Mircom PRO-2000 Operation Manual
PRO-2000 Series
Addressable Fire Detection and Control System
SYSTEM DISP LAY
DEF
ABC
GHI
1 2 3
MNOJKL
4 5 6
VWXSTU YZ
7 8 9
* 0 #
CONTINUE
MENU
EXIT
PQR
ENTER
HELP
SUPERVISORY
CONTROLS
ENABLED
ALARM
SUPER-
TROUBLE
ALARM
VISORY
FIRST
PREV
LAMP
MORE
TEST
NEXT
PANEL
POWER ON
FAILED
LAST
ISOLATE
STATUS
SERVICE
Installation and Operation Manual
LT-1012 Rev 4.1
Feburary 2016
PRO-2000 Installation and Operation Manual
Table of Contents
List of Figures .......................................................................................................................... iii
List of Tables............................................................................................................................ iv
PRO-2000 Series ...................................................................................................................... 1
The User Interface................................................................................................................ 2
Features Table...................................................................................................................... 3
PRO-2000, X2 SERIES - S/E/M ................................................................................................ 4
PRO-2000 X2S (Standard)................................................................................................... 4
PRO-2000 X2E (Expanded) ................................................................................................. 4
PRO-2000 X2M (Mimic)........................................................................................................ 4
PRO-2000 X2, Common Features........................................................................................ 4
General Installation Guidelines............................................................................................. 5
Special Handling................................................................................................................... 5
Enabling the Onboard Lithium Battery Backup..................................................................... 6
Cable Entry and Internal Routing.......................................................................................... 6
Grounding and Bonding........................................................................................................ 7
Enclosure Installation. ... ........................................................................................................ 7
Hookup of AC Power and Batteries...................................................................................... 11
Alarm Supply ........................................................................................................................ 11
AC Power Connection .......................................................................................................... 11
Installing Batteries in the Enclosure...................................................................................... 12
PRO-2000, X6 SERIES - S/B/E/M............................................................................................. 14
PRO-2000 X6S (standard).................................................................................................... 14
PRO-2000 X6B (blank)......................................................................................................... 14
PRO-2000 X6E (expanded).................................................................................................. 14
PRO-2000 X6M (MIMIC) ...................................................................................................... 14
PRO-2000 X6 Common Features......................................................................................... 15
General Installation Guidelines............................................................................................. 15
Special Handling................................................................................................................... 15
Enabling the Onboard Lithium Battery Backup..................................................................... 15
Cable Entry and Internal Routing.......................................................................................... 15
Grounding and Bonding........................................................................................................ 16
Enclosure Installation. ... ........................................................................................................ 16
Hookup of AC Power and Batteries...................................................................................... 21
Alarm Supply ........................................................................................................................ 21
Installing Batteries in the Enclosure...................................................................................... 21
PRO-2000 X0 Series - S/E/M.................................................................................................... 23
General Installation Guidelines............................................................................................. 23
Special Handling................................................................................................................... 24
Cable Entry and Internal Routing.......................................................................................... 24
Grounding and Bonding........................................................................................................ 24
Enclosure Installation. ... ........................................................................................................ 24
PRO-2000 Multi-Panel Systems.............................................................................................. 31
MAIN PROCESSING CARDS................................................................................................... 34
MPU - Main Processing Unit card......................................................................................... 34
LCD - Liquid Crystal Display card......................................................................................... 38
X6 and X0 series .................................................................................................................. 39
EXPANSION CARDS ........................................................................................................... 43
Communication Card............................................................................................................ 44
APS-14127-00 Auxiliary Power Supply ................................................................................ 46
12 Zone Supervised OUTPUT Card..................................................................................... 49
24/32 Zone Supervised Input Card....................................................................................... 52
ADI - Addressable Device Interface card................................... .... ...................................... . 55
MIMIC Driver Module.............. ... ... ... .... ... ... ... ... .... ... ... ... ........................................................ 59
i
Table of Contents
LCD Expander Card............................................................................................................. 60
External Devices.................................................................................................................. 61
OPERATING INSTRUCTIONS................................................................................................. 71
The LCD Panel..................................................................................................................... 71
DISPLAY.............................................................................................................................. 73
Operating Conditions.............................................................................................................. 74
Appendix A - Battery Calculations ........................................................................................ 93
Appendix B - Compatible Devices......................................................................................... 101
Warranty & Warning Information........................................................................................... 116
ii
PRO-2000 Installation and Operation Manual
List of Figures
Figure 1: LCD Display ................................................................................................................................... 2
Figure 2: X2, Synoptic sketch of the PRO-2000, X2 series........................................................................... 5
Figure 3: Lithium Battery Jumper .................................................................................................................. 6
Figure 4: X2S, Installation Layout.................................................................................................................. 8
Figure 5: X2E, Installation Layout.................................................................................................................. 9
Figure 6: X2M, Installation Layout................................................................................................................. 10
Figure 7: Terminal Connections .................................................................................................................... 12
Figure 8: Battery Hookup............................................................................................................................... 13
Figure 9: Synoptic Sketch of the PR0-2000, X6 Series................................................................................. 14
Figure 10: Micro-processor (MPU)..... ... ... .... ... .............................................................................................. 15
Figure 11: X6S, Installation Layout................................................................................................................ 17
Figure 12: X6B, Installation Layout................................................................................................................ 18
Figure 13: X6E, Installation Layout................................................................................................................ 19
Figure 14: X6M, Installation Layout.................................... ... .......................................... .... ... ... .................... 20
Figure 15: Battery Hookup..................... ... .... ... ... ... ... .... ... ... ... ........................................................................ 21
Figure 16: Synoptic Sketch of the PRO-2000, X0 Series.............................................................................. 23
Figure 17: X0S, Installation Layout................................................................................................................ 25
Figure 18: X0E, Installation layout................................ ... ... ... .... ... .......................................... ....................... 26
Figure 19: X0M, Installation Layout.................................... ... .......................................... .... ... ... .................... 27
Figure 20: X0S, Installation Layout with Power Supply and Batteries........................................................... 28
Figure 21: X0E, Installation Layout with Power Supply and Batteries........................................................... 29
Figure 22: X0M Installation Layout with Power Supply and Batteries........................................................... 30
Figure 23: PRO-2000 Networked Panels..... ... ... ... ... .... ... ... ... .... ... ... ... .... ... ... ... ... .... ... ... ... .... ... ....................... 31
Figure 24: X2 and X6 Network Wiring to a Repeater, X0.............................................................................. 32
Figure 25: Networking The X2 and X6 Using The Communication Card ...................................................... 33
Figure 26: MPU (Main Processing Unit) Card............................................................................................... 34
Figure 27: MPU Backplane Connectors........................................................................................................ 35
Figure 28: LCD Card ....................................................... ... ... .... ... ... ... .... ... ... ................................................. 38
Figure 29: LCD Backplane Connectors........ ... ... ........................................................................................... 38
Figure 30: Expansion Card and LCD Backplane........................................................................................... 40
Figure 31: Communication Card Connections............................................................................................... 44
Figure 32: Communication Card Wiring - Loop/Stub Mode........................................................................... 45
Figure 33: APS-14127-00 Auxiliary Power Supply....... ................................................................................. 46
Figure 34: APS-14127-00 Auxiliary Power Supply Connector ...................................................................... 47
Figure 35: APS-14127-00 Auxiliary Power Supply Typical Connection ........................................................ 47
Figure 36: APS-14127-00 Auxiliary Power Supply LED Indicators ............................................................... 48
Figure 37: 12 Zone Supervised Output Card................................................................................................. 49
Figure 38: Supervised Output Wiring ................. ... ... .... ... ... ... .... ... ... ... .... ... ... ... ... ........................................... 51
Figure 39:
Figure 40: Supervised Input Wiring.... ... ... .... ... ... ... ... .... ... ... ... .... ... ... ... .... ... ... ... ... .... ... ... ... .... .......................... 54
Figure 41: ADI - Addressable Device Interface Card and Connections ........................................................ 55
Figure 42: ADI Driver Module........................................................................................................................ 55
Figure 43: ADI Card Wiring - Stub and Loop Mode....................................................................................... 57
Figure 44: ADI Card Wiring - Supervised Relay Outputs .............................................................................. 58
Figure 45: MIMIC Driver Module and Connections ............ ... .... ... ... ... .... ... ... ... ... .... ... ... ... .... ... ... ... ... .... ... ....... 59
Figure 46: LCD Expander Card and Connections........................................ ... ... .... ....................................... 60
Figure 47: 2 Wire Class B Initiating Circuit Configuration of Monitor Module................................................ 62
Figure 48: 2 Wire Style B Initiating Circuit Configuration of Monitor Module................................................. 63
Figure 49: Class B Indicating Circuit Wiring of Control Module..................................................................... 64
Figure 50: Typical Isolator Module Wiring - Using EOL Relay for Line Supervision...................................... 65
Figure 51: ADI CARD - Typical Wiring Diagram Number 1 for Control Module In Release Configuration.... 67
Figure 52: ADI CARD - Typical Wiring Diagram Number 2 for Control Module In Release Configuration.... 68
Figure 53: SI Card Typical Wiring Diagram for Releasing Circuit.................................................................. 69
Figure 54: SO Card Typical Wiring Diagram for Releasing Circuit................................................................ 70
Figure 55: LCD Panel.. ....................................... ... ... .... ... ... ... .... ... ....................................... .......................... 71
24/32 Zone Supervised Input Card.................................................................................... 52
iii
PRO-2000 Installation and Operation Manual
List of Tables
Table 1: Table of features .................................................................................................................... 3
Table 2: MPU Pinouts .......................................................................................................................... 36
Table 3: MPU Relays ........................................................................................................................... 36
Table 4: MPU Switches ........................................................................................................................ 36
Table 5: MPU Jumpers ........................................ ... .... ... ... ... .... ...................................... .... ................... 37
Table 6: MPU LEDs .......................................................................... .... ... ... ... ... .................................... 37
Table 7: LCD Pinouts ........................................................................................................................... 41
Table 8: LCD Relays ............................................................................................................................ 41
Table 9: LCD Switches ......................................................................................................................... 41
Table 10: LCD Jumpers .............................. ... ... ... ... .... ... ... ... .... ...................................... .... ... ................ 42
Table 11: LCD LEDs ...................................................................... ... .... ... ... ... ... .... ... ............................. 42
Table 12: Communication card Pin outs ............................................................................................... 44
Table 13: Communication Card LEDs.......... ... ... ... ................................................................................. 44
Table 14: 12 Zone Supervised OUTPUT Card Pin outs - Screw Termination ....................................... 49
Table 15: 12 Zone Supervised OUTPUT Card Pin outs - DSUB Termination ....................................... 50
Table 16: External Power Supply Connections ..................................................................................... 50
Table 17: 12 Zone Supervised OUTPUT Card Jum pers ....................................................................... 50
Table 18: 12 Zone Supervised OUTPUT Card LEDs .. ... ... ... .... ... .......................................................... 50
Table 19: 24 Zone Supervised Input Card Pin outs .............................. ... ... ... ... .................................... 52
Table 20: 32 Zone Supervised Input Card Pin outs .............................. ... ... ... ... .................................... 53
Table 21: Supervised Input Card LEDs ................................................................................................. 53
Table 22: ADI Card Pin outs ........................................... ... ... .... ... ... ... .... ... ... ... ... .... ................................ 56
Table 23: ADI Card Jumpers .......... ... .................................................................................................... 56
Table 24: ADI Card LEDs ........... .... ... ... ................................................................................................. 56
Table 25: MIMIC Driver Module LEDs ............................... ... .... ... ... ... .... ... ... ... ....................................... 59
Table 26: MIMIC Driver Module LEDs............................. ... ... .... ... ... ... .... ... ............................................. 60
Table 27: LCD Expander LEDs.......... ... ... .... ... ... ... ... .... ... ... ... ................................................................. 60
Table 28: System Status ...................... ....................................... ... ... .... ... ... ... ... .... ................................ 72
Table 29: Indicators and Push buttons from Display Panel ................................................................... 73
Table 30: PRO-2000 - Device ID .......................................... .......................................... .... ... ... ............. 76
Table 31: MIMIC Driver Module LEDs ............................... ... .... ... ... ... .... ... ... ... ....................................... 86
Table 32a: Device Trouble ...................... .... ... ... ... ... .... ... ... ... ................................................................. 88
Table 32b: Device Trouble (continuation) ............................................................................................. 89
Table 33a: Card Trouble ...................................... ... .... ... ... ... ................................................................. 90
Table 33b: Card Trouble (continuation) ............................................. .... ... ... ... ... .... ................................ 91
Table 33c: Card Trouble (continuation) ................................................................................................. 92
Table 34: Battery Capacity - Panel Specific Configuration ............................. ....... ...... ....... ...... ...... ....... 93
Table 35: X2 Panel Standby Current Consumption - Main Power Supply ............................ ... ... ... .... ... 94
Table 36: X2 Panel Standby Current Consumption - Battery back-up .................................................. 95
Table 37: X2 Panel Alarm Current Consumption - Battery back-up ...................................... ................ 96
Table 38: X6 Panel Standby Current Consumption - Main Power Supply ............................ ... ... ... .... ... 97
Table 39: X6 Panel Standby Current Consumption - Battery back-up .................................................. 98
Table 40: X6 Panel Alarm Current Consumption - Battery back-up ...................................... ................ 99
Table 41: System Components Current Consumption - External Power Supply .................................. 100
iv
PRO-2000 Installation and Operation Manual
PRO-2000 Series
The PRO-2000 is a sophisticated micro-processor-based, fire detection, monitoring and control series of panels.
The panels are fully on-site configurable.
The number and type of PRO-2000 panels depend on your application. They come in different versions-a n X2,
X6, and X0-allowing system scalability. The X2 and X6 versions are the main building blocks of the PRO-2000
series, with the X0 version acting as remote annunciators.
The connected detection, monitoring, and control devices can be configured in loop or stub configurations. The
status of the devices can be displayed by a single panel or by multiple p anels in a network. In a network
configuration, one panel is programmed as a Master, with all other panels configured as Slaves-reporting alarms
and device states to the Master panel.
The panels are designed to operate as a stand-alone fire detection and control panels, or as part of a network,
comprising several PRO-2000 panels, with a total capacity of 10,000 I/O points. The PRO-2000 panel performs
trend analyses of the measured values obtained from monitored sensors and adjusts individual alarm thresholds
to compensate for detector contamination or slow-changing environmental influences. These analyses ensure
reliable determination of the status (alarm, fault, or normal).
The basic configuration of a PRO-2000 panel comprises three main elements:
• An Enclosure containing the electronics necessary to run the system.
• A PRO-2000 panel may contain a combination of up to two expansion cards for the X2 series, and six
expansion cards for the X6. For example, Addressable Devices Interface (ADI), Communication, Supervised
Input, and Supervised OUTPUT cards. The enclosure size and contents depend on the configuration of your
protected installation.
• A Power Supply connecting to an external power source as well as Battery charger/Battery backup capability.
• A user interface between the system and the operator equipped with LED indica to rs, push button s, a Contr ol
Key Switch, and a Liquid Crystal Display (LCD).
• All PRO-2000 panels provide a 2 x 40 character, backlit, LCD display indicating the status (alarm, fault, or
normal) of each of the devices. The Expanded versions, X6E, X2E, and X0E pan els provide additional control
and display capabilities with the addition of 24 push buttons and 48 LEDs.
The panels can act as releasing units for applications where different extinguishing agents are used. A typical
releasing configuration comprises heat or smoke detectors, a pull station, an abort station, a set of extinguishant
cylinders, and audible/visual signaling devices. The p anel is factory programmed to meet the necessary
requirements for each zone.
Applicable Standards: NFPA 11, 12, 12A, 12B, 13, 15, 16, 17, 17A, 70, 72, 750, 2001
UL 864 Rev. 9, ULC S524, ULC S527-99
1
PRO-2000 Series
ALARM
VWXSTU YZ
EXIT HELP
8
0
CONTINUE
#
MENU
7
ENTER
*
9
DEF
MNO
5
2
JKL
4
ABC
1
PQR
6
GHI
3
SYSTEM
SUPERVISORY
ENABLED
CONTROLS
RESET
SERVICESTATUS ISOLATE
POWER ON
FAILED
PAN EL
ACKNOWLEDGE
NEXT
LAST
PREV
FIRST
TEST
LAMP
MORE
VISORY
SUPER-
ALARM TROUBLE
DISPLAY
USER DEFINED SECTION
LCD DISPLAY - USER DEFINED MESSAGES
SYSTEM KEY PAD
CONTROL KEY SWITCH
USER CONTROL SECTION
DYSPLAY KEY PADBUZZER
The User Interface
Mounted on the enclosure door, the LCD Display provides the user interface for the PRO-2000. The LCD Display
comprises an LCD card, a display/control escutche on with configu rable LEDs and push buttons, control key switch,
and a buzzer.
The built-in buzzer draws attention to the pane l on occurrence of any detected event. The buzzer sounds
intermittently at two different rates: fast for alarms and slow for all other conditions.
The display/control escutcheon interfaces between the operator and the panel. There are 4 sections:
•The Display section provides selectable display lists of the events you want to access. By selecting a Mode,
Alarm, Supervisory, Trouble, Status, Service or Isolate, the appropriate list appears in the LCD.
•The System section provides selections for system maintenance. For example, enable/disable printing, print
the event log, place/remove devices into/from service or isolate mode.
•The User Defined section contains 12 configurable push butto ns and 2 4 status LEDs-one red and one yellow
for each push button.
•The User Control section displays events and provides acknowledge and reset features.
Membrane push button controls acknowledge and silence alarms, reset the detection circuits, and test the panel
display. These controls also enable authorized service personnel to perform service functions. Using the System
keypad, the operator can select different maintena nce functions such as the event log, backlighting intensity, and
other maintenance related features.
The LCD Display features a 2 line by 40 character Liquid Crystal Display (LCD) indicating the status of the panel
and all connected input and OUTPUT devices. When an off-normal condition occurs, the first line displays event
occurrence and time, the second line provides a plain language description of the off-normal condition. The text
description for the zone or device is user-defined.
2
Figure 1: LCD Display
Features Table
PRO-2000 Installation and Operation Manual
USCG
UL/
ULC
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
XX
Feature X2S X2E X2M X6S X6E X6M X6B X0S X0E X0M
Listing XXXXXXXXXX
Up to 1200 local detection/control devic es/zones
per panel
Up to 3600 local detection/control devic es/zones
per panel
Up to 5000 networked detection/control zones
per panel
Up to 10000 networked detection/control zones
per panel
Support for addressable devices (detectors,
monitor modules, control modules)
Support for conventional 2-wire initi ating devices
(shouting and non-shorting devices)
Support for notification circuits (dry conta cts and
supervised outputs)
Support for panel networking RS-422 loop/stub XXXXXXXXXX
Support for Printer, MODBUS interface,
diagnostic port RS-232 with or without
handshake
Support for repeater panels XXXXXX
User interfaces:
- 2 lines x 40 characters backlit LCD display,
- 24 programmable local LED indicators,
- 12 programmable local push buttons,
- Easy one key access to display lists, Alarm,
Supervisory, Trouble, Status, Service, Isolate
Adjustable panel brightness XXXXXX XXX
One person walk test XXXXXX XXX
Service and isolate modes XXXXXX XXX
Battery back-up real time clock and event log XXXXXX XXX
110 to 120VAC or 220 to 240VAC operation XXXXXXXXXX
Battery charger XXXXXXXXXX
Master Alarm and Trouble Relays XXXXXXX
All field wiring connected through removable
connectors with screw terminators
Isolated power supplies on each interface card
for exceptional noise immunity
Independent Ground fault detection circuits on
each interface card for easy Ground fault
tracking
Transient protection on all f ield con nect ions and
chassis
Wall mount enclosure XXXXXXXXXX
48 additional programmable local indicators X X X
24 additional programmable local push buttons X X X
Geographic mimic display containing up to 144
indicators (LED) and 72 push buttons
Table 1: Table of features
XXX
XXXX
XXX
XXXX
XXXXXXX
XXXXXXX
XXXXXXX
XXXXXXX
XXXXXX XXX
XXXXXXXXXX
XXXXXXXXXX
XXXXXXXXXX
XXXXXXXXXX
XX X
3
PRO-2000, X2 SERIES - S/E/M
PRO-2000, X2 SERIES - S/E/M
The PRO-2000 X2 Series are fire alarm monitoring and control units suitable for small to medium applications.
Large applications can be covered with networked panels.
The PRO-2000 X2 Series consists of three types of panels: the X2S, the X2E, and the X2M.
PRO-2000 X2S (Standard)
The X2S is the standard panel housed in a 23” x 24” (584 mm x 610 mm) enclosure. The X2S consists of a
processing and display unit which processes all field data and displays all event. It has the standard 2 lines by 40
character display with the associated display list controls and indicators and the standard 24 configurable indicators
(LEDs) and 12 configurable push buttons.
PRO-2000 X2E (Expanded)
The X2E is the expanded version housed in a 24” x 30” (610 mm x 76 2 mm) enclosur e. It has th e same fe atures as
the X2S plus an additional 48 configurable indicators (LEDs) and an additional 24 configurable push buttons.
PRO-2000 X2M (Mimic)
The X2M is the mimic version housed in a 24” x 41” (610 mm x 1041 mm) enclosure. It has the same features as
the X2S plus a geographic mimic providing a graphical representation of the protected area. The mimic contains up
to 144 indicators (LEDs) to provide visual feedback and 72 programmable push buttons.
PRO-2000 X2, Common Features
The X2 Series supports communication and n etworking functions. The X2 panels can operate as standalone panels
or they can be networked in a master/slave configuration. The master can be programmed to monitor and control
the slave panels as well as monitor its own devices.
By adding an RS-232 communication module to the LCD card, the X2 panels can communicate with external
devices, such as printers or computers, via a standard modular phone jack. The RS-232 communication module
supports one channel. By adding an RS-422 communication module, the X2 panels can be networked to other
PRO-2000 panels. The RS-422 communication module supports 2 channels. The communication capabilities of the
X2 Series can be further expanded by the addition of Communication cards.
The printer used must be UL ITE Listed. ITE stands for Information Technology Equipment as per UL requirement.
The X2 panels can be expanded using up to 2 of the following expansion cards:
• Addressable Detector Interface (ADI) card - smoke/heat detectors, monitor modules, control m odules, and 4 on
board supervised/unsupervised outputs
• 24/32 Zone Supervised Input (SI) card - conventional detectors, shorting and non-shorting devices
• 12 Zone Supervised OUTPUT (SO) card - supervised outputs and dry contacts
• Communication Card - networked configurations
4
PRO-2000 Installation and Operation Manual
Geographic MIMIC
(MIMIC driver)
LCD expander
Processing and
Display Unit
(LCD)
Expansion cards
(Up to 2)
Transformer
115 or 220 VAC
Power supply
and
battery charger
Batteries
X2M
X2E
X2S
Power-Limited
Circuit
Detection and
Signaling
Communications
Master Alarm and
Fault Relays
Non Power-Limited
Circuit
Backplane
Networking
(RS-422)
Printer (RS-232)
AC Power
RS-422
Module
Module
RS-232
Circuits
General Installation Guidelines
X2 panels should be installed in a dry, clean, well lit secured area. No combustible or hazardous material should
be stored in the vicinity of the installed unit. The installation must comply with all local and/or national regulations
and codes of practice governing fire alarm system installation, electrical wiring, life safety, etc.
Special Handling
Circuit cards are to be stored in anti-static packaging and kept away from the sun and from direct sources of
intense UV light. The circuit card may be subject to degradation due to electrostatic discharge; therefore
grounding straps must be worn when handling the cards.
Figure 2: X2, Synoptic sketch of the PRO-2000, X2 series
5
PRO-2000, X2 SERIES - S/E/M
LCD
JUMPER
LITHIUM BATTERY
Enabling the Onboard Lithium Battery Backup
The X2 panels are shipped with the jumper for the lithium battery disconnected. You must insert the jumper to
activate the battery backup for the real time clock and the RAM memory used for the event log. Jumper is located
on the LCD (JP6).
Cable Entry and Internal Routing
On the enclosure there are two removable cable entry plates. These plates are to be remove d, punched and reinstalled. If additional entry holes are required outside the cable entry plates, before punching cable entry holes:
1. Disconnect the wiring harness from the power supply to the LCD card.
2. Disconnect the door ground strap and remove the enclosure door with attached electronics.
3. Remove the mounting plate with attached power supply from the enclosure base.
Cable entry holes must be punched in accordance with the following criteria:
• Separate holes are required for the entry of Power-Limited and Non -Power-Limited circuit cables.
6
Figure 3: Lithium Battery Jumper
PRO-2000 Installation and Operation Manual
• Centre-to-centre spacing between an entry hole for Power-Limited circuit cables and an entry hole for NonPower-Limited circuit cables must not be less than two (2) times the diameter of the larger entry hole.
• Sufficient clearance must be provided around each hole to allow for any required conduit fittings, cableclamps, lock nuts, washers or other hardware.
• Exclusive entry holes must be provided for the Primar y AC Supply cab le and for the External Standby Supply
(battery backup) cable.
• At no point inside the enclosure must the spacing between power-limited and non-power-limited circuit
conductors be less than 6.4mm (114 inch).
Wire length inside the enclosure should be kept to a minimum.
Cables must not interfere with, or touch any circuit card components other than the intended co nnector terminals.
Grounding and Bonding
All supply and device wiring must be grounded and bonded in accordance with applicable local regulations governing the wiring of
Fire Alarm Systems.
Enclosure Installation
All cable entry holes should be punched out prior to installation of base.
Ensure wall or structure to which the enclosure base is being mounted is capable of su pporting a fully loa ded unit.
Sufficient clearance must be provided around the unit to allow the enclosure cover door to be fu lly opened (180° )
without impediment. The enclosure box may be semi-flush mounted provided no less than 5 cm (2 inches) of the
box frame protrudes from the wall surface.
The top of the enclosure should be no more than 2.0 meters (6.7 feet) above the finished floor.
Recommended mounting hardware: four 1/4” pan head screws (if bolts are used, four suitable flat washers are
required).
1. Remove the ground strap (14 gauge, green) between the enclosure base and door by loosening and removing
the ground stud nut and star washer.
2. Disconnect the power harness connectors at J5 and J7 on the LCD card.
3. Remove the enclosure door from th e slip hin g es .
4. Remove the mounting plate, with attached power supply, from the enclosure base.
5. Secure the enclosure to wall using the for ¼“ panhead screws.
6. Align the mounting plate, with attached power supply, to the enclosure base threaded studs and secure with
attaching nut and washer.
7. Re-install the door and ground strap between the door and the enclosure base.
8. Reconnect the power harness connectors at J5 and J7 on the LCD card.
7
PRO-2000, X2 SERIES - S/E/M
J2 J1
J11J10
J12
1
2
E
S
F
U
F
.
E
S
U
F
.
E
F
.
U
23.10" [586.74mm]
24.00" [609.60mm]
7.16" [181.94mm]
21.00" [533.40mm]
22.20" [563.88mm]
1.20" [30.48mm]
46.76" [1187.60mm]
90°
29.68" [753.92mm]
+-
-
+
0.90" [22.86mm]
Figure 4: X2S, Installation Layout
8
PRO-2000 Installation and Operation Manual
7.16" [181.97mm]
J2
J2
INPUT FREQUENCY:
INPUT VOLTAGE:
POWER LIMITED:
FUSE RATING:
OUTPUT
AMPS
V.AC
HZ
PART NO:
SERIAL NO:
MODEL NO:
J1J2
J7
J5
21.00" [533.40mm]
1.20" [30.48mm]
23.10" [586.74mm]
46.76" [1187.60mm]
28.20" [716.28mm]
0.90" [22.86mm]
30.00" [762.00mm]
90.00°
29.68" [753.92mm]
E
F
U
F
.
F
.
U
S
E
.
F
U
S
E
Figure 5: X2E, Installation Layout
9
PRO-2000, X2 SERIES - S/E/M
7.16" [181.97mm]
90.00°
29.68" [753.92mm]
0.90" [22.86mm]
39.20" [995.68mm]
41.00" [1041.40mm]
1.20" [30.48mm]
23.10" [586.74mm]
46.76" [1187.60mm]
21.00" [533.40mm]
Figure 6: X2M, Installation Layout
10
PRO-2000 Installation and Operation Manual
Hookup of AC Power and Batteries
The Power Supply provides a regulated 28 VDC to the PRO-2000 series and provides charge current to the
optional backup batteries. As the batteries are kept permanently charged, power is continuously provided
(Uninterruptible Power Supply or UPS). The power supply AC rat ing s ar e as fo llow s:
120 V version: V = 120 VAC nominal, I = 1.5 A, frequency 60 Hz
220 V version: V = 220 VAC nominal, I = 0.8 A, frequency 50 Hz
LEDs are visible on the Power Supply indicating the functional status of the unit. As the Power Supply is
convection cooled, no fans or blowers are required. The transformer and power supply mount directly on the
mounting plate.
A built-in battery charger maintains the batteries at full capacity. After extended power outages, the charger
restores the batteries to full capacity. Short circuit, over-voltage, and brownout monitoring circuits protect all
powered components by switching to the batteries whenever a tr ouble condition exists in the power supply.
Alarm Supply
Power to the alarm devices in a system must be supplied from a separate battery backed-up Power Supply which
is "UL listed (ULC listed in Canada)" for fire protective signal system use.
AC Power Connection
CAUTION: Ensure all voltage sources are disconnected from the panels before installing or removing cards.
1. Remove terminal cover from terminal block, TB1, located on the transformer bracket.
2. Connect Primary supply Ground wire (green) to Ground stud.
3. Connect Primary supply Neutral wire (white) to TB1 NEUTRAL terminal.
4. Connect Primary supply Line wire (black) to TB1 LINE terminal.
5. Replace and secure terminal cover on TB1.
6. Maximum 150 VAC to Ground.
11
PRO-2000, X2 SERIES - S/E/M
S
.
F
E
.
F
U
F
E
U
E
.
F
U
S
GROUND
NEUTRAL
LINE
GROUND STUD
FUSE
NON POWER
LIMITED CIRCUIT
Figure 7: Terminal Connections
Installing Batteries in the Enclosure
The following instructions apply only to systems requiring 42 Amp-Hours or less of battery back-up capacity.
1. Remove battery retaining hardware.
2. Place two new fully charged 12V batteries on the bottom of the enclosure. Use 12V sealed lead-acid batteries.
3. Connect jumper between the batteries 'A' and 'B' poles (see Figure 8).
4. Connect black wire terminal to battery 'A'.
5. Connect red wire terminal to battery 'B' (+).
6. Replace battery and secure with retaining hardware.
For the Calculation of Battery Requirements, refer to Appendix A.
12
C
I
R
C
U
I
T
S
N
O
N
P
O
W
E
R
-
L
I
M
I
T
E
D
C
I
R
C
U
I
T
S
N
O
N
P
O
W
E
R
-
L
I
M
I
T
E
D
B
F
U
S
E
(
F
1
)
L
I
N
E
N
E
U
T
R
A
L
G
R
O
U
N
D
S
T
U
D
G
R
O
U
N
D
A
J
U
M
P
E
R
P
O
W
E
R
-
L
I
M
I
T
E
D
C
I
R
C
U
I
T
R
E
D
B
L
A
C
K
U
F
E
.
F
U
S
E
.
F
U
F
S
E
J
1
J
2
Figure 8: Battery Hookup
PRO-2000 Installation and Operation Manual
13
PRO-2000, X6 SERIES - S/B/E/M
Addressable Fire Detection and Control System
AL
ARM
SY
STEM DISPLAY
123
456
789
*0#
EXIT
HELP
CONTINUE
MENU
ENTER
SUPERVISORY
ENABLED
CONTROLS
POWER ON
FAILED
PANEL
NEXT
LAST
PREV
FIRST
TEST
LAMP
MORE
VISORY
SUPER-
ALARM
TROUBLE
SERVICE
STATUS
ISOLATE
VWXSTU YZ
DEF
MNOJKL
ABC
PQR
GHI
PRO-2000, X6 SERIES - S/B/E/M
The PRO-2000 X6 panels are fire alarm monitoring and con trol unit s suit able for medi um to large application s. Very
large applications can be covered with networked panels.
The PRO-2000 X6 Series consist of four types of panels: the X6B, the X6E, the X6M and the X6S.
PRO-2000 X6S (standard)
The X6S is the standard panel housed in a 24" x 30" (610 mm x 762 mm) enclosure. The X6S consists of a
processing unit (MPU to process all field data and a display unit (LCD) to display all events. The LCD has a
standard 2 line x 40 character display with the associated display list controls and indicators and the standard 24
configurable indicators (LEDS) and 12 configurable push buttons.
PRO-2000 X6B (blank)
The X6B is the blank panel housed in a 24" x 30" (610 mm x 762 mm) enclosure. It has the same features as the
X6S, but without a display unit (LCD).
PRO-2000 X6E (expanded)
The X6E is the expanded version housed in a 24" x 30" (61 0 mm x 762 mm) enclosure. It has the same features as
the X6S plus an additional 48 configurable indicators (LEDs) and an additional 24 configurable push buttons.
PRO-2000 X6M (MIMIC)
The X6M is the mimic version housed in a 24" x 41" (610 mm x 1041 mm) enclosure. It has the same features as the X6S plus a
geographic mimic providing a graphical representation of th e protected area. The mimic contains up to 144 indicators (LEDs) to
provide visual feedback and 72 programmable push buttons.
Figure 9: Synoptic Sketch of the PR0-2000, X6 Series
14
PRO-2000 Installation and Operation Manual
MPU CCA
LITHIUM
MPU BACKPLANE
JUMPER
BATTERY
PRO-2000 X6 Common Features
The X6 Series supports communica tion and networking functions. The X6 can operate as a stand-alone panel or
it can be networked in a master/slave configuration. The master can be configured to monitor and control the
slave panels as well as monitor its own devices.
The X6 panels can support communication to one RS-232 and one repeater network using small communication
modules. By adding an RS-232 communication module to the MPU card, the X6 panels can communicate with
external devices, such as printers or computers, via a standard modular pho ne j ack. The RS- 23 2 communicatio n
module supports one channel. The built-in RS-422 commun ication module enables X6 panels to support a
maximum of two Repeater networks. The RS-422 communication module supports 2 channels. For enhanced
networking capabilities, Communication interface cards can be added to the panel.
The printer used must be UL Listed (ULC Listed in Canada).
The X6 panels can accept up to 6 of the following expansion cards:
• Addressable Detector Interface (ADI) card - smoke/heat detectors, monitor modules, control modules, and 4
onboard supervised/unsupervised outputs
• 24/32 Zone Supervised Input (S1) card - conventional detectors, shorting and non-shorting devices
• 12 Zone Supervised OUTPUT (SO) card - supervised outputs and dry contacts
• Communication Card - networked configurations
General Installation Guidelines
The panel should be installed in a dry, clean, well lit and secured area. No combustible or hazardous material
should be stored in the vicinity of the installed unit. The installation must comply with all local and/or national
regulations and codes of practice governing fire alarm system installation, electrical wiring, life safety, etc.
Special Handling
Circuit cards are to be stored in anti-static packaging and kept away from the sun and from direct sources of
intense UV light. The circuit card may be subject to degradation due to electrostatic discharge; therefore
grounding straps must be worn when handling the cards.
Enabling the Onboard Lithium
Battery Backup
The X6 panels are shipped with the jumper for the
lithium battery disconnected. You must insert the
jumper to activate the battery backup for the real
time clock and the RAM memory used for the
event log. Jumper is located on the MPU (JP3).
Cable Entry and Internal
Routing
On the enclosure there are two removable cable
entry plates. These plates are to be removed,
punched, and re-installed. For additional entry
holes, outside the cable entry plates:
1. Disconnect the wiring harness from the
MPU to the LCD card.
2. Disconnect the door ground strap and
remove the enclosure door with
attached electronics from the enclosure
base.
3. Remove the mounting plate with the
attached electronics from the enclosure base.
Figure 10: Micro-processor (MPU)
15
PRO-2000, X6 SERIES - S/B/E/M
Cable entry holes must be punched in accordance with the following criteria:
• Separate holes are required for the entry of Power-Limited and Non -Power-Limited circuit cables.
• Centre-to-centre spacing between an entry hole for Power-Limited circuit cables and an entry hole for NonPower-Limited circuit cables must not be less than two (2) times the diameter of the larger entry hole.
• Sufficient clearance must be provided around each hole to allow for any required cond uit fittings, cable-clamp s,
lock nuts, washers or other hardware.
• Exclusive entry holes must be provided for the Primary AC Supply cable and for the External Standby Supply
(battery backup) cable if required.
• At no point inside the enclosure must the spacing between power-limited and non-power-limited circuit
conductors be less than 6.4mm (¼ inch).
Wire lengths inside the enclosure should be kept to a minimum.
Cables must not interfere with, or touch any circuit card components other than the intended co nnector terminals.
Grounding and Bonding
All supply and device wiring must be grounded and bonded in accordance with applicable local regulations
governing the wiring of Fire Alarm Systems.
Enclosure Installation
All cable entry holes should be punched out prior to installation of enclosure base.
Ensure wall or structure to which the enclosure base is being mounted is capable of supporting a fully loaded unit.
Sufficient clearance must be provided around the unit to allow the enclosure door to be fully opened (180°) without
impediment. The enclosure box may be semi-flush mounted pro vided no less than 5 cm (2 inches) of th e box frame
protrudes from the wall surface.
The top of the enclosure should be no more than 2.0 meters (6.7 feet) above the finished floor.
Recommended mounting hardware: four ¼" pan head screws (If bolts are used, four suitable flat washers are
required).
1. Remove the ground strap (14 Gauge, green) between the enclosu re base an d door by loosening and removing the
ground stud nut and star washer.
2. Remove the MPU-LCD harness connector from J6 on the LCD card.
3. Remove the enclosure door from th e slip hin g es.
4. Remove the mounting plate, with attached electronics and power supply, fro m the enclosure base.
5. Secure the enclosure base to the wall using the four ¼” panhead screws.
6. Align the mounting plate, with attached electronics and power supply, to the enclosure base threaded studs and
secure with attaching nut and washer.
7. Re-install the door and ground strap between door and enclosure base.
8. Reconnect the MPU-LCD harness connector at J6 on the LCD card.
16
PRO-2000 Installation and Operation Manual
7.16" [181.97mm]
90°
29.68" [753.92mm]
46.76" [1187.60mm]
23.10" [586.74mm]
1.20" [30.48mm] 21.00" [533.40mm]
0.90" [22.86mm]
28.20" [716.28mm]
30.00" [762.00mm]
Figure 11: X6S, Installation Layout
17
PRO-2000, X6 SERIES - S/B/E/M
7.16" [181.97mm]
90°
29.68" [753.92mm]
46.76" [1187.60mm]
23.10" [586.74mm]
1.20" [30.48mm]
21.00" [533.40mm]
0.90" [22.86mm]
28.20" [716.28mm]
30.00" [762.00mm]
Figure 12: X6B, Installation Layout
18
PRO-2000 Installation and Operation Manual
7.16" [181.97mm]
90°
29.68" [753.92mm]
46.76" [1187.60mm]
23.10" [586.74mm]
1.20" [30.48mm]
21.00" [533.40mm]
0.90" [22.86mm]
28.20" [716.28mm]
30.00" [762.00mm]
Figure 13: X6E, Installation Layout
19
PRO-2000, X6 SERIES - S/B/E/M
7.16" [181.97mm]
90°
29.68" [753.92mm]
46.76" [1187.60mm]
23.10" [586.74mm]
1.20" [30.48mm]
21.00" [533.40mm]
41.00" [1041.40mm]
39.20" [995.68mm]
0.90" [22.86mm]
Figure 14: X6M, Installation Layout
20
PRO-2000 Installation and Operation Manual
Hookup of AC Power and Batteries
The Power Supply provides a regulated 28 VDC to the PRO-2000 series and provides charge current to the optional
backup batteries. As the batteries are kept permanently charged, power is continuously provided (Uninterruptible Power
Supply or UPS). The power supply AC ratings are as follows:
120 VAC Version: V = 120 VAC nominal, 1 =1.5 A, Frequency 60Hz
220 VAC Version: V = 220 VAC nominal, 1 =0.8 A, Frequency 50Hz
LEDs are visible on the Power Supply indicating the functional status of the unit. As the Power Supply is convection
cooled, no fans or blowers are required. The transformer and power supply mount directly on the mounting plate.
A built-in battery charger maintains the batteries at full capa city. After extended power outages, the charger restores the
batteries to full capacity. Short circuit, over-voltage and brownout monitoring circuits protect all powered components by
switching to the batteries whenever a trouble condition exists in the power supply.
Alarm Supply
Power to the alarm devices in a system must be supplied from a separate battery backed-up Power Supply which is "UL
listed (ULC listed in Canada)” for fire protective signal system use.
AC Power Connection
CAUTION: Ensure all voltage sources are disconnected from the panels before installing or removing cards.
1. Remove terminal cover from terminal block, TB1, located on the transformer bracket.
2. Connect Primary supply Ground wire (green) to Ground stud.
3. Connect Primary supply Neutral wire (white) to TB1 NEUTRAL terminal.
4. Connect Primary supply Line wire (black) to TB1 LINE terminal.
5. Replace and secure terminal cover on TB1.
6. Maximum 150 V AC to Ground.
Installing Batteries in the Enclosure
The following instructions apply to stems requiring 42 Amp-Hours or less of battery back-up capacity.
1. Remove battery retaining hardwa re.
2. Place two new fully charged 12V batteries on the bottom of the enclosure. Use 12V sealed lead-acid batteries.
3. Connect jumper between the batteries ‘A’ (+) and ‘B' (-) poles (see Figure 15).
4. Connect black wire terminal to battery 'A'.
5. Connect red wire terminal to battery 'B' (+).
6. Replace battery and secure with retaining hardware.
For Calculation of Battery Requirements refer to Appendix A.
21
PRO-2000, X6 SERIES - S/B/E/M
J
2
J
1
E
S
F
U
F
.
E
S
U
F
.
E
F
U
B
L
A
C
K
R
E
D
P
O
W
E
R
-
L
I
M
I
T
E
D
C
I
R
C
U
I
T
J
U
M
P
E
R
A
G
R
O
U
N
D
S
T
U
D
G
R
O
U
N
D
N
E
U
T
R
A
L
L
I
N
E
F
U
S
E
(
F
1
)
B
N
O
N
P
O
W
E
R
-
L
I
M
I
T
E
D
C
I
R
C
U
I
T
S
N
O
N
P
O
W
E
R
-
L
I
M
I
T
E
D
C
I
R
C
U
I
T
S
Figure 15: Battery Hookup
22
PRO-2000 Installation and Operation Manual
Geographic MIMIC
(MIMIC driver)
LCD expander
Display unit
(LCD)
Transformer
115 or 220 VAC
Power Supply
and battery
charger
Batteries
X0M
X0E
X0S
Power-limited circuits
Non power-limited
circuit
To host panel
(RS-422)
AC power
RS-422
Module
Figure 16: Synoptic Sketch of the PRO-2000, X0 Series
PRO-2000 X0 Series - S/E/M
The PRO-2000 X0 Series are remote annunciator panels for the X2 and X6 Series.
The PRO-2000 X0 Series consist of three types of panels: the X0S, the X0E, and the X0M.
PRO-2000 X0S (Standard)
The X0S is the standard panel
housed in a 23" x 24" (584 mm x
610 mm) enclosure. The X0S
consists of a display unit which
repeats all events report ed by the
X2 or X6 host panel. It has the
standard 2 lines x 40 character
display with the associated
display list controls and indicators
and the standard 24 configurable
indicators(LEDs) and 12
configurable push buttons.
PRO-2000 X0E (Expanded)
The X0E is the expanded version
housed in a 24" x 30" (610 mm x
762 mm) enclosure. It has the
same features as the X0S plus an
additional 48 configurable
indicators (LEDs) and an
additional 24 configurable push
buttons.
PRO-2000 X0M (Mimic)
The X0M is the mimic version
housed in a 24" x 41" (610 mm x
1041 mm) enclosure. It has the
same features as the X0S plus a
geographic mimic providing a
graphical representation of the
protected area. The mimic
contains up to 144 indicators
(LEDs) to provide visual feedback
and 72 programmable push
buttons.
PRO-2000 X0, Common Features
The X0 panels operate as repeater panels. All the user interface functionality available on the host (X2 or X6) is
also available on the repeater panel. This includes all display lists (alarm, supervisory, trouble, etc.),
acknowledgement and reset functions, as well as System Maintenance accessibility.
The built-in RS-422 communication module allows the X0 Series to be connected to a host. Other than the RS422 communication module, there are no expansion cards available with this unit.
General Installation Guidelines
X0 panels should be installed in a dry, clean, well lit and secured area. No combustible or hazardous material
should be stored in the vicinity of the installed unit. The installation must comply with all local and/or national
regulations and codes of practice governing fire alarm system installation, electrical wiring, life safety, etc.
23
PRO-2000 X0 Series - S/E/M
Special Handling
Circuit cards are to be stored in anti-static packaging and k ept away from the sun and from direct source s of intense
UV light. The circuit card may be subject to degradation due to electrostatic discharge; therefore grounding straps
must be worn when handling the cards.
Cable Entry and Internal Routing
On the enclosure there are two removable cable entry plates. These plates are to be removed, punched, and reinstalled. If additional entry holes are required outside the cable entry plates, before punching cable entry holes,
disconnect the door ground strap and remove the enclosure door with attached electronics.
Cable entry holes must be punched in accordance with the following criteria:
• Separate holes are required for the entry of Power-Limited and Non -Power-Limited circuit cables.
• Centre-to-centre spacing between an entry hole for Power-Limited circuit cables and an entry hole for NonPower-Limited circuit cables must not be less than two (2) times the diameter of the larger entry hole.
• Sufficient clearance must be provided around each hole to allow for any required cond uit fittings, cable-clamp s,
lock nuts, washers or other hardware.
• At no point inside the enclosure must the spacing between power-limited and non-power-limited circuit
conductors be less than 6,4mm (¼ po).
Wire lengths inside the enclosure should be kept to a minimum.
Cables must not interfere with, or touch any circuit card components other than the intended co nnector terminals.
Grounding and Bonding
All supply and device wiring must be grounded and bonded in accordance with applicable local regulations
governing the wiring of Fire Alarm Systems. The enclosure must be connected to earth Ground.
Enclosure Installation
All cable entry holes should be punched out prior to installation of base.
Ensure wall or structure to which the enclosure base is being mounted is capable of supporting a fully loaded unit.
Sufficient clearance must be provided around the unit to allow the enclosure cover door to be fully opened (180°)
without impediment. The enclosure box may be semi-flush mounted provided no less than 5 cm (2 inches) of the
box frame protrudes from the wall surface.
The top of the enclosure should be no more than 2 meters (6.7 feet) above the finished floor.
Recommended mounting hardware: four ¼ “ pan head screws (if bolts are used, four suitable flat washers are
required).
1. Remove the ground strap (14 Gauge, green) between the enclosu re base an d door by loosening and removing the
ground stud nut and star washer.
2. Remove the enclosure door from th e slip hin g es.
3. Secure the enclosure to wall using the four ¼” pan head screws.
4. Reinstall the door and ground strap between the door and the enclosure base.
24
Loading...