Pima Hunter-Pro 32 User manual

HUNTER-PRO 32
Intruder Alarm System
Installation Guide
PIMA Electronic Systems Ltd.
5 Hatzoref Street, Holon 58856, Israel
℡ [phone]  [phone]
 [e-mail]  http://www.pima-alarms.com

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.
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  2004 by PIMA Electronic Systems Ltd. All rights reserved. You can
contact us at PIMA Electronic Systems Ltd.5 Hatzoref Street, Holon 58856,
Israelhttp://www.pima-alarms.com

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Table of Contents
CHAPTER 1 Introduction............................................................. 7
1.1 Main Features HUNTER-PRO 32 .............................................8
1.2 Safety Precautions.................................................................9
1.3 Signs and Abbreviations Key ..................................................9
1.4 The Control-Panel................................................................ 11
1.4.1 Control Panel Fuses....................................................... 12
1.4.2 The Control Panel’s Connections & Terminals ................. 12
CHAPTER 2 Partitions ............................................................... 16
2.1 General............................................................................... 16
2.2 Examples ............................................................................ 17
2.2.1 Example A .................................................................... 17
2.2.2 Example B .................................................................... 18
2.2.3 Example C .................................................................... 20
CHAPTER 3 Installing Peripherals ............................................ 21
3.1 General............................................................................... 21
3.2 Connecting Zones................................................................ 22
3.2.1 Zone Inputs.................................................................. 22
3.2.2 Connecting Detector without using EOL resistor.............. 22
3.2.3 Connecting Detector using ONE EOL resistor ............................. 23
3.2.4 Connecting Detector using TWO EOL resistors ........................... 24
3.3 Connecting Zone-Expanders (General) ................................... 25
3.3.1 EXP-LOCAL: Local Expansion ......................................... 26
3.3.2 I/O-8: Remote Expanders.............................................. 27
3.3.3 RC-PRO: Wireless Expansion.......................................... 29
3.4 Connecting Key/Remote Control........................................... 29
3.5 TMPR1 and TMPR2 .............................................................. 30
3.6 Connecting Sirens................................................................ 31
3.6.1 AC Siren (Horn/Speaker) ............................................... 31

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3.6.2 Low current DC Siren (Piazzo) ....................................... 32
3.6.3 Low current DC Siren (Bell) ........................................... 33
3.7 Relay Outputs ..................................................................... 33
3.8 Auxiliary Outputs: ON/OFF (AUX1) ALARM (AUX2) .................. 34
3.9 Expansion Outputs: OUT-1000 ............................................ 34
3.10 Connecting Keypads ......................................................... 35
3.10.1 LCD Keypads: RXN-400/410 .......................................... 36
3.11 Telephone Line and Devices ................................................ 37
3.12 TRV/TRU-100................................................................... 38
3.12.1 Connecting the Transmitter ........................................... 38
3.13 Microphone Unit: MIC-100 ................................................ 40
3.14 Connecting Voice Unit: VU-20 ........................................... 40
3.15 Connecting Battery........................................................... 41
3.16 Connecting Mains............................................................. 42
3.17 Initializing the System ...................................................... 42
3.17.1 Setting Time ................................................................. 43
CHAPTER 4 Operating & Programming the System ................ 44
4.1 General............................................................................... 44
4.2 Programming Possibilities..................................................... 44
4.2.1 Programming with the Fast Programmer PRG-22 ............ 44
4.2.2 Local Programming with COMAX & LCL-11A ................... 45
4.2.3 Remote Programming with Modem and COMAX.............. 46
4.2.4 Programming with a Keypad .......................................... 46
4.3 Programming with a Keypad .................................................. 46
4.3.1 PIMA Programming Method ........................................... 46
4.3.2 Entering “User Menu”.................................................... 48
CHAPTER 5 Technician Menu.................................................... 49
5.1 Entering Technician Menu .................................................... 49
5.2 Installing the System ........................................................... 49
5.2.1 Service Provider ............................................................ 49
5.2.2 Wire Expenders............................................................. 50
5.2.3 Wireless Expender ........................................................ 51
5.2.4 Keypads ....................................................................... 52
5.2.5 Keypads Partitions ........................................................ 52
5.3 Zone Programming .............................................................. 53
5.3.1 Zone Characteristics...................................................... 53

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5.3.2 Zone Name................................................................... 55
5.3.3 Partitioning ................................................................... 55
5.3.4 Zone Responses (Templates)......................................... 55
5.4 Communication Parameters ................................................. 56
5.4.1 Communication to Central Monitoring Station ........................ 56
5.4.2 Radio Transmitter ......................................................... 61
5.4.3 Modem Call Back .......................................................... 62
5.4.4 Communication Features ............................................... 62
5.5 TIMERS .............................................................................. 64
5.5.1 Entry/Exit Delay ............................................................ 64
5.5.2 Programming Outputs Time........................................... 64
5.5.3 AC Report Delay ........................................................... 65
5.5.4 Soak Test Days ............................................................. 65
5.5.5 Double Knock ............................................................... 66
5.5.6 Conditioned Zones Time ................................................ 66
5.5.7 Bypass Limit Time ......................................................... 67
5.5.8 False Code.................................................................... 67
5.6 General Parameters ............................................................. 67
5.6.1 General Parameters First Screen .................................... 68
5.6.2 General Parameters Second Screen................................ 69
5.7 System Responses............................................................... 70
5.7.1 System in ON State ....................................................... 70
5.7.2 5.7.2 System in OFF State ............................................. 71
5.8 Programming Outputs.......................................................... 71
5.8.1 Polarity......................................................................... 71
5.8.2 Output Cards ................................................................ 72
5.9 Programming the Entire System ........................................... 72
5.9.1 Initializing System ......................................................... 72
5.9.2 Local Download ............................................................ 72
5.9.3 Fast Programming......................................................... 73
5.10 Installer Code .................................................................. 73
5.11 Tests ............................................................................... 73
5.11.1 Walk Test ..................................................................... 74
5.11.2 Wireless Test ................................................................ 74
5.11.3 Wireless TAMPER Test................................................... 75
5.11.4 Configuring Soak Test Zones ......................................... 75
5.11.5 Siren Test..................................................................... 75

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5.11.6 Monitoring Station Dialer Test........................................ 75
5.11.7 Central Monitoring Station Radio Test ............................ 76
5.12 Remote-Controlling via Telephone..................................... 76
CHAPTER 6 Name Programming............................................... 78
CHAPTER 7 Troubleshooting..................................................... 79
7.1 Restoring Master & Technician Codes ................................... 79
7.2 Displaying System Faults ..................................................... 80
7.3 Solutions............................................................................. 81
7.3.1 Clock............................................................................ 81
7.3.2 Battery ......................................................................... 81
7.3.3 Low DC ........................................................................ 81
7.3.4 AC Line......................................................................... 81
7.3.5 Tamper ........................................................................ 82
7.3.6 Zone ............................................................................ 82
7.3.6 Keyboard Not Connected............................................... 82
7.3.7 Telephone .................................................................... 83
7.3.8 Communication............................................................. 83
7.3.9 Automatic Arming Failure .............................................. 85
7.3.10 Open Zone does not cause Alarm................................... 85
CHAPTER 8 Tables..................................................................... 86
8.1 Programming System Defaults ............................................. 86
8.2 Central-Station Report Formats ............................................ 92
8.2.1 Pulse Formats ............................................................... 92
8.2.2 DTMF Formats ................. Error! Bookmark not defined.

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CHAPTER 1
I
NTRODUCTION
HUNTER-PRO 32 Intruder Alarm System contains many features that fits
customer’s individual needs, and yet remains easy to program and use both by
the customer and the technician.
The HUNTER-PRO 32 is secured against radio-frequency (RF) interference and
electro-magnetic interferences (EMI). In this guide you will find installation
instructions, description of programming options and further information to
assist installation and operation of the system.
IMPORTANT!
For every-day operation uses, please see HUNTER-PRO 32 User Guide booklet,
which is an integral part of the Installer Guide. Furthermore, the User Guide
includes user’s programming parameters instructions, which is crucial for
operating the system.
For any further questions, please do not hesitate to contact your local PIMA
distributor or
PIMA directly at:
PIMA Electronic Systems Ltd.
Tel.: [phone]
Fax: [phone]
Email: [e-mail]
Up to date literature is available to download from our website:
www.pima-alarms.com

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1.1 Main Features HUNTER-PRO 32
 8 to 32 zones with wireless add-on, local, and remote bus expanders
 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.
 Full supervision data of wireless detectors (supervision, low battery, tamper)
 Comprehensive Zone Tests for flawless installation: Walk Test, Soak Test,
etc.
 Two options for viewing system status:
 Detailed: Scrolling events, zones’ and system’s status
 “PIMA” Style: Status of all 32 zones is displayed simultaneously
 Four Subscriber dialing numbers with optional voice message
 Four Monitoring Stations phone numbers
 PIMA unique Integrated Digital Communicator (telephone, long-range radio)
 Supports split and double reporting to two 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)
 Up to 24 users with various authorization levels
 Various accessories (mic, voice unit etc.)
 Memory Log up to 410 events
 Automatic Arming at a preset time and/or after a preset silence time
 System remote control via any touchtone telephone

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1.2 Safety Precautions
Your HUNTER-PRO 32 alarm system has been registered with the CE in
accordance with EN 60950 of its rules. The CE requires us to tell you the
following information:
 To reduce the risk of fire or electric shock, do not expose this alarm
system to rain or moisture.
 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 AC 230V, 50Hz. 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 cored. Protect cords from damage or abrasion.
 Disconnect all sources of power supply before proceeding with the
installation.
 Connect the AC wires to the terminal block on the PCB as marking. Pay
attention to polarity.
1.3 Signs and Abbreviations Key
 Key press
 Press and hold key, until confirmation beep is heard
Save data
Press this key at any programming stage in order to return to
root screen
Default Master Code:
5555
“Enabled User Code” : A code enabled by technician to enter the user menu

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“LCD Zone Numbers” : Referring to the frame of zones engraved above and
below the LCD display window, indicating the zones’
numbers.
CMS : Central Monitoring Station

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1.4 The Control-Panel
TMPR
2
TMPR
1
ON/
OFF
ALARM
KEYPAD
EXPANSION CARD SERIAL
KEYPAD
TRANSMIT
U3
Z1 Z2 Z3 Z4 -+Z5 Z6 Z7 Z8 -+KEY -S1 S2 C N.O N.C -
SIREN RELAY SMOKE
-+INOUT
F3.15A250VAC
F5A250VAC
CA
F5
T1
1
2
33
34
5
6
2
7
8
9
9
10
9
11
1213
1414
16
15
17
18
JP1 JP2 JP4
1
LINESET AUD CONT
IN OUT
JP5
F3
F1
F6
JP6
1
F4
F7
F2
U2
19
20
HUNTER-PRO
Figure 1 - HUNTER-PRO Control Panel

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1.4.1 Control Panel Fuses
Regular Fuses (2)
F5 (5 Amp) - protects the battery from a short on the PCB.
F6 (5 Amp) - protects the AC from a short on the PCB.
Thermal Fuses for limiting current (5)
F1 – Detector power supply (750mA)
F2, F3 – Siren1 and Siren2 (1.1A)
F4 – Keypad power supply (750mA)
F7 – Protection for long-range radio transmitter
1.4.2 The Control Panel’s Connections & Terminals
① AC – Voltage Input
14VAC input supplied by the transformer.
2 Connections to Backup Battery
Two wires connect the backup battery to the PCB. The red wire connects to the
positive (+) contact of the battery and the black wire connects to the negative
(–) contact of the battery.
IMPORTANT!
Ensure correct connection of battery polarity! Switching the polarity can
damage the PCB.
3 Z1–Z8 – Zone Inputs
Zone inputs can be connected to all types of detectors with dry contact
outputs. All zones can be connected with single or double EOL resistors
NOTE:
The number of zones can be doubled by connecting line/wireless expenders
(refer to section 3.2 for expending options in HUNTER-PRO 32.
4 (+) – Power Supply for Detectors
Power supply for detectors that require DC operating voltage, such as infrared
detectors, beam-detectors etc.

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5 KEY – Key or remote Arming Input
Use momentary or ON/OFF key to arm/disarm the system.
6 S1, S2 – Siren 1 and Siren 2 Outputs
Two siren outputs connected to the same on-board sound generator (driver).
Connect the second siren connection is to a ground (-) connection. Each siren
has a dedicated automatic thermal fuse F2 and F3 (see section 3.6)
7 RELAY – Internal Relay Connections
Three connections to a relay mounted on the PCB. Can be used to activate
various auxiliary accessories such as external lighting, CCTV, external
communicator, electric locks, etc .
The three outputs are C (common), NO (normally open) and NC (normally
closed).
8 SMOKE – Switched Ground
Switched GND for smoke detectors that require reset. Any zone can be
programmed to be a “smoke detector” input; its activation will cause the GND
to disconnect for approximately one minute.
Manual reset is done by pressing and holding the key.
9 KEYPAD – Connection to keypads
There are four Keypad terminals: Voltage power supply (–) and (+) .OUT is for
data from the control panel to the keypad, and IN is for data from the keypad
to the control panel. An automatic thermal fuse F4 protects the 13.8 VDC
power supply. Up to 8 RXN 400/410 keypads can be connected simultaneously.
 ALRM and ON/OFF – Auxiliary Outputs
These terminals have two conditions: disconnect or short to ground. These
outputs serve as indicators to auxiliary units as to system status and alarm
status (see section 5.8).
⑪ TMPR1 and TMPR2 – Tamper Inputs
Inputs for tamper switches from detectors and boxes that can be connected
with/without EOL resistor/s. Different responses can be programmed to
arm/disarm system status. These inputs can serve as indicators other than
tamper, for example: thermostat, 24 hours zone monitoring, panic button etc
(see section 3.5).

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⑫ LINE – Connection to Telephone Line
A telephone line connection for dialing private numbers and to Monitoring
Stations, and for remote programming. For best results connect as close as
possible to the line source to provide best protection against tampering.
⑬ SET – Connection to telephone set
Connection to a telephone set or answering machine. Do not connect a fax
machine or modem if you enable “line snapping” or “2 rings snapping”.
⑭ AUD IN, AUD OUT, CONT – Connections to Mic. and Voice modules
CONT activates voice and microphone modules VU-20 and MIC-100. Connect
AUD IN to the audio outputs from the microphone and voice modules. AUD
OUT is yet to be determined (refer to section 3.14 and 3.15).
NOTE:
The VU-20 and MIC-100 cannot be connected simultaneously.
⑮ JP4 SERIAL- Serial Input
JP4 connects to a wireless detector receiver RC-PRO and home control system.
For further information, refer to section 3.3.4.
⑯ JP3 – Connection to Expansion Cards
Connection to Output Expansion Cards OUT-1000 and EXP-PRO (refer to
section. 3.2 and 3.9).
⑰ JP2 KEYPAD – Connection to Technician Keypad
Connection to Technician Keypad (using the Technician Cable TC-3).
⑱ JP1 TRANSMIT – Connection to Long-Range Radio Transmitter
Connection to PIMA long-range radio transmitters TRU/TRV-100.
NOTE:
It is possible to connect long-range transmitters other than PIMA’s by
connecting the TX-1000 adaptor.

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⑲ JP5 – Select Siren Type
Sets between two types of sirens: A) Short between pins 1 and 2 for an
unregulated siren (DC) – horn or bell with internal oscillator/driver; B) Short
between pins 2 and 3 for regulated siren (AC) – a speaker without an internal
oscillator/driver (horn).
NOTE:
DC is useful only when connecting the Siren.
⑳ JP6 – Select Siren Power Source
Sets the power source of the connected siren: A) Short between pins 2 and 3
for supplying current from control panel (up to 200mA); B) Short between pins
1 and 2 for connecting the siren to the buttery (up to 3A).

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CHAPTER 2
P
ARTITIONS
2.1 General
HUNTER-PRO 32 can consist up to 16 partitions that are controlled by different
user codes, different keypads, or, on the other hand, share the same keypads.
This chapter scans the different partitioning options in HUNTER-PRO 32.
1. The system can be divided into 16 partitions that are controlled
individually by a different user code, or share the same user code (refer
to HUNTER-PRO 32 User Manual for programming this feature).
Up to 8 keypads can be installed and it/they will display the whole 16
partitions as a single system (see example A in the next page).
2. The system can be divided up to 8 sub-systems with 8 different
keypads (max), when each sub-system is controlled by a different
keypad or shares the same keypad (see example B and C in the
following pages).

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2.2 Examples
2.2.1 Example A
Keypad 1
Partition 1 Partition 3Partition 2
User
1
User
3
User 2
Figure 2 - Using partitions (example A)
In example A:
Keypad 1 controllers 3 partitions
User 1 can only activate partition 1
User 2 can only activate partition 2
User 3 can only activate partition 3
NOTE:
The system can be divided up to 16 partitions (max) with 8 keypads (max),
when all the keypads are identical in terms of controlling all the partitions and
displaying their status.
2.2.1.1 Classical Application for Example A
0.63m
0.63m
Hallway
Entran
ce
Partition 11
Partition 2Partition 3
Partition 15
Partition 4
Partition 10 Partition 12
Partition 5Partition 6Partition 7
Partition 14Partition 13Partition 9
Partition 8 Partition 1
Partition 16
Keypad
In an office building, there is a floor with 16 offices. A keypad is installed at the
entrance of the offices’ hallway, and each of the offices has a different user
code for arming/disarming the system. In this case, the keypad will display the
entire system’s status.

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A detector that is allocated to several partitions can be installed in order to
protect the entrance of the offices’ hallway (i.e. a zone shared by several/all
partitions). Allocating the entrance zone to all partitions will protect the
entrance, providing all partitions are armed. This zone will be inactive with the
first user that disarms his partition.
2.2.2 Example B
Keypad 2
Partition 1 Partition 3
Partition 2 Partition 8
Keypad 1 Keypad 8Keypad 3
User 1 User 8User 3User 2
Figure 3 - Using partitions (example B)
In example B:
Each partition has it own individual user code and keypad (e.g. user 1 can
activate partition1 but not partition 2).
A user can only arm/disarm his partition only by using his allocated keypad (e.g
user 1 can only arm/disarm his partition using keypad 1).
Each keypad presents only its allocated partition’s status (meaning, keypad 1
displays only partition 1 status, keypad 2 displays only partition 2 status, and
so on).
NOTE:
The keypad displays only its allocated partition’s status, including
arming/disarming the partition, opened zones allocated to this partition, and
zones that triggered the alarm.

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2.2.1.2 Classical Application for Example B
Storage floorpartition 4
Store (floor) partition 1
Production floor partition 2
Management floorpartition 3
Keypad 1
Keypad 4
Keypad 3
Keypad 2
A company building is divided into 4 departments that have different entrances
and different working hours:
Each of the departments has its own individual keypad. Accordingly:
Keypad 1 is allocated to partition 1 (store floor)
Keypad 2 is allocated to partition 2 (production floor)
Keypad 3 is allocated to partition 3 (management floor)
Keypad 4 is allocated to partition 4 (storage floor)
In addition, partition 1 can be controlled by a single user code or several user
codes (vital for foreman and storage workers, for example).
NOTE:
You can also limit disarming hours and other authorizations for each user.

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2.2.3 Example C
Keypad 2
Partition 1 Partition 3
Partition 2 Partition 8
Keypad 1 Keypad 8Keypad 3
User 1 User 8User 3User 2
Figure 4 - Using sub-systems (example C)
2.2.1.3 Classical Application for Example C
Roof Partition
3
First floor Partition 1
Second floor Partition 2
Keypad 2
Keypad 1
Keypad 3
In a private home there are 3 floors: the first floor is partition 1, the second
floor is partition 2, and the third floor is partition 3. User and keypad allocation:
Keypad 1 controls partition 1,2,3 (displays all partitions’ status)
Keypad 2 only controls partition 2 (displays only partition 2 status)
Keypad 3 only controls partition 3 (displays only partition 3 status)
User 1 can activate partitions 1,2,3 using keypad 1
User 2 can activate partition 2 from keypad 1,2
User 3 can activate partition 3 from keypad 1,3
NOTE:
It is possible for a user to control several partitions using a single code.