PC-Link cable (adapter cable).

• Remote programming via 3G-COM-G/4G-MAX-G AC4 software.

• Remote programming via IP-500G and AC4 software.

Partitions

The system has 2 independent partitions, as well as the possibility of sharing zones

in any of them, obtaining partitions with zones common to 2 partitions.

Flexible Zone Conguration

• 32 fully programmable zones with 19 dierent operating congurations and 8

dierent, individual attributes for each zone.

• 1 additional zone for each keypad installed.

• Zone circuit with single RFL.

• Fire zones with fault discrimination and alarm.

• Using EXP-8Z zone expanders, the system supports up to 24 wired zones.

additional (maximum 3 expanders)

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

to 24 wireless zones (out of 32 available).

• Crossing areas

• Zones of Group Inhibition

Codes

The equipment has 36 codes available for the following functions:

• 1 master code.

• 31 user codes.

• 2 duress codes (individual for each partition).

• 1 installer code.

• 1 Local Programming Code by Cable Adapter (PC-Link).

WARNING DIAGRAM

Bus Data: BUS-D485

Its works through the RS-485 protocol, its connection is made using 4 wires, 2 for

power supply and 2 for data. The system is able to supervise each device connected

to the bus and generate a fault in the event of an error condition.

The maximum connection distance between the panel and the devices is 200

metres.

• Supports up to 8 keyboards.

• 3 EXP-8Z Expander modules.

• 1 Auxiliary Power Supply 1.5A FRA-200

• 1 Adapter cable for local programming (PC-Link).

Data Bus: BUS-C485

It is specially designed for high speed data transmission, it works through the

RS-485 protocol, its connection is made using 4 wires, 2 for power supply and 2 for

data.

The system is able to supervise each device connected to the bus and generate a

fault in the event of an error condition. The maximum connection distance between

the panel and the devices is 200 mts.

• Supports IP-500G, 3G-COM-G/4G-MAX-G devices.

Audible Alarm Output

The system supports up to 3 alarm outputs, using a combination between

Programmable Outputs (PGMs) and the Outdoor Siren Output.

Each programmable output can be congured as a siren output for any of the 2 par-

titions, so you could have 2 siren outputs (independent for each partition), and an

external siren output common to both partitions through the panel’s Siren Output.

The siren sound is continuous or pulsating in the event of a re alarm.

The re alarm can be congured to be Pulse (1 second on, 1 second o) or Tempo-

rary 3, according to NFPA 72 standard (500mS on, 500 mS o, 500mS on, 500 mS

o, 500mS on, 500mS on, 1.5 sec. o).

• 1 1.4A, 12VDC Outdoor Siren output.

Monitored for short-circuit and disconnection.

• 2 Siren outputs per PGM.

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

mable output, as these are not supervised in the event of excess consumption.

Power requirements

Transformer: 16.5 VAC, 25VA.

Battery: 12 volt 4Ah minimum.

Regulated Energy Supply

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

• Supply: AUX 700mA, 12 VDC

• Power supply: AUX-3G/IP 300mA, 12 VDC

EEPROM memory

No loss of programming or system status in the event of a complete power failure.

Garnet Keypads Specications: KPD-800/KPD-860/KPD-860RF/ G-LED 732/

G-LCD732/G-LCD732RF.

• They are connected by 4 wires.

• Internal piezo buzzer with volume control.

• Backlight brightness control (only for models KPD-860/KPD-860RF/ G-LD732/

G-LCD732RF)

• Built-in radio frequency receiver (Model KPD-860RF/G-LCD732RF only).

• Anti-disassembly and anti-disassembly tamper.

• Independent indication of partition statuses.

• Separate armed, away and disarmed keys for facilitate their use.

Communication protocols

• Residential SMS (Only with 3G-COM-G/4G-MAX-G).

• SDC2 (Only with 3G-COM-G/4G-MAX-G or IP-500G).

• DC1 (Only with 3G-COM-G/4G-MAX-G or IP-500G).

System monitoring features

• CA power failure (on panel).

• CA power failure (on auxiliary source FRA-200).

• Low battery condition (on panel).

• Low battery condition (auxiliary source FRA-200).

• Failure of auxiliary power supply.

• Zone fault (supervised zones).

• Lack of internal clock programming.

• Siren output faults (disconnection and over current).

• Mobile Data communication failure (3G-COM-G/4G-MAX-G only).

• SMS communication failure (3G-COM-G/4G-MAX-G only).

• Link Failure (IP-500G and 3G-COM-G/4G-MAX-G only).

• Low battery per zone (only with wireless sensors).

• Zone Tamper (only with wireless sensors).

• Keyboard Tamper.

• Monitoring of modules installed in the BUS-D485 and BUS-C485.

• Failure in re zones.

• False Alarm Prevention Features

• Audible Exit Delay with dierentiated sound in the last 10 seconds.

• Audible input delay.

• Double-triggered alarm in zones.

• Cross Zone Burglary Alarm.

• Independent entry/exit times for each partition.

• Auto Arming and Auto Disarming with independent programmable times and

days for each partition.

• Auto arming on inactivity in zones with independent programmable times for

each partition.

• Keypad-activated manual communication test.

• Programmable automatic communication test with start time and intervals.

• All modules are connected to the system via a 4-wire bus. Up to 200m from the

PC-732G® panel.

• A 512-log event memory with date and time of occurrence. The memory can be

viewed with the KPD860 /860RF G-LCD732/ keypad. G-LCD732RF and/or with

AC4 Software.

• Automatic Shutdown: In the event of AC power failure and a signicantly dischar-

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

returns.

• Swinger Shutdown: Separate programmable counters for 17 types of shutdowns

dierent faults and/or alarms.

• Force arming for local and/or remote arming modes.

• Time programmable retransmission of Test Report and/or Network Fault Report

in the event of a communication failure.

1.2 Additional Devices

LCD Keyboard with Wireless Receiver KPD-860RF/G-LCD732RF

The Wireless Receiver is built into each keypad, and can be used to connect up to

24 wireless sensors, 64 remote controls, and 4 PGM-W/MA-220G to the system.

2-Way Wireles System® communication system.

All wireless sensors operate at 434 MHz and are bi-directional monitoring devices,

using CR123A lithium batteries.

NOTE: KPD-860RF/G-LCD732RF keypads shall be assigned addresses 1-4.

If a KPD-860RF/G-LCD732RF keypad is assigned an address greater than four, the

keypad will override its RF receiver.

The following devices are available:

• Wireless Motion Detector DGW-500. Adds wireless space protection to a sector of

the site

• Universal Wireless Transmitter DGM-300. Adds wireless door/window contacts to

your system

• PGM-W/MA-220G programmable wireless output module: It allows, without the

need for interconnection of cables, to control lights, motors, automatic irrigation

and many other devices.

• Wireless Remote Control TX-500

The 3 buttons on the remote control are congurable for dierent functions.

They are:

• Arm and disarm the system.

• Partition panic button.

• Activate a PGM output.

• Activate PGM-W./MA-220G output

• Wireless outdoor sensor IR-1000RF. Ideal for outdoor detection

• Wireless Photoelectric Smoke Detector DH360i. Early re detection

3G-COM-G / 4G-MAX-G Cellular Communicator

The 3G-COM-G / 4G-MAX-G Cellular Communicator can be used in two dierent

forms:

• WiFi reporting as rst means and cellular network as backup.

• Reporting by cellular network as rst and only means.

IP-500G WiFi Communicator

The IP-500G Communicator has the same capabilities as the 3G-COM-G / 4G-MAX-G

communicator, but instead of a GSM connection, it will use a WIFI connection to

communicate. It connects to the panel via the BUS-C485. It can also be used in

three dierent ways:

• As the main communicator with or without back-up.

• As a back-up communicator for other media.

• As a simultaneous communicator alongside other media.

Please refer to the explanation of the dierent scenarios of

communication, backup scenario and dual or simultaneous reporting scenarios.

EXP-8Z Zone Expander

It is a wired 8-zone expander for the PC-732G® panel.

The system supports a maximum of 3 expanders, growing to a maximum of 32

zones.

Each expander must be addressed and assigned in the programming to the die-

rent zones of the system.

Connects to BUS-D485 and can be installed inside or outside the panel enclosure

PC-732G®.

Supervised Auxiliary Power Supply FRA-200

The FRA-200 power supply provides an extra power supply for systems where

power consumption is important. At the same time, it can have a battery backup

for AC outages.

The installer should distribute the power consumptions so that, in the event of an

AC power failure, both batteries are evenly discharged (the main battery of the

panel and the battery of the auxiliary source FRA-200).

The FRA-200 source is also connected to the BUS-D485 and is fully supervised by

the PC-732G® alarm panel. The panel will indicate low battery and mains failure of

the auxiliary source.

Access Control CP-4000

Each CP-4000 access control module can control up to two independent doors,

with entry and exit readers or a combined reader with a button and exit require-

ment.

SECTION 2: Starting the Installation

This section will provide a comprehensive description of how to install and

congure the dierent devices and zones.

2.1 Installation Steps

Read this section thoroughly before you begin. Once you have a general unders-

tanding of the installation process, work carefully through each step.

Step 1: Create a sketch

Draw a sketch of the construction, to get an idea about the location of detectors,

keypads and other modules that will be placed.

Step 2: Mount the Control Panel

Mount the control panel in a dry area near the entrance of a power outlet.

of non-interruptible AC power.

NOTE: All wiring must be completed before connecting the battery, or applying 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: Install the Zones (Section 2.8)

You must remove power from the PC-732G® panel to install zone circuits. Please

refer to Section 2.8 when wiring zones, using normally closed circuits, RFL end-of-

line resistors, re zones and Keyswitch “Arming” zones.

Step 5: Complete Installation (Section 2.2)

Complete all other installations including sirens, programmable outputs if availa-

ble, and other devices following the guidelines provided in Section 2.2 (Terminal

Descriptions).

Step 6: Energising the Control Panel

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

nel. First, connect the red battery cable to the positive terminal and the black cable

to the negative terminal. Then connect the AC power.

NOTE: Always connect the battery before connecting AC power. AC power must be

applied for at least 10 seconds, or the control panel will not operate.

The control panel will not activate with battery connection alone.

Step 7: Keyboard Assignment (Section 2.5)

In order for the keypads to be properly monitored, each one must be assigned

to a dierent “address” on the bus. Please follow the guidelines provided in Section

2.5.

Step 8: Monitoring (Section 2.6)

Supervision of each module must be enabled by programming. Verify that all mo-

dules are recognised 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 des-

cription of several of the programmable features, which options are available and

how they work. Complete the programming sheets before attempting to program

the system.

Step 10: Test the System

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

programmed.

2.2 Terminal Descriptions

Battery Connection: +BAT-

A 12V, 4/7Ah rechargeable battery is used as a backup power source in the event

of an AC failure. The battery also provides additional power when the demand on

the control panel exceeds the power capacity of the transceiver, such as when the

system is in alarm.

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

nect the battery before connecting the AC.

Connect the RED battery cable to the positive battery terminal; connect the BLACK

cable to the negative.

Transformer terminals: ~AC~

The control panel requires a 16.5 volt, 25 VA transformer. Connect the transformer

primary to an interruptible outlet and the secondary to these terminals.

NOTE: Be sure to clearly identify the transformer primary and secondary wires

before connecting. Do not connect the transformer until all other installations have

been completed.

Auxiliary power terminals: - AUX+

These terminals provide up to 700mA of auxiliary current at 12 VDC for devices re-

quiring power. Connect the positive side of any device requiring power to the +AUX

terminal, the negative side to -AUX. The AUX output is protected. This means that if

too much current ows through these terminals (such as in a short circuit), the PC-

732G® panel will temporarily shut down the output until the problem is corrected.

Siren Output Terminals: +BELL-

These terminals provide up to 1.4A of DC current at 12VDC to power bells, sirens,

strobes or other warning equipment. Connect the positive of any warning device to

+BELL, the negative to -BELL.

Note that the Siren output is protected: if there is a high consumption of these

terminals (such as in a short circuit), the protection will open. Three am- peres can

be consumed for short periods only.

The Bell output is supervised. If no warning device is used, connect a 1000 ohms

resistor between the +BELL - terminals to prevent the panel from displaying a fault

condition. For more information (see section 3.5 “Commands [*]).

BUS-C485 terminals: +AUX-, A, B.

The Accessory bus is used by the control panel to communicate with the 3G-COM-G

/ 4G-MAX-G and IP-500G communicators. Each Communicator has four bus termi-

nals which must be connected to the four terminals of

this bus on the control panel.

Programmable Output Terminals: PGM1 to PGM2

Each PGM output is designed so that when activated by the control panel, the ter-

minal connects to ground. PGM1-PGM2 can draw up to 50mA of current. Connect

the positive of an LED or buzzer to the +AUX terminal and the negative to the PGM.

If more than 50mA of current is required, a relay must be used.

Please study the PGM wiring in the diagram. For a list of programmable output

options, please see section 5.9 “PGM Output Options”.

Zone Input Terminals - Z1 to Z6

Each detection device should preferably be connected to one zone in the control

panel. However, it is possible to install multiple devices on the same zone. For zone

installation specications, please see section 2.8 “Zone Wiring”.

2.3 Installation and Operation of the BUS-D485

The data bus is used by the PC-732G® panel to communicate with all connected

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

NOTE: The four bus terminals on the PC-732G® panel must be connected to the

four bus terminals or bus cables on all modules.

The following restrictions apply to BUS-D485 wiring:

• Each bus conductor must be at least 0.5mm gauge, a two twisted pair cable is

suitable.

• Each module can be connected directly to the control panel, but can also be

connected in series or in shunt.

• No module may be more than 200m (in cable length) from the control panel.

• Shielded cable reduces the maximum distance.

2.4 Current Ratings for Modules and Accessories

For the PC-732G® system to operate properly, the power output capabilities of the

panel and expansion devices must not be exceeded. Use the data below to ensure

that no part of the system is overloaded and cannot function properly.

PC-732G® (12 VDC)

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

accessory connected to the AUX+.

+1.4A continuous rating. Available only with battery back-up

connected.

Device Ratings for PC-732G® (at 12VDC):

• LED keypad: 100 mA max. (60 mA idle).

• LCD keypad: 210 mA max. (90 mA idle).

• LCD-RF keypad: 210 mA max. (90 mA idle).

• EXP-8Z Zone Expander Module: 15mA

• PC-732G Board: Approx 100mA

Other Devices

Please read the manufacturer’s documentation carefully to determine the maxi-

mum current demands required for each device during activation or alarm and

include the correct values for power calculations. Connected devices must not

exceed the capabilities of the system during any possible mode of operation.

2.5 Keyboard Assignments

There are eight bus addresses available for the keypads. The keypads

KPD-800/KPD-860/KPD-860RF/G-LED732/G-LCD732/G-LCD732RF están, por

Each keypad must be registered to a dierent address. dierent address (1 to 8).

Keypad registration is required, as it tells the control panel which addresses are

busy. The control panel can generate a fault when a keypad supervision is not

present.

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

1. Press the [ ] [8].

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

keyboard.

3. Finally press the [8] key to conrm the programming entry.

de address.

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

How to program the address of the keypads KPD-860 / KPD-860RF / G-LC-

D732/G-LCD732RF

1. Press the programming button [ ] and scroll with the scroll buttons [ ]

to option [4] Keypad Programming, then press [ ].

2. Then press the [8] key, you will not nd this option by navigating with the scroll-

buttons as it has been hidden for the purpose of avoiding unwanted programming.

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

gramming. After addressing all keypads, enable them in command [298] in the

installer programming. The control panel will monitor all keypads and modules

registered to the system bus.

NOTE: To enter installer programming you must do so from the keypad with ad-

dress1, as this is the only address that is enabled at the factory.

2.6 Monitoring

Only registered modules are monitored by the panel.

Supervision operates at all times so that the PC-732G® panel can indicate a fault

if a module is removed from the system or simply stops working. To check which

modules are currently connected and supervised, check installer programming

commands [298] and [299].

A registered module that was not present will produce a fault condition and the

Fault/System indicator [ ] on the keypad will illuminate. This condition may be

due to 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 more than 200m from the panel.

• Module or keypad does not have sucient power supply

• The module or keypad is damaged.

• There is more than one device with the same address.

For more information concerning module monitoring issues,

see section 3.5 “Commands [ ]” on page 8.

2.7 Remove Modules

The PC-732G® Panel must be recongured to no longer supervise a module that

has been removed from the system. To remove the module, disconnect it from the

Bus and disable it in the [298] or [299] installer programming command.

2.8 Zone Wiring

For a complete description of the mode of operation of the dierent types of

zone, see section 5.2 “Programming Zones”. There is only one way to install the

zone circuits and that is by using a resistor at the end of the 2200 ohm line.

The control panel can accept and monitor NC or NO detectors.

NOTE: Any zone on the main panel can be programmed as a 24 Hour Fire. Zones

so programmed will generate a trouble when the circuit is open.

Resistors (2200 ohms) at End of Line (RFL)

Using the end-of-line resistors, note the dierent variants for connecting the zone

circuit.

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

Normally Closed (N.C.) sensing contacts.

2.9 Fire Zone Wiring

4-wire smoke detectors

All re zones shall be installed in accordance with the following

diagram:

2.10 Keyboard Area

Each keypad has a zone input, to which a sensing device (such as a magnetic door

contact, motion sensor, etc.) can be connected. This saves you having to run wires

to the control panel for that device.

To install the keypad, open the plastic enclosure of the unit and locate the six ter-

minals on the keypad PCB terminal block. Connect the four BUS-D485 wires from

the control panel, red wire to [+], black to [-], blue to [A] and white to [B]. To con-

nect the zone, use an end-of-line resistor also 2200 ohms between the [Z] terminal

and the [-] terminal. To power devices that require power, use the power terminals

(the red and black wire) to supply power. Connect the red wire to the [+] terminal

and the black wire to the [-] terminal.

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

the circuit, not at the keypad. This zone cannot be programmed as a supervised

re zone.

RFL

2.2K

Zona

+ Aux.

PGM

RFL

2.2K

Zona C

RFL

2.2K

Zona C

RFL

2.2K

RFL

2.2K

Zona C

CONTACTO NORMAL

CERRADO CON RFL

CONTACTO NORMAL

ABIERTO CON RFL

CONEXIÓN DETECTOR DE HUMO DE 4 HILOS CON REAJUSTE

Detector

de humo

Detector

de humo

CONTACTO NORMAL

ABIERTO Y NORMAL

CERRADO CON RFL

2 CONTACTOS NORMAL

ABIERTOS Y 2 CONTACTOS

NORMAL CERRADOS CON RFL

Panel de Alarma

Rele

RFL

2.2K

Zona

+ Aux.

PGM

RFL

2.2K

Zona C

RFL

2.2K

Zona C

RFL

2.2K

RFL

2.2K

Zona C

CONTACTO NORMAL

CERRADO CON RFL

CONTACTO NORMAL

ABIERTO CON RFL

CONEXIÓN DETECTOR DE HUMO DE 4 HILOS CON REAJUSTE

Detector

de humo

Detector

de humo

CONTACTO NORMAL

ABIERTO Y NORMAL

CERRADO CON RFL

2 CONTACTOS NORMAL

ABIERTOS Y 2 CONTACTOS

NORMAL CERRADOS CON RFL

Panel de Alarma

Rele

2.11 Expanding Modules Zones

Each expander module has 8 zones. The maximum number of expander modules

supported by the panel is 3, and up to 24 additional zones can be obtained in addi-

tion to the 8 on the main panel board. Each expander module must be assigned an

address, so 3 addresses are available. For an expander module to function, it must

be enabled. Enable the expander modules in the command [299] “Enable modules,

options [1], [2] and [3]. The expander modules have 8 zone inputs. To assign a zone

number to each input, commands [220]-[227] must be programmed for expander

module zones with address 1, [228]-[235] for expander module zones with address

2 and [236]-[243] for expander module zones with address 3.

SECTION 3: Keyboard Commands

Use any system keypad to enter commands and/or program the PC-732G® securi-

ty system. The LCD keypad provides a menu of options on the liquid crystal display

and uses a combination of LEDs and display legends to communicate system

status to the user.

The [ ] indicator functions as a Fault indicator. Simultaneously, these conditions

will be shown with legends on the LCD display.

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

system is ready to arm.

The 1 2 3 4 indicators show the armed or disarmed status of the dierent parti-

tions. If a partition is armed, the indicator for that partition will be lit.

The PC-732G® User Instruction Manual provides a basic guide to arming and

disarming the system, bypassing zones, and performing user functions from the

keypads.

The following sections provide additional details about these functions.

3.1 Arming and Disarming

For the operation of arming and disarming, please refer to the PC-732G® User

Instruction.

NOTE: The Event Log will record “Armed in Present Mode” or “Armed” in Away

Mode” every time the system is armed. If a delayed type zone remains open until

the end of the exit delay time, and forced arming is disabled, the entry delay will

begin. At the end of the entry delay period, if the system has not been disarmed,

an alarm will be generated.

3.2 Arming in Present Mode

When arming the system in present mode, zones previously dened as interior are

auto-bypassed (see section 5.2 “Programming Zones”).

3.3 Automatic Arming and Disarming

The system can be programmed for Automatic Arming at a time specic every day

if it is in the disarmed condition.

The Automatic Arming schedule is independent for each partition, thus which there

are 4 commands that refer to Automatic Arming Schedule [280] - [281].

The system can also be programmed for Automatic Disarming. The Automatic

Disarming schedule is also independent for each partition, so there are also 4 com-

mands that refer to the Automatic Disarming Schedule [284] - [285].

Finally, you can dene the days of the week on which you want it to take place.

Automatic Arming and Disarming of each of the partitions, the commands [290] -

[291] refer to Automatic Arming Days of each partition while [294] - [295] refer to

Automatic Disarming Days of each partition.

When the system’s internal clock matches the Auto-Arming Time, the PC-732G®

panel will check the system status.

If the system is armed, the panel will do nothing until the next day at the Auto-Ar-

ming Time, and check the system again.

If the system is disarmed at the time of Auto-Arming, the panel will sound the

buzzer on all keypads for one minute.

If a Valid Access Code is entered, Auto Arming will be cancelled.

NOTE: If Auto Arm is cancelled, the number of the user who cancelled the auto

The event will be recorded in the Event Log.

If no code is entered, the panel will arm automatically.

If a zone is opened, the panel will transmit a Partial Closing Reporting Code, this

will indicate to the monitoring station that the system is not fully secured. If the

zone is restored, the panel will add the zone back to the system.

NOTE: Auto Arming can be cancelled only by entering a valid access code on any

keypad.

3.4 Forced Armed

Force arming allows the system to be armed even when zones are open (not

secured).

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

will be bypassed until the zone is closed. If the zone is closed, it shall be automa-

tically restored to the system, whereby an alarm shall be generated if the zone is

opened again.

There are two dierent forced armings that can be enabled, forced arming by

keypad or keyswitch and forced arming for automatic and/or remote arming.

3.5 Commmands [ ] (Keypads KPD-800 / G-LED732)[ ]

[ ][0] Quick Arm/Disarm: If the “Quick Arm/Disarm” option is enabled, the sys-

tem will arm in Away mode without the need to enter a user code.

If the system is in exit delay, entering this command will immediately disarm the

system, without the need to enter a valid user code.

The quick disarm option only works during the exit delay time. After the exit delay

has expired, the quick disarm function will remain disabled.

[ ][1] Bypass Zones: This command is similar to pressing the [Bypass] key.

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

[ ][2] Fault Display: The panels constantly monitor the various fault conditions.

If a fault condition is present, the Fault indicator will ash (see Fault Index Table).

[ ][3] Alarm Memory for the last activation period: The alarm memory indica-

tes the zones tripped during the last activation period. To view the alarm memory,

press [ ] [3].

[ ][4] Arming in Delayed Stay mode: The system will arm, leaving

inhibited all zones congured as Inner Zones.

[ ][5]: Future Use

[ ][6]: Future Use

[ ][7] Keypad Control of Programmable Outputs: The PGM outputs can be

controlled from any keypad. To do this, enter [ ] [7] followed by your user code,

then select PGM’s and PGM-W with the scroll keys.

Note: The user code shall have the PGMs / PGM-Ws control option enabled.

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

[ ][8] Enter Programming mode: This command is similar to pressing the [Pro-

gram] key on the KPD-860/KPD-860RF/G-LCD732/G-LCD732RF keypads.

[ ][9] Instant Stay Arming: The system will arm, bypassing all zones congured

as Stay zones. Zones congured as Delayed Zones will operate without delay,

where by the delayed zones will operate as Instant Zones.

Commands [ ] (Keypads KPD-860 / KPD-860RF / G-LCD732 / G-LCD732RF)

The [ ] key commands provide an easy way for the user to access basic system in-

formation. The LCD display provides written information, guiding the user through

each command.

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

[ ][1] View Bypassed Zones: Use the [ ][1] keypad command to display the

bypassed zones.

NOTE: Use the scroll keys to display all zones.

[ ][2] Fault Display: The panels constantly monitor for various fault conditions.

If a fault condition is present, the Fault indicator will ash. To display faults, enter

[ ] [2]. Use the arrow keys [ ] to move around the dierent fault conditions

present.

[ ][3] Alarm Memory for the last activation period: The alarm memory

indicates the zones tripped during the last activation period.

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

NOTE: Each time a partition is armed, the alarm memory of the zones in that

partition will be cleared.

[ ][4] View Open Zones: To view the zones that are open, enter [ ][4].

Use the [ ] arrow keys to scroll through the dierent open zones.

[ ] [5] View Status of Keypad Tampers: To view the status of the keypad tam-

pers, enter [ ] [5]. Use the arrow keys [ ] to scroll through the dierent open

tampers.

[ ][6] View Zone Tampers Status: To view the status of the zone tampers, enter

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

[ ][7] Keypad Control of Programmable Outputs: PGM outputs can be contro-

lled from any keypad. To do so, enter [ ] [7] followed by your user code.

Note: The user code shall have the pgms control option enabled.

[ ] [8] Viewing Low Battery Zones: To view the low battery status of zones, enter

[ ] [8]. Use the [ ] arrow keys to scroll through the dierent low battery zones.

[ ][9] Viewing Supervisory Faulted Zones: To view supervisory faulted zones,

enter [ ][9]. Use the [ ] arrow keys to scroll through the dierent zones.

3.6 Functional Keys:

There are 6 functional keys on the KPD-860/KPD-860RF/G-LCD732/G-LCD732RF

keypads. Away arming, present arming, disarming, event memory, zone bypassing

and programming.

Arm Absent [ ]

The system will arm in Away mode. Enable the Quick Arm/Disarm feature (by pro-

gramming command [271], option [3]) to have this key function without the need

to enter an access code. If the Quick Arm option is not enabled, the user will have

to enter an access code before the “Away Arming” function will be executed.

Arm Present [ ]

The system has two dierent present arming modes, delayed present arming and

instantaneous present arming. The dierence between them is that in instant

present arming, delayed zones behave as instant zones, without allowing an entry

delay. Enable the Quick Arm/Disarm feature (by programming command [271], op-

tion [3]) to have this key functional without the need to enter an access code. If the

Quick Arm option is not enabled, the user will have to enter an access code before

the “Stay Arming” function will be executed.

Disassemble [ ]

This key allows you to quickly indicate that you wish to disarm the system. Enable

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

have this key functional without the need to enter an access code. If Quick Disarm

is not enabled, the user will have to enter an access code before the “Disarm”

function will be executed.

NOTE: The Quick Disarm option only works on partitions that are in exit delay.

Bypasear Zones [ ]

Use this key to enter the zone bypass menu. If the “Zone Bypass

Zones without code” is disabled, you must enter your user code.

Event memory [ ]

Use this key to choose between the alarm memory and event memory options. Use

the [ ] keys to select between one option or the other.

Programming [ ]

The system allows you to choose from a number of programming options, some of

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

Communicators.

SECTION 4: How to Program

The following section of the manual describes the function of Installer Program-

ming and how to program the dierent commands.

NOTE: Read the following section very carefully before you start programming.

We also recommend completing the Programming Sheets section before

programming the control panel.

4.1 Installer Programming

Installer Programming is used to program all options of the PC-732G® panel. The

default Installer Code is [5555] but can be changed to prevent unauthorised access

to programming.

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

the Installer Code. The keypad will display the message “Entering Installer prog”.

NOTE: If you are attempting to program from a KPD-800/G-LED732 keypad, you

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

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

to program. The keypad will display the current programming of the command

entered.

3. Modify the programming at the desired command positions and press

Press the [OK] key to save the changes.

If you made a mistake in the data entered and do not wish to record it, press the

[#] key to quit programming the command.

Select a new command and re-enter the information correctly.

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

the three digits of the command followed by the command data. When the last

digit of the command is entered, the command will be saved and awaiting a new

programming command.

If you are programming the data for a command, you can cancel the data recording

by entering the [#] key. To exit programming press [#] + 1.

4.2 Programming Special Data

There are sections that require programming of hexadecimal data or simple

alphanumeric characters. To do this, simply press the [ ] key and the keypad

will display a screen with the dierent special data that can be programmed into

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

This value will be automatically inserted and you will continue programming the

command you were programming.

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

refer to the tables that refer to the programming of the special data.

4.3 See Programming

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

that has that command. Use the [ ] arrow keys to scroll through all the data

being displayed. Press the [ ] key to view the next command programming or

press the [#] key to exit command programming.

NOTE: Programming can only be viewed from the keypad models.

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

SECTION 5: Programme Descriptions

The following section explains the operation of all programmable functions and

options.

It also provides a summary of the corresponding locations of

programming.

5.1 Programming Security Codes

There are 5 codes which can be programmed by the installer in the Installer

Programming function: the Master user code, the Installer code, 2 duress codes for

the dierent partitions and the wired programming code (Pc-Link). All other access

codes can be programmed by the same Master code (User 32) through the User

Codes programming.

Users can program user codes if they have enabled the attribute

“User Code Programming”.

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

Duress codes can be programmed as users 37-38.

5.2 Program Zones

Zones 1-8 are enabled by factory default. Disable unused zones,

or enable additional zones in programming commands [070]-[101].

The zone denitions set out how they operate.

On the other hand, each zone has its own individual attributes, which allow further

customisation of the zone’s behaviour.

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

Attributes”).

Zone Denitions

[00] Null Zone

The zone is bypassed. Unused zones must be programmed as bypassed zones.

[01] Delayed Zone 1

This type of zone, normally used by entry/exit doors, can be violated during the

exit delay period without causing an alarm. Once the exit delay has expired,

opening the zone will start the entry delay counter. During the entry delay period,

the keypad buzzer will sound a continuous tone to warn the user that the system

should be disarmed. If the PC-732G® panel is disarmed before the entry delay

expires, an alarm will not be generated. The entry delay time1 is programmed in

the [151] command.

[02] Delayed Zone 2

The mode of operation is identical to that of Delayed Zone1, except that its

time is programmed independently in the command [152].

[03] Delayed Zone 3

The mode of operation is identical to that of Delayed Zone1, except that its

time is programmed independently in the command [153].

[04] Delayed Zone 4

The mode of operation is identical to that of Delay Zone1, except that its time is

programmed independently in the command [154].

[05] Instant Zone

This zone type causes an instant alarm if violated when the PC-732G® panel is

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

zones, and for glass break detectors.

This type of zone only works with the system armed.

[06] Safe / Access Control Area

The Safe/Access Control zone generates an instant arming on the partition to which

it belongs at the moment the partition is restored. The timer “Auto Arming Partition

with Safe/Access Control Zone” is used to arm the partition.

sets the maximum time a partition with safe/access control zones can remain

disarmed, after which time the partition will be automatically armed. In order for

the partition to be armed, the partition must be in the “Ready to Arm” condition. It

is recommended that these partitions do not have “Force Arming” enabled.

Anti-Entruder System:

Working with Safe/Access Control zones, an infrared barrier can be installed behind

a vehicle barrier, once the mobile passes through the infrared barrier the partition

is armed, therefore, if a person or car wished to enter behind the car that has just

entered, an alarm would be generated.

[07] 24 Hs Zone

If this zone is violated, an instant alarm will be generated, regardless of whether

the system is armed or disarmed.

[08] Tamper Zone (24 Hs)

This type of zone is used to prevent dismantling/disassembly of devices in an alarm

installation.

Triggering this zone will generate an instant alarm, regardless of whether the

system is armed or disarmed.

[09] Assault Zone (24 Hs)

If this zone is violated, an instant alarm will be generated, regardless of whether

the system is armed or disarmed.

Normally, this zone is congured as a quiet zone.

[10] Medical Emergency Area (24 Hs)

If this zone is violated, an instant alarm will be generated, regardless of whether

the system is armed or disarmed.

[11] Fire Zone (24 Hs)

If this zone is violated, an instant alarm will be generated, regardless of whether

the system is armed or disarmed. If the zone is short-circuited, an alarm will be

generated, while if the zone is open, a fault will be generated.

This zone can be programmed with pulsed or temporary sound three times.

(See command [270], option [4] “Fire Siren Sound”).

[12] Water Loss Zone (24 Hs)

This type of zone is used in places where ooding is to be prevented. If this zone is

breached, an instant alarm will be generated, regardless of whether the system is

armed or disarmed.

[13] Follower Zone

This zone will not cause an alarm if violated during an entry delay period. If the

delay period expires, the zone will generate an alarm.

If the zone is tripped without the panel rst being in the entry delay condition, an

instant alarm will be generated.

This type of zone only works with the system armed.

[14] Inner and Follower Zone (Self-cancelling)

This zone will not cause an alarm if violated during an entry delay period. If the

delay period expires, the zone will generate an alarm.

If the zone is tripped without the panel rst being in the entry delay condition, an

instant alarm will be generated.

Zones congured as indoor shall be self-canceling when the user arms the system

in present mode, to allow free movement within the enclosure.

[15] Keyswitch Zone for Partition N° 1

Momentary violation of this zone will alternately arm or disarm the status of Parti-

tion N°1.

[16] Keyswitch zone for Partition N° 2

Momentary violation of this zone will alternately arm or disarm the status of Parti-

tion N°2.

5.3 Zone Attributes

Additional zone attributes can be programmed to make the operation of a zone for

a specic application. The following attributes are programmable for each zone:

Swinger Shutdown: This attribute determines whether the zone will auto-cancel

for reporting and siren triggering once its alarm counter limit is reached.

(See command [254] Zone Alarm Counter).

Bypassable: This attribute determines whether or not the zone can be manually

bypassed (see section 3.6 Functional Keys).

Partition Assignment No. 1: This function denes the zone as belonging to the

zone. to partition N° 1.

Partition Assignment No. 2: This function denes the zone as belonging to the

zone.

This attribute determines whether the zone will activate (Audible) or not the alarm

output (Silent).

Response rate: This attribute determines whether the zone operates at 50mS or

50mS. 500 mS. Zone Attributes are congured in Commands [110] - [141].

5.4 Cruce zones

The control panel includes a cross zone option that requires triggering on two or

more zones within a programmable time period to initiate an alarm transmission

sequence.

On the other hand, if the “Double trip on same zone” option is enabled, it will

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

programmed time period. It will also generate the same eect if the zone remains

open for the entire time period programmed as “Cross Zone Time Interval”. See

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

5.5 Zones of Group Inhibition

Zones dened as group inhibit zones can be automatically inhibited by pressing the

[ ] key for more than 3 seconds. See Commands [146]-[149].

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

5.6 Keyboard Zone Assignment

Los teclados KPD-800/KPD-860/KPD-860RF/G-LED732/G-LCD732/G-LCD732RF

have a zone input to which a device, such as a door contact, can be connected. (See

Section 2.10 “Keypad Zone” for more information on wiring).

Once the keypad zones are installed, assign the zones in programming commands

[200]-[207].

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

override the PC-732G® backplane zones.

5.7 Download Information

The required Download Information software is AC4.

Downloading information can be done in 4 dierent ways:

• By means of a PC-Link adapter cable and the PC, without the need for a modem.

• Using the 3G-COM-G / 4G-MAX-G module as a programmer.

• Using the IP-500G module as a programmer.

5.8 PGM Output Options

Program the programmable outputs (PGM1 and PGM2 on the main board). by

selecting one of the output options listed below.

[00] Partition No. 1 Armed Indication: The output will remain on as long as

partition 1 is armed.

[01] Partition No. 2 Armed Indication: The output will remain active while parti-

tion 2 is armed.

[04] Output command held: The output can be used as a switch. Its change of

state can be controlled via a keypad (see section 3.4 “[ ][7]” Keypad Control of

Programmable Outputs”),

through the use of TX-500 keyfobs (have RF LCD Keypad), with the use of AC4

software or through the Garnet Control APP (have IP-500G/ 3G-COMG/ 4G-MAX-G

communicator).

Note: The output can also be controlled by sending a text message via

of the 3G-COM-G / 4G-MAX-G / 4G-MAX-G module.

[05] Output command Pulse: The output delivers a pulse. The pulse can be

triggered via a keypad (see Section 3.5 “[ ][7]” Controlling Programmable Outputs

by Keypad” on page 8), by using a telephone (See Section 6.0 “Telephone Remote

Control” on page 12) or by using the AC4 software.

Note: The output can also be controlled by sending a text message to via

3G-COM-G / 4G-MAX-G module.

[07] Pulse on siren trigger: The PGM will pulse each time the siren is triggered.

siren output is triggered.

[08] Partition Siren No. 1: The PGM becomes a partition siren. Each time an alarm

occurs in that partition, the PGM will activate for the partition’s programmed siren

time period.

[09] Partition Siren No. 2: The PGM becomes a partition siren. Each time an alarm

occurs in that partition, the PGM will activate for the partition’s programmed siren

time period.

[13] Mobile Data communication failure: The PGM shall be activated upon Mobi-

le Data communication failure.

[15] Battery Failure: The PGM will activate in the event of a battery failure.

[16] Mains Failure: The PGM shall be activated in the event of a mains failure.

[17] Auxiliary Power Failure: The PGM will activate on Auxiliary Power Failure: The

PGM will activate on Auxiliary Power Failure. auxiliary output power supply.

[18] Smoke Sensor Reset: The PGM will always remain on and turn o for 3

seconds after the [ ][7] command is entered (see section 3.5 “[ ][7”] Keypad

Programmable Output Control”).

NOTE: PGM outputs cannot be completely disabled in installer programming.

To completely disable a PGM output, you must remove all wiring from the PGM

output.

5.10 Siren Output

The siren shall be silenced after the number of minutes programmed for the parti-

tion siren time.

Each partition has its own independent bell time (See commands [159]- [160]). The

panel supervises the siren output in the event of a trip or short circuit condition.

5.11 Periodic Test Report

To ensure that the communication link with the monitoring station is functioning

properly, program the panel to send a test signal periodically.

The test report can be programmed to send signals in minutes, hours or days (see

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

5.12 Armed System Follower Test Report

The panel can be programmed to send a follower test report during the time it is

armed. This test can be programmed with a dierent period than the periodic test

report. Normally, the period of this test is programmed in a shorter time than the

periodic test, thus obtaining a greater check on the panels that are armed (See

command [360] option [2] “Test report transmission counters”).

5.13 Manual Test Report

The manual test report is generated by holding down the “0” key on the key for a

period of time longer than three seconds.

5.14 Retransmission of Test Report and/or Network Failure in the event of a

communication failure.

In many cases, when the power goes out in a certain area, the panels start transmi-

tting mains failure to the monitoring station.

If the number of subscribers who need to report such an event is too high, colli-

sions may occur, resulting in communication failures and the event cannot be sent

successfully. To solve this problem, the panel can be programmed to retry to send

the test report or network failure report after a specied time. The retransmission

time is programmed in the command [170] “Re-Transmission Delay of Test and

Network Failure Report on Failure to Send”.

5.15 Fire, Medical and Panic Keys

Emergency keys are available on all keypads. These keys must be pressed and held

for three seconds to activate. This delay is designed to prevent activation accidents.

The emergency keys can be congured as audible or silent, independently and for

each keypad (See commands [190]-[197] options [5], [6] and [7]).

5.16 Events Report

The PC-732G® panel stores the last 512 events that occurred on the system. The

Event Memory contains the date and time of each event, along with the zone num-

ber, user number, and any other information pertaining to the event.

5.17 Zone Circuit Response

The normal circuit response time for all zones is 500 milliseconds. The PC-732G

panel will not consider a zone violated unless it is violated for at least 500 millise-

conds.

Zones 1-8 on the PC-732G panel board can be programmed for

a fast circuit response (under 50 mS).

(See commands [110]-[115] option [8] “Response Speed”).

5.18 Communication Scenarios

Your system has several means of communication for reporting, among these,

we can highlight the possibility of reporting to dierent IP addresses, through the

3G-COM-G / 4G-MAX-G and IP-500G modules, sending notications, etc.

to the users and/or monitoring station, using the 3G-COM-G/ 4G-MAX module.

G. Communication scenarios are an orderly alternative way of organising commu-

nication communications.

The PC-732G® panel has 2 communication scenarios:

Call Scenario N° 1 (Reports with Backups): This scenario has one main output me-

dium and seven dierent backup possibilities.

(See command [370] “Call Scenario No. 1”).

Call Scenario No. 2 (Simultaneous Reporting): This scenario is used for the same

event to go out by several dierent means of communication (see command [371]

“Call Scenario No. 2”).

5.19 How to operate communication scenarios

For ease of understanding, we will cite dierent examples of operation:

1) The system shall report the events to the monitoring centre through the

3G-COM-G / 4G-MAX-G module, via the Wi network of the site, in case of not being

able to report such events, it shall report through the same equipment by means

of the cellular network (mobile data) of the chip, if the equipment has one.

This is a case of Scenario N°1, as it involves the use of backups.

Call scenario No. 1 is programmed in the command [370], its programming

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

Position N°3 has the option [5] loaded, which indicates that the backups are termi-

nated.

2) The system shall report the event to the monitoring centre and to the end user

through the 3G-COM-G / 4G-MAX-G module, via the chip’s cellular network (mobile

data) simultaneously.

This is a case of Scenario N°2, as it must send an event by various means. Scenario

N°2 is programmed in the command [371], its programming should be:

[371] [0][0][0][1][0][1][0][0].

Position N° 4 has a [1], which enables reporting by mobile data to monitoring, and

position N° 6 enables reporting for the event to reach the end-user via the App.

NOTE: The format “Residential” is valid only for scenario N° 2.

5.20 Reset to Factory Defaults

Sometimes it will be necessary to reset the panel to Factory settings,

To do so, please follow the steps below:

1. Enter Installer Programming.

2. Enter the command [600].

3. Conrm that you wish to reset the panel programming by entering the [1] key.

SECTION 6: Programming wireless devices

The PC-732G® alarm panel has the ability to control up to 24 wireless sensors, 64

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

Compatible motion sensors are:

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

The DGM-300 sensor is a wireless magnetic sensor with the ability to accept a

second N/C loop with one or more external magnetic detectors. For more informa-

tion, refer to their respective manuals.

NOTE: Programming of wireless devices can only be performed if has a KPD-

860RF/G-LCD732RF keypad.

Rele

+ AUX -

PGM1 PGM2 PGM3 PGM4

+ AUX -

PGM1 PGM2 PGM3 PGM4

Resistor

+ -

Bateria

Fusible

Conexionado de PGM como Sirena de Interior

5.12 Conexionado de PGMs

Conexionado de un Led

5.9 Connection of PGMs - Wiring of an LED

6.1 How to twin a wireless sensor

To twin a sensor, the following steps must be carried out:

1) Be sure to remove the battery from the sensor.

2) Press the [ ] key on the keypad.

3) Select [7] RF Disp.

4) Enter the installer code.

5) Choose option [1] Grab Sensor.

6) Indicate the memory location where you want to record the device.

The positions

The available memory slots are 01-24.

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

8) Insert the battery into the sensor. Remember to check for correct polarity.

9) Wait for the keypad to conrm that the sensor has been successfully engraved.

and then press the [ ].

10) If you wish to continue recording more sensors, repeat the steps from point 6.

Otherwise, press the [#] key to exit the sensor recording option.

6.2 How to pair wireless key fobs

To twin a wireless key fob, the following steps must be carried out:

1) Press the [ ] key on the keypad.

2) Select [7] RF Disp.

3) Enter the installer code.

4) Choose option [2] Record. Key Ring.

5) Indicate the memory location where you want to save the key fob. The memory

locations memory available are 01-64.

6) Press and hold any key on the key fob and wait for the keypad to conrm.

your recording. Then press the [ ] key on the keypad.

7) If you wish to continue recording more key fobs, repeat the steps from option 5

onwards. If you wish to exit the key fob recording option, press the [ ] key.

6.3 How to remove wireless sensors

To remove a wireless sensor, the following steps shall be performed:

1) Press the [ ] key on the keypad.

2) Select [7] RF Disp.

3) Enter the installer code.

4) Choose option [3] Delete Sens.

5) Indicate the memory location of the sensor to be deleted.

6) Conrm that you really want to delete this sensor by pressing the [1] key.

7) Press the [ ] key to accept the deleted sensor conrmation.

8) If you wish to continue deleting more sensors, repeat the steps from point 5.

Otherwise, press the [#] key to exit this option.

6.4 How to remove key rings

To delete a key fob, the following steps must be carried out:

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

2) Select [7] RF Disp.

3) Enter the installer code.

4) Choose option [4] Delete Key Fob. Key Ring.

5) Indicate the memory location of the sensor to be deleted.

6) Conrm that you really want to delete this sensor by pressing the [1] key.

7) Press the [ ] key to accept the deleted sensor conrmation.

8) If you wish to continue deleting more sensors, repeat the steps from point 5.

Otherwise, press the [#] key to exit this option.

6.5 How to verify the correct operation of a wireless sensor

To be sure that a wireless sensor is working correctly, the panel has a function that

evaluates the level of Signal Strength (RSSI) with which the sensor transmits, in this

way, you will be able to know the signal level with which the signals transmitted

by each wireless sensor enabled in your installation arrive. To evaluate the signal

strength of the wireless sensors, the following steps must be carried out:

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

2) Select [7] RF Disp.

3) Enter the installer code.

4) Choose option [5] Test. Sensor.

Each time a sensor generates a transmission, the keypad will indicate the zone

where the sensor is working, the memory location where it is recorded and the

signal level.

6.6 How to display the zones assigned to each sensor

In order to visualise the zones where the dierent wireless sensors work, the

following steps must be carried out:

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

2) Select [7] RF Disp.

3) Enter the installer code.

4) Choose option [6] Zone Assign. Zones.

The keypad will inform you of the memory location where the sensor is stored and

the assigned work zone. To switch to another sensor, use the [ ] scroll keys.

6.7 How to remove all sensors and/or key fobs

To remove all sensors or keyfobs from your system in one step, the following steps

must be performed:

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

2) Select [7] RF Disp.

3) Enter the installer code.

4) Choose option [7] Delete All. All.

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

by pressing the [2] key.

6) Conrm that you really are sure to delete the selected devices

key and wait for the keypad to indicate that the deletion has been completed.

nished. Press the [ ] key to return to the RF Devices menu.

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

1) Make sure that the PGM-W module is without 12 V power supply.

2) Press the [ ] key on the keypad.

3) Select [7] RF Disp.

4) Enter the installer code.

5) Choose option [8] Record PGM-W.

6) Enter the PGM-W number to be recorded (use the [ ] keys to enter the PGM-W

number). select the desired PGM-W number). The available PGM-Ws are 1 to 4.

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

8) Power up the PGM-W module, then press the “SINGLE” button located on the

upper left corner of the module.

9) Wait for the keypad to conrm that the PGM-W has been recorded correctly.

and then press the [#] key.

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

point 6 onwards. Otherwise, press the [#] key to exit the PGM-W module recording

option.

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

1) Press the [ ] key on the keypad.

2) Select [7] RF Disp.

3) Enter the installer code.

4) Choose option [9] Delete PGM-W.

5) Enter the PGM-W number to be deleted (use the [ ] keys to enter the PGM-W

number). select the desired PGM-W number)

6) Conrm that you really want to delete this module by pressing the [1] key.

7) Press the [ ] key to accept the conrmation of the deleted module.

8) If you wish to continue deleting more modules, repeat the steps from point 5.

Otherwise, press the [#] key to exit this option.

SECTION 8: Reporting Codes Transmitted in Contact ID and SIA

ype of Event New event or assembly Restoration or Disassembly New Event or Armed Restoration or Disassembly

Emergency Medical Key 1 1AA 3 1AA MA MH

Fire Emergency Key 1 115 3 115 FA FH

Police Emergency Key 1 12A 3 12A PA PH

Disarmed by Coercion 1 121 - HA -

Zone Alarm 1 13A 3 13A BA BH

Perimeter Alarm 1 131 3 131 BA BH

Indoor Zone Alarm 1 132 3 132 BA BH

Alarm in Zone 24 Hs 1 133 3 133 BA BH

Zone Alarm Input/Output 1 134 3 134 BA BH

Tamper 1 137 3 137 TA TH

Intruder Verication 1 139 - BV -

Unveried Alarm 1 378 - BG -

Assault 1 122 3 122 PA PH

Flooding 1 154 3 154 WA WH

Wireless sensor tamper 1 383 3 383 TA TH

Keyboard Tamper (4) 1 145 3 145 TA TH

Wireless Sensor Monitoring Failure 1 381 3 381 YX YZ

Network Failure 1 3A1 3 3A1 AT AR

Low Battery in Panel 1 3A2 3 3A2 YT YR

System Reset 1 3A5 - RR -

Change of panel programming and/or keyboard texts 1 3A6 - LS -

System Shutdown 1 3A8 - YX -

Power supply Overloaded 1 312 3 312 YI YJ

Siren circuit fault 1 321 3 321 YA YH

Failure in Expander Module (3) 1 333 3 333 ET ER

Failure in 3G-COM-G/4G-MAX-G 1 333 3 333 ET ER

IP-500 failure 1 333 3 333 ET ER

Communication failure 1 354 3 354 YC YK

Jamming (3GCOM-G/4G-MAX-G) 1 344 3 344 HQ XH

Weapon/Disarm 3 4AA 1 4AA OP CL

Weapon/Disarm User 3 4A1 1 4A1 OP CL

Automatic Arming/Disarming 3 4A3 1 4A3 OA CA

Late to assemble/disassemble 1 4A4 3 4A4 OJ CJ

Cancellation 1 4A6 - BC -

Remote arming/disarming (1) 3 4A7 1 4A7 OQ CQ

Key Arming/Disarming 3 4A9 1 4A9 OS CS

Armed Present 3 441 - OP -

Early Arming/Disarming 3 451 1 451 OK CK

Quick Arming/Disarming (2) 3 4A1 1 4A1 OP CL

Auto-Arming Failure 1 455 - CI -

Recent closure 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 No-Fault Test Report 1 6A2 - RP -

Periodic Failure Test Report 1 6A8 - RY -

Follower Test Report 1 6A5 - TX -

Clock out of time 1 626 - JT -

Programming login 1 627 - LB -

Programming Output 1 628 - LS -

Clock Programming 1 3A6 - JD -

Mains Failure Auxiliary Source 1 342 3 342 AT AR

Low battery Auxiliary Source 1 338 3 338 YT YR

Link failure 3G-COM-G/4G-MAX-G 1 35A 3 35A YC YK

IP-500 Link failure 1 35A 3 35A YC YK

Low battery in wireless sensor 1 384 3 384 XT XR

Fire Zone Failure 1 373 3 373 FT FJ

Contact ID SIA

Arming by 3G-COM-G / 4G-MAX-G is reported as user 70. Arming by local cable (PC-Link) is reported as user 75.

IP-500 arming is reported as user 80.

Quick arming/disarming is reported as user 0.

The keypad supervisory fault is identied by the zone/user number. For example, a keypad fault with address 1 is reported with the zone/user eld equal

to 1. A keypad with address 8 will be reported with the zone/user eld equal to 8.

The monitoring faults of the expander modules are identied through the zone/user eld and the reported values are 9 for expander1 to 11 for

expander2.

Auxiliary source supervision fault is reported with zone/user eld equal to 12.

3G-COM-G / 4G-MAX-G module failure is reported with the zone/user eld equal 13. IP-500 Module failure is reported with zone/user eld equal 14.

3G-COM-G / 4G-MAX-G Link failure is reported with zone/user eld equal to 1.

IP-500 Link fault is reported with the zone/user eld equal to 2.

The keypad tampers are identied in the eld “zone/user number” and the reported values are 41 for the keypad with address 1 to 48 for the keypad

with address 8.

SECTION 9: 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 be 4 digits long. Valid values are 0-9. If you program the values

[0000] the code will be overridden.

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 be 4 digits long. 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 be 4 digits long. 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 be 4 digits long. 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 be 4 digits long. Valid values are 0-9

Command Number 017: Wired 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 be 4 digits long. Valid values are 0-9

Command Number 025: User Code Attributes Nº1

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 = No Control Partition No. 1

1 = Controls Partition No. 1

Digit position (2): Partition Allocation No. 2

0 = No Control Partition No. 2

1 = Controls Partition No. 2

Digit position (3): Future Use

0 = Future Use

1 = Future Use

Digit position (4): Future Use

0 = Future Use

1 = Future Use

Digit position (5): Arming Enabled

0 = Arming Disabled

1 = Arming Enabled

Digit position (6): Disarming Enabling

0 = Disarmed Disabled

1 = Disarmed Enabled

Digit position (7): Enable Zone Bypass and Control PGMs

0 = Zone Bypass and PGM Control Disabled

1 = Zone Bypass and PGMs Control enabled

Digit position (8): Programming of User Codes and Keypad Texts

0 = No Program User Codes

1 = User Codes Programme

Note: The Commands 026 to 057 (User Code Functions) are programmed in the

same way as Command No. 025.

Command Number 026: User Code No. 2 Attributes

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 No. 3 Attributes

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 No. 4 Attributes

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 No. 5 Attributes

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: Attributes of User Code 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

Positions ----------------------------> 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: Attributes of User Code 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: Attributes of User Code 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 4 6

Positions ---------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command Number 047: Attributes of User Code No 23

Default values ----------------------> 1 0 0 0 1 1 1 0

0 4 7

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 5 2

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 Nº 32 (Master)

Default values ----------------------> 1 1 0 0 1 1 1 1

0 5 6

Positions ---------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Command Number 070: Zone conguration Nº 1

Default values -----------------------------------------------------------------------------> 0 1

0 7 0

Positions -------------------------------------------------------------------------------------> (1) (2)

Digit position (1) - (2):

00 = Nil Zone

01 = Delayed Zone 1

02 = Delayed Zone 2

03 = Delayed Zone 3

04 = Time Delay Zone 4 05 = Instantaneous Zone

06 = Safe/Access Control Zone 07 = 24 Hs Zone

08 = Tamper Zone (24 Hs)

09 = Assault Zone (24 Hs)

10 = Medical Emergency Zone (24 Hs)

11 = Fire Zone (24 Hs)

12 = Water Loss Zone (24 Hs)

13 = Follower Zone

14 = Inner and Follower Zone (Self-annulling)

15 = Keyswitch Zone Part No. 1

16 = Keyswitch Zone Part No. 2

17 = Future Use

18 = Future Use

Note: Commands 071 to 101 (Zone Conguration) are programmed as follows

same way as Command No. 070.

Command Number 071: Zone No. 2 Conguration

Default values ------------------------------------------------------------------------------> 1 4

0 7 1

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 072: Zone No. 3 Conguration

Default values ------------------------------------------------------------------------------> 0 5

0 7 2

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 073: Zone No. 4 Conguration

Default values -------------------------------------------------------------------------------> 0 5

0 7 3

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 074: Zone No. 5 Conguration

Default values -----------------------------------------------------------------------------> 0 5

0 7 4

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 075: Zone No. 6 Conguration

Default values -------------------------------------------------------------------------------> 0 5

0 7 5

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 076: Zone No. 7 Conguration

Default values -------------------------------------------------------------------------------> 0 5

0 7 6

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 077: Zone No. 8 Conguration

Default values ------------------------------------------------------------------------------> 0 5

0 7 7

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 078: Zone No. 9 Conguration

Default values -------------------------------------------------------------------------------> 0 5

0 7 8

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 079: Zone Conguration No. 10

Default values ----------------------------------------------------------------> 0 5

0 7 9

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 080: Zone No. 11 Conguration

Default values -------------------------------------------------------------------------------> 0 5

0 8 0

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 081: Zone No. 12 Conguration

Default values ------------------------------------------------------------------------------> 0 5

0 8 1

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 082: Zone No. 13 Conguration

Default values-------------------------------------------------------------------------------> 0 5

0 8 2

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 083: Zone Conguration No. 14

Default values -------------------------------------------------------------------------------> 0 5

0 8 3

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 084: Zone Conguration No. 15

Default values ----------------------------------------------------------------> 0 5

0 8 4

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 085: Zone Conguration No. 16

Default values ----------------------------------------------------------------> 0 5

0 8 5

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 086: Zone Conguration No. 17

Default values ----------------------------------------------------------------> 0 5

0 8 6

Positions-------------------------------------------------------------------------------------> (1) (2)

Command Number 087: Zone Conguration No. 18

Default values ----------------------------------------------------------------> 0 5

0 8 7

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 088: Zone Conguration No. 19

Default values ----------------------------------------------------------------> 0 5

0 8 8

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 089: Zone Conguration No. 20

Default values -------------------------------------------------------------------------------> 0 5

0 8 9

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 090: Zone Conguration No. 21

Default values --------------------------------------------------------------------------------> 0 5

0 9 0

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 091: Zone Conguration No. 22

Default values -------------------------------------------------------------------------------> 0 5

0 9 1

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 092: Zone Conguration No. 23

Default values -------------------------------------------------------------------------------> 0 5

0 9 2

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 093: Zone Conguration No. 24

Default values -------------------------------------------------------------------------------> 0 5

0 9 3

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 094: Zone Conguration No. 25

Default values -------------------------------------------------------------------------------> 0 5

0 9 4

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 095: Zone Conguration No. 26

Default values -------------------------------------------------------------------------------> 0 5

0 9 5

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 096: Zone Conguration No. 27

Default values -------------------------------------------------------------------------------> 0 5

0 9 6

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 097: Zone Conguration No. 28

Default values -------------------------------------------------------------------------------> 0 5

0 9 7

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 098: Zone Conguration No. 29

Default values---------------------------------------------------------------------------------> 0 5

0 9 8

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 099: Zone Conguration No. 30

Default values --------------------------------------------------------------------------------> 0 5

0 9 9

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 100: Zone Conguration No. 31

Default values--------------------------------------------------------------------------------> 0 5

1 0 0

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 101: Zone Conguration No. 32

Default values --------------------------------------------------------------------------------> 0 5

1 0 1

Positions -------------------------------------------------------------------------------------> (1) (2)

Command Number 102: Zone Conguration No. 1

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): Self-cancellation by Repeated Alarms

0 = Disabled

1 = Enabled

Digit position (2): Bypass Zone

0 = Zone cannot be Bypassed

1 = Zone can be Bypassed

Digit position (3): Partition Assignment No. 1

0 = Zone does not Belong to Partition No. 1

1 = Zone Belongs to Partition No. 1

Digit position (4): Partition Assignment Nº 2

0 = Zone does not Belong to Partition No. 2

1 = Zone Belongs to Partition No. 2

Digit Position (5): Future Use

0 = Future Use

1 = Future Use

Digit position (6): Future Use

0 = Future Use

1 = Future Use

Digit position (7): Sound

0 = Silent Zone

1 = Audible Zone

Digit position (8): Response Speed

0 = Slow Response (500 mS)

1 = Fast Response (50 mS)

Note: Commands 111 through 141 (Zone Attributes) are programmed in the same

manner as Command No. 110.

same as Command No. 110.

Note: Only zones 1-6 can have fast response speed.

Command Number 111: Zone Conguration No. 2

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 Conguration No. 3

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 Conguration No. 4

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 Conguration No. 5

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 Conguration No. 6

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 Conguration No. 7

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 Conguration No. 8

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 Conguration No. 9

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 Conguration No. 10

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 Conguration No.11

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 Conguration No. 12

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 Conguration No. 13

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 Conguration No. 14

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 Conguration No. 15

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 Conguration No. 16

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 Conguration No. 17

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 Conguration No. 18

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 Conguration No. 19

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 Conguration No. 20

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 Conguration No. 21

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 Conguration No. 22

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 Conguration No. 23

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 Conguration No. 24

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 Conguration No. 25

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 Conguration No. 26

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 Conguration No. 27

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 Conguration No. 28

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 Conguration No. 29

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 Conguration No. 30

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 Conguration No. 31

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 Conguration No. 32

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: Crossing 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: Crossover zones only work in zones dened as Snapshots,

Followers or Interiors.

Command Number 143: Crossing 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: Crossover zones only work in zones dened as Snapshots,

Followers or Interiors.

Command Number 144: Crossing 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: Crossing zones only work in zones dened as Snapshots,

Followers or Interiors.

Command Number 145: Crossing Zones (25 to 32)

Default values ------> 0 0 0 0 0 0 0 0

1 4 5

Positions ---------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Digit position (1): Zone No. 25

0 = Disabled

1 = Enabled

Digit position (2): Zone No. 26

0 = Disabled

1 = Enabled

Digit position (3): Zone No. 27

0 = Disabled

1 = Enabled

Digit position (4): Zone No. 28

0 = Disabled

1 = Enabled

Digit position (5): Zone No. 29

0 = Disabled

1 = Enabled

Digit position (6): Zone No. 30

0 = Disabled

1 = Enabled

Digit position (7): Zone No. 31

0 = Disabled

1 = Enabled

Digit position (8): Zone No. 32

0 = Disabled

1 = Enabled

Note: Crossover zones only work in zones dened as Snapshots,

Followers or Interiors.

Command Number 146: Group Inhibition Zones ( 1 to 8 )

Default values -----------------------> 0 0 0 0 0 0 0 0

1 4 6

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

Command Number 147: Group Inhibition Zones (9 to 16)

Default values------------------------> 0 0 0 0 0 0 0 0

1 4 7

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

Command Number 148: Group Inhibition Zones (17 to 24).

Default values -----------------------> 0 0 0 0 0 0 0 0

1 4 8

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

Command Number 149: Group Inhibition Zones ( 25 to 32 )

Default values -----------------------> 0 0 0 0 0 0 0 0

1 4 9

Positions ---------------------------> (1) (2) (3) (4) (5) (6) (7) (8)

Digit position (1): Zone No. 25

0 = Disabled

1 = Enabled

Digit position (2): Zone No. 26

0 = Disabled

1 = Enabled

Digit position (3): Zone No. 27

0 = Disabled

1 = Enabled

Digit position (4): Zone No. 28

0 = Disabled

1 = Enabled

Digit position (5): Zone No. 29

0 = Disabled

1 = Enabled

Digit position (6): Zone No. 30

0 = Disabled

1 = Enabled

Digit position (7): Zone No. 31

0 = Disabled

1 = Enabled

Digit position (8): Zone No. 32

0 = Disabled

1 = Enabled

Command Number 151: Entry Delay No. 1

Default values ----------------------------------------------------> 0 3 0

1 5 1

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Input Delay No. 1

The code must be 3 digits long. Valid values are from 000 to 255 seconds.

Command Number 152: Entry Delay No. 2

Default values----------------------------------------------------> 0 3 0

1 5 2

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Input Delay No. 2

The code must be 3 digits long. Valid values are from 000 to 255 seconds.

Command Number 153: Entry Delay No. 3

Default values ----------------------------------------------------> 0 3 0

1 5 3

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Input Delay No. 3

The code must be 3 digits long. Valid values are from 000 to 255 seconds.

Command Number 154: Entry Delay No. 4

Default values ----------------------------------------------------> 0 3 0

1 5 4

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Input Delay No. 4

The code must be 3 digits long. Valid values are from 000 to 255 seconds.

Command Number 155: Exit Delay Partition No. 1

Default values ----------------------------------------------------> 0 6 0

1 5 5

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Exit Delay Partition N° 1

The code must be 3 digits long. Valid values are from 000 to 255 seconds.

Command Number 156: Exit Delay Partition No. 2

Default values ----------------------------------------------------> 0 6 0

1 5 6

Positions-------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Exit Delay Partition N° 2

The code must be 3 digits long. Valid values are from 000 to 255 seconds.

Command Number 159: Partition No. 1 Siren Time

Default values ----------------------------------------------------> 0 0 5

1 5 9

Positions-------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Partition Siren Time

The code must be 3 digits long. Valid values are from 000 to 255 minutes.

Command Number 160: Partition No. 2 Siren Time

Default values ----------------------------------------------------> 0 0 5

1 6 0

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Partition Siren Time

The code must be 3 digits long. Valid values are from 000 to 255 minutes.

Command Number 163: Time Interval for Crossing Zones

Default values ----------------------------------------------------> 0 3 0

1 6 3

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Time Window for Crossing Zones

The code must be 3 digits long. Valid values are from 000 to 255 seconds.

Note: If you program a time equal to 000, the crossing zones will never generate

an alarm.

Command Number 165: Network Failure/Restore Transmission Delay

Default values ----------------------------------------------------> 0 0 0

1 6 5

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Network Failure/Restore Transmission Delay

The code must be 3 digits long. Valid values are from 000 to 255 minutes.

Note: This delay has a tolerance of +/- one minute.

Command Number 166: Partition No. 1 Inactivity Arming Timeout

Default values ----------------------------------------------------> 0 0 0

1 6 6

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Partition Inactivity Arming Time The code must be 3 digits

long. Valid values are from 000 to 255 hours.

Note: If 000 is programmed, the inactivity arming will be cancelled.

Command Number 167: Partition No. 2 Inactivity Arming Timeout

Default values ----------------------------------------------------> 0 0 0

1 6 7

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Partition Inactivity Arming Time The code must be 3 digits

long. Valid values are from 000 to 255 hours.

Note: If 000 is programmed, the inactivity arming will be cancelled.

Command Number 170: Re-Transmission Delay of Test and Fault Reports

Network in the event of a failure to send

Default values ----------------------------------------------------> 0 3 0

1 7 0

Positions -------------------------------------------------------------------------> (1) (2) (3)

Digit positions (1) - (3): Re-Transmit Delay Time

The code must be 3 digits long. Valid values are from 000 to 255 minutes.

Note: To cancel this command, it must be programmed with the digits 000

Command Number 172: PGM Pulse Time

Default values ----------------------------------------------------> 0 0 5

1 7 2

Positions -------------------------------------------------------------------------> (1) (2) (3)

The code must be 3 digits long. Valid values are from 000 to 255 seconds.

Command Number 173: Tamper Auto-Arming of Partition with Safe Zone/

Access Control.

Default values ---------------------------------------------------> 0 3 0

1 7 3

Positions -------------------------------------------------------------------------> (1) (2) (3)

The code must be three digits long. Valid values are from 000 to 255 seconds.

Note: If 000 is programmed, the function will be cancelled.

Command Number 174: Maximum time of disarmed partition or door open

(Access Control)

Default values ----------------------------------------------------> 0 0 0

1 7 4

Positions-------------------------------------------------------------------------> (1) (2) (3)

The code must be three digits long. Valid values are from 000 to 255 seconds.

Note: If 000 is programmed, the function will be cancelled.

Command Number 175: Electrolock pulse time.

Default values ---------------------------------------------------> 0 0 3

1 7 5

Positions -------------------------------------------------------------------------> (1) (2) (3)

The code must be three digits long. Valid values are from 000 to 255 seconds.

Command Number 178: PGM Conguration No. 1

Default values -------------------------------------------------------------------------------> 0 0

1 7 8

Positions -------------------------------------------------------------------------------------> (1) (2)

Digit position (1)- (2): PGM conguration No. 1

00 = Partition Indication No. 1 Enabled 01 = Partition Indication No. 2 Enabled

02 = Future Use

03 = Future Use

04 = Output Command “Hold”

05 = Output Command “Pulse”

06 = Future Use

07 = Pulse on Alarm Trigger

08 = Siren for Partition No. 1

09 = Siren for Partition No. 2

10 = Future Use

11 = Future Use

12 = Future Use

13 = Mobile Data Communication Failure

14 = Future Use

15 = Battery Failure

16 = Network Failure

17 = Auxiliary Power Failure

18 = Resetting Smoke Sensors

19 = Future Use

20 = Future Use

21 = Pulse in the face of coercion/entrapment

Note: Commands 179 through 181 (PGMS Conguration) are programmed in the

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