hunter-pro 896 system ver. 2.0 zones intruder alarm …

HUNTER-PRO 896 System ver. 2.0

9-96 ZONES INTRUDER ALARM SYSTEM

INSTALLATION GUIDE

The new telephone number of PIMA technical support team: +972-3-6506444

2 HUNTER-PRO 896 Installation Guide

PIMA Electronic Systems Ltd. does not represent that its Product may not be compromised

and/or circumvented, or that the Product will prevent any death, personal and/or bodily injury

and/or damage to property resulting from burglary, robbery, fire or otherwise, or that the

Product will in all cases provide adequate warning or protection. The User understands that a

properly installed and maintained equipment may only reduce the risk of events such as

burglary, robbery, and fire without warning, but it is not insurance or a guarantee that such will

not occur or that there will be no death, personal damage and/or damage to property as a result.

PIMA Electronic Systems Ltd. shall have no liability for any death, personal and/or bodily

injury and/or damage to property or other loss whether direct, indirect, incidental, consequential

or otherwise, based on a claim that the Product failed to function.

Please refer to a separate warranty statement found on PIMA website at:

http://www.pima.co.il/site/Content/t1.asp?pid=472&sid=57

Warning: The user should follow the installation and operation instructions and among other

things test the Product and the whole system at least once a week. For various reasons,

including, but not limited to, changes in environment conditions, electric or electronic

disruptions and tampering, the Product may not perform as expected. The user is advised to

take all necessary precautions for his/her safety and the protection of his/her property.

This document may not be duplicated, circulated, altered, modified, translated, reduced to any

form or otherwise changed; unless PIMA’s prior written consent is granted.

All efforts have been made to ensure that the content of this manual is accurate. Pima retains

the right to modify this manual or any part thereof, from time to time, without serving any prior

notice of such modification.

Please read this manual in its entirety before attempting to program or operate your system.

Should you misunderstand any part of this manual, please contact the supplier or installer of

this system.

Copyright © 2007 by PIMA Electronic Systems Ltd. All rights reserved. You can contact us at

PIMA Electronic Systems Ltd., 5 Hatzoref Street, Holon 58856, Israel.

Contact Us:

PIMA Electronic Systems Ltd.

5 Hatzoref Street, Holon 58856, Israel

Tel: +972-3-6506444

Fax: +972-3-5500442

Email: [email protected]

Web: http://www.pima.com

HUNTER-PRO 896 Installation Guide 3

Table of Contents

1 Introduction ...........................................................................5

1.1 HUNTER-PRO 896 Main Features ...................................................6

1.2 Signs and Abbreviations....................................................................7

1.3 The Control Panel’s PCB...................................................................8

1.4 Outputs and Output Types ..............................................................12

2 Partitioning..........................................................................13

2.1 Introduction......................................................................................13

2.2 Examples.........................................................................................13

3 Connecting Zones & Accessories .......................................16

3.1 Connecting Zones ...........................................................................16

3.2 Connecting Zone Expanders...........................................................19

3.3 Connecting Expansion Cards..........................................................20

3.4 Key & Key fob..................................................................................25

3.5 TMPR1, TMPR2: Tamper Switches ................................................25

3.6 Sirens...............................................................................................25

3.7 Relay Output....................................................................................28

3.8 OUT-1000: Outputs Expansion Card ..............................................28

3.9 Keypads...........................................................................................28

3.10 Telephone Line and Devices...........................................................30

3.11 VKD-1: Virtual Keypad.....................................................................30

3.12 TRV/TRU-100: Long Range Radio Transmitters ............................31

3.13 GSM-200: Cellular Transmitter........................................................32

3.14 MIC-200: Microphone Unit ..............................................................33

3.1 VU-20: Voice Unit ............................................................................33

3.1 Battery .............................................................................................33

3.2 Mains ...............................................................................................34

3.3 Initializing the System......................................................................34

3.4 Faults Display ..................................................................................35

4 Programming Basics...........................................................37

4.1 General ............................................................................................37

4.2 Methods...........................................................................................37

4.3 Default Codes..................................................................................39

4.4 User Menu .......................................................................................39

4.5 Technician Menu .............................................................................40

4.6 Express Programming Menu...........................................................40

4.7 The Keypad Keys ............................................................................41

4.8 Entering Names, Numbers and Characters ....................................41


5 Programming ......................................................................42

5.1 Enabling Enhanced Communication Menu .....................................42

5.2 Key #1: System Installation...........................................................42

5.3 Key #2: Zone Programming ..........................................................45

5.4 Key #3: Communication Parameters ............................................48

5.5 Key #4: Timers, Counters .............................................................59

5.6 Key #5: General Parameters ........................................................62

5.7 Key #6: System Responses..........................................................63

5.8 Key #7: Outputs Configuration......................................................64

5.9 Key #8: Full Programming.............................................................68

5.10 Key #9: Installer Code...................................................................69

5.11 Asterisk Key *: Express Programming Menu ............................69

5.12 Key #0: Tests ................................................................................69

5.13 How to Locate Expanders’ Zones ...................................................73

6 Remote Control via Touch-tone Telephone ........................74

6.1 Mode A ............................................................................................74

6.2 Mode B ............................................................................................75

7 Troubleshooting ..................................................................77

7.1 Restoring Master & Installer Codes.................................................77

7.2 Faults Displayed on the LCD...........................................................77

7.3 Additional Faults ..............................................................................79

7.4 MS Report Formats & Codes ..........................................................81


1 INTRODUCTION

This guide provides the installation, wiring and programming instructions for PIMA’s HUNTER-PRO 896 Intruder Alarm System. HUNTER-PRO 896 has many features that

fits customer’s individual needs, and yet it remains easy to install and simple to

program and use, both by the customer and the installer.

HUNTER-PRO 896 is secured against radio-frequency (RF) interferences and electro-

magnetic interferences (EMI).

SAFETY INSTRUCTIONS

Your HUNTER-PRO 896 Alarm System has been registered in accordance with

EN60950 and its rules. EN 60950 requires us to advise you the following information:

1. In this alarm system exist hazards of fire and electric shock. To reduce the risk of fire or electric shock, do not expose this alarm system to rain or moisture. Pay

attention: Telephone cords could be a good conductor for lightings energy.

2. Do not open the door of the alarm system. Dangerous high voltages are present inside of the enclosure. Refer servicing to qualified personnel only.

3. This alarm system should be used with AC 230V/110V, 50Hz, protected by anti electric shock breaker. To prevent electric shocks and fire hazards, do NOT use

any other power source.

4. Do not spill liquid of any kind onto the unit. If liquid is accidentally spilled onto the unit, immediately consult a qualified service.

5. Install this product in a protected location where no one can trip over any line or power cord. Protect cords from damage or abrasion.

6. Disconnect all sources of power supply before proceeding with the installation. Pay attention: do not install low voltage wires near by AC power wires they should be

separated.

7. Connect the AC transformer output to the terminal block on the control panel as

marked.

8. Connect the AC line cord to line power terminals as marked. (GND; N; L)

IMPORTANT! Regarding parameters such as Date and Time, User codes and

Telephone numbers, please refer to the HUNTER-PRO 896’s User Guide.


1.1 HUNTER-PRO 896 Main Features

Hybrid system with 9 to 96 zones (32 wireless)

Easy to install and simple to program and use

Supports a wide range of partition options:

Up to 16 partitions each with it own Account ID and Users

Up to 8 subsystems, each with different keypads, IDs, etc.

Outgoing SMS over PSTN or GSM

Passive and active Automatic Arming:

Active: At a preset time (per day of the week)

Passive: When no motion is detected (“silence time”) for a preset period. Can be programmed by partition.

Codes: 96 User codes, 24 Key fobs, 96 Tags (RFID), Door code, Duress code and more

Various authorization levels for each user

Disarming time frame by User

Remote control of the system, including outputs, via any touchtone telephone

Full supervision data of wireless detectors (supervision, low battery, tamper)

Comprehensive zone tests for flawless installation: Walk Test, Soak Test, etc.

Several options for viewing system status:

“PIMA” Style: Status of first 32 zones in one screen

Detailed: Scrolling events, zones’ and system’s status

4 Subscriber dialing and SMS numbers with optional voice message and

microphone

4 (additional) Monitoring Stations telephone numbers

PIMA unique Integrated Digital Communicator through telephone, long-range radio, GSM/GPRS and TCP/IP

Supports split and double reporting to 2 Monitoring Stations with different account IDs

LCD keypad with multilingual Menu-Driven screens for easy programming and operation

Many alternatives for easy programming (Keypad, Fast Programmer, Local/Remote download software)

Various accessories (microphone, voice unit etc.)

Displaying the location of the zones in expansion units, their partitions and

their type

Memory Log of up to 500 events, 250 of which nonvolatile


Prevention of burglary setup: limited bypass time, zone bypassing authorization, pre-alarm and more

Online battery and telephone line checks

LED keypad support

Filtering reoccurring faults: a fault (jamming, mains etc.) occurring 5 times in one hour will not be reported any more before an hour past with the fault not

occurring or the system is either armed or disarmed.

Reducing false alarms: Burglary report is delayed to the extent of entry delay.

A new protocol for a local MS: replaces the current protocol and contains much more information.

1.2 Signs and Abbreviations

Key press

Press and hold key until confirmation beep sounds

Enter and save data

In programming mode: return to previous screen/s

Enabled User Code: A code enabled (by technician) to enter the user menu

LCD Zone Numbers: The 1-16 & 17-32 numbers printed above and below the LCD

display window. Indicating the first 32 zones’ numbers.

MS: Central Monitoring Station

Default Master Code: 5555


1.3 The Control Panel’s PCB

Figure 1 - HUNTER-PRO 896 Control Panel’s PCB (see details further)


1.3.1 Fuses

F5 - protects the PCB from a battery short (Fast 5A/250 VAC)

F6 - protects the PCB from an AC short (Fast 3.15A/250 V

1.3.1.1 Thermal Fuses to limit current:

F1 – Detectors power supply (750mA)

F2, F3 – Siren 1 and Siren 2 (1.1A)

F4 – Keypad power supply (750mA)

F7 – Long-range radio transmitter protection (200 mA)

1.3.2 PCB’s Connections & Terminals

1 AC: Voltage Input

14VAC input supplied by a transformer

2 “+”, “-“: Connections to backup Battery

Red wire: “+” (positive) contact of the battery

Black wire: “-” (negative) contact of the battery

IMPORTANT! Inverting the battery polarity can damage the PCB.

3 Z1–Z8: Zones Inputs

8 zones inputs that can be connected to dry contact detectors. All zones can be

connected with single or double EOL resistors (refer to “Connecting Zones”, page 16)

NOTE: The number of zones can be expanded by connecting line/wireless expanders

(see section 3.3)

4 (+) - Detectors’ Power Supply

12V power supply for detectors that require DC voltage, such as infrared, ultrasonic, beam etc.

5 KEY - Key Fob or Remote Control Input

An input for momentary, on/off key or Key fob, to arm/disarm the system.

6 Ext, Int - External & Internal Sirens Outputs

Dedicated automatic thermal fuses (F2 and F3) for each siren (see section 3.6)

7 RELAY – Onboard Relay Connections

The onboard relay can be used to activate various auxiliary accessories, such as

external lighting, CCTV, external communicator, electric locks, etc. The relay can be triggered in response to alarm or via telephone or remote control


8 SMOKE – Reset Smoke/Anti Mask Detectors

An output used to reset smoke/anti mask detectors by switching (+) to GND. When not

activated, this output is set to GND (-).

To manually reset these detectors:

9 KEYPAD – Communication & Power Connections for Keypads & Expanders

The KEYPAD terminal has for connections:

“+”’ “–“ - Voltage power connections; Up to 8 RXN-400/410 LCD keypads can be connected simultaneously, as well as the wireless receiver I/O-WN and I/O-8/8N/16N/R

expanders. IN/OUT - Data transfer to/from the keypad. Thermal fuse F4 protects the 13.8 VDC

power supply.

ALRM and ON/OFF – Auxiliary Outputs

ALRM – Is switched by default to (-) when alarm occurs;

ON/OFF – Is switched by default to (-) when the system is armed.

These terminals have two conditions: disconnection or short to ground. They can serve

as indicators to auxiliary units and to system or alarm status, or other modes (see section 5.8.1).

11 TMPR1 and TMPR2 – Tampers switches Inputs

Inputs for tampers’ switches on detectors and cases. The switches can be connected with or without EOL resistor/s. These inputs can also serve as indicators for monitoring

24 hour zones, panic buttons etc (see section 3.5). TMPR 2 input can serve as Zone #9 (see section 3.2.1).

12 LINE – Telephone Line Connector

The telephone line is used both for dialing and receiving remote programming calls. If the telephone line is used by other accessories, it is recommended that the system will

be the first to connect to the line.

13 SET – Telephone Sets Connector

2 outputs for connecting appliances, such as answering machine and fax (facsimile). All

devices will be disconnected by the system when it requires the telephone line.

14 AUD IN, AUD OUT, CONT – Microphone and Voice Unit Connectors

CONT is used for controlling voice unit (VU-20) and microphone (MIC-200). Only one device can be connected at a time.

AUD IN is used for 2 purposes: receiving information from audio resources and sending SMS messages with SMS-100.


15 TRANSMITTER – Connection to Long-Range Radio/GSM-200 Cellular

Transmitter/SMS-100

TRANSMITTER is a connector to PIMA long-range radio transmitters TRU/TRV-100, to

the cellular transmitter GSM-200 (see section. 3.13) and to the SMS-100 - PSTN SMS card.

NOTES:

GSM-200 and SMS-100 cannot be installed simultaneously.

To connect long-range transmitters other than PIMA’s use TX-1000 adaptor.

16 KEYPAD – Keypad Connector

Connector to installer/technician keypad (using the TC-3 cable).

17 Expansion Cards Connector

Connector to OUT-1000 and EXP-PRO expansion cards (refer to sections 3.3.1 and

3.9).

18 SERIAL Connector

The SERIAL connector is used for connecting to TCP/IP communication and

GSM-200 transmitter.

19 JP5, JP10 – Siren Type Jumpers

Set the sirens type (in conjunction with JP6). See the table below.

20 JP6– Siren Power Source

Set the power source of the sirens. See section 3.6 for connecting various types of sirens and bells.

Jumpers state table:

Jumper State

Siren Type J5 J10 J6 Power

AC (unregulated) current (Speaker)

Up to 200mA

DC low current (Piazzo)

Up to 200mA

DC high current (Bell)

Up to 1A


1.4 Outputs and Output Types

HUNTER-PRO 896 brings a new concept, with regard to triggering the outputs: instead of direct alarm-to-output single linkage, i.e., a certain alarm type can trigger only one

PCB output, new functions called “output types” will determine the response to events in the system.

Some output types have names that resemble the zone type that generates them, like Fire, Burglary & Anti-mask. Some have event driven names such as Zone opened,

Tamper (opened) & Buzzer. The advantage is in the fact that responding is fully programmed, i.e., you determine which PCB output will be triggered.

Each PCB output can be programmed to be triggered by a certain output type. It can

only be triggered by one output type, yet, as many as all the PCB outputs can be triggered by the same output type. Since that, all the PCB outputs triggered by the

same output type will be tripped when that output type is triggered, regardless the zone it came from. So, for example, if you program the RELAY, ON/OFF and ALRM

outputs to be triggered by the Fire output type, when this output type is triggered, all the 3 outputs will be tripped.

Example for the use of output type:

If the PCB relay output is linked to ‘Panic’ output type, than triggering the ‘Panic’

output type will trip the relay output. If zone 5 is programmed as panic zone type, than alarm generated by zone 5 will trip the relay (that applies to a keypad panic alarm

[pressing simultaneously and ] too).


2 PARTITIONING

2.1 Introduction

A partition is a sub-division of the system, made of several zones. By using partitions

you can control user access authorizations. Each partition can be controlled by one or more keypads and a user can be given a code that will allow him to control only a

specific partition in a specified time frame.

HUNTER-PRO 896 can have up to 16 partitions and up to 8 keypads (i.e. monitored

keypads).

2.2 Examples

2.2.1 Example A

Figure 2 - Using partitions (example A)

In example A, Keypad 1 controls all 3 partitions and is used by all 3 Users.

2.2.1.1 Common Application for Example A

Offices/

Partitions

Entrance

11

76

15

5

10 12

432

14139

1 8

16

A floor in an office building has 16

rooms. Each room is programmed as a partition and can have different

User Codes/Remote Controls/TAGs

for arming/disarming the system. A single keypad is installed at the

entrance of the hallway.

In this case, the keypad will display the entire system’s status.

A detector located next to the entrance and allocated to all partitions protects the entrance, as soon as all partitions are armed. This zone will be unarmed as soon as the

first partition is disarmed.

Partition 1Partition 2

Partition 3

Keypad 1

Users 1, 2, 3


2.2.2 Example B

......

.....

.....

Figure 3 - implementing partitions - examples B

The system is divided into X partitions, each partition is controlled by its keypad/s

(defined in “System Installation/Keypads Setup/Partitions for RKD”). A User Code has access authorizations based on partition/s (defined in User Menu/Code/User

Codes/Partitioning), e.g. User 1 can only activate Partition 1 & 5. That implies for arming/disarming too.

A keypad displays the status of its authorized partition’s only.

2.2.2.1 Common Application for Example B

An office building is divided into 4 departments with different entrances and different working hours:

Each department has its keypad: Keypad 1 controls partition 1 (store/storage floor), Keypad 2 controls partition 2 (production floor), Keypad 3 controls partition 3

(management floor), Keypad 4 controls partition 4 (storage/store floor)

Employees (i.e. users) can have access only to their partition, or to several partitions.

Control Panels (up to 8 monitored)

Partitions (up to 16)

Users (up to 96)

Control Panel 1

Partition 1

User 1

Control Panel 2 Control Panel 3

User 2 User 3

Partition 2 Partition 3

Keypad 3:

Management

floor

Keypad 2:

Production

floor

Keypad 1:

Storage (part of

1st floor)

Keypad 4: Store

(part of 1st floor)

Part. 3

Part. 2

Part. 1Part. 4


2.2.3 Example C

......

......

.....

Figure 4 - implementing partitions - example C

A private home has 3 floors: the first floor is defined as Partition 1, the second floor is partition 2, and the third floor is partition 3.

Keypad 1 controls all 3 partitions (& displays their status)

Keypad 2 controls partition 2 only (& displays its status only)

Keypad 3 controls partition 3 only (& displays its status only)

User 1 can control partitions 1, 2, 3 using keypad 1

User 2 can activate partition 2 with keypads 1, 2

User 3 can activate partition 3 with keypads 1, 3

2.2.3.1 Common Application for Example C

Note: A user can control several partitions using a single code

Control panel 3 Control panel 2Control panel 1

Partition 3Partition 2Partition 1

User 1 User 2 User 3

3rd floor: part. 1

2nd floor: part. 2

1st floor: part. 1

Users can be given different access authorization levels with regard to keypad/floor/partition


3 CONNECTING ZONES & ACCESSORIES

Connect the accessories according to the following diagram and instructions:

TMPR

2

TMPR

1

ON/

OFF

ALARM

KEYPAD

EX

PA

NS

ION

CA

RD

SER

IAL

KEYPAD

TR

AN

SM

IT

U3

Z1

Z2

Z3

Z4

-+

Z5

Z6

Z7

Z8

-+

KEY

-Ext

Int

CN.O

N.C

-SIREN

RELAY

SMOKE

-+

INOUT

F 5A 250VAC

AC

T1

JP

1JP

2JP

4LINESETAUDCONT

INOUT

F6

HUNTER-PRO RSA

1

JP

6

F1

F2

F3

F4

JP5

1JP10

1

F7

(-)

(+)

IN

OUT

10K

¼W

10K

¼W

(-)

(+)

Smoke

Detector

SecuBUS™

Keypads: RXN-400, RXN-410,

RXN-416, RXN-9, or

RXN-200

Expanders: I/O-8, I/O-W

TAMPER or Zone 9

SMOKE

NO

10K ¼W

Tel setMIC orVoice Unit

PSTN(LINE)

U2

10K

¼W

TAMPER

10K ¼W

NC

KEY

KEY Switch

NO

Figure 5 - Connecting Accessories to the Control Panel

3.1 Connecting Zones

IMPORTANT! Disconnect all power supply prior to installation!

3.1.1 Zones Inputs

The system’s default zone protection is without EOL (End Of Line) resistor/s. A Zone

protection can have either one or two EOLs. The detectors’ type and whether they are connected with or without EOL resistors are

set in “Zone Characteristics” (see section 5.3.1). The number of EOL resistors is set to all EOL zones and is programmed in “General Parameters” (section 5.6). For zone

programming refer to sections 5.3 & 5.6.


3.1.2 Connecting a Detector (without EOL resistor)

Connecting NC detector with no EOL resistor is done according to the following diagram. The tamper can be connected in one of two ways:

A. To the TMPR input on the system’s PCB.

B. As a “24 hours” separate zone.

Zone

Com

mon

Com

mon

Tam

per

Zone

+ -

TMPR NC RELAY NC

12V

(+)

for

dete

cto

r’s

voltage

(-)

GN

D

Figure 6 - Connecting DEFENDER PIR without EOL resistor

3.1.3 Connecting a Detector using One EOL Resistor

Connecting NC detector with one EOL resistor is done according to the next diagrams. The tamper needs be connected to the TMPR input on the control panel’s PCB or as a

“24 hours” separate

Note: When connecting NO detector, configure the zone input accordingly (see section

5.3.1).

Connecting EOL resistor to NC DEFENDER PIR Detector

PIR (NC)

10K

¼

W

Zone (-)

+ -TMPR NC RELAY NC

Zone Common

10K ¼W

ZoneCommonCommonTamper

Zone10K

¼

W

10K

¼

W

+ -TMPR NC RELAY NC

One EOL resistor

connected to NC detector

One EOL resistor in serial to

the relay and the tamper

Separate connections for

the relay and the tamper, each with its EOL resistor


Connecting EOL resistor to NO DEFENDER PIR Detector PIR (NO)

10K ¼W

Zone (-)

TA

MP

ER

(N

C)

Zone Common

+ -TMPR NC RELAY NO

10K ¼W

One EOL resistor connected

to NO detector

One EOL resistor in serial to the

relay and the tamper

3.1.4 Connecting a Detector using 2 EOL resistors

Apart from the tamper connection there is no difference whether the detector is NO or NC one. Connecting a detector with two EOL resistors is done according to the next

diagrams.

2 EOL Resistors with DEFENDER PIR (NC or NO) & Tamper (NC)

PIR (NC)

10K ¼W

Zone (-)

TAMPER

(NC)

10K

¼W

+ -

JP 2

JP 1

P IR 1

TAMPER NC RELAY NC

Zone

Common

10K

¼

W

10K

¼

W

2 EOL resistors with an NC

detector and tamper (NC)

2 EOL resistors connected to tamper

(NC) in serial to the relay output


3.2 Connecting Zone Expanders

The HUNTER-PRO 896 has a basic 8 zones configuration. This can be expanded to have more zones and outputs by using different expansion cards and add-on devices.

The following is a brief scan of the zone and outputs expansion options. A detailed installation description is found further on.

EXP-PRO Local expansion card with 8 line zones. These zones will always be

numbered 9-16. See further on page 20.

I/O-8N 8 zones and a relay. It connects to the KEYPAD connections of the

control panel’s PCB. Up to 11 I/O-8N cards can be installed in HUNTER-

PRO 896.

I/O-16N Expansion card with 16 zones and a relay. It connects to the KEYPAD connections of the control panel’s PCB. Up to 5 I/O-16N cards can be

installed in HUNTER-PRO 896.

I/O-WN Wireless expansion card with wireless receiver. The receiver supports 32 wireless zones as well as 24 Key fobs for arming/disarming, send duress

code and control an output.

OUT-1000 Expansion card with 8 outputs for triggering external units. See page 28

for connecting instructions.

I/O-R Expansion card with 8 relays for operating CCTV and spotlights. The

relays can be triggered directly or as a respond to alarm. See more on

page 28.

IMPORTANT! When connecting both line and wireless expanders, the system first numbers the line zones and only than the wireless zones. Within the line expanders, the system first numbers the EXP-PRO expander, if installed.

Only afterwards the other expanders are numbered. The expanders connected through the BUS are numbered in ascending order

according to their ID.

Examples of zone numbering:

One I/O-8N/R card:

If EXP-PRO is installed: is numbered 17-24.

If EXP-PRO is not installed: is numbered 9-16 (when installed, EXP-PRO is

always numbered 9-16).

Two I/O-8N/R cards (16 zones):

If EXP-PRO is installed: are numbered 17-32.

If EXP-PRO is not installed: are numbered 9-24.

11 I/O-8N cards (88 zones):

No EXP-PRO card can be installed! (zone number cannot exceed 96)

Zones will be numbered 9-96: 8 zones onboard and 11 times 8 zones (88) on

each I/O-8N card.


Two I/O-16N cards (32 zones)

Zones are numbered as if two I/O-8N cards are installed, therefore, the zones are

numbered 17-32 if EXP-Pro card is installed, and 9-24 if not.

One I/O-WN card (32 wireless zones):

If any other expansion card is installed, EXP-PRO or I/O-8/16, the I/O-WN zones will

be numbered after all the other zones. For example, If EXP-PRO and 2 I/O-8N cards are installed (24 zones in all, and 32 with the 8 onboard), the I/O-WN zones will be

numbered 33-64.

3.2.1 Tamper #2 Input – Optional zone #9

Tamper #2 input can serve as Zone #9, giving no expander is attached to the system and tamper #2 is disabled in “General Parameters” (see parameter “2”, in General

Parameters First Screen, page 73).

3.3 Connecting Expansion Cards

3.3.1 EXP-PRO

1. Connect the card to the system case, using the 2 supplied screws.

2. Use the supplied flat cable to connect the card to PCB’s JP3 (see the following

drawing)

3. To configure the EXP-PRO, refer to section 5.2.2.1.

R

EXPANSION CARD SERIALKEYBOARDTRANSMIT

U3

U2

C

F5

JP1 JP2 JP4JP3

J1

+V

GND

Z16

Z15

Z14

Z13

+V

GND

Z9

Z10

Z11

Z12

EXP-PROU3A

Control Panel

Figure 7 - Connecting EXP-PRO to the PCB

3.3.2 I/O-8N, I/O-16N, I/O-R

Each card must have an individual ID determined by a dip-switch on it.

No. 1 2 3 4 5 6 7 8 9 10 11

Dip-

switch

Dip-switch table


Notes: Two cards cannot have the same ID.

The cards must be given successive IDs.

The card’s ID determines the numbering of zones connected to it (see next sub-

section).

3.3.2.1 Expanders’ Numbering

Under the HUNTER-PRO 896 configuration system, every 8 zones must have a unique ID, therefore, I/O-16N takes 2 IDs. Here’s an example for numbering few expansion

cards:

Card #1 Card #2 Card #3 Card #4

I/O-8N I/O-16N I/O-8N I/O-16N

ID=1 ID=2 (+3) ID=4 ID=5 (+6)

Note: It is recommended to connect all the accessories (-) to the system’s PCB. That

includes power suppliers, if there are any.

Follow figures 8-11 (in the next pages) for connecting expansion cards. To program the

number of expansion cards refer to section 5.3.

3.3.2.2 I/O-8N

I/O-8N has three LEDs described in the following table:

LED STATUS DESCRIPTION

ON: Card works OK RUN

(Green) OFF: Fault with supplying voltage to card, or with card

BLINKS: Normal operating mode. LED blinks while data transferred

from control panel to card

ON: Communication fault (disconnection)

MASTER

DATA

(Red)

OFF: Communication fault (short)

BLINKS once a

second:

Data fault (expander does not receive communication from

control panel)

FAIL (Red)

BLINKS twice

a second:

Communication fault (check display)


I/O-8N

RELAY RUN

MASTER

DATA

FAIL

1 COM2 3COM4 5 COM6 7 COM 8 +

Dip-switch to set

expanders’ ID

V 1

+V 2 +

3 IN

4 OUT

Control I/O-8

Expander’s

Tamper

1 2

3 4

ON

DIP

NC

C N

O

+

8 zones connection

Power supply

Technician

keypad

Additional

expanders

connections

Parallel

connection

to control

panel

TM

P (-) (+

) (OU

T) (IN

)(-)

(+)

INO

UT

1

2

3

4

1

2

3

4

To external

Tamper

Relay

output

Parallel

connection

Figure 8 - I/O-8N Expansion card

1 V

-

2 V

+

3 4

KEYPAD

-V +V IN OUT

Control panel

BUS

KEYPAD

ID=2

1 V-

2 V+

3

4

I/O8N/16N

or I/OW

RXN-410

ID=1

Figure 9 - Connecting external expansion cards on control panel BUS

KEYPAD

ID=1

BUS

External power

supplier

PS2

EXPANDER

ID=1

-

+

Connecting minus

line () of all units

1 -

V

2 +

V

3 4

KEYPAD

-V +V IN OUT

CONTROL PANEL

Figure 11 - Connecting external expansion cards to control

panel BUS with external power supplier PS-2


I/O-16N

RELAY RUN

MASTER

DATA

FAIL

1 COM 2 3 COM 4 5 COM 6 7 COM 8 +

V 1

+V 2 +

3 IN

4 OUT

הרקב IO8

1 2

3 4

ON

DIP

NC

C N

O

+

16 zones connections

9 COM 10 11 COM12 13 COM14 15 COM 16

TM

P (-) (+

) (OU

T) (IN

)(-)

(+)

INO

UT

1

2

3

4

1

2

3

4

Dip-switch to set

expanders’ ID

Expander’s

Tamper

Power supplier

Technician

keypad

Additional

expanders

connections

Parallel

connection

to control

panel

To external

Tamper

Relay

output

Parallel

connection

I/O-R

RELAYRUN

MASTER

DATA

FAIL

NC C1 O +

V 1

+V 2 +

3 IN

4 OUT

הרקב IO8

1 2

3 4

ON

DIP

+

RELAY

RELAY

RELAY

RELAY

RELAY

RELAY

RELAY

TM

P (-) (+

) (OU

T) (IN

)(-)

(+)

INO

UT

1

2

3

4

1

2

3

4

NCC2 O NCC3 O NC C4 O NC C5 O NC C6 O NC C7 O NCC8 O

Dip-switch to set

expanders’ IDExpander’s

Tamper

Power supplier

Technician

keypad

Additional

expanders

connections

Parallel

connection

to control

panel

To external

Tamper

Dry contact relay outputs

Parallel

connection

3.3.3 I/O-WN

I/O-WN is a wireless receiver integrated with

HUNTER-PRO 896. It enables the connection of

wireless detectors (such as PIR, Reed Switch etc).

See section 3.2 for more details.

I/O-WN connects to the PCB’s KEYPAD connections. See the next drawing and the table that follows:

Red

Red

Red

Green

Green


I/O-WN Control Panel

1 -V -

2 +V +

3 OUT IN

+-

+

HU

NT

ER

-PR

O 8

96

zones

T AMPER

I/O -W

3 41-V 2+V

BUS

OUT

IN

KEYPAD

Figure 12 - Connecting I/O-WN

Note: For further information regarding I/O-WN, refer its guide

3.3.3.1 I/O-WN LEDs

The I/O-WN has 5 LEDs, described in the following table:

Status Description LED

ON: I/O-WN operating and connected to voltage

BLINK: I/O-WN voltage fault

OFF: Fault in I/O-WN device/connection to

voltage

I/O-WN processor operation and

connection to voltage

RUN (Green)

BLINK: Connection OK

ON: Communication failure

OFF: Short in communication wiring

I/O-WN

connection to control panel

DATA

(Red)

BLINK ONCE: Transmission from wireless device

received by I/O-WN

OFF: No transmission received from wireless device

Receiving

transmissions

RX

(Red)

BLINK ONCE: Wireless device identified

OFF: Wireless device not identified (no

reception from wireless device)

Identifying I/O-WN's additional

wireless devices

VALID (Green)

OFF: No failures

ONE LONG BLINK: I/O-WN did not receive a valid

frame from HUNTER-PRO 32

TWO LONG BLINKS: I/O-WN did not receive ACK

from HUNTER-PRO 32

THREE LONG BLINKS: I/O-WN is not programmed

FOUR LONG BLINKS: General/Fatal error. For one

minute no communication from I/O-WN.

Communication failures between

I/O-WN and HUNTER-PRO 32

control panel

FAIL (Red)


3.4 Key & Key fob

Connect a key or Key fob according to the next diagram, with a 10kΩ EOL resistor on the PCB terminal input. The key can be set as momentary or ON/OFF switch. The

default is momentary.

Z8-

+KEY

-S1

SSIR

EN

Co

ntr

ol

Pa

nel

Key

(-)N.O

Figure 13 - Connecting key

3.5 TMPR1, TMPR2: Tamper Switches

In addition to cases and boxes protection, the tampers can be used for panic buttons, sensors (temperature, pressure etc.) with dry contact outputs and more.

Connect the tamper switch between the TMPR1/TMPR2 connections and ground (–). TMPR1 input is connected to the tamper switch onboard the PCB.

A 10kΩ resistor at the terminal input on the PCB provides a short/disconnect indication, since the tamper switches are NC type.

Notes:

1. By default, TMPR1 & TMPR2 inputs are enabled and without EOL (see section 5.6).

2. To use tamper #2 as zone #9, see section 3.2.1.

TMPR

2

TMPR

1

ON/

OFF

ALRM

KEYPAD

-

SMOKE- + OUT

JP5

Z5 Z6 Z7 Z8 - + KEY -

S1 S2

F3

Tamper

switch

Control Panel

IN

F2

Figure 14 - Connecting tamper switch

3.6 Sirens

Three siren types can be connected to the HUNTER-PRO 896 control panel:

1. AC Siren: This is usually a horn or 8Ω speaker that is driven by the control panel’s built-in oscillator.

Note: The AC siren can produce two different tones (frequencies). The tones are

predetermined. To set zone tone see section 5.3.


2. Low current DC Siren: This is usually 200mA piazzo siren. The control panel supplies current only for activation.

3. High current DC Siren: This can be a bell or any other high current device

with internal oscillator. The control panel supplies 3A for activation only.

The sirens outputs are split: JP5 is associated with “Ext.” (external) output; JP10 is

associated with “Int.” (internal) output.

IMPORTANT!

1. Different siren types cannot be connected simultaneously.

2. Activating solely the external siren is disabled.

3.6.1 AC Siren

The siren is connected between the terminal block outputs (Ext. or Int.) and GND (-).

Make sure the siren is not set as DC (see section 5.6.1). Set Jumpers JP5, JP6 & JP10 to short legs 2 and 3 (see Figure 15).

The siren’s sound is produced by a built-in oscillator and programmed in “Zone Responses” menu. When zone type

is programmed, a different siren tone to different zone

types can be set (see section 5.3.2).

S R K O A 1 2 3 H T B L M

+ - - - + - - - + _ - - -

Setting a different

siren tone

In “General Parameters”, set “-“ under “D”. This will set the siren as AC (see section 5.6).

KD1E2EKAB2SMPZTF

-_+-+--------+--

Setting siren type

Siren 1

Siren 2

(-)

Figure 15 - Connecting AC Siren

3.6.2 Low Current DC Siren

The siren is connected between terminal block outputs (Ext. or Int.) and (+).

KD1E2EKAB2SMPZTF

-_+-+--------+--

Set “+“ under “D” in “General Parameters” (see section 5.6.1This will set the siren as DC.

Short JP5 legs 1 & 2 and JP6 2 & 3 (see Figure 16).


SIR

ENS

-+

KEY

-ExtInt

CN.O

N.C

-RELAY

SMOKE DC

Siren 1

(+)

DC

Siren 2

Figure 16 - Connecting low current DC Siren

3.6.3 High Current DC Siren

The siren is connected between terminal block outputs (Ext. or Int.) and (+).

KD1E2EKAB2SMPZTF

-_+-+--------+--

Set “+“ under “D” in “General Parameters” screen (see section 5.6.1) This will set the siren as DC.

Set JP5 & JP10 to short legs 2 & 3 and JP6 to short legs 1 & 2.

SIR

EN

KEYBOARD

-+

KEY

-Ext.

Int.

CN.O

N.C

-RELAY

SMOKE

-+

IN

F4

SIREN 1

SIREN 2

(+)

Bell

Figure 17 - Connecting a high current DC Siren

The following table describes the various siren installation possibilities:

Opt. Siren Type Conditions JP5,

JP10

JP6 Programming

1 Speaker Panel generates

tone. Uses unregulated

voltage.

2-3 2-3 In “General Parameters”

menu, mark “-“ under ‘D’.

2 Low current self-activating bell (up

to 200 ma)

Uses the panel’s regulated voltage

(+V)

1-2 2-3 In “General Parameters” menu, mark “+”under ‘D’.

3 High current self-

activating bell

Uses The panel’s

battery

1-2 1-2 In “General Parameters”

menu, mark “+”under ‘D’.


3.7 Relay Output

The relay can be used for activating external devices (light, CCTV etc.) and is activated response to alarm/fault, when entering relay code in the keypad and via telephone.

To program Relay Code refer to “HUNTER-PRO 896 User Manual”. To program relay trip time see section 5.5.2.

Note: If the relay timer is programmed to zero, the relay is constantly tripped until

relay code is entered or the system is disarmed.

3.8 OUT-1000: Outputs Expansion Card

OUT-1000 is an 8 TTL outputs card, used to activate peripheral devices such as CCTV,

alarm triggered lights, etc. Use the cable to connect the control panel’s JP3 connector to OUT-1000’s JP1 connector. Follow next figure in order to connect the card to the

control panel:

R

EXPANSION CARD SERIALKEYBOARDTRANSMIT

U3

U2

C

F5

JP1 JP2 JP4

GND

GND O

UT8

76

54

32

112V

JP1

JP3

Figure 18 - Connecting OUT-1000 to control panel

Note: OUT-1000 can be connected simultaneously with EXP-PRO by connecting

OUT-1000’s JP2 to EXP-PRO’s JP1 (see OUT-1000 guide for instructions).

3.9 Keypads

Reminder: Up to 8 monitored keypads can be connected simultaneously

Connect the keypad’s wires to the PCB KEYPAD terminals.

IMPORATNT!

The 4 wires used to connect the keypad must totally be separated.

The panel’s power source (-/+) for keypads cannot be used for detectors.


3.9.1 RXN-400 & RXN-410 LCD Keypads

Keypads Control Panel

1 - -

2 + +

3 OUT IN

4 IN OUT

Figure 19 - Connecting 8 LCD keypads to control panel

To set the keypad’s ID:

1) Short JP1 legs 1 & 2 on the keypad (see figure below).

JP1

PROGRAMMING

U1

1

TAMPER

TMPR

TMPR

4

3

2+V

1-V

BUS

TAMPER

(Optional)

Terminal

block

connection

to control

panel

RJ11- Connecting to

the fast programmer

(PRG-22) and local

programming

adaptor LCL-11A

JP1:

Programming

Keypad’s ID

+

-

OUT

IN

Figure 20 - LCD keypad without back cover

2) In the following screen, enter new ID number (1 to 8):

Enter new ID: 1

3) Short JP1 legs 2 & 3 (back to the jumper’s primary state).

4) Repeat the process above for the remaining keypads. Note that each keypad must have a unique ID number and that numbering must be consecutive.

Notes:

1. If keypad supervision is not needed, the number of keypads connected to the

system (see section 5.2.4) and all keypads’ IDs should be set to zero.

2. Up to 8 keypads can be connected to the system, whether they are supervised or

not.


3.10 Telephone Line and Devices

The system should be the first device connected to the telephone line (through the LINE terminals). Other devices (telephone set, answering machine, etc.) need to be

connected to the SET terminals to enable “line snapping”. When alarm occurs, these devices will be disconnected so the system can dial and

receive calls. When calls are over the line will be reconnected to the SET terminals.

TMPR

2

TMPR

1

ON/

OFFALARMOUT

F4

T1

TELEPHONE OUTLET

Co

ntr

ol

Pa

ne

l

LIN

ESET

AUD

CONT

INOUT

Figure 18 - Connecting telephone line to control panel

3.11 VKD-1: Virtual Keypad

VKD-1 is PIMA’s software for creating a virtual LCD keypad and connecting it to any PIMA control panel, locally (via cable) or remotely, via the internet. With VKD-1 you

can view and control the system just as if you use a real LCD keypad connected to the system.

The VKD-1 can operate any PIMA control panel directly from your PC, is easy to install (does not require any special panel settings), and suitable for new and existing PIMA

panels.

Computer

Internet

ROUTER

FIREWALL

Ethernet

ROUTER

FIREWALL

Ethernet

Intruder

Alarm

Panel

VKD-1

SecuBUS

Figure 21 – VKD-1 connections

to PC and control panel

Figure 22 – VKD-1 on desktop

VKD-1 installation guide can be downloaded from our website at: www.pima-alarms.com.


3.12 TRV/TRU-100: Long Range Radio Transmitters

3.12.1 Mounting Guidelines

Following these guidelines will minimize RF interference:

Do not mount the Panel close to a metal wall or ceiling

Make sure you leave enough space for the antenna between the metal box and the

ceiling

Install the antenna at a distance from the Control Panel’s wiring

Mount the antenna after you complete all other installations

Make sure the antenna is not folded and is vertical

Close the HUNTER-PRO 32 metal box when performing transmission tests

3.12.2 Connecting the Transmitter

Note: The TRV/TRU-100 can transmit in 2 frequencies

1. Mount the HUNTER-PRO 896 metal box on the wall

2. Screw the transmitter to the system box. Make sure the screws are tightened; else, the transmitter’s range can be reduced.

3. Connect the antenna to the transmitter. Make sure the antenna is straight.

4. Make sure the 5-pin cable is connected to the transmitter’s Molex (named: “To

the system” on the transmitter’s sticker.)

5. Connect the other end of the 5-pin cable to the male Molex, placed on the

Control Panel’s upper left side (named “Transmitter” on the Control Panel.)

To use the second frequency only:

1. Follow the pervious 1 to 5 instructions, and then:

2. Connect the 2-pin cable to the transmitter’s F2 Molex (named F2 on the transmitter’s

sticker.)

3. Connect the other end of the 2-pin cable to the control panel depends on the

desired transmitter operation:

To constantly work with the second frequency:

Connect it to (-) output on the Control Panel.

To work with 2 frequencies according to event type:

1. Connect it to one of the system’s outputs, such as ALARM or ON/OFF to one of the

PGM outputs: AL/ON/OFF/RELAY.

2. Program these outputs in “Outputs” menu (see section 5.8). The related parameters

need to be programmed in “Communication Configuration” menu (see section 5.4).


4 screws (at the base of the antenna)

Molex for connecting 5-pin cable to

control panel

Molex for connecting 2-pin cable to

activated the second frequency

Connection to program connector

using COMAX

Antenna connector

TRV/TRU-100

Control PanelPC

comax

DPR-44

To

th

e

Syste

mF 2

Pro

gra

m

TRANSMITTER

Figure 23 - Connecting TRV/TRU-100 to control panel

3.13 GSM-200: Cellular Transmitter

Indication LED

Power Connector

Connection toTRANSMITTERconnector on thecontrol panel

Antena

SIM Card socket

Connection toAUDIO IN/OUTterminals on thecontrol panel

IMPORTANT!

To prevent RF interference:

Do not mount the system close to a metal roof or wall Check that there is enough space for the antenna between the system

and ceiling Keep wiring as distant as possible from antenna

Install the antenna only after system installation is done

Make sure the antenna is not folded


3.14 MIC-200: Microphone Unit

1. Connect Mic-200’s Con. output to the control panel’s CONT terminal.

2. Connect Mic-200’s OUT output to the control panel’s AUD IN terminal.

3. Connect MIC-200’s (-) and (+) to the detectors’ power source.

Note: MIC-200 is supplied without wires

JP5

Z5 Z6 Z7 Z8 KEY -S1 S2

F3

F2

TMPR

2

TMPR

1

ON/

OFFALARMOUT

F4

T1

Control

Panel

LINE

SET

AUD

CONT

INOUT

TAMPER to prevent

cover removal

Trimmer

Do Not Touch!

MIC-200- +

Drawing 2- Connecting MIC-200 to control panel

3.1 VU-20: Voice Unit

1. Connect the TR input to the control panel’s CONTROL output.

2. Connect the AUDIO output to the control panel’s AUD IN input (blue wire).

3. Connect the (-) and (+) to the detectors’ power source.

Voice

Unit

VU-20

TR(+)

JP5

Z5 Z6 Z7 Z8 - + KEY -S1 S2

SIREN

F3

F2

TMPR

2

TMPR

1

ON/

OFF

ALARMOUT

F4

T1

yellow

blue

GND(-)

V(+)

red

black

AUDIO

Control Panel

LINE

SET

AUD

CONT

INOUT

Drawing 3 - connecting VU-20 to control panel

3.1 Battery

The HUNTER-PRO 896 has a rechargeable 16V battery. The charging voltage for the

battery is 13.8 V.

3.1.1 Battery Tests

The system performs battery tests Every 5 minutes and when applying power to the system.

Note: If a test fails, the system displays battery fault and responds as programmed in

the faults responses (activating sirens, dialing the Monitoring Station, etc.).


3.1.2 Manual Battery Test

To test the battery and the phone line:

Master code .

If the battery is ok a “Battery OK” message displays. If not, the message is “Low

Battery” and the battery should be replaced.

3.2 Mains

IMPORTANT! Before connecting the power cord to the system, verify that the cord is

disconnected from the mains socket.

Connect the transformer to the AC terminals on the PCB and then to mains.

With an Ohm meter, check for continuity between the grounding point on the control panel, PCB and GND terminal, to the electrical outlet grounding point. The resistance

must be less than 1 Ohm.

Notes:

1. A current limit device, such as circuit breaker, fuse, must be connected in serial to the power cord.

2. Electrical grounding must be connected!

3.3 Initializing the System

Make sure the connections to the system are as described in previous sections.

Connect AC mains power supply.

Connect the backup battery to the fast connection terminals, red wire to (+)

and black wire to (-).

Close the control panel case and verify that the screws do not touch the battery.

Note: If you connect the battery before mains , an AC FAULT will be displayed until

you connect the AC. The AC FAULT will be logged in memory.

Keypad Ver. 1.15

Keypad ID:0

When connecting to mains, the keypad will sound a long beep and display the screen shown on the left.

Starting

Please wait...

Few seconds afterwards the “Please wait” screen

displays.

1 JAN 07 00:00

Clock not set

Drawing 6 - HUNTER-PRO 896 System Display

Then, the fault LED blinks, and a message that the clock is not set is displayed. If faults exist, they will be

displayed one by one.


Note: To turn off the buzzer, press long . In case a new fault occur the buzz returns. Only after all faults are handled, the red LED ceases to blink and the default

display appears.

3.3.1 Setting Time & Date

USER MENU

Choose 1,2...8

Master/User

Code

9

Enter time (HH:MM format) and

Enter Date and then

Notes:

Use and to move the cursor to the left and right.

The user code must be enabled by the installer to set the time.

Another way to access the User Menu: Installer Code

3.4 Faults Display

Faults are displayed according to the various displaying types in the system (see the

user guide for details).

3.4.1 In PIMA Fast Display

The I/O-WN wireless receiver faults:

Indi. Fault

L Low battery of detector

V No signal received from detector on a preset time

F Detector’s tamper is opened

L---------------

-----F------V---

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

17 18 19 20 21 2223 24 25 26 27 28 29 30 31 32

Faults display for example: low battery on zone 17, no signal received from zone (detector) 7, zone

#14’s tamper has been opened.

Note: When the display is set to “Fast Display” and a battery/tamper/supervision fault

occurs, the display will automatically be set to “Open Zones Scan”. When faults are all

handled the fast display returns.


3.4.2 In Scan Open Zones Display

The following are example wireless receiver faults:

Display Screen Fault

2 JUL 07 13:10

Wireless Unit

No communication between I/O-WN and the system

1 JUL 07 03:00

W/L Unit Tamper

Wireless unit is opened

5 JUN 07 14:20

FL: Zone 14

Zone (detector) 14’s tamper is opened

5 JUN 07 14:25

LB: Zone 19

Low Battery in zone 19

7 OCT 07 16:32

SV: Zone 35

No supervision on zone 35

W/L Recvr. fail

ENTER/NEXT/END

This fault appears when trying to program the I/O-WN

receiver although the receiver is not installed

3.4.3 Memory Log of Faults

Show:

All Events-09

User Menu

Select 1,2...

MASTER/USER

CODE2 NEXT

Show:

Defaults Only-1NEXT

Show:

Zone Alarms-2NEXT

Show:

Arming/Dis.-3

The memory log has 3 viewing options: 1 - all events, 2- alarms, 3 - arming/disarming.

The top line displays the memory event number (top left) and the time and date in

which the event was registered. The event name is displayed in the bottom line.

3.4.3.1 Examples for wireless faults as displayed in memory log:

Memory Log Fault

1) 5 JUN 07 14:20

W/L Recvr. fail

Wireless receiver or connection to the receiver is faulty

2) 5 JUN 07 14:20

Wireless Z Fault

Detector’s tamper of reed switch are opened. The zone’s name and number will be displayed intermittently

3) 5 JUN 07 14:20

Low Battery - 15

Low battery on zone 15 wireless detector

4) 5 JUN 07 14:20

Supervision - 28

Zone 28 sent no signal for a preset time. The zone’s

name and number will be displayed intermittently

5) 5 JUN 07 14:20

W/L Unit Tamper

Wireless receiver unit is opened

6) 5 JUN 07 14:20

Receiver Jamm.

Wireless receiver channel is jammed


4 PROGRAMMING BASICS

4.1 General

The HUNTER-PRO 896 is supplied with factory default parameters. In most installations

you will have none or few parameters to program, except for user-specific parameters, such as telephone numbers, zone names etc.

4.2 Methods

There are few ways to program the HUNTER-PRO 896:

1. Locally with the PIMA Fast Programmer PRG–896. The PRG-896 can have 7

different programs, each with a preset of parameters. It connects to any LCD keypad.

2. Locally or remotely (via telephone or GSM) with COMAX, PIMA control & communicate software.

3. Directly with the keypad.

4.2.1 Fast Programming with PRG-896

PRG-896 is based on ROM chip. It holds parameters that have been uploaded with

COMAX and then downloaded to a system at a site. PRG-896 can only be programmed with an RXN LCD Keypads. It connects to RJ-11 connector on the keypad PCB. See the

fast programming procedures on section. 5.9.3.

-V

+V

IN

OUT

TMPR

2

TMPR

1

ON/

OFF

ALARM

-S1

S2

CN.O

N.C

-

SIR

EN

RELAY

SMOKE

-+

INOUT

F4

F3

Fast LoadENTER/NEXT/END

RXN-410

KEYBOARD

Control

Panel

KEY

PRG-896

Figure 24 - Connecting LCD Keypad to Control Panel and PRG-896

4.2.2 Local Programming with COMAX

COMAX gives a quick and easy way to upload sets of parameters in the service station

and download them later on at a customer site. Connecting the PC with the COMAX to the control panel is done using LCL-11A adaptor.


COMAX

To PC Serial (RS-232) Port

e.g., COM1, or USB

D-type

9 pin

-V

+V

IN

OUT

TMPR

2

TMPR

1

ON/

OFF

ALARM

JP5

KEY

-S1

S2

CN.O

N.C

-SIR

EN

RELAY

SMOKE

F4

F3

KEYBOARDOUT

IN+

-

Local UploadENTER/NEXT/END

LCL-

11A

RXN-400

A serial-to-USB

adaptor is avialable

Figure 25 - Connecting Keypad to Control Panel and PC with COMAX

4.2.3 Remote Programming with COMAX

You can program the HUNTER-PRO 896 over a telephone line with a PC, PIMA modem (PSTN) and the COMAX software. In addition to programming, you also have access to

the memory log. Please refer to the COMAX User Manual for detailed information.

4.2.4 Programming with a Keypad

HUNTER-PRO 896 has two basic menus: User menu, made of single-press key

commands (the commands are printed above the keypad’s keys), and Installer menu.

SRK12123HTBL

+---_++++---

Drawing 4- Example

for a Zone Status Bar

This is a parameters set display.

(+): The parameter is enabled.

(-): The parameter is disabled.

_ : The current programmed parameter

When the blinking sign _ reaches a letter, the display changes for 3 seconds and

shows the function’s full name and a brief description.

For example:

Parameters screen

Parameter’s description automatically appears for few seconds when curser moved upon parameter


4.2.5 Menu Navigation

Backward/Forward keys. Press these keys to navigate between screens/ options/parameters.

Selection/Conformation keys.

Exit key. Pressing this key exits a current menu without saving/changing it.

Reset/Erase/Change status key (“-” to “+” and vice-versa).

4.3 Default Codes

The system default codes are:

Master Code 5555

Technician Code 1234

4.4 User Menu

There are 3 ways to enter the user menu, where parameters like time, dialer numbers

and codes are programmed:

1. Using Master code: User Menu

Choose 1,2..

MASTER

CODE

9

2. Using enabled (see notes

below) User code: User Menu

Choose 1,2..

USER

CODE

9

3. Using Technician code

(see notes below) TECHNICIAN

CODE0

9

User Menu

Choose 1,2..

Notes:

1. Only enabled user code can access the user menu. Once enabled, entering it will display the User menu. To enable, mark “+” under “M” (User Code>Menu) in

“General Parameters” menu (see section 5.6). As a result, actions such as arming and disarming cannot be activated directly by the user code, but by entering the

user code first and then pushing the desired key. 2. User Code has no authorization to change Master Code.

3. When accessing User menu from within Installer menu, changing codes is disabled.


4.5 Technician Menu

To enter Technician Menu:

MASTER CODE NEXTUser Menu

Choose 1,2..TECHNICIAN CODE

Technician Menu

Choose 1,2..

-OR-

TECHNICIAN CODE

Technician Menu

Choose 1,2..

4.6 Express Programming Menu

To make programming as easy and quick as possible, the HUNTER-PRO 896 has a

special menu, made of a sequence of screens with all the necessary parameters to

initialize the system. This menu is accessed by pressing in technician menu.

Following is a table with the express programming screens and their details

consecutively. Press to save and continue to the next parameter.

Sub-menu Details

Set up time

Set up date

…..

Set up the 4 private dialer numbers. Use the asterisk key for ‘+’, ‘-‘, ‘#’, ‘P’ (one second pause)

Set up entry/exit delay

Set up expanders, local and wireless

Set up number of remote expanders

Set up account #1 phone and radio codes

Set up monitoring station #1 protocol

…..

Set up 4 MS phone numbers. Use the asterisk key for ‘+’, ‘-‘, ‘#’, ‘P’ (one second pause)

Set up the MS1 reports

Set up test time and interval

Set up radio test interval

Set up 4-6 digits installer code (a code must be

entered or an error message will appear)


4.7 The Keypad Keys

Key Functions Page

System installation: expanders, keypads etc. 42

Zones: types, responses, names, partitions etc. 45

Communication: MS1 options, subscribers numbers, communication options, radio report codes etc.

48

Timers: entry/exit delay, outputs times, reports delays, soak test

days etc.

59

General Parameters 62

System Responses: mains fault, battery fault etc. 63

Outputs Configurations 64

Full programming (reset), local and fast download 68

Installer Code change 69

Fast programming 69

Tests 69

4.8 Entering Names, Numbers and Characters

Enter letters and any other character like in a cellular phone.

. , ? ! 1 A B C 2 D E F 3 Cancel

G H I 4 J K L 5 M N O 6 Next char.

P Q R S 7 T U V 8 W X Y Z 9 Prev. char.

( ) / * : - + # Space, 0 Enable/Disable Save


5 PROGRAMMING

5.1 Enabling Enhanced Communication Menu

HUNTER-PRO 896 has an enhanced menu with various communication parameters. By

default, this menu is not enabled. This is because most installations do not require programming these parameters. If you do not have the knowledge required please do

not change the default parameters. To enable access to the enhanced menu, either mark “+” under parameter ‘P’ in the

first “General Parameters” screen (see section 5.6.1) or press long in the first

Communication menu (key #3).

5.2 Key #1: System Installation

Note: From here onwards, though not appeared in drawings, Technician code (default

1234) must first be entered for accessing all technician menus.

Sys Installation

ENTER/NEXT/ENDENTR1

System Installation menu contains parameters such as service provider, expanders,

wireless setup and keypads.

5.2.1 Service Provider and End of Service Date

ENTR1Service Provider

ENTER/NEXT/END9

Sys Installation

ENTER/NEXT/ENDENTR

Service Provider

PIMA El. Systems

Enter the system’s service provider’s details, like name and telephone number. To

display this screen, press long , when the system is disarmed.

Press and set the date in which the service ends. In that date the following 2

messages appears onscreen1 intermittently:

14 MAR 08 12:00

Call Service

14 MAR 08 12:00

Service Provider... .

The messages ceases to appear in next arming or when entering technician code.

5.2.2 Expanders

ENTR1Expanders

ENTER/NEXT/ENDENTRNEXT

Sys Installation

ENTER/NEXT/END

Set the details for the expanders installed in the system.

1 This message appears only if the default service provider has been changed and the

end of service date is set.


5.2.2.1 Local Expanders

XMW

_--

Par. Name Marking “+” means

X Local Expander Local expander EXP-PRO with 8 additional zones is installed

M Not Used -

W Wireless Expand I/O-WN wireless receiver is installed

to save and proceed to next screen.

5.2.2.2 Remote Expanders

Remote Expanders

0 Set the number of remote expanders installed to the system.

Notes:

1. Entering a number bigger than 11 will result in an error message.

2. If an EXP-PRO expander is already installed, only 10 I/O-8N expanders can be

installed.

5.2.3 Wireless Expander

Programming the wireless expander menu is subjunctive to marking “+” under “W” in

the expanders menu (see section 5.2.2.1). If not, an error message appears.

ENTR1Wireless Setup


Sys Installation

ENTER/NEXT/ENDX29

Add Zone?

ENTER/NEXT/ENDENTR

Add Zone? 9

ENTER/NEXT/END.

The first available zone appears. (zone #9 is first, if no expander is installed)

.

Add Zone?

Activate Device. Activate the wireless device and wait for confirmation message:

Device added

Press END. . Up to 32 wireless zones, 24 Key fobs and 24 wireless

keyboards can be handled by the I/O-WN receiver.

IMPORTANT! The wireless zones are numbered only after all other zones, including line

expanders.


5.2.3.1 Deleting a Wireless Zone

ENTR1Wireless Setup


Sys Installation

ENTER/NEXT/ENDX29

Add Zone?

ENTER/NEXT/ENDNEXT

Delete Zone?

ENTER/NEXT/END and enter zone number

Device Deleted

Press END

Delete Zone?

Please Wait...….

5.2.3.2 Supervision Interval

ENTR1Wireless Setup


Sys Installation

ENTER/NEXT/ENDX29

Add Zone?

ENTER/NEXT/ENDBACK

Supervision:

ENTER/NEXT/ENDENTR

Supervision:

Hrs:0 Min.s:0

Set the wireless zones’ interval supervision.

5.2.4 Keypads

ENTR1Keypads Setup

ENTER/NEXT/ENDENTRNEXT X3

Keypads Setup

0

Sys Installation

ENTER/NEXT/END

ENTREnter the number of

installed keypadsPart. For RKD

++++++++++++++++

9

Set the number of keypads connected to the system (8 max.). Giving a different ID to each will indicate the system to supervise them, i.e. monitor their tampers. The IDs

should be given consecutively from #1 to #8.

Note: If monitoring the keypads is not required, the number of keypads should be set

to “0” (Zero)

5.2.5 Keypads’ Partitions

Set which partitions will be controlled by which keypad. Enter a keypad number or

scroll with and and mark “+” to allocate a partition. to save and go

on to next keypad.

For example: if keypad #2 should only control partition

#2, a “+” is to be marked above #2. Part. for RKD 2

-+--------------

1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

Note: Keypad partitions are available only in partitioned system.


5.2.6 I/O-R Expander Settings

ENTR1IO-R Exp.Setting

ENTER/NEXT/ENDENTRBACK

Sys Installation

ENTER/NEXT/END

Enter the number of

installed I/O-R

expanders

IO-R Exp.Setting

0

Set the number of installed I/O-R (relays) expanders.

5.3 Key #2: Zone Programming

Configure the system’s zones: line, wireless and expansions’ zones.

5.3.1 Zones’ Configurations

2 ENTRZone Configur.

ENTER/NEXT/ENDENTR

Zones

ENTER/NEXT/END

ENTRBurglary

Zone 1 1

BOFHHIDTEPDESS

---+++-----+++ 1

Zone characteristicsZone type

Zone name Programmed

zone no.

Zone number

Enter zone

number

Set the zones’ type (i.e. Burglary, Panic, Fire).

5.3.1.1 Zone Type

These are the HUNTER-PRO 896’s zone types:

BURGLARY (called Alarm in other PIMA systems), PANIC, FIRE, DURESS/HOLD-UP, MEDICAL, ANTI-MASK, SPECIAL BURGLARY 1, SPECIAL BURGLARY 2, SILENT PANIC,

SPECIAL FIRE.

Press a number or to go to a zone. Use to change zone type.

The next table describes the zone characteristics:

Par. Para. Full

Name

Enabling (marking “+”) this parameter means

B Bypassed

Permanently

The zone is permanently bypassed

0 Normally Open An NO detector is connected in this zone

F 24 Hour Zone Zone is armed around the clock, regardless if the system is

armed or not.

H Active in Home 1 Zone is armed in Home 1 mode

H Active in Home 2 Zone is armed in Home 2 mode

I Entry Delay Exit/Entry delayed zone. It’s possible to select one of two pre-programmed delay

times using the “T” parameter in this menu.

Zones ENTER/NEXT/END

ENTR29


Par. Para. Full Name

Enabling (marking “+”) this parameter means

D Zone Follower This zone will not trigger the alarm if opened during the Entry/Exit delay.

T Second Delay

Time

If marked “+” in addition to the “I” parameter in this menu,

then entry delay time will be set according to “Time 2” (refer to section 5.5)

E EOL Resistores Zone is protected by EOL resistor/s. For determining if system uses one EOL or two, refer to “General Parameters”

in section 5.6.

P Conditioned Zone This zone will trigger the alarm only when other “conditioned” zone is opened within the “Cond. Zone Time.”

It is possible to select more than 2 zones.

D Double Knock Zone activates alarm only after two successive pulses occur

in the duration of time set in Timers Menu (possible for more than two zones.)

E User Bypass Zone can be bypassed by user (this is to restrict users from

bypassing crucial zones like panic)

5.3.2 Zone Responses

2 ENTR ENTRNEXTZones

ENTER/NEXT/END

Zone Response

ENTER/NEXT/END

Burglary

ENTER/NEXT/ENDENTR

SSLTBM

ENTER/NEXT/END

Zone Responses

The six parameters defining the zone responses are:

Par. Description Enabling (marking “+”) this parameter means…

S Activate Siren Alarm from a zone will activate the sirens

S Ext. SRN in OFF Alarm from a zone will activate external siren when the

system is disarmed (OFF)

L No Daytime MS No alarm report is sent to the MS when the system is

disarmed

T Dif. Siren Tone Different siren tone (not applicable with DC siren)

B Automatic Bypass A zone will automatically be bypassed if 3 alarms occur in it

consecutively

M Activate Audio Alarm from a zone will activate the audio device2 (VU-20 or MIC-200)

2 Together with enabling “V” in Communication menu (section 5.4.4), for VU-20 only


5.3.2.1 Zone Sensitivity

Sensitiv.(X50mS)

8

Set the zones’ sensitivity in milliseconds. Sensitivity means, the time a zone has to be opened to trigger an alarm. The number entered is multiplied

by 50. In the example screen, entering 8 means a sensitivity of 8 times 50, i.e. 400 ms.

The sensitivity menu appears after pressing in zone responses menu.

5.3.3 Zone Name

2 ENTR ENTRNEXTZones

ENTER/NEXT/END

Zone Name

ENTER/NEXT/END

Zone Number: 1

X2

Set the zones’ names. A name can have up to 13 characters.

5.3.4 Partitioning

2 ENTR ENTRNEXT x3Zones

ENTER/NEXT/END

Partitioning

ENTER/NEXT/END

Set the partitions to which the zones are allocated.

Setting the partitions along with setting the keypads’ partitions determines the nature of the system (i.e. Split

System/ Partitioned System). Marking “+” allocates a zone to a corresponding partition.

Part. For Zone1

+---_-----------

Drawing 6 - Allocating

zones to a partition

For more details on partitions, refer to chapter 2.

5.3.5 Partitions Names

2 ENTR ENTRNEXT x4Zones

ENTER/NEXT/END

Partition Name

ENTER/NEXT/END

Partition1 Name

Partition 1

The partition’s name will appear on every allocated keypad. To enable the displaying of partitions:

5 ENTRDisplay Type:

Show Part NameBACK

Enter

Master

Code

Note: Partitions names can only be displayed in partitioned keypads


5.3.6 Copy Zone

2 ENTR ENTRBACKZones

ENTER/NEXT/END

Copy Zone

ENTER/NEXT/END

Source Zone: 7

Target: 9 To 32Example TCP

+++ENTR

Copy zone is a very useful installation feature, in which some or all features of one

zone can be copied to other zone/s. Once you finish programming this “Source” zone, you can choose “Target” (consecutive) one or more zones and copy its type,

characteristics and partitions (see table next sub-section). This enables you to finish installation much faster, by not having to configure each zone separately.

To copy to a single target zone, the target “from” & “to” zone numbers should be the same.

5.3.6.1 Copying Options

Par. Marking “+” means…

T Copy the zone type

C Copy the zone characteristics

P Copy the zone allocated partitions

To copy, . If ok, a 5 seconds countdown is performed and the next screen is

displayed:

Finish Coping!

Press END.

5.4 Key #3: Communication Parameters

Communication menu contains the parameters for the Monitoring Station.

5.4.1 Monitoring Station 1 Options

5.4.1.1 MS1 Protocol

3 ENTR ENTRCommunication

ENTER/NEXT/END

MS 1 Options

ENTER/NEXT/END

MS 1 Protocol

0 230 T=0A

B

Set the MS1 PSTN protocol. A & B determine the PSTN protocol (see the matching columns in code table, section 7.4) and T determines the radio station number (which

is given by the MS).

Notes:

1. MS 1 is programmed to ContactID format by default.

2. If no Radio receiver is not installed, do not change the default T=0 parameter.


5.4.1.2 MS1 Report Parameters

A A 1 2 P F D M O L T W I R

+ + + + + + + + + + + + + + 1

Set the type of events to be reported to MS1.

Par. Alarm\Event

A Alarms

A Anti-Mask

1 Special Burglary 1

2 Special Burglary 2

P Panic

F Fire

D Duress/Hold-up

M Medical

O Open/Close by Phone (PSTN)

L Failures

T Periodic Tests

W Smart Remote Test: When the system is armed, 2 rings and hang

up triggers the system to dial to the MS and send a TEST event

I Technician Code Entered: a report sent to MS when technician

code is entered

R Send Open/Close events by radio

To save, .

5.4.1.3 Test Time and Interval

Test Time:00:00

Interval:24 Hrs

Set time and interval to send test events to the MS. When leaving the test time 00:00,

the system will ignore it and act according to the interval time only. When changing it

to any other time, the system will act according to both test time and the interval (e.g. if you set Test time to 23:00 and Interval to 3 Hrs, then test reports will be sent every

3 hours and everyday at 23:00. If you leave the time 00:00 and set the interval to 168, then the reports will be sent once a week).

The interval time starts when connecting the system to power.

.

5.4.1.4 Radio Test Interval

Radio Tst. Inter

Hrs:24 Min.s:0

Set the radio test interval. See the previous sub-section for how-to. .


5.4.1.5 ID Account Addition

If the account number is made of 6 digits, the first two should be set in this screen.

5.4.2 Account Numbers

3 ENTR ENTRCommunication

ENTER/NEXT/END

Account No.

ENTER/NEXT/END NEXT

Set the PSTN and Radio account numbers. There can only be 16 accounts, one for each partition.

ENTRAcouont.No 1

Ph:0000 Rd:0000

Acouont.No 16

Ph:0000 Rd:0000

RadioTelephone

If all the accounts are the same, program only one account. (open/close events

will be sent without the account number)

If the account number is set to 0000 no reports will be sent to the MS.

An un-partitioned system will send reports from account #1 only.

5.4.3 Phone Numbers

ENTR NEXT

ENTR ENTR

Communication

ENTER/NEXT/END

Phone Numbers

ENTER/NEXT/END

MS Phone 1<Del=# Phone 4<Delete=#

X23

….

Set MS1 telephone numbers (4 max.). If the system is set to Double Report, then

telephone numbers #1 & #2 are allocated to MS1, and telephone numbers #3 & #4 to

MS2. To save, .

Note: If the MS answers a call from #1, the system will not dial the others. If not, the

system will call #2 etc. The number of call attempts is 8.

5.4.4 Communication Options

3 ENTR ENTRNEXT X3Communication

ENTER/NEXT/END

Commun. Options

ENTER/NEXT/END

P T L L T A V D R P O S D

+ - - - + - - - + - + - -

Set the Communication Options such as telephone line, line test, answering machine and split account numbers. To enable a feature: mark “+”;

To disable: mark “-“.


Par. Description Enabling this parameter means…

P Connected T.Line A telephone line is connected to the system

T No Dia. tone chck The system dials without checking for a dial tone (in

case the system connected via switch-board or the line is not clear)

L Line Test in ON The system tests the phone line (once a minute) when it is armed

L Line Test in OFF The system tests the phone line (once a minute) when

it is disarmed

T Tone Dial “+” For DTMF

“-“ For Pulse

A Answer. Machine If answering or fax machine are attached to the

phone line, the system snaps incoming call following a sequence of two rings, hang-up, 10 seconds pause

and a ring.

Note: Set the answering machine to pick calls after more than 2 rings.

V Voice Unit VU-20 voice unit is connected to the system.

D Download Disable Downloading parameters from COMAX via modem is

disabled. To temporarily allow it, enter Master code

and X2 (only valid for two minutes.)

R Rem. Disarm Disab The option of remotely disarming the system by the telephone is disabled.

P Pre Alarm Report The system sends a report when Entry Delay starts.

O Tst Rprt in OFF Test reports are sent when the system is disarmed.

S Split Account No. When reporting to 2 MSs (with different account

numbers), account #1 will be reported to MS1 and #2 to MS2. Assigning account number per partition is

disabled.

D Disarm after Al. The system will report an open event occurring immediately after alarm, even when the open/close

parameter is disabled (in MS1 options menu).

5.4.4.1 Number of Rings

No. of Rings 10

Set the number of rings before the system picks up an incoming call. To manually

answer, Master code X2


5.4.4.2 ACK Waiting Time

Ack Wait Time:

PSTN:20 GSM:30

Set ACK time (the time in seconds which the panel waits for MS handshake signal). If no ACK received a communication error appears. HUNTER-PRO 896 allows different

ACK waiting times for PSTN and GSM max. waiting time: 60 sec.

5.4.4.3 External Line

External Line

_

Set a pre-number (up to two digits) if the system is connected to a switch-board.

5.4.4.4 Number of Transmissions

No. of Trans.: 5

Set the number of transmissions of the long-range radio channel for any event that is

not reported via PSTN. .

Note: The duration between the transmissions is 10 seconds and cannot be changed.

5.4.5 Selecting Main Monitoring Station

Set which of the following will be the main monitoring station (channel) – PSTN, GSM (cellular) or IP network. If the system cannot communicate through the main channel,

it will try to send reports through the other two, while keep trying to call the first.

PGN

+--

Par. Main

P PSTN

G GSM

N IP network (MS1 only)

5.4.6 Report Codes Formats

5.4.6.1 PSTN Report Codes

The system’s default report codes are in ContactID format (which includes PAF &

NPAF). If the FF codes are not changed, reports are Contact ID standards: Burglary,

Fire, etc. To send other codes do as follows: subtract 100 from the event number (in ContactID) and Convert the result to hexadecimal number.

For example: to send “High Temperature” event, no. 158: 158 less 100 is 58. 58 converted to Hex. is 3A. So, by sending the code 3A you report on high temperature (in Contact ID).

The restore code must match the alarm code.



ENTER/NEXT/END

Report Codes 4X2

ENTER/NEXT/END

Zones

ENTER/NEXT/ENDENTR

Z1: FF Z2: FF

Z3: FF Z4: FF

The PSTN report codes (4x2) menu and the following Radio menu have 3 sub-menus:

Zones, Zones’ restore and General Reports. A code is a hexadecimal number (and can therefore be made from the digits “0” to “9”

and the letters “A” to “F”). The system’s default code is FF for all zones.

To set a report code:

Use and to go to the event you want to change and key to move

to next screen.

Place the cursor on the event’s code (see code table further)

Push a key to enter a digit and then , as many times as needed, to choose a letter.

5.4.6.2 PSTN & Radio Report Codes Table

Event Code Details

Z1 ,Z2 , ... Z96 Alarm from zone #1, #2 etc.

R1 ,R2 , ... R96 Restore Code from the according zone/s. The report comes after siren time ends or when disarming occurs immediately

after alarm.

ZFL + RESTR Zone fault in EOL zone + Restore code

BYP Zone Bypassed

TM1, TM2 + RESTR TAMPER 1 and/or TAMPER 2 Opened + Restore Code

AC + RESTR Mains voltage (AC) failure + Restore Code

LB + RESTR Low Battery + Restore Code

PF + RESTR Power Failure: Card voltage lower than 9 volts + Restore

Code. Low card voltage indicates AC Fall and Low Battery

PHN + RESTR Telephone Line Fail + Restore Code

PNC Panic code entered

ICODE False code entered

FUS + RESTR Fail-Unsafe State: Detectors’ Voltage Fault + Restore Code

ARM System armed

DISAR System disarmed

TST System tested (manual, automatic, or “wake-up”).

Note: The restore code displays as “RESTR” to the event’s right


IMPORTANT!

The following menus are available only if the enhanced menu is enabled (see

section 5.1).

5.4.7 GSM-200 Transmitter

5.4.7.1 Parameters


ENTER/NEXT/END

GSM Transmitter

ENTER/NEXT/END

GSM Settings

ENTER/NEXT/ENDENTR

GRTY

----

Par. Name Mark “+” to indicate that…

G GSM TX Installed GSM-200 transmitter is installed

R Use Radio ID Account Radio Account IDs will be used for GSM reports

T Auto Test Report Reports for auto-tests will be reported via GSM in

addition to PSTN

Y GPRS Encryption The information sent via GSM will be encrypted and sent in GPRS protocol

IMPORTANT!

If a radio transmitter is not connected to the system, ‘T’ should be set to

zero in the “Comm. Format” screen (“T” stands for wireless communication

format). Otherwise, all events will be reported via radio as well!

5.4.7.2 GSM Modes

GSM Settings

ENTER/NEXT/ENDNEXT

GSM Modes

ENTER/NEXT/ENDENTR

GSM-200 Mode 1

Voice Channel

NEXTGSM-200 Mode 1

Data ChannelNEXT

GSM-200 Mode 1

GPRS ChannelNEXT

GSM-200 Mode 1

SMS Channel

Set the GSM-200 transmitter operating modes. The transmitter has 2 modes: Mode 1

for MS1 and mode 2 for MS2 (double report).

Each mode can be set to one of four channels: Voice, Data, GPRS or SMS3.

When setting a mode to data channel, for example, the transmitter waits for data format information and not other.

The Data channel can be used by COMAX for uploading and downloading. To do that, the GSM-200 SIM must have a second phone number.

If both MSs are connected using GPRS, the second channel will be used to report to MS2.

3 GSM-200 and SMS-100 cannot be installed in the same system.


5.4.7.3 GSM Phones

GSM Settings

ENTER/NEXT/ENDNEXT

GSM Phones

ENTER/NEXT/ENDENTR

MS Phone 1<Del=#X2

Set GSM-200 MS1 phone numbers 1 to 4. .

5.4.7.4 GPRS Settings

GSM Settings

ENTER/NEXT/ENDNEXT

GPRS Settings

ENTER/NEXT/ENDENTR

Station IP

0. 0. 0. 0.X3

ENTRStation Port

10001ENTR

Tst intrvl(GPRS)

Min:5 Secnd:0

Set the GPRS mode parameters. These include the MS IP number (should be given by

the MS), the station port (to which the GPRS information is launched) and the GPRS test interval.

Notes:

1. If no specific instruction given by the MS, do not change the port number.

2. To see the transmitter’s version, press long in main screen. The display will

show both the transmitter and the system version4.

5.4.8 SMS Settings


ENTER/NEXT/END

SMS Settings

ENTER/NEXT/END

System Name-SMS

Alarm System

Set a name to identify the system in SMS reports. A name can be the customer’s name

or any other. “Alarm System” is the default name.

A demo cell phone SMS message

Notes: The text for the SMS messages is taken from the system’s memory log

For further SMS definitions, refer to section 5.4.13.3

4 If SMS-100 and not GSM-200 is installed, its version will be displayed.

System SMS name

Zone name

Time of alarm/event, as

registered in memory log

Event type and zone no.

Date of alarm/event, as

registered in memory log


5.4.9 Serial Output


ENTER/NEXT/END

Serial Output

ENTER/NEXT/END

LNRG

____

Set the serial output use:

Par. Name Marking “+” means the device is…

L Local Monitoring Connected locally using PIMA new local protocol

N Net4pro Connected to PIMA’s PIMAnet server

R Radio Protocol Available only in some panel versions

G GSM-200 Serial Consult your distributer/PIMA

5.4.10 Modem Call Back


ENTER/NEXT/END

Modem Call Back

ENTER/NEXT/END

Call Back1<Del=#

Set the modem callback phone numbers. Up to 3 numbers can be programmed.

Note: If callback telephone #1 is set, in any attempt to contact the system over the telephone line, the panel will hang up and call the PC back. This is yet another safety

step to protect the system from unauthorized access

5.4.11 Private Dialer Options


ENTER/NEXT/END

Private Dialer

ENTER/NEXT/END

AA12PFDMOL

++++++++-+

Set the private dialer report parameters. Mark “+” under any alarm/event to be sent to

the private dialer. Open/Close events are relevant to SMS only. See next table for details.

Par. Name Par. Name

A Alarms F Fire

A Anti-mask Alarm D Duress

1 Special Burglary 1 M Medical

2 Special Burglary 2 O Open/Close (SMS only)

P Panic L Failures


5.4.12 MS2 Options


ENTER/NEXT/END

MS2 Options

ENTER/NEXT/END

AA12PFDMOLTWIR

++++++++++++++.2

MS 2 Protocol

0 0ENTR

Set Monitoring Station #2 options.

5.4.12.1 MS2 Protocol

Set MS2 PSTN protocol. Setting this protocol will indicate the system to report to 2 monitoring stations.

Note: In order to report to two Monitoring Stations with two different account ID numbers, in addition to setting the protocol, mark “+” under parameter “S” (Split Subscriber) in “Communication Options” menu (section 5.4). In this case, Account 1

numbers will be sent to MS1 while Account 2 numbers to MS2.

To disable reporting to MS2, set its protocol to 0, 0.

5.4.12.2 MS2 Report Parameters

Set the parameters the system will report to Monitoring Station 2. All parameters are similar to those of Monitoring Station 1 as described in section 5.4.1 but the radio

option: you cannot report to MS2 via radio.

5.4.13 Advanced Programming

Note: Advanced programming may require professional knowledge in communication protocols. Beware not to change parameters unless you checked it with the cellular

provider first.

3 ENTR ENTRBACKCommunication

ENTER/NEXT/END

Advanced Prog.

ENTER/NEXT/END

Choose Provider

ENTER/NEXT/ENDENTR

Cell. Providers

GSM PROVIDER 1

5.4.13.1 Choose Provider

Set the cellular provider for the GSM SMS service. The system is pre-programmed with

unique parameters to every provider and these should usually not be changed. Up to 5

providers can be programmed. to save.

5.4.13.2 Cellular Provider’s Details

Choose Provider

ENTER/NEXT/ENDNEXT

Cell. Providers

ENTER/NEXT/END

Cell. Providers1

ENTER/NEXT/ENDENTR

...

In the following screens the details needed for the system to contact the cellular

provider’s SMS center are entered. This information should be provided by the cellular

provider. The next screens are:


Screen Information to enter

Provider’s Name 1 Provider’s name according to the previous

menu (sec. 5.3.10)

SMS center phone 1 First provider SMS center phone no.

Provider APN…1 First provider APN no.

Provider APN…1 APN number

User… 1 Username

User 1 Enter User #1 name

Password… 1 Password

Password 1 Enter User #1 password

To program another provider in “Cell. Providers1” screen.

5.4.13.3 PSTN SMS Phones


ENTER/NEXT/END

Advanced Prog.

ENTER/NEXT/END NEXT

PSTN SMS Phone

ENTER/NEXT/END

X2

ENTRSMS Center OUT

ENTRSMS Center IN

Set the details for the SMS-100 card to contact the PSTN provider’s SMS center. The IN

& OUT phone numbers are to be provided by the PSTN provider.

The OUT no. is the SMS center incoming phone no.

The IN no. is the SMS center outgoing phone no.

5.4.13.4 Network Settings


ENTER/NEXT/END

Advanced Prog.

ENTER/NEXT/ENDBACK

Network Settings

ENTER/NEXT/ENDENTR

9

The next screens are:

Screen Information to enter

Station IP The MS computer’s IP no.

Test Interval Enter time in minutes and seconds

Attempts to Fail No. of attempts to contact the MS before “comm. error” appears


5.5 Key #4: Timers, Counters

Set the system’s entry/entry delay times, outputs trip times, faults response times and more.

5.5.1 Entry/Exit Delay

Entry 1 2 Exit

20 20 60

Set the system’s all-zones entry delay 1 and 2 (See section 5.3.1 for determining an entry delay for a zone) and the exit delay. Default entry time is 20 seconds and exit, 60

seconds.

5.5.2 Outputs Trip Times

4 ENTR ENTRNEXT

Timers, Counters

ENTER/NEXT/END

Output Times

ENTER/NEXT/END

Ext. Siren Time

ENTER/NEXT/END

Ext. Siren Time

240 secondsENTR

Set the outputs trip times. The output trip time is the time in which an output remains

triggered.

HUNTER-PRO 896 has three types of output trip times:

1. Output trip time ‘0’: the output is tripped until next system disarming.

2. Output trip time 1-9998: the output trip time in seconds.

3. Output trip time 9999: the output is tripped for as long as an output type (see further) is triggered. For example, one may want to trigger a relay output when

and for long as a fault occurs, e.g. mains fault. As soon as the fault is resolved the output is switched off.

5.5.2.1 Output types and their default times

Following is a table of all output types (see section 1.4) with their default triggering

time. The key presses are with regard to the drawing in section 5.5.2.

Output type Trip time (sec)

- Ext. Siren 240

X1 Int. Siren 240

X2 Burglary 240

X3 Anti-mask 240

X4 Special Burglary 1 240

X5 Special Burglary 2 240

X6 Smoke 240

4 ENTR ENTR Timers , Counters

ENTER / NEXT/ ENDEntry/Exit Delay

ENTER/NEXT/END

9


Output type Trip time (sec)

X7 Fire 240

X8 Special Fire 240

X9 Panic 240

X10 Silent Panic 240

X11 Hold Up 240

X12 Medical 240

X13 Tamper 240

X14 Mains Fault 9999

X15 Low Battery 9999

X16 Phone Fault 9999

X17 Trouble 9999

X18 Zone Bypassed 9999

X19 GSM Fault 9999

X20 Comm. Fault 9999

X21 TAG Activation 240

X22 Door code 5

X23 W/L Remote 5

X24 Test 5

X25 Audio Device 60

X26 Remote control* 60

X27 Zone Open Hold** 0 (min)

* Remote Control time defines the time an output under remote control remains

opened.

** Zone Open Hold time is an energy saving feature: use it to turn off air conditions or

lights at the end of the day. It is a timer that works in conjunction with the ‘Zone Opened’ output type: normally,

a PCB output that is triggered by ‘Zone Opened’ output type is closed as soon as the final zone of the output partitions is closed. But when setting the ‘Zone Open Hold’

time it will remain opened for that time, and only if no movement had been detected by the motion detectors, the PCB output will be closed.

5.5.3 AC Report Delay

4 ENTR

ENTR

NEXT X2Timers, Counters

ENTER/NEXT/END

AC Report Delay

ENTER/NEXT/END

AC Report Delay

240 Minutes

Set the mains (AC) failure report delay time (in minutes). When mains resume the

timer resets. Time range: 0 - 250 minutes. to save.

5.5.4 Phone Report Delay

. Set the phone failure report delay time (in minutes).


5.5.5 Burglary Report Delay

. Report on burglary alarm occurring within entry delay will be delayed for the

period set in this menu. If the system is disarmed during this period, the report will not be sent at all. If the burglary delay or entry delay is over and the system is armed, a

burglary report is sent. This reduces unnecessary reports.

5.5.6 Soak Test Days

. Set the number of days a zone (mostly, a zone that causes false alarms) will

be tested. During this period of time, any events initiated by the zone will neither be reported to MS nor trigger the alarm/private dialer, etc, but will be displayed in the

“Fast display”. The events will only be recorded in the memory log.

Max time is 7 days. After this period of time, the zone will automatically return to

normal operation. If set to “0” the zone returns to normal operation at midnight of the same day.

Note: In PIMA display, the letter “T” indicates a zone undergoing a test.

5.5.7 Double Knock

. Set the Double Knock time (in seconds). Double Knock is a feature used for

reducing false alarms in specified zones. In order for a zone configured as “double knock” to trigger am alarm, it must detect two violations in a predetermined time set in

this screen (see “Zone Programming” section 5.3).

IMPORTANT!

If one of the zones set as Double Knock remains open, alarm will be

triggered in the pre-set time.

5.5.8 Conditioned Zones Time

. Set the time span (in seconds) it takes a conditioned zone to be activated. For

example, if zone 1 and 2 are conditioned together, and only zone 1 is opened, no

alarm will be generated. Only if both zones are opened within a predetermined period of time, set in this screen, an alarm will be generated (see “Zone Programming” section

5.3).

5.5.9 Bypass Limit Time

. Set the time (in minutes) in which a zone remains bypassed before it is

automatically released and becomes armed again. This protects against burglary preparation by bypassing zones before the system is armed.

5.5.10 False Code

. Set the number of allowed false code entries (max 24), before the system

reports the MS, presents “False Code” message and react according to the

configurations in System Responses menu (see “System Responses” , section 5.7).


5.5.11 Inactivity Report

. This feature is an indication if the system has been inactive (not armed) for

the number of days set in this screen. The MS can then call the customer to check this issue.

5.6 Key #5: General Parameters

ENTR5

Gen. Parameters

ENTER/NEXT/END

General parameters are presented in 2 consecutive screens.

5.6.1 General Parameters First Screen

KD1E2EKAB2SMPZTF

--+-+--------+++

Par. Name Marking “+” means…

K State Key Switch (+) Toggle key (On/Off) (-) Momentary key

D DC Siren DC Siren is installed

1 TAMPER 1 Connec. Tamper 1 is connected

E TAMPER 1 - EOL Tamper 1 is protected with EOL

2 TAMPER 2 Connec. (+) Tamper 2 is connected (-) Tamper 2 input serves as Zone #9

E TAMPER 2 - EOL Tamper 2 is EOL protected

K Key-> Home State Arming with a key arms to HOME 1

A Automatic-> HOME Automatic arming arms to HOME 1

B Byps. Zone in Au. All opened zones are bypassed in auto-arming

2 2 EOL Resistors All EOL protected zones have 2 resistor

S Siren beep in ARM When arming the siren will beep once. When disarming with key/remote control the siren will

beep twice.

M User Code-> Menu (+) Entering User code displays User menu

(-) Entering User code arms/disarms

P Advanced Menu Enhanced communication menu is enabled

Z - Not in use

T Byps. Tmpr. in Arm Arming is enabled with faulty tamper

F Byps. Fail in ARM Arming is enabled with system fault

to save and proceed to the second parameters screen.


5.6.2 General Parameters Second Screen

CLDSF12ZERPFCJAO

+-----+---------


C Light KP continu All keypad keys light (low) at all time

L Light KP in Alrm All keypads light (high) in alarm

D Light KP in Dely All keypads light (high) in (exit/entry) delay

S Buzzer In Alarm Keypad buzzer buzzes in alarm

F Enable Fast Arm to arm the system.

to arm the system to HOME 1.

to arm the system to HOME 2.

1 Cancel HOME1 Del HOME1 entry delay time is ‘0’

2 Cancel HOME2 Del HOME2 entry delay time is ‘0’

Z Disp. Alrm in ON Alarms are displayed when the system is armed

E Not in use -

R Retrigger Opn.Zn An opened zone does not stop to generate alarms and send reports to the MS until it is closed or the system

is disarmed

P Disp. Armed Part Armed partitions are displayed

F Final door Closing final delayed zone will end exit delay

C Full remote cont Full remote control (including outputs) is enabled

J Report W/L Jamm. Wireless jamming is alerted & reported

A Part. AutoArming Auto-arming by partition ia enable

O Not in use -

5.7 Key #6: System Responses

6 ENTR ENTR

System Response

ENTER/NEXT/END

Mains Fault

ENTER/NEXT/END

SSAL

----

Mutual screen to

all faults/events

Set the system’s responses to 5 faults/events. These are: Mains Fault, Low Battery, Phone Fault, False Code, and Zone Failure/Tamper.

Note: The differentiation of responses between Armed & Disarmed states, as in other

PIMA systems like HUNTER-PRO 32, does not apply to HUNTER-PRO 896.

Par. Name Mark “+” to set the response

S Activate Siren Activate sirens

S Ext. SRN in OFF Activate external siren when system is disarmed

A Act. Burgl Output Activate burglary output type

L No Daytime MS Reporting to MS when system in OFF state is disabled


5.8 Key #7: Outputs Configuration

7 ENTR ENTROutput Configur.

ENTER/NEXT/END

External Siren

ENTER/NEXT/END

ENTR

Part. for OUT

++++++++++++++++

PD

-+ENTR

Output TypeOutput’s partitions

Output’s Polarity

External Siren

External Siren

PCB’s (physical) output

Set the system’s outputs and output type’s configuration. See section 1.4 to distinct

between the two.

The outputs can also be triggered based on the system’s partitions, i.e. be triggered

only by alarms generated in the enabled partitions.

IMPORTANT!

By default, the output types are allocated to the physical outputs, according to the printed outputs names on the PCB. It is not advisable to change these

unless specific installation requirements.

5.8.1 PCB & Expanders Outputs

There are seven outputs on the system’s PCB: Ext. & Int. SIRENS, SMOKE, RELAY,

ON/OFF, ALARM, Audio Ctrl. The expanders' outputs are also set in this menu.

7 ENTR

Output Configur.

ENTER/NEXT/END

External Siren

ENTER/NEXT/END

p

Press PCB/Expanders Output

X1 Internal Siren

X2 RELAY

X3 SMOKE (reset detectors)

X4 ON/OFF

X5 ALARM

X6 Audio Control

X7 OUT-1000 Outputs

X8 I/O-R Outputs

X9 I/O-8 Outputs

5.8.2 Output Types

Following, is a table of all output types by their order in the menu and the relation to

the PCB outputs. To clarify, the process of programming is as follows:

Pick the output to be programmed pick an output type set the

output partition/s set the output polarity (see how further)


Output type What triggers the PCB output?

External Siren Alarms from a zone programmed to trigger the external

siren output type

Internal Siren Alarms from a zone programmed to trigger the internal siren output type

Burglary Alarms from ‘Burglary’ zone type5

Anti-Mask Alarms from ‘Anti-Mask’ zone type

Special Burglary 1 Alarms from ‘Special Burglary 1’ zone type

Special Burglary 2 Alarms from ‘Special Burglary 2’ zone type

Burglary - All Types All alarms from ‘Burglary’, ‘Special Burglary 1’ and ‘Special Burglary 2’ zone types

Fire Alarms from ‘Fire’ zone type

Special Fire 1 Alarms from ‘Special Fire 1’ zone type

Panic Alarms from ‘Panic’ zone type, or keypad panic code (

+ )

Silent Panic Alarms from ‘Silent Panic’ zone type

Hold-Up (Duress) Alarms from ‘Hold-Up (Duress)’ zone type, or keypad hold-

up code

Medical Alarms from ‘Medical’ zone type

Alarms - All Types All the alarms from all the zones

Audio Control Activating audio (MIC-200) or voice unit (VU-20)

Zone Open Opening a zone

Zone Bypassed Bypassing a zone

Smoke Detector Power

Resetting Smoke detectors

Tamper Tamper switch opened

Trouble (zone) Zone troubled

Buzzer Keypad buzzer activated

Armed Arming the system

Installer Program Entering installer code

General Fault System general fault

MAINS Fault Mains fault

Low Battery Low battery fault

Phone Fault Phone Fault

GSM Fault GSM fault

Communication Fault Failing to communicate with the MS

Not In Use -

Door Code Entering door code

Wireless Remote Pushing the button in remote control

Test Sending test report

5 All the zone types are programmed by default to activate the external siren in response to alarm. To change this, see section 5.3.2.


Output type What triggers the PCB output?

Not In Use -

Not In Use -

Remote Control Activating an output by remote call

Not Used -

Station ACK ACK received from the MS*.

* This output type is used as indication that a report sent to the MS has been received. When an alarm from a zone programmed to trigger the “Station ACK” output type

occurs, the PCB output programmed to be triggered by this output type “waits” for the

system to receive ACK. As the ACK is received the output is tripped for 10 seconds (and can switch on bulb etc.).

5.8.3 Output Partitions

Set the outputs partitions (see drawing in section 5.8), i.e. define which partitions are

enabled to activate which output.

5.8.4 Polarity & Activating in Disarm

Set the polarity of the output and whether it will be activated when the system is disarmed (see drawing in section 5.8).


P Polarity

<+=Pos.

’+’ The output is disconnected in alarm

‘-‘ The output is switched to negative in alarm (GND)

D Active in Disarm

‘+’ The output is activated when the system is disarmed ‘-‘ The output is activated when the system is armed

5.8.5 ‘Ext. Siren’ and ‘Int. Siren’ Outputs

These 2 PCB outputs distinct, due to the following reasons:

1. They’re both high current outputs.

2. They can trigger any speaker siren.

3. Ext. Siren output can be triggered only when Int. Siren output is. In other words,

activating sirens in HUNTER-PRO 896 can be done in one of three ways: Both internal and External, internal only, no siren.

Note: It is advisable not to associate only ‘External Siren’ and ‘Internal Siren’ to these two outputs (this is the default programming). You can, however, associate the external and internal output types to any other PCB

output, but then the sirens must be DC sirens (i.e. contain a built-in oscillator).


5.8.6 Expanders’ Outputs

5.8.6.1 OUT-1000

7 ENTR ENTRBACK

ENTR

Output Configur.

ENTER/NEXT/END

OUT-1000 Outputs

ENTER/NEXT/END

Output 1

X3

Output 1

Fire ENTRPart. For OUT 1

++++++++++++++++

PD

-+ 1

ENTR

Expander

Expander’s output No. Output’s output type Output’s partitions

Output’s polarity

Output’s No.

Set OUT-1000 (8 outputs expansion card) outputs. Besides the expander output number screen, all other screens match the outputs configuration screens.

5.8.6.2 I/O-R

Configure I/O-R 32 outputs. I/O-R is programmed the same as OUT-1000.

5.8.6.3 I/O-8N

Configure I/O-8N 8 outputs. I/O-8N is programmed the same as OUT-1000.

5.8.7 Examples for Output Programming

1. Programming ON/OFF output:

7 ENTR ENTRNEXT

ENTR

Output Configur.

ENTER/NEXT/END

ON/OFF Output

ENTER/NEXT/END X4

Part. For OUT 1

+++----++---+++

PD

-+ENTR

Pick an output

Set output typeEnable partitions to

activate the output typeSet output’s polarity& active in disarm

ON/OFF Output

Armed

The procedure is as follows: you first pick a physical output. Then you determine what output type will trigger it. In this case, the default output type is ‘Armed’, so when the

system is armed, this output is triggered. Then you determine from within which partition/s this output can be triggered. Then you set the rest.

2. Set ALARM output to “follow open zone” zone type. As a result, when a zone of this type is opened, the ALARM output is triggered:

7 ENTR ENTRNEXT

ENTR

Output Configur.

ENTER/NEXT/END

ALARM Output

ENTER/NEXT/ENDX5

Part. For OUT 1

+++----++---+++

PD

-+ENTR

Set output typeEnable partitions to

activate the output typeSet output’s polarity

& active in disarmON/OFF Output

Zone Open


3. Set output 4 on OUT-1000 to trigger Internal Siren output type in alarm:

7 ENTR ENTR

NEXT ENTR

Output Configur.

ENTER/NEXT/END

OUT-1000 Outputs

ENTER/NEXT/END

Output 4

X3Output 4

Internal Siren ENTRPart. For OUT 1

++++++++++++++++

PD

-+ 1ENTR

Pick output No. 4 Set output’s output type Set output’s partitions

Set output’s polarity & active in disarm

Output’s No.

NEXT X3

5.9 Key #8: Full Programming

5.9.1 System Default

Initialize the system to factory defaults.

8 ENTR ENTR

Full Programming

ENTER/NEXT/END

System Defaults

ENTER/NEXT/END

Are You Sure?

ENTER/NEXT/END. to confirm.

When system initialization is executed:

Defaulting 25

Please Wait.... A countdown from 25 to

zero ends with this message:

Syst.Defaulted

Press END.

5.9.2 Local Download

8 ENTR ENTRNEXT

Full Programming

ENTER/NEXT/END

Local Download

ENTER/NEXT/END

Use this menu to program HUNTER-PRO 896 with the COMAX upload/download software. COMAX runs on a local computer that connects to the system using LCL-11A

adaptor and the keypad (see section 4.1 for connecting with LCL-11A and the COMAX

User Guide). Pressing enters the system to standby state, waiting to receive data.

Immediately press ‘Local’ icon in COMAX to start the process. Wait until “Connected” message is displayed on the COMAX status bar. You can now start

programming.


5.9.3 Fast Load

8 ENTR ENTRBACKFull Programming

ENTER/NEXT/END

Fast Load

ENTER/NEXT/END

Full

Select Prog. 1-7- OR - NEXT

Communication

Select Prog. 1-71 ... 7

Set the options for the PRG-896 fast programmer. HUNTER-PRO 896 has 2 loading options: full 7 different programs or only the communication parameters.

Reminder: PRG-896 is programmed with COMAX software.

5.10 Key #9: Installer Code

ENTR9Installer Code

ENTER/NEXT/END

Installer Code

****** (4-6)

Set/change the Installer code. A code is 4 - 6 digits long.

IMPORTANT!

If the Installer code starts with zero (0) the code is locked and cannot be reset, in case of power loss. This is another precautious measure against

intruders. If this happens, please contact PIMA support team.

5.11 Asterisk Key *: Express Programming Menu

ENTR

*

Installer Code

ENTER/NEXT/END

Hour

00:00

For details, refer to section 4.6.

5.12 Key #0: Tests

Test menu has 9 sub-menus for testing the system’s line and wireless zones, the

outputs, and communication.

5.12.1 Walk-Test

0 ENTR ENTR

Tests

ENTER/NEXT/END

Walk-Test

ENTER/NEXT/END

Tested 0 of 9

Test all the line and wireless zones in the system. To perform a test, trigger detectors that need to be tested. During the test, the display shows the number of tested

detectors out of the overall number of the detectors. The memory log keeps record of the test, including the number of zones triggered.

When the tests are over, . If all zones were tested:

Untested Zones:

All Zones Tested


If not, the system displays the names of the zones not tested, in the following order:

Untested Zones:

UT:Zone 12

Untested Zones:

UT: Living Room

Untested Zones:

++++++++++++++++

Untested Zones:

Burglary

ENTR ENTR

Zone No. Zone Name Zone’s Partitions

Zone Type This test is very useful for testing the system at the end of installation.

5.12.2 Single Zone Test

0 ENTR ENTR

Tests

ENTER/NEXT/END

Single Zone Test

ENTER/NEXT/END

NEXT

Single Zone Te32

ZONE 32Press zone no. and ENTR

This test checks a single detector, line or wireless. To test a zone, press the designated

zone number. The first 8 zones are the outputs on the PCB and are named “on board

zone”. Pressing displays the zone’s name, partition and type.

The process of testing a wireless zone is the same. The detector’s RSSI level is

displayed in response to receiving a transmission (see next section on how to test a wireless zone). All other screens match.

5.12.3 Wireless Test

0 ENTR ENTRNEXT

Tests

ENTER/NEXT/END

Wireless Test

ENTER/NEXT/END

Wait for Trans.

Zone 19 19

RSSI=3 (3=MAX)

X2

Zone Name Zone Number

RSSI level:

1= Weak

2= Medium

3= Excellent

Trigger a wireless

detector. A series of

beeps will be produced by

the keypad buzzer, once a

transmission received RSSI: Received SignalStrength Indication

This is a wireless detector test. The purpose of the test is to check the reception level of wireless detectors installed in the system. A transmission from a detector will be

displayed on the screen, showing the detector’s RSSI, and be registered in the memory log. This test is useful for finding the best location for wireless detectors and their

optimal regularity.

5.12.4 Set Soak Zone

0 ENTR ENTRNEXT

Tests

ENTER/NEXT/END

Set Soak Zone

ENTER/NEXT/ENDX3

Zone Number: 1

Entr-Conf #-RstENTR

Soak Zone

Zone 1 -1


Set a zone to be soaked (tested). When a zone/detector is suspected of causing false alarms, it can be configured to be in a test mode. A test can last up to 7 days (to set

the number of soak days, refer to section 5.5.6) All events from a tested zone will neither trigger the alarm, nor be reported to MS.

However, they will be registered in the memory log.

When the programmed time for the soak test is over, the zone will automatically return

to normal operation.

To turn a zone from soak to normal mode, in the zone number screen.

5.12.5 Outputs Test

0 ENTR ENTRNEXT

Tests

ENTER/NEXT/END

Outputs Test

ENTER/NEXT/ENDX4

ENTR

Outputs Test

External Siren

Exit=END

This feature lets you to test directly every output connected to the system - local and

remote. Pressing triggers the output for 10 seconds. Pressing ends the test.

Testing the outputs has a great advantage - it allows the installer to define between

connection problems and programming faults: if a device does not work properly but is

triggered by the output test, than the problem lays with programming (or the device itself) and not connection.

On the other hand, failing to trigger the external siren (for example) through the output test, indicates a connection or other-than-programming problem.

These are the outputs test screens by their order:

Output Key Presses Details

External Siren

Onboard output

Internal Siren

Onboard output

Relay X2

Onboard output

Smoke Output X3

Onboard output

On/OFF Output X4

Onboard output

ALARM Output X5

Onboard output

Audio Contrl

Out X4

Onboard output

OUT-1000 Outputs

X3 to trigger one of

OUT-1000 8 outputs

Exp IO-R

Outputs X2 to trigger one of

I/O-R 32 outputs

Exp IO-8 Outputs

to trigger one of the

I/O-8’s cards


5.12.6 Test MS Dialer

0 ENTR ENTRBACK X4

Tests

ENTER/NEXT/END

Test MS Dialer

ENTER/NEXT/END

Test MS Dialer

Select T. No. 1-4

Test the Monitoring Station’s PSTN numbers. Pressing will dial the MS phone #1,

pressing will do so for phone #2, and so on.

Note: The MS PSTN and radio test screens have a feature to help you overcome

missing information/installation: if, while trying to perform a test, a data is missing, like

a phone number or a protocol, an error message is displayed asking you to press . After pressing the key, the required menu will automatically be displayed.

For example:

Set Ph. Connect!

Press END

. This error message occurs when trying to test the

MS radio without programming the account number first. Pressing transfers the

menu to

Commun. Options

ENTER/NEXT/END

screen in “Communication” menu.

5.12.7 Test MS GSM

0 ENTR ENTRBACK X3

Tests

ENTER/NEXT/END

Test MS GSM

ENTER/NEXT/END

Test MS GSM

Select T. No. 1-4

Test the MS GSM phone numbers. Refer to previous section for instructions. If the

GSM-200 receiver is not installed, an error message appears

Set GSM Install.

Press END

5.12.8 Test MS Radio

0 ENTR ENTRBACK X2

Tests

ENTER/NEXT/END

Test MS Radio

ENTER/NEXT/END

Please Wait..

Test the long range radio transmitter, TRV/TRU-100. Pressing will send a transmission event test to the MS. No ACK from the MS should be received in this test.

See previous note in case radio related data is missing in the system.


5.12.9 GSM Signal Strength

0 ENTR ENTRBACK X2

Tests

ENTER/NEXT/END

GSM Sig. Strength

ENTER/NEXT/END

GSM Sig.Strength

_________..

Strong signal indicator _

The stronger the reception the more indicators appearWeak signal indicator .

_

The GSM signal strength indication is like the one in a cell phone. If reception is weak

(more dots than squares appear) you need to relocate the GSM receiver.

5.12.10 Network Statistics

L:T0 R0

G:T0 R0

This screen gives information regarding the network and GPRS connections. The top

line shows the PIMAnet network and the bottom shows the GPRS. The numbers are the packets sent and received.

When the ‘L’ and ‘R’ values in each line match or close, the connection is OK. The numbers can be reset in coordination with the MS.

5.13 How to Locate Expanders’ Zones

EN TR5

A ll Zon es : 2 7

Z ON E 27EN TR

D is pl ay Typ e

A ll Zone s

E n te r

M a s te r

C o d e

NEX T X 3

Al l Zone s: 27

Wi r el es s Exp a nd .EN TR ...

HUNTER-PRO 896’s “All Zones” display type gives details on every zone programmed in the system and allows the technician to quickly locate it.


6 REMOTE CONTROL VIA TOUCH-TONE

TELEPHONE

HUNTER-PRO 896 can be remote-controlled via any touch-tone telephone, including

cellular. The system can be controlled in one of two options:

Mode A: Basic commands, including arming and disarming (the default mode).

Mode B: Full control, including all the outputs

Note: The entire chapter applies both when you call the system and vice verse

6.1 Mode A

1. Dial the telephone number the system is connected to.

2. Wait for confirmation tone (a long tone followed with two beeps)

3. Enter Master Code

4. Wait for status tone:

Continuous: The system is disarmed

Beeps: The system is armed

Note: The system will not respond to commands while playing the confirmation tone.

It is important to wait until the confirmation tone is over before pushing any telephone

key.

5. Push a key according to the next table. The system confirms the command with two short beeps.

The following table includes system’s commands by telephone keys:

key Function

Stop external siren and dialer. The dialer will not dial to any more numbers

Arm the system

Disarm the system

Arm the system to “Home 1” mode

Switch the (PCB) relay ON

Switch the (PCB) relay OFF

Arm the system to “Home 2” mode

Listen in for one minute (only available with MIC-200). To extend listen in time (in

one minute), push again as needed.

While the system and the remote telephone are communicating with each other, the following message will display on all connected keypads: “Other keypad in use”.


If the system does not receive any command for a period of 60 seconds, it shall disconnect and return to normal mode. The system will remain in standby (displaying

“Other keypad in use” on all the keypads) for another 60 seconds, before returning to normal mode.

6.1.1 Example for arming the system via telephone:

Dial the system’s phone no. the system answers wait for confirmation tone to

end enter Main code wait for command confirmation tone to end

6.2 Mode B

Repeat steps 1-4 in previous section to establish communication with the system.

To activate an output: & the corresponding command from the following

tables.

To deactivate an output: & the corresponding command from the following

tables.

System PCB Outputs OUT-1000

* 01 Arm 11 External Siren 21 Output no. 1

# 01 Disarm 12 Internal Siren 22 Output no. 2

* 04 Arm to ‘Home 1’ 13 Relay 23 Output no. 3

* 07 Arm to ‘Home 2’ 14 SMOKE detector 24 Output no. 4

* 08 Listen-in 15 ON/OFF 25 Output no. 5

* 00 Telephone

16 ALARM

26 Output no. 6

17 Audio Ctrl 27 Output no. 7

28 Output no. 8

I/O-8N Expanders

31 Expander no. 1 37 Expander no. 7





36 Expander no. 6


I/O-R expander #1 I/O-R expander #2

51 Output #1 55 Output #5 59 Output #1 63 Output #5




I/O-R expander #3 I/O-R expander #4





Send system status via SMS to private dialer

91 Phone #1 93 Phone # 3

92 Phone #2 94 Phone # 4

6.2.1 Examples for Mode B

Activate external siren output: Dial wait for confirmation tone Enter Main code Wait for command confirmation

tone to end Push *11

Switch off output #5: Dial wait for confirmation tone Enter Main code Wait for command confirmation

tone to end Push #25


7 TROUBLESHOOTING

This chapter describes failures displayed on the keypad, various problems that may be encountered due to improper programming, and options for troubleshooting failures

that might occur due to incorrect installation and/or programming.

7.1 Restoring Master & Installer Codes

In case both codes are not available:

Disconnect mains.

Disconnect battery.

Wait 10 seconds and reconnect battery.

Wait for “Clock Not Set” to display.

Enter the default Master code (5555).

Set a new Master code (the former code is not valid anymore).

Connect mains.

Set time & date.

Note: After connecting power, the system enables access to the menu using the

default code (5555) for 30 seconds only. If access does not occur during this time, the

process needs to be repeated

The process is also useful for Installer code (Default code 1234), with the

exception of a code that starts with zero. In this case the code cannot be reset.

7.2 Faults Displayed on the LCD

In case of a fault, the red fault LED on the keypad blinks. The description of the fault

appears on the first line of the LCD Keypad at the right side. The faults are:

Fault Description & Repair

Clock Not Set Appears on first operation and when reconnecting after

power/battery failure. Set time & date

Low Battery 1. Make sure the battery fuse is intact. 2. Check battery charge voltage.

3. Wait 24 hours for recharging and recheck. 4. If the message stays on, replace battery.

Low Voltage Low PCB DC charge. Mostly occurs after long mains power failure that causes the battery to get drained. Programming is

unavailable when this fault occurs. To repair: connect to mains and replace battery if required.

Mains Fault No mains power. If other appliances around work, check the

system’s electric socket and fuse. If ok connect mains and the PCB AC fuse


Fault Description & Repair

TAMPER 1 Tamper 1 is open

TAMPER 2 Tamper 2 is open

Zone Fault 1. In EOL protected zones: F - Cut, S - Short 2. In detectors wires: F L- Cut, S H- - Short

3. In wireless detectors: detector’s tamper is open

KEYPAD NOT

CONNECTED

No communication between the keypad and the PCB. Check the

following:

1. Disconnection between PCB’s “OUT” and keypad. 2. Keypad’s voltage supply is lower than 13v. (verify that no more

than 8 keypads are connected) 3. Keypad fault - replace it.

4. PCB fault - replace it.

Phone Line Fault No dial tone is indicated. The system checks the phone line

constantly.

Note: Disconnect any appliance connected to the phone line during checking

Keypad X Fault 1. Check keypad X ID (if possible)

2. Check keypad X wiring 3. If ID and wiring is OK, disconnect the keypad and connect it as

close as possible (50 cm max.) to the system box. If the keypad

still out-of-order, consult PIMA support

Detec. Vol. Fault Check for short in the detectors’ wires

Expander X Fault Expander’s X comm. or vol. connection fault

Expander X Tamper Expander’s X tamper is open

Keypad X Tamper Keypad’s X tamper is open

Other Keypad in use When more than one keypad is connected and one is being

programmed, the others will have this message on screen. This message appears also when the system is being programmed

from a different source such as remote programming via computer and telephone.

GSM-200 faults

GSM Unit Fault Connection problem or fault in GSM-200 receiver

GSM Comm. Fault GSM-200 to MS1 connection problem

GSM Link Fault Low reception or jamming in GSM channel

SIM Card Fault No SIM card installed in GSM-200 or SIM card fault

GSM Com. Fault 2 GSM-200 to MS2 connection problem

Note: For further information on GSM-200 refer to the GSM-200 guide

Communication faults

W/L Unit Tamper Wireless receiver’s tamper is opened or out-of-order. Check that its cover is closed

Note: For further information on I/O-WN, refer to the I/O-WN guide


Check Keypad number

Keypad’s ID does not match programming

MS. Com. Fault Failure to communicate with the MS including in test mode. This fault appears if the HUNTER-PRO communicator cannot

transfer reports to MS. Possible reasons are incompatible protocol or phone line failure.

Check the following: The telephone line is properly connected to the LINE

terminal blocks.

In Communication menu (section. 5.4) the “P” for telephone is programmed with “+”.

At least one MS telephone number is programmed. Telephone account ID for MS is other than 0.

Comm. format is compatible with the one used in the MS. Correct telephone numbers have been entered.

If the system is connected to an extension of a private switchboard a prefix has been programmed.

SMS Com. Failure Communication failure between the system and the provider’s SMS center

Install SMS Unit SMS-100 unit is not installed

Network Fault Communication failure between the system and the PIMAnet card.

IO-R X Fault Fault in I/O-R relay expander

IO-R X Tamper I/O-R tamper is open

IO-R X Voltage Low voltage to I/O-R

Wireless Jamming Radio channel is jammed

IO-8 X Voltage Low voltage to I/O-8

Supervision: Wireless detector ceased to send reports to the system

Note: If more than one fault occurs simultaneously they will be displayed one by one

7.3 Additional Faults

7.3.1 MS Comm. Fault

The system has preset to test all aspects of communication to MS:

Technician code. All testing process will be displayed on the keypad.

7.3.2 MS Radio Fault

Make sure that:

1. The wiring between system and radio receiver is ok.

2. Radio account no. is other than ‘0’.

3. Comm. format is compatible with the one used in the MS

4. The receiver’s antenna is intact, not bended and is attached vertically.

5. If the antenna is installed on a separate surface, check its wires.


7.3.3 Private Dialer Fault

Make sure that:

1. The telephone line is properly connected to the LINE terminal blocks.

2. At least one private telephone number is programmed.

3. Correct telephone numbers have been entered

4. In Communication menu (section. 5.4) the “P” for telephone is programmed with “+”.

5. In Communication/Private Dialer menu the parameters are programmed.

6. If the system is connected to an extension of a private switchboard a prefix has

been programmed.

Note: Disarming immediately after alarm will stop the dialer. To test the dialer, arm

the system and wait for dialing

7.3.4 Incoming Calls Fault

If the system does not receive calls, make sure that:

1. In Communication menu (section. 5.4) the “P” for telephone is programmed

with “+”.

2. The programmed number of rings exceeds its limit.

3. The telephone line is properly connected to the LINE terminal blocks.

7.3.5 Tamper

TAMPER 1: Tamper 1 is open.

TAMPER 2: Tamper 2 is open.

7.3.6 Auto-Arming & Auto-Arming by Partition Faults

Make sure that:

1. Auto-arming start time is programmed (see HUNTER-PRO 896 User guide).

2. System time is correct.

3. The desired partition is programmed as so.

7.3.7 Opening Zone Causes no Alarm

Make sure that:

1. The zone is neither temporarily nor permanently bypassed.

2. The zone is programmed to the desired responses (sirens, relay, etc.)

3. The zone is programmed to only one partition.

4. The detectors are in order and installed correctly.

5. Zone sensitivity is correct.

6. Zone conditioning is correct.

7. Zone no. of pulses is correct.

8. Zone is not programmed as soak zone.


7.4 MS Report Formats & Codes

7.4.1 Pulse Formats

Name Rate (pps) ACK (Hz) Error Control ID Event A B

3 - 1 162 1

3 - 2 163 1

4 - 1 162 129 Double Round

4 - 2 163 129

3 - 1 162 65

3 - 2 163 65

4 - 1 162 193

1400

Checksum

4 - 2 163 193

3 - 1 162 17

3 - 2 163 17


4 - 2 163 145

3 - 1 162 81

3 - 2 163 81

4 - 1 162 209

Ademco

Slow 10

2300

Checksum

4 - 2 163 209

3 - 1 170 1

3 - 2 171 1


4 - 2 171 129

3 - 1 170 65

3 - 2 171 65

4 - 1 170 193

1400

Checksum

4 - 2 171 193

3 - 1 170 17

3 - 2 171 17


4 - 2 171 145

3 - 1 170 81

3 - 2 171 81

4 - 1 170 209

Silent

Knight

Fast

14

2300

Checksum

4 - 2 171 209

3 - 1 208 1

3 - 2 209 1


4 - 2 209 129

3 - 1 208 65

3 - 2 209 65

4 - 1 208 193

Franklin 20 1400

Checksum

4 - 2 209 193

3 - 1 208 17

3 - 2 209 17

4 - 1 208 145

Franklin 20 2300

Double Round

4 - 2 209 145



3 - 1 208 81

3 - 2 209 81

4 - 1 208 209 Checksum

4 - 2 209 209

3 - 1 82 17

3 - 2 83 17

4 - 1 82 145

Universal

High-

Speed

20 2300 Double Round

4 - 2 83 145

3 - 1 82 81

3 - 2 83 81

4 - 1 82 209

Universal

High-

Speed

20 2300 Checksum

4 - 2 83 209

3 - 1 120 1

3 - 2 121 1


4 - 2 121 129

3 - 1 120 65

3 - 2 121 65

4 - 1 120 193

Radionics 40 1400

Checksum

4 - 2 121 193

3 - 1 120 17

3 - 2 121 17


4 - 2 121 145

3 - 1 120 81

3 - 2 121 81

4 - 1 120 209

Radionics 40 2300

Checksum

4 - 2 121 209

7.4.2 TMF Formats


3 - 1 0 2

3 - 2 1 2


4 - 2 1 130

3 - 1 0 66

3 - 2 1 66

4 - 1 0 194

DTMF 1400

Checksum

4 - 2 1 194

3 - 1 0 18

3 - 2 1 18

4 - 1 0 146

2300

Double Round

4 - 2 1 146



3 - 1 0 82

3 - 2 1 82

4 - 1 0 210 Checksum

4 - 2 1 210

Contact

ID 0 230

1400 0 5 PAF™

2300

0 21

NPAF™ Call PIMA

support

P/N 4410251 XX, en, B (Nov-2007)

hunter-pro 896 system ver. 2.0 zones intruder alarm …

Documents