Pima

HUNTER-PRO SERIES MODELS 832, 8144

8-144 ZONES

Captain 8 8-16 ZONES

INTRUDER ALARM SYSTEMS

INSTALLATION GUIDE System version: ZA, 6.3x and up

I-PIMA - New iPhone App

2 Table of Contents

Table of Contents

1. Introduction ........................................................................................... 6 1.1 The Hunter-Pro Series models ................................................................................. 6 1.2 Hunter-Pro 8144 vs. Captain 8 ................................................................................. 6 1.3 Safety instructions ................................................................................................. 7 1.4 Technical Specs ..................................................................................................... 7 1.5 Power consumption ................................................................................................ 8 1.6 Signs in this guide .................................................................................................. 8

2. HUNTER-PRO Series ............................................................................... 9 2.1 Main features ........................................................................................................ 9 2.2 The control panels circuit ...................................................................................... 10

2.2.1 Terminals, connectors, jumpers & fuses ............................................................. 10 2.3 Battery jump-start ................................................................................................ 12

3. Connecting and Wiring ......................................................................... 13 3.1 Connecting zones .................................................................................................. 14

3.1.1 Common zone wiring ....................................................................................... 14 3.1.2 EOL resistor loops ........................................................................................... 14

2.3 Zone expanders wiring .......................................................................................... 14 3.2.1 Interfacing expanders & keypads on the BUS ...................................................... 15 3.2.2 Zone numbering guidelines ............................................................................... 16 3.2.3 Available number of expanders ......................................................................... 16 3.2.4 Expander's ID guidelines and setting ................................................................. 16 3.2.5 I/O-8N: remote 8 zone expander ...................................................................... 17 3.2.6 Powering the expanders with the PS-2 power supply ............................................ 18 3.2.7 I/O-16: remote 16 zone expander ..................................................................... 19 3.2.8 I/O-R: remote 8 relay expander ........................................................................ 20 3.2.9 I/O-WN .......................................................................................................... 21 3.2.10 Zone doubling ................................................................................................. 22 3.2.11 EXP-PRO UNIV: local 8 zone expantion card ........................................................ 23

3.3 RD-200 RFID reader .............................................................................................. 23 3.3.1 Wiring ............................................................................................................ 23 3.3.2 LED indications ............................................................................................... 24 3.3.3 Specs............................................................................................................. 24

3.4 KEY input and Key zones ........................................................................................ 25 3.4.1 KeySw zone types features ............................................................................... 25 2.4.3 FSK receiver ................................................................................................... 25

3.5 Sirens wiring ........................................................................................................ 26 3.5.1 AC sirens ........................................................................................................ 26 3.5.2 DC Sirens ....................................................................................................... 26

3.6 Relay ................................................................................................................... 26 3.7 Keypad (BUS terminals) ......................................................................................... 27

3.7.1 RXN-400/410 LCD Keypads .............................................................................. 27 3.7.2 Setting the keypads ID .................................................................................... 27

3.8 TMPR1/TMPR2 ...................................................................................................... 28 3.8.1 TMPR2 input as additional zone input ................................................................. 28 3.8.2 LED Keypad: RXN-9 ......................................................................................... 28

3.9 Telephone LINE/SET .............................................................................................. 29 3.10 AUDIO ................................................................................................................. 29

3.10.1 MIC-200 microphone ....................................................................................... 29 3.10.2 VU-20U Voice message module ......................................................................... 30 3.10.3 SMS-100 ........................................................................................................ 32 3.10.4 GSM-200 cellular communicator ........................................................................ 32

3.11 VKD4net .............................................................................................................. 33 3.12 TRV-100/TRU-100 ................................................................................................. 33

3.12.1 Installing the transmitters ................................................................................ 33 3.12.2 Transmitting in the second frequency ................................................................. 34 3.12.3 Setting the channels ........................................................................................ 35

Table of Contents 3

3.13 Backup battery ..................................................................................................... 35 3.14 AC power ............................................................................................................. 35

4. CAPTAIN 8 ........................................................................................... 36 4.1 Main features ....................................................................................................... 36 4.2 The PCB ............................................................................................................... 37

4.2.1 Terminals and connectors ................................................................................. 37 4.3 Connecting and Wiring ........................................................................................... 38

4.3.1 Zone wiring .................................................................................................... 39 4.3.2 Key zones and key fobs .................................................................................... 40 4.3.3 JP3 jumper ..................................................................................................... 40 4.3.4 Sirens wiring ................................................................................................... 40 4.3.5 Keypad wiring and ID ...................................................................................... 40 4.3.6 Telephone LINE/SET wiring ............................................................................... 40 4.3.7 MIC-200 Microphone ........................................................................................ 41 4.3.8 VU-20N/U Voice message module ...................................................................... 42 4.3.9 GSM-200 Cellular communicator ....................................................................... 43 4.3.10 Backup Battery ............................................................................................... 43 4.3.11 AC Power ....................................................................................................... 43

5. Programming Options .......................................................................... 44 5.1 The PRG-896 programmer ...................................................................................... 44 5.2 Local Upload/Download via the COMAX .................................................................... 44

5.2.1 Remote Upload/Download via the COMAX ........................................................... 44 3.2 Programming via LCD keypad ................................................................................. 45

5.3.1 Parameter sets ................................................................................................ 45 5.3.2 Factory default codes ....................................................................................... 45

5.4 The User menu ..................................................................................................... 45 5.4.1 The options when entering a user code .............................................................. 45

5.5 Express programming menu ................................................................................... 46

6. Programming the System ..................................................................... 47 6.1 The Installer menu ................................................................................................ 47

6.1.1 The navigation keys ......................................................................................... 47 6.2 Enhanced communication menu .............................................................................. 47 6.3 Key 1: System Installation ..................................................................................... 48

6.3.1 Service Provider and End of Service Date ........................................................... 48 6.3.2 Expanders ...................................................................................................... 48 6.3.3 Wireless setup ................................................................................................ 48 6.3.4 Keypads setup ................................................................................................ 49 6.3.5 I/O-R Expander settings ................................................................................... 49

6.4 Key 2: Zones ....................................................................................................... 50 6.4.1 Zone configuration .......................................................................................... 50 6.4.2 Zone Responses .............................................................................................. 50 6.4.3 Zone Sensitivity .............................................................................................. 51 6.4.4 Zone Name ..................................................................................................... 51 6.4.5 Partitioning ..................................................................................................... 51 6.4.6 Partitions name .............................................................................................. 51 6.4.7 Copy zone ...................................................................................................... 51

6.5 Key 3: Communication .......................................................................................... 52 6.5.1 MS 1 Options .................................................................................................. 52 6.5.2 Account numbers ............................................................................................ 53 6.5.3 Phone numbers ............................................................................................... 53 6.5.4 Communication Options ................................................................................... 54 6.5.5 Report codes 4X2 ............................................................................................ 56 6.5.6 GSM Transmitter ............................................................................................. 57 6.5.7 SMS Settings .................................................................................................. 58 6.5.8 The SERIAL output .......................................................................................... 58 6.5.9 Modem Call Back ............................................................................................. 59 6.5.10 Private dialer .................................................................................................. 59

4 Table of Contents

6.5.11 MS 2 Options .................................................................................................. 60

6.6 Advanced Programming ......................................................................................... 60 6.6.1 Choose provider .............................................................................................. 60 6.6.2 Cellular providers ............................................................................................ 61 6.6.3 The PSTN SMS center phones ........................................................................... 61 6.6.4 Network settings ............................................................................................. 61

6.7 Key 4: Timers, Counters ........................................................................................ 62 6.7.1 Entry/Exit delays ............................................................................................. 62 6.7.2 Output timers ................................................................................................. 62 6.7.3 AC report delay ............................................................................................... 63 6.7.4 Phone report delay .......................................................................................... 63 6.7.5 Burglary report delay ....................................................................................... 63 6.7.6 Soak test days ................................................................................................ 64 6.7.7 Double knock .................................................................................................. 64 6.7.8 Conditioned zones time .................................................................................... 64 6.7.9 Bypass limit time ............................................................................................. 64 6.7.10 False code ...................................................................................................... 64 6.7.11 Inactivity report .............................................................................................. 64

6.8 KEY 5: General Parameters .................................................................................... 65 6.8.1 First screen..................................................................................................... 65 6.8.2 Second screen ................................................................................................ 65 6.8.3 Third screen ................................................................................................... 66

6.9 Key 6: System Responses ...................................................................................... 67 6.10 Key 7: Outputs Configuration ................................................................................. 67

6.10.1 How to configure a physical output?................................................................... 67 6.10.2 The Output Types ............................................................................................ 68 6.10.3 Outputs partitions ........................................................................................... 69 6.10.4 Polarity and activation while disarmed ............................................................... 69 6.10.5 The "Ext. Siren" and "Int. Siren" outputs (Hunter-Pro only) .................................. 69 6.10.6 Outputs in expanders ....................................................................................... 70

6.11 Key 8: Full Programming ....................................................................................... 70 6.11.1 System defaults .............................................................................................. 70 6.11.2 Local download ............................................................................................... 71 6.11.3 Fast Load ....................................................................................................... 71

6.12 Key 9: Installer Code ............................................................................................ 71 6.13 Asterisk (*) Key: Fast Programming ....................................................................... 71 6.14 Key 0 (zero): Tests ............................................................................................... 72

6.14.1 Walk-Test ....................................................................................................... 72 6.14.2 Single Zone Test ............................................................................................. 73 6.14.3 Wireless Test .................................................................................................. 73 6.14.4 Set Soak zones ............................................................................................... 73 6.14.5 Outputs Test ................................................................................................... 73 6.14.6 Test MS dialer ................................................................................................. 74 6.14.7 Test MS GSM .................................................................................................. 74 6.14.8 Test MS Radio ................................................................................................. 74 6.14.9 GSM signal strength......................................................................................... 74 6.14.10 Network Statistics ........................................................................................... 75 6.14.11 Video ............................................................................................................. 75

6.15 Key #: Video ........................................................................................................ 75

7. Control Over the Phone ........................................................................ 76 7.1 Basic mode .......................................................................................................... 76

7.1.1 Basic telephone commands ............................................................................... 76 7.1.2 Example: Arming the panel .............................................................................. 77

7.2 Full Mode ............................................................................................................. 77 7.2.1 Examples ....................................................................................................... 78

8. General Topics ..................................................................................... 79 8.1 The keypad buttons functionality............................................................................. 79 8.2 Outputs & Output types ......................................................................................... 79

Table of Contents 5

8.3 System model & PCB version .................................................................................. 80 8.4 Partitions ............................................................................................................. 80

8.4.1 Examples ....................................................................................................... 81 8.5 Tip: how to locate an expanders zone ..................................................................... 83 8.6 RF interference prevention guidelines ...................................................................... 83 8.7 Online communication monitor ............................................................................... 83 8.8 Remote upload menu diagram (User menu) ............................................................. 84

9. Troubleshooting ................................................................................... 85 9.1 Restoring the default codes .................................................................................... 85 9.2 System faults ....................................................................................................... 85

9.2.1 Radio faults .................................................................................................... 87 9.2.2 Dialer faults .................................................................................................... 87 9.2.3 Incoming phone call faults ................................................................................ 87 9.2.4 Auto-arming faults ........................................................................................... 88 9.2.5 Zone alarm faults ............................................................................................ 88

10. Supplementary Products ...................................................................... 89

11. Index ................................................................................................... 90

Appendix A. Communication Formats & Codes .......................................... 91 A.1. Pulse (4-2) .......................................................................................... 91 A.2. DTMF (4-2) ......................................................................................... 91

Appendix B. Hunter-Pro Series installer menu screens ............................. 92 B.1. System Installation .............................................................................. 92 B.2. Zones ................................................................................................. 93 B.3. Communication .................................................................................... 94 B.4. Timers, Counters.................................................................................. 97 B.5. System Responses ............................................................................... 99 B.6. Output Configuration .......................................................................... 100 B.7. Full programming ............................................................................... 101 B.8. Tests ................................................................................................ 101

Appendix C. HUNTER-PRO Series Factory Defaults .................................. 103

Appendix D. CAPTAIN 8 Factory Defaults ................................................ 110

Default Codes

Master: 5555

Installer: 1234

6 Introduction

Hunter-Pro Series & Captain 8 Installation Guide

1. Introduction

This guide provides the installation, wiring and programming instructions for PIMAs intruder alarm systems, Hunter-Pro Series 832 & 8144, and Captain 8.

Both control panels are secured against radio-frequency (RF) interferences and electro-magnetic interferences (EMI).

1.1 The Hunter-Pro Series models

Feature

Hunter-Pro

832 8144

Zones (8 basic) 32 144

Users 32 144

Partitions 16 16

Wireless zones 24 32

Key fobs 24 24

Memory total of which non-volatile

500 250

999 512

1.2 Hunter-Pro 8144 vs. Captain 8

Peripheral/Feature Captain 8 Hunter-Pro 8144

System

Zones (includ. expanders) 16 144

Zone Doubling

Keypads 8 8

Partitions 4 61

Outputs of which onboard

12 2

58 7

Logged events of which non-volatile

160 128

055 250

Users 30 144

RFID tags 30 144

Expansion cards

EXP-PRO -

I/O-8N/PS 1 17

I/O-16/PS - 8

I/O-R 1 4

I/O-WN Wireless zones Key fobs

8 24

32 24

Introduction 7


1.3 Safety instructions

The Hunter-Pro 832/8144 and Captain 8 alarm systems have been registered in accordance with

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

Hazards of fire and electric shock exist in this alarm system. 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.

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

This alarm system should be used with 230VAC/110VAC, 50/60Hz, protected by anti-electric shock breaker. To prevent electric shocks and fire hazards, do NOT use any other

power source.

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

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

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

installed separately.

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

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

1.4 Technical Specs

Hunter-Pro 832/8144 Captain 8

Input voltage 14VAC/2A

Battery 12VDC, Up to 7.5 Ah

Operating

temperatures (C)

Control panel: -10 ~ +50

LCD keypad: 0 ~ +50 LED keypad: -10 ~ +50

Protection Single or double EOL resistor circuits

Continuous battery & telephone line monitoring DC sirens EOL resistor protection

Humidity 75% (non-condensed)

PCB outputs Relay: NO/NC 1A Open collector: 4, 100mA max

Bell/Siren outputs: 2 with

separate thermal fuses protection

Open collector: 2, 100mA max Bell/Siren outputs: 1

Serial output: RS-232

Communication Channels

PSTN: Telephone interface and communicator GSM: GSM-200 transmitter

SMS: SMS-100 module (via PSTN)

Ethernet: net4pro TCP/IP module

Radio: TRV/TRU-100: long range VHF/UHF transmitters

8 Introduction


1.5 Power consumption

Module Details

Hunter-Pro PCB 12VDC 80mA rms

Captain 8 PCB 12VDC 50mA rms

LCD keypad 12VDC 20mA rms

LCD keypad illuminating 12VDC 110mA rms

I/O-8N 12VDC 70mA rms

I/O-16N 12VDC 80mA rms

I/O-R 12VDC 130mA rms

EXP-Universal 12VDC 10mA rms

net4pro 12VDC 100mA rms

net4pro-i 12VDC 70mA rms

OUT-1000 12VDC 15mA rms

IO-WN 13VDC 100mA rms

GSM-200 13.8VDC 250mA rms

MIC-200 12VDC 5mA rms

TRU/TRV 13.8VDC 10mA rms

VU-20N/U 12VDC 45mA rms

RXN-400/410 13.8VDC 15-20mA rms

SMS-100 13.8VDC 20mA rms

OUT-1000 12VDC 15mA rms

VVR 12VDC 360mA rms

1.6 Signs in this guide

Warning

Note

Press briefly

Press and hold a key until confirmation beep is sounded

HUNTER-PRO Series 9


2. HUNTER-PRO Series

The Hunter-Pro Series has 2 models: 832 for 8-32 zones and 8144 for 8-144 zones.

The series is easy-to-use, hybrid and uses multi-communication channels. It offers complete panel integration with full-data channels such as: GSM/GPRS, SMS, TCP/IP, PSTN and Long-range radio.

Figure 1. Hunter-Pro Series PCB (Hunter-Pro P)

2.1 Main features

Hybrid system with up to 32/144 zones, of which up to 24 (in 832) and 32 (in 8144) can be wireless, using the I/O-WN module;

Support in up to 16 partitions;

Support in zone doubling of the 8 onboard zones;

Support in SMS over PSTN or GSM (requires the GSM-200 or SMS 100 modules);

Support in a new iPhone app that allows to remote control the Hunter-Pro series systems;

Support in RD-200 standalone RFID reader;

In the Users Option menu, a new menu allows entering the IP address and port number for connecting to the COMAX application for upload/download data.

Full remote control over the telephone, including activating the outputs;

Full supervision data of wireless zones;

Compatible with RDC & FSK radio transmitters;

Compatible with Visonic and FSK wireless key fobs;

Support in LCD, Graphic and LED keypads, including the RXN-416 LED keypad (version 6.04 & up) for programming;

Integrated communicator for telephone, radio, GSM/GPRS and IP;

Support in split and double reporting in the PSTN, GSM and GPRS channels;

Burglary setup prevention: limited bypass time, zone bypassing authorization, pre-alarm and more;

Reducing reoccurring reports: a fault occurring more than 5 times an hour will not be reported any more, unless the system is meanwhile armed or disarmed.

10 HUNTER-PRO Series


2.2 The control panels circuit

Diagram 1. The Hunter-Pro Series PCB

2.2.1 Terminals, connectors, jumpers & fuses

No. Terminal Description/Connected accessories

1. ZONES Z1-Z8 8 dry contact detector inputs. Loops can have one or two EOL (End of line) resistor supervision.

2. (+V)/(-)/AGND +: 12VDC power supply for detectors

-/AGND: Common

3. KEY Input for momentary or ON/OFF key switches and remote controls

4. SIRENS Ext., Int.

Terminals for connecting external and internal Sirens/horns. The terminals are protected by automatic thermal fuses, F2, F3. See more details in section 6.10.5, on page 69.

5. RELAY Output for triggering gates, spotlights, etc.

6. Smoke Fire, Smoke & Anti-Mask detectors reset output. To manually reset a detector, press [*] for 2 seconds

7. KEYPAD Input/output and power supply for keypads & expanders (BUS). The terminals are:

'+'/'-': 13.8 VDC; F4 thermal fuse protects the terminals

IN/OUT: Data

8. ALRM Transistor output. By default, the output is switched to (-) when an alarm is set off.

9. ON/OFF Transistor output. By default, the output is switched to (-) when the system is armed.

HUNTER-PRO Series 11


No. Terminal Description/Connected accessories

10. TMPR1/2 Tamper switche inputs. TMPR 2 input can instead serve as an input for additional zone (#9). See section 3.8.1, on page 28.

11. EGND Earth ground terminal, is to be used in places with severe electrical activity (abnormal levels of lightning or electrical discharge). Connect the terminal to metal cold water pipe or AC power outlet ground.

When using PIMAs transformer, earth ground is not required.

12. LINE Phone line input terminals

13. SET Answering machine, fax and telephone sets terminals

14. AUDIO IN, OUT, CONT

Input/output for the MIC-200 microphone, VU-20U1 voice module, GSM-200 cellular communicator & the SMS-100 module.

15. SERIAL Input for the net4pro network card, FSK radio transmitters and Smart Home systems.

16. Expansion Card Connector for the OUT-1000 & EXP-PRO UNIV local expanders

17. KEYPAD Connector for Technician keypad

18. TRANSMITTER Connector for the GSM-200 cellular communicator, the TRV/TRU-100 radio transmitters and the SMS-100 module.

The GSM-200 and the SMS-100 modules cannot be

installed together!

To connect a radio transmitter together with the GSM-200, use a special cable (P/N 3411058).

19. Backup battery Detachable lead-acid backup battery connector.

The contacts are: Red: (+); Black (-)

See the next section for jump-starting with a battery.

Inverting the battery wires will damage the PCB!

20. AC Detachable AC transformer connector

21. JP6 Sirens power source jumper - unregulated or battery

22. JP11 EOL resistor loops jumper

2.2.1.1 Current limit thermal fuses

F1: Detectors (750mA);

F2, F3: Siren #1 and #2 (0.9A);

F4: Keypads (750mA);

F7: Battery charger protection (200mA);

F5: PCB and battery high current Thermo-fuse (5A/250VAC) protection;

F6: PCB AC short Thermo-fuse (3.15A/250V) protection.

1 Only one of the two devices can be connected at a time.



2.3 Battery jump-start

Starting PCB version 3610100 Rev. E. of the Hunter-Pro, if the backup Batterys voltage drops under 65.0V for 30 minutes (during AC fault), the control panel disconnects it to prevent full battery discharge. This feature extends the battery life cycle.

Because of this, the control panel cannot be powered up using only the battery, and must be connected to AC voltage first.

When AC voltage is not available, do the following:

a) Connect the control panel to the Battery.

b) Momentarily connect the Batterys (-) terminal to the control panels (-) terminal.

c) The control panel will now power up.

Diagram 2. Battery jump-start

KEYPADTRANSMITTER

AC

JP1 JP2

Z1 Z2 Z3 Z4 - + Z7Z O N E S

Z5 Z6

BATT

(-)(+)

Hunter-pro

)-(

Short wire

Battery



3. Connecting and Wiring

Diagram 3. Hunter-Pro wiring diagram

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1



3.1 Connecting zones

The overall length of the BUS wires cannot exceed 500 meters. If a longer distance is required, refer to section 3.2.1, on page 15.

The BUS implements PIMA proprietary protocol.

IMPORTANT! Disconnect all power supply prior to installation!

3.1.1 Common zone wiring

Diagram 4. Zone wiring options

The zone state - Normally Open or Normally Close - is set in the Zone characteristics screen; see section 6.4.1.1, on page 50.

3.1.2 EOL resistor loops

To set a zone with one or two EOL resistor loops, refer to Zone characteristics screen, parameter E (see section 6.4.1.1, on page 50) and Key 5: General Parameters, first screen, parameter "2" (see section 6.8, on page 65).

3.2 Zone expanders wiring

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

Expander Description

EXP-PRO UNIV

Local 8 zone expansion card. The zones are always given the numbers 9-16. See more on section 3.2.4. The expansion card is connected to the PCBs Expansion Card connector.

I/O-8N Remote 8 zone expander with an onboard relay; It is connected to the panel over the BUS wires.

I/O-16 Remote 16 zone expander with an onboard relay; It is connected to the panel over the BUS wires.

I/O-WN 24 (in Hunter-Pro 832)/32 (in Hunter-Pro 8144) zone wireless expander. It also supports 24 key fobs.

I/O-R Remote 8 relay expander; see more on page 20.

Z1 Z2 Z3 Z4 Z5 (-)

N.O./N.C.,

2 EOL

Resistors

N.O.,

1 EOL

Resistor

N.C.,

1 EOL

Resistors

N.O. N.C.

A A A A A

TTTTT: Tamper

A: Alarm

R2 R1 R1 R1



3.2.1 Interfacing expanders & keypads on the BUS

PIMA's remote expanders has two terminal blocks for connecting to the BUS braid: "lower" and "upper", front look. Both has four terminals, numbered 1-4. When the BUS overall length is up to 500m, the connection is done via the "lower" terminals; see Diagram 5.

To extend the BUS over 500m, connect the first peripheral to the "upper" terminals, that serve as a buffer and enable to extend the BUS; see Diagram 6.

Diagram 5. One BUS, up to 500m

Diagram 6. Multiple BUSs, over 500m

BUS

Control panel

ExpanderKeypad

Keypad

Expander

Expander

Control panel

Expander

Keypad

Keypad

Expander

Expander

BUS #1

BUS #2

Expander



3.2.2 Zone numbering guidelines

Note the following:

Hardwired zones come before wireless zones.

Local expanders come before any other expander.

The expanders are numbered sequentially, in ascending order according to their ID.

3.2.3 Available number of expanders

832 8144

I/O-8N 3 (2)* 16 (15)*

I/O-16 1 8

* In the parenthesis: the number of expanders when the EXP-PRO UNIV is installed.

3.2.4 Expander's ID guidelines and setting

Follow the next guidelines when setting an ID:

Each expander must carry a unique ID.

The IDs must be set in sequence. Note that the I/O-16 takes 2 consecutive IDs, e.g., if the ID is set to 3, the next available ID is 5, and not 4; see the next table.

Card Card Card

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

ID: #1 IDs: #2 & #3 ID: #4

The ID is set by a dip-switch on the keypads PCB. The next figure demonstrates the ID options. To set the number of expansion cards, refer to section 6.3.2.

ID

Setting

ID

Setting

Diagram 7. Dip-switch number setting

3.2.4.1 Examples for expanders and zone numbering

Expander + EXP-PRO UNIV W/O EXP-PRO UNIV

I/O-8N (8 zone) Zones #17-24 Zones #9-16

Two I/O-8N (16 zone) Zones #17-32 Zones #9-24

Two I/O-16 (32 zone) Zones #17-48 Zones #9-40

1 2

3 4

1

ON

DIP

ON

DIP

2 3

ON

DIP

4 5

ON

DIP

ON

DIP

6 7 8

ON

DIP

ON

DIP

ON

DIP

9

ON

DIP

ON

DIP

10 11 12

ON

DIP

ON

DIP

ON

DIP

13 14 15 16

ON

DIP

ON

DIP

ON

DIP

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4

1 2

3 4



3.2.5 I/O-8N: remote 8 zone expander

Diagram 8. I/O-8N zone expander

EO

L lo

op

s ju

mp

er

(K

):

S-

10

/10

, 1

0/1

3

C-

5.1

/6.8

Pa

ralle

l

co

nn

ectio

n

Zo

ne

in

pu

ts,

GN

D (

-)

Re

lay

Ca

rd I

D D

IP s

witch

A b

uff

er

for

exte

nd

ing

th

e

BU

S o

ve

r 5

00

m

To

exte

rna

l

TA

MP

ER

sw

itch

PS

-2 P

ow

er

su

pp

ly in

pu

tT

AM

PE

R s

witch

+1

2V

BU

S

RU

NMA

ST

ER

D

AT

A

FA

IL

12

34

56

78

+

NC C NO

+

TMP(-) (+) (IN)(OUT)

1 2 3 4

PO

WE

R S

UP

PL

Y

TE

CH

KE

YP

AD

I/O

-8N

Te

ch

nic

ian

ke

yp

ad

BUFFER

IN

ON

1 2 3 4

+1

2V

3 (

OU

T)

4 (

IN)

2 (

+)

1 (

-)

S

C

JP

1



3.2.5.1 I/O-8N & I/O-16 LED indications

LED Status Status

RUN (Green(

Illuminating Power on

OFF Power off

MASTER DATA (Red(

Blinking Data transfer

Illuminating Communication fault; see the Fail LED for information.

OFF

FAIL (Red)

1 blink pattern Data error

2 blinks pattern Communication fault - see the keypads display

3 blinks pattern The module is not set in the control panel

4 blinks pattern General/Fatal error. Occurs when no transmission is received for one minute

3.2.6 Powering the expanders with the PS-2 power supply

PIMA expanders have a Power supply connector, for connecting the PS-2 power supply as a power source, instead of the BUS power source.

Note that when using the PS-2, the BUSs (+) wire is NOT connected; see the next diagram.

Diagram 9. Zone expander with the PS-2 power supply

Control panel

Expander

PS-2

BUS

KEYPAD- + IN OUT1 2 3 4

BATT

AC OK

LOW BATT

+13.8v

+

GND

TM

P)-

()

+((IN

)(O

UT)

1 2

3 4

POWER SUPPLY

BU

FFE

R

(+) wire is not

connected



3.2.7 I/O-16: remote 16 zone expander

Diagram 10. I/O-16 zone expander

RU

NMA

ST

ER

D

AT

A

FA

IL

12

34

56

78

+

NC C NO

+

TMP(-) (+) (IN)(OUT)

1 2 3 4

PO

WE

R S

UP

PL

Y

TE

CH

KE

YP

AD

I/O

-16 9

10

11

12

13

14

15

16

BUFFER

IN

ON

1 2 3 4

+ + + +

12

V

Re

lay

Te

ch

nic

ian

ke

yp

ad

(-)

+1

2V

A b

uffe

r fo

r

exte

nd

ing

th

e

BU

S o

ve

r 5

00

m

To

exte

rna

l

TA

MP

ER

sw

itch

PS

-2 P

ow

er

su

pp

ly in

pu

tT

AM

PE

R s

witch

3 (O

UT

)

4 (

IN)

2 (

+)

1 (

-)

S C

JP

1

(-)

Zo

ne

in

pu

ts, G

ND

(-)

BU

S

EO

L lo

op

s ju

mp

er

(K

):

S-

10

/10

, 1

0/1

3

C-

5.1

/6.8

Pa

ralle

l

co

nn

ectio

n

Ca

rd ID

DIP

sw

itch



3.2.8 I/O-R: remote 8 relay expander

Diagram 11. I/O-R relay expander

8 R

ela

y term

inals

(N

.C., C

OM

, N

.O.)

(-)

RELAY

I/O

-R

OU

T

RELAY

RELAY

RELAY

RELAY

RELAY

RELAY

RELAY

IN

RU

NMA

ST

ER

D

AT

A

FA

IL

TMP)-( )+( (IN)(OUT)

1 2 3 4

PO

WE

R S

UP

PLY

TE

CH

KE

YP

AD

BUFFER

+ + + +

+12V

CO

M

1N

CN

ON

CN

ON

CN

ON

CN

ON

CN

ON

CN

ON

CN

OC

OM

2C

OM

3C

OM

4C

OM

5C

OM

6C

OM

7C

OM

8N

ON

C

Tam

per

sw

itch

Technic

ian k

eypad

Card

ID

DIP

sw

itch

ON

1 2 3 4

(-)

Para

llel

connection

BU

S

A b

uffer

for

exte

ndin

g the

BU

S o

ver

500m

3 (O

UT

)

4 (

IN)

2 (

+)

1 (-

)

Boxs

tam

per

sw

itch

PS

-2 P

ow

er

supply

input



3.2.9 I/O-WN

The I/O-WN is an integrated wireless module for adding wireless zones. See section 3.2.9 for more details. It interfaces the system's BUS wires.

I/O-WN

Control Panel

1 -V -

2 +V +

3 OUT IN

4 IN OUT

Diagram 12. I/O-WN wiring

For further information on the I/O-WN, refer to its installation guide (P/N 4410208).

3.2.9.1 I/O-WN LEDs

LED Indication Status

RUN (Green)

Operation and voltage supply

Illuminating OK

Off Voltage supply fault

Flashing Card voltage fault

DATA (Red)

Communication

Illuminating Communication fault; see the Fail LED for information. Off

Flashing OK

RX (Red)

Reception Illuminating No reception

Flashing Reception OK

VALID (Green)

Registering the module

Off Signal has not been acquired

Flashing Signal has been acquired

FAIL (Red)

The control panel

1 blink pattern Valid frame is not received from the panel

2 blinks pattern ACK is not received from the panel

3 blinks pattern The expander is not programmed

4 blinks pattern General/Fatal error. Occurs when no transmission is received for one minute

3.2.9.2 Wireless Faults Display

In Fast display mode

Wireless accessories faults. For example: zone #7 (tamper) is open, no supervision signal is received from zone (detector) #14, low battery in zone #17.

4

1-V

2+V

3

I/O-WN

BUS

1 2 3 4OUTKEYPAD

IN+-

Control panel



Zone Letter Fault

7 F Wireless zone; detectors tamper is open

14 V Supervision

17 L Low battery

When the display is set to Fast Display and a battery, tamper or supervision fault occur, the display is automatically change to Open Zones Scan. When all the faults are resolved the fast display returns.

3.2.9.3 In Scan Open Zones display mode

Following are examples for the wireless receiver faults:

Display Fault

Communication fault with the I/O-WN receiver

I/O-WNs tamper is opened

Tamper open, zone #14

Low Battery, zone #19

No supervision signal, zone #35

The W/L Receiver Failure appears when trying to program the I/O-WN although the receiver is not programmed in System Installation (see section ).

3.2.10 Zone doubling

The 8 onboard zone inputs can be used to connect additional 8 zone inputs, to include 16 zones in total, 2 per input. To distinguish between every pair of zones, 2 different resistors (10k and 5.1k; see the next diagrams) must be installed for each pair.

To use zone doubling, connect zones #1 and #9 to Z1 terminal, zones #2 and #10 to Z2 terminal, and so on.

Zone doubling can only be used when no expander is connected to the system

Diagram 13. Zone doubling wiring

2 JUL 07 13:10Wireless Unit

1 JUL 07 03:00W/L Unit Tamper

5 JUN 07 14:20FL: Zone 14

5 JUN 07 14:25LB: Zone 19

7 OCT 07 16:32SV: Zone 35

W/L Recvr. failENTER/NEXT/END

Zone #1

Z1 Z2 Z3 Z4 - + Z7Z O N E S

Z5 Z6

Zone #9

R1

R2

Z1 Z9

R1: 10K 1/4 w

R2: 5.1K 1/4 w

Z1 Z2 Z3

1 2

Z2 Z10

1 2

Z3 Z11

1 2



3.2.11 EXP-PRO UNIV: local 8 zone expantion card

1. Mount the card inside the systems case, above the PCB, using the 2 supplied screws.

2. Connect the supplied flat cable between the card and PCBs Expansion Card socket (see the following figure).

3. To configure the EXP-PRO UNIV, refer to section 6.3.2.

Diagram 14. Connecting the EXP-PRO UNIV

3.3 RD-200 RFID reader

RD-200 is a standalone RFID (Radio Frequency Identification) proximity reader; the reader can be connected to the HUNTER-PRO Series systems and be used to arm the control panels to all arming modes, and disarm it.

The reader interfaces with the panel over the BUS braid.

The RD-200 cannot be used to arm/disarm partitions, since it's ID is set to zero!

3.3.1 Wiring

Connect the RD-200 to the control panel as described in the next table and diagram.

KEYPAD terminals

RD-200 Tamper switch

1 - Brown PCB RD-200

2 + Red TMPR1 White

3 IN Orange GND (-) Black

4 OUT Yellow

EXP-PRO UNIV

EXPANSION CARD SERIALKEYPADTRANSMITTER

U3

JP1 JP2 JP4

JP

3

F5A

HUNTER-PRO P

Z16

Z15

Z14

Z13

GND (-)

12V (+)

1 2 3

JP2JP3Z9

Z10

Z11

Z12

GND (-)

12V (+)

Flat cable

Zones Zones

Do not change the

jumpers state



Diagram 15. RD-200 wiring

3.3.2 LED indications

The RD-200 has 3 LEDs: Red, Yellow & Green. Each LED blinks during the Exit delay time of the arming mode it indicates on, and illuminates when the panel is armed to that mode. See the next table for details.

LED Arming mode Blinking Illuminating

Red Full Exit delay in progress

Armed Yellow

Home 1 Slow: exit delay in progress

Fast: one or more zones are open (the panel is disarmed)

Green Home 2 Exit delay in progress

3.3.3 Specs

Operating voltage: 12V

Current consumption: 18ma~25ma

RFID standard: EM-4100

3.3.3.1 Environmental requirements

Humidity: 75%, relative, non-condensed;

Temperature: ~ -10 +45 oC



3.4 KEY input and Key zones

Connect the key switch/key fob between the KEY terminal and GND (-).

The KEY terminal serves as an input for key switches and key fobs. In addition, starting system version 6.23, three new zone types were added:

1. KeySw Arm activating a key switch will arm the system to full mode;

2. KeySw Home 1 / KeySw Home 2 activating a key switch will arm the system to Home 1 or Home 2 modes.

These zone types preserve most of the KEY input functions. See details ahead.

As any zone type, the Key zone types can be allocated per partition. The KEY terminal and the KeySw zones can be triggered by momentary (default) or two state (toggle) keys. See section 6.8, on page 65.

Diagram 16. Key switch wiring

3.4.1 KeySw zone types features

Can only be used for arming and only with a key switch/fob;

Can only be used for arming;

Can be hardwired (include. zone doubling) or wireless;

Triggering these zones cannot be indicated by the keypad chime;

When in test mode (soak), triggering these zones isnt reported to the Monitoring Station;

Can be bypassed;

Can be set as Normally open/close;

Can be EOL resistor supervised;

Cannot trigger any output type;

When arming via a Keyswitch zone, the exit delay countdown is displayed only on addressable keypads;

SMS reports on arming via a Keyswitch zone do not contain the zone name;

The log displays only the first 8 characters of Keyswitch zone names;

Automatic zone bypassing is not affected when arming via Keyswitch zones;

Zone sensitivity or responses do not affect Key Switch zones;

3.4.2 FSK receiver

To use FSK key fobs, connect FSK receiver to the BUS, or directly to KEYPAD terminals; see the programming instructions in section 6.3.2, on page 48.

When connecting FSK receiver the net4pro card cannot be used.

Control Panel

Key switch

)-(- + KEY - Int

SIRENSExtZ8

(-)KEY



3.5 Sirens wiring

Use either DC or AC sirens. The two types cannot be connected simultaneously!

Note that activating the external siren always activates the internal one.

Diagram 17. Sirens wiring diagram

3.5.1 AC sirens

AC sirens are mostly horn or 8 speakers, driven by the control panels built-in oscillator. They can sound two different tones; see section 6.4.2, on page 50.

1. Connect AC sirens between the SIREN Ext. or Int. terminals and GND (-); see the next diagram.

2. In the General Parameters menu, set D - DC Siren to - (see section 6.8.1, on page 65). This will set the siren as AC.

3.5.2 DC Sirens

DC sirens can be bell or any other high-current device with internal oscillator. The control panel supplies 1.1A for activation only, and only in the SIREN terminals.

1. Connect DC sirens between the SIREN Ext. or Int. terminals and GND (-); see the next diagram.

2. In the General Parameters menu, set D - DC Siren to + (see section 6.8.1, on page 65). This will set the siren as DC.

To supervise DC sirens and eliminate noises, install 1k transistor between the siren's internal terminals.

The following table describes the sirens installation and programming options:

Siren Type Parameter D in General Parameters menu (#5)

DC Set to + AC Set to -

3.6 Relay

Relays can be activated when the alarm is set off, or any other event occurs, or when the Relay code is entered (refer to the Hunter-Pro Series User guide) via one of the keypads or via the phone.

To program the relay trip time, refer to section 6.7.2, on page 62.

KEY - Int CSIRENS

Ext N.O

AC

siren



Diagram 18. The Relay terminals

3.7 Keypad (BUS terminals)

The KEYPAD terminals are used for connecting the 4 BUS wires. Zone expanders, keypads and other peripherals interface the control panel over the BUS braid.

The KEYPAD/BUS terminals are (-), (+), (IN) & (OUT). To make connection easy, these terminals/wires are numbered 1-4, both in the control panel and in the expanders, so #1 terminals on both ends are connected together, and so the other wires.

Up to 8 keypads can be connected to the Hunter-Pro system ,supervised or not.

The BUS's "+" wire must be separated from any other "+" wire

3.7.1 RXN-400/410 LCD Keypads

Diagram 19. LCD keypad wiring

Keypad Control Panel

1 - 6 -

2 + +3

3 OUT 3 IN

4 IN 4 OUT

3.7.2 Setting the keypads ID

The keypad's ID is set using a jumper on the PCB. To set the ID:

1. Open the keypads back cover:

a) Unfasten the screw at the bottom of the keypad.

b) Insert a flat screwdriver into the two holes to the sides of the screw and gently remove the cover; see the next figure.

2. Short JP1s pins 1 & 2; the message onscreen should say: Enter new ID: X.

3. Enter the new ID number - 1-8;

4. Short JP1s pins 2 & 3;

5. Repeat the process with any other keypad. Note, that each addressable keypad must have a unique ID and that the IDs must be consecutive and in ascending order.

6. If keypad supervision is not required, the keypad's IDs should be left zero.

KEYPAD

1 2 3 4- + IN OUT

1

2

3

4

(-)

(+)

(OUT)

(IN)

Keypad

Control panel

BUS



Diagram 20. LCD keypad PCB and wiring

3.8 TMPR1/TMPR2

Connect tamper switches between the TMPR1/TMPR2 terminals and GND (-); see the next diagram. Note that the control panel cases tamper switch is connected to TMPR1 terminal.

TMPR2 input can be programmed to serve as additional zone (#9); see next sub-section.

To use the TMPR inputs with EOL loops, refer to section 6.8.1, on page 65.

Diagram 21. Tamper switches wiring

3.8.1 TMPR2 input as additional zone input

This feature can only be used if no expander is connected to the panel. It is set in the General Parameters - First Screen menu ; see page 65.

3.8.2 LED Keypad: RXN-9

RXN-9 is a 9 zone LED keypad. It can control any number of zones, but display only zones 1-9. When using partitions, if more then 9 zones are in use, the keypad will not display zones 10 and above, but will only serve to arm and disarm them.

The RXN-9 is connected to the BUS like any keypad and can be supervised too;

To set the keypad ID:

1. Remove the keypads backplate.

2. Place the JP1 jumper on the left 2 pins.

3. Enter the new ID, 1-8; the key should illuminate briefly.

4. Return the jumper to the 2 right pins;

5. Replace the backplate.

Figure 2. RXN-9 keypad

RJ-11 socket

Control panel4 ( I N )3(OUT)

2 ( + )

1 ( - )

JP1PROGRAMMING

BUS

1

KEYPAD1 2 3 4- + IN OUT

ID jumper

Removable

terminal block

Tamper switch

Control Panel

TMPR2TMPR1ON/OFFALRMZ8 - + KEY - Int C Smoke

RELAYSIRENS KEYPADExt N.O

-- + IN OUT1 2 3 4N.C



Diagram 22. RXN-9 PCB connection diagram

Control panel RXN-9

1 - 1 -

2 + 2 +

3 IN 3 OUT

4 OUT 4 IN

3.9 Telephone LINE/SET

LINE: connect a telephone line directly to the LINE terminals. This will give the control panel priority when initiating a phone call.

SET: connect telephone sets, answering machine, etc., to the SET terminals. When the control panel initiates a phone call (or receives one), these terminals are temporarily disconnected.

Diagram 23. Telephone LINE/SET wiring

3.10 AUDIO

3.10.1 MIC-200 microphone

1. Connect the MIC-200 to the AUDIO terminals as described in the next table and diagram.

2. In the "Output configuration" menu, set the AUDIO output polarity to + (see section 6.10.4, on page 69).

Note that the MIC-200 is supplied without wires.

MIC-200 Control panel

CON AUDIO CONT

OUT AUDIO IN

(-)/(+) (-)/(+)

Control Panel RXN-9

JP1

OU

T IN

1

BUS

KEYPAD- + IN OUT1 2 3 4

1 2 3 4

- +

Telephone line

Telephone/Fax

CO

NT

INO

UT

LIN

SE

TA

UD

IO

AG

ND

EG

ND

E

Z8 - +

MIC-200

Control panel

Zones voltage



Diagram 24. MIC-200 wiring

3.10.2 VU-20U Voice message module

The VU-20U is a voice message recorder, that enables to play up to 2 messages via the phone, when the alarm is set off.

3.10.2.1 Single message wiring

To use the VU-20U for a single message:

1. Connect the Green wire (M1) to any output and set the output to be triggered by the "Audio control" output type (including in zone expanders); see section 6.10.2, on page 68.

2. Connect the +/- wires to the control panel's zones voltage.

3. Connect the Blue wire to the control panel's AUDIO IN terminal.

4. The Yellow and white wires are not in use.

Diagram 25. VU-20U single message wiring

3.10.2.2 Single message setting

To set a single message:

1. In the "Output configuration" menu, select the output to which the VU-20U will be connected to and triggered by; see section 6.10.2, on page 68.

2. Set the "Audio control" (or any other) output type to trigger the output.

3. Set the output partitions.

4. Set the output's polarity ("P") to (-).

AUDIO IN

Control panel

Blu

e

Re

d

Bla

ck

Gre

en

Ye

llow

Au

dio

VU-20U

Wh

ite

M1

M2

CO

NT

+1

2V

GN

D

To any output

CO

NT

INO

UT

AU

DIO

AG

ND

Z7 Z8 - +Z O N E S

Z5 Z6



5. In the "Zone responses" menu, set the zone type/s to trigger the audio device when violated, by setting parameter "M" to +; see section 6.4.2, on page 50.

6. Set the control panel to play the voice massage instead of the alarm sound, when it calls the end user: in the Communication Options menu, set V Voice unit to +; see section 6.5.4, on page 54.

3.10.2.3 Two message wiring

1. Connect the Green wire (M1) to the first output (including in the zone expanders).

2. Connect the Yellow wire (M2) to another output.



Diagram 26. VU-20U two message wiring

3.10.2.4 Two message setting

To use the VU-20U for two messages, the panel must be set with two partitions: each partition will trigger a different message; see section 6.4.5, on page 51 for instructions.

To set the messages:

1. In the "Output configuration" menu, select the two outputs to which the VU-20U will be connected to and triggered by; see the programming diagram on section 3.12.3.

3 ENTR ENTRNEXT X3

Communication

ENTER/NEXT/END

Commun. Options

ENTER/NEXT/END

PTLLTAVDRPOSD

+---+-+++-+--ENTR END

AUDIO IN

Control panel

Blu

e

Re

d

Bla

ck

Gre

en

Ye

llow

Au

dio

VU-20U

Wh

ite

M1

M2

CO

NT

+1

2V

GN

D

CO

NT

INO

UT

AU

DIO

AG

ND

Z7 Z8 - +Z O N E S

Z5 Z6

M1: to the first output

M2: to the second output



2. Set the "Audio control" (or any other) output type to trigger the outputs.

3. Set each output's partition/s in the Part. For Out screen. You must set a different partition for each output, i.e., the same partition cannot trigger both messages.

4. Set the outputs' polarity ("P") to (-).

3.10.3 SMS-100

To connect the SMS-100 module to the control panel, see the next diagram and table.

Diagram 27. SMS-100 wiring diagram

SMS-100 Control Panel

P1-Yellow AUDIO IN

P2-Orange AUDIO OUT

3.10.4 GSM-200 cellular communicator

The GSM-200 cellular module can serve both as a main or backup communication channel.

It connects integrally at the control panel case. See the figure in section , on page .

See mounting guidelines in section 8.6, on page 83.

Figure 3. The GSM-200 PCB and mounting holes

SMS-100

Yellow

Control panel

Orange

TRANSMITTER

JP1 P2

P1

A o

ut

A in

JP

1

AUDIO OUT

AUDIO IN

GSM-200

Control panel cases top side



Diagram 28. GSM-200 wiring diagram

GSM-200 AUDIO

Yellow IN

Orange OUT

3.11 VKD4net

The VKD4net is a software/ hardware solution that enables the end user to remotely connect and fully control his/her alarm system from a computer/laptop.

It is made of PIMAs net4pro-i network card and a syncing

Diagram 29. VKD4net connection diagram

component on the control panel side, and a virtual keypad application that is installed on a remote computer.

The use of the VKD4net requires either a static (fixed) IP address on both the control panel and the remote PC, or a URL supplied by a DDNS service1. In both ways, the router on the end user side must be set to enable Port Forwarding.

3.12 TRV-100/TRU-100

The TRV/TRU-100 are long range VHF/UHF radio transmitters with 2 optional frequencies.

See the mounting guidelines in section 8.6, on page 83.

3.12.1 Installing the transmitters

1. Mount the control panel's metal box on a stable surface or wall.

2. Fasten the transmitters base screws to the control panel's box, in the designated holes; see the next diagram. Make sure the screws are tightened, or the transmission range might be reduced.

1 See en.wikipedia.org/wiki/Dynamic_DNS

Orange Yellow

AUDIO OUT

AUDIO IN

GSM-200

TRANSMITTER

Control panel

TRANSMITTER

BATT

VKD4net

Internet

Virtual keypad

application

Hunter-Pro



Diagram 30. TRV/TRU-100 mounting holes

3. Connect the antenna to the transmitter. Verify that the antenna is straightened.

4. Verify that the supplied 5 wire cable is firmly attached to the transmitters Molex terminal (labeled To the system).

5. Connect the other end of the cable to the TRANSMITTER connector on the control panel.

Diagram 31. Connecting the TRV/TRU-100

3.12.2 Transmitting in the second frequency

1. Connect one end of the supplied 2 wire cable to the transmitters F2 Molex socket.

2. Connect the other end of the cable to the control panel, depending on the desired transmitter mode of operation:

a. To transmit only in the second frequency, connect the cable to GND (-);

b. To use the channel on specific event types (e.g. Special Burglary 1 alarms), connect the trigger wire between F2 and an output terminal on the control panel and set a proper output type to trigger it (see section 6.10.2, on page 68).

GSM-200TRV/TRU-100

Control panel cases top side

TRV/TRU-100

Control Panel

To the

SystemF2 Program

TRANSMITTER

Second channel triggering wire.

Connect it to (-) or to a triggering output

1



3.12.3 Setting the channels

Setting the channels is done via the COMAX upload/download application. See the application's user guide for details. To connect the transmitter, see the next diagram.

Diagram 32. Connecting the radio transmitters to the COMAX

3.13 Backup battery

The control panel is backed up by a rechargeable 12V Lead-Acid battery. The battery is tested continuously. When a test fails, it triggers various responses according to the programming. See section 6.8.3 for details.

To protect the battery from deep discharging in case of a long AC failure, when the battery voltage reaches 10.5v, the control panel sends a "Low battery" report to the CMS. 30 minutes later a Keypad Not Connected error is displayed on all the LCD keypads and the panel becomes idle until AC power is restored.

When power is restored, the panel reports it within 15 minutes.

See section 2.3 for battery startup instructions.

3.14 AC power

Connect the control panel's AC terminals to 16V AC transformer. Using an Ohm meter, check for continuity between the grounding holes on the PCB, and the outlet grounding. The resistance must not exceed 1 Ohm.

1. A current limiting device, such as circuit breaker or fuse, must be

connected in serial with the power cord.

2. The PCB must be grounded to earth.

3. The panel cannot be activated without AC power; see section 2.3,

on page 12.

TRV/TRU-100

To the

SystemF2 Program

1

COMAX

DPU

USB

cable

Molex

cable

36 CAPTAIN 8


4. CAPTAIN 8

Captain 8 is a new 8-16 zone improved model of PIMA Captain 6 intruder alarm system.

Captain 8 User and Installer menus were adopted from PIMA successful Hunter-Pro Series systems.

Figure 4. Captain 8 PCB (PIMA-8)

4.1 Main features

Hybrid system hardwired and wireless expander (I/O-WN) zones;

The 8 onboard zones can be expanded to 16 by either:

Zone doubling;

Adding the I/O-WN;

Adding the I/O-8N 8 zone remote expander;

Users: up to 30;

Partitions: up to 4;

Addressable keypads: up 8;

RS-232 channel;

PSTN DC monitoring;

Available extansions:

SMS-100 communicator;

net4pro network card;

RFID tags (via the RD-200);

I/O-R relay expander;

CAPTAIN 8 37


4.2 The PCB

Diagram 33. Captain 8 PCB

4.2.1 Terminals and connectors

No. Terminal Description/connected peripheral

1. Z1-Z8 8 dry contact detectors input terminals. The loops can have 1 or 2 EOL (End-Of-Line) resistors.

2. (+V)/(-) Zones voltage supply

3. SMOKE Fire, smoke & anti-mask detectors terminal

4. PGM Auxiliary output that can be disconnected or switched to GND, when an alarm is set off.

5. SRN Output for connecting up to 2 sirens (with or without internal driver) in parallel. F1 thermal fuse protects this output.

6. KEYPAD I/O and voltage terminals for the system's BUS wires. Keypads, expanders and other peripherals interface the control panel over the BUS. The terminals are: -1/+2: 13.8 VDC power supply; thermal fuse F4 protects

the terminals; 3IN/4OUT: Data.

7. AUDIO IN, OUT, (-) MIC-200 microphone & VU-20U voice module audio terminals.

Only one of the two modules can be connected at a time.

8. TELEPHONE LINE Telephone line

9. TELEPHONE SET Answering machine, fax and telephone sets

10. KEYPAD Technician keypad

11. SERIAL RS-232 terminal; is used for connecting the VVR and net4pro

12. TRANSMITTER GSM-200 cellular communicator, TRV/TRU-100 radio

-

AC

BATT

U11

TRANSMITTERPIMA-8

JP3

F3

+V

KEYPAD

10

15

12SERIAL

11

13

14

Z1 Z2 Z3 Z4 Z5 Z6Z O N E S

+V SMOKE PGM SRNOUTPUTS

-1KEYPAD

OUT LINE

TELEPHONESET-

AUDIOIN

F2Z7 Z8 2 3 4+ IN OUT - EGND- +

1 2 3 4 6 7 8 22 5 9

F1

P/N

3610105 R

ev. C

38 CAPTAIN 8


No. Terminal Description/connected peripheral

transmitters and SMS-100 module.

The GSM-200 and the SMS-100 cannot be installed together!

To connect a radio transmitter together with the GSM-200, use a special cable (P/N 3411058).

13. Backup battery cables

The battery is a rechargeable lead-acid battery. The contacts are: Red: Positive; Black: Negative.

See section 2.3 for battery jump-start.

Inverting the battery wires will damage

the PCB!

14. AC 13.8v transformer input

15. JP3 jumper Is set according to the EOL loops (see section 4.3.3, on page 40)

4.2.1.1 Fuses

Fuse Protects the...

F1 Siren power supply (0.9A)

F2 Keypads and detectors power supply (750mA)

F3 Battery

4.3 Connecting and Wiring

The overall length of the wirings connected to the BUS cannot exceed 500

meters. If longer distance is required, see section 3.2.1, on page 15).

The BUS uses PIMA proprietary protocol.

IMPORTANT! Disconnect all power supply before installation!

CAPTAIN 8 39


Diagram 34. Captain 8 wiring diagram

4.3.1 Zone wiring

Captain 8 wiring is similar the Hunter-Pro's; see section 3, starting page 13.

Fa

x,

an

sw

erin

g

ma

ch

ine

, te

lep

ho

ne

sM

IC-2

00

, V

U-2

0U

,

GS

M-2

00

Vo

ice

Te

lep

ho

ne

line

-in

(-)

Sire

ns

Le

ad

Acid

Ba

tte

ry

Wa

rnin

g.

Hig

h v

olta

ge

!

Dis

co

nn

ect A

C p

ow

er

an

d te

lep

ho

ne

lin

e p

rio

r to

se

rvic

ing

+

RE

D

-B

LA

CK

14-1

6V

AC

22 JUL 11 22:40

--_----FB__--A-_

4 (IN)

3 (OUT)

2 (+)

1 (-)

BU

S

To

Exp

an

de

rs

& K

eyp

ad

s

(+)

To

zo

ne

inp

ut

Fire

/Sm

oke

De

tecto

rZ

1Z

2Z

3Z

4Z

5(-

)

N.O

./N

.C.,

2 E

OL

Re

sis

tors

N.O

.,

1 E

OL

Re

sis

tor

N.C

.,

1 E

OL

Re

sis

tors

N.O

.N

.C.

AA

AA

ATT

TT

T: T

am

pe

r

A: A

larm

R2

R1

R1

R1-

ACBA

TT

U1

1

TR

AN

SM

ITT

ER

PIM

A-8

JP

3

F3

+V

KE

YP

AD10

15

SE

RIA

L

Z1

Z2

Z3

Z4

Z5

Z6

Z

O

N

E

S

+V

SM

OK

E P

GM

SR

N

OU

TP

UT

S-

1K

EY

PA

D

OU

TL

INE

TE

LE

PH

ON

E

SE

T-

AU

DIO IN

F2

Z7

Z8

23

4+

INO

UT

-E

GN

D+

F1

P/N 3610105 Rev. C

De

tach

ab

le

TR

V/T

RU

-10

0,

GS

M-2

00,

SM

S-1

00

VV

R,

ne

t4p

ro,

Ho

me

au

tom

atio

n

40 CAPTAIN 8


4.3.2 Key zones and key fobs

See section 3.3, on page 23 for details.

Diagram 35. Key wiring

4.3.3 JP3 jumper

The JP3 jumper is set according to the EOL resistor loops; see the next table.

EOL resistors

Values Short JP3 pins

10k, 13k 1-2

10k, 10k 2-3

5.1k, 6.8k No jumper

4.3.4 Sirens wiring

4.3.4.1 Speaker/Horn

Connect the sirens between the SRN (-) and (+) terminals, as seen in the next diagram.

Diagram 36. Horn (speaker siren)

4.3.5 Keypad wiring and ID

See section 3.7, starting page 27.

4.3.6 Telephone LINE/SET wiring

1. Connect the telephone line to the LINE terminals.

2. Connect telephone set/fax machine/answering machine to the SET terminals.

GND

N.O.

N.C.

R=10K

Control panel

RR

Key switch

(-)

KEY

Z O N E S

- Z1 Z2 Z3 Z4 Z5 Z6 Z7 Z8

R

Control panel

Sirens

SRN- +

CAPTAIN 8 41


Diagram 37. Telephone Wiring

4.3.7 MIC-200 Microphone

1. Connect the MIC-200 according to the following diagram and table:

Diagram 38. MIC-200 Wiring

MIC-200 Control panel

CON +V

(+)

(-) PGM or SMOKE

OUT AUDIO IN

2. In the Zone Responses menu, set "M- Activate Audio" to '+', in every zone type that should trigger the microphone in alarm; see section 6.4.2, on page 50.

3. In the "Output configuration" menu, set the polarity of triggering output to "-"; see section 6.10.4, on page 69.

4. In the "Communication Options" menu, set "Voice Unit" to "+"; see section 6.5.4, on page 54.

5. The PGM/SMOKE outputs should be triggered by the "Audio Control" output type; see section 6.10.2, starting page 68.

Z1 Z2 Z3 Z4 Z5 Z6Z O N E S

+V SMOKE PGM SRNOUTPUTS

-1KEYPAD

OUT LINE

TELEPHONESET-

AUDIOIN

F2Z7 Z8 2 3 4+ IN OUT - -- +

Telephone

line-in

Telephone

set/Fax

Control panel

MIC-200

(-)12(+) CON.OUT TAMP

Tamper

MIC-200

(-)12(+) CON OUT TAMP

+V SMOKE PGM SRN -1KEYPAD

OUT-AUDIO

IN2 3 4+ IN OUT -+OUTPUTS

(-)

(+) AUD INPGM

(+) CON OUT

42 CAPTAIN 8


4.3.8 VU-20N/U Voice message module

The VU-20U is a voice message recorder, that enables to play up to 2 messages via the phone, when the alarm is set off.

4.3.8.1 Single message wiring

To use the VU-20U for a single message:

1. Connect the Green wire (M1) to either the control panel's PGM or the SMOKE outputs, or to the I/O8-N output; see the next diagram.

2. Connect the +/- wires to the control panel's (+V) and (-) terminals.


4. The Yellow and white wires are not in use

Diagram 39. VU-20N/U single message connection diagrams

5. See the programming instructions of the Hunter-Pro Series in section 3.10.2.2, on page 30.

4.3.8.2 Two message wiring

1. Connect the Green wire (M1) to either the control panel's PGM or the SMOKE outputs, or to the I/O8-N output; see the next diagram.

2. Connect the Yellow wire (M2) to one another output of those described in clause #1.



Control panel

VU-20U

YE

LLO

W

BL

UE

RE

D

BL

AC

K

GR

EE

NM

1

M2

GN

D

+12

V

Au

dio

CO

NTW

HIT

E

CAPTAIN 8 43


Diagram 40. VU-20N/U two message connection diagrams

4.3.9 GSM-200 Cellular communicator

1. Connect the YELLOW wire to AUDIO IN.

2. Connect the ORANGE wire to AUDIO OUT.

Diagram 41. GSM-200 connection diagram

4.3.10 Backup Battery

See section 3.13, on page 35.

4.3.11 AC Power

See section 3.14, on page 35.

Control panel

VU-20U

YE

LLO

W

BLU

E

RE

D

BLA

CK

GR

EE

NM

1

M2

GN

D

+12V

Audio

CO

NT

WH

ITE

Orange

YellowControl Panel

GSM-200

TRANSMITTER

OUT LINE

TELEPHONESET

AUDIOIN- -

44 Programming Options


5. Programming Options

There are 3 ways to program the alarm system:

1. Locally, using PIMA Fast Programmer PRG-896.

2. Locally and remotely (by telephone or via the GSM-200 DATA channel), using the COMAX upload/download application.

3. Via an LCD keypad.

5.1 The PRG-896 programmer

The PRG-896 is a flash memory card used for saving parameter sets for fast downloading and quick installation. The sets are uploaded by the COMAX upload/download PC application.

The PRG-896 can save up to 4 different presets. It connects to LCD keypads only.

For download instructions, see section 6.11.3, on page 71.

Diagram 42. Connecting PRG-896 to an LCD Keypad

5.2 Local Upload/Download via the COMAX

Connect a PC/laptop with the COMAX upload/download application installed in it, to an LCD keypad or expander, using the LCL-11A adaptor. To connect to USB socket use a Serial-to-USB adaptor.

Diagram 43. Connecting the COMAX via LCL-11A to a keypad

5.2.1 Remote Upload/Download via the COMAX

Both the Hunter-Pro Series and Captain 8 systems can be programmed remotely using PC/laptop and the COMAX upload/download application. Refer to the COMAX user guide for detailed information.

For obvious reasons, remote connection to the alarm system must be approved by the master user either once or every time. The user menu includes a set of screens that the

PRG-896Keypads PCB

COMAX

Serial (RS-232)

connector

LCL-11A

Keypad or expander

Serial-to-USB adaptor

Programming Options 45


Master user must enter to approve the remote connection; see section 8.8, on page 84 for the menu screens.

5.3 Programming via LCD keypad

PIMA's intruder alarm systems have two menus: User menu and Installer menu, each accessed by a separate password:

The User menu is where the master user can program parameters such as time, date and user codes; see the user guide of each system for full information.

The Installer menu contains all the technical and the reporting parameters, that are programmed by the installer.

5.3.1 Parameter sets

In parameter sets screens, each letter or digit stands for a parameter. In these sets, (+) signifies that the parameter is enabled; (-) signifies that the parameter is disabled

To move the cursor (_ ) press [NEXT]/[BACK]. To change a parameter from (+) to (-) and vice versa, press [#].

Note that when cursor (_ ) moves to the next character, a short description of the paramete

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