Mircom PRO-2000 Operation Manual

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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

EXIT

PQR

ENTER

HELP

SUPERVISORY

CONTROLS ENABLED

ALARM

SUPER-

TROUBLE

ALARM

VISORY

FIRST

LAMP

TEST

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

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

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

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

PRO-2000 Series

ALARM

VWXSTU YZ

EXIT HELP

CONTINUE

ENTER

DEF

MNO

JKL

ABC

PQR

GHI

SYSTEM

SUPERVISORY

ENABLED

CONTROLS

RESET

SERVICESTATUS ISOLATE

POWER ON

FAILED

PAN EL

ACKNOWLEDGE

LAST

FIRST

TEST

LAMP

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.

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

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

XXXXXX XXX

XXXXXXXXXX

XX X

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

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

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.

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.

PRO-2000, X2 SERIES - S/E/M

J2 J1

J11J10

J12 1 2

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

PRO-2000 Installation and Operation Manual

7.16" [181.97mm]

INPUT FREQUENCY:

INPUT VOLTAGE:

POWER LIMITED:

FUSE RATING:

OUTPUT

AMPS

V.AC HZ

PART NO:

SERIAL NO:

MODEL NO:

J1J2

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]

Figure 5: X2E, Installation Layout

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

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.

PRO-2000, X2 SERIES - S/E/M

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.

(

)

Figure 8: Battery Hookup

PRO-2000 Installation and Operation Manual

PRO-2000, X6 SERIES - S/B/E/M

Addressable Fire Detection and Control System

ARM

STEM DISPLAY

123

456

789

*0#

EXIT

HELP

CONTINUE

ENTER

SUPERVISORY

ENABLED

CONTROLS

POWER ON

FAILED

PANEL

LAST

FIRST

TEST

LAMP

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

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

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)

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.

• 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.

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

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

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

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

PRO-2000 Installation and Operation Manual

Hookup of AC Power and Batteries

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.

PRO-2000, X6 SERIES - S/B/E/M

(

)

Figure 15: Battery Hookup

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.

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.

• 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.

PRO-2000 Installation and Operation Manual

7.16" [181.97mm]

90°

29.68" [753.92mm]

46.76" [1187.60mm]

21.00" [533.40mm]

23.10" [586.74mm]

1.20" [30.48mm]

22.20" [563.88mm]

24.00" [609.60mm]

0.90" [22.86mm]

Figure 17: X0S, Installation Layout

PRO-2000 X0 Series - S/E/M

29.68" [753.92mm]

46.76" [1187.60mm]

1.20" [30.48mm]

23.10" [586.74mm]

21.00" [533.40mm]

28.20" [716.28mm]

0.90" [22.86mm]

30.00" [762.00mm]

7.16" [181.97mm]

90°

Figure 18: X0E, Installation layout

7.16" [181.97mm]

90°

29.68" [753.92mm]

46.76" [1187.60mm]

1.20" [30.48mm]

23.10" [586.74mm]

21.00" [533.40mm]

39.20" [995.68mm]

41.00" [1041.40mm]

0.90" [22.86mm]

PRO-2000 Installation and Operation Manual

Figure 19: X0M, Installation Layout

PRO-2000 X0 Series - S/E/M

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 20: X0S, Installation Layout with Power Supply and Batteries

PRO-2000 Installation and Operation Manual

7.16" [181.97mm]

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]

Figure 21: X0E, Installation Layout with Power Supply and Batteries

PRO-2000 X0 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 22: X0M Installation Layout with Power Supply and Batteries

PRO-2000 Installation and Operation Manual

X2M

MASTER REPEATER

X0M

SLAVE #1

X2S

Addressable devices stub/loop

Conventional notification or

initiating device stub

X6E

Conventional initiating

device stub

Conventional notification

device stub

SLAVE #2

PRINTER

PRO-2000

network

(stub or loop)

PRO-2000 Multi-Panel Systems

PRO-2000 panels can be programmed to act as Master or Slave panels. A Master panel monitors and controls a system comprising several Slave panels.

Up to 32 PRO-2000 Slave panels can be con nected, in an ope n o r closed loo p config uration, to the ma ster panel by means of a 4-conductor, full duplex, serial communication data link.

Should a communication fault occur, isolating one or more Slave panels from the Master panel, the isolated panels revert to the stand-alone mode. In this mode, fire alarms are annunciated locally.

One or all of the networked panels can have a push button as a General Alarm. The General Alarm functiona lity is configurable. Activating a General Alarm, either through devices or through the GA ON/OFF push button, broadcasts the alarm to all the panels. Silencing the General Alarm at any panel silences all the 'General Alarm' devices. Any new alarm, anywhere in the system, reactivates all the 'General Alarm' devices.

Figure 23: PRO-2000 Networked Panels

PRO-2000 Multi-Panel Systems

LCD

TX1+

X2 PANEL

TX1-

28V

GND

RX1+

RX1-

RX2-

RX2+

GND

28V

TX2-

TX2+

GND

28V

RX2-

RX2+

TX2-

TX2+

28V

GND

RX1-

LCD

X0 PANEL (REPEATER)

RX1+

GND

28V

TX1-

TX1+

28V

TX1-

GND

RX1-

RX1+

X0 PANEL (REPEATER)

TX2+

28V

TX2-

GND

RX2+

RX2-6

LCD

Omit these wires

for stub operation

Note 2

Note 1

RX1- 6

X6 PANEL

28V

RX1+

GND

TX1+

TX1-

RX2-

RX2+

28V

GND

TX2-

MPU

TX2+

RX1+

RX1-

GND

TX1+

TX1-

28V

RX2-

RX2+

GND

28V

X0 PANEL (REPEATER)

TX2+

TX2-

LCD

Wires to be omitted

for stub operation

RX2- 6

RX2+

RX1-

RX1+

28V

GND

TX2-

TX2+

TX1-

28V

GND

TX1+

LOCAL LCD

Note 3

Note 2

Note 1

ALL CIRCUITS ARE POWER-LIMITTED AND SUPERVISED

ALL CIRCUITS ARE POWER-LIMITED AND SUPERVISED

X2 SERIES Max. 28 V supply cable length depends on configuration.

Must run in conduit separate from Tx and Rx cables.

Maximum current (short circuit: 4.5 Amp).

Maximum current (short circuit: 1 Amp).

X6 SERIES Max. 28 V supply cable length depends on configuration.

Must run in conduit separate from Tx and Rx cables.

NOTES

Number of Repeaters limited by the configuration of the Host panel.

An external power supply can be used to extend the number of Repeaters.

Use only UL Listed for Fire Protective Signaling Systems (ULC Listed in Canada)

regulated, isolated 24VDC power supply (supervised and power limited).

Use shielded, twisted pair cables, one pair for Tx lines, one pair for Rx lines.

No branches

or T-Taps allowed. Shields to be connected according to specific

system Wiring Diagrams.

Maximum cable length for communication: 1 Km between panels.

Maximum cable resistance (per pair): 40 Ohms.

Maximum loop current (short circuit): 150 mA.

Figure 24: X2 and X6 Network Wiring to a Repeater, X0

Minimum detected ground fault impedance is 10K ohms.

LCD

TX1+

1 2 3

X2 PANEL

5 6

TX128V GND RX1+ RX1-

RX2-

RX2+

GND

28V

TX2-

TX2+

RX2+

COMM CARD

X6/X2 PANEL

RX2-

TX1+

TX1-

RX1+

RX1-

TX1+

28V

TX1-

GND

RX1-

RX1+

X2 PANEL

TX2+

28V

TX2-

GND RX2+ RX2-

2 3

LCD

Omit these wires for stub operation

ALL CIRCUITS ARE POWER-LIMITED AND SUPERVISED

MASTER PANEL

SLAVE PANEL #1

SLAVE PANEL #2

2 1

TX2TX2+

USE SHIELDED TWISTED PAIR CABLE. NO BRANCHES OR T-TAPS ALLOWED. MAXIMUM DISTANCE BETWEEN CONTROL UNITS: 1 Km. MAXIMUM CABLE RESISTANCE BETWEEN CONTROL UNITS: 40 Ohms. MAXIMUM LOOP CURRENT (SHORT CIRCUIT): 150 mA.

MAXIMUM VOLTAGE: 7.0 VDC. SHIELDS TO BE CONNECTED ACCORDING TO SPECIFIC SYSTEM

WIRING DIAGRAMS.

NOTES:

7. MINIMUM DETECTED GROUND FAULT IMPEDANCE IS 10K OHMS.

PRO-2000 Installation and Operation Manual

Figure 25: Networking The X2 and X6 Using The Communication Card

MAIN PROCESSING CARDS

There are two main processing cards, the MPU and the LCD. These cards form the basis for the PRO-2000 Pane ls' electronics.

In the X6 panels, the MPU card with the MPU Backplane, expansion cards (optional), Power Supply and Transformer are mounted to a removable mounting plate in the enclosure base. The LCD card is mounted directly on the enclosure door.

In the X2 Series the power supply and transformer are mounted to a removable mounting plate in the enclosure base. The LCD with the LCD Backplane and optional expansion cards are mounted on the enclosure door.

MPU - Main Processing Unit card

The Main Processing Unit (MPU) provides processing and communication circuitry for the X6 series panels. It provides two RS-422 fullduplex, 4-conductor serial links used for communications with the local LCD panel.

The MPU is shipped pre-installed on the enclosure backplate with an MPU Backplane attached and an, RS-422 communication module installed. The MPU Backplane enables the MPU to have up to 6 expansion cards installed, for example, the ADI, Supervised output, or Supervised Input cards. The MPU Backplane has a side connector to plug into the MPU expansion slot providing connectivity between the MPU and the expansion cards.

The MPU provides monitoring of the power supply for AC/DC fault detection. The card provides the following visual indicators and controls:

• Various status LEDs provide a visual indication of the card's health. There are Red LEDs for error codes, blinking LEDs (Running) indicating the board is working; Green Power LEDs, and Communication LEDs.

• Reset push button to hard reset the MPU card.

• DIP switch providing software options. Factory set only.

• Rotary switch allowing the selection of different configuration modes. Factory set only.

• Three jumpers, two for the watchdog and one for battery. These jumpers must be connected at all times. A watchdog circuit, monitoring microprocessor, halts system operation if a hardware or sof tware failure occurs. The lithium battery provides the backup for the real-time clock and the RAM memory used for event logging. The real-time clock provides time and date for event recording.

Figure 26: MPU (Main Processing Unit) Card

PRO-2000 Installation and Operation Manual

RS-422

RS-232 Phone Jack

LCD Display

RS-422 LinkRS-422 Link

LCD Display

RS-232

JP1 JP3

Jumpers

Rotary Switch

DIP Switches

Reset Button

Reset Status

Error code Indicators

Communication Indicators

Power/Status Indicators

Monitor Power AC/DC Fault

Power Connector

Running

J10

LD25

LD20

LD12

LD19

LD11

LD1

SW3

SW1

SW2

Master Alarm and Trouble Relays

Lithium Battery

RAM

Program Device

Configuration

Communication module sockets

Position for Expansion cards with screw termination to field devices

Connectors for MPU Backplane

JP4

Figure 27: MPU Backplane Connectors

MAIN PROCESSING CARDS

When a system is first delivered the MPU card has its internal battery jumper, JP3, disabled. Prior to installation, move the jumper shunt (located above the board mounted battery) into position over both pins. If the jumper is missing, the panel will annunciate a "Clock Battery Fault “ at power up. If the jumper is in, you can remove power and the event log and the clock remain powered.

The MPU has two sockets for adding communication modules. Depending on your configuration, these could be either the RS-232 or RS-422 communication modules. Installing an RS-232 module activates the phone jack allowing MPU software configuration through an external PC or communication with a printer (depending on position of SW1, see Table 4 below).

Installing an RS-422 module activates the two connectors to the LCD. The two connectors provide power to the LCD. This available power is current limited to 1 amp. Note-the MPU ships with a pre-installed RS-422 module.

The MPU has built-in Common Alarm and Fault Relay-2 For m-C contact s for each relay. The Common Alarm Relay activates whenever an alarm is present on the system. The Common Fault Relay activates whenever a fault is present on the system. The rating for Common Alarm and Fault Relay is 2A at 30VDC.

COMM Loop (S1 (J2) X) COMM Loop (S2 (J3) Y)

Signal Pin Signal Pin Signal Pin

TX1+ (out) 1 TX2+ (out) 1 TX (out) 5 TX1- (out) 2 TX2- (out) 2 RX (in) 2

24V 3 24V 3 RTS* (out) 3

GND4GND4CTS* (out)6

RX1+ (in) 5 RX2+ (in) 5 CD* (in) 1

RX1- (in) 6 RX2- (in) 6 GND 4

Table 2: MPU Pinouts

RS-232 Modular Phone

Jack (J4)

Common Alarm and

Trouble Relays (J1)

2A max @ 30V DC

Resistive

C1 1

NC1 2

Trouble

Alarm

Table 3: MPU Relays

NO1 3

C2 4 NC2 5 NO2 6

C1 7 NC1 8 NO1 9

C2 10 NC2 11 NO2 12

SW1

SW2 Normal position: All OFF SW3 Used to reset the MPU card

0: Printer, 1: Configuration, 2: Normal/Diagnose; 3: ModBus, 4: LCD, 5: Network, 6: Redundant, E: Firmware upgrade, F: Default configuration

Table 4: MPU Switches

PRO-2000 Installation and Operation Manual

Jumper Function Position

JP2 Watchdog Enable Installed JP1 Watchdog one-shot mode Installed JP3 Lithium Battery Enable Installed on site

JP4 RAM Size Selection

Non installed when 128K x 8 RAM chips are used. Installed when 512K X 8 RAM chips are used.

Table 5: MPU Jumpers

LED Function Definition

ON when the MPU is in a hardware reset state

LD1 (red) Reset indicator

LD2 (green) Status indicator Not used (reserved) LD3 (green) Running indicator Blinks when the MPU is executing its normal program

LD4-LD11 (red) Error code indicators Used to report internal error conditions

LD12-LD19

Communication indicators for the on board data links

LD20 (green) 24 V input indicator ON when the 24V input connector J10 is powered.

LD21 green) VCC indicator ON when the local VCC (5V) regulator is functional LD22 green) VISO1 indicator

LD23 (green) VISO2 indicator LD24 (green) LCD loop power, X side ON when power is available on the LCD connector, X side, J2

LD25 (green) LCD loop power, Y side ON when power is available on the LCD connector, Y side, J3

- At power up, or

- On a fatal hardware or software failure

These indicators will blink when data is received or transmitted on one of the data links. LD12 (RX1) and LD13 (TX1) for RS-422, X side (local LCD) LD14 (RX2) and LD15 (TX2) for RS-422, Y side LD16 (RX3) and LD17 (TX3) for RS-232 LD18 (RX4) and LD19 (TX4): are reserved

ON when the local isolated power supply #1 is functional (RS422 power supply)

ON when the local isolated power supply #2 is functional (RS232 power supply)

Table 6: MPU LEDs

MAIN PROCESSING CARDS

RS-422

RS-232 Phone Jack

RS-232

Rotary Switch

DIP Switch

Reset pushbutton

Error code Indicators

Communication Indicators

Master Alarm and Trouble Relays

Communication module socket

Mimic or LCD Expansion

LD27 LD28

LD39

LD34

Running & Status

LD40

LD50

LD58

LD51

Indicators

Connector

Lithium Battery Jumper

REAR VIEW

SW3

JP4JP6

Monitor Power AC/DC fault

X side RS-422

X side Power Input

Y side RS-422

Y side Power Input

Metalized ground

External Buzzer Connection

J17

J11 J10

Escutcheon Connection

J12

Access Control Key Connection

J2 J3

LCD Expansion Backplane

SW1

SW2

LD1 LD2

Connection

LCD - Liquid Crystal Display card

The LCD implements the user interface to the PRO-2000 panels using LEDs and a 2-line x 40-character LCD unit.

Figure 29: LCD Backplane Connectors

Figure 28: LCD Card

PRO-2000 Installation and Operation Manual

X6 and X0 series

The LCD performs only display functions.

X2 Series

• The LCD performs processing and display functions.

• The LCD Backplane is used to provide connectivity between the LCD and the interface cards. Up to 2 expansion cards can be connected to the LCD Backplane.

• The LCD has built-in Master Alarm and Fault Relay-2 Form-C contacts for each r elay. The Master Alarm Relay is activated whenever an alarm is present on the system. The Master Fault Relay activates whenever a fault is present on the system.

• The LCD monitors the power supply for AC/DC fault detection.

• Various status LEDs provide a visual indication of the card's health. There are Red LEDs for error codes, blinking LEDs (Running) indicating the board is working, Green Power LEDs, and Communication LEDs.

• Reset push button to hard reset the LCD card.

• Dipswitch providing software options. Factory set only.

• Rotary switch allowing the selection of different configuration modes. Factory set only.

• Three jumpers, two for the watchdog and one for lithium battery. These jumpers must be connected at all times. A watchdog circuit, monitoring the microprocessor, halts system operation if a hardware or software failure occurs. The lithium battery provides the backup for the real- time clock and the RAM memory used for event logging. The real-time clock provide s ti me an d date for event recording.

When a system is first delivered the LCD card has its internal battery jumper, JP6, disabled. Prior to installation move the jumper shunt into position over both pins. If the jumper is missing the panel will annunciate a "Clock Battery Fault" at power up. If the jumper is in, you can remove power and the event log and the clock remain powered.

Up to two (2) expansion cards can be added via the LCD backplane. For panel models X0E, X0M, X2E, X2M, X6E, and X6M, the LCD Connector J2 connects the LCD to the MIMIC Driver card or the LCD Expander card for additional display/control capabilities.

The LCD has two sockets for adding communication modules. Depending on your configuration, these could be either RS-232 or RS-422 communication modules.

For LCDs used as processing and display units, installing an RS-232 module activates the phone jack allowing LCD software configuration through an e xternal PC, or interfacing to a Printe r (depending on position of SW1, see Table 9). Installing an RS-422 module activates data links to other panels.

The RS-232 module is not used when LCDs are display units. Installing an RS-422 module activates data links to the MPU or to a Repeater network.

MAIN PROCESSING CARDS

LCD BACKPLANE

EXPANSION CARD

LCD

Figure 30: Expansion Card and LCD Backplane

PRO-2000 Installation and Operation Manual

COMM Loop (S1 (J6) X) COMM Loop (S2 (J8) Y)

Signal Pin Signal Pin Signal Pin

TX1+ (out) 1 TX2+ (out) 1 TX (out) 5

TX1- (out) 2 TX2- (out) 2 RX (in) 2

24V 3 24V 3 RTS* (out) 3

GND4GND4CTS* (in)6

RX1+ (in) 5 RX2+ (in) 5 CD* (in) 1

RX1- (in) 6 RX2- (in) 6 GND 4

Table 7: LCD Pinouts

Common Alarm and Trouble Relays (J4)

2A max@30V DC Resistive

C1 1

NC1 2

Trouble

Alarm

Table 8: LCD Relays

NO1 3

C2 4 NC2 5 NO2 6

C1 7 NC1 8 NO1 9

C2 10 NC2 11 NO2 12

RS-232 Modular Phone Jack

(J19)

Switch Position and description

For X2- 0: Printer, 1: configuration, 2: Normal/Diagnose; 3: ModBus, 4: LCD, 5: Network,

SW1

SW3 Used to reset LCD card

SW2 4 (MSB), 3, 2, 1 (LSB)

SW2 5 SW2 6 RS-422 Baud Rate - ON= see SW1, OFF = 19200. SW2 7 (MSB) and 8 (LSB)

6: Redundant, E: Firmware, F: Default Config For X0-: with SW2 bit 6 ON, RS422 Baudrate selection: 4: 2400, 5: 4800, 6: 9600, 7: 19200, 9: 64000.

Address ID of the LCD. When OFF (Address ID = 0), X2 mode is selected. Otherwise (Address ID 1-15), X0 mode is selected.

X0, with power supply. ON returns hardware trouble to master.

Indicates the number of LCD Expander or Mimic Driver module connected to the LCD.

Table 9: LCD Switches

MAIN PROCESSING CARDS

Jumper Function Position

JP5 Watchdog enable Installed JP4 Watchdog one-shot mode Installed JP6 Lithium Battery enable Installed on site

JP2, JP3 RAM size function

LED Function Definition

LD39 (green) Status indicator Reserved LD34 (green) Running indicator Blinks when the LCD is executing its normal program LD40 - LD42

LD46 - LD50 (red)

LD51 - LD58 (green)

LD28 (green) 24V input indicator ON when the 24V input connectors J6, J7, J8, or J9 are powered

LD1 (green) VISO1 indicator ON when the local isolated power supply #1 is functional (RS-422) LD2 (green) VISO2 indicator ON when the local isolated power supply #2 is functional (RS-232)

LD27 (green) Mimic Power indicator ON when power is available on the mimic connector, J2

- Non installed when 128 K x 8 RAM chips are used.

- Installed when 512 K x 8 RAM chips are used.

Table 10: LCD Jumpers

Error code indicators Used to report internal error conditions

These indicator will blink when data is received or transmitted on one

of the data links. Communication indicators for the on-board data links

LD51 (RX1) and LD52 (TX1) for RS-422, S1 (X) side

LD53 (RX2) and LD54 (TX2) for RS-422, S2 (Y) side

LD55 (RX3) and LD56 (TX3) for RS-232

LD57 (RX4) and LD58 (TX4) Reserved

Table 11: LCD LEDs

PRO-2000 Installation and Operation Manual

EXPANSION CARDS

All expansion cards installe d in the PRO- 2000 Ser ies p ane ls are equip ped with st atus indicators (LEDs) mou nted on the card to indicate each card's operating state. Only a skilled technician should proceed with card replacement.

Expansion Card Installation

CAUTION: Ensure all voltage sources are disconnected fr om the Cont rol Unit befor e installing or remo ving cards. Wear grounding strap when handling or wo rking with cards.

There are several types of expansion cards that can be added to the PRO-2000 Series panels. These are:

• 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

When ordering expansion cards they come with an installation kit. Each kit has five plastic standoffs and one metal standoff. The following steps can be used for the installation of any of the expansion cards.

1. Before placing the Expansion card onto the backplanes, attach all spacers to the Expansion card.

Each expansion card has a metal ring in the top right-hand side used for Ground fault monitoring and transient protection. This is the place for the metal standoff.

2. Supporting the backplane with your hand, press the Expansion card on the appropriate expansion slot.

3. Secure the Expansion card to the MPU/LCD using the screws that come with the installation kit.

Refer to System Configuration Expansion card slot positions.

MAIN PROCESSING CARDS

Metalized

LD9 LD12

Power Indicators

Connector to MPU or LCD

Field Wiring RS-422

Field Wiring

RS-232

LD1 LD8

RS-422 or RS-232 Sockets

Ground

Communication Card

Figure 31: Communication Card Connections

The Communication card enables the PRO-2000 p anels to be connected to var ious co mmunication interfaces such as RS-232, and RS-422. You must install an RS-232 or RS-422 communication module (or both) into the interface sockets of the Communication card. It is the installation of the communication modules that defines if the card i s RS-422 and/or RS-232. Field wiring connections on the Communication card are dependent on the installed module. The RS-422 communication module activates two serial data links on J1. The RS-232 communication module activates one serial data link on J2.

The communication modules can be inserted in any socket, however, there cannot be two of the same communication module on each Communication card.

The communication modules are powered through the Communication card. Each communication module uses an isolated power supply and are fully isolated from the main system and from themselves. There is transient protection provided on each module and Ground fault detection is separate for each communication module.

RS-422 Signal Name RS-232 Signal Name

J1-1 TX2+ (out) J2-1 TX (out) J1-2 TX2- (out) J2-2 RX (in) J1-3 RX2+ (in) J2-3 RTS* (out) J1-4 RX2- (in) J2-4 CTS* (in) J1-5 TX1+ (out) J2-5 BRG_out (out) J1-6 TX1- (out) J2-6 CD* (in) J1-7 RX1+ (in) J2-7 Not used J1-8 RX1- (in) J2-8 GND

Table 12: Communication card Pin outs

LED Function Definition

These indicators will blink when data is received or transmitted on one of the data links.

LD1-LD8 (green)

Communication indicators for the on-board data links

LD9 (green) 24V input indicator ON when the 24V power from the Host system is present

LD10 (green) VCC Indicator ON when the local VCC (5 V) regulator is functional

LD11 (green) VISO1 Indicator ON when the local isolated power supply #1 is functional (RS-422, S1)

LD12 (green) VISO2 Indicator ON when the local isolated power supply #2 is functional (RS-232, S3)

LD1 (RX1) and LD2 (TX1) for RS-422, S1 (X) side LD3 (RX2) and LD4 (TX2) for RS-422, S2 (Y) side LD5 (RX3) and LD6 (TX3) for RS-232 LD7 (RX4) and LD8 (TX4) reserved

Table 13: Communication Card LEDs

PRO-2000 Installation and Operation Manual

RX2+

COMM. CARD

RX2-

TX1+

TX1-

RX1+

RX1-

374

ALL CIRCUITS ARE POWER-LIMITED AND SUPERVISED

SLAVE PANEL #1

TX2-

TX2+

USE SHIELDED TWISTED PAIR CABLE.

NO BRANCHES OR T-TAPS ALLOWED.

MAXIMUM DISTANCE BETWEEN CONTROL UNITS: 1 Km.

MAXIMUM CABLE RESISTANCE BETWEEN CONTROL UNITS: 40 Ohms.

MAXIMUM LOOP CURRENT (SHORT CIRCUIT):

150 mA., MAXIMUM VOLTAGE: 7.0 VDC.

SHIELDS TO BE CONNECTED ACCORDING TO SPECIFIC SYSTEM

WIRING DIAGRAMS.

NOTES:

MASTER PANNEL

COMM. CARD

RX2-

TX1-

TX1+

RX1+

RX1-

RX2+

TX2-

TX2+

SLAVE PANEL #2

TX1+

RX2+

RX2-

TX2-

TX2+

TX1-

RX1+

RX1-

768

COMM. CARD

TO RX1, TX1

ON SLAVE PANEL #3 - COMM. CARD

FROM RX2, TX2

ON LAST SLAVE PANEL - COMM. CARD

(OMIT THIS LINK FOR STUB OPERATION)

POWER-LIMITED CIRCUITS

7. MINIMUM DETECTED GROUND FAULT IMPEDANCE IS 10K OHMS.

Figure 32: Communication Card Wiring - Loop/Stub Mode

MAIN PROCESSING CARDS

14”

14.5”

12.5”

16”

Four holes in backbox for mounting.

Figure 33: APS-14127-00 Auxiliary Power Supply

APS-14127-00 Auxiliary Power Supply

The APS-14127-00 auxiliary power supply provides two power limited outputs, each rated at 28VDC and 2A. Both outputs can be used simultaneously and the to t al current available from th e power supp ly is 2.5A in st andby condition and 4A in alarm. In the event the main AC fails, the auxiliary supply battery will be connected without delay on the output ensuring an uninterrupted supply to external circuitry. Output voltage is regulated at 28VDC during AC power condition and will follow battery voltage (27 to 20VDC) during battery back-up periods. The battery will be disconnected at a voltage of 19.5V or less in order to prevent battery damage due to over-discharging.

The power supply has provision to charge batteries with 10 to 42 AH capacities. Normally open dry contact outputs are provided to signal AC fail, DC fail or ground faults condition.

The two power-limited outputs are not supervised at the auxiliary power supply: The applications shown elsewhere in this document will provide supply line supervision when wired as recommended.

APS-14127-00 Auxiliary Power Supply Enclosure Installation

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 enclosure door from th e slip hin g es.

2. Secure the enclosure to wall using the four ¼” pan head screws.

3. Reinstall the door and the enclosure base.

PRO-2000 Installation and Operation Manual

Figure 34: APS-14127-00 Auxiliary Power Supply Connector

Typical connection for APS-14127-00 auxiliary power supply is shown in next figure. In this scheme, s single monitor module is used for picking up trouble information from the auxiliary supply. If individual trouble reporting is required, use a single monitor module per trouble contact.

See sections on ADI and SO cards for further details for power connections.

Figure 35: APS-14127-00 Auxiliary Power Supply Typical

MAIN PROCESSING CARDS

Trouble tracing information is provided by the 14043 control interface situated in upper left corner of the APS-14127-00 auxiliary power supply enclosure.

Figure 36: APS-14127-00 Auxiliary Power Supply LED Indicators

12 Zone Supervised OUTPUT Card

Metalized Ground

Power Indicators

Connector to MPU or LCD

Power Supply External

LD1 LD5

J2 J3

Screw Connectors for Field Connections

Output Status

Indicator

LD6

LD17

JP25

LD6

JP25

Metalized Ground

LD17

Power Indicators

LD1 LD5

External

Power Supply

SUBD Connector for Field Connections

Relays

Supervised Jumper

Power Jumper

Connector to MPU or LCD

Indicator

Output Status

Figure 37: 12 Zone Supervised Output Card

PRO-2000 Installation and Operation Manual

The SO card supports 12 supervised outputs or 12 dry contacts (Form C). The card's 12 relays have jumpers to determine if the outputs are supervised or not.

There are two versions of this card. It can either come with screw terminal connections or a DSUB connecto r . The screw terminal connections allow more current load and should be used for high power outputs. The DSUB connector version is limited in current handling but is easier to use when wiring a large number of outputs. Supervision circuits use an external power supply (24V) isolated from the main power supply of the card. The power supply should be regulated and UL Listed for Fire Protective Signaling Systems (ULC Listed in Canada), battery backed-up, and fully supervised. The metallized Ground on the card provides the path to chassis for transient protection.

To use dry contacts, no external power is required. The supervised jumper and power jumpe r should be removed. To activate supervision circuits of the Supervised OUTPUT card, an external power supply must be connected to the External Power Connector. T o configure each individua l OUTPUT as supervised, insert the supervised jumper and remove the power jumper for that output.

Signal Connection Signal Connection Signal Connection Signal Connection

SO1-NO J2-1 SO4-NO J2-13 SO7-NO J3-1 SO10-NO J3-13 SO1-NC J2-2 SO4-NC J2-14 SO7-NC J3-2 SO10-NC J3-14

SO1-COM J2-3 SO4-COM J2-15 SO7-COM J3-3 SO10-COM J3-15

GND J2-4 GND J2-16 GND J3-4 GND J3-16 SO2-NO J2-5 SO5-NO J2-17 SO8-NO J3-5 SO11-NO J3-17 SO2-NC J2-6 SO5-NC J2-18 SO8-NC J3-6 SO11-NC J3-18

SO2-COM J2-7 SO5-COM J2-19 SO8-COM J3-7 SO11-COM J3-19

GND J2-8 GND J2-20 GND J3-8 GND J3-20 SO3-NO J2-9 SO6-NO J2-21 SO9-NO J3-9 SO12-NO J3-21 SO3-NC J2-10 SO6-NC J2-22 SO9-NC J3-10 SO12-NC J3-22

SO3-COM J2-11 SO6-COM J2-23 SO9-COM J3-11 SO12-COM J3-23

GND J2-12 GND J2-24 GND J3-12 GND J3-23

Table 14: 12 Zone Supervised OUTPUT Card Pin outs - Screw Termination

MAIN PROCESSING CARDS

Signal Connection Signal Connection Signal Connection Signal Connection

SO1-NO J5-1 SO4-NO J5-13 SO7-NO J5-25 SO10-NO J5-37 SO1-NC J5-2 SO4-NC J5-14 SO7-NC J5-26 SO10-NC J5-38

SO1-COM J5-3 SO4-COM J5-15 SO7-COM J5-27 SO10-COM J5-39

GND J5-4 GND J5-16 GND J5-28 GND J5-40 SO2-NO J5-5 SO5-NO J5-17 SO8-NO J5-29 SO11-NO J5-41 SO2-NC J5-6 SO5-NC J5-18 SO8-NC J5-30 SO11-NC J5-42

SO2-COM J5-7 SO5-COM J5-19 SO8-COM J5-31 SO11-COM J5-43

GND J5-8 GND J5-20 GND J5-32 GND J5-44 SO3-NO J5-9 SO6-NO J5-21 SO9-NO J5-33 SO12-NO J5-45 SO3-NC J5-10 SO6-NC J5-22 SO9-NC J5-34 SO12-NC J5-46

SO3-COM J5-11 SO6-COM J5-23 SO9-COM J5-35 SO12-COM J5-47

GND J5-12 GND J5-24 GND J5-36 GND J5-48

Table 15: 12 Zone Supervised OUTPUT Card Pin outs - DSUB Termination

Signal Connection

VIN+ J4-1

VIN- J4-2

Vout+ J4-3, J5-49, J5-50

Vout- J4-4

Table 16: External Power Supply Connections

Jumper Function Position

JP2 JP4, 6, 8, 12, 14, 16, 18,

20, 22, 24 JP3, 5, 7, 9, 11, 13, 15,

17, 19, 21, 23, 25

Supervision mode for OUTPUT #1

Supervision mode for outputs 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12

Reserved Not installed

Table 17: 12 Zone Supervised OUTPUT Card Jumpers

Installed for la supervision (Use EOL jumper for UL release device. Refer to Release Service Devices section). Not installed for dry contact.

LED Function Position

LD3 (green) 24V input indicator ON when the 24V power from the Host system is present. LD2 (green) Fused 24V input indicator ON when the fused 24V from the Host system is present. LD1 (green) VCC indicator ON when the local VCC (5V) regulator is functional.

LD5 (green)

LD4 (green)

External power input indicator

External power OUTPUT indicator

LD6-17 (green) outputs #1 through #12 State ON when corresponding OUTPUT is activated.

Table 18: 12 Zone Supervised OUTPUT Card LEDs

ON when a 24V power supply is connected to the external power input (J4-1, J4-2)

ON when 24V power is available on the external power connector (J4-3, J4-4). Indicates that the power is available for the supervision circuits.

PRO-2000 Installation and Operation Manual

EOL

24VDC

POWER

SUPPLY

(+) (-)

POWER LIMITED, SUPERVISED CIRCUITS

Jumper to be installed as per supervision jumper Table 22.

See Appendix B for compatible NAC or releasing devices.

NOTES:

(+)

(-)

SO CARD

Note 3

VIN+

VIN-

Note 4

Max. allowable circuit voltage: 28 VDC Max. current load (per relay circuit): 2A

GND

ALL CIRCUITS ARE POWER-LIMITED AND SUPERVISED

(NOTE 2)

Use only UL listed for Fire Protective Signaling Systems (ULC Listed in Canada) regulated, isolated 24VDC power supply (supervised and power-limited).

Use MP-300SP when NAC circuit EOL devices must be on a mounting plate. Use MP-320SP when solenoid circuit EOL devices must be on a mounting plate.

5. Minimum detected ground fault impedance is 10K ohms.

NOTE

1. MORE THAN ONE RELAY, VALVE OR SOLENOID PER OUTPUT IS NOT ALLOWED.

Figure 38: Supervised Output Wiring

MAIN PROCESSING CARDS

Metalized ground

Power indicators

Connector to

MPU or LCD

LD1 LD5

J2 J3

Screw connectors for field connections

1+ 12- 24-13+

Supervised inputs 1 to 12 Supervised inputs 13 to 24

24 inputs

32 inputs

LD5LD1

Power indicators

Metalized ground

Flat ribbon cable

64 pin connection

31 30 29

terminals from field devices

Connector to

MPU or LCD

Screw

24/32 Zone Supervised Input Card

Figure 39: 24/32 Zone Supervised Input Card

The Supervised Input card supports u p to 32 conventional detection zones. There are two versions of this card. One is with screw termination and supports 24 supervised inputs.The other is used with model PCA-14308-00 screw terminal adapter and gives access to 32 supervised inputs.

The supported field devices can be shorting or non-shorting devices. The Powe r indicators provide status of internal voltages on the card. The metallic-mounting hole provides transient protection and Ground fault detection.

See Appendix B for the List of Conventional Devices which are compatible with 24/32 Zone Supervised Input card.

Signal Connection Signal Connection Signal Connection

SI1+ J2-1 SI9+ J2-17 SI17+ J3-9

SI1- J2-2 SI9- J2-18 SI17- J3-10

SI2+ J2-3 SI10+ J2-19 SI18+ J3-11

SI2- J2-4 SI10- J2-20 SI18- J3-12

SI3+ J2-5 SI11+ J2-21 SI19+ J3-13

SI3- J2-6 SI11- J2-22 SI19- J3-14

SI4+ J2-7 SI12+ J2-23 SI20+ J3-15

SI4- J2-8 SI12- J2-24 SI20- J3-16

SI5+ J2-9 SI13+ J3-1 SI21+ J3-17

SI5- J2-10 SI13- J3-2 SI21- J3-18

SI6+ J2-11 SI14+ J3-3 SI22+ J3-19

SI6- J2-12 SI14- J3-4 SI22- J3-20

SI7+ J2-13 SI15+ J3-5 SI23+ J3-21

SI7- J2-14 SI15- J3-6 SI23- J3-22

SI8+ J2-15 SI16+ J3-7 SI24+ J3-23

SI8- J2-16 SI16- J3-8 SI24- J3-24

Table 19: 24 Zone Supervised Input Card Pin outs

PRO-2000 Installation and Operation Manual

The adapter's supervised input # is indicated near the screw connections. The + and - signs on the adapter indicate the polarity of the connection.

Signal Connection Signal Connection Signal Connection Signal Connection

SI1+ J4-A32 SI9+ J4-A24 SI17+ J4-A16 SI25+ J4-A8

SI1- J4-C32 SI9- J4-C24 SI17- J4-C16 SI25- J4-C8

SI2+ J4-A31 SI10+ J4-A23 SI18+ J4-A15 SI26+ J4-A7

SI2- J4-C31 SI10- J4-C23 SI18- J4-C15 SI26- J4-C7

SI3+ J4-A30 SI11+ J4-A22 SI19+ J4-A14 SI27+ J4-A6

SI3- J4-C30 SI11- J4-C22 SI19- J4-C14 SI27- J4-C6

SI4+ J4-A29 SI12+ J4-A21 SI20+ J4-A13 SI28+ J4-A5

SI4- J4-C29 SI12- J4-C21 SI20- J4-C13 SI28- J4-C5

SI5+ J4-A28 SI13+ J4-A20 SI21+ J4-A12 SI29+ J4-A4

SI5- J4-C28 SI13- J4-C20 SI21- J4-C12 SI29- J4-C4

SI6+ J4-A27 SI14+ J4-A19 SI22+ J4-A11 SI30+ J4-A3

SI6- J4-C27 SI14- J4-C19 SI22- J4-C11 SI30- J4-C3

SI7+ J4-A26 SI15+ J4-A18 SI23+ J4-A10 SI31+ J4-A2

SI7- J4-C26 SI15- J4-C18 SI23- J4-C10 SI31- J4-C2

SI8+ J4-A25 SI16+ J4-A17 SI24+ J4-A9 SI32+ J4-A1

SI8- J4-C25 SI16- J4-C17 SI24- J4-C9 SI32- J4-C1

Table 20: 32 Zone Supervised Input Card Pin outs

LED Function Position

LD1 (green) 24V input indicator LD2 (green) VCC indicator ON when the local VCC (5V) regulator is functional.

LD3 (green) Isolated 24V power indicator ON when the isolated 24V power supply is activated. LD4 (green) Isolated +5V power indicator ON when the isolated +5 V power supply is activated. LD5 (green) Isolated -5V power indicator ON when the isolated -5 V power supply is activated.

Table 21: Supervised Input Card LEDs

ON when the 24V power from the Host system is present.

MAIN PROCESSING CARDS

EOL 6.8K ohms

HEAT DETECTOR

MANUAL FIRE ALARM BOX

IONIZATION SMOKE DETECTOR

Use MP-300SP when end of line mounting plate is required.

-Maximum cable resistance: 50 ohms

-Voltage range: 19 - 25.5VDC

-Maximum circuit current: 28 mA

Circuits are power limited and supervised

TYPICAL ZONE WIRING

SI1-

NOTES:

SI1+

To SI Card

POWER LIMITED CIRCUIT

Note 3

LEGEND:

See Appendix B for PRO-2000 compatible input devices. Wire devices as per manufacturers instructions.

4. Minimum detected ground fault impedance is 10K ohms.

Figure 40: Supervised Input Wiring

PRO-2000 Installation and Operation Manual

ADI - Addressable Device Interface card

Figure 41: ADI - Addressable Device Interface Card and Connections

The ADI card supports up to two loops (complying with the operation and supervision requirements of NFPA Signalling Line Circuit Style 6) of detectors or up to four stubs (complying with NFPA SLC Style 4 requirements). You can have up to 99 detectors and 99 modules on each loop or stub for a total monitoring capacity of 600 devices - limited by memory. The ADI card interfaces with addressable sensors (photoelectric, ionization and thermal), addressable modules (monitor and control) and Conventional Detector Interface (CDI) modules.

The ADI's modular design provides two sockets (J4 and J5) for the ADI Driver s. Each ADI Driver can suppor t one loop or two stubs (J4 for Loop 1 and J5 for Loop 2).

To install an ADI Driver on the ADI card, proceed as follows:

1. Press the ADI Driver module into the ADI card socket

2. Rotate it down until the side tabs click securing the ADI Driver in place.

To remove an ADI Driver from the ADI card, proceed as follows:

1. Gently pull out two side tabs holding the card in place.

2. Pull the ADI Driver module out of the ADI card socket.

The metallic-mounting hole on the ADI card is used for transient protection and for Ground fault detection making a connection between the card and the chassis.

In addition to the addressable detector interface, this card pro vides four relay output s, which can be configured as supervised or unsupervised outputs.

To use dry contacts, no external power is required. The supervision jumper should be removed. To activate supervision circuits of the ADI card, an external power supply must be connected to the J7 Pin 13 (VIN +) and 14 (VIN -). To configure each individual OUTPUT as supervised, insert the supervision jumper for that output.

Figure 42: ADI Driver Module

MAIN PROCESSING CARDS

Signal Connection Signal Connection Signal Connection

NO1 J7-1 NC4 J7-11 LPY+ (loop2) S4 J6-1 NC1 J7-2 COM4 J7-12 LPY- (loop2) S4 J6-2

COM1 J7-3 VIN+ J7-13 LPX+ (loop2) S3 J6-3

NO2 J7-4 VIN- J7-14 LPX- (loop2) S3 J6-4 NC2 J7-5 Vout+ J7-15

COM2 J7-6 Vout- J7-16

NO3 J7-7 LPY+ (loop1) S2 J7-17 NC3 J7-8 LPY- (loop1) S2 J7-18

COM3 J7-9 LPX+ (loop1) S1 J7-19

NO4 J7-10 LPY- (loop1) S1 J7-20

Jumper Function Position

JP1 and JP2 Reserved Installed JP3 Supe rvision mode for OUTPUT #1 JP4, JP5, JP6 Supervision mode for outputs 2, 3, 4

Table 22: ADI Card Pin outs

Installed for la supervision Not installed for dry contacts

Table 23: ADI Card Jumpers

LED Function Position

LD1 (green) Running indicator Blinks when the ADI is executing its normal program LD2 (green) X1 Stub polling indicator

LD3 (green) Y1 Stub polling indicator

LD4 (green) X2 Stub polling indicator

LD5 (green) Y2 Stub polling indicator LD6 - LD9 (red) Line break indicator ON if a break on stub X1(LD6), Y2 (LD7), X2(LD8), Y2(LD9)

LD10 - LD17 (green) Internal status codes Used to report interna l status LD18 (green) 24V input indicator ON when the 24V power from the Host system is present

LD19 (green) Fused 24V input indicator LD21 (green) VCC indicator ON when the local VCC (5V) regulator is functional

LD20 (green) Isolated 24V power indicator ON when the isolated 24V power supply is activated LD22 (green) Isolated 5V power indicator ON when the isolated 5V power supply is activated

Table 24: ADI Card LEDs

Will be ON when the ADI card is polling a device on Stub X1 (J7-19, J7-20) S1

Will be ON when the ADI card is polling a device on Stub Y1 (J7-17, J7-18) S2

Will be ON when the ADI card is polling a device on Stub X2 (J6-3 J6-4) S3

Will be ON when the ADI card is polling a device on Stub Y2 (J6-1, J6-2) S4

ON when the fused24V power from the Host system is present

See Appendix B for the List of Addressable Devices which are compatible with Addressable Device Interface.

NOTE:

1. MORE THAN ONE RELAY, VALVE OR SOLENOID PER OUTPUT IS NOT ALLOWED.

SINGLE POLE, DOUBLE THROW (SPDT)

24VDC Power Supply

Power-Limited circuits

NO1

NC1

NO2

NC2

VIN+

VOUT-

VIN-

VOUT+

LPY1+

LPY1-

LPX1+

LPX1-

Aux. Relay Output (Note 3)

CONTACT RATINGS:

2A @ 30 VDC

NO3

NC3

NC4

NO4

(+)

(NOTE 4)

Power Limited (Note 2)

(Note 6)

Aux. (unsupervised) supply

28V (FUSED)

GND

Maximum current drawn from this supply

Relay outputs can be supervised or

unsupervised. Non power-limited circuits

must not be connected to these relays.

pin 17-20. The 2nd located at J6 pin 1-4

Omit link for stub operation.

should not exceed 250mA.

(Max. of 8 ACDI modules)

Use only UL Listed for Fire Protective Signaling Systems

(ULC Listed in Canada) regulated, isolated 24VDC power

supply (supervised and power limited).

Two addressable device loops are

available, the 1st located at J7

DEVICE WIRING

Loop wiring supervised/power-limited.

To be used to power ACDI

modules only.

NOTES:

Devices wired in accordance with

system wiring diagrams.

Max. voltage: 28VDC

Max. current: 500 mA, 250mA per loop

Max. wire resistance: 40 ohms

Max. inductance: 1mH

Max. Capacitance: 0.5uF

Max. Length: 4000 Ft.

Nominal voltage: 24 VDC.

Use shielded, twisted pair wires

of appropriate gauge

(-)

ADDRESSABLE

(NOTE 1)

ADI CARD

ADDRESSABLE

DEVICES

Power-Limited circuits

LPX2-

LPX2+

LPY2-

LPY2+

Minimum detected ground fault impedance is 1K ohms.

Figure 43: ADI Card Wiring - Stub and Loop Mode

PRO-2000 Installation and Operation Manual

MAIN PROCESSING CARDS

Max. current load (per relay circuit): 2A

Nominal voltage: 24 VDC

signaling devices.

Use only UL listed (ULC in Canada)

relay to be supervised.

Jumper to be installed for each

JP6

NOTES:

RELAY 3

RELAY 4

RELAY 2

JP4

JP3

RELAY 1

JP5

(NOTE 2)

SUPPLY

POWER

24VDC

(+) (-)

Note 4

For NAC ciruits use MP-300SP end

of line mounting plate where required.

For selenoids ciruits use MP-320SP

end of line mounting plate where required

(-)

Note 3

EOL

SUPERVISED, POWER-LIMITED CIRCUIT

(+)

VIN+

LPY1+

VOUT+

VIN-

VOUT-

LPX1-

LPX1+

LPY1-

NC2

NO2

NC1

NO1

NO4

NC4

NC3

NO3

9C3

12 C4

182019

ADI CARD

Minimum detected ground fault impedance is 1K ohms.

Use only UL Listed for Fire Protective Signaling Systems

(ULC Listed in Canada) regulated, isolated 24VDC power

supply (supervised and power limited).

Figure 44: ADI Card Wiring - Supervised Relay Outputs

PRO-2000 Installation and Operation Manual

J17

J11J10

J12

SW1 SW2

MIMIC DRIVER

LCD CARD

MIMIC DRIVER

Connector to switches or pushbuttons (Reserved for future use)

Flat ribbon cable Crimped connections for 48 LED's

J5 J4

J1J2

Input connector from LCD (or previous mimic driver)

External power

Output connection to cascade to another mimic driver module

MIMIC Driver Module

The MIMIC Driver Module drives the LEDs on the MIMIC displays for the X0M, X2M, and X6M panels. The LCD card controls the MIMIC Driver module. Each MIMIC Driver module supports up to 48 LEDs and 24 push buttons via two connectors. Flat ribbon cables with crimping capabilities are used to attach LEDs on a MIMIC display. A total of 3 MIMIC Modules can be cascaded from a single LCD card.

Figure 45: MIMIC Driver Module and Connections

LEDs 1-24 J5 LEDs 25-48 J2

LED Number Anode Cathode LED Number Anode Cathode

1122512 2342634 3562756 4782878 5 9 10 29 9 10 61112301112 7 1314311314 8 1516321516

9 1718331718 10 19 20 34 19 20 11 21 22 35 21 22 12 23 24 36 23 24 13 25 26 37 25 26 14 27 28 38 27 28 15 29 30 39 29 30 16 31 32 40 31 32 17 33 34 41 33 34 18 35 36 42 35 36 19 37 38 43 37 38 20 39 40 44 39 40 21 41 42 45 41 42 22 43 44 46 43 44 23 45 46 47 45 46 24 47 48 48 47 48

Table 25: MIMIC Driver Module LEDs

MAIN PROCESSING CARDS

48 LED's

pushbuttons

onboard

24 inputs for

membrane switch

REAR VIEW

Connector to cascade out (rese r v e d fo r futu re u se )

Connector to L C D

48 LED's

pushbuttons

onboard

24 inputs for

membrane switch

REAR VIEW

Connector to cascade out (reserved for future use)

Connector to LCD

LED Function Definition

LD2 (green) 24V input indicator ON when 24V power is present at J4 LD1 (green) VCC indicator ON when the VCC (5V) regulator is functional

LCD Expander Card

Table 26: MIMIC Driver Module LEDs

Figure 46: LCD Expander Card and Connections

The LCD Expander card is used in the X0 E, X2E, and X6 E p anels. The Exp ander is controlled by the LCD card an d supports 48 configurable LEDs and 24 configurable push buttons.

LED Function Definition

LD49 (green) 24V input indicator ON when 24V power is present at J2 LD50 (green) VCC indicator ON when the VCC (5V) regulator is functional

Table 27: LCD Expander LEDs

PRO-2000 Installation and Operation Manual

External Devices

The information on connection and wiring of sensors and signaling devices to the modules is intended only as a guideline. For full wiring details for a specific system, refer to the system drawings and instructions and to the installation and wiring instructions provided with each device.

Monitor Module

The Monitor module interfaces standard contact type devices with the PRO-2000 panels via the ADI card. You can program the module's unique address using two rotary switches located on the front of the mounting bracket.

The module monitors the contact device with a superv is ed input circuit. For Class B supervised circuits, a 47K ohm End-Of-Line (EOL) resistor maintains a trickle current through the detector line. The status of the detector line (normal, open or short circuit) latches in the module until polled by the PRO-2000 panel. A LED indicator flashes each time PRO-2000 panel addresses the module. The module transmits, to the PRO-2000 panel, the status of the supervised input along with the actual analog value of the supervision.

Monitor modules provide a two-wire, Class B or fault-tolerant, Class A initiating circuit for normally open contact alarm and supervisory devices.

The module mounts into a 4" square junction box via a mount ing bracke t (in c lude d) . S cre w ter m ina ls with clamping plates are provided for ease of wiring.

The module monitors the contact device with a superv is ed input circuit. For Class B supervised circuits, a 47 KOhm End-Of-Line (EOL) resistor maintains a trickle current through the detector line. The status of the detector line (normal, open or short circuit) latches in the module until polled by a PRO-2000 panel.

You can program the module's unique address using two rotary switches located on the module. The module transmits, to the PRO-2000 panel, the status of the supervised input along with the actual analog

value of the supervision.

MAIN PROCESSING CARDS

FROM LAST MODULE/DETECTOR

MODULE

MONITOR

EOL Resistor is supplied with the Monitor Module

CIRCUIT SUPERVISED AND POWER-LIMITED

AND VOLTAGE LIMITED TO 12V MAX.

LIMITED TO 230 MICRO AMPS MAX

TERMINALS 6 & 7 ARE CURRENT

(loop mode)

connections

addressable

To ADI card

NOTES:

loop

LPX-

LPX+

LPY-

LPY+

(-)

(+)

(-)

M500M

SHIELDED, TWISTED PAIR

47K EOLR

POWER-LIMITED CIRCUITS

DEVICE

Figure 47: 2 Wire Class B Initiating Circuit Configuration of Monitor Module

(+)

CIRCUIT SUPERVISED AND POWER-LIMITED

MODULE

AND VOLTAGE LIMITED TO 12V MAX.

CURRENT LIMITED TO 230 MICRO AMPS MAX

TERMINALS 6 & 7 AND 8 & 9 ARE

NOTES:

(+)

(-)

(+)

(-)

M500M MONITOR

LPX+

loop

(loop mode)

connections

LPX-

addressable

To ADI card

LPY-

LPY+

DEVICE

FROM LAST MODULE/DETECTOR

SHIELDED, TWISTED PAIR

POWER-LIMITED CIRCUITS

PRO-2000 Installation and Operation Manual

Figure 48: 2 Wire Class A Initiating Circuit Configuration of Monitor Module

MAIN PROCESSING CARDS

All circuits are power-limited and supervised

Use UL listed (ULC Canada)

Max.Load: 1.5A, 24V DC

indicating devices

Max. current: 2A

connection.

run to provide supervision of

terminals 3 and 4. Break wire

Do not use looped wire on

hour battery back-up.

24VDC power supply with 24

in Canada) regulated, isolated

Use only "UL listed” (ULC listed

(TWISTED PAIR, SHIELDED)

EOL Resistor is supplied with the Control Module

CONTROL MODULE

(-)

NOTE 2

NOTE 3

NOTE 1

SUPPLY

POWER

24VDC

(+)

(-)(+)(+)

(+)

(-)

NOTES:

To ADI Card

LPX-

LPX+

LPY-

LPY+

N.O. CONTACTS)

1/4W, 5%

47K OHMS

EOL RES.

(24VDC COIL

EOL RELAY

UL LISTED

MODULE/DETECTOR

TO NEXT

MODULE/DETECTOR

FROM LAST

Control Module

The Control module interfaces standard OUTPUT alarm devices with a PRO-2000 panel via the ADI card. You can program the module's unique address using two rotary switches located on the front of the mounting bracket. The module mounts into a 4" square junction box via a mounting bracket (included).

The module can either supervise alarm devices with a supervision circuit or provide a dry Form-C relay contact for signaling purposes. When used as a supervised output, a secondary vo ltag e source must be pr ovided. Power, from a UL listed for Fire Protective Signaling Systems (ULC listed in Canada) 24 VDC regulated power source, is used by the module to switch on the controlled devices. Relay control, with Form-C contacts (unsupervised), is obtained by breaking off tabs J1 and J2.

The unit can be connected in NFPA Class A or B circuits. The status of the OUTPUT line (normal, open or Short circuit) latches in the module until polled by the PRO-2000 panel.

A LED indicator flashes each time the module is addressed by a PRO-2000 panel. The module transmits, to the PRO-2000 panel, the status of the supervised OUTPUT along with the actual analog value of the supervision.

Figure 49: Class B Indicating Circuit Wiring of Control Module

PRO-2000 Installation and Operation Manual

TYPICAL CLASS A WIRING DIAGRAM FOR A FAULT ISOLATOR MODULE

TYPICAL CLASS A WIRING DIAGRAM FOR MULTIPLE FAULT ISOLATOR

ADI Card

X-

Y+

LPY-

X+

ADI Card

LPY+

X-

LPX+

Fault

Isolator

Fault

Isolator

Fault

Isolator

Fault

Isolator

Fault

Isolator

Fault

Isolator

Fault

Isolator

(+)

(-)

(+)

SHIELDED, TWISTED PAIR

SHIE

DED, TW

ISTED PA

(+)

)

(-)

(+)

ALL CIRCUITS ARE POWER-LIMITED AND SUPERVISED

ADDRESSABLE DEVICES

REFER TO APPENDIX B

USE COMPATIBLE

Fault Isolator

POWER-LIMITED CIRCUITS

(

(-)

(+)

(-)

)

(-)

** *

****

Figure 50: Typical Isolator Module Wiring - Using EOL Relay for Line Supervision

Isolator Module

When the addressable detectors and modules are linked to the ADI Card through a communication loop, isolator modules can be used to divide this loop into several segments.

The Isolator module is an automatic switch that opens when the line voltage drop s below 4 Volts. If a short circuit occurs between any two isolators, both isolators immediately switch to an open circuit st ate and isolate the Gr oup of detectors/modules between them. The use of isolator modules enable part of the communication loop to continue operating should a short circuit occur.

An LED indicator flashes in the normal condition and illuminate steady ON during a short circuit condition. The Isolator module automatically restores the communication loop to the normal condition when the short circuit is removed.

The Isolator modules mount into a 4” square listed junction box with the included mounting bracket. Screw terminals with clamping plates are provided for ease of wiring. It is recommended that sufficient Isolator modules be installed to ensure that not more than 20 detectors/modules are isolated in the event of a single short circuit.

MAIN PROCESSING CARDS

Releasing Device Service

The PRO-2000 Series panel can act as a releasing unit for zones where different extinguishing agents are used. A typical releasing set-up consists of heat or smoke detectors, a pull station, an Abort station, a set of extinguishant cylinders and audible/visual signaling devices. The panel will be programmed to meet the necessary requirements for each zone.

For Releasing Device Service, the ADI card (using the Monitor Modules/Control Modules or Supervised OUTPUT Relays), or SI Card (Supervised Input Card), SO Card (Supervised OUTPUT Card) may be used.

The PRO-2000 Series panel may use cross- zone initiating function. The panel must be factory configured to use the cross zoning. If it is the case, more that one dedicated initiating device must operate pr ior to initiate release sequence. The operation of a single initiating device will trigger all other intended alarm signals.

Release Sequence

The PRO-2000 Series initiates the release sequence when:

• The designated inputs 1 detectors are in alarm, or

• The designated manual release station is activated.

The following pre-programmed sequence occurs:

1. The pre-release audible/visual signal is continuously energized.

2. Start the 60 second* 'pre-release' delay.

3. Once the pre-release delay terminates and if the Abort push button is not pressed the release annunciators and release actuators are activated.

4. The release actuators may be deactivated after a per-programmed delay.

* This is the maximum allowable delay time. Delays can be pre-programmed to this maximum.

"Abort" Push buttons

The Abort push button will be operational for releases initiated either from detectors or from manual release actuation. Therefore, the manual release will not override the abort switch. The Abort push button may be pressed to temporarily delay the release of the extinguishing agent. In order to delay the release, the Abort push button must be pressed and held. The release actuators will not be energ ized until the push button i s released, even if the 'pre-release' delay expires.

If the Abort push button is pressed outside a release sequence, only a status change will be annunciated at the Control Unit.

Cross zoning is only applicable to the releasing function on the fire control unit. For local alarm notification, cross zoning in not used.

PRO-2000 Installation and Operation Manual

FROM LAST MODULE/DETECTOR

47KOhm EOL Resistor

CIRCUIT SUPERVISED AND POWER-LIMITED

LPY+

LPY-

LPX+

LPX-

POWER-LIMITED CIRCUITS

Note 1

MONITOR

MODULE

M500M

NOTE 5

NOTE 4

NOTES:

1/4W, 5%

47K OHMS 1/4W, 5%

EOL RES.

TO NEXT MODULE/DETECTOR

Note 1

(Loop configuration optional)

(loop mode)

To ADI card

connections

addressable loop

MODULE

MONITOR

M500M

M500C

CONTROL

MODULE

type PLF, PLFA, PLFP+PLFR

Power limited circuit

Class B circuit

EOL Resistor is supplied with the Monitor Module.

Manual release switch (Mircom No. 210-13495-00) UL listed only. (ULC Canada)

Abort switch (self restoring switch) UL listed only. (ULC Canada)

For NAC circuits use only UL Listed for Fire Protective Signaling Systems (ULC Listed in Canada) regulated, isolated 24VDC power supply (supervised and power limited). For Releasing circuits use Special Application Mircom APS-14127-00 Auxiliary Power Supply.

Do not use looped wire on terminals 3 and 4

. Break wire run to provide supervision of connection.

Use UL listed (ULC Canada) NAC devices Max.Load: 1.5A, 24VDC.

General Alarm NAC devices

Release NAC devices Max.Load: 1.5A, 24VDC.

Release Device (Valve, Solenoid) Max.Load: 1.5A, 24VDC Min.Load: 0.005A, 24VDC Use UL listed (ULC Canada)

UL listed (ULC Canada) EOL relay N.O. contacts (24VDC COIL)

Use only cables

10.

11.

Note 10

Note 6,7

Note 6,8

Note 10

Note 9

Note 1

Note 3

Note 2

(-)

(+)

(-)

(+)

(-)

(+)

(-)

(+)

(-)

(+)

(-)

(+)

(-)

(+)

(-)6(+)

(-)

(+) (-)

(+)

47KOhm EOL Resistor

24VDC POWER SUPPLY

EOL RES.

1/4W, 5%

47K OHMS

Note 1

1/4W, 5%

Use UL listed (ULC Canada).

MODULE

CONTROL

M500C

CONTROL

MODULE

If multiple zones are configured in a system , each one should have its own power supply and style 7 wiring should be used for the SLC. Isolation should be provided between the zones as per Figure 50.

Figure 51: ADI CARD - Typical Wiring Diagram Number 1 for Control Module In

MAIN PROCESSING CARDS

Note 1

Note 10

47K EOLR

FROM LAST MODULE/DETECTOR (Loop configuration optional)

Use only cables type PLF, PLFA, PLFP+PLFR

SUPPLY

NOTE 4 NOTE 5

POWER

24VDC

TO NEXT MODULE/DETECTOR

Note 9

MODULE

Note 6,8

Note 3

Note 6,7,11

Note 2

POWER-LIMITED CIRCUITS

(loop mode)

To ADI card

connections

addressable loop

LPX+

LPX-

LPY-

LPY+

MONITOR

CIRCUIT SUPERVISED AND POWER-LIMITED

EOL Resistor is supplied with the Monitor Module.

Manual release switch

Abort switch (self restoring switch) UL listed only (ULC Canada).

For NAC circuits use UL Listed for Fire Protective Signaling Systems (ULC Listed in Canada) regulated, isolated 24VDC power supply (supervised and power limited).

Do not use looped wire on terminals 3 and 4. Break wire run to provide supervision of

Use UL listed (ULC Canada)

Max.Load: 1.5A, 24VDC

Use UL listed (ULC Canada)

Max.Load: 1.5A, 24VDC

Release Device (Valve, Solenoid) Max.Load: 1.5A, 24VDC Min.Load: 0.005A, 24VDC Use UL listed (ULC Canada)

UL listed (ULC Canada) EOL relay N.O. contacts

Classe B, style 1 (NFPA 72-35) circuit

Non power-limited circuit

47K OHMS 1/4W, 5%

Note 1

47K EOLR

General Alarm NAC devices

Release NAC devices

(24VDC COIL)

10.

11.

NOTES:

UL listed only (ULC Canada).

connection.

NAC devices

(-)

(+)

(-)

(+)

(-)

(+)

(-) (+)

(-)

127

MODULE

CONTROL

MODULE

(-)

(+)

(-)

MONITOR

(+)

(-)

(+)

(-)

CONTROL

MODULE

(+)

(-)

(+)

129

MODULE

CONTROL

(-)

(+)

(-)

(+)

(-)

(+)

(-)

MODULE

(-)

(+)

(-)

MONITOR

M500M

EOLR

47K OHMS 1/4W, 5%

Note 1

EOLR

If multiple zones are configured in a system, each one should have its own power supply and style 7 wiring should be used for the SLC. Isolation should be provided between the zones as per Figure 50.

For Releasing circuits use Special Application Mircom APS-14127-00 Auxiliary Power Supply.

Figure 52: ADI CARD - Typical Wiring Diagram Number 2 for Control Module In Release Configuration

PRO-2000 Installation and Operation Manual

SI2+

SI2-

SI1-

SI1+

SI CARD

Note 4

ote 3

EOL

ote 3

EOL

ote 3

EOL

ote 1

ote 2

EOL

resi

stor: 6.8K

ohms

Use only cables type PL

F, PLFA, PLFP+PLF

Use MP-300SP when EOL mounting plate is required.

See Appendix B for PRO-2000 compatible input devices. Wire detectors according t

o manufacturers i

nstructi

ons.

-Maxi

mum cable resistance:

40 ohms

-Vol

tage range:

19-25 VDC.

-Maximum circui

t current: 28mA

rcui

ts are power l

imi

ted and supervi

sed

NOTES FOR SUPE

RVI

SED INPUT

CARD:

(SELF RESTORING SWITCH)

ABORT SWITCH

RELEASE MANUAL SWITCH

IONIZATION SMOKE DETECTORLEGEND:

Note 1

Minimum detected ground fault impedance is 10K ohms.

Figure 53: SI Card Typical Wiring Diagram for Releasing System

MAIN PROCESSING CARDS

EOL

24V DC POWER SUPPLY

(+)

(-)

POWER LIMITED, SUPERVISED CIRCUITS

For NAC circuits use UL Listed for Fire Protective Signaling Systems (ULC Listed in Canada) regulated, isolated 24VDC power supply (supervised and power limited).

For NAC circuits, us MP-300SP when EOL mounting plate is required.

See Appendix B for PRO-2000 compatible NAC devices.

NOTES:

(+)

(-)

SO CARD

Note 3

NAC

MP-300SP

Note 5

VIN+

VIN-

6K8 ohms Note 2

MR-320SP Note 4

GND

NOTE 1

GND

Use MP-320SP when solenoid circuit EOL devices must be on a mounting plate.

5. See Appendix B for PRO-2000 compatible releasing devices.

Solenoid

For Releasing circuits use Special Application Mircom APS-14127-00 Auxiliary Power Supply.

Figure 54: SO Card Typical Wiring Diagram for Releasing System

PRO-2000 Installation and Operation Manual

 















DISPLAY

USER DEFINED SECTION

LCD DISPLAY - USER DEFINED MESSAGES

SYSTEM KEY PAD

CONTROL KEY SWITCH

USER CONTROL SECTION

DISPLAY KEY PADBUZZER

OPERATING INSTRUCTIONS

The LCD Panel

The LCD Panel provides the main user interface for the PRO-2000 Series. The front panel divides into four functional areas:

SYSTEM STATUS Alarm indicators (also called Dual Alarm indicators), the Liquid Crystal Display, the Reset and

Acknowledge push buttons, the Supervisory, Controls Enabled, Panel Failed, Power indicators

and the Control Key Switch.

DISPLAY Provides visual indication of, and access to, the system status. The DISPLAY area contains the

Alarm, Supervisory, Trouble, Status, Service, Isolate, and Lamp Test push buttons and

associated indicators. There are also directorial buttons to scroll through Event Lists on the LCD. The More push button provides additional details on the currently displayed event condition in the LCD.

USER-DEFINED Provides user control of Special Functions through configurable push buttons (12) and LEDs (24). SYSTEM Provides access to the system's Menu selection to control certain data and functions such as Event

Log, Access Level, Set Clock, Panel Brightness, and Maintenance Mode settings. This area is security access protected.

Figure 55: LCD Panel

OPERATING INSTRUCTIONS

Buzzer

Draws attention that a change of state has occurred. A fast beep indicates an alarm condition, and slow beep indicates all other events.

The Red indicators illuminate/flash on detection of an alarm condition. Rapid flashing

Alarm indicators

indicates new alarms, slow flashing indicates cleared alarms, and steady-on to indicate acknowledged alarms.

Displays event history and maintenance mode selection. The LCD is the most important part of the PRO-2000 User Interface. It can either display system information or guidance on how to interact with the system. For example, a typical message displayed during an alarm:

Alarm # 1 of 3 <NEW> HH:MM:SS

LCD

Protected Area Name (user defined)

Where:

Alarm # 1 of 3 means that this is the first of three alarms detected by the system. <NEW> means that this alarm was detected but not acknowledged or cleared. HH:MM:SS is the time at which the alarm signal was picked up. Protected Area Name identifies the device/zone in alarm. This message is user

defined.

Reset push button

Acknowledge push button

Supervisory indicator

Control Enabled indicator

Acknowledges the currently displayed alarm, supervisory, trouble, or status event. Security access level protected.

Resets the currently displayed alarm, supervisory, trouble, and status event and silences the buzzer. Security access level protected.

The Yellow indicator illuminates when a Supervisory condition has been detected. Flashing indicates a new event, steady-on indicates an acknowledged event.

The Yellow indicator illuminates steady-on when the current access level is set to 1. The indicator flashes when the current access level is set to 2.

The Yellow indicator illuminates when the Panel electronics have failed and cannot

Panel Failed indicator

sustain normal operation. When illuminated, the buzzer turns ON and can be silenced using the Acknowledge button. All other keys are inactive.

Power On indicator The Green indicator illuminates whenever the system is powered on.

Sets the security level of the system to level 1 when ON, level 0 when OFF. Provides

Control Key

control over who can Acknowledge/Reset the system. Prevents tampering by unauthorized personnel.

Table 28: System Status

PRO-2000 Installation and Operation Manual

DISPLAY

The indicators on the display panel flash as each new event occurs and remain steady-on when acknowledged. Resetting or clearing an event state causes the corresponding LEDs to flash then extinguish.

The Red indicator illuminates/flashes on detection of an alarm condition. Rapid flashing

Alarm indicator

Alarm push button Pressing the push button displays the alarm list on the LCD. Supervisory indicator Supervisory push button Pressing the push button displays the supervisory list on the LCD. Trouble indicator

Trouble push button Pressing the push button displays the trouble list on the LCD. Lamp Test push button

Next/Previous/First/Last

push buttons More push button Provides additional details on the currently displayed even t condition in the LCD. Status indicator Status push button Pressing the push button displays the status list on the LCD.

Service indicator The Yellow indicator illuminates when a device is placed in service mode. Service push button Pressing the push button displays the service list on the LCD. Isolate indicator The Yellow indicator illuminates when a device is placed in isolate mode. Isolate push button Pressing the push button displays the isolate list on the LCD.

indicates new alarms, slow flashing indicates cleared alarms, and steady-on to indicate acknowledged alarms.

The Yellow indicator illuminates when a Supervisory condition has been detected. Flashing indicates a new event, steady-on indicates an acknowledged event.

The Yellow indicator illuminates when a Trouble condition has been detected. Flashing indicates a new event, steady-on indicates an acknowledged event.

Tests all indicators on the panel. Press and hold to illuminate the indicators, display all the character dots on the LCD and activate the buzzer.

Allow scrolling through the selected event list. You can use the Next/Previous/First/Last arrows in the Display area to move up and down the event list in the LCD one entry at a time or to skip directory to the beginning or the end of the list.

The Yellow indicator illuminates when a Status event occurs. Flashing indicates a new event, steady-on indicates an acknowledged event.

Table 29: Indicators and Push buttons from Display Panel

Operating Conditions

Five conditions may be identified by the PRO-2000. Four of those are considered Off-Normal.

• Normal: Everything is as it should be.

• Alarm: triggered when a fire detection or alarm initiating device (e.g . smoke or heat detector, fire alarm station etc.) goes into alarm.

• Supervisory: Triggered when a safety system component which IS NOT directly connected to the PRO-2000, but is connected to one of its modules is in an Off-Normal condition and used for the activation of a sprinkler flow switch. NOT to be confus ed with Trouble.

• Trouble: Triggered when an integral component of the PRO-2000 (e.g. e lectroni c compone nt, d etecto r, monitor module, cable, etc.) is found to be defective or faulty. NOT to be confused with Supervisory.

• Status: Triggered when a status change is detected on a connected device or system. These devices or systems are not part of the PRO-2000, but are connected to it. For example, a monitoring input can be used to check the status of a door (open or closed).

Display Modes

The PRO-2000 processes and displays information on the LCD in one of three modes: Normal, Single event display, and Dual event display.

• Normal condition - All Systems Normal and the current time, HH:MM:SS, and date, YYYY:MM:DD, display.

All systems normal HH:MM YYYY:MM:DD

• Single event mode is the default display mode for new and cleared conditions. The LCD displays events one at a time using its two display lines. To view additional information regarding the displayed event press and hold the More push button.

Alarm #1 of 1 <NEW> HH:MM:SS Protected Area Name (User defined)

• Dual event mode is the default display mode for acknowledged conditions. The LCD displays two events at one time: the oldest event of a certain type with the highest priority, for example Alarm, displays on the first LCD line and the newest event of that same type displays on the second LCD line. If only one event is resident in the system, that event repeats on both lines.

Alarm #1, Protected Area Name (User defined), HH:MM:SS Alarm #3, Protected Area Name (User defined), HH:MM:SS

Off-Normal Sequence of Events

The following is a sequence of events after detecting an off-normal condition:

1. The LCD displays that condition in Single Event Mode. The <NEW> tag displays. The buzzer starts to sound and the corresponding LED starts to flash.

2. Read the LCD information and acknowledge the condition using the Acknowledge. Acknowledge push button (Note the correct access level is required for acknowledgement). If no other events occur, the LCD automatically switches to the dual event mode displaying the highest priority event in the list. If that is the only off-normal event in the system, both lines display the same message. Otherwise the last event in the list is displayed on the second line.

3. Investigate the situation. After the situation clears, select the condition by pressi ng the appropriate Display mode push but ton and navigating to the event to be cleared.

The LCD switches back to Single Event Mode and displays the condition.

4. Press the Reset push button (Note the correct access level is required for the reset function). The <CLR> tag displays. The buzzer starts to sound and the corresponding LED starts to flash.

PRO-2000 Installation and Operation Manual

5. Press the Acknowledge push button. The condition becomes non-resident and the LCD updates. If this is the last off-normal condition, the message, All Systems

Normal displays. Otherwise, the system returns to the dual event modes.

When the system registers mixed events, the basic scenario remains the same with one major difference: the system prioritizes events according to specific rules. The first event in the list is always the event requiring immediate action.

Event Type Priority

Highest priority: New Alarm, Supervisory, Trouble, Status

Cleared Alarm, Supervisory, Trouble, Status

Acknowledged Alarm, Supervisory, Trouble Lowest priority: Acknowledged Status You can use the Display section push buttons to view a selected event list. The LCD remains in the selected event list for 5 minutes.

If no push button is activated or new event occurs, the display defaults to displaying the event with the highest priority.

Non-Resident conditions

Clearing a condition removes it from the system (non-resident) but it still appears in the System Log. The System Log records this action as it occurs and the event remains until removed, cleared, or when the memory becomes full, the system erases the oldest events-first in-first out.

Access Levels

The PRO-2000 recognizes three access levels. This prevents ta mpering by unauthorized personnel. When a Menu Option is selected or when a Function push button is depressed, the system begins by verifying the access level required for that action. The three access levels are as follows:

0 The lowe st access level. At this level, only the Lamp Test and the Display push buttons function. The system defaults to

level 0 at power up.

1 To access this level use th e Control Key. After activating the Control Key switch the Controls Enabled indicator illu minates

and access to the remaining controls and to some Menu functions is permitted. Note that the Acknowledge and Reset push buttons become functional at this level.

2 To access this level, activate the Control Key and enter a password. When this level is active, the Controls Enabled indicator

flashes. At this level the complete panel functionality is available. This level is typically used for maintenance purposes.

If requesting a function while the system is not set at a sufficiently high access level the following message displays:

Permission denied, access level too low Press Continue

Operating Conditions

Device ID Concepts

The Device ID is a special code used by the system to identify all the devices connected to the PRO-2000. In certain menus it is required to identify a certain device Group to the system. For example, when placing/removing a device/device Group in/from Service or Isolate modes. The following identifies the different fields of the Device ID:

AA-BBCD-EFFF.G

where:

• Field A is the Node number - A number identifying a specific panel. This number is a node address and is assigned when the system is configured.

• Field B is the Slot number - A number identifying the expansion card to which the device is con nected. Slot 00 has a special meaning and refers to devices on the MPU for the X6 Series or on the Processing and Display Unit (LCD) for the X2 Series.

• Field C is the Line type - A letter identifying whether the device is connected to a Stub or a Loop.

• Field D is the Line Number - A number identifying the Stub/Loop.

• Field E is the Device type - A letter identifying the type of the Device, for example:

F: Thermal detector V: Virtual device N: Ionization detector H: Hard ware fault S: Photoelectric detector K: Cable break M: Monitor module P: Push button C: Control module L: LCD Panel LED D: ACDI module R: ADI Supervised output #: All devices I: Supervised Input device B Omni Detector O: Supervised OUTPUT device E Laser Detector A: Card fault

• Field F is the Device address - An identification of the device on the Stub or Loop.

• Field G is the Device point - A decimal point and number value identifying a specific device function . For example, for an addressable module connected to the ADI card, 0 represents a module (monitor, control, or ACDI), or 1 for a detector.

Slot

00 S 0 to 9 V = Virtual Device 0 to 99 0 to 9 00 S 1 P = Push buttons 1 to 84 1

00 S 1 L = LCD panel LEDs (red and yellow) 00 to 22 0 to 7 00 to 06/02 S 1 H = Hardware fault 00 to 06/02 K = Cable break 00 to 06/02 A = Card fault 01 to 06/02 * * I = Supervised Input device 1 to 32 0 01 to 06/02 * * O = Supervised OUTPUT device 1 to 12 0 01 to 06/02 S/L 1 to 4 M = Monitor module 1 to 99 0 01 to 06/02 S/L 1 to 4 N = Ionization detector 1 to 99 1 01 to 06/02 S/L 1 to 4 S = Photoelectric detector 1 to 99 1 01 to 06/02 S/L 1 to 4 F = Thermal detector 1 to 99 1 01 to 06/02 S/L 1 to 4 C = Control Module 1 to 99 0 01 to 06/02 S/L 1 to 4 B = Omni detector 1 to 99 1 01 to 06/02 S/L 1 to 4 E = Laser Detector 1 to 99 1 01 to 06/02 S 5 R = ADI Supervised output 1 to 4 0

The 06/02 in the table refer to slots in the X6 and X2 Series panels.

Line

Type

Line # Device Type

Table 30: PRO-2000 - Device ID

Device

Address

Device

Point

PRO-2000 Installation and Operation Manual

Entering a Device ID Example

The first line of the LCD gives information on how to proceed while the second one is reserved fo r the Device ID.

USE: ←, →, ↑, ↓, to scroll, Enter to select Device ID: NN-NNAN-ANNN.N (Edit +S)

The plus sign and the letter S displayed next to Edit

refers to the action being taken. In this case, they indicate a de vice

is to be placed in Service Mode. When removing the device from Service Mode a minus sign appears next to the letter S.

Enter node number ## for all nodes Device ID: NN-NNAN-ANNN.N (Edit, +S)

1. Enter the complete device ID. The Node Number automatically defaults to the Node Number of the connected pa nel. The cursor moves as each number is entered. Use the ARROW push buttons to move back and forth as required.

2. Move the cursor to the next field to choose the slot number. The following message displays:

Enter slot number ## for all slots Device ID: NN-NNAN-ANNN.N (Edit, +S)

3. Move the cursor to the next field to choose between Stub or Loop. The following message displays:

↑, ↓ for the line type (Stub) Device ID: NN-NNAN-ANNN.N (Edit, +S)

4. Move the cursor to the next field to choose the desired line number. The following message displays:

Enter line number # for all lines Device ID: NN-NNAN-ANNN.N (Edit, +S)

5. Move the cursor to the next field to choose the device type. The following message displays:

↑, ↓ for device type (Thermal detect) Device ID: NN-NNAN-ANNN.N (Edit, +S)

6. Move the cursor to the next field to choose the number identifying the desired device on the sel ected Stub or Loop. The following message displays:

Enter device address, ### for all Device ID: NN-NNAN-ANNN.N (Edit, +S)

7. Move the cursor to the next field to choose a specific function of the selected device. The following message displays:

Enter point number, # for all points Device ID: NN-NNAN-ANNN.N (Edit, +S)

8. Press and release the Enter push button to confirm the selection. If the selected Device ID is not valid, the LCD displays the following:

Incorrect Device Selection Please re-Enter, PRESS: Continue

9. Pressing Continue allows you to correct the Entered Device ID. Pressing Exit returns to the Service Menu.

10. If the ID is valid the LCD displays the following message:

Selected device(s): 05-03S2-I001.1 → USE: Enter to confirm, Continue to retry

The arrow for more information is only active when no wildcards (#) are use d.

Operating Conditions

INITIATION

ALARM

PRE-ALERT

(0 to 255s)

STAGE

Minimum 5 minutes

ALERT STAGE

Pulsed GA

OFF

(10 sec to continuous)

STAGE

EVACUATION

AUTO SILENCE

(10 to 2550s)

EVACUATION MIN.

(0 to 255s)

GA OFF

PRESSED

Operating Procedures - Off-Normal conditions

The following procedures apply to the PRO-2000 default configuration. It is designed to offer maximum security. Your system may be configured differently.

General Alarm Condition

The General Alarm Sequence is applied to each control OUTPUT which has been configured as a General Alarm output. The General Alarm On and Off push buttons can be factory configured to use two of the user-defined buttons. The General Alarm sequence consists of the following stages:

- When permitted (see NFPA 72 1-5.4.10) Pre-Alert Stage - initiated by an alarm condition. Alarm is annunicated locally but the GA OUTPUT is not energized during this time.

- When permitted (see NFPA 72 1-5.4.8) Alert Stage - General Alarm OUTPUT pulses, On/Off, during this time period. At this stage there is a possibility of fire. Depending on the GA configuration, the alarm may or may not be silenced at this time using the GA OFF push button at the panel.

Evacuation Stage - The General Alarm OUTPUT activates and can only be stopped at the panel using GA OFF push button. However, it can be configured to automatically stop

Single New Off-Normal Condition

When all systems are normal and a single New Off-Normal alarm cond ition is detected (PRO-2000 rece ives a signal from only o ne of its monitoring devices), the following events occur:

• The Off-Normal Condition indicators start flashing (rapidly for alarms).

• If configured (and the condition is not a Trouble), a General Alarm activates as described in General Alarm Condition.

• The buzzer starts beeping rapidly if it is an Alarm and slowly for all other conditions.

• The LCD updates. For example, in the case of an alarm:

Alarm #1 of 1 <NEW> HH:MM:SS Protected Area Name (User defined)

The time field reflects the time the off-normal was detected.

PRO-2000 Installation and Operation Manual

To Acknowledge a Single New Off-Normal Condition

• Insert the key into the Control Key switch and turn to activate. The Controls Enabled indicator illuminates.

• Depress and release the Acknowledge push button. Th e following events occur:

• The off-normal indicators stop flashing and remain on.

• The buzzer stops beeping.

• LCD updates. For example, in the case of an alarm:

Alarm #1, Protected Area Name (user defined), HH:MM:SS Alarm #1, Protected Area Name (user defined), HH:MM:SS

To Reset a Single Acknowledged Off-Normal Condition

AFTER INVESTIGATING THE OFF-NORMAL CONDITION and no hazardous condition has been found: Activate the Control Key switch, depress and release the Reset push button to verify if the off-normal condition has cleared. If the

off-normal condition is still active, nothing happens. Otherwise, the following events occur:

• The Off-Normal indicators start flashing slow l y.

• The buzzer starts beeping slowly.

• The LCD updates. For example, in the case of an alarm:

Alarm <CLR>, HH:MM:SS Protected Area Name (user defined)

The time field reflects the time at which the off-normal was cleared.

To Acknowledge a Single Cleared Off-Normal Condition

Activate the Control Key switch, depress and release the Acknowledge push button. This causes the following events to occur:

• The Off-Normal indicators go off.

• The buzzer silences.

• The PRO-2000 resumes its normal operating mode and the LCD updates.

All systems Normal HH:MM AAAA:MM:DD

• Turn and remove the key from the Control Key switch.

Multiple Mixed conditions

The PRO-2000 responds according to a fixed system of priority when mixed conditions are resident in the system. When displaying a single acknowledged trouble on the LCD and a single new alarm occurs by the system, the following events occur:

1. Before the new alarm registers the acknowledged Trouble appears in the LCD:

• The Trouble indicator is steady on.

• The LCD displays the following:

Trouble #1, Protected Area Name (user defined), HH:MM:SS Trouble #1, Protected Area Name (user defined), HH:MM:SS

The Dual Event Mode is the default mode. When selecting an Event List the LCD switches to the Single Event Mode for a period of five minutes.

2. When the alarm signal comes in:

• The Alarm indicators start flashing rapidly.

• The buzzer starts beeping rapidly.

• The LCD updates.

Alarm #1 of 1 <NEW> HH:MM:SS Protected Area Name (user defined)

3. Acknowledge the new single alarm. Activate the Control Key sw itch, depress and release the Acknowledge push button. This causes the following events to occur:

• The Alarm indicators steady.

• The buzzer stops.

• The LCD updates.

Alarm <ACK> HH:MM:SS Protected Area Name (user defined)

Operating Conditions

4. Clear the acknowledged alarm. After the alarm condition has been investigated and no hazardous condition has been found, activate the Control Key switch. Depress the Display Alarm push button to access the Alarm Event List. If necessary, use the Navigation arrows to select the alarm to reset. Depress and release the Reset push button. If the alarm is still active nothing happens. If the alarm has cleared:

• The Alarm indicators start flashing slowly.

• Buzzer starts beeping slowly.

• The LCD updates.

Alarm <CLR> HH:MM:SS Protected Area Name (user defined)

5. Acknowledge the cleared single alarm. Activate the Control Key switch, depress and rel ease the Acknowledge push button. This causes the following events to occur:

• The Alarm indicators go off.

• The buzzer stops.

• The LCD updates to show the original trouble message.

Trouble #1, Protected Area Name (user defined), HH:MM:SS Trouble #1, Protected Area Name (user defined), HH:MM:SS

PRO-2000 Installation and Operation Manual

LCD Panel Operations - Menu Mode

The buttons on the System Keypad are used mainly for maintenance functions at access level 1 and 2.

•The numbers are used to select menu options and used as a gener ic numeric keypad for operations such as setting the clock.

• Enter push button confirms the keyed information.

• Exit push button aborts the current command and returns to the previous menu. Depressi ng the Exit push button instead of the Enter push button causes the panel to leave the current function and disregard any previously entered values.

• Continue push button confirms selection. The system, in some instances, prompts to depress this push button before going to another step.

• Menu push button activates the main system menu selection list.

• Help push button displays context sensitive help.

• Arrow push buttons move the cursor across the text displays on the LCD, scroll through menus, and tab over selections.

When the Menu push button from the System keypad is pressed and he PRO-2000 is set at Access Level 1 or 2, the system goes into Menu Mode. This mode allows access to various menus to enter information in the system. The Main Menu offers eight options:

Event Log option Displays, prints, and clears the Event Log. Access Level option Sets access protection level 2 (using a password). Set Clock option Sets the system date and time. Panel Brightness Adjusts the intensity of the LCD and LEDs.

Control option Maintenance option Place part or all of the PRO-2000 in Service and Isolate Mode, to manually activate and deactivate

outputs, to put a stub or loop back in service. Removing a zone from Isola te places the devices in Service mode for verification of the state of the devices.

The system automatically exits the Menu Mode if a new event occurs, for example, a new Alarm, Supervisory, or Status event, or if no push button is depressed for more than 5 minutes.

Operating Conditions

Main Menu

Use the Control Key switch to activate the panel for level 1 access. Press and release the Menu push button. The following message displays on the LCD, two lines at a time. Use the arrow push buttons to scroll through the Main Menu options.

MAIN MENU 1 Event Log 2 Access Level 3 Set Clock 4 Brightness 5 Maintenance 6 Error Log EXIT QUIT

To choose an option, press and release the corresponding numeric push button or depress the Exit push button to exit the Main Menu.

Main Menu -> Event Log

The system maintains a chronological log of all detected events. This log contains each and every event affecting the system, from configuration procedures to the setting of the clock. The system first asks for a time interval. If none is entered, the system starts with the first event and finishes with the last. The system can either give out all of the events or it can filter through the information contained in the log and display only a certain type (alarm, trouble etc.).

When the memory becomes full, the oldest events in the list are overwritten. This ensures that the full capacity of the memory is used to store the most recent events.

Select 1 from the Main Menu. The following message appears on the LCD:

EVENT LOG MENU 1 Display Log 2 Print Log 3 Clear Log EXIT Previous Menu

Main Menu -> Event Log -> Display Log

Select 1 from the Event Log Menu. The LCD displays:

DISPLAY LOG MENU 1 All Events 2 Alarms 3 Troubles 4 Supervisory 5 Status 6 Service 7 Isolate 8 Maintenance 9 outputs EXIT - Previous Menu

To exit, depress and release Exit push button. For example, selecting 8 displays the recorded information regarding:

• System configuration

• System clock setting operations

• Access level changes

PRO-2000 Installation and Operation Manual

Whichever option you select from the Display Log menu, the system asks for specification of the time interval. The LCD displays the following:

Display events logged in time interval: YYYY:MM:DD HH:MM to YYYY:MM:DD HH:MM

The YYYY:MM:DD HH:MM references specify the time interval of the logged events to display. Default references correspond to the time of the oldest and of the newest event in the log.

To modify this time interval, use the numeric keypad digit and arrow push buttons If you press the Enter push button without making any change, all e vents in the event lo g disp lay. Th e first ev ent displayed is the

oldest. To move through the log one entry at a time, use the arrow push buttons. To go to the start of the log, use the left arrow push

button. To go to the end of the log, use the right arrow push button. Should the Event Log be empty for the selected time interval, the following message displays:

No event logged in the specified time interval. PRESS: EXIT to return

Main Menu -> Event Log -> Print Log

Select 2 from the Event Log Menu. The following displays:

PRINT EVENT LOG 1 - Print Log 2 - Print Continuously 3 - Cancel Printing EXIT - Previous Menu

Select 1 from Print Event Log menu. The following message appears:

Print Event Log? Press Enter to print. Exit to cancel

Pressing Enter starts the printing of the log. The following message displays:

Event Log print started Press Exit to return to print menu

Main Menu -> Event Log -> Print Log -> Print Continuously

Continuous printing means that the events print as they occur. Select 2 from Print Event Log menu. The following message displays:

Print Continuously? Press Enter to activate, Exit to cancel

Pressing Enter starts the printing of the log. The following message displays:

Continuous Print activated Press Exit to return to print menu

Main Menu -> Event Log -> Print Log -> Cancel Printing

Select 3 from Print Event Log menu to cancel ALL printing. The following message displays:

Stop Printing? Press Enter to stop, Exit to cancel

Pressing Enter stops ALL printing of the log. The following message appears:

Print canceled Press Exit to return to print menu

Operating Conditions

Main Menu -> Event Log -> Clear Event Log

This option requires access level 2. If this option is selected while the system is not set at access level 2, the LCD displays the following message:

Permission denied, access level too low PRESS Continue

To gain access to level 2, refer to the next section (going to access level 2). Select 3 from the Event Log Menu. The following message displays:

Clear Event Log? Press Enter to clear, Exit to cancel

Pressing Enter clears all the events stored in the Event Log. The following message displays:

Event Log cleared Use Continue to return to event log menu

Main Menu -> Access Level

Access Level 2 is required to use the Service, Isolate, and the Clear Event Log options. Select 2 from the Main Menu. The LCD displays:

Enter password: ******* EXIT - Return to Main Menu

Use the numeric keypad to enter the password. Asterisks (*) appear as you type in your password - seven characters long. After entering all digits, the LCD displays the following message:

Access level will be set to 2 USE: Enter to confirm, Exit to cancel

Entering access level 2 causes the Controls Enabled LED to flash. If, on the other hand, you have entered an incorrect password, the LCD displays the following message:

Password incorrect, Access level still 1 PRESS: Continue to retry, Exit to quit

1) The Controls Enable d indicator always shows the current access level. LED off: Access Level 0. LED steady: Access Level 1. LED flashing: Access Level 2.

2) If no push button is depressed for a perio d of 5 minu tes, the sys tem automatically returns to Access Level 1.

PRO-2000 Installation and Operation Manual

Main Menu -> Set Clock

Select 3 from the Main Menu. The LCD displays the following message:

Current Time: YYYY:MM:DD HH:MM PRESS: Continue to modify or Exit

Line 1 indicates the current date and time and line 2 shows the options. Press and release the Continue push button. The LCD then displays:

Enter year of new date AAAA:MM:DD HH:MM

The current time and date display. The cursor appears on the first digit of the Year field. Press and release the Exit push button at any time to exit the Set Clock option. The time is not updated. Enter the correct time and date using the numeric keypad. The cursor moves automatically as the information is entered. The cursor

may be moved manually using the ARROW push buttons. Press and release the Enter push button. The LCD displays the following message:

New time and date: YYYY:MM:DD HH:MM:SS USE: Enter to confirm, Exit to cancel

Press the Enter push button to confirm the entry. The system then defaults to the Main Menu. You may now select another option or depress and release the Exit push button to exit the Main Menu.

On entering an incorrect value the LCD displays the following message:

Error Invalid Time or Date Press Continue

Pressing and releasing the Continue push button returns to the select Menu

Main Menu -> Brightness

Select 4 from the Main Menu to adjust the brightness of the panel lights. The LCD displays the following message:

USE: ←, → Enter to Save, Exit to Cancel MIN  MAX

This function controls the brightness of the visual indicators (LEDs) and the LCD. Use the ARROW push buttons to obtain the desired brightness. The number of squares indicates the level of brightness. If only

one bar displays, the LCD and LEDs shine at minimum intensity; if all ten bars display, they shine at maximum intensity. Press and release the Enter push button to prompt the system to accept the new brightness setting. Press and release the Exit push button to return to the Main Menu.

Operating Conditions

Main Menu -> Maintenance

MAINTENANCE MENU 1 - Service Mode 2 - Isolate Mode EXIT - QUIT

Allows verification of the operational state of the PRO-2000 initiating devices (for

Service Mode

Isolate Mode

example, smoke detectors). The alarms are normally annuncia ted at the panel, but not associated outputs are triggered.

Isolates a device or an entire lo op of devices. It causes the device to operate as if it had been disconnected from the system. Subsequent alarms or faults, for the particular device, are ignored by the system.

Table 31: Maintenance Menu - Description of each service

Maintenance Menu - > Service Mode

With this option (access Level 2) any part or even all of the PRO-2000 can be placed into or removed from Service Mode. This option allows system maintenance. In Service Mode, alarms are annunciated but the associated outputs are not triggered.

When at least one device has been placed in Service Mode, the Disp lay Service mode indicator illuminates. Select 1 from the Maintenance Menu. The LCD displays the following:

SERVICE MENU 1 Place 2 Remove 3 Place in test EXIT - Previous Menu

Maintenance Menu - > Service Mode - > Place

Select 1 from the Service Menu. The LCD displays the following instructions:

USE: ←, →, ↑, ↓, for loop & Type, 0 - 9 & Enter PRESS: Continue

If Access Level 2 is not active the LCD displays:

Permission denied, access level too low PRESS: Continue

To exit, depress and release the Exit push button. Press and release the Continue push button and enter the node number. Enter ## to select all nodes. The Service Mode option offers two ways to select the desired device or devices. The Continue push button toggles between the

modes, <List +S> and <Edit +S>.

• In Edit Mode enter the Device ID using the numeric keypad. The ARROW push buttons change the display letters. The # push button is used as a wildcard and can be used to represent any possible value. The left and right arrow push buttons can be used to move the cursor left and right.

• In List Mode scroll through the list of devices already in service using the arrow keys.

After confirming the ID Number, the Display Service indicator illuminates. The system then asks you for another Device ID. If you do not have any other ID Number to enter, press the Exit push button to return to the Service Menu.

PRO-2000 Installation and Operation Manual

Maintenance Menu - > Service Mode -> Remove

Select 2 from the Service Menu. The information entered when placing a device in Service displays on the LCD with the exception of the plus sign which changes to a minus sign (-S, meaning remove from Service).

After entering the Device ID, confirm using the Enter push button, to remove the device from service. After removing the last device from Service, the Display Service indicator extinguishes.

A detector in Alarm cannot be removed from service until the Alarm condition has cleared.

Maintenance Menu - > Service Mode -> Place In Test

The Place In Test mode allows a maintenance operator to perform a one person walk test. All devices selecte d to operate in this mode must be manually activated. The devices generate silent alarms which are detected, automatically acknowledged, and reset by the panel. Placing devices in the Place In Test mode causes the Display Service indicator to illuminate. Whil e in Place In Te st mode, associated outputs are not triggered.

The LCD displays the Device ID with the letter T (for Test), the date and time the device was tested, and user defined text.

05 03S1 I001.1 (T) YYYY:MM:DD HH:MM:SS Protected Area Name (User Defined)

The panel responds by Alarm indicators steady-on and no buzzer. The signal is automatically acknowledged and is reset following a configurable delay. By setting an entire loo p in Test, you could test all the devices in the loop at one time. The events are all recorded and can be printed at a later time.

All devices have four event lines (the T denotes Test):

Device ID <T> <NEW> HH:MM:SS Device ID <T> Acknowledged -- time stamp should be identical the NEW Device ID <T> <CLR> - configurable seconds after Acknowledged Device ID <T> <NORMAL>

Maintenance Menu - > Service Mode -> List

The List Devices in Service screen displays the following information: Device ID, date and time the device was put in Service Mode and user defined text.

05 03S1 I001.1 (S) AAAA:MM:JJ HH:MM:SS Protected Area Name (User Defined)

If no Devices are in service, the following message appears:

There are no devices in service mode. PRESS EXIT to return to service menu

This list is identical to the list accessible through the Display Service push button.

Maintenance Menu - > Isolate Mode

All or part of the PRO-2000 can be placed/removed in/from Isolate mode with Access Level 2. In Isolate Mode, alarms are ignored by the system.

When any part of the PRO-2000 has been placed in Isolate Mode, the Isolate indicator illuminates. Removing a zone from Isolate places the devices in Service mode for verification of the state of the devices.

Select 2 from the Maintenance menu. The LCD displays the following menu:

ISOLATE MENU 1 Place 2 Remove 3 List EXIT - Previous Menu

To place any part of the PRO-2000 in Isolate Mode or to remove it from that mode, follow the procedure outlined in the Service Mode section.

The LCD displays (+I) when placing in Isolate Mode and (-I) when removing from that mode.

Operating Conditions

Trouble List

When a trouble condition is first annunci ated, the D ispla y Trou ble LED bl inks, the pa nel buzzer starts to sound in a slow tempo and the LCD displays a message describing the Trouble.

• Read and acknowledge the trouble message or messages by pressing the Acknowledge push button once for each trouble message.

• To get more detailed information press and hold the More push button.

• Investigate the trouble and take the appropriate corrective action. Press Reset to clear the trouble.

• Press Acknowledge to remove the trouble from the system's event list.

•

This section contains a list of PRO-2000 Trouble messages. Some trouble messages could mean that an entire area is no longer monitored by the system.

All Devices

Controlling I/O Card Failed

Hardware Trouble General error message for all devices. Communication fault General communication trouble.

Relay OFF

Relay ON

Wrong Device Class A Class A fault detected on a monitor module.

Compensation Device is not able to compensate. Not Reached Setpoint Too Low The normal value of the detector located at the specified address (refer to device ID) is too low.

Setpoint Too High

Collision

Supervision

Short-Circuit

Line Break

Bad Device

Supervision

Internal Hardware

An I/O Card fails or is missing. The system indicates a trouble for each device attached to that card. This is to remind users that there is no protection in the area monitored by that card.

MPU Device

ADI Device

Device OUTPUT set to ON and the device return value indicates the OUTPUT is OFF. Verify this device, it is not changing state.

Device OUTPUT set to OFF and the device return value indicates the OUTPUT is ON. Verify this device, it is not changing state.

Device present at the specified address (refer to device ID) is not consistent with the information.

The device located at the specified address (refer to device ID) had not been configured due to an earlier error (short-circuit, cable break, wrong device on the line).

The normal value of the detector located at the specified address (refer to device ID) is too high. This either means that the detector is dirty and needs cleaning or that a fire has been detected while the system is being powered up.

More than one detector is responding to a single address. This condition usually indicates an address conflict.

Device located at the specified address (refer to device ID) does not have an end-of-line (EOL) supervision resistor.

A short-circuit has been detected on a detector/module. To locate the faulty detector/module refer to device ID.

A cable break has been detected on a detector/module. To locate the faulty detector/module refer to device ID.

Indicates that a communication fault was detected while communicating with an addressable device. This condition usually indicates a bad line.

SO Device

Device located at the specified address (refer to device ID) does not have an end-of-line (EOL) supervision resistor.

Device located at the specified address (refer to device ID) has an internal hardware problem. The relay is latched in an open position when requested to close.

Table 32a: Device Trouble

PRO-2000 Installation and Operation Manual

SI Device

Bad A/D Open Circuit An open circuit is detected at the specified address (refer to device ID).

Short-Circuit A short-circuit is detected at the specified address (refer to device ID). Bad Device Indicates that the returned value is in an invalid range. Internal Hardware Indicates a problem with the card at the specified address (refer to device ID).

Current limit

Input 9-16 Current limit

Input 17-24 Current limit

Input 25-32 Current limit

Device located at the specified address (refer to device ID) report s a defective analog to digital convertor.

A current limit is reached at the specified address (refer to device ID). Trouble is specific for devices 1 to 8.

A current limit is reached at the specified address (refer to device ID). Trouble is specific for devices 9 to 16.

A current limit is reached at the specified address (refer to device ID). Trouble is specific for devices 17 to 24.

A current limit is reached at the specified address (refer to device ID). Trouble is specific for devices 25 to 32.

Table 32b: Device Trouble (continuation)

Operating Conditions

Card Trouble

MPU Card

AC Fault No AC power. Power Fault - Stub X or Y

Power Fault - Mimics

Battery Fault - Short test

Battery Fault - Long test MPU Ground Fault detected Ground fault on system.

RS-422 Ground Fault detected on MPU

RS-232 Ground Fault detected on MPU

Printer not active Verify printer status.

Lithium Battery on MPU Controller

Power - 422, Stub X

Power - 422, Stub Y

Bad configuration ID

Bad configuration checksum Invalid configuration System cannot run current configuration. System defaults to default configuration.

Bad configuration - Version old Incompatible software. Unsupported configuration Incompatible software. Bad configuration format Incompatible software. Wrong card type in slot # The card present in the specified slot is not consistent with the current configuration. Communication with panel ## failed The master panel cannot communicate with the panel ##, verify panel ##. Panel ## has failed The slave panel ## failed, verify the panel ##. Communication with LCD ## failed The communication with the LCD ## failed, verify the LCD. LCD display ## has failed General failure, verify panel.

Line break port ## S REACHED X -mm Y - pp

Line break port ## A REACHED X -mm Y - pp

Printer not ready LCD display #, AC fault No AC power on LCD #

LCD display #, Battery Fault - Short test

On a X2 panel, a trouble (short-circuit, etc.) was detected on the power stub X or Y of the LCD card RS-422 channel.

On a X2 panel, a trouble (short-circuit, etc.) was detected on the power to the Mimic Driver card.

Back-up batteries have failed a test in which a load is put on them for a short period of time (60 ms). The batteries are probably not connected to the system.

Back-up batteries have failed a test in which a load is put on them for a long period of time (10 s). Back-up batteries faulty, change the batteries.

Ground fault on the RS-422 line.

Ground fault on the RS-232 line.

The lithium battery on the main processing unit card has failed a functional test. The battery is either absent, improperly installed (film in place, jumper not in place) or defective.

On a X6 panel, a trouble (short-circuit, etc.) was detected on the power stub X of the MPU card RS-422 channel.

On a X6 panel, a trouble (short-circuit, etc.) was detected on the power stub Y of the MPU card RS-422 channel.

The system cannot find a proper configuration. Either X6 or X2 is faulty or it has not been configured. System defaults to default configuration.

The X6 or X2 panel configuration has lost its integrity. System defaults to default configuration.

A sychronous port line break between

mm in X and pp in Y has been detected. Where

mm and pp are panel numbers.

A asychronous port line break between mm in X and pp in Y has been detected. Where

mm and pp are panel numbers.

Indicates that the printer is either not connected to the panel or that it was detected to be off-line, while attempting to perform a print operation.

On the LCD located at the specified address #, the back-up batteries have failed a test in which a load is put on them for a short period of time (60 ms). The batteries are probably not connected to the system.

Table 33a: Card Trouble

PRO-2000 Installation and Operation Manual

On the LCD located at address #, the back-up batteries have failed a test in which

LCD display #, Battery Fault - Long test

LCD display #, Ground Fault detected Ground fault on LCD at address #. LCD display #, RS-232 Ground Fault

detected

a load is put on them for a long period of time (10 s). Back-up batteries faulty, change the batteries.

Ground fault on the RS-232 line on LCD at address #.

ADI Card

Ground fault on ADI card in slot ## Ground fault on line connected to the specified ADI card. ADI card in slot ## missing An ADI card is missing in the specified slot.

The ADI card in the specified slot is not responding. This fault may be due to

ADI card in slot ## failed

Cable break S##-L## REACHED ## on X

Cable break S##-L## REACHED ## on Y

Shout Slot ##-L## on X

Shout Slot ##-L## on Y

hardware or software (bad EPROM, RAM failure, etc.) or to the presence of a wrong card in the specified slot.

A cable break has been detected. S## indicates the slot of the card, L## indicates the line in the card, and ## indicates the number of devices reached from the X side. If the number is 0, no devices were reached from that particular side.

A cable break has been detected. S## indicates the slot of the card, L## indicates the line in the card, and ## indicates the number of devices reached from the Y side. If the number is 0, no devices were reached from that particular side.

A short-circuit has been detected. Slot ## indicates the slot of the card, L## indicates the line in the card.

COMM Card

Comm card in slot ## missing A COMM card is missing in the specified slot. Comm card in slot ## failed

ISO1/Ground fault on card in slot ##

ISO2/Ground fault on card in slot ##

Cable break S##-L## NOT REACHED##

Cable break S##-L## NOT REACHED## L2

The COMM card in the specified slot is not responding. This fault may be due to hardware or software or to the presence of a wrong card in the specified slot.

Ground fault has been detected on the isolated line 1 connected to the COMM card inserted in the specified slot.

Ground fault has been detected on the isolated line 2 connected to the COMM card inserted in the specified slot.

A cable break has been detected. S## indicates the slot of the card, L## indicates the line in the card, and ## indicates the number of devices not reached.

A cable break has been detected. S## indicates the slot of the card, L## indicates the line in the card of the loop, L2 indicates from side 2 of the loop, and ## indicates the number of devices not reached.

SO Card

SO card in slot ## missing A SO card is missing in the specified slot. SO card in slot ## failed SO card in slot ## missing ext. power Specified SO card is missing external power for the supervision of the output.

SO card in slot ## config error Bad configuration for specified SO card.

Specified SO card not responding. This fault may be due to hardware or to the presence of a wrong card in the specified slot.

Table 33b: Card Trouble (continuation)

Operating Conditions

SI Card

SI card in slot ## missing A SI card is missing in the specified slot. SI card in slot ## failed SI card in slot ## bad isolated power Specified SI card isolated power supply is not functioning.

SI card in slot ## Ground fault Ground fault detected on the specified SI card. SI card in slot ## config error Specified SI card has an invalid configuration.

SI card in slot ## A/d #1 failed test

SI card in slot ## A/d #2 failed test

SI card in slot ## A/d #3 failed test SI card in slot ## SPI failed test Specified SI card is faulty.

SI card slot ##-L## Isol. Power = ## Vcc The isolated voltage is under 21 VDC

Specified SI card not responding. This fault may be due to hardware or to the presence of a wrong card in the specified slot.

The first analog to digital converter in the specified slot failed the initialization test. Channels 1 to 11 are not available.

The second analog to digital converter in the specified slot failed the initialization test. Channels 12 to 22 are not available.

The third analog to digital converter in the specified slot failed the initialization test. Channels 23 to 32 are not available.

Table 33c: Card Trouble (continuation)

PRO-2000 Installation and Operation Manual

Appendix A - Battery Calculations

Nominal battery voltage should be 24 VDC.

Charging voltage is 2.3V per cell minimum. Initial charging current is 2.14A total.

Battery capacity requirements calculations This appendix contains tables used to adequately calculate the battery capacity needed for a specific PRO-2000 panel

configuration. Seven tables are available for current consumption calculations:

• Standby current consumption of PRO-2000 X2 panels, Main power supply

• Standby current consumption of PRO-2000 X2 panels, Battery Back-up

• Alarm current consumption of PRO-2000 X2 panels, Battery Back-up

• Standby current consumption of PRO-2000 X6 panels, Main power supply

• Standby current consumption of PRO-2000 X6 panels, Battery back-up

• Alarm current consumption of PRO-2000 X6 panels, Battery back-up

• Current consumption of PRO-2000 System components, External power supply The first six tables are used to calculate the Standby and Alarm current for X2 and X6 panels. The current required by the X0 panels

is included in the calculated current of its host X2 or X6 panel.

For 24 Hours of Supervisory plus 5 minutes of Alarm: The calculated Standby current on the Main power supply for a panel must not exceed 1.5 Amps. The calculated Alarm current on the Main power supply for a panel must not exceed 3 Amps.

The battery capacity required for a specific panel configuration can be cal culated using the following table and the calculated Battery Back-up Standby and Alarm currents. The "Current" column is multiplied by the "Time required" column to generate the values of the "Battery capacity" column. The "Time required" column must be filled in accordance with the authority having jurisdiction (AHJ) requirements. The total battery capacity required for the panel configu rati on i s the sum of the "Batte ry capacity" column to a maximum of 37.8 AH (42AH derated at 10 percent).

Current (Amps) Time required (Hours) Battery capacity (A/H)

Calculated Battery back-up Standby current

Calculated Battery back-up Alarm current

TOTAL BATTERY CAPACITY (Maximum value 37.8AH)

Table 34: Battery Capacity - Panel Specific Configuration

Appendix A - Battery Calculations

Standby current consumption of PRO-2000, X2 panels Main power supply (28V nominal)

System Component

LCD card (X0) (with RS-422) 0.278 X = LCD card (X2) 0.251 X 1 = 0.251 LCD on board RS-232 module 0.063 X = LCD card user defined LED (local or X0) 0.0022 X = LCD expander card (Local or X0) 0.056 X = LCD expander card (local or X0) LED 0.0022 X = Mimic driver module (local or X0) 0.046 X = Mimic driver module (local or X0) LED 0.0022 X = ADI card 0.177 X = ADI driver module 0.054 X = Addressable devices (excluding ACDI) 0.00022 X = Addressable sensors in alarm 0.010 X = Isolator modules 0.00042 X =

ADI card OUTPUT supervision current - X = ADI card OUTPUT activated output 0.0113 X = SI card 0.204 X = SI card input supervision current 0.0035 X = SI card input short circuit current 0.0225 X = SO card 0.036 X = SO card OUTPUT supervision current - X = SO card activated OUTPUT 0.0175 X = Communication card 0.095 X = Comm. Card on board RS-232 module 0.063 X =

Total Standby current (add this total to Table 34) The total standby current must not exceed 1.5 Amperes Main power supply (28V nominal)

Table 35: X2 Panel Standby Current Consumption - Main Power Supply

Standby Current

(amps)

Qty Total

Mircom PRO-2000 Operation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual