Notifier UniNet 2000 Installation, Operation, And Administration Manual

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UniNet 2000

Workstation

Installation, Operation,

and Administration Manual

Document 51540 4/8/02 Rev

51540:B1 ECN 02033

Workstation

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The Workstation Installation/Operation Manual Version 2 Document 51540 Rev. B1 4/8/02

Fire Alarm System Limitations

While a fire alarm system may lower insurance rates, it is not a substitute for fire insurance!

An automatic fire alarm system–typically made up of smoke detectors, heat detectors, manual pull stations, audible warning devices, and a fire alarm control with remote notification capability–can provide early warning of a developing fire. Such a system, however, does not assure protection against property damage or loss of life resulting from a fire.

The Manufacturer recommends that smoke and/or heat detectors be located throughout a protected premise following the recommendations of the current edition of the National Fire Protection Association Standard 72 (NFPA 72), manufacturer's recommendations, State and local codes, and the recommendations contained in the Guide for Proper Use of System Smoke Detectors, which is made available at no charge to all installing dealers. A study by the Federal Emergency Management Agency (an agency of the United States government) indicated that smoke detectors may not go off in as many as 35% of all fires. While fire alarm systems are designed to provide early warning against fire, they do not guarantee warning or protection against fire. A fire alarm system may not provide timely or adequate warning, or simply may not function, for a variety of reasons:

Smoke detectors may not sense fire where smoke cannot reach the detectors such as in chimneys, in or behind walls, on roofs, or on the other side of closed doors. Smoke detectors also may not sense a fire on another level or floor of a building. A second-floor detector, for example, may not sense a first-floor or basement fire.

Particles of combustion or "smoke" from a developing fire may not reach the sensing chambers of smoke detectors because:

• Barriers such as closed or partially closed doors, walls, or chimneys may inhibit particle or smoke flow.

• Smoke particles may become "cold," stratify, and not reach the ceiling or upper walls where detectors are located.

• Smoke particles may be blown away from detectors by air outlets.

• Smoke particles may be drawn into air returns before reaching the detector.

The amount of "smoke" present may be insufficient to alarm smoke detectors. Smoke detectors are designed to alarm at various levels of smoke density. If such density levels are not created by a developing fire at the location of detectors, the detectors will not go into alarm.

Smoke detectors, even when working properly, have sensing limitations. Detectors that have photoelectronic sensing chambers tend to detect smoldering fires better than flaming fires, which have little visible smoke. Detectors that have ionizingtype sensing chambers tend to detect fast-flaming fires better than smoldering fires. Because fires develop in different ways and are often unpredictable in their growth, neither type of detector is necessarily best and a given type of detector may not provide adequate warning of a fire.

Smoke detectors cannot be expected to provide adequate warning of fires caused by arson, children playing with matches (especially in bedrooms), smoking in bed, and violent explosions (caused by escaping gas, improper storage of flammable mate-

The Workstation Installation/Operation Manual Version 2 Document 51540 Rev. B1 4/8/02

rials, etc.).

Heat detectors do not sense particles of combustion and alarm only when heat on their sensors increases at a predetermined rate or reaches a predetermined level. Rate-of-rise heat detectors may be subject to reduced sensitivity over time. For this reason, the rate-of-rise feature of each detector should be tested at least once per year by a qualified fire protection specialist.

Heat detectors are designed to protect property, not life.

IMPORTANT! Smoke detectors must be installed in the same room as the control panel and in rooms used by the system for the connection of alarm transmission wiring, communications, signaling, and/or power. If detectors are not so located, a devel-

oping fire may damage the alarm system, crippling its ability to report a fire.

Audible warning devices such as bells may not alert people if these devices are located on the other side of closed or partly open doors or are located on another floor of a building. Any warning device may fail to alert people with a disability or those who have recently consumed drugs, alcohol or medication. Please note that:

• Strobes can, under certain circumstances, cause seizures in people with conditions such as epilepsy.

• Studies have shown that certain people, even when they hear a fire alarm signal, do not respond or comprehend the meaning of the signal. It is the property owner's responsibility to conduct fire drills and other training exercise to make people aware of fire alarm signals and instruct them on the proper reaction to alarm signals.

• In rare instances, the sounding of a warning device can cause temporary or permanent hearing loss.

A fire alarm system will not operate without any electrical power. If AC power fails, the system will operate from standby batteries only for a specified time and only if the batteries have been properly maintained and replaced regularly.

Equipment used in the system may not be technically compatible with the control. It is essential to use only equipment listed for service with your control panel.

Telephone lines needed to transmit alarm signals from a premise to a central monitoring station may be out of service or temporarily disabled. For added protection against telephone line failure, backup radio transmission systems are recommended.

The most common cause of fire alarm malfunction is inadequate maintenance. To keep the entire fire alarm system in excellent working order, ongoing maintenance is required per the manufacturer's recommendations, and UL and NFPA standards. At a minimum, the requirements of Chapter 7 of NFPA 72 shall be followed. Environments with large amounts of dust, dirt or high air velocity require more frequent maintenance. A maintenance agreement should be arranged through the local manufacturer's representative. Maintenance should be scheduled monthly or as required by National and/or local fire codes and should be performed by authorized professional fire alarm installers only. Adequate written records of all inspections should be kept.

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Installation Precautions

Adherence to the following will aid in problem-free installation with long-term reliability:

WARNING - Several different sources of power can be con- nected to the fire alarm control panel. Disconnect all sources of

power before servicing. Control unit and associated equipment may be damaged by removing and/or inserting cards, modules, or interconnecting cables while the unit is energized. Do not attempt to install, service, or operate this unit until this manual is read and understood.

CAUTION - System Reacceptance Test after Software Changes. To ensure proper system operation, this product

must be tested in accordance with NFPA 72 Chapter 7 after any programming operation or change in site-specific software. Reacceptance testing is required after any change, addition or deletion of system components, or after any modification, repair or adjustment to system hardware or wiring.

All components, circuits, system operations, or software functions known to be affected by a change must be 100% tested. In addition, to ensure that other operations are not inadvertently affected, at least 10% of initiating devices that are not directly affected by the change, up to a maximum of 50 devices, must also be tested and proper system operation verified.

This system meets NFPA requirements for operation at 0-49° C/32-120° F and at a relative humidity of 85% RH - 93% per ULC - (non-condensing) at 30° C/86° F. However, the useful life of the system's standby batteries and the electronic components may be adversely affected by extreme temperature ranges and humidity. Therefore, it is recommended that this system and all peripherals be installed in an environment with a nominal room temperature of 15-27° C/60-80° F.

Verify that wire sizes are adequate for all initiating and indicating device loops. Most devices cannot tolerate more than a 10% I.R. drop from the specified device voltage.

Like all solid state electronic devices, this system may

operate erratically or can be damaged when subjected to lightning-induced transients. Although no system is completely immune from lightning transients and interferences, proper grounding will reduce susceptibility. Overhead or outside aerial wiring

is not recommended, due to an increased susceptibility to nearby lightning strikes. Consult with the Technical Services

Department if any problems are anticipated or encountered.

Disconnect AC power and batteries prior to removing or inserting circuit boards. Failure to do so can damage circuits.

Remove all electronic assemblies prior to any drilling, filing, reaming, or punching of the enclosure. When possible, make all cable entries from the sides or rear. Before making modifications, verify that they will not interfere with battery, transformer, and printed circuit board location.

Do not tighten screw terminals more than 9 in-lbs. Over-tightening may damage threads, resulting in reduced terminal contact pressure and difficulty with screw terminal removal.

Though designed to last many years, system components can fail at any time. This system contains static-sensitive components. Always ground yourself with a proper wrist strap before handling any circuits so that static charges are removed from the body. Use static-suppressive packaging to protect electronic assemblies removed from the unit.

Follow the instructions in the installation, operating, and programming manuals. These instructions must be followed to avoid damage to the control panel and associated equipment. FACP operation and reliability depend upon proper installation by authorized personnel.

FCC Warning

WARNING: This equipment generates, uses, and can radiate

radio frequency energy and if not installed and used in accordance with the instruction manual, may cause interference to radio communications. It has been tested and found to comply with the limits for class A computing device pursuant to Subpart B of Part 15 of FCC Rules, which is designed to provide reasonable protection against such interference when operated in a commercial environment. Operation of this equipment in a residential area is likely to cause interference, in which case the user will be required to correct the interference at his own expense.

Canadian Requirements

Acclimate Plus™, HARSH™, NOTI•FIRE•NET™, ONYX™, and VeriFire™ are trademarks, and FlashScan® and VIEW ® are registered trademarks of NOTIFIER. NION™ and UniNet™ are trademarks of NIS. NIS™ and Notifier Integrated Systems™ are trademarks and NOTIFIER® is a registered trademark of Fire•Lite

Alarms, Inc. Echelon® is a registered trademark and LonWorks™ is a trademark of Echelon Corporation. ARCNET® is a registered trademark of Datapoint Corporation. Microsoft® and Windows® are registered trademarks of the Microsoft Corporation. LEXAN® is a registered trademark of GE Plastics, a subsidiary of General Electric Company.

The Workstation Installation/Operation Manual Version 2 Document 51540 Rev. B1 4/8/02

This digital apparatus does not exceed the Class A limits for radiation noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.

Le present appareil numerique n'emet pas de bruits radioelectriques depassant les limites applicables aux appareils numeriques de la classe A prescrites dans le Reglement sur le brouillage radioelectrique edicte par le ministere des Communications du Canada.

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Contents

Workstation ...............................................................................1

Foreword................................................................................................ 12

Introduction............................................................................................ 12

Part 1 Workstation Installation ................................................13

Section 1.1: UWS Computer Installation ................................................. 15

1.1.1 Description of the Computer Components ............................................................................. 15

1.1.2 Installation Description........................................................................................................... 16

Figure 1-1: Attaching the PCLB-5 to the Intel Pentium II Computer ............................................ 16

Figure 1-2: Attaching the PCLB-6 to the Intel Pentium III Rack Mountable Computer ............... 17

Figure 1-3: Connecting the Power Cord and Primary AC Power to the HSP-121B ........................ 17

Figure 1-4: Computer UPS Supervision............................................................................................ 18

Figure 1-5: Intel Pentium III Rack Mountable Computer and Peripheral Connections................ 19

Figure 1-6: Intel Pentium II Computer and Peripheral Connections ............................................. 20

1.1.3 The Workstation Supervisor ..................................................................................................... 21

Figure 1-7: The WSSUP Board ......................................................................................................... 21

Figure 1-8: Workstation Supervisor DIP Switch Settings ............................................................... 22

1.1.4 Network Hubs .......................................................................................................................... 23

Figure 1-9: The Hub Location on the Network ............................................................................... 23

1.1.5 Screen Savers, Power Management and Screen Resolution ................................................ 24

Figure 1-10: Accessing Taskbar Properties .................................................................................... 24

Figure 1-11: Adding UniNet to the Startup Folder ........................................................................ 24

Section 1.2: Printer Installation ............................................................. 25

1.2.1 General Printer Setup ............................................................................................................. 25

Figure 1-12: PRN Series Serial Cable Wiring Diagram................................................................... 26

1.2.2 Event and Report Printer Setup .............................................................................................. 26

Figure 1-13: The Printers Dialog ...................................................................................................... 26

Section 1.3: Basic Workstation Setup....................................................... 27

1.3.1 Configuring Event Managers and Alarm Servers.................................................................. 27

Figure 1-14: Alarm Server Connections .......................................................................................... 27

Figure 1-15: Alarm Server Connection Fields ................................................................................. 28

Figure 1-16: Event Manager Configuration .................................................................................... 28

Figure 1-17: New Alarm Server Connection ................................................................................... 29

1.3.2 The System Setup Folder ......................................................................................................... 29

Figure 1-18: System Options : General Tab ................................................................................... 29

Figure 1-19: System Options: Printers Tab .................................................................................... 31

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Figure 1-20: System Options: Speech Annunciation Tab ............................................................. 32

Figure 1-21: System Options: Operator Response Tab ................................................................. 32

Figure 1-22: System Options: Operator Features Setup............................................................... 33

Figure 1-23: System Options: Site Information Setup Tab ........................................................... 34

Figure 1-24: System Options: Arm/Disarm Filter Tab ................................................................... 34

Part 2 Operation......................................................................35

Figure 2-1: The Workstation Main Screen ...................................................................................... 37

Section 2.1: Basic Workstation Operation............................................... 37

2.1.1 The Workstation Main Screen Tour.......................................................................................... 37

Figure 2-2: The Event Display .......................................................................................................... 38

Figure 2-3: Network Communications ............................................................................................ 39

Figure 2-4: Toolbar - Operator Area ............................................................................................... 39

2.1.2 Logging Into the Workstation.................................................................................................. 40

Figure 2-5: Operator Login .............................................................................................................. 40

Figure 2-6: Operator Login Dialog Box........................................................................................... 40

Section 2.2: Event Handling ................................................................... 41

2.2.1 About Events ............................................................................................................................ 41

2.2.2 Types of Events ......................................................................................................................... 41

2.2.3 Event Handling ........................................................................................................................ 42

Figure 2-7: Event Display Box .......................................................................................................... 42

2.2.4 Configurable Event Counters .................................................................................................. 43

Figure 2-8: Starting Configurable Counters ................................................................................... 43

Figure 2-9: Configurable Counters.................................................................................................. 43

Figure 2-10: Modifying/Adding an Event Type............................................................................... 44

2.2.5 Getting More Information about Events ................................................................................ 44

Figure 2-11: Expanded Event Box.................................................................................................... 44

2.2.6: The View Latest Events and Messages Window ................................................................... 45

Figure 2-12: Latest Events and Messages Window ........................................................................ 45

2.2.7 Armed / Disarmed Points Display .......................................................................................... 46

Figure 2-13: Armed / Disarmed Points Display ............................................................................. 46

Section 2.3: Floor Plan Display .............................................................. 47

2.3.1 Introduction to the Floor Plan................................................................................................. 47

Figure 2-14: Floor Plan Display ........................................................................................................ 47

Figure 2-15: Select Screen Dialog ................................................................................................... 47

2.3.2 Contents of the Floor Plan Display .......................................................................................... 48

Figure 2-16: Sample Pop-up Menu................................................................................................. 48

Figure 2-17: Sample Information Window ..................................................................................... 49

Figure 2-18: Common Tools .............................................................................................................. 49

2.3.3 Keymap .................................................................................................................................... 50

Figure 2-19: Overview / Keymap .................................................................................................... 50

2.3.4 Addressable Device Pop-Up Menus....................................................................................... 51

Figure 2-20: Addressable Device Pop-Up Menus .......................................................................... 51

2.3.5 Symbol Key .............................................................................................................................. 52

Figure 2-21: Symbol Key .................................................................................................................. 52

2.3.6 Linked Information and Guidance Text ................................................................................. 52

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Section 2.4: Advanced Features ............................................................. 53

2.4.1 Monitoring and Control Profiles ............................................................................................. 53

Figure 2-22: Event Monitoring Configuration Dialog..................................................................... 53

Figure 2-23: Control Profile Select Dialog....................................................................................... 54

2.4.2 Function Keys........................................................................................................................... 55

2.4.3 Printing in the Workstation .................................................................................................... 55

2.4.4 History Manager ....................................................................................................................... 56

Figure 2-24: History Manager Main Screen.................................................................................... 56

Figure 2-25: The Event Display........................................................................................................ 57

2.4.5 Panel Communications ........................................................................................................... 58

Figure 2-26: Panel Communications Session Box .......................................................................... 58

2.4.6 View Member Information Window........................................................................................ 59

Figure 2-27: View Member Information Window ........................................................................... 59

2.4.7 View Site Information.............................................................................................................. 60

Figure 2-28: View Site Information ................................................................................................. 60

Figure 2-29: View Site Information Menus ..................................................................................... 60

Part 3 System Administration ...................................................61

Section 3.1: User Management .............................................................. 63

3.1.1 The Member Editor and Member Database .......................................................................... 63

Figure 3-1: The Member Editor Dialog............................................................................................ 63

Figure 3-2: Member Name and Name Format .............................................................................. 64

3.1.2 Member Editor Configuration ................................................................................................. 65

Figure 3-2: Profile Access Editor - Edit Profiles Tab ....................................................................... 65

Figure 3-3: New UDF Dialog............................................................................................................ 66

Figure 3-4: Profile Access Editor - Edit Fields Tab .......................................................................... 66

Figure 3-5: Modifying a User Defined Field ................................................................................... 66

3.1.3 Security and Security Profiles ................................................................................................. 67

Figure 3-6: Security Profile Maintenance Dialog ........................................................................... 69

3.1.4 Defining Monitor and Control Profiles ................................................................................... 70

Figure 3-7: The Event Monitor Profiles Manager Dialog ............................................................... 70

Figure 3-8: The Control Profiles Configuration Dialog................................................................... 72

Section 3.2: Screen and Site Management.............................................. 73

3.2.1 Screen Structure ...................................................................................................................... 73

3.2.2 Creating a New Site................................................................................................................. 73

Figure 3-9: Add New Site Form ....................................................................................................... 74

3.2.3 Adding and Editing Screens ................................................................................................... 75

Figure 3-10: Add New Screen to Site Form..................................................................................... 75

3.2.4 Other Screen and Site Related Operations ........................................................................... 76

Section 3.3: Graphic and Screen Editing Tools ........................................ 77

3.3.1 Editing Screens ........................................................................................................................ 77

3.3.2 Graphics Toolbox ..................................................................................................................... 78

Figure 3-11: Common Screen Tools ................................................................................................. 78

Figure 3-12: Edit Tab ........................................................................................................................ 78

Figure 3-13: Draw Tab...................................................................................................................... 79

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Figure 3-14: Tools Tab ...................................................................................................................... 79

Figure 3-15: Text Tab ........................................................................................................................ 80

Figure 3-16: Color Tab ...................................................................................................................... 80

3.3.3 Vector Drawing Tools ............................................................................................................... 81

Figure 3-17: Mouse Pointer Tools .................................................................................................... 81

3.3.4 Using Text................................................................................................................................. 84

3.3.5 Importing .BMP and .WMF Files ............................................................................................. 84

3.3.6 Cutting, Copying and Pasting ................................................................................................. 85

3.3.7 Repairing Screens ................................................................................................................... 85

Section 3.4: Device Placement and Configuration................................... 87

3.4.1 Graphic Devices - Description ................................................................................................ 87

3.4.2 Adding Addressable Devices .................................................................................................. 88

Figure 3-18: Addressable Device .................................................................................................... 88

3.4.3 The New Devices Dialog.......................................................................................................... 89

Figure 3-19: New Device Dialog...................................................................................................... 89

Figure 3-20: The Device Library ...................................................................................................... 90

3.4.4 Defining Analog Devices......................................................................................................... 91

Figure 3-21: Analog Input Device Dialog ....................................................................................... 91

Figure 3-22: The Analog Device ...................................................................................................... 92

3.4.5 Adding Sound, Video and Text ............................................................................................... 93

Figure 3-23: The Sound Recorder .................................................................................................... 93

Figure 3-24: The Open Text File Dialog........................................................................................... 94

3.4.6 Navigation and Functional Buttons ....................................................................................... 95

Figure 3-25: Button Link Dialog...................................................................................................... 95

Figure 3-26: The Navigation Button Library................................................................................... 95

Figure 3-27: Functional Button Configuration Dialog.................................................................... 96

Figure 3-28: The Functional Button Library.................................................................................... 96

3.4.7 Annunciation Icons.................................................................................................................. 97

Figure 3-29: Site Link Dialog........................................................................................................... 97

Figure 3-30: The Site Symbol Library .............................................................................................. 97

3.4.8 Information Labels .................................................................................................................. 98

Figure 3-31: Information Label Link Dialog................................................................................... 98

Figure 3-32: The Information Label Library ................................................................................... 98

3.4.9 Creating a Device Symbol....................................................................................................... 99

Figure 3-33: Using the Selection Tool to Create a Box ................................................................... 99

3.4.10 Other Device Features......................................................................................................... 100

Figure 3-34: Device List Report...................................................................................................... 100

Figure 3-35: The Symbol Key ......................................................................................................... 100

3.4.11 The Effect of Zooming on Devices....................................................................................... 101

Figure 3-36: Setting Icon Zoom Levels.......................................................................................... 101

Section 3.5: System Maintenance ......................................................... 103

3.5.1 Database Management ........................................................................................................ 103

Figure 3-37: Network Configuration Window............................................................................... 105

3.5.2 Node Configuration............................................................................................................... 105

3.5.3 Defining Function Keys and Command Buttons.................................................................. 106

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Figure 3-38: Function Key Configuration form............................................................................. 106

Figure 3-39: Function Key Help Bar .............................................................................................. 108

3.5.4 Using Macro Editor ................................................................................................................ 108

Figure 3-40: Command Buttons in the Operator Area ................................................................ 108

Figure 3-41: Macro Editor .............................................................................................................. 108

3.5.5 Guidance Text ........................................................................................................................ 110

Figure 3-42: Guidance Text Reader / Editor ................................................................................. 110

3.5.6 Creating and Assigning Voice Annunciation Files ............................................................... 110

Figure 3-43: Speech Annunciation Tab......................................................................................... 110

3.5.7 Universal Time Code Editor .................................................................................................... 112

Figure 3-44: Time Code Editor Form.............................................................................................. 112

Figure 3-45: Holiday Codes Form .................................................................................................. 114

3.5.8 Device Test Manager ............................................................................................................. 115

Figure 3-46: Device Test Manager ................................................................................................. 115

Figure 3-47: Device Test Manager ................................................................................................. 115

Part 4 Plug-In Applications and Installations .........................117

4.1: Plug-In Installation ...................................................................... 119

4.1.1 Plug-In Selection and Configuration ................................................................................... 119

Figure 4-1: NION Plug-In Selection and Configuration Form..................................................... 119

4.1.2 Mapping Plug-ins With NIONs............................................................................................. 120

Figure 4-2: Network Configuration Window................................................................................. 120

4.2: GenFire Plug-In Application ........................................................ 121

4.2.1 GenFire.CFG Configuration File ............................................................................................ 121

4.3: AFP-400/AFC-600 Plug-In Application ......................................... 123

4.3.1 Command Options................................................................................................................. 123

4.4: NION-ENV Plug-in Application...................................................... 125

4.4.1 NION-ENV Configuration and Settings Forms .................................................................... 125

4.4.2 Configuration Options ........................................................................................................... 125

Figure 4-3: NION-ENV Configuration Form.................................................................................. 125

4.4.3 View Current Settings ............................................................................................................ 127

Figure 4-4: View Current Settings Form........................................................................................ 127

4.4.4 HVAC Operation .................................................................................................................... 127

4.5: Reserved ...................................................................................... 129

4.6: Burle Plug-In Application ............................................................. 131

4.6.1 The Burle Plug-In Interface .................................................................................................. 131

Figure 4-5: Burle CCTV NION Plug-In Interface........................................................................... 131

Figure 4-6: Sequencing and Preset Location ............................................................................... 131

Figure 4-7: Burle CCTV NION On-Line Session Dialog ................................................................ 132

4.6.2 UniLogic Applications for the Burle CCTV NION Plug-In .................................................... 132

4.7: Javelin Plug-In Application........................................................... 133

4.7.1 Javelin PTZ and Switcher Plug-Ins....................................................................................... 133

4.7.2 Javelin PTZ ............................................................................................................................. 133

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Figure 4-8: Javelin PRZ Controller Interface ................................................................................ 133

Figure 4-9: Javelin Plug-In Interface............................................................................................ 134

4.7.3 Javelin Video Switcher (JavVid) Plug-In.............................................................................. 134

4.8: Pelco Plug-In Application.............................................................. 137

4.8.1 Pelco CCTV NION Plug-In ..................................................................................................... 137

Figure 4-10: Pelco CCTV NION Plug-In Interface......................................................................... 137

4.8.2 Command Buttons ................................................................................................................. 138

Figure 4-11: The Sequence Dialog................................................................................................ 138

Figure 4-12: Playing a Macro ........................................................................................................ 138

Figure 4-13: Playing a Macro ........................................................................................................ 138

Figure 4-14: Patterns ..................................................................................................................... 139

Figure 4-15: Presets ....................................................................................................................... 139

4.8.3 UniLogic Applications for the Pelco CCTV NION Plug-In .................................................... 140

4.9: Vicon Plug-In Application ............................................................. 141

4.9.1 Vicon CCTV NION Plug-In ..................................................................................................... 141

Figure 4-16: Vicon CCTV NION Plug-In Interface ........................................................................ 141

4.9.2 CCTV Operation ..................................................................................................................... 141

4.10: NION-2C8M / 16C48M Point Scheduling Plug-In Applications ..... 143

4.10.1 NION-2C8M/16C48M Overview .......................................................................................... 143

Figure 4-17: 2C8M I/O Configuration............................................................................................ 143

Figure 4-18: 16C48M I/O Configuration........................................................................................ 144

Figure 4-19: Time Code Configuration .......................................................................................... 145

4.10.2 Time Codes ........................................................................................................................... 145

4.10.3 Universal Time Codes and Time Code Groups................................................................... 146

Figure 4-20: Holiday Code Configuration ..................................................................................... 146

4.10.4 Functional Properties of the 2C8M / 16C48M..................................................................... 147

4.11: NFN Explorer ............................................................................. 151

4.11.1 NFN Explorer Overview ....................................................................................................... 151

4.11.2 Registering the NFN Explorer with UniNet ........................................................................ 151

4.11.3 Launching the NFN Explorer .............................................................................................. 151

Figure 4-21: Starting the NFN Explorer ......................................................................................... 151

4.11.4 The NFN Explorer ................................................................................................................. 152

4.11.5 Operation............................................................................................................................. 152

4.11.6 Compatible Panels .............................................................................................................. 152

Figure 4-22: The NFN Explorer ....................................................................................................... 152

4.11.7 Editing Panel Properties ..................................................................................................... 153

4.11.8 Detectors .............................................................................................................................. 153

Figure 4-23: Updating Changes ..................................................................................................... 153

Figure 4-24: Detecting Detectors ................................................................................................... 153

4.11.9 Modules ................................................................................................................................ 154

Figure 4-25: Detecting Modules ..................................................................................................... 154

Figure 4-26: Module Controls ......................................................................................................... 154

Figure 4-27: Enable and Disable.................................................................................................... 154

4.11.10 Panels................................................................................................................................. 155

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Figure 4-28: Finding Panel Circuits ................................................................................................ 155

4.11.11 Panel Interfaces ................................................................................................................ 156

NFS-640/3030 Panels...................................................................................................................... 156

NFS-640/3030 Panels (Cont’d) ....................................................................................................... 157

NFS-640/3030 Panels (Cont’d) ....................................................................................................... 158

NFS-640/3030 Panels (Cont’d) ....................................................................................................... 159

AFP-300/400 Panels ........................................................................................................................ 160

AFP-300/400 Panels (Cont’d) .......................................................................................................... 161

AFP-300/400 Panels (Cont’d) .......................................................................................................... 162

AFP1010/AM2020 Panels ................................................................................................................ 163

AFP1010/AM2020 Panels (Cont’d) .................................................................................................. 164

AFP1010/AM2020 Panels (Cont’d) .................................................................................................. 165

AFP1010/AM2020 Panels (Cont’d) .................................................................................................. 166

AFP1010/AM2020 Panels (Cont’d) .................................................................................................. 167

Appendices Additional System Information ............................169

Appendix A: UniNet Keyboard Shortcuts .............................................. 171

Figure A-1: EDIT MODE KEYBOARD SHORTCUTS .......................................................................... 171

Figure A-2: EDIT MODE KEYBOARD SHORTCUTS (CONT.) ............................................................ 172

Figure A-3: MISC. KEYBOARD SHORTCUTS ................................................................................... 172

Appendix B: Pull Down Menu Hierarchy............................................... 173

Appendix C: Terminology Index........................................................... 177

Appendix D: Using Sound Recorder ..................................................... 183

The Sound Recorder ........................................................................................................................ 183

Figure D-1: The Sound Recorder ................................................................................................... 183

Sound Recorder Pull Down Menu Hierarchy.................................................................................. 184

Appendix E: Event Data (Status, Priority, and Color Coding) ................ 187

Figure E-1: Events By Priority (Highest Priority First) ................................................................... 187

Event Data........................................................................................................................................ 187

Figure E-2: Event Color Coding ...................................................................................................... 189

Figure E-3: Event Abbreviations .................................................................................................... 190

Printer Output Format..................................................................................................................... 192

Index ................................................................................................... 193

Network Installation Manual 51539 UniLogic 51547

Workstation 51540 UniBadge 51549

System Utilities 51592 UniTour 51550

BCI ver. 3-3 51543 NION-ENV Environmental Monitoring 51541 Local Area Server 51544 IRM/IM 51591 Wide Area Server 51545 2DRN 51542

Event Manager 51546 UniGuard Access Control Application 51548

The Workstation Installation/Operation Manual Version 2 Document 51540 Rev. B1 4/8/02

Related Documentation

Foreword

The contents of this manual are important and must be kept in close proximity of the Workstation. If building ownership is changed, this manual including all other testing and maintenance information must also be passed to the current owner of the facility. A copy of this manual was shipped with the equipment and is also available from the manufacturer.

NFPA Standards

• National Fire Protection Association Standards 72.

• National Electric Code (NFPA 70).

• Life Safety Code (NFPA 101).

Underwriters Laboratories U.S. Documents

• UL-864 Control Units for Fire Protective Signaling Systems.

• UL-1076 Proprietary Burglar Alarm Units and Systems.

• UL-294 Access Control System Units.

Underwriters Laboratories Canada Documents

• CAN/ULC-S524-M91 Standard for Installation of Fire Alarm Systems.

• CAN/ULC-S527-M99 Standard for Control Units for Fire Alarm Systems.

Other

• Requirements of the Local Authority Having Jurisdiction (LAHJ).

WARNING: Improper installation, maintenance, and lack of routine testing could result in system malfunction.

Introduction

The UniNet Workstation Software is the next step in facility monitoring and control. The software provides extensive control and monitoring functions for fire, security, and building automation of local and remote sites. The software is fully customizable in order to adapt to a wide variety of monitoring situations. The software supports multiple operators and multiple workstations, monitoring all or a portion of local and remote sites.

This system is suitable for proprietary systems listed under:

• NFPA 72-1993 Proprietary Service. UniNet consists of graphical workstations monitoring and controlling, local or remote twisted pair or fiber optic

networks. Remote network monitoring is achieved through the use of a Building Communications Interface (BCI). A twisted pair network topology (FT-10) may be a maximum length of 6000 feet per network segment with no Ttaps, allowing communications between 32 nodes in each segment. In addition FT-10 allows dedicated runs of 8000 feet point-to-point or multiple T-taps within 1500 feet of any other node on the segment. FO-10 communicates over fiber-optic cable and can be configured in either a bus or ring topology with up to 8 db of attenuation between nodes. The network has a maximum system capacity of 200 nodes. The network is supervised for shorts, opens and node failures as dictated in Style 4 wiring.

The network power is 24 VDC nominal and receives operating power from a filtered, power limited source which is listed for use with fire protective signaling units.

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Part 1

Workstation Installation

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UniNet 2000

NOTES

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1.1

Section 1.1: UWS Computer Installation

The UniNet 2000 network may be comprised of two different UL listed computers. UniNet 2000 is now available with a rack mount capable UL listed Pentium III computer. These new computers may be used in conjunction with a UniNet 2000 system using the Intel Pentium II previously offered with UniNet 2000. The following will describe the installation and configuration of both computers.

1.1.1 Description of the Computer Components

The following is a list of components common to all computers on the UniNet 2000 network.

Intel Pentium II 400 Computer

• Intel Pentium Computer with:

- Intel Pentium II 400 Mhz CPU.

- 128 MB RAM.

- 3 GB Hard Drive

• (1) Monitor:

- 19"

• (1) Pointing Device:

- Microsoft Serial PS/2 compatible mouse.

• 101 key keyboard.

• Workstation Supervisor card.

• Ethernet network interface card.

• Software key.

• PCLB-5

Intel Pentium III 800 Computer

• Intel Pentium III Computer with:

- Intel Pentium III 800 Mhz CPU with 512Kb Cache Memory

- 256 MB RAM Expandable to 512 MB

- 20 GB Hard Drive

• (1) Monitor:

- 19"

• (1) Pointing Device:

- Microsoft Serial PS/2 compatible mouse.

• 101 key keyboard.

• Workstation Supervisor card.

• Ethernet network interface card.

• Software key.

• PCLB-6

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1.1.2 Installation Description

This section describes the procedures for installing the computer system.

Site Requirements

The computer system can be installed in the following environmental conditions:

• Temperature range of 0ºC - 49ºC (32ºF - 120ºF).

• 93% humidity non-condensing at 30ºC (86ºF).

Setup

The computer should be placed on a desk or table with the monitor, keyboard, and pointing device. This must be done in accordance with local code requirements.

Connecting AC Power to the PC Power Supply of UniNet 2000 Computers

AC power must be connected in a permanent manner and enclosed by the included PCLB-5 (Intel Pentium II computer) or PCLB-6 (Intel Pentium III computer) electrical box. An AC power line protector (HSP-121B) and UPS are required for each power line on the workstation (CPU and monitor). Attach the AC power line to the CPU per the following three figures:

NOTES: The workstation requires 115 VAC, 60Hz primary power. A UPS (Uninterruptable Power Supply) which is UL listed for use with fire protective signaling units is

required for each workstation. The front power switch for the Intel Pentium II computer has been permanently disabled. Power management options must be disabled in the CPU BIOS and on the monitor, or loss of network

communication or alarm reporting may result.

Intel Pentium II

PCLB-5

Knockout

Power Supply Socket

Mounting Screws

Figure 1-1: Attaching the PCLB-5 to the Intel Pentium II Computer

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NOTES: The workstation requires 115 VAC, 60Hz primary power. A UPS (Uninterruptable Power Supply) which is UL listed for use with fire protective signaling units is

required for each workstation. The power switch on the back of the Intel Pentium III computer has been disabled and permanently

fixed in the ON psition. A functional power supply switch is located behind the locking front door. Power management options must be disabled in the CPU BIOS and on the monitor, or loss of network

communication or alarm reporting may result.

Intel Pentium III

PCLB-6 Cover

Mounting Screws

PCLB-6

Power Supply Socket

Knockout

Figure 1-2: Attaching the PCLB-6 to the Intel Pentium III

Rack Mountable Computer

Connecting the HSP-121B AC Power Line Protector

The following diagram shows the connections of the HSP-121B. It must be installed on each Multi-Net Manager computer.

Black

To 115 VAC, 60 Hz Primary Power

White Green

Figure 1-3: Connecting the Power Cord and Primary AC Power to the HSP-121B

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Junction Box

HSP-121B

Fuse

Neutral - White

AC - Black

Conduit

Power Cord

Ground Green

UPS Supervision

Where a workstation or server PC is not ancillary, the use of a supervised 115VAC Uninterruptable Power Supply (UPS) is required. A networked NION with supervised dry contact inputs must be located within three feet of the UPS, and wiring must be in conduit. Refer to figures 1-3 for wiring information.

Example: NION2C8M

UPS Supervision of Workstation/Server/Monitor/PRN Used with the Lamarche Mfg. Company Battery Charger A36F-25-48V-ABD1 and Inverter A31-1.5K-48V-A6

Figure 1-4: Computer UPS Supervision

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NOTE: Use only wire for power limited systems. Power limited wire runs use type FPLR, FPLP, FPL or equivalent cabling per NEC 760.

RJ-45 Ethernet Connection

Echelon PCLTA-20

LPT Port

Software Key

Connection COM Ports 1 and 2

USB Ports 1 and 2

Workstation

Supervisor

AC Power Connector

COM Ports 3 and 4

Audio

Mouse/Keyboard Port

Figure 1-5: Intel Pentium III Rack Mountable Computer

and Peripheral Connections

NOTE: The power switch on the back of the UnInet 2000 Intel Pentium III computer has been disabled and permanently fixed in the ON position. A functional power supply switch is located behind the locking front door.

Connecting the Computer Peripherals

1) Connect AC power to the AC power connector.

2) Connect the keyboard to the mouse/keyboard port.

3) Connect the mouse to the PS/2 mouse/keyboard port.

4) Connect the monitor cable to the monitor port.

5) Connect the Echelon PCLTA-20 to the network using the terminal screws (This is only available on computers with the Local Area Server installed).

6) Connect the software key to LPT-1.

7) For the Event Printer option, connect the Event Printer to the workstation at COM Port 1.

8) For the Graphic Printer option, connect the Graphic Printer into the workstation key at LPT-1.

Monitor Port

Not Used

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NOTE: Use only wire for power limited systems. Power limited wire runs use type FPLR, FPLP, FPL or equivalent cabling per NEC 760.

RJ-45 Ethernet Connection

LPT-1

AC Power Connector

Monitor Port

Workstation

Supervisor

Speaker

Connection

COM Port 1

COM Port 2

USB Ports

Keyboard

PS/2 Mouse Port

Figure 1-6: Intel Pentium II Computer and Peripheral Connections

NOTE: The front power switch of the PC has been disabled at the factory by removing the connector from J8G3 and placing a jumper across pins 1 and 2 of J8G3 on the motherboard.

Connecting the Computer Peripherals

1) Connect AC power to the AC power connector.

2) Connect the keyboard to the keyboard adapter.

3) Connect the mouse to the PS/2 mouse port.

4) Connect the monitor cable to the monitor port.

5) Connect the Echelon PCLTA-20 to the network using the terminal screws (This is only available on computers with the Local Area Server installed).

6) Connect the software key to LPT-1.

7) For the Event Printer option, connect the Event Printer to the workstation at COM Port 1.

8) For the Graphic Printer option, connect the Graphic Printer into the workstation key at LPT-1.

IMPORTANT: Once the Workstation has been assembled and powered on, Windows Settings must be configured. Since these settings affect multiple Multi-Net Manager applications, they are detailed in a separate manual entitled System Utilities. For the Workstation to function properly, these instructions must be followed.

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1.1.3 The Workstation Supervisor

The workstation supervisor is designed to monitor the workstation. In the event that the software stops running or the CPU fails, an onboard sounder is activated to notify operators of the problem. The board also has an onboard output relay to allow annunciation by any external device which uses dry contact inputs. Alarms may be acknowledged by pressing a button on the back of the board.

This board mounts internally in the UWS 586T computer using an ISA slot and a standard mounting bracket. Power is provided by an external 24VDC source, power limited and regulated with battery backup which is UL/ULC listed (as appropriate for your area) for use with fire protective signalling units. The unit comes pre-installed and configured and requires only external power to activate. Maximum power use is 35mA @ 24VDC.

The onboard relay may be wired for normally open (NO) or normally closed (NC) operation by setting jumper JP1 to the desired position. Refer to the board markings for jumper settings. This relay is rated for 1A @ 30VDC.

NOTE: Do not connect power from a fire alarm panel, as it may cause a ground fault in the panel.

Jumper JP1

Address Selection DIP

Onboard Sounder

Relay Output (Use power limited contacts only)

GND

+24VDC

Acknowledge Button

Operation Alarm LED

Figure 1-7: The WSSUP Board

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The address of the workstation supervisor is set using the DIP switch settings shown in Figure 1-8 (S2). If the board came pre-installed from the factory, the address will already be set. If the supervisor is being installed in the field, be sure to use the currently defined default setting unless directed by a Notifier technician to do otherwise.

The default setting is 700H.

S1 S2 S3 S4 Address

ON ON ON ON 700H - 706H

OFF ON ON ON 710H - 716H

ON OFF ON ON 720H - 726H

OFF OFF ON ON 730H - 736H

ON ON OFF ON 740H - 746H

OFF ON OFF ON 750H - 756H

ON OFF OFF ON 760H - 766H

OFF OFF OFF ON 770H - 776H

ON ON ON OFF 780H - 786H

OFF ON ON OFF 790H - 796H

ON OFF ON OFF 7A0H - 7A6H

OFF OFF ON OFF 7B0H - 7B6H

ON ON OFF OFF 7C0H - 7C6H

OFF ON OFF OFF 7D0H - 7D6H

ON OFF OFF OFF 7E0H - 7E6H

OFF OFF OFF OFF 7F0H - 7F6H

Figure 1-8: Workstation Supervisor DIP Switch Settings

NOTE: Switches S5 & S6 are not used.

NOTE: Use only wire for power limited systems. Power limited wire runs use type FPLR, FPLP, FPL or equivalent cabling per NEC 760.

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1.1.4 Network Hubs

For network hookup and expansion, you will need a hub. Hubs provide the means to for multiple computers to connect to an Ethernet network. The following model is recommended and listed to U.L. 864:

• ENIC-HUB (TP800) 100 Base TX Stackable Hub

Each hub used must be mounted in a NISCAB-5 enclosure with network and power transient protection. For more information on the enclosure and its use, refer to the Network Installation Manual, Section 1.8, Enclosures.

Additional Workstations

Ethernet Cable

NISCAB-5 containing: ENIC-HUB (TP800) Hub PNET1 for each Ethernet cable HSP-121B

Figure 1-9: The Hub Location on the Network

Workstation and Local Area Server

Echelon Network

Ethernet Cable

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1.1.5 Screen Savers, Power Management and Screen Resolution

To ensure that the workstation annunciates every message; all power management functions, including CPU and monitor sleep modes, must be disabled. No third party screen savers (i.e. After Dark) or Open GL applications should be used; however, standard Windows screens savers may be used without loss of monitoring on computers that have only the workstation application running (Do not run any standard Windows screen savers on servers, event managers, or other clients such as UniLogic).

The display properties must always be set to the following:

1024 x 768, Large Fonts, 16 bit Color.

This is done through the Windows desktop properties or Control Panel, Display properties.

Setting the Workstation to Autoboot

To activate the software whenever Windows is started, the UniNet application must be added to the Start-up folder.

1) Open the Taskbar Properties by clicking on the Start button, then select Settings, and then Taskbar & Start Menu.

2) Click on the Start Menu Programs tab.

3) Click on the Add button to begin the process of adding the UniNet Application to the Start-up folder.

4) Type the drive and path of the UniNet Application, for example, C:\uninet\uninet.EXE. Click the Next> button to continue.

5) Type UniNet as the name of the shortcut to the UniNet Application. Click the Finish button and the OK button.

Figure 1-10: Accessing

Taskbar Properties

Figure 1-11: Adding UniNet to the Startup Folder

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1.2

Section 1.2: Printer Installation

UniNet workstations support two types of printers:

• An event printer can be attached to the COM port of the workstation for the printing of off-normal events.

• A screen/report printer can be attached to the workstation to print:

- Screens (requires the Enhanced Printing option).

- Text of linked files.

- Guidance text (requires the Enhanced Printing option).

- History logs.

The Network and Standalone Event Printers are addressed in the "Network Installation" portion of the manual.

1.2.1 General Printer Setup

Any printer attached to the workstation for use by the workstation requires some setup when it is installed. In the case of event printers, they need only to be set up in the workstation software; screen/report printers must be installed in Windows as well.

Screen/Report Printer Setup

The screen/report printer is attached to the workstation computer by the LPT port. The setup for this printer must be done in Windows, including installation of the printer driver. When installing these drivers, be sure to disable bidirectional support and set the graphics mode to raster. This can be done through the Windows Start menu by selecting Settings, Printers, Properties. Any Windows-compatible printer that will work connected to the parallel port can be a screen/report printer. Printer font and printer pitch can be configured for the screen/report printer by selecting Workstation Configuration, Options, then clicking on the Printers tab.

To print floor plans, the Enhanced Printing option must be installed.

NOTES: When using the HP Laserjet 5, be sure that Advanced Functions are turned off under the Parallel menu. With any printer always be sure to disable bidirectional communication. Never use bidirectional devices such as tape or disk drives on the parallel port.

NOTE:This feature does not support the HP Laserjet Series II printers.

Event Printer Setup

The event printer is a dot-matrix printer (i.e. NOTIFIER PRN series) that receives all messages from the COM port; it is configured in the Printers tab of the System Setup folder. Do not install this printer in Windows.

Windows Printer Setup

Selecting Printer Setup from the File menu displays a dialog box for setting up your specific printer for screen/ report printing.

To choose a printer, select either the default printer or a specific printer displayed in the list box. There are two page orientations available:

• Portrait is a vertical page layout. This orientation is preferred for report printing.

• Landscape is horizontal page layout. This orientation is preferred for a screen print.

The paper settings (size and source) are specific to the printer. The Options button gives the user choices regarding graphics and print quality. The options are specific to the printer.

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Event Printer Connections

PRN series event printers require a serial cable assembled with the following connections.

DB9F Serial Connector

DB25M Serial Connector

Figure 1-12: PRN Series Serial Cable Wiring Diagram

1.2.2 Event and Report Printer Setup

The UniNet software must be configured properly for communication with optional event and report printers.

IMPORTANT: Report printers must be configured and installed in Windows.

The following event printer parameters must be set up to match the parameters configured in the serial event printer:

• Event printer location - select the following from the combo box:

- none (default) if no event printer is attached to the system.

- local if an event printer is connected directly to a computer COM port.

• Handshaking - default is None. (Special applications)*

• Buffer Size - default is 4k. (Special applications)*

• Local Event Printer COM Port - select the COM port (1-4) that the local printer is attached to.

• Local Event Printer Parity - select none, even or odd.

• Local Event Printer Data Bits - select seven or eight.

• Local Event Printer Baud Rate - select 1200, 2400, 4800 or 9600.

• Local Event Printer Stop Bits - select one or two.

If an optional report printer is connected to the LPT port, then a desired font and pitch size can be selected in the Report Printer Font combo box and the Report Printer Pitch field.

*Always use the default settings (special applications only).

Figure 1-13: The Printers Dialog

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1.3

Section 1.3: Basic Workstation Setup

1.3.1 Configuring Event Managers and Alarm Servers

Event Managers provide the workstation with a buffer of events from each of its configured Alarm Servers . The Alarm Servers interface with the actual devices and pass the information to the Event Manager. All communication between the Workstation and any other device goes through the Event Manager. For more information on the UniNet system architecture, see the related section in the System Utilities manual. To begin Event Manager configuration, select Workstation Configuration, Event Managers from the menu bar.

NOTES: All communication between PCs and applications is performed using TCP/IP protocol over Ethernet. For information on setting up TCP/IP communication, refer to the Local Area Server manual.

The secondary Event Manager is optional and serves as a backup in case the primary Event Manager fails. It does not add any additional functionality past this fall-back feature.

Figure 1-14: Alarm Server Connections

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Column Description

# The Event Manager or Alarm Server number

Type The application type: EM=Event Manager, LAS=Local Area Server, WAS=Wide Area Server Name The name of the computer on which the application resides IP Address The static network IP address of the computer Port An Ethernet parameter describing the port on which the current Event Manager resides; not configurable

State Current status of the application Connect Time The date/time when the application began/resumed communication with the system Connect Count The number of times that the Event manager has connected to that server

Backing Up

Backed Up By Denotes whether another like client is serving as the selected application's backup

Denotes whether the selected application is serving as a backup of another like client. When this field is blank, that Event Manager/Alarm Server does not back up any other.

Figure 1-15: Alarm Server Connection Fields

Event Manager Configuration

Event Managers must be configured in the Workstation for it to communicate with other network clients and process events. Follow these steps to configure the Primary and optional Secondary Event Managers:

1. From the main menu bar, select Workstation Con- figuration, Event Managers.

2. On the Socket Connections screen, select Event Managers, Configure, and the Event Manager Configuration form will be displayed (see Figure 3-

3).

3. Enter the PC network name and/or IP address for the Primary/Secondary, then click OK.

4. After these settings have been made, you must also update these connections by selecting Event Managers, Update All.

When viewing Event Manager connections in general, you can update single Event Manager entries by highlighting the desired EM in the list, then selecting Event Managers, Update Selected. To view the most updated list of connections, select Refresh Display. This will reset the Socket Connections screen and show any recent configuration changes.

Figure 1-16: Event Manager

Configuration

Alarm Server Configuration

Alarm Servers must be configured so they can communicate over the network. To configure a new Alarm Server, follow these steps:

1. Select Alarm Servers, New Connection.

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2. Give the server a unique Server Number. Specify the Network Name of the computer on which the server

resides, or enter the computer's static IP address. If applicable, select the number of the server it either backs up or is backed up by.

3. When all information has been entered, click OK, then select Alarm Servers, Update All to update the

settings.

NOTE: Update Selected will only update the highlighted Alarm Server entry. Update All will update all Alarm Server entries. Refresh Display will reset the Socket Connections form to reflect any configuration changes made. Drop Selected will disconnect the highlighted server from the network, and a status message will be displayed on the screen. Drop All will disconnect all servers from the network.

Figure 1-17: New Alarm Server Connection

1.3.2 The System Setup Folder

The System Setup Folder consists of six tabs that are used to configure various elements of the software. The System Setup Folder is opened from the top menu bar by selecting Workstation Configuration, Options.

General Tab

The General Tab contains options and settings that apply to various parts of the workstation software. Any time changes are made, it is necessary to click Apply or OK for changes to take effect. Clicking on OK will close the tab. Clicking Apply will save the changes for the current tab and another tab may be edited. Clicking Cancel will discard any changes made.

Figure 1-18: System Options : General Tab

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• Device Descriptions - This box contains two checkbox options. The first is Extract Descriptions From Panel. This option assigns device descriptions as they are reported from the panel instead of using

the locally defined descriptions. This description will appear in the proximity display and be displayed when viewing the device description or properties. The second checkbox is Proximity Activated Display. This option turns on the proximity display. The proximity display is a small box with device ID and description information that is automatically displayed when the mouse pointer moves over or onto a device.

• History Backup - This box contains a checkbox option labeled Automatically backup history. This option backs up the history file to an external file named with the date, as in YYYYMMDD.HIS. This option can be executed monthly or on a user defined day period. In addition, the time of day to execute the backup can be defined (the default is midnight) as well the start date.

• Number of days to keep in history following backup - allows the user to maintain a predefined portion of the most current data from the old history file in the new history file after the backup is executed.

The backup option is recommended. If this option is not checked, the history database will continue to increase in size indefinitely, until it is backed up manually (See Database Management).

NOTE: Windows 2000 provides similar features in the operating system.

• Outbound Message Time-out - This is the amount of time that the software will continue to send an outbound message and wait for a response. If there is no response after this time, the message is dropped from the queue and the operator notified. The software will then move to the next outbound message.

NOTE: Each server has a time-out setting as well. Accordingly, each message will time out on the shorter setting.

• Pop-Up Message Box - This field sets a maximum number of messages that will be queued in the popup system message box. Once the maximum number is reached, no new messages will be queued until the current list has been acknowledged. 0 (default) = unlimited.

• Analog History Configuration - When Write Analog Updates to History is checked (enabled), all analog values that are updated for devices on the screen will also be posted to history. Otherwise, analog values for devices will only be posted to history when they are associated with an event (trouble, alarm, etc...).

• Workstation Automation Control - When the option Automatically Take Node Control When Created is checked, then every time a new node reports to the workstation, it will automatically assume control of that node.

NOTE: This option is to be enabled for single workstation systems ONLY.

• Suppress Automatic Screen Navigation for Events - This globally disables automatic screen navigation for new events. Manual screen navigation operates normally.

• AutoActivate Next Event After Acknowledge - By default, devices with linked files (text, picture, sound, AVI) which are set to autoactivate for events will only do so when they are the first event to appear in an empty New Events box. If an event is annunciated for a device and any other events are currently in the New Events box, then any linked files will not be autoactivated.

With this option enabled, the autoactivation will be based on the acknowledge command. Once any events in the New Events box are acknowledged, the next event will autoactivate any linked files which are set to do so.

• Maintain Text/Picture Viewer Display Upon Event Arrival - When the text viewer is being displayed for text linked to a device, new events will not cause the viewer to close. New events will still autonavigate, but the text viewer will remain open.

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• Suppress Automatic Device Icon Creation for New Devices - When activated, this prevents the

automatic creation of new device icons when events are annunciated. New devices can still be created manually, and existing devices will function normally.

• Database Synchronization Enabled- When this box is checked (option enabled), databases on

remote workstations will automatically be synchronized with this workstation when database changes are made.

Figure 1-19: System Options: Printers Tab

Printers Tab

The Printers Tab contains all the setting information to configure a local event printer and a report printer. The local event printer runs from a COM port on the computer. Report printers are configured through Windows (using an LPT port), and whatever printer is set up as default will operate as the report printer for the workstation.

The Printers Tab is divided into two separate sections, one for event printers and one for report printers. When configuring an Event Printer, in the Event Printer Location box, select Local (the options are local and none). Once this location has been selected, the rest of the box becomes active. Refer to the printer's documentation for printer specific information.

• Local Event Printer COM Port - This option tells which COM port connection is used by the local

event printer.

• Local Event Printer Baud Rate - Selects the appropriate baud rate for communication between the

computer and the printer.

• Local Event Printer Parity - Specifies the Parity Type for the event printer: None, Even , or Odd.

• Local Event Printer Data Bits - Selects either 7 or 8 bit data bits.

• Local Event Printer Stop Bits - Selects either 1 or 2 bit stop bits.

The Report printer is configured through Windows as the standard Default Windows Printer. In addition, though, two options are provided here; Report Printer Font and Report Printer Pitch. These two settings tell the software what font and what dot pitch to use when printing standard text.

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Speech Annunciation

Because of its depth and complexity, the Speech annunciation portion of this software is covered in Section 3.5.6

Creating and Assigning Voice Annunciation Files.

Figure 1-20: System Options: Speech Annunciation Tab

Operator Response Tab

The Operator Response Tab allows the definition of custom fields that an operator can use to enter response information that will be recorded to the History File for later viewing.

Figure 1-21: System Options: Operator Response Tab

This tab contains 8 cells for entering a line of text. Text entered into these fields will be displayed on the operator response form as checkbox options. The information selected will then be recorded to the history file.

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Operator Features Setup Tab

The Operator Features Setup Tab contains configuration tools for enhancements covering operator log in and supervision of operator performance.

Figure 1-22: System Options: Operator Features Setup

• Use Unacked Event Supervision - When this feature is enabled, the workstation supervises operator

acknowledgement of new events. In security circles, this feature is commonly known as a "Dead Man." When enabled, this feature monitors the New Event box status and activity.

When an event appears in the New Event box, a timer is started which will run for a user defined time (3 60 min.). If the operator acknowledges an event before the timer expires, no action is taken. If any other events are outstanding in the New Event box, the timer is reset and starts again; otherwise, it is canceled. If the timer expires before an event is acknowledged, then a user defined macro is executed. This macro either activates or deactivates an output on the network (also user defined). When executed, this macro creates an event when the output is activated/deactivated. The output can be used to trip any external device (horn, strobe, pager etc...) provided by the installer. Once all New Events are acknowledged, a second user defined macro is executed which contains the converse commands of the first macro.

To configure this option, enter the supervision time in the Unacked Event Timeout field. Select the predefined macros from the list boxes for Macro Activated on Alarm and Macro Activated on Alarm Restore. For more details on defining macros, refer to section 3.5.4 Using Macro Editor.

• Shift Change Configuration - Enabling this feature provides a simplified login in process for a four

shift operator duty cycle. Select a different operator name for each shift from the operator account pool. Then, these operators can log in by simply clicking on the Shift Change button on the Operator Login form, or you can assign the shift change function to a function key allowing the operators to log in by pressing the allocated F-key. If the Automatic Shift Changes option is enabled, then assigned operators will be logged in automatically at the times assigned for each shift.

Site Information Setup Tab

The Site Information Setup Tab allows you to add custom fields to the Site Information display. These are text fields and can be used to add non-software related informational fields related to the site such as address, contact numbers, special notes, etc. Fields are added here in the same manner as the Member Information Setup Tab. Only text field types are available.

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Figure 1-23: System Options: Site Information Setup Tab

The Site Information Setup Tab allows you to define only text-based fields. These fields can be up to 80 characters in length.

To add a new field:

1. Type a description under Field Description.

2. Enter the field length in the Length area.

3. Select OK or Apply to implement the changes.

Arm / Disarm Filter Tab

The Device Types box lists all network device types. This form allows the user to filter device arm/disarm status by type from the Arm/Disarm Event display. If an entry is checked (default), then devices of that type will be included in the display. To filter device types from the display, simply uncheck them (left click), then click the OK button when all desired selections are made.

Figure 1-24: System Options: Arm/Disarm Filter Tab

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Part 2

Operation

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UniNet 2000

NOTES

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2.1

Section 2.1: Basic Workstation Operation

2.1.1 The Workstation Main Screen Tour

The main screen of the Workstation can be divided into six primary parts plus pull down menus. The primary screen parts are:

• Screen Description

• Floor Plan Display.

• Event Display.

• Network Communications Display.

• Graphic Tools Toolbox.

• Toolbar / Operator Area.

• Information Bar

All of these sections are briefly described in the following paragraphs, with the exception of Graphics Tools, which is covered in the Administration section of the manual, Section 3.3. Figure 2-1 is a sample main screen from the Workstation:

Network Communications

Screen Description

Floor Plan Display

Information Bar

Graphics Tools

Toolbar / Operator Area

Event Display

Figure 2-1: The Workstation Main Screen

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Screen Description

The Site Description, located above the upper left corner of the Floor Plan display, identifies which screen is currently shown on the Workstation. This description is created in Edit mode by accessing either of the two following menu options:

1. Graphics, Add/Copy Screen

2. Graphics, Edit, Screen Title

Floor Plan Display

The Floor Plan display is the primary source of visual feedback and interaction with the network. The floor plan display can show any number of screens, each containing one or more devices. Devices include fire panels, fire protection devices, security devices, cameras, card access stations, and a wide variety of other equipment.

The floor plan display can also contain buttons, which can be either navigational or functional in nature. Navigational buttons move from screen to screen. Functional buttons perform various macro functions such as acknowledging alarms or resetting a panel. Navigation between screens can also be performed manually using the Screen Navigation pull down menu.

When an event occurs that relates to an icon in the floor plan display, that icon will change to indicate the event. For example, if a server connection goes into fault, the icon will begin to flash red. In addition, the workstation incorporates an (optional) Auto-Navigation feature that will automatically change screens to find the appropriate device related to an event. AutoNavigation works on a priority basis. For example, a trouble on one screen will not take you away from an alarm on another.

For more information on the floor plan display, see section 2.3: Floor Plan Display.

Event Display The event display contains three discrete sections from top to bottom: Alarm

Summary area, New Events box, and Acknowledged Events box.

The Alarm Summary area shows a running total of new and acknowledged events by type. This tally shows a separate total for Fire Alarms, Supervisory Alarms, Access Control Events, Trouble Events, and Security Alarms.

The new events box displays events that have been received by the workstation but not yet acknowledged by an operator. When an event comes in to a workstation, the workstation will display the event information in the New Events box and sound an audible alarm at the station. It will also autonavigate to the appropriate screen if priority allows and the option is activated. Once the operator acknowledges an event by clicking on the ACK button or the event line, the event moves to the Acknowledged Events box.

For more information on events, the event display, and event handling, refer to the section titled Event Handling (section 2.2) in the Operations portion of this manual.

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Figure 2-2: The Event

Display

Network Communications

The network communications box displays basic information relating to the Event Manager, Alarm Servers, and network traffic. The right side of the box displays the number of Alarm Servers and Event Managers (respectively) currently on-line.

Immediately below each connection label are send and receive indicators for data transmitted between the alarm server(s) and the workstation. The number to the right of the Network Communications box ("Queue") shows the number of inbound messages waiting sent from the Event Manager. Event Manager and Alarm Servers LEDs display active connections in green. Servers in fault are shown in red. For more information on Event Managers and Alarm Servers, see section 1.3.1.

Figure 2-3: Network Communications

A Note On Event Manager Synchronization

When Primary and Secondary Event Managers are disconnected and then reconnected, there is a small lag time before the Event Managers synchronize events (normally just a few seconds, depending on the number of events to be re-sorted). During this time, new events are still received as normal.

Toolbar / Operator Area

This area of the display contains a variety of different tools. The upper inset box contains the Current Operator button. Below this button, the name of the current operator is displayed. To the right, the operator's picture is shown, if available. Clicking on the Current Operator button calls up a dialog box for logging in as a new operator. This is discussed in the next subsection, Logging into the Workstation.

Below the operator area is another inset box. This box displays buttons for windows that have been moved behind the current display. If you have a dialog box open and an event comes in, the current window will be moved to the background, and a button will appear in the inset box. When you click this new button, the previous window will open. You also have the option of creating custom command buttons under Tools; Command Button Editor.When the workstation software is initially launched, it contains a button for Msg Window.

Figure 2-4: Toolbar - Operator Area

Information Bar

The Information Bar, located at the very bottom of the Workstation screen, displays the following information at all times:

• The title of the screen displayed.

• The screen number.

• The type of screen (ie: Title) as it applies to the Screen architecture.

• The Month/Day/Year and current time.

• The zoom level.

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2.1.2 Logging Into the Workstation

When the workstation is started, it begins with the operator account that is currently logged in to the system. This information is retrieved from the registry and is specific to each computer. If the computer is rebooted, the registry is cleared, and the workstation is logged in with the Default operator account. This account has extremely limited access to the system. An actual operator must log in to have access to functions assigned to him/her by the system administrator. An operator's access also determines which pulldown menus and options are visible. To log in, click on the Current Operator button in the Operator Area of the main screen. This will activate the Operator

Click here to log in

Figure 2-5: Operator Login

This dialog box is used to select the operator and log in to the workstation.

Available

Operators

List

Operator Photo

Password Entry Box

Optional Admin Password Entry Box

Figure 2-6: Operator Login Dialog Box

On the left side of the Operator Login dialog box is the Available Operators list. This list box shows all the currently defined operator accounts. These accounts are defined by the system administrator, and each account has an associated password and an optional photo. To log in, select the appropriate operator from the Available Operators list, and then click on the Password Entry box. Now type in the password for the selected operator and click OK.

If the secondary password feature is enabled, the administrator will require a second password to allow for complete, unrestricted access to the application. All other operators will have only one password, which is assigned and configured by the administrator. Secondary passwords are configured with the Global Profile Editor. Refer to the System Utilities manual for more information.

The Operator Login dialog will close and the Operator Area of the main menu will now display the newly logged in operator's name, and if available, a photo. The operator is now ready to use the workstation system.

To log out the current operator and log in the Default operator account, click on the Logout button. If Shift Change Operators have been configured, they may be logged in manually be clicking on the Shift

Change button. Clicking the Shift Change button logs out the current operator and logs in the next shift change rated operator in sequence. For more information on shift change operators and their configuration, refer to section 1.3.2 The System Setup Folder - Operator Features.

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2.2

Section 2.2: Event Handling

2.2.1 About Events

An Event is any change in the status of a device or a transfer of information between a device and the workstation or between two devices. Some of these events are considered background and housekeeping events and are not seen by the user. The events that are of primary concern to the operator are those identified as Off-Normal Events.

An Off-Normal Event is an event that indicates activity or change in condition requiring the attention and/or response of an operator. Examples of possible off-normal events include:

• A change in condition or activation of a monitoring device (Motion Detectors, Smoke Alarms, etc.).

• An invalid card swiped through a networked card reader.

• A door is ajar.

• A NION becomes disconnected from the network.

• A Monitoring device is disconnected from its monitoring NION.

Off-normal events seen by the operator can be grouped into two categories:

• Paired Events - Events which after acknowledgment still require another event to return the associated

device to its original state. This second event may be initiated by the operator (as in the case of sending a reset to a device or panel), or initiated by the original device itself (such as an alarm server which originally went off-line and is coming back on-line). Devices can send more than one off-normal event before the related return state event is sent. For example, a fire panel may have more than one alarm state, and these will not clear until all events have cleared and the panel reports an all clear state.

• Single Events - A single event that, once it is received, leaves the sending device in the same condi-

tion that it was in originally. A good example of a single event is a card access event, which does not actually change the status of the device.

2.2.2 Types of Events

Events which come into the workstation and are displayed in the event box on the main screen can be divided into five fundamental categories:

• Security Alarms - Events issued by security related devices such as motion detectors, glass break

detectors, and door contacts.

• Fire Alarms - Events issued by fire protection related devices such as pullstations, smoke detectors,

and sprinkler systems.

• Supervisory Alarms - Supervisory alarms are special alarms to indicate action that has functionally

disabled a key device (for either fire protection or security). An example of this is the event generated if the water valve is shut off for a sprinkler system.

• Access Control Events - Events issued by card access reader panels, such as a card swipe event or

an invalid card read.

• Trouble Events - Trouble events indicate a functional problem with a device on the network.

Examples of trouble events include a device or workstation going off-line, a battery low or no power event, a clogged head on a smoke detector, etc.

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2.2.3 Event Handling

When the Event Manager sends an off-normal event to the workstation, the event is placed in the New Events list box on the main screen. It remains there until it is acknowledged either locally or by another workstation on the network which is controlling the device. The Alarm Summary list above the new event box provides a count of the events received of each type.

When there is an event in the New Events box, an audible alert is sounded on the computer. If auto-navigation is activated on the device in question, the screen display will move to show that device (unless there is an alarm of equal or greater priority that has not yet been acknowledged). Events are ordered in both event boxes based on priority to ensure that an operator deals with the most urgent alarms first.

To acknowledge an event in the new event box, you can do one of three things:

1. Click on the ACK button in the Event Display. This will acknowledge the top (highest priority) event in the New Events box.

2. Click on the event itself in the New Events box in the Status column.

3. Use a functional button or hotkey that has been defined to send an acknowledgment to some or all devices.

The following options are also available from the Event Display.

New Events

Double left clicking on either column acknowledges the event and navigates to the screen the device is on.

The Device ID column:

--Single left click - produces a button next to the device. When clicked, it opens a detailed information box for that event and device.

--Single right click - opens the pop-up menu associated with the device. The Status column:

--Single left click - acknowledges the event.

Acknowledged Events

Double left clicking either the Status or the Device ID column navigates to the screen the device is on.

The Device ID column:

--Single left click - produces a button next to the device. When clicked, it opens a detailed information box for that event and device.

--Single right click - opens the pop-up menu associated with the device. Clearing A Single Event - To clear a specific event, right click on the desired event, then select Clear Event from the menu.

When an event is acknowledged, if it is a paired event, it moves to the acknowledged event box where it stays until the related event is also received and acknowledged. If the event is a single event, it disappears when acknowledged, since single events do not represent a lasting change of condition.

Once a device status is returned to normal (usually by receiving the related pair event, such as a fault event and a fault-off event), its entry in the Acknowledged

Figure 2-7: Event

Display Box

Events box will disappear. Alarm states are the exception to this rule. These states will stay in the event box

until the panel associated with these states is reset. This is because the alarms actually latch at the panels, and the operator should be aware that the panel requires a reset. Alarm-off states that have been acknowledged will clear once the panel is reset and all panel states have returned to normal.

NOTE: If a device is acknowledged at a workstation, it is only acknowledged locally and does not actually affect the device or other workstations on the network unless the current workstation has control of the specific device. This is not generally an issue in single workstation setups, but for multi-workstation setups, please refer to the control profiles section of the operators manual for more information on the control of devices.

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2.2.4 Configurable Event Counters

The Configurable Counters feature of the Workstation allows users to configure the Event Counters section of the application. In previous versions of the Workstation, the Event Counter would list Event Statuses such as Alarm, Trouble, Security, Supervisory, and Access Control Events. This new feature allows users to configure both the name of the counter (limited to five counters) and the Event Statuses that are counted in each catagory.

To begin using the Event Counter Configuration utility, select Event Counters in the drop down menu under Workstation Configuration. This will open the screen titled Event Counter Configuration .

Figure 2-8: Starting Configurable Counters

The Event Counter Configuration interface enables the user to define which Event Counters will be displayed at the Workstation. This interface allows the user to specify exactly what qualifies as an event in each event catagory. The user also has the option of configuring the name of the counter (maximum of 25 characters). The workstation will display a total of up to 5 Event Counters.

Modifying, Adding, and Removing Event Types

The Event Counter Configuration tool allows the user to modify, add, or remove event types in the Event Counters area in the upper right corner of the Workstation.

To modify an Event Type, select the desired catagory in the upper left box. Once highlighted, select the Modify

Event Type button below the Event Type list. This will bring up a text box with the prompt Enter Event Type (25-Char Max). In the open text field type the name of the Event Type being created. When complete, select

OK. To add a new Event Type, there must be less than 5 Event Type catagories already in place. The Event Counters

area of the Workstation is limited to no more that 5 Event Types. If 5 Event Types already exist, one or more must be chosen to be removed before more can be added. To remove, highlight the Event Type, and select Remove Event Type from the buttons below the listing box. This will remove the highlighted item out of the Event Type box.

To add a new Event Type, select Add Event Type from the buttons below. This will bring up a box similiar to the Modify Event Type box. Name the Event Type in this box.

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Figure 2-9: Configurable Counters

Figure 2-10: Modifying/Adding an Event Type

Restoring Defaults

The fourth selection under the Event Type box is a button titled Restore Defaults. This will repopulate the Event Type box with the 5 default settings: Fire Alarms, Supervisory Alarms, Trouble Events, Access Control Events, and Security Alarms. All settings within the default catagories will be restored as well.

2.2.5 Getting More Information about Events

You can double click on a device appearing in the Event box to navigate to the screen containing the device. NOTE: If an event is unacknowledged, this will acknowledge the event.

If more off-normal events are received than can be displayed in the event box, the user may choose to expand the event box to display additional off-normal events. The Expand button, located at the top of the event box, displays the Off-Normal Events in a list. This list displays all current off-normal events in the system in a treelike fashion organized by node or group (see figure 2-8).

Figure 2-11: Expanded Event Box

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2.2.6: The View Latest Events and Messages Window

The View Latest Events and Messages window provides the user with information about system events. This display can be filtered for the following types of events:

• system events applying to the software

(default, not de-selectable).

• fire related events.

• security related events.

• access control related events.

• discrete I/O events.

• environmental events.

• reporting terminal events.

NOTE: When a new filter is selected, it takes effect for all new events printed to the window. Filters cannot be applied to events already displayed.

To view the View Latest Events and Messages window, click on the Msg Window button in the toolbox section. The message and priority are given along with a time and date stamp. Click outside the message box to send it to the background. To set filters, select the Filters option; clicking on each option will select/deselect it. The default setting is to show all events. When you click on an event type, and the corresponding check disappears, that event type will no longer appear in the message window.

The Window menu option includes the following:

Always Show Window - Selecting this will keep the message window activated at all times. Clicking

outside the message window will gray it out, but it will remain on top of the Workstation screen.

Close Window - Click on this option to minimize the message window. A shortcut button will still be visible

in the Toolbar/Operator area of the workstation screen.

• power supply events.

• analog events.

• lighting event.

• Event Manager updates.

• acknowledgments.

• Show All Events.

• Show No Events.

Figure 2-12: Latest Events and Messages Window

Logging

Message logging is available for troubleshooting system problems. The Logging menu item provides the options Toggle Network Echo and Toggle Network Logging. The echo option displays all network messages received by the workstation in the window. Most of these messages would normally not be seen by the operator. The logging option also writes these messages to a log file whose name is the current date in MMDDYYXX.log format (i.e.. Mar 30, 2001's backup would be 033001XX.log) and places the file in c:\uninet\ws. When making multiple backups in the same day, the log file for that day simply gets appended rather than a separate log file being created.

NOTE: This option should only be used if instructed to by a factory support technician.

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2.2.7 Armed / Disarmed Points Display

The Armed / Disarmed Points display is accessible from the View menu. This form provides a complete list indicating which points are currently armed (coded in red) or disarmed (coded in blue). Every point is displayed by either its native address or the display ID according to how the workstation is currently set. In addition, any description defined for the point is displayed, as well as the time of the most recent update.

When both Armed and Disarmed are checked, all addressed points are displayed. Unchecking one of these boxes will filter out those points from the list (e.g., if you uncheck Armed, only the Disarmed points will be displayed in the list.).

NOTE: In order for the workstation to track the state of armed and disarmed points in this display, the point must exist as a graphic device in the screen database. Points defined as text only cannot be tracked here.

Figure 2-13: Armed / Disarmed Points Display

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2.3

Section 2.3: Floor Plan Display

2.3.1 Introduction to the Floor Plan

The Floor Plan Display provides a graphical context for the devices on the network, showing their location on a building floor plan. It can also display informational icons for items such as biohazard warnings and various other cautions.

The floor plan area can be used to display front end screens for navigating the screen database and device network. Screens can interact using a variety of methods depending on the situation and environment of its usage.

Buttons on the floor plan allow the operator to either navigate between the screens and sites of the database or perform a number of defined macros to communicate with devices on the network.

Screen Navigation

There are many different ways to navigate through the screens and sites on each network. Buttons allow navigation between screens. Clicking on a navigational button will load the appropriate screen based on how the button was originally configured. The system administrator has the ability to label these buttons for clarification.

Figure 2-14: Floor Plan Display

It is also possible to navigate through screens with the Screen Navigation submenu (on the main screen). The options on the Screen Navigation menu are as follows:

• Front Screen - Navigates to the first (title) screen.

• Previously Viewed Screen - Goes back to the last screen loaded in the display.

• Previous Screen Number - Moves backwards one screen (numerically).

• Next Screen Number - Moves forward one screen (numerically).

• Go To Screen - Prompts to type in a screen number to load.

• Screen Titles by Site - Calls up the Select Screen dialog. This dialog shows the hierarchy of sites and

In addition to the above , it is also possible for the system administrator to map screen navigational control to a keyboard function key (see section 2.4.2) or command button (see section 3.5.3).

screens and allows the user to pick any screen to view (see figure 2-12).

NOTE: The more objects that are placed on a screen, the more time it takes for that screen to load. The use of background graphics will also affect the loading time.

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Figure 2-15: Select

Screen Dialog

2.3.2 Contents of the Floor Plan Display

The floor plan display is a highly detailed canvas that allows the workstation to function within a wide range of applications, scales, and environments. This section will detail the different types of objects on the display and examine situations in which they might be found.

The floor plan display can contain three different classes of objects:

• Devices - Devices include a number of different types of objects and can be divided further into six different types of graphical (floor plan based) devices:

- Addressable Discrete Devices

- Addressable Analog Devices

- Functional Buttons

- Navigational Buttons

- Site Annunciation Icons

- Information Labels

• Vector Graphics - Vector graphics include a number of different graphical objects including:

- Non Device Text

- Line Based Vector Objects (Lines, Boxes, Ellipses, and Arcs)

- Bitmaps (Bitmaps mapped to vector boxes)

• Background - The background can be one of three types:

- Blank

- Imported Bitmap (.BMP)

- Imported Windows MetaFile (.WMF)

These three primary elements and their subcategories form what is seen on various screens in the floor plan display. Some elements are more common than others, but we will look at all of them to provide a full overview.

Addressable Devices

Addressable Devices represent physical real-world network devices that are monitored by the workstation. These include various monitoring devices such as motion detectors, pullstations, and door sensors. Addressable devices also include NIONs, servers, and other workstations on the network. Almost any physical networked device falls into this category.

There are two different types of Addressable Devices: Discrete and Analog. Discrete devices are monitored nodes, NIONs, and panels with defined (discrete) states or conditions. These

conditions are annunciated at the workstation. For example, a pullstation either reports a normal state, an alarm state, or a trouble state. Normal state indicates normal operation, Alarm state shows that the pullstation has been activated, and a Trouble state indicates a functional problem with the device.

Analog Devices are devices with one or more continuously variable values that are translated into states by the workstation software based on configurable ranges. An example of an analog device is an environmental sensor, which continuously reports values such as temperature. Depending on the configured ranges, the workstation will indicate various states for the device.

Addressable devices have pop-up menus activated by right clicking on the device that allow to view device properties and descriptions, execute macro code to perform device specific operations (for example, acknowledge a device, reset a panel, etc.), and view linked text, video, pictures, and sound. An operator can also enter a custom response entry to a fault from the device. For more information on Pop-Ups, see the Device Pop-Ups subsection.

Left clicking on a device zooms to place the device in the center and at its native zoom level.

Figure 2-16: Sample

Pop-up Menu

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If the proximity display option is turned on, an information window appears when the mouse cursor is placed over an addressable device. This window displays the Device ID, description, and type (shown in Figure 2-17).

Devices have two IDs. One is the Device ID, which is the actual network address of the device. The other is a Display ID, which is completely definable by the system administrator

Figure 2-17: Sample Information

Window

and usually represents a real world identification of the device, such as "smoke alarm 26" or "East Hall MDet" (Just like the Device ID, there is a 14 character limit). The operator can select which ID to display on the floor plan. This option can be switched in the View menu on the main screen.

Buttons

There are two types of buttons available in the workstation. These two types, Functional and Navigational, are similar only in appearance. A button can be any selected bitmap that responds to a mouse click. In the case of a Functional button, clicking on the button will preform a macro function (such as sending an acknowledge to a device or resetting all fire panels). Navigational buttons on the other hand simply move to a specified screen in the screen database and are used to create shortcuts for navigating the system.

Site Annunciation Icons

Site Annunciation icons are special device icons that represent the overall condition of a site on the network. Site Annunciation icons have two states, normal and off-normal. The state of a Site annunciation icon is dependent on the condition of the devices at the site it represents. If all devices at the represented site are in normal condition, then the site annunciation icon displays a normal condition. If any device at the site reports an off-normal condition, then the site annunciation icon is displayed in an off-normal condition.

For example, a display can be created on a screen that shows or lists a number of remote BCI sites. Next to each display or listing is a site annunciation icon that is linked to the site. If any remote devices report an off-normal condition, then the site annunciation icon associated with that site will go into off-normal, alerting the operator of a problem at that site.

Information Labels

Information labels are icons with linked text, pictures, video, and sound that represent information about locations or specific details about areas of the monitored network. Information labels are not actually physical devices. Examples of information labels include biohazard area designations (including pictures of the area and text directions for specific instructions and cautions), construction area designations, exit designators, etc. The linked material of information labels is accessed with the pop-up menu of the icon.

Vector Graphics and Backgrounds

The specifics of various types of vector graphics and backgrounds are of little interest to the operator and are discussed at length in the administration manual, Section 3.3.

Vector graphics and backgrounds provide the operator with a context in which the devices, buttons, labels, etc. exist. The most common type of graphics found are floor plans and front end screens.

Floor plans are imported floor plan diagrams of an area monitored by the workstation. These floor plans (like all

screens in the floor plan display) can be zoomed to allow moving from an overview of the building down to viewing the devices in one area. Zoom can be performed using the Zoom In, Zoom Out, and Zoom Full buttons in the common screen tools area (see figure 2-18), or using the keyboard shortcuts CTRL-I and CTRL-O (for In and Out respectively). The maximum zoom level depends on the resolution of the screen.

Front end screens are used to create menus and more conceptual groupings of

Zoom In Zoom Out Zoom Full

devices for monitoring in a less direct fashion. Examples of this might be a building selection menu that had buttons to go to each remote site and site annunciation icons that displayed the overall status of each site.

Figure 2-18: Common

Tools

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2.3.3 Keymap

The keymap provides either an overview of the currently displayed screen (without devices, buttons, or other objects) or a predefined bitmap. Open the keymap by selecting View, Keymap from the main screen menu bar, or click the keymap button in the graphic toolbox.

When the main screen floor plan display is zoomed in and the keymap is not in bitmap mode, a red box on the overview outlines what portion of the map is currently being displayed. You can return the main floor plan to 100% zoom by clicking the display portion of the Overview display. If the keymap is displaying a bitmap, then clicking the keymap will navigate to the specified return screen for the current screen.

The Keymap will always stay on top of other windows on the desktop and can be moved anywhere on the desktop by clicking and holding on the title bar of the window and placing it as desired. The Keymap can be re-sized by clicking and dragging the lower right corner. The keymap will automatically maintain its proper perspective.

Figure 2-19: Overview / Keymap

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2.3.4 Addressable Device Pop-Up Menus

Addressable Device Pop-Up menus provide the operator with device specific information and controls. The device pop-up menu is activated by clicking the right mouse button on any addressable device. The menu that appears depends on the type of device, the situation, and the rights of the user. Some options are common to all addressable devices, and some devices have functions that are device type specific. The following commands are available for most devices through addressable device pop-up menus, although access can be restricted for some options:

• Description - Selecting Description brings up a small display box which shows the device's provided

description. This may be a description entered by the system administrator or a description read from a panel on the network.

• Enter Operator Response - This option calls up a form with the option to select among a number of

predefined operator responses for reporting various conditions and operations related to the device. There is also a custom response field. The selected response is logged to the history file.

• History of Device - Opens the history manager with preset filters to only display the history

information relating to the selected device. Refer to the System Utilities manual for more information on the History Manager.

• View/Play Text, Bitmap, Video, Audio - If the device has any linked media, an option will appear

on the pull down to view or play the linked file. Devices with linked media have an asterisk next to the icon on the Floor Plan Display.

• Zoom - The Zoom Commands allow quick selection of various zoom levels as well as the ability to return

to the previous zoom level. When a zoom is performed, the zoom will center on the current mouse pointer location.

• Acknowledge, Silence, and Reset - These are examples of device specific commands. They are

based upon macros and are definable by the system administrator. An asterisk on the menu next to an option indicates that control of the device belongs to another workstation. A workstation must have control of a device to execute device specific macro commands.

Common

Commands

Device

Specific

Macro

Commands

Zoom Commands

(Common to All

Devices)

Figure 2-20: Addressable Device Pop-Up Menus

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2.3.5 Symbol Key

The Symbol Key provides a directory of devices and information labels found on the floor plan display. The symbol key also allows the operator to change the description of any of the device icons. The top tabs allow you to select viewing devices (such as, NIONs, Fire Panels, etc.) or information labels (such as hazardous material, radioactivity, etc.). The symbol key is found at View, Symbol Key on the main pulldown menu.

Figure 2-21: Symbol Key

2.3.6 Linked Information and Guidance Text

Linked Information

Any addressable device or information label on the floor plan can have linked information. Linked information can be text, video, bitmaps, and sound. To access the linked information on a device (either addressable or an information label), right click on the icon to bring up the pop-up menu and then make the appropriate selection. Linked text usually provides information about area restrictions, special cautions, etc. Linked bitmaps are often pictures of the device or the specific device location. Linked video can be demonstrational in nature, such as how to reset or disable a device. Linked sound is often instructional, but could be used to give example audio alarms. All of these are only examples and represent some of the more common uses of linked information.

Guidance Text

Guidance text is linked text associated with a specific screen. Usually, as with linked device text, this relates to special procedures or precautions. Guidance text is different for every screen. The content of the guidance text window can be anything that needs to be imparted to operators for a specific floorplan. For example: emergency contact numbers and instructions for building approach and access.

To open the guidance text display for the current screen, select the View, Guidance Text menu option.

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2.4

Section 2.4: Advanced Features

2.4.1 Monitoring and Control Profiles

Monitoring and control profiles allow the operator to select what devices will be monitored and controlled by the workstation. Each predefined setting, called a profile, is defined by the system administrator for the specific site and application. Monitoring profiles determine what events are seen by the workstation. Likewise, control profiles select what devices are controlled by the workstation. By using monitoring and control profiles, supervision of various portions of the device network can be transferred as needed based on the schedule and needs of the site.

Monitoring Profiles

Monitoring profiles allow the operator to select exactly what events are seen by the workstation, organized based on selecting specific nodes, subnodes and devices. This specific selection is the job of the system administrator, who creates a number of profiles that can be selected by the operator. Usually these profiles are created around a physical or operational structure, such as by building or by work shift.

In order to activate a new profile for monitoring, select Tools, Event Monitoring Selection from the pulldown menu. This will call up the Event Monitoring Selection dialog box. On the left side of the box is a list of currently defined monitoring profiles. Any number of profiles can be selected for activation. Select the profile(s) to activate and click on the OK button. The workstation will now be monitoring the specified areas and/or devices.

Figure 2-22: Event Monitoring Configuration Dialog

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Control Profiles

Control profiles determine which devices the workstation is currently supervising. This is very important because when a message is sent to a device, or an event for a device is acknowledged, that message or acknowledgment is only local unless the workstation has control of that device.

Because of the need to be able to respond to problems that may occur in areas that a specific operator does not always monitor, the operator can change control of specific devices. To change control profiles and control of specific devices, select Tools, Node Control Selection from the pull down menu. This will open the Control Profile Select dialog box.

The left side of the Control Profile Select dialog shows the hierarchy of nodes, subnodes, and devices on the network. Next to each device is the IP address of the controlling workstation. If this address is blue, the local workstation has control of the device, if it is gray, another workstation on the network has control. To activate a predefined control profile, select that profile's name on the right side of the screen and click on Activate. The device display to the left will reflect this control change.

Figure 2-23: Control Profile Select Dialog

NOTE: You can only select control profiles from this screen. For details on how to define control profiles, refer to section

3.1.4 Defining Monitor and Control Profiles.

You can also take control of a single device, subnode, or node by right clicking on that device and selecting Activate Control for this... from the pop up menu. This will give the current workstation control over the selected device(s).

Important Note: Only one workstation can control any single device at a given time. Taking control of a device removes control from the previous supervisor of that device.

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2.4.2 Function Keys

Function Keys F2 through F12 are all configurable within the UniNet Software. This allows commonly used functions to be assigned to the function keys for easy access. Configuration of the function keys is an assignable security privilege, but generally the system administrator will define their function. The workstation has a toolbar for function keys which displays the 12 keys and a description of what the key has been assigned to do. To activate the toolbar, press CTRL-H on the keyboard. Although F1 is listed in the Toolbar, its function is always predefined to activate the On-Line Help.

Function keys can provide the following features (when configured by the System Administrator):

• Navigate to a specified screen

• Acknowledge Event

• Operator Login

• Toggle Keymap

• View Active Alarm Messages

• View Outbound Messages

• Search for Existing Symbols

• View Symbol Key / Legend

• View Site Information

• Activate Messages Window

• Activate Expanded Event Box

• Image Zoom In

• Image Zoom Out

• Image Zoom Full

• Toggle Edit Mode

• Toggle Function Key Help Bar

• Map Devices(s) w/ Pop Up Menu Options

• Log Out

2.4.3 Printing in the Workstation

The workstation has numerous locations where you can print a variety of information. All the different printer options (with the exclusion of the event printer) use the same settings derived from the File, Print, Printer Setup menu option. This displays the standard Windows printer setup form.

You can print the floor plan by clicking on the Print icon in the graphics toolbox. This will print the floor plan display area as it currently appears, headed by a section w/ screen title, site information, and screen information.

From the Printing menu (at File, Print) there are four available options:

• Printer Setup - Sets up the printer with the standard Windows printer setup form. Allows setting of

general options plus selection of the printer to be used.

• Print Device List - Allows the operator to print a list of devices programmed in the workstation sorted

by device ID or device type. The list can be of all devices or just devices on the currently viewed site.

• Print Floorplan area - This does the same thing as the print icon in the toolbox. It prints the floor

plan and a header of description information.

• Print Events - Prints a report of outstanding events. In addition, the operator may choose to print

unacknowledged events only, acknowledged events only or all events.

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2.4.4 History Manager

The History Manager is a utility for viewing all of the events that are currently stored in the history database of a network client application. It serves as a database manager which can organize all events which pass through the main software application. The History Manager allows a complex set of filters to be applied to the events in order to view the history for specific event types, devices, and events for specific dates.

There are three ways to access the History Manager:

1. Select Tools...History Manager within a network client (such as the workstation)

2. From the desktop, select Start...Programs...Uninet...History Manager .

3. Right click on a device and select View History.

When first launched, the History Manager displays events in the database. The information bar at the bottom of the screen displays the number of entries within the database, which events are being shown, the date and current time.

Figure 2-24: History Manager Main Screen

The Event Display Screen

The Event Display shows a list of events in the history file currently being viewed. This can be the current history file in use by the application (for example: history.mdb) or it can be an archived history file. Color coding of displayed events can be enabled or disabled at the user's choice for easier analysis by grouping entries by user definable criteria. This function is accessed through the Configure...Use Color Coding menu item.

The History Manager displays all columns of the database currently being accessed. The information displayed by the History Manager depends on what specific application provided the database. For example, if the History Manager was running a UniLogic database, only columns specific to that database would be displayed in the layout. Likewise, if the workstation database was being accessed by the History Manager, then all columns specific to the workstation would be shown.

Aside from the different events which are targeted depending on what application is in use, the History Manager retains a constant color coding system which applies to databases that support color coding. These colors allow each event to be grouped with a greater prejudice than the variation in events.

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NOTE: For more information on the History Manager application including filter application and report scheduling and generation, refer to the System Utilities manual.

Figure 2-25: The Event Display

When used with the workstation history database, the Event Display contains nine columns of information (six are shown above because of screen width). These nine columns are:

• Date/Time (Rec)(Actual): This field displays either the time that the event was received by the worksta-

tion, or the actual time the event occurred. The field can be alternated between received and actual time using the button in the lower left hand corner of the main screen. The format is MM/DD/YY HH:MM:SS (AM/PM).

• Site: This field gives the Site ID for the site from which the event was generated. Keep in mind that all

local sites use the naming convention LocalXX, where XX is the server number that monitors that location.

• Device ID: This field gives the device ID of the device that generated the event.

• Status: The Status field gives the status of the device or the nature of the event. Status is where the event

is annunciated in plain text terms.

• Value: This field indicates the value associated with an event. 0 = Off, 255 = ON.

• Device Type: This field gives the device type in accordance with the configured device type inside the

workstation software.

• Event / Msg Type: This indicates the event type in accordance with the event types used in filtering

events. These types are less specific than the device type, but more specific than the color codes.

• Ack: This field contains a checkbox. If the checkbox is checked, then the event was acknowledged by an

operator. If the box is unchecked, it was not acknowledged.

• Text Messages: This field contains text messages associated with an event. System events often contain

informational text in this field. This is also the field where text entered by an operator as an operator response will appear.

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The events are also color coded with the following color scheme:

• Red: Red indicates a critical alarm. These alarms are events that generally require immediate response and take top priority. Examples include Forced Entry, Door Ajar, and Tour Interrupted.

• Yellow: Yellow events are trouble or fault events, or their paired (inverse) events. These events usually represent internal or system problems and often require maintenance as a response. Examples include High Value, Prealarm, and Trouble.

• Gray: Gray events indicate resets or return to a passive/normal state. Examples include reset and

Panel Normal.

• Green: Green events are events that indicate by their presence a normal condition of operation. Examples include Accepted, Guard Tour Read, and Request to Exit.

• Blue: Blue events are security and supervisory events. Examples include Panel Armed, Security Alarm Restored, and Test Mode Terminated.

2.4.5 Panel Communications

The UniNet software allows the operator to communicate with a panel that supports terminal communication and is connected to the UniNet system through a Serial NION. To communicate with a specific panel:

• Go to the screen for the site with which you would like to communicate. Keep in mind that if the site you select is a remote site, the workstation will have to dial out to the site for the panel communications session. These sessions will operate more slowly than a local session.

• Select Panel Communications from the Tools menu on the main screen. The Panel Communications Session box will appear for the currently selected site (based on the current screen).

• From the bottom of the Panel Communications dialog box, select the Node, and if applicable, the subnode with which to connect.

• Select Establish Communications Session from the Connection pull down menu item.

Notifier

HVAC NION MAIN MENU

72 F ECON: ON REHEAT: ON 63 %RH

Choose 1-15 >_

Figure 2-26: Panel Communications Session Box

The workstation will now attempt to connect to the selected panel. Once the connection is completed, the display portion of the Panel Communications dialog will show the ASCII output from the panel, emulating a direct terminal session. The Panel Functions menu contains a list of functions available for each specific device based on the plug-in for that device. Fire panels will have options to Acknowledge, Silence, and Reset based on the generic fire plug-in. Security panels will have at least Arm and Disarm, as well as other functions specific to certain panels. Refer to each specific plug-in manual for more information on these functions.

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NOTE:The panel communications session is an ancillary feature and is not meant to be used as a substitute for a dedicated terminal. Terminal functions through this window may be much slower compared to a terminal connected directly to the panel.

Other options within the Panel Communications Session box:

• Screen, Clear Screen will clear the ASCII display window.

• Screen, Print Screen will print the ASCII terminal display to the selected printer (see section titled Printing

in the Workstation for more information).

• Connection, Terminate Communications Session will end the current communications session with

the selected node.

• Screen, Exit Panel Communications will exit the Panel Communications Session box.

2.4.6 View Member Information Window

The View Member Information window is located in View, Member Information. This view can be used to examine the member information database but does not have the facility to add or delete users.

Figure 2-27: View Member Information Window

Card members can be selected from the Member Name list box on the left. The user has the option to search by member card number instead of name by right clicking in the Member Name list box. This will change the display to show a list of card numbers for all members. The File menu has an exit option. To exit, you can also click the OK button at the top right of the form.

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2.4.7 View Site Information

This option allows you to obtain detailed information about a specific site or sites, based on search criteria. To access this feature, click on View, Site Information. To display information, select by either Site ID or Site Name. The Phone Number field displays the phone number used to dial that site. The Primary Alarm Server field indicates which Server is controlling the routing of events from that site. The Transport field displays the type of phone line over which that site is communicating. The Last Contact field shows the last time that site called in to the workstation.

This status bar shows you whether the dialog is in Normal or Search mode.

Figure 2-28: View Site Information

If you need to perform a search for a site, once View Site Information is activated, access Search mode by selecting View, Search Mode. The status bar at the bottom of the View Site Information window will indicate the mode change. Using the Search feature is most effective when there are user defined fields which have been configured for displaying custom detailed descriptions to aid in differentiating sites. The Additional Site Information frame is where these user defined fields are located.

For example, when dealing with a networked college campus, a custom field can be created to describe a site's physical location, assuming a site represents a single building. The user defined field could then contain entries like dormitory 1, natural sciences, physical sciences, chemical sciences, basketball gym, etc. Once in Search mode, you could type in "sciences" to get all sites with that word in that user defined field. You could then select File, Print Matches to print the information for all those sites, which, using this example, would be natural sciences, physical sciences, and chemical sciences. Selecting File, Print All will print site information for all sites on the monitoring network.

When a search produces multiple results, you can scroll through them using these menu options.

Figure 2-29: View Site Information Menus

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Part 3

System Administra-

tion

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UniNet 2000

NOTES

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3.1

Section 3.1: User Management

UniNet supports a variety of tools to configure and manage databases for system users, system operators and administrators. Workstation specific profiles can be defined for the following user categories:

• Security

• Monitoring

• Control

Configuration of each of these categories is explained in the following sections.

3.1.1 The Member Editor and Member Database

The member database contains information on access card holders and system operators. Any workstation can add, edit or delete information (data) from this database at any time. After changes are made, databases on other workstations are synchronized to match. Select Tools, Member Editor to add or modify member information.

NOTE: Member Editors of different clients will not have common information unless Launcher is configured to point them to a common master database. Please refer to the Systems Utilities for detailed information on this configuration.

Figure 3-1: The Member Editor Dialog

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You must hit enter after typing data in a user defined text field.

Adding a New Member

To add a new member, click on the Add Member button. In the Member Information frame, enter the person's name using the Member Name dialog. To assign a card to the member, enter the card number in the Card Number field. This field is only active when the Cardholder option is checked. The admin and default user names cannot be edited.

Applications prior to 2.1 store member information in one field. From version 2.1forward, these applications have been changed to having three fields for the name: First, Middle and Last. This change has been made to improve database processing time and affects any client utilizing the Member Editor (Workstation, UniGuard, and UniBadge) and the Login screen (all UniNet clients). To convert older databases to a current, three-field database, use the Database Upgrade Utility, found in c:\UniNet\MasterDB. Double click on DBConvert21.exe, and the utility will walk you through the upgrade steps. For details about the Database Upgrade Utility, refer to the corresponding section in the System Utilities manual.

Editing Member Names

To edit a member's name, click on the Edit button. This brings up the corresponding dialog, allowing you to edit the name that appears in the Member Name list box on the left side of the Member Editor form. Once the name is edited, another window activates prompting the user to select the format to be used for the names that appear in the list box.

Name Formats

There are two format possibilities for displaying names in the Member Editor's Member Name list: First, Middle, Last (F,M,L) or Last, First, Middle (L,F,M). Select Change Name Format from the File menu to perform this function.

Figure 3-2: Member Name and

Name Format

Operator Information

For a system member to be given access to the UniNet user interface, they must be assigned as an operator. Operators do not need to be assigned an access card to log in to the system. Each operator has an associated name, password and security profile. Security profiles are defined by the system administrator via either the Global Profile Editor or the Profile Editor of individual applications.

To assign a member as an operator:

1. Click on the Operator check box. This will enable the fields associated with operators.

2. Enter the operator's password in the Password field (fifteen characters max.). The default password is "username."

3. Select the desired operator security profile from the Security Profile combo box.

4. Select which language is to be used for speech annunciation with the assigned operator in the Operator's Language area.

5. Click on OK or Apply Changes to accept, Cancel Changes to abort.

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Digital Images of System Members

A digital image of a member may be included in their record. For operators, this image would be displayed during login and on the main screen after login. UniBadge can print these imported images on badges. This image is obtained from a file on the hard drive. To store an image in a member's record, click on the Assign Image button or right click on the image area, then click on Load Picture From Disk. This brings up a Windows Open File dialog box. The file can be selected from any available drive. The command copies the file to the user database. Images can also be captured directly from a digital camera.

3.1.2 Member Editor Configuration

Creating and Editing User Defined Fields Edit Profiles tab - Select File, Edit User Defined Field Information to access this dialog. From here, you

can assign user-defined-field access levels for the different profiles which have been defined. Adding a new profile can only be done through the Global Profile Editor. Highlight a profile to assign UDF access levels. You can choose either editing or view-only access by selecting the desired checkbox for each user defined field. After assigning all profiles their respective UDF access levels, click on OK to return to the Member Editor screen.

Figure 3-2: Profile Access Editor - Edit Profiles Tab

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Edit Fields tab - This feature allows any user with editing access to add, remove, or edit user defined fields. To add a new UDF, click on Add Field. In the corresponding dialog, enter the field name and choose a field type. If you choose to create a text field (maximum 200 characters), you will be prompted to enter a field size.

There are three possible user defined field types:

Figure 3-3: New UDF Dialog

Figure 3-4: Profile Access Editor - Edit Fields Tab

• Text - an alphanumeric text field.

• Boolean - a true/false field in the form of a check box.

• Picture - a digital image.

To edit a UDF, highlight it in the list, and click on Modify Field. The application will ask if you are sure about making changes; click Yes, and the following dialog appears:

You can change the field name, type, and if it is a text field, the field size; after these changes are made, click OK to apply the changes or Cancel to exit without modifying the UDF.

Figure 3-5: Modifying a User Defined Field

NOTE: You cannot change a text or boolean field to a picture field.

You cannot modify a picture field. It must be removed and recreated.

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3.1.3 Security and Security Profiles

There are numerous workstation security controls to ensure that the workstation is not disabled by unauthorized users. Two basic areas of protection are covered:

• Hardware Security.

• Software Security.

Hardware Security

Workstation power connections are secured with special hardware, and the computer power switch is disabled. With proper line current surge protection and UPS power supply installed, the workstation is well protected from system failures.

In addition, a dedicated workstation supervisor device is available that monitors its operation through a direct connection with the motherboard's bus. In the event the workstation goes off-line, either from mechanical/electrical failure or tampering, an alarm is sounded by the device to notify personnel of monitoring loss. (For more information on the Workstation Supervisor, See Section 1.1.3).

Software Security

Software security provides workstation operation protection through three methods:

• Control/Command Key Lockouts.

• Application auto-start.

• Operator Security Profiles.

Control/Command keys or application switching keys are standard computer commands which provide computer users convenient methods to shut down and re-boot the computer. Other key commands allow easy access to system resources and programs outside of the current application. All of these commands can be disabled by the system administrator.

For details on how to disable application switching, refer to the Launcher section of the System Utilities manual.

NOTE: Changing the application switching setting requires rebooting the computer.

In the event that the system is shut down or re-booted, the monitoring software is set to automatically load during the start-up process. With the control key lockouts in place, this makes it extremely difficult to circumvent the workstation.

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Security Profiles

Operator functionality and activity are controlled by the assignment of security profiles. Each operator and administrator is assigned a security profile with their system member record. Security profiles contain a list of all workstation functions where anyone assigned to that profile is allowed access.

Security profiles are defined and maintained by a system administrator using the Security Profile Maintenance dialog box. This dialog is accessed through the menu selection Workstation Configuration, Profile Editors, Security Profiles. This is for Workstation specific access configuration. All applications can be configured through the Global Profile Editor. For details, refer to the System Utilities manual.

The workstation comes with two profiles predefined:

• Administrator.

• Default.

These correspond with matching operator accounts with passwords:

• Admin admin

• Default default

The administrator profile has access to all system functions. IMPORTANT: The default password for the Admin account should be replaced with an actual operator password to ensure security. The Admin and Default account is not removable.

NOTE: Passwords are case sensitive.

The Default profile is set with all access to system functions denied. The Default operator account cannot be deleted as it is used by the system as the Current Operator at system start-up.

Creating and editing security profiles is a simple process. The Security Profile Maintenance dialog contains a two column list on the left side of the dialog. The left column is the system function category map containing a hierarchical menu list of all system features. The right column displays the status of each feature for the currently selected profile, either Denied or Allowed.

The list box on the right side of the dialog contains a list of all defined security profiles. Click on a profile to display its configuration on the left.

To create a new profile:

1. Click on the Add Profile button.

2. Enter a new profile name. The categories for the new profile will be displayed with all features denied.

3. Under the Title column, click on a feature or feature group to change its status from Denied to Allowed. Clicking on a feature group header denies access to all features beneath it in the hierarchy. Clicking on the column header Allowed toggles all features to either Allowed or Denied.

NOTE: Duplicate profile names cannot be created.

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Profile List Box

Feature Group Headings

Individual Features

Figure 3-6: Security Profile Maintenance Dialog

To remove an existing profile, select the profile from the Profiles list box then, click on the Delete Profile button, and confirm its removal. If any existing operators are assigned that profile, then the workstation prompts for assignment of new profiles for those operators.

To edit an existing profile:

1. Select the desired profile from the list box.

2. Toggle the status of menus and features under the category heading by double clicking them.

The Copy Profile button creates a new profile with the same access level as the currently selected profile. Once created, this profile can be edited. This feature is useful for creating multiple profiles with similar access permissions.

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3.1.4 Defining Monitor and Control Profiles

Monitoring and control profiles allow the operator to select what devices will be monitored and controlled by the workstation. Each profile is defined for the specific site and application. Monitoring profiles determine what events are seen by the workstation and control profiles select what devices are controlled by the workstation. By using monitor and control profiles, supervision of various portions of the network can be transferred as needed based on the schedule and needs of the site (ie. a Security workstation vs a Fire workstation).

These two types of profiles are defined by the system administrator using the tools described in the following sections.

Monitoring Profiles

Monitoring profiles are configured event annunciation filters that block selected events from appearing on the workstation. Filters are defined by two methods:

• Event Location.

• Event Type.

These profiles are defined using the Event Monitor Profiles Manager dialog located under the menu

Workstation Configuration, Profile Editors, Event Monitoring Profiles.

NOTE: An open box represents a unselected item while a check mark represents a selected item.

Monitoring Profiles List Box

Site Node

Subnode

Figure 3-7: The Event Monitor Profiles Manager Dialog

The system comes with a default monitoring profile defined to monitor all devices. Locations can be filtered at three levels:

• Site.

• Node.

• Subnode.

NOTE: Any device status which is filtered from display at all workstations on the network must also be purged from the event pool on the event manager. For more information on event pool configuration, refer to the event manager manual.

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Event types are filtered by the device status. The device status represents every alarm type recognized by the system. Each profile can be defined to filter alarms system-wide by their status.

Both of these methods can be used in a profile to allow alarms to be filtered for selected types and all alarms to be filtered for a selected location.

To create a new profile:

1. Click on the Add Profile button.

2. Enter a new profile name. The Sites and Device Statuses for the new profile will be displayed with all

features selected.

To filter by location:

3. In the Site list box, double click on each Site or Node to be filtered or select individual subnodes if

applicable. Double-clicking on a site filters all nodes beneath it in the hierarchy. Double-clicking on a node filters all subnodes beneath it in the hierarchy.

To filter by type:

4. In the Device Status list box, select each alarm type to be filtered by the workstation. Check Full

Process to monitor normally. Check History Only to register those events in the history buffer without graphic or Event Box annunciation. Uncheck both to completely filter the event from the workstation.

NOTE: Click on the column headers Monitored, History Only or Full Process to select or deselect all elements in

that column. Click on Device Status to UN-select all device statuses.

An existing control profile can also be linked to a monitoring profile and automatically activated when the monitoring profile is activated.

To link an existing control profile to the monitoring profile:

5. Select an existing control profile from the Control Profile to Activate combo box.

To remove an existing profile, select the profile from the Profiles list box then, click on the Remove Profile button.

To edit an existing profile:

1. Select the desired profile from the list box.

2. Perform steps 3. through 5. above.

The Copy Profile button creates a new profile with the same status as the currently selected profile. Once created, this profile can be edited. This feature is useful for creating multiple profiles with similar configurations.

External Profile Control

A special feature of the Event Monitor Profiles Manager is the External Profile Control. This feature allows predefined monitoring profiles on other workstations to be linked with monitoring profiles on the local workstation. When configured, a monitoring profile activated at the local workstation will automatically activate or deactivate the linked monitoring profile at the other workstation. Likewise, when the local profile is deactivated the linked profile will change state accordingly. This allows nearly automatic transfer of monitoring responsibilities from one workstation to another.

To configure the external profile control:

1. Select an existing local monitoring profile from the Profiles list box or create a new one.

2. Enter a computer name in the Computer field. Computer names can be found using Windows Explorer

under Network Neighborhood.

3. Enter an external profile name in the External Profile field. This must be the name as it is defined on

the other workstation.

4. Under External Profile Sync, select either Parallel or Opposite. Selecting parallel means that if the

local profile is activated then, so will the external profile and vice-versa. Selecting opposite means that if the local profile is activated, then the external profile is DE-activated and vice-versa.

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Control Profiles

Control profiles define which nodes a workstation currently supervises. If a workstation does not have control of a node, all actions taken at a workstation in regard to that node are local only. For example, an acknowledge command at the workstation tallies on the workstation, but the node doesn't receive it. In addition, only one workstation can have control of any node at any time. When control of a node is activated at a workstation, it is deactivated at the other workstation that previously had control.

Control profiles can be configured to include or exclude any combination of nodes being monitored and controlled by the system. Control profiles are defined using the Control Profiles Configuration dialog under the Work- station Configuration, Profile Editors, Control Profiles menu item. The system comes with a default control profile.

NOTE: Duplicate profile names cannot be created.

Site

Node

Subnode

Control Profiles List Box

Figure 3-8: The Control Profiles Configuration Dialog

Control can be selected at two levels in the network hierarchy:

• Site

• Node

To create a control profile:

1. Click on the Add Profile button.

2. Enter a new profile name. The nodes in the Node ID list box for the new profile will be displayed with all controls enabled.

3. In the Node ID list box, double click on each Site, Node or Subnode to be disabled in the profile. Double-clicking on a site disables all nodes beneath it in the hierarchy. Double-clicking on a node disables all subnodes beneath it in the hierarchy.

To remove an existing profile, select the profile from the Profiles list box then, click on the Remove Profile button. To edit an existing profile:

1. Select the desired profile from the list box.

2. Toggle the enabled/disabled status per step 3 above.

The Copy Profile button creates a new profile with the same configuration as the currently selected profile. Once created, this profile can be edited. This feature is useful for creating multiple profiles with similar configurations.

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3.2

Section 3.2: Screen and Site Management

3.2.1 Screen Structure

Graphical displays in the workstation are arranged as screens associated with a particular site. Multiple sites can be created on a workstation, each one with its own collection of screens. All addressable point devices must be placed on a screen that is part of the site from which the point is reporting. The only exception is Site Annunciation Icons, which can be placed on any screen. In addition, each workstation has a Title screen and a Network screen. These screens are represented as sites and can have their own collection of screens; however, the Title site can only have Site Annunciation Icons report to it, while the Network site can only have Site Annunciation Icons and special System Icons that represent the Alarm Servers and Event Managers.

Site 1 Screens

Site 1

Optional Title Screens

Title Screen

Network

Site 2 Site X

Screen

Optional Network Screens

3.2.2 Creating a New Site

A graphical representation of a site is a collection of screens that pertain to one particular device network. This can be a local area network or a remote BCI site calling into a wide area server. Each UniNet network has at least one site, the first generally being a local area network.

When an event comes into a workstation that does not associate with any existing sites, the workstation will automatically generate a site. The standard naming convention for a local area network is Local## where ## is the server from which the events originated. This name, Local##, is always used for the local area network. New events received from a wide area server (via a BCI) are named with the telephone number used to identify the BCI.

When a new remote BCI site or local area network server is set up, a new site can be created before UniNet autocreates a site.

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Creating a New Site

To create a new site, go into Graphics mode, then select Create A New Site from the Add/Copy Screen submenu of the Graphics pulldown on the main screen. This will open the Add New Site form (see figure below).

Figure 3-9: Add New Site Form

This form is used to enter the initial data about the location both physically and logically of the new site. The New Site button at the top of the form clears the form of any information. Follow these steps for adding a new site to

the UniNet network:

• Click on the Site ID text box (clicking on the down arrow opens a list box of existing sites). If the new site is based on a local area network server, enter the naming convention Local##, where ## is the server number from 1 to 10. If the site is a remote site, any sequence of 15 or fewer characters will work to identify the site.

• Select the Site Name text box (once again the list box contains existing site names). The Site Name box holds the "real world" description of the site. Enter a description of the site here.

• The next section is the Calling Information section. This area holds information pertaining to outbound calls to remote BCI locations. If the new site to be created is a local site, skip this section. Otherwise, enter the phone number of the modem for the remote BCI in the Phone Number text box.

The Primary Alarm Server field will be automatically configured when the first event comes into the system. The Transport and Last Contact fields are updated automatically by the workstation.

• The Additional Information box contains custom definable fields that hold non-system-vital information about the site. These fields are defined on the Site Information Setup page of the System Administration, Options, System Setup tab form. Additional Information fields can contain information such as contact names and numbers for a site, mailing addresses, or any other general information.

• Once all data has been entered properly and verified, click Apply to save the information and OK to close the form. If you would like to cancel the creation of the new site, click Cancel.

Editing a Site The information for a site can also be edited at any point after it has been created. To do this, select Graphics,

Edit, Site Information. This will open the same dialog box used to add a new site. Simply edit the desired

information and again, click Apply and OK.

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3.2.3 Adding and Editing Screens

Screens are the fundamental visual interface between sites and the operator. Screens are displayed in the Floor Plan Area of the main display. Each site can contain numerous screens, and screens can contain floor plans,

graphics, and/or devices. When a site is created automatically, a screen titled Autocreated is made by default. If the site is manually created,

the user is prompted to enter a site name. This screen has a standard layout and contains all devices that have been detected on that particular site. This screen can be edited to fit the needs of the system, or it can be deleted and a new screen can be created.

Adding a New Screen to a Site

To add a new screen to a site first select Add A New Screen to this Site in the Add Screen, Graphics portion of the main screen pull down menu. This will open the Add New Screen to Site form (see figure below).

Figure 3-10: Add New Screen to Site Form

This form gives the initial settings for the new screen. Follow these procedures for entering this information:

• The Screen Type section allows selection of either starting with a blank background (upon which vector

graphics can be added) or starting with a loaded background. The workstation can load files of type .BMP and .WMF. BMP is used for background bitmapped images and .WMF is generally used for vector based floor plan drawings. Select the screen type desired for the new screen. Background images affect screen loading times, so smaller files work better.

Editing a Site The information for a site can also be edited at any point after it has been created. To do this, select Graphics,

Edit, Site Information. This will open the same dialog box used to add a new site. Simply edit the desired

information and again, click Apply and OK.

• The Screen Size section contains the dimensions of the new screen in logical units. The default value for

these fields is 9372 x 6348. This value of logical units is roughly one full screen display at full view in the floor plan display. These values can be modified or left at their default value. Regardless of the dimensions used, the floor plan display will still show the full screen when it is in full view mode.

• The Site field contains the name of the site for which the new screen will be added. Below the Site field is

the Title field. Enter the name of the new screen to be created in the Title text box.

• The Return Screen box contains the screen number that the system will return to when a bitmap based

keymap is clicked on with the mouse.

• Once the information has been entered and verified, click OK to confirm the addition of the new screen

or Cancel to abort.

If Load Background from File is selected, a file selection window will now open, allowing selection of the bitmap or vector drawing to use as the background. Select a file of the appropriate type and select OK. The selected file is copied into the screen database, therefore the original source file does not need to be preserved in any way.

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If a .WMF vector drawing is used, it will be stored in the workstation's screen database. This format provides an image that can be re-sized and zoomed without loss of quality and resolution. Individual elements of the vector drawing can also be edited and the colors modified. For more information on these operations, refer to the section titled Graphic Tools, which covers the graphic editing of screens.

When zooming, selecting FULL shows everything present on the screen regardless of scale, size or aspect ratio. Selecting 100% will display all objects at a one to one resolution as they were assigned and placed on the screen. This means that at 100% backgrounds with aspect ratios that do not match that of the display area will extend beyond that area. Scroll bars will appear just as they do at higher zoom levels.

3.2.4 Other Screen and Site Related Operations

Copy This Site to A New Site

This option allows copying of the existing screens and settings for a site to a new site. This option is found at Graphics, Add Screen, Copy This Site to A New Site. When this menu item is selected, the workstation will copy all the information and screens for the currently displayed screen and its associated site to a new site. A dialog box will appear and prompt for a new site ID and a new associated phone number. This information is needed to differentiate between the original and new sites.

Edit Screen Title

This option allows renaming of the currently displayed screen. The software will prompt for a new screen title. This option is useful for renaming screens that were Auto-created and still have their default titles. This option can be found at Graphics, Edit, Screen Title.

Delete Screen

This option deletes the currently displayed screen and is found at Graphics, Delete, Screen. When this option is selected the software will prompt to confirm the deletion of the current screen. Clicking OK will delete the current screen, while clicking Cancel will abort the delete procedure.

Keep in mind that because of the way information is stored in the screen database, deleting a screen will not immediately reduce the size of the screen database. In order to free the space again, the screen database must be compacted. This is done by selecting Compact Screen Database in the Maintenance, Database Utilities, Compacting menu. For more information on compacting databases and database management, refer to section 3.5.1 titled Database Management in the System Maintenance section of this manual.

Delete Site

This option operates in the same fashion as Delete Screen except that it deletes the site from which the current screen belongs and all screens from that site. Delete Site is also found in the Graphics, Delete menu.

NOTES ABOUT DELETING SITES AND SCREENS: Sites and screens containing off-normal devices cannot be deleted until these devices return to

normal or are reset. When a screen or site is deleted, all related devices are deleted as well. In addition, any

navigational buttons referring to the deleted screen will also be deleted. When screens are deleted (both individually and with a site) all screens of a higher number are

decremented to fill the gap. Any references to those screens are updated as well. When a screen or site is deleted, the action is logged to the Messages window.

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3.3

Section 3.3: Graphic and Screen Editing Tools

3.3.1 Editing Screens

A NOTE ABOUT EDITING SCREENS: Whenever you are editing a screen or site, it is recommended that you first back up the SCREEN.MDB file. In the event of a mistake, you can revert to the old screen.

Edit Mode

You must activate Edit Mode in order to edit screens, and you must have access to this feature. To activate edit mode, click on the Edit Screen button in the toolbox or go to Graphics, Edit, Screen Edit Mode On.

To prevent inconsistencies in different workstation databases, only one workstation can edit the databases at a time. Because activating Edit Mode puts the machine in continual control of editing the database, the computer first makes a check to see if anyone else is editing in the database. If not, Edit Mode is activated and no other workstation on the network can perform any editing functions until the user is finished.

Selecting, Moving, and Resizing Objects

Before you can modify, size, move, or edit any objects on the screen, they must be selected. To select an object you simply click on the middle of the object with the pointer tool. When you hold down the SHIFT key and select another object it will be selected as well, allowing you to select multiple objects at once. When an object is selected, four handles appear on the corners around the object. These handles are used to re-size and move an object.

When you click and hold on a handle with the pointer, a dotted line appears in a box around the object. This box can now be freely resized. When you release the mouse button, the object will be resized to fill the box. If you hold down the SHIFT key while resizing an object, the object will maintain proper proportion.

Resizing An Object

Clicking and holding on the middle of the object allows you to move it around the screen without resizing it. Release the mouse button to replace the object.

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Selected

Object

Unselected

Object

NOTE: Text objects have different characteristics than bitmap or vector graphics. For more information on working with text objects, refer to section 3.3.4.

3.3.2 Graphics Toolbox

Toolbox Layout

The graphics toolbox contains buttons for most of the common screen editing tools. These tools are grouped on separate tabs of the toolbox. The diagram below illustrates what each icon represents. This toolbox is opened and closed by toggling edit mode from the Common Screen Tools area. For the rest of the section, buttons will be referred to only by name. Please refer back to this figure as a reference to locate them.

Common Screen Tools

• Edit Mode - Toggles Edit Mode on and off.

• Display Keymap - Displays the keymap overview window. This button also works when not in edit mode.

• Print Screen - Prints the floor plan display to the currently selected printer.

• Zoom In - Increases the zoom of the floor plan display by 50% (ranges from 100% to 3700%).

• Zoom Out - Decreases the zoom of the floor plan display by 50% (ranges from 100% to 3700%).

• Zoom Full - Sets the floor plan zoom to full zoom.

Edit Tab

• Add Screen - Adds a new screen to the current site. Opens the Add Screen dialog (refer to section

3.2.3 Adding and Editing Screens).

• Load Background - Allows replacement of the current background with a new background (.wmf or .bmp format).

• Save Floor plan - Saves the floor plan to the database (updates database of current changes).

• Cut Object - Cuts the currently selected object(s).

• Copy Object - Copies the currently selected object(s).

• Paste Object - Pastes previously cut or copied object(s) onto the current screen. If the cut or copied object was a device, the software will prompt for a new device ID and name (see subsection titled Cutting, Copying, and Pasting).

• Grid Display - Displays an alignment grid on the floor plan. When selected, opens a numeric field for the operator to enter a grid size.

Display Keymap

Edit Mode On/Off

Zoom In

Zoom Out

Print Screen

Zoom 100%

Figure 3-11: Common Screen Tools

Save Floor plan

Load Background

Add Screen

Cut Object

Copy Object

Paste Object

Grid Display

Figure 3-12: Edit Tab

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Draw Tab

• Add Device - Adds a new device to the

floor plan display (for information on device placement and configuration, see Section

3.4).

• Add Button - Adds a button to the floor

plan display (see Section 3.4).

• Add Line - Activates the Line tool (See the

subsection titled Vector Drawing).

• Add Polyline - Activates the Polyline tool

(See the subsection titled Vector Drawing).

• Add Arc - Activates the Arc tool (See the

subsection titled Vector Drawing).

• Add Square - Activates the Box tool (See

the subsection titled Vector Drawing).

• Add Rounded Rectangle - Activates the

Rounded Rectangle tool (See the subsection

Add Line

Add Button

Add Device

Add Polyline

Add Arc

Add Square

Add Rounded Rectangle

titled Vector Drawing).

• Add Ellipse - Activates the Ellipse tool (See the subsection titled Vector Drawing).

• Add Sector - Activates the Sector tool (See the subsection titled Vector Drawing).

• Add Chord - Activates the Chord tool (See the subsection titled Vector Drawing).

• Add Polygon - Activates the Polygon tool (See the subsection titled Vector Drawing).

• Line Style - Select a desired line style for drawing objects from the Line Style combo box.

• Increase Line Weight - Increments the weight of a selected object's outline each time it is clicked.

• Decrease Line Weight - Decrements the weight of a selected object's outline each time it is clicked.

Add Ellipse

Add Sector

Add Chord

Line Style

Add Polygon

Increase Line Weight

Decrease Line Weight

Figure 3-13: Draw Tab

Tools Tab

• Pointer Tool - Sets the mouse pointer to the standard arrow pointer for selecting, moving, and resizing objects.

• Group - Combines a selection of objects into a single group.

• Ungroup - Explodes a selection of grouped objects into their individual units.

• Bring to Front - Moves selected objects to the top layer on the screen.

• Send to Back - Moves selected objects to the bottom layer of the screen.

• Bring Forward - Moves selected objects up one layer each time it is clicked.

• Nudge Buttons - Moves selected object in a

Pointer Tool

Group

Ungroup

Bring to Front

Send to Back

Bring Forward

Nudge Buttons

straight line the desired direction each time the button is clicked.

• Rotate Clockwise - Rotates selected object clockwise 90° each time it is clicked.

• Rotate Counter-clockwise - Rotates selected object counter-clockwise 90° each time it is clicked.

• Flip Vertical - Transforms the selected object to a vertical mirror image.

• Flip Horizontal - Transforms the selected object to a horizontal mirror image.

Rotate Clockwise

Rotate Counterclockwise

Flip Vertical

Flip Horizontal

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Figure 3-14: Tools Tab

Text Tab

For details, see the subsection titled Using Text.

• Font - Select the desired font from the Font combo box.

• Point Size - Enter a point size for selected text objects.

• Add Text - Activates the text tool.

• Toggle Bold - Toggles bold for the currently selected text.

• Toggle Italics - Toggles italics on and off for the currently selected text.

• Toggle Underline - Toggles underline on and off for the currently selected text.

• Rotate Clockwise - Rotates selected text clockwise 5° each time it is clicked.

• Rotate Counter-clockwise - Rotates selected text counter-clockwise 5° each time it is clicked.

Font

Toggle Bold

Point Size

Add Text

Toggle Italics

Toggle Underline

Rotate Clockwise

Rotate Counterclockwise

Figure 3-15: Text Tab

NOTE: Only select true type fonts (file extension .ttf), or keymaps will not work properly.

Color Tab

• Color Palette - Click on a desired color to fill a selected object. Hold the CTRL key and click on a color to change the outline of the selected object.

Color Palette

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Figure 3-16: Color Tab

3.3.3 Vector Drawing Tools

The UniNet workstation software includes a number of tools for creating vector based graphics on the floor plan display. All of these tools are accessed through the Graphics Toolbox (explained above), and operate only while in Edit Mode.

What are Vector Graphics?

Vector graphics are based on lines, boxes, curves, and fills between discrete points in two dimensional space. Because all objects are described as sets of points, lines, curves, and fills that can be recreated at any scale, vector drawings are freely scalable over an unlimited range with no loss of resolution. This makes vector drawings ideal for floor plan layouts and detailed design work.

Vector drawings are also unique in that all the elements always remain independent and can be stacked on top of each other. The workstation floor plan keeps track of the layering of vector objects, allowing objects to reside partially over one another without affecting either object. Bitmaps also retain some vector properties when working with the workstation floor plan. Bitmaps can be moved up and down in the layers, so that vector elements can be put above or below the bitmap. Bitmaps operate as a vector based box with a bitmap fill.

To move vector objects up or down layers, use the ALT + and ALT - keys. An object can also be brought to the front of the screen by pressing CTRL-ALT + and an object can be sent to the back layer with the CTRL-ALT - keys. These key commands will affect all the currently selected objects.

The Mouse Pointer Tools

As different tools are selected for usage in a vector drawing, the mouse pointer will change to reflect the tool. These tools, referred to here as mouse pointer tools, are all designed to create or modify elements of the vector drawing. Some of the pointer tools include:

ARROW POINTER LINE

TOOL

ARC TOOL

BOX TOOL ELLIPSE TOOL

Figure 3-17: Mouse Pointer Tools

Since the arrow pointer and its usage has been previously discussed, we will continue here with the other tools (except the text tool, which is covered in the subsection Using Text). Each time a tool is used, it will return to the arrow function once the object is drawn. To create multiple objects with the same tool, hold the CTRL key when selecting the tool and creating the objects. Right clicking any object that has been created with these tools will open a pop-up menu containing all editing options from the tool bar available for that object.

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The Line Tool

The line tool is one of the most fundamental tools in vector drawing. Its operation is simple:

• Select the Line Tool by clicking on the line tool icon on the toolbar. The mouse pointer will change to the line tool pointer.

• Click with the left mouse button on the floor plan where you want the first point of the line to start. Hold down the mouse button and move the pointer to where you would like the line endpoint. Once you release the mouse button, the software will create a line between the two points defined.

• Keep in mind that once you define one line with the line tool, the software will automatically switch back to the arrow pointer. If you need to put down multiple lines, you will need to re-select the line tool each time.

• The color of the line will be the last used default color. To reset the color of a new (or old) line, select the line to modify with the arrow pointer, and then click the color for the line in the color palette on the Color tab.

• The line width can also be modified using the hot-keys for increase and decrease line width (CTRL + and CTRL - respectively). Keep in mind that depending on the size of the floor plan and the current zoom level, changes in line width may not be immediately apparent.

• The line style can also be modified. There are five different line styles, one solid line and four dotted or dashed lines. To change the line style, press CTRL * to rotate between available styles. Keep in mind that CTRL * is not CTRL 8, but uses the * on the num-lock keypad.

The Polyline Tool

The Polyline Tool works in the same manner as the Line Tool except as the line is being drawn it will precisely follow the path of the mouse pointer on the screen. All features described above also apply.

Arc Tool

The Arc Tool works in essentially the same manner as the line tool except that an arc is used between the start and end points. As the endpoint of the arc is moved on the floor plan, a dashed line will display the current arc. Once the appropriate endpoint is located, releasing the mouse button will create the arc.

Once the arc is created, its width can be changed, the line style can be changed, it can be moved, and resized in the same fashion as a line. You can also modify the color of an arc in the same fashion as you would a line.

Box Tool

The Box Tool works under the basic principle of creating a box based on the start and end points of a diagonal line through two opposite corners of the box. By clicking and holding to set a start point, and dragging to an endpoint, you can create a rectangular box of any dimensions. As the endpoint is moved on the floor plan, a dashed box is displayed to show the box as it would exist based on the current endpoint.

When drawing a box, holding down the SHIFT key causes the software to force the line to a 45 degree angle, creating a square with equal sides instead of a rectangle. Moving the endpoint of the square will change only its size.

By default, the Box Tool creates a non-filled box that consists only of the lines that compose the four sides of the box. The fill portion of the box is transparent and any objects underneath the box will be visible. The line width can be modified in the same fashion as a line. You can modify the fill style of a box by pressing CTRL F while the box is selected. Using this, you can change a non-filled box into a filled box and vice-versa. You can also scroll through a number of hatching fill patterns for boxes with the CTRL F key.

In order to change the outline color of a box, you must hold down the CTRL key when selecting the color in the color palette. Pressing a color without holding down CTRL modifies the FILL color of the box, but has no effect if the box is set to transparent.

You can also change the outline style of the box using CTRL * in the same fashion as with a single line. Keep in mind that CTRL * is not CTRL 8, but uses the * on the num-lock keypad.

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Filled Box Tool

This tool works in the exact same fashion as the box tool except that instead of a transparent fill, it has a solid color fill by default. Everything works in the same way as the box tool. When working with a filled object (box ellipse, sector, chord or polygon), selecting the box and then a color on the color palette will modify the fill color of the box. To change the outline color of the box, hold down the CTRL key and select a color on the color palette.

You can change the fill style of a 'filled' box by pressing CTRL F. The options for fill style are solid color, transparent, and six different hatching styles.

Rounded Rectangle and Filled Rounded Rectangle Tool

These tools work in exactly the same fashion as the Box tools except that the objects created have radiused corners. The shape of the corners is defined by the aspect the rectangle. A square will have corners that are a perfect radius while high aspect ratio rectangles will have corners that appear to be squashed.

Ellipse Tool and Filled Ellipse Tool

The Ellipse Tool (filled and non-filled) creates an ellipse on the basic principle of imposing an ellipse inside of the box created by start and end points of a diagonal line. As with the box tool, holding down the SHIFT key while placing the end point forces a 45 degree line and as a result creates a circle (an ellipse imposed in a square).

Other than their difference in appearance, ellipses operate in the exact same fashion as boxes. Outline width, fill style, fill color, and outline color can all be changed in the same way as with a box.

Sector Tool and Filled Sector Tool

The Sector Tool works similarly to the Arc Tool except that it creates a closed pie slice object. When the endpoints are defined a dashed line will display an arc on one side and two lines projected on the other which meet at a right angle. All other characteristics are the same as those described for other closed and filled objects.

Chord Tool and Filled Chord Tool

The Chord Tool works in exactly the same fashion as the Sector Tool except that instead of creating two straight lines that meet at right angles for a pie shape, it draws a single straight line between the endpoints of the arc. All other characteristics are the same as those described for other closed and filled objects.

Polygon Tool and Filled Polygon Tool

The Polygon Tool is based on the Polyline Tool. It functions in the same manner as the Polyline Tool except that it creates a closed object by connecting the two endpoints of the Polyline with a straight line. All other characteristics are the same as those described for other closed and filled objects.

A NOTE ON PATTERN FILLS: The pattern for a pattern fill does not resize with various zoom levels because of the way the fill operates. Keep this in mind when creating smaller objects with fills because at high zoom levels, the fill may not appear the same or even be visible.

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3.3.4 Using Text

Text in the workstation can take two fundamental forms:

• device text

• non device text

Device text is defined as text labels that relate to specific devices and their icons. Device text is covered in the Devices section of the manual. Non-device text is text that has no functional usage other than to label and title screens and objects in the workstation.

Non-device text is created using the text tool from the tool bar. Select the desired font, size and formating features for the text to be created. Select the T button to get the text cursor and click on the screen where the text is to be placed. A text dialog box will open (displayed above). Enter the desired text there and click the OK button. The text will be placed on the screen.

Once text is placed, it can be moved like other objects. It can be resized by changing the value in the Point Size field on the Text Tab. Text which has already been placed can be edited by selecting it with the pointer tool, right clicking and selecting Edit Text from the menu. A cursor will appear at the end of the text line and the text can be modified.

Different fonts can be selected for text using the Font combo box on the Text tab. Any installed font in Windows may be used.

NOTE: Only true type fonts (file extension .ttf) are recommended for use. Other font types are not correctly sized in the keymap.

The color of text can also be modified. To change the color of text on the floor plan, simply select the text and then click the desired color in the color palette. Text will begin with the currently selected default color.

When typing text or when a line of text is selected by the arrow pointer, the three toggle switches for bold, italics, and underline will toggle these characteristics for the entire line. The keyboard shortcuts CTRL-ALT B, I, and U also work for each toggle.

3.3.5 Importing .BMP and .WMF Files

What are .BMP Files?

.BMP is an extension that stands for bitmap. Bitmaps are files that hold basic image data in the form of a grid of pixels, each with a certain color. Bitmaps are the standard method of importing and transporting image type information. Bitmap files each have a specific size in pixels. Because of this, they degrade in quality if they are zoomed or resized.

Importing .BMP Files

There are two different occasions in the creation of a screen when .BMP files can be added. When a screen is first created (see Section titled Site and Screen Management), the load background option will allow the importation of a .BMP as a background. Remember when using .BMP files as backgrounds that, when zoomed, they will lose image quality. At 200% zoom, a bitmap's pixels will appear twice as large as at 100% and therefore have half the resolution.

.BMP files can also be added to a screen once the screen is created. This is done with the Bitmap option in the Graphics, Add Symbol menu off of the main screen. Bitmaps import at their resolution in relation to the current screen size and the current zoom level. Bitmaps added using this method can be resized freely and moved. Bitmaps can not be rotated.

What are .WMF Files?

.WMF stands for Windows Meta Files. These files hold vector drawing information, discrete points, lines, and curves. .WMF files are used in the workstation predominately for importing floor plans. Because .WMF files are vector based, the information in them can be resized without loss of resolution and quality. When dealing with floor plans in the workstation, this is very important as it allows the floor plan to be zoomed in without degrading resolution of the lines.

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Importing .WMF files

.WMF files are read into the software and converted into individual lines that can be moved, colorized, resized, and deleted with the workstation vector drawing tools. A good starting point for screen creation is to import a floor plan of the building or area that is being monitored. The software will resize the vector based floor plan to full screen (without loss of resolution), and from there the floor plan can be modified, and icons, buttons and devices can be added.

Screen Database Storage of Imported Files

Rather than creating a link to the file that has been imported, which leaves the system vulnerable to errors and problems, the workstation software adds the raw data of a bitmap and the vector format information of a .WMF file directly to the database. This means that the screen database file will grow more dramatically in size if numerous .WMF and .BMP files are used. In most cases this is acceptable, but keep in mind that a slightly longer load time will be required for larger screen database files.

3.3.6 Cutting, Copying and Pasting

The workstation provides three basic features to allow easier transportation and replication of screen elements. Cutting and Pasting (as a pair) is useful for moving elements from one screen to another screen. Copying and Pasting (as a pair) is useful for replicating an object or element multiple times on one or more screens.

The functions of copy and cut both use the clipboard to record the information of any currently selected objects. In addition, cut removes the selected objects from the screen. Pasting causes the objects stored in the clipboard to be placed on the current screen (even if the current screen is different from the screen the object(s) were copied or cut from originally).

NOTE: The workstation uses a clipboard and cut/copy/paste format that is not compatible with windows standard cut/copy/paste clipboard functions. Because of this, it is not possible to paste an object from another application into the workstation and it is not possible to cut or copy a workstation element and paste it into another document.

It is possible to cut/copy/paste in two different ways in the workstation. There are toolbar buttons for cut/copy/ paste, and the keyboard shortcuts CTRL X, C, and V are also usable. These keyboard shortcuts are standard (X for cut, C for Copy and V for Paste) keyboard shortcuts and are included so that users can follow a known convention.

NOTE: Devices in an off-normal state cannot be cut or copied.

3.3.7 Repairing Screens

If for any reason elements of a screen become corrupted, you may not be able to access that screen. When this happens, the Repair Existing Screen feature can restore undamaged elements, allowing you to recreate only those graphics which were corrupted. This prevents the user from having to rebuild an entire screen if it becomes corrupted.

To access this feature, select Graphics, Activate Edit Mode. After going into edit mode, select Graphics, Repair Existing Screen, and the corresponding dialog will appear. Select Screen Number To Repair from the combo box.

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NOTES

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3.4

Section 3.4: Device Placement and Configuration

3.4.1 Graphic Devices - Description

Graphic devices are the primary event annunciation and user configurable on-screen tools of the workstation. The user can create an unlimited number of graphic devices and place them on any screen of the workstation. The workstation even auto-creates devices for new events.

Six device types are available:

• Addressable Discrete Devices.

• Addressable Analog Devices.

• Functional Buttons.

• Navigation Buttons.

• Site Annunciation Icons.

• Information Labels.

Creation and editing of each of these device types is discussed in the following sections.

NOTES: Each node can be configured to annunciate in text mode only. For more information on text mode, refer to Section 3.5: System Maintenance, Node Configuration. The workstation must be in Edit Mode to add devices.

Addressable Devices

This category of device represents actual physical devices being monitored by the network like pullstations, card readers, motion detectors, etc... These devices have an address displayed with the graphic symbol and they change appearance when an off-normal event is reported for them. In addition, the related text field flashes and displays the off-normal status (i.e. trouble, alarm). Optionally, files can also be attached to each one containing text, pictures, sound and video.

Two types of addressable devices are assignable; discrete and analog. Discrete devices report distinct state changes, while analog devices are configurable to report measured values over a defined range with adjustable alarm levels.

Buttons

Two types of buttons are available; functional and navigation. Navigation buttons are assigned screen numbers and provide a point-and-click short cut from one screen to another. Functional buttons work like configurable hotkeys and provide the same point-and-click convenience to execute commands and macros (i.e. acknowledging a particular node).

NOTE: It is strongly advised that a backup of the c:\uninet\ws\screen.mdb file be done after any changes to the devices are made. A backup of the devices directory and the infolabel directory should be made any time device or infolabel bitmaps have been created or edited.

Site Annunciation Icons

Site annunciation icons can be placed in any screen location. When that screen is displayed the site is checked for any outstanding off-normal events. If the result is true then the icon is displayed in its off-normal condition.

Information Labels

A complete library of graphical warning and Hazmat icons is included. These devices can be placed on any screen to provide standard universal warnings to screens. In addition, each assigned device can have the same types of optional files assigned to them as addressable devices.

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3.4.2 Adding Addressable Devices

Addressable devices can be assigned at any time during workstation configuration or they are created automatically the first time a device reports in. All addressable devices are placed on a screen within the site with which they are associated. Discrete and analog devices are identified by a logical address. This address is made up of three sections:

• Node number (3 digits).

• Subnode (3 digits).

• Device ID (8 characters).

NOTE: Every addressable device should have a device icon. If field devices don't have a related icon, one will be created on the first screen of the related site the first time the device reports an event. Device icons created in this manner should be edited to ensure all information is complete and moved to the proper screen they are associated with.

The address is displayed as a text field above the graphic symbol that represents the device. Node Number - The node number is the number assigned to the NION monitoring the device in the field. Node

numbers are assigned to NIONs either at a local area server or a BCI where they are attached. Subnode - A subnode number is used when a NION is monitoring another network or a wide area server is

connected to a digital receiver with multiple accounts. Each subnode number represents a node on the other network or a receiver account number.

Device ID - The device ID is the eight character alphanumeric address for the monitored point reported by the NION.

Subnode

Node Number

Device ID

Graphic Symbol

Figure 3-18: Addressable Device

NOTES: The Device ID entered for each device must match the device ID reported by the NION exactly. For more information on ID formats, refer to documentation supplied with each NION or Echelon network. Devices should be added after the floor plan background has been added to ease device sizing and placement.

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3.4.3 The New Devices Dialog

When adding an addressable device, first navigate to the screen under the site where the device will be located. Next, zoom in the floor plan to the level of resolution at which you want the default device size displayed. Then, select the menu items Graphics, Add Symbol, Device. This opens the New Device dialog with the default settings shown.

Site

Device Address

Device Alias

Figure 3-19: New Device Dialog

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Each section of the New Devices dialog contains input fields and option lists for defining a device. All parameters of a discrete device can be defined on this form. Analog devices require additional configuration on a related form. Analog devices are covered in the next section. Each feature of the New Device dialog is described below.

Device ID

The address of the device, as previously described, is entered here. The node number must be entered as it is defined at the local area server or BCI where the node is attached. The subnode number (if needed) must match the number of the node monitored on the other network or the account number assigned in the digital receiver. If no subnode is needed zeroes will be used. The address field is used to enter the eight character device ID.

Site ID

The Site ID is automatically read from the site in which you are currently working.

Display ID

The display ID is an optional alias address for workstation display. This ID is definable as any logical address desired up to 14 characters. The operator can toggle between the absolute address and the alias address for workstation display in the View menu. The pipe (|) character and single quote (') are not valid and are automatically removed from any entries.

Autonavigate

The autonavigate option determines whether the screen containing the device appears automatically during an offnormal event.

Discrete / Analog

This option defines the device as discrete or analog. Analog devices require additional configuration. For more information on defining analog devices, refer to the next section.

Symbol

This area displays the graphic symbol selected for device display. To select a new symbol click on one of current symbols. This brings up the Device Library. Click on the desired device for display. Most devices have two symbols, one for normal status and one for off-normal status. Selecting one symbol of the pair automatically selects both.

Figure 3-20: The Device Library

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Additional Device Information

Device types relate to the precise nature of the device being monitored. They define the device as a photoelectric smoke detector, a manual pullstation, a card reader, a motion detector, etc... This assignment is done automatically if the device is autocreated.

There are also two optional assignments; category and subcategory. These assignments are entirely at the discretion of the administrator and are provided as logical definition tools. Once these categories are defined, they can be used in the creation of Plug-in Application Macros. For more information on Plug-in Applications and related macros, refer to the section 3.5.4 System Maintenance: Macro Editor.

Device Description

A description for the device can be entered here or extracted from the monitored device (if the device provides descriptions). Which mode the workstation uses must be selected by the administrator. For more information, refer to the section Other Device Features.

Linked Files

This option allows four different file types to be linked with a device:

• Text files (.txt).

• Bitmaps (.bmp).

• Sound files (.wav).

NOTE: Devices with linked files are indicated in the display by an asterisk next to the graphic symbol, in the upper left corner.

• Video (.avi).

When any of these file types are linked to a device they can be displayed or activated by the operator by selecting them from the device pop-up menu. In addition, each of these files can be set to be automatically activated when the device reports an off-normal event. All available files can be selected from the associated combo box. For more information on creating and managing these files, refer to the section Adding Sound, Video and Text.

3.4.4 Defining Analog Devices

Analog devices are similar to Discrete devices in that they use graphical symbols and text to annunciate off-normal conditions. However, discrete devices only annunciate a small number of distinct state changes whereas analog devices can report a range of measured values for devices with adjustable alarm set points.

To define an analog device follow the same steps for defining a discrete device with the following exception: In the Discrete / Analog area of the New Device dialog select Analog then press the Configure button. This opens the Analog Input Device dialog.

Device Assignment Area

Device Testing Area

Figure 3-21: Analog Input Device Dialog

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The Analog Input Device dialog is divided into two areas, the Device Assignment Area and the Device Testing Area. The display style and performance of the device are defined in the assignment area. Then, its

performance can be manually demonstrated in the testing area to verify expected performance before finishing the assignment.

Device Assignment Area

The device assignment area allows the definition of three basic parameters:

• Range Translation.

• Alarm Thresholds.

• Report Frequency.

Range Translation - The analog device configuration form allows configuration of a range translation between what is reported by the analog device and what is annunciated and interpreted by the workstation. The translation portion of the form shows the native values and units. Below this, a space is provided to enter a new range of values and to specify the new units. The software will automatically perform this translation. All values displayed in the analog configuration refer to the converted range, not the native range. If a new range is entered and a threshold point is not within that range, then an error message will be displayed to alert the user of this. In addition, if a threshold is out of range, it is displayed over a red background instead of a green background.

Alarm Thresholds - These fields allow alarm points to be inserted at different levels in the device's reporting range. When an analog value is reported for a device it is compared to the assigned alarm thresholds. If the reported value falls between the first low and first high threshold the device remains in a normal state. As the value rises and falls it will cause an alarm state in the device when it passes a threshold value. Therefore, reaching the threshold will not cause a change of state.

Six threshold levels can be assigned:

• Very High.

• Higher.

• High.

• Low.

• Lower.

Address

Symbol

Reported Value (Adjusted) Device State

Figure 3-22: The Analog Device

• Very Low.

Three parameters must be configured for each alarm threshold:

• Threshold value - This is a numeric value for comparison to the adjusted reporting value. The threshold can be configured using the blue handles to the side of the threshold scale. Moving these handles within the range allows quick setting of an alarm point. If a threshold value is out of range, it will be displayed in a red field instead of a green field.

• Alarm message - Descriptor for the related alarm state. This message is displayed above the device icon, and is reported as an event when the specified threshold is crossed.

• Device Symbol - Click on the Browse button to open the device library and select a graphic symbol for each alarm state and the normal condition. Seven must be selected. A variety of device symbols for gauges and scales in different states are available. Custom symbols can also be created. For more information on creating custom symbols, refer to the section 3.4.9 Creating Device Symbols.

NOTE: All thresholds must be entered as converted display values and are compared to reported values after they have been adjusted by the range translation.

Report Frequency - A Report Frequency is set for both normal and off-normal conditions for each analog device. These values represent the amount of time in seconds between each update of the current analog value of the device. Different frequencies can be specified for both off-normal and normal conditions to allow more frequent reporting during problematic situations.

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Device Testing Area

The area on the right side of the Analog Input Device dialog provides a simple testing tool to check the performance of a newly assigned analog device. The Sample Display area shows the device graphics with address, value and state fields. The Value Sweeper has a control handle that can be moved up and down the range. As it is moved the display values will change and the alarm states will be annunciated as each assigned alarm threshold is reached. To use the sweeper handle simply click and hold the handle with the mouse pointer and slide it up and down the range.

3.4.5 Adding Sound, Video and Text

As described earlier, sound, video, text, and pictures can be linked to devices for display and playback. It is up to the administrator to provide the sources of these files. Video and picture files must be added to the workstation from outside resources. Speech and text files can be created and maintained using the Workstation utilities provided.

Adding Video and Picture Files

Video files must be in .avi format for playback in the workstation. When copying video files (.avi) to the workstation place them in the c:\uninet\ws\avifile directory. Picture files must be in bitmap format with a .bmp extension. They should be placed in the c:\uninet\ws\bitmap directory.

Creating Voice Files

There are two types of voice messages in the UniNet system: those that are linked to events and those that are linked to devices. Files that will be linked to events must be in c:\uninet\ws\lang1 or c:\uninet\ws\lang2. Files that will be linked to a device must be in c:\uninet\ws\wavefile. In order to record voice files, the Voice Messaging option must be installed.

For instance, a device goes into alarm. A voice message is assembled using a file assigned in the Speech Annunciation File Assignment dialog in the System Setup folder for the alarm type and files for the device address (e.g. "Alert: Alarm in node one, device 02D01"). The screen will autonavigate to the device symbol in alarm. If the device symbol has a red asterisk next to it, click the device symbol with the left mouse button. If Play Audible Message is in the pop-up menu, there is a voice file linked to the device (e.g. "This detector is next to a biohazard. Beware!"). This voice file is linked to the device using the Add Symbol, Device under Graphics or Edit Symbol Attributes in the device's pop-up menu.

Any operator with proper access levels may record new event-linked and device-linked voice files. There is a library of event-linked voice files provided with UniNet which may be used or edited. Recording and listening to voice files is done using the Speech Editor. There are two ways to access the Speech Editor in the UniNet software: New/ Open Speech File in the File menu and Assign Voice Annunciation in the System Setup folder (primarily for event-linked files).

New Speech File:

After selecting New Speech File from the File menu, a window will open, allowing either selection of an existing file, or creation of a new file. To create a new file, type the name of the file in the File Name field. Once a name has been designated, select Save the Sound Recorder will appear. If selecting an already existing speech file, a warning will appear stating that the current file will be overwritten.

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Figure 3-23: The Sound Recorder

To start recording, press the record button. Speak clearly into the microphone. When finished, press the Stop button. The length of the file is indicated on the right-hand side of the speech editor. To listen to the voice file, press the Play button. If the message is correct, select Save File As from the File menu. Enter a name for the file and make sure the path is correct. Voice files for use with the UniNet system must be saved as *.wav files.

The name and path of the voice message will appear on the bottom of the screen. If the message needs to be rerecorded, select New from the File menu. To listen to a voice file that already exists, select Open from the File menu and select the voice file. To exit the Sound Recorder, select Exit from the File menu. For more information on Sound Recorder, refer to Appendix D.

Assign Voice Annunciation

The Sound Recorder may also be accessed through Speech Annunciation in the System Setup folder. To access the Sound Recorder, press the New File button. The Sound Recorder will appear. Refer to New/Open Speech File for more information.

Creating Text Files

Text files are used in the UniNet system to inform operators when there are important messages associated with a screen or device. Text files are accessed through the pop-up device menu item, View Documentation. These files must be linked to the device via the New Device Symbol or Edit Device Symbol dialog boxes. The path to these files must be c:\uninet\ws\textfile.

To create a text file: Select New Text File from the File menu. The Windows Wordpad will appear. Type in the information. Select

Save As... from the File menu. The Save As dialog will appear. Assign the file a name and make sure it is saved to c:\uninet\ws\textfile. To exit Wordpad, select Exit from the File menu. The operator may then link the file to a device.

To open a text file: Select Open Text File from the File menu. The Open Text File dialog will appear (see figure below).

Figure 3-24: The Open Text File Dialog

Select the text file to be opened. Once selected, press OK to open the file or Cancel to abort.

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3.4.6 Navigation and Functional Buttons

Two types of button devices can be assigned to screens, Navigation and Functional buttons. Navigation buttons are linked to other screens and provide navigation shortcuts for operators. Functional buttons are assigned to predefined macros to provide command shortcuts to operators. Buttons can be placed on any screen and multiple buttons can access the same screen or execute the same macro.

For more information on defining macros refer to the section 3.5.4 System Maintenance, Macro Editor.

Assigning Navigation Buttons

To assign a navigation button:

1. Go to the screen where the button is to be placed.

2. Select Graphics, Add Symbol, Navigational Button . This opens the Navigation Button dialog.

Figure 3-25: Button Link Dialog

3. Select a screen from the combo box the button is to open when clicked. Next, open the Navigation

Button Library by clicking on the icon area to the right.

Figure 3-26: The Navigation Button Library

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4. Select a graphic symbol for the button.

5. Place the button in the desired screen location.

Assigning Functional Buttons

To assign a functional button:

1. Go to the screen where the button is to be placed.

2. Select Graphics, Add Symbol, Functional Button. This opens the Functional Button Configu- ration dialog.

Figure 3-27: Functional Button Configuration Dialog

3. Enter the number of the macro to be executed when the button is clicked. Next, open the Functional Button Library by clicking on the icon area to the right.

Figure 3-28: The Functional Button Library

4. Select a graphic symbol for the button.

5. Place the button in the desired screen location.

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3.4.7 Annunciation Icons

Annunciation icons are two state devices that represent current conditions for an entire site. When an annunciation icon is assigned for a site it displays a normal condition when the site is completely free of off-normal devices. If any one device goes to an off-normal state then the icon displays the site as off-normal. These devices can be placed on any screen or on any site. They do not autonavigate.

To assign an annunciation icon:

1. Go to the screen where the icon is to be placed.

2. Select Graphics, Add Symbol, Site Symbol. This opens the Site Annunciation Label dialog.

NOTE: For more information on building macros, refer to section 3.5.4.

Figure 3-29: Site Link Dialog

3. Enter the site number for the icon. Next, open the Site Symbol Library by clicking on one of the icon

boxes to the right.

Figure 3-30: The Site Symbol Library

4. Select a pair of graphic symbols for the icon.

5. Place the icon in the desired screen location.

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3.4.8 Information Labels

Information labels are graphic devices that provide additional important information about a location represented on a screen. These labels are generally common symbols and warning signs (i.e. flammable, poison, biohazard, etc.). Information labels do not receive information regarding alarms and troubles from the system. They can have video, picture, text and sound files linked to them to provide additional information just like addressable devices.

To add an information label:

1. Go to the screen where the label is to be placed.

2. Select Graphics, Add Symbol, Information Label. This opens the Information Label Link dialog.

NOTE: Devices with linked files are indicated by an asterisk next to the graphic symbol.

Figure 3-31: Information Label Link Dialog

NOTE: All linked files must be stored on the same computer as the workstation application in the default directory initially displayed in the dialog.

3. Select sound, text, picture and video files by clicking the related check box and using the Browse buttons to locate the desired files. Next, click on the device symbol area on the left. This opens the Information Label Library.

Figure 3-32: The Information Label Library

4. Select a graphic symbol for the label and click the OK button.

5. Place the label in the desired screen location.

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3.4.9 Creating a Device Symbol

UniNet includes a comprehensive library of device symbols, however custom symbols may be created by the user for library inclusion. These symbols must be created off-line using any graphic design package or imported from another source and saved in bitmap (.bmp) format. This description uses Windows Paint.

To create a new device symbol:

1. Launch Paint from the Start,

Programs, Accessories menu in Windows.

2. Using Paint, draw the new device

symbol. The symbol size should be approximately 53 pixels by 53 pixels.

3. When finished, use the selection tool

to draw a box closely encompassing the device (see figure 3-33).

4. With the device selected, select Copy

To... from the Edit menu. This opens the Copy To dialog.

5. Save the file as a 16-color bitmap with a unique logical name.

Selection Box

Selection Tool

Figure 3-33: Using the

Selection Tool to Create a

Box

Be sure to save the file to the c:\uninet\ws\devices directory. Normal and Alarm State Symbols

Addressable devices have the ability to change state during an off-normal event. This means that the symbol changes from a normal state to an alarm state. This requires two symbols assigned to the same device, one for the normal state and one for the alarm state. Dual state device symbols for addressable devices are optional. They are required only if you wish the device's appearance to change during an off-normal event.

To create an alarm state symbol to pair with a newly created normal symbol:

1. Open the normal device symbol in Paint.

2. Make changes to reflect the alarm state appearance.

3. Select File, Save As... and save the new version with the same name but, with (Alarm) at the end of

the name.

Example: Normal symbol file name = bell.bmp Alarm symbol file name = bell(Alarm).bmp

Be sure to save the file to the c:\uninet\ws\devices directory.

Device Masks

Device masks are layering tools which allow the background of a device symbol to be transparent so that it doesn't block the floor plan.

To create a mask for the new device symbol:

1. Open the new device symbol in Paint.

2. Fill the object with black and leave the white background.

3. Select File, Save As... and save the new version with the same name but with a .msk extension.

Be sure to save the file to the c:\uninet\ws\devices directory. This must be done for the normal state symbol and the alarm state symbol.

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3.4.10 Other Device Features

Search for a Device

A device search utility is provided to locate an addressable device anywhere on the workstation. When used it changes to the screen where the device is located. To execute a device search, select Graphics, Search for a

Symbol. Then enter the device address in the dialog box. Print Device List

A list of all devices assigned at the workstation can be made using a standard report printer by selecting the menu item File, Print, Print Device List.

DEVICE REPORT

Report Date: 11/20/00

Site ID Device ID Description Device Type Screen

Local 01 003000 002 Discrete Input #1 Discrete Dev 4 Local 01 003000 008 Discrete Input #8 Discrete Dev 16 5022975020 11827158 Navigational Button Screen 1 Nav Button 1

Page: 1

Figure 3-34: Device List Report

The Device List Report contains address, location and description information for addressable devices, navigation buttons, functional buttons, annunciation icons and information labels. The user has the option of printing a list for all sites or only the current site. In additiion, the list can be sorted by device ID or device type.

The Symbol Key

The Symbol Key provides a directory of devices and information labels found on the floor plan display. The symbol key also allows the user to change the description of any of the device icons by highlighting the current description and overwriting it. The top tabs allow selection of viewing devices (such as NIONs, Fire Panels, etc.) or information labels (such as hazardous material, radioactivity, etc.). The Symbol key is found at View, Symbol Key.

100

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Figure 3-35: The Symbol Key

Notifier UniNet 2000 Installation, Operation, And Administration Manual

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Frequently Asked Questions

User Manual