Pima Hunter-Pro 832 User manual

HUNTER-PRO SERIES
INTRUDER ALARM SYSTEMS FOR 8-144 ZONES
HUNTER-PRO 832, 896, 8144
INSTALLATION GUIDE
VERSION 6.0
PIMA Electronic Systems Ltd.
www.pima-alarms.com
P/N: 4410281, A1, XX en
March 2009

2HUNTER-PRO Series Installation Guide
PIMA Electronic Systems Ltd. does not represent that its Product may not be compromised
and/or circumvented, or that the Product will prevent any death, personal and/or bodily injury
and/or damage to property resulting from burglary, robbery, fire or otherwise, or that the
Product will in all cases provide adequate warning or protection. The User understands that a
properly installed and maintained equipment may only reduce the risk of events such as
burglary, robbery, and fire without warning, but it is not insurance or a guarantee that such will
not occur or that there will be no death, personal damage and/or damage to property as a result.
PIMA Electronic Systems Ltd. shall have no liability for any death, personal and/or bodily
injury and/or damage to property or other loss whether direct, indirect, incidental, consequential
or otherwise, based on a claim that the Product failed to function.
Please refer to a separate warranty statement found on PIMA website at:
http://www.pima-alarms.com/site/Content/t1.asp?pid=472&sid=57
Warning: The user should follow the installation and operation instructions and among other
things test the Product and the whole system at least once a week. For various reasons,
including, but not limited to, changes in environment conditions, electric or electronic
disruptions and tampering, the Product may not perform as expected. The user is advised to
take all necessary precautions for his/her safety and the protection of his/her property.
This document may not be duplicated, circulated, altered, modified, translated, reduced to any
form or otherwise changed; unless PIMA’s prior written consent is granted.
All efforts have been made to ensure that the content of this manual is accurate. Pima retains
the right to modify this manual or any part thereof, from time to time, without serving any prior
notice of such modification.
Please read this manual in its entirety before attempting to program or operate your system.
Should you misunderstand any part of this manual, please contact the supplier or installer of
this system.
Copyright ©2009 by PIMA Electronic Systems Ltd. All rights reserved.
Contact Us:
PIMA Electronic Systems Ltd.
5 Hatzoref Street, Holon 58856, Israel
Tel: [phone] Fax: [phone]
Email: [e-mail]
Web: http://www.pima-alarms.com
Partner’s website:
http://www.pima-alarms.com/site/modules/login.asp

HUNTER-PRO Series Installation Guide 3
Table of Contents
CH. 1. Introduction ............................................................................. 6
1.1 Comparison table between the Hunter-Pro series models...........................6
1.2 The Hunter-Pro Series Main Features...........................................................7
1.3 Terms and Abbreviations ...............................................................................7
1.4 Entering names, digits and characters ..........................................................8
1.5 Technical Specifications.................................................................................8
1.6 The Control Panel’s PCB .............................................................................10
1.7 PCB Outputs and Output Types ..................................................................13
CH. 2. Partitioning ............................................................................ 15
2.1 Introduction ...................................................................................................15
2.2 Examples.......................................................................................................15
CH. 3. Connecting Zones & Accessories ........................................ 18
3.1 Connecting Zones.........................................................................................18
3.2 Connecting Zone Expanders........................................................................21
3.3 Connecting a Key .........................................................................................28
3.4 TMPR1, TMPR2: Tamper Switches.............................................................28
3.5 Connecting Sirens ........................................................................................29
3.6 Relay Output .................................................................................................31
3.7 OUT-1000: Local Outputs Expansion Card.................................................31
3.8 Keypads ........................................................................................................32
3.9 Telephone Line and Devices........................................................................33
3.10 VKD-1: Virtual Keypad..................................................................................33
3.11 TRV/TRU-100 Long Range Radio Transmitters .........................................35
3.12 GSM-200: Cellular Transmitter ....................................................................36
3.13 MIC-200: Microphone Unit ...........................................................................37
3.14 VU-20N: Dual Message Voice Unit..............................................................37
3.15 Battery ...........................................................................................................38
3.16 Mains .............................................................................................................39
3.17 Initializing the System...................................................................................39
3.18 Wireless Faults Display ................................................................................40
CH. 4. Programming Basics ............................................................ 42
4.2 Default Codes ...............................................................................................44
4.3 User Menu.....................................................................................................44
4.4 Technician Menu...........................................................................................45
4.5 Express Programming Menu........................................................................45
CH. 5. Programming the System ..................................................... 47
5.1 The Technician Menu ...................................................................................47
5.2 Enhanced Communication Menu.................................................................47
5.3 Key #1: System Installation .......................................................................48
5.4 Key #2: Zone Programming.......................................................................50
5.5 Key #3: Communication Parameters ........................................................54
5.6 Key #4: Timers, Counters ..........................................................................66

4HUNTER-PRO Series Installation Guide
5.7 Key #5: General Parameters .....................................................................69
5.8 Key #6: System Responses.......................................................................70
5.9 Key #7: Outputs Configuration ..................................................................71
5.10 Key #8: Full Programming .........................................................................75
5.11 Key #9: Installer Code................................................................................76
5.12 Asterisk Key *: Express Programming Menu........................................76
5.13 Key #0: Tests..............................................................................................76
5.14 Locating a Zone in an Expander..................................................................80
CH. 6. Remote Control via Touch-tone Telephone ......................... 81
6.1 Mode A ..........................................................................................................81
6.2 Mode B ..........................................................................................................82
CH. 7. Troubleshooting .................................................................... 84
7.1 Restoring the master & installer Codes .......................................................84
7.2 Faults Displayed on the LCD Keypad..........................................................84
7.3 Additional Faults ...........................................................................................87
7.4 MS Report Formats & Codes .......................................................................88
CH. 8. Supplementary Products For The HUNTER-PRO Series ... 91
Index .............................................................................................. 92
Default Codes
Master: 5555
Technician: 1234

HUNTER-PRO Series Installation Guide 5
The keypad keys table
Key Functions Page
[1] System installation 48
[2] Zone Configuration 50
[3] Communication 54
[4] Timers 66
[5] General Parameters 69
[6] System Responses 70
[7] Outputs Configurations 71
[8] Full programming (reset), Local and Fast Downloading 75
[9] Change Installer Code 76
[*] Fast programming 76
[0] Tests 76

6HUNTER-PRO Series Installation Guide
CH. 1. INTRODUCTION
This guide provides the installation, wiring and programming instructions for PIMA’s
intruder alarm series, Hunter-Pro 832, 896 & 8144 for 8-144 zones.
PIMA is enhancing its successful HUNTER-PRO 896 with 2 new versions: Hunter-Pro
832 and Hunter-Pro 8144 for 32 & 144 zones.
The Hunter-Pro 832 replaces the Hunter-Pro 32.
The Hunter-Pro series is based on the HUNTER-PRO 896 circuit and menus, with the
only difference being the capacity, i.e. the overall number of zones, users and
connected expanders (See the next table).
The HUNTER-PRO series is secured against radio-frequency (RF) interferences and
electro-magnetic interferences (EMI).
1.1 Comparison table between the Hunter-Pro
series models
Panel Model
Feature 832 896 8144
Zones 32 96 144
Users 32 96 144
Partitions 16 16 16
Wireless zones 24 32 32
Key fobs 24 24 24
Memory total 410 500 999
Memory non-volatile 128 250 512
SAFETY INSTRUCTIONS
Your HUNTER-PRO 832/896/8144 Alarm System has been registered in accordance with
EN60950 and its rules. EN 60950 requires us to advise you the following information:
1. In this alarm system exist hazards of fire and electric shock. To reduce the risk of fire or
electric shock, do not expose this alarm system to rain or moisture. Pay attention: Telephone
cords could be a good conductor for lightings energy.
2. Do not open the door of the alarm system. Dangerous high voltages are present inside of the
enclosure. Refer servicing to qualified personnel only. 3. This alarm system should be used
with 230VAC/110VAC, 50/60Hz, protected by anti-electric shock breaker. To prevent
electric shocks and fire hazards, do NOT use any other power source.
4. Do not spill liquid of any kind onto the unit. If liquid is accidentally spilled onto the unit,
immediately consult a qualified service.

HUNTER-PRO Series Installation Guide 7
5. Install this product in a protected location where no one can trip over any line or power cord.
Protect cords from damage or abrasion.
6. Disconnect all sources of power supply before proceeding with the installation. Pay
attention: do not install low voltage wires near by AC power wires they should be separated.
7. Connect the AC transformer output to the terminal block on the control panel as marked.
8. Connect the AC line cord to line power terminals as marked. (GND; N; L)
1.2 The Hunter-Pro Series Main Features
!Hybrid system with 32/96/144 zones, of which 24/32 could be wireless
!Support in partitioning & zone doubling
!Outgoing SMS over PSTN or GSM
!Remote control of the system, including outputs, via touchtone telephone
!Full supervision data of wireless detectors (include. low battery, tamper)
!Comprehensive zone tests for flawless installation: Walk Test, Soak Test, etc.
!Several options for displaying the system status in LCD keypads
!4 subscriber and SMS numbers with optional voice message and microphone
!4 monitoring stations telephone numbers
!Integrated communicator for telephone, radio, GSM/GPRS and IP network
!Supports split and double reporting
! Prevention of burglary setup: limited bypass time, zone bypassing authorization,
pre-alarm and more
!Continuous battery and telephone line checks
!LED keypad support
!Filtering of reoccurring faults: a fault (jamming, mains etc.) occurring 5 times in
one hour will not be reported any more, before an hour passes with the fault not
occurring again or the system is either armed or disarmed
!Memory log of up to 410/500/999 events with time and username
1.3 Terms and Abbreviations
Enabled User Code: A code enabled (by the technician) to enter the user menu
LCD Zone Numbers: The 1-16 & 17-32 numbers printed above and below the LCD
display window; Indicating the first 32 zones’ numbers
MS: Monitoring Station

8HUNTER-PRO Series Installation Guide
1.4 Entering names, digits and characters
Each keypad key is used for entering letters, digits and other characters as follows:
No. of presses
Key 1 2 3 4 5 6 7 8
[1] . , ? ! 1
[2] A B C 2
[3] D E F 3
[4] G H I 4
[5] J K L 5
[6] M N O 6
[7] P Q R S 7
[8] T U V 8
[9] W X Y Z 9
[0] Space Zero
[*] ( ) / * : - + #
[#] Enable/Disable
[END] Cancel/ Return to previous screen/s without saving
[NEXT] Next char.
[BACK] Prev. char.
[ENTR] Save
1.5 Technical Specifications
Input voltage: 14VAC / 2A
Battery: 12VDC, Up to 7.5 Ah
Power Consumption
Control panel: 60mA
Keypads: 20mA
LCD keypad illuminating: 110mA
Siren: 2 outputs (Ext., Int.) up to 0.9 mA each
Power output: ~13.8VAC/up to 750mA
Operating temperatures (°C)
Control panel: -30 ~ +50
LCD keypad: 0 ~ +50
LED keypad: -10 ~ +50
Humidity 75% (Non-condensed)

HUNTER-PRO Series Installation Guide 9
Zone Protection
Single or double EOL circuits
Other Protection
Continuous battery telephone line monitoring
Panel Outputs
Relay: N.O./N.C. 1A
Transistor outputs: 4, 200 mA max
Bell/Siren outputs: 2 with separate thermal fuses protection
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

10 HUNTER-PRO Series Installation Guide
1.6 The Control Panel’s PCB
TM
P
R
2
T
M
P
R
1
ON/
OFF
A
LR
M
KEYPAD
EXPANSIONCARDS
E
R
IA
L
K
E
Y
PA
D
TR
A
N
S
M
IT
T
E
R
U3
Z1Z2Z3Z4-+Z5Z6Z7Z8-
+
KEY-ExtIntCN.ON.C-
SIRENSRELAYSMOKE
-
+
INOUT
AC
JP1JP2JP4
1
LINESET
C
O
N
T
INOUT
JP5
F3
F1
F6
JP6
F4
F7
F2
U2
JP10
JP3
F5A
PIMA896
ZONES
1234
AUDIO
12
3
4
5
6
7
8
9
10
11
121314
15
16
17
18
19
20
JP11
21
1
11
Figure 1. HUNTER-PRO Series PCB
1.6.1 Model & Version
The PCB/System model (832, 896 or 8144) is printed on a colored sticker on the
EPROM.

HUNTER-PRO Series Installation Guide 11
•A model can be expanded to its limit number of zones and
users. For example, Hunter-Pro 896 cannot be expanded to
97 zones or 97 users
•The EPROM version and the system’s software version must
match, or a ‘System Error’ is displayed. For example, the
Hunter-Pro 896 EPROM cannot be used with a Hunter-Pro
832 software
1.6.2 Fuses
F5A - protects the PCB and the battery from high current (Thermo 5A/250VAC)
F6 - protects the PCB from an AC short (Fast 3.15A/250 V
1.6.2.1 Thermal Fuses to limit current:
F1 – Detectors power supply (750mA)
F2, F3 – Siren 1 and Siren 2 (1.1A)
F4 – Keypad power supply (750mA)
F7 – Radio transmitter protection (200mA)
1.6.3 Connections & Terminals
1AC: Voltage Input
14VAC input supplied by a transformer
2“+”, “-“: Connections to backup Battery
Red wire: “+” (positive) contact of the battery
Black wire: “-” (negative) contact of the battery
Connecting the battery inverted will damage the PCB
3Z1–Z8: Zones terminals
Eight zone terminals for connecting dry contact detectors. Each zone can be protected
by a single or double EOL resistors (refer to “Connecting Zones”, section 3.1)
4(+): Power Supply for DC Detectors
12V power supply for DC detectors: infrared, ultrasonic, beam etc.
5KEY input
An input for momentary or on/off keys or Key fob for arming/disarming the panel
6Ext., Int.: External & Internal Sirens terminals
Dedicated automatic thermal fuses (F2 and F3) for the sirens (see section 3.6)
7RELAY output
An onboard relay that can be triggered in response to alarm/event and via telephone or
remote control

12 HUNTER-PRO Series Installation Guide
8SMOKE output
An output used to reset smoke/anti mask detectors. Normally, the output is switched
to (-). In alarm, it is disconnected for a predetermined period of time (See section
5.6.2). To reset manually: 
9KEYPAD terminals
There are 4 KEYPAD terminals:
“+” & “–“ for keypads power supply; Up to 8 monitored RXN-400/410 LCD keypads
can be connected simultaneously, as well as the wireless receiver I/O-WN and
I/O-8N/16/R expanders.
IN/OUT for data transfer to/from the keypad. Thermal fuse F4 protects the 13.8 VDC
power supply.
10 ALRM and ON/OFF outputs
ALRM – Is switched by default to (-) when alarm occurs;
ON/OFF – Is switched by default to (-) when the system is armed.
These terminals have two conditions: disconnection or short to ground. They can serve
as indicators to auxiliary units and to system or alarm status, or other modes (see
section 5.9.1).
11 TMPR1 and TMPR2: Input terminals for Tampers switches
Input terminals for tamper switches in detectors and cases. The switches can be
connected with EOL resistors. They can also serve as monitoring indicators for 24 hour
zones, panic buttons etc. TMPR 2 input can serve as zone #9 (see section 3.2.2).
12 LINE: Telephone line terminal
The telephone line is used both for dialing and receiving remote programming calls. If
the telephone line is used by other accessories, it is recommended that the system will
be the first to connect to the line.
13 SET: Telephone set terminal
Two outputs for connecting appliances such as answering machine and fax. All devices
will be disconnected by the system when it requires the telephone line.
14 AUD IN, AUD OUT, CONT: Microphone and Voice Unit
Connectors
CONT is used for controlling voice unit (VU-20N) and microphone (MIC-200). Only one
device can be connected at a time.
AUD IN is used for 2 purposes: receiving information from audio resources and sending
SMS messages using SMS-100.
15 TRANSMITTER: Radio, GSM-200 & SMS-100 unit
TRANSMITTER is a connector to PIMA long-range radio transmitters TRU/TRV-100, to
the cellular transmitter GSM-200 (see section 3.12) and to the SMS-100 PSTN
SMS unit.

HUNTER-PRO Series Installation Guide 13
GSM-200 and SMS-100 cannot be installed simultaneously
To connect a radio transmitter other than PIMA’s use TX-1000 adaptor
16 KEYPAD: Technician keypad Molex terminal
A terminal for connecting a technician keypad (using the TC-3 cable)
17 Expansion Cards terminal
Connector to OUT-1000 and EXP-PRO UNIV expansion cards
18 SERIAL terminal
Used for connecting to TCP/IP communication.
19 JP5, JP10: Siren Type Jumpers
Set the siren type in conjunction with JP6 (See section 3.5).
20 JP6: Siren Power Source
See section 3.5
1.7 PCB Outputs and Output Types
Unlike in previous PIMA alarm systems such as the Hunter-Pro 32, the responses to
events in the Hunter-Pro series are determined through a set of new functions called
‘output types’. These are made of zone types and system events (more than 30 in all)
that trigger the PCB outputs.
A PCB output can only be triggered by one output type, but an output type can trigger
one or any of the PCB outputs.
Regardless of the printed output name, there is no limit as to what device can be
connected to which output: a bell/bulb can be connected to the RELAY output or to the
ON/OFF output, as long as the output type that should trigger it is linked to the right
PCB output.
Hunter-Pro 32 mode of operation
An Alarm signal is received in the panel. Subject to the programmed response of the
zone it came from, a physical PCB output is tripped. For example, the Burglary zone
(type) is programmed to trigger the onboard relay and therefore, an alarm from any
Burglary zone will trip the relay.

14 HUNTER-PRO Series Installation Guide
In the same manner the mains fault event can also trigger the relay. The only
disadvantage is when only one zone type or event needs to trigger the relay: the
technician should then verify that no other event or zone type is programmed to trigger
the same output.
Hunter-Pro series mode of operation
The HUNTER-PRO series introduces a new concept, in which functions called ‘output
type’, which represent various events or zone types in the system, are linked to the
PCB physical outputs.
Through the ‘Output configuration’ menu (#7) an output type is linked to a certain PCB
output (Relay, Ext. Siren, Smoke, Alarm, etc.) and by that, whenever an event that
relates to this ‘output type’ occurs, the PCB output that is linked to is tripped. An
example scenario goes like this:
A Panic signal (from a Panic zone or the keypad or a wireless device) is received in the
panel. ‘Panic’ is one of the 30 and more ‘Output types’. The Panic output type was
previously linked to output #2 in I/O-8N expander and since so, it triggers that output
and will continue to do so anytime a Panic alarm is generated.
In this mode, each physical output can be tripped by one and only one ‘output type’.
For example, Alarm and Low Battery output types, cannot both trip the ON/OFF
onboard output.
This makes the HUNTER-PRO series a very versatile system in handling and responding
to alarms and events. It is for the technician to decide how to handle each one.
Among the new ‘output types’ are: Panic, Fire, Anti mask, GSM fault, Medical,
Station ACK. See section 5.9.2.

HUNTER-PRO Series Installation Guide 15
CH. 2. PARTITIONING
2.1 Introduction
A partition is a sub-division of the system, made of several zones. By using partitions
you can control user access authorizations. Each partition can be controlled by one or
more keypads and a user can be given a code that will allow him to control only a
specific partition in a specified time frame.
HUNTER-PRO series can have up to 16 partitions and 8 keypads (i.e. monitored
keypads). A keypad can control one or more partitions.
2.2 Examples
2.2.1 Example A
Figure 2. Implementing partitions - Example A
In example A, keypad 1 controls all 3 partitions and is used by all 3 users.
2.2.1.1 Common Application for Example A
Figure 3. An office facility divided into rooms/partitions
A floor in an office building has 16 rooms. Each room is programmed as a partition and
can have different User Codes/Remote Controls/TAGs for arming/disarming the system.
A single keypad is installed at the entrance of the hallway. In this case, the keypad will
display the entire system’s status.
Partition 1
Partition 2
Partition 3
Keypad 1
Users 1, 2, 3

16 HUNTER-PRO Series Installation Guide
A detector located next to the entrance and allocated to all partitions protects the
entrance, as soon as all partitions are armed. This zone will be unarmed as soon as the
first partition is disarmed.
2.2.2 Example B
......
.....
.....
Figure 4. Implementing partitions - Example B
The system is divided into X partitions, each partition is controlled by its keypad/s
(defined in “System Installation/Keypads Setup/Partitions for RKD”). A User Code has
access authorizations based on partition/s (defined in User Menu/Code/User
Codes/Partitioning), e.g. User 1 can only activate Partition 1 & 5. That implies for
arming/disarming too.
A keypad displays the status of its authorized partition’s only.
2.2.2.1 Common Application for Example B
Figure 5. Common application for partitions
An office building is divided into 4 departments with different entrances and different
working hours:
Control Panels (up to 8 monitored)
Partitions
(
u
p
to 16
)
Users (up to 96)
Control Panel 1
Partition 1
User 1
Control Panel 2 Control Panel 3
User 2 User 3
Partition 2 Partition 3
Keypad 3:
Management
floo
r
Keypad 2:
Production
floo
r
Keypad 1:
Storage (part of
1st floor
)
Keypad 4:
S
tore
(part of 1st floor)
Part. 3
Part. 2
Part. 1 Part. 4

HUNTER-PRO Series Installation Guide 17
Each department has its keypad: Keypad 1 controls partition 1 (store/storage floor),
Keypad 2 controls partition 2 (production floor), Keypad 3 controls partition 3
(management floor), Keypad 4 controls partition 4 (storage/store floor)
Employees (i.e. users) can have access only to their partition, or to several partitions.
2.2.3 Example C
......
......
.....
Figure 6. Implementing partitions - Example C
A private home has 3 floors: the first floor is defined as Partition #1, the second floor is
Partition #2, and the third floor is Partition #3.
Keypad #1 controls all #3 partitions (& displays their status)
Keypad #2 controls partition #2 only (& displays its status only)
Keypad #3 controls partition #3 only (& displays its status only)
User #1 can control partitions #1, #2, #3 using keypad #1
User #2 can activate partition #2 with keypads #1, #2
User #3 can activate partition #3 with keypads #1, #3
2.2.3.1 Common Application for Example C
Figure 7. Common application for partitions
A user can control several partitions using a single code
Control panel #3
Control panel #2
Control panel #1
Partition #3
Partition #2Partition #1
User #1 User #2 User #3
3rd floor: part. 1
2nd floor: part. 2
1st floor: part. 1
Users can be given different access
authorization levels with regard to
keypad/floor/partition

18 HUNTER-PRO Series Installation Guide
CH. 3. CONNECTING ZONES &ACCESSORIES
Connect the accessories according to the following scheme and instructions:
Figure 8. Connections scheme
The overall length of the wirings connected to the SecuBus™ cannot
exceed 500 meters (call PIMA support when longer distance is required)
The SecuBus™ uses PIMA proprietary protocol
3.1 Connecting Zones
Disconnect all power supply prior to installation!
3.1.1 Zones Inputs
The system’s default zone protection is without EOL (End of Line) resistor/s. A Zone
protection can have either one or two EOLs.
The detectors’ type and whether they are connected with or without EOL resistors are
set in “Zone Characteristics” (see section 5.4.1). The number of EOL resistors is set to
all EOL zones and is programmed in “General Parameters” (section 5.7). For zone
programming refer to sections 5.4 & 5.7.
3.1.2 Connecting a Detector (without EOL)
Connecting N.C. detector with no EOL resistor is done according to the following
diagram. The tamper can be connected in one of two ways:
A. To the TMPR input on the system’s PCB.
B. As a “24 hours” separate zone.

HUNTER-PRO Series Installation Guide 19
Figure 9. Connecting DEFENDER PIR without EOL resistor
3.1.3 Connecting a Detector using a Single EOL
Connecting N.C. detector with a single EOL resistor is done according to the next
diagrams. The tamper needs be connected to the TMPR input on the control panel’s
PCB or as a “24 hours” separate
When connecting N.O. detector, configure the zone input
accordingly (see section 5.4.1(
3.1.3.1 Connecting EOL resistor to N.C. DEFENDER PIR
Zone
() Panel
+
Detector
Figure 10. One EOL resistor
connected to N.C. detector
Figure 11. One EOL
resistor in serial to the
relay and the tamper
Figure 12. Separate
connections for the
relay and the tamper,
each with its EOL
resistor

20 HUNTER-PRO Series Installation Guide
3.1.3.2 Connecting EOL resistor to N.O. DEFENDER PIR Detector
Zone (-)
N.O.
detector
Tamper
switch
Figure 13. One EOL resistor
connected to N.O. detector Figure 14. One EOL resistor in serial to the
relay and the tamper
3.1.4 Connecting a Detector using 2 EOL resistors
Apart from the tamper connection there is no difference whether the detector is a N.O.
or N.C. one. Connecting a detector with two EOL resistors is done according to the
next diagrams.
2 EOL Resistors with DEFENDER PIR (N.C. or N.O.) & Tamper (N.C.)
+
Detector
Figure 15. 2 EOL resistors with
an N.C. detector and tamper
Figure 16. 2 EOL resistors
connected to a tamper in serial to
the relay output