Honeywell Notifier ID3000 User Manual

ID3000/ID2000 Fire Panel Configuration Tool Manual
Additional Logic Example
A3 - 2
997-291, Version 3.05
November 2010
1 A single unique transfer flag must be allocated
to each input required to operate in the
manner described above. These flags must
be local to the panel in which these rules are
programmed. In this example, flags 11 to 15
correspond to zones 1 to 5. Any input could
be used instead of a zone, with additional
flags if required e.g. to OR two non-adjacent
zones, or zones from different panels.
2 For each of the inputs, a rule of the type
‘input sets flag n [AND]’ must be set. See
rules 1 to 5 in the example.
3 A flag must be allocated for lock out (see
illustration and subsequent text for definition
of lock out) - in this example it is flag 100.
This flag must be local to the panel in which
these rules are programmed.
4 To implement lock out, each input requires
rules of the following types to be configured:
‘flag n sets flag n [OR]’ (see rules 6 to 10),
‘flag n sets lock out flag [OR]’ (see rules 11 to
15) and ‘lock out flag sets flag n [AND-NOT]’.
See rules 16 to 20 in the example.
Note: The panel does not implement lock out
unless at least one rule of the type ‘flag
n sets flag n [OR]’ is configured.
5 Configure rules to drive the outputs
(additional flags can be used if required).
See rules 21 to 25 in the example.
Note: Rules of steps 2 and 4 (Rules 1-20 in
the example) must all be in the same
panel (it does not have to be the panel at
which the inputs or monitored, nor the
panel from which the outputs are driven).
Example - Lockout
RULE INPUT STATEMENT OUTPUT STATEMENT
1 Zone 1 Flag 11 [AND]
2 Zone 2 Flag 12 [AND]
3 Zone 3 Flag 13 [AND]
4 Zone 4 Flag 14 [AND]
5 Zone 5 Flag 15 [AND]
6 Flag 11 Flag 11 [OR]
7 Flag 12 Flag 12 [OR]
8 Flag 13 Flag 13 [OR]
9 Flag 14 Flag 14 [OR]
10 Flag 15 Flag 15 [OR]
11 Flag 11 Flag 100 [OR]
12 Flag 12 Flag 100 [OR]
13 Flag 13 Flag 100 [OR]
14 Flag 14 Flag 100 [OR]
15 Flag 15 Flag 100 [OR]
16 Flag 100 Flag 11 [AND-NOT]
17 Flag 100 Flag 12 [AND-NOT]
18 Flag 100 Flag 13 [AND-NOT]
19 Flag 100 Flag 14 [AND-NOT]
20 Flag 100 Flag 15 [AND-NOT]
21* Flag 11 Activate Control Module 1
22* Flag 12 Activate Control Module 2
23* Flag 13 Activate Control Module 3
24* Flag 14 Activate Control Module 4
25* Flag 15 Activate Control Module 5
* These rules can be on a different panel from rules
1-20.

Honeywell Notifier ID3000 Specifications

General

NAC Outputs	4
Power Supply	24 VDC
Display	LCD
Humidity Range	10% to 93% non-condensing
Type	Fire Alarm Control Panel
SLC Loops	1
Maximum Devices	Up to 198
Number of Loops	1
Max Devices per Loop	159
Max Devices per Panel	198
Communication Ports	RS-232, RS-485
Operating Temperature	0°C to 49°C (32°F to 120°F)
Number of Zones	Up to 198 intelligent zones

Summary

1 Introduction

1.1 PC Specification

Minimum hardware and software requirements for the PC used with the configuration tool.

1.2 Installation

Step-by-step instructions for installing the fire panel configuration software.

1.3 Starting the Tool

Methods for launching and accessing the fire panel configuration software application.

1.4 Connecting a PC to the Panel

Procedure for establishing a data link between the PC and the fire alarm panel.

1.5 Tool Overview and Menus

Description of the software interface, including menu bar, toolbars, and status bar.

1.5.3 File Menu

Options for managing configuration files, including creating, opening, saving, and printing.

1.5.4 Panel Menu

Functionality for adding, loading, and editing panel configurations within the database.

1.5.8 Communications Menu

Settings for establishing and managing communication ports and data transfer with the panel.

1.5.9 System Parameters Menu

Configuration of site details, network sectors, and custom tones for panel operation.

2 Panel Settings Configuration

2.1 Specification Tab

Defining panel name, type, number of zones, and language settings.

2.2 Loop Setting Tab

Configuring the number and type of loops, signal degraded monitor, and boost periods.

2.3 Port/Printer Options Tab

Setting up communication ports, printer connections, and third-party link controls.

2.4 Pulse Options Tab

Defining sounder startup, loop powered sounders, and ON/OFF periods for pulsing.

2.5 ÜE Configuration Tab

Configuring panel interaction with external fire control devices (FBF/ÜE) in VdS mode.

2.7 Tests Tab

Setting parameters for automatic sensor tests and manual walk tests, including day and time.

2.8 Disablements Tab

Configuring parameters for disabling zones, sounders, and LEDs, including access levels.

2.9 Day/Night Mode Tab

Setting up two-stage investigation times and managing Day/Night mode switching.

2.10 Other Options Tab

Configuring backlight timeout, LED behavior, mains failure delay, and buzzer settings.

2.11 Extinguishing System Tab

Setting parameters for extinguishing system release activation, flood duration, and soak timer.

2.12 Alarm Coincidence Tab

Configuring zone and device coincidence rules for alarm activation and logic.

2.13 VdS Network Options

Configuring ÜE circuit testing and sector-based control actions for VdS networks.

3 Loop Devices Configuration

3.1 Select a Device

Process for adding new devices to a loop, including device type, address, and zone.

3.2 Edit Device

Modifying parameters for existing loop devices, including sensors and modules.

3.2.1 Sensors

Editing sensor properties like description, type, zone, and sensitivity levels.

3.2.2 Modules

Editing module properties such as description, type, zone, and supervision options.

3.2.3 Define Sounder Tone Slots

Configuring custom sounder tones and volumes for OPAL protocol devices.

4 Control Matrix Configuration

4.1 Introduction

Explanation of the Control Matrix and its function in defining input/output relationships.

4.1.2 Input Event Statement

Details on valid inputs for control matrix rules, including alarm, fault, and disablement events.

4.1.3 Output Event Statement

Details on available outputs for control matrix rules, including zone activation and sounder control.

4.1.4 Extinguishing System Function

Configuration of extinguishing system activation based on alarms and non-fire events.

4.1.5 Logic Operations with Transfer Flags

Combining control matrix entries using transfer flags for complex logic operations.

4.2 Review/Edit Control Matrix Entries

Procedures for reviewing, amending, creating, and deleting control matrix rules.

4.3 Defining a Control Matrix Rule

Step-by-step process for creating new control matrix rules for various input event types.

5 Time-of-day Configuration

5.1 Introduction

Overview of how Time-of-day (TOD) programs enable time-dependent panel functions.

5.2 Manual Override

Using manual override to temporarily reverse or control TOD program actions.

5.3 Editing Procedure

Steps for selecting, editing, or creating Time-of-day programs for panel functions.

6 Network Configuration

6.1 Introduction

Introduction to the two types of network configurations: Master/Slave and ID2net Peer-to-Peer.

6.2 Master/Slave Network

Configuration details for Master/Slave networks, including station numbering and roles.

6.3 ID2net Peer-to-Peer Network

Configuration for fault-tolerant ID2net networks, including station addressing and repeaters.

Appendix 1: Historic & Data Log Tool

Initiation

Starting the Historic & Data Log Tool and setting up communication with the panel.

Historic and Data Log Window

Description of the main window components: menus, icons, status, and data display areas.

File Menu

Options for managing log files, including creating, saving, printing, and exiting.

Communication Menu

Settings for establishing and terminating communication with the fire control panel.

Historic Log Menu

Requesting and displaying historical event log data from the panel.

Data Log Menu

Fetching, initializing, and managing data logs for specific sensors and modules.

Analogue/Digital Values Menu

Requesting and displaying analogue/digital values for sensors and modules.

Appendix 2: Database Query Utility

Menus and Icons

Overview of the Database Query Utility interface, including menus and icons.

Database Query

Querying panel configuration data by loop address or zone number for analysis.

Appendix 3: Additional Logic Example

Example - Lockout

Detailed example demonstrating how to implement lock-out logic in the Control Matrix.