Honeywell VideoBloX User guide

VideoBloX
Matrix Switcher
Use r Ma nua l
800-04465 – April 2008 – Rev. A
FCC COMPLIANCE STATEMENT
INFORMATION TO THE USER: This equipment has been tested and found to comply
with the limits for a Class B digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.
CAUTION: Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
CANADIAN COMPLIANCESTATEMENT
This Class B digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la Classe B est conforme à la norme NMB-003 du Canada.
Users of the product are responsible for checking and complying with all federal, state, and local laws and statutes concerning the monitoring and recording of video and audio signals. Honeywell video systems shall not be held responsible for the use of this product in violation of current laws and statutes.
Honeywell
CAUTION: Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
EUROPEAN COMPLIANCE STATEMENT
This is a Class B product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures.
WARNING: Users of the product are responsible for checking and complying with all federal, state and local laws and statutes concerning the monitoring and recording of video and audio signals. Honeywell Video Systems shall not be held responsible for the use of this product in violation of current laws and statutes.
CAUTION: Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
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WARNINGS
WARNING: TO REDUCE THE RISK OF FIRE OR ELECTRIC SHOCK,
DO NOT EXPOSE THIS PRODUCT TO RAIN OR MOISTURE.
WARNING: THE VIDEOBLOX MAXTRIX SWITCHER AND ITS ACCESSORIES ARE TO BE INSTALLED BY QUALIFIED SERVICE PERSONNEL ONLY.
WARNING: DO NOT INSERT ANY METALLIC OBJECT THROUGH VENTILATION GRILLS.
WARNING: THIS UNIT MUST BE OPERATED WITH A PROPERLY GROUNDED CONNECTION. NON-OBSERVANCE OF THIS STANDARD PRACTICE MAY RESULT IN A STATIC ELECTRICITY BUILD-UP THAT MAY RESULT IN AN ELECTRIC SHOCK WHEN EXTERNAL CONNECTIONS ARE TOUCHED.
IMPORTANT SAFEGUARDS
1. READ INSTRUCTIONS – All safety and operating instructions should be read before the unit is operated.
2. RETAIN INSTRUCTIONS – The safety and operating instructions should be retained for future reference.
3. HEED WARNINGS – All warnings on the unit and in the operating instructions should be adhered to.
4. FOLLOW INSTRUCTIONS – All operating and use instructions should be followed.
5. CLEANING – Unplug the unit from the outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a damp cloth for cleaning.
6. ATTACHMENTS – Do not use attachments not recommended by the product manufacturer as they may result in the risk of fire, electric shock, or injury to persons.
7. WATER AND MOISTURE – Do not use this unit near water or in an unprotected outdoor installation, or any area which is classified as a wet location.
8. ACCESSORIES - Do not place this product on an unstable cart, stand, tripod, bracket, or table. The product may fall, causing serious injury to a child or adult and serious damage to the equipment. Use only with a cart, stand, tripod, bracket, or table recommended by the manufacturer, or sold with the product. Any mounting of the product should follow the manufacturer’s instructions and should use a mounting accessory recommended by the manufacturer. Wall or shelf mounting should follow the manufacturer’s instructions and should use a mounting kit approved by the manufacturer.
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9. A product and cart combination should be moved with care. Quick stops, excessive force, and uneven surfaces may cause the product and cart combination to overturn.
10. VENTILATION - Slots and openings in the cabinet and the back or bottom are provided for ventilation and to ensure reliable operation of the equipment and to protect it from overheating. These openings must not be blocked or covered. The openings should never be blocked by placing the product on a bed, sofa, rug, or other similar surface. Equipment should never be placed near or over a radiator or heat register. This product should not be placed in a built-in installation, such as a bookcase or rack unless proper ventilation is provided or the manufacturer’s instructions have been adhered to.
11. POWER SOURCES – This product should be operated only from the type of power source indicated on the marking label. If you are not sure of the type of power supplied to your home, consult your product dealer or local power company. For products designed to operate from battery power or other sources, refer to the operating instructions.
12. GROUNDING OR POLARIZATION – The power supply supplied with this unit may be equipped with a polarized alternating-current line plug (a plug having one blade wider than the other). This plug will fit into the power outlet only one way. This is a safety feature. If you are unable to insert the plug fully into the outlet, try reversing the plug. If the plug should still fail to fit, contact your electrician to replace your obsolete outlet. Do not defeat the safety purpose of the polarized plug.
13. OVERLOADING – Do not overload outlets and extension cords as this can result in a risk of fire or electric shock.
14. POWER-CORD PROTECTION – Power supply cords should be routed so that they are not likely to be walked on or pinched by items placed upon or against them, paying particular attention to cords and plugs, convenience receptacles, and the point where they exit from the monitor.
15. OBJECT AND LIQUID ENTRY – Never push objects of any kind into this unit through openings as they may touch dangerous voltage points or short-out parts that could result in a fire or electric shock. Never spill liquid of any kind on the unit.
16. SERVICING – Do not attempt to service this unit yourself as opening or removing covers may expose you to dangerous voltage or other hazards. Refer all servicing to qualified service personnel.
17. DAMAGE REQUIRING SERVICE – Unplug the unit from the outlet and refer servicing to qualified service personnel under the following conditions:
a. When the power-supply cord or plug is damaged.
b. If liquid has been spilled, or objects have fallen into the unit.
c. If the unit has been exposed to rain or water.
d. If the unit does not operate normally by following the operating instructions. Adjust only those
controls that are covered by the operating instructions as an improper adjustment of other controls may result in damage and will often require extensive work by a qualified technician to restore the unit to its normal operation.
e. If the unit has been dropped or the enclosure has been damaged.
f. When the unit exhibits a distinct change in performance - this indicates a need for service.
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18. REPLACEMENT PARTS – When replacement parts are required, be sure the service technician has used replacement parts specified by the manufacturer or have the same characteristics as the original part. Unauthorized substitutions may result in fire, electric shock or other hazards.
19. SAFETY CHECK – Upon completion of any service or repairs to this unit, ask the service technician to perform safety checks to determine that the unit is in proper operating condition.
20. LIGHTNING AND POWER LINE SURGES – For added protection of this unit during a lightning storm, or when it is left unattended and unused for long periods of time, unplug it from the wall outlet and disconnect the cable system. This will prevent damage to the unit due to lightning and power-line surges.
21. HEAT – The product should be situated away from heat sources such as radiators, heat registers, stoves, or other products (including amplifiers) that produce heat.
22. INSTALLATION – Do not install the unit in an extremely hot or humid location, or in a place subject to dust or mechanical vibration. The unit is not designed to be waterproof. Exposure to rain or water may damage the unit.
23. WALL OR CEILING MOUNTING – The product should be mounted to a wall or ceiling only as recommended by the manufacturer.
EXPLANATION OF GRAPHICAL SYMBOLS
CAUTION
The lightning flash with arrowhead symbol within an equilateral triangle is intended to alert the user to the presence of uninsulated "dangerous voltage" within the product's enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons.
The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance (servicing) instruction in the literature accompanying the product.
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK,
DO NOT REMOVE COVER (OR BACK).
NO USER-SERVICEABLE PARTS INSIDE.
REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.
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CONTENTS
1 INTRODUCTION ....................................................................................................................................1
PRODUCT DESCRIPTION .......................................................................................................................1
SYSTEM OVERVIEW................................................................................................................................2
RACK MOUNT SYSTEM CHASSIS ..........................................................................................................2
2 VIDEOBLOX MODULES ....................................................................................................................... 4
VB CHASSISS CONNECTIONS ...............................................................................................................4
Main Input Power Connection................................................................................................................ 4
Low Voltage Input Connection...............................................................................................................5
Chassis Sync In .....................................................................................................................................5
Control Expansion Connector................................................................................................................5
Communications Expansion Connector.................................................................................................5
POWER SUPPLY MODULE......................................................................................................................6
DIP Switch Settings ...............................................................................................................................6
Reset Push Button ................................................................................................................................. 7
Indications..............................................................................................................................................7
Sync Phase Adjustment.........................................................................................................................7
Chassis Expansion Driver Board ...........................................................................................................7
NETCPU & NETOSD MODULE ................................................................................................................8
Jumper Settings ..................................................................................................................................... 9
DIP Switch Settings .............................................................................................................................10
Output Group Address.........................................................................................................................12
Push Buttons........................................................................................................................................13
LED Indications....................................................................................................................................13
Fuse .....................................................................................................................................................14
Connections ......................................................................................................................................... 14
Firmware Upgrade ...............................................................................................................................14
VIDEO INPUT MODULES ....................................................................................................................... 24
DIP Switch Settings .............................................................................................................................25
LED Indications....................................................................................................................................27
Fuse .....................................................................................................................................................27
Connections ......................................................................................................................................... 27
VIDEO OUTPUT MODULES ...................................................................................................................27
TITLED VIDEO OUTPUT MODULE ........................................................................................................27
DIP Switch Settings .............................................................................................................................28
Module Board Setting, Video Outputs 1-64 ......................................................................................... 29
Module Board Setting, Video Outputs 1-16 ......................................................................................... 29
Module Board Setting, Video Outputs 17-32 .......................................................................................30
Module Board Setting, Video Outputs 33-48 .......................................................................................30
Module Board Setting, Video Outputs 49-64 .......................................................................................31
AUDIO INPUT MODULE .........................................................................................................................31
PIN OUT of RJ45 termination ..............................................................................................................32
DIP Switch Settings .............................................................................................................................32
Jumpers Settings .................................................................................................................................33
Adjustments .........................................................................................................................................34
Connecting a Microphone to the Audio Input Module..........................................................................34
AUDIO OUTPUT MODULE .....................................................................................................................35
CHASSIS INTERLINK INPUT AND OUTPUT MODULE......................................................................... 36
DIP Switch Settings .............................................................................................................................37
3 SYSTEM CONFIGURATION ...............................................................................................................40
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OVERVIEW .............................................................................................................................................40
PLANNING YOUR SYSTEM ...................................................................................................................40
NETCPU SYSTEM CONFIGURATION BUTTONS.................................................................................41
SYSTEM ....................................................................................................................................................42
Utilities Button Definitions ....................................................................................................................43
License.................................................................................................................................................43
Sizing ...................................................................................................................................................44
Date/Time ............................................................................................................................................46
Communications ..................................................................................................................................48
Installer................................................................................................................................................. 48
INPUTS (ADDING A VIDEO INPUT) ..............................................................................................................49
Inputs Detail ......................................................................................................................................... 49
Input Title .............................................................................................................................................52
Input Access ........................................................................................................................................55
Input Group Names..............................................................................................................................56
LINKS (SETTING SATELLITE)........................................................................................................................58
OUTPUTS (ADDING A VIDEO OUTPUT) .......................................................................................................59
Outputs Detail ......................................................................................................................................59
Output Access......................................................................................................................................61
Output Group Names...........................................................................................................................63
SCENES..................................................................................................................................................64
Scenes .................................................................................................................................................64
GROUPS .................................................................................................................................................65
Groups .................................................................................................................................................65
ALARMS..................................................................................................................................................67
Alarm Configuration .............................................................................................................................67
Alarms Access .....................................................................................................................................70
Alarm Group Names ............................................................................................................................72
ALARM Q (ALARM QUEUES)...................................................................................................................73
Alarm Queue Configuration .................................................................................................................73
USERS ....................................................................................................................................................77
Users Detail ......................................................................................................................................... 77
User Keys ............................................................................................................................................ 79
Users Access ....................................................................................................................................... 81
Users Notes .........................................................................................................................................83
KEYBOARDS ..........................................................................................................................................84
Keyboards Detail..................................................................................................................................84
Keyboard Keys.....................................................................................................................................88
Keyboard Access ................................................................................................................................. 89
Keyboard Notes ...................................................................................................................................91
Keyboard Group Names ......................................................................................................................92
Keyboard Functionality ........................................................................................................................ 94
TODS (TIME OF DAY EVENTS) .............................................................................................................102
Event Configuration ...........................................................................................................................102
MESSAGE.............................................................................................................................................104
Overview ............................................................................................................................................104
Message Configuration......................................................................................................................105
SEQUENCE ..........................................................................................................................................106
Sequences Overview ......................................................................................................................... 106
Sequences Editor...............................................................................................................................107
Sequences Notes...............................................................................................................................109
Sequences Access ............................................................................................................................ 110
Sequences Group Names .................................................................................................................112
Sequence Examples ..........................................................................................................................113
Sequence Engine Commands ...........................................................................................................115
DEVICES..................................................................................................................................................117
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Peripheral Devices Configuration ......................................................................................................117
Device Access ...................................................................................................................................119
Device Group Names.........................................................................................................................120
Device Control Configuration.............................................................................................................121
DATABASE...............................................................................................................................................127
4 VIDEOBLOX APPLICATIONS...........................................................................................................132
INTERFACING HVBNETCPU WITH PERIPHERAL DEVICES.............................................................132
INTERFACING HVBNETCPU WITH GUI WORK-STATIONS ON A NETWORK..................................133
INTERFACING HVBNETCPU WITH SATELLITE SYSTEMS ON A NETWORK ..................................134
Video on Fiber....................................................................................................................................134
Video on IP ........................................................................................................................................ 135
Integrating Enterprise DVR and Satellite VideoBloX......................................................................... 136
System Benefits ................................................................................................................................. 137
5 APPENDIX A: VIDEOBLOX CHASSIS INTERLINK EXPANSION ..................................................138
INTRODUCTION ........................................................................................................................................138
INTERLINK INPUT AND OUTPUT MODULES..................................................................................................138
CHASSIS EXPANSION CONNECTION AND DIP SWITCH SETTING ................................................................... 139
EXAMPLE: 784 INPUT X 64 OUTPUT SYSTEM CONFIGURATION. ..................................................................141
HVB32LKO Jumper Setting ...............................................................................................................141
HVB32LKI Jumper and Dip Switch Setting........................................................................................142
RJ45 CABLE CONNECTION.......................................................................................................................144
6 APPENDIX B: BACKWARD COMPATIBLE APPLICATION ...........................................................145
INTRODUCTION ........................................................................................................................................145
INTERFACE NEW INPUT MODULE WITH OLD SYSTEM ....................................................................................145
INTERFACE NEW OUTPUT AND TITLED OUTPUT MODULE WITH OLD SYSTEM...................................................146
INTERFACE NEW CPU MODULE WITH OLD SYSTEM .....................................................................................146
7. APPENDIX C: AUX COMMAND LIST...............................................................................................148
8. APPENDIX D: SEQUENCE COMMAND EXAMPLES......................................................................152
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FIGURES
Figure 1-1 Front view of VB Chassis .............................................................................................................. 1
Figure 1-2 Rear View of VB Chassis ..............................................................................................................3
Figure 2-1 Rear View of VideoBloX Chassis’ Main Power ............................................................................. 4
Figure 2-2 DIP Switches of Power Supply Module ......................................................................................... 6
Figure 2-3 Front and Rear Views of CPU Module .......................................................................................... 8
Figure 2-4 Jumpers Settings – Enable the NETCPU...................................................................................... 10
Figure 2-5 Jumpers Settings – Enable the NETOSD ..................................................................................... 10
Figure 2-6 DIP Switches of HVBNET16CPU.................................................................................................. 11
Figure 2-7 Six Push Buttons ........................................................................................................................... 13
Figure 2-8 Diagnostics LED ............................................................................................................................ 13
Figure 2-9 Login Page..................................................................................................................................... 15
Figure 2-10 HVBNETCPU Homepage............................................................................................................ 15
Figure 2-11 Configuring Network Connections...............................................................................................16
Figure 2-12 Changing Network Connection Setting ....................................................................................... 16
Figure 2-13 Confirming Network Connections................................................................................................ 17
Figure 2-14 Upgrading NETCPU Firmware ....................................................................................................17
Figure 2-15 Selecting NETCPU Upgrade File ................................................................................................ 18
Figure 2-16 Upgrade in Progress.................................................................................................................... 18
Figure 2-17 Upgrade Completed .................................................................................................................... 19
Figure 2-18 Changing Password .................................................................................................................... 19
Figure 2-19 Changing Password Success...................................................................................................... 20
Figure 2-20 Login Page................................................................................................................................... 20
Figure 2-21 HVBNETOSD Homepage............................................................................................................ 21
Figure 2-22 Configuring Network Connections...............................................................................................21
Figure 2-23 Selecting Language..................................................................................................................... 22
Figure 2-24 Selecting Upgrade File ................................................................................................................ 22
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Figure 2-25 Start Upgrade .............................................................................................................................. 23
Figure 2-26 Software Version ......................................................................................................................... 24
Figure 2-27Video Input Modules (2 front panel options)................................................................................. 25
Figure 2-28 Video Input Module (Standard – 16 BNC Inputs) ........................................................................ 25
Figure 2-29 Video Input Module (Looping BNC Inputs).................................................................................. 25
Figure 2-30 Type A, B and C Cross-Connect Looping Input Terminal Modules ............................................ 25
Figure 2-31 HVBM64 DIP SW Settings .......................................................................................................... 26
Figure 2-32 16 Channel Video Output Modules - Front View......................................................................... 27
Figure 2-33 16 Channel Video Output – Rear View ....................................................................................... 27
Figure 2-34 the Titled Video Output Module – Front View.............................................................................. 28
Figure 2-35 the Titled Video Output Module – Rear View .............................................................................. 28
Figure 2-36 Output Position Selections ..........................................................................................................28
Figure 2-37 Select Different 16 Outputs Group Through Plug-in Board......................................................... 29
Figure 2-38 Select Video Output 1-16 (Position A and B) .............................................................................. 29
Figure 2-39 Select Video Output 17-32 (Position E and F) ............................................................................ 30
Figure 2-40 Select Video Output 33-48 (Position C and D)............................................................................ 30
Figure 2-41 Select Video Output 49-64 (Position G and H)............................................................................ 31
Figure 2-42 Front and Rear Views of Audio Input Module.............................................................................. 31
Figure 2-43 Front and Rear Views of Audio Input Module (RJ45).................................................................. 31
Figure 2-44 Pin of RJ45 .................................................................................................................................. 32
Figure 2-45 DIP SW Setting of Audio Input Module ....................................................................................... 33
Figure 2-46 20dB Jumper Selection ............................................................................................................... 33
Figure 2-47 Jumper Setting for Low Pass or High Pass Filter........................................................................34
Figure 2-48 CMRR Adjustment ....................................................................................................................... 34
Figure 2-49 Diagram of Connecting a Microphone.........................................................................................35
Figure 2-50 Front and Rear Views of 8 and 16 Channel Audio Output Modules ........................................... 35
Figure 2-51 Chassis Interlink Output Module..................................................................................................36
Figure 2-52 Chassis Interlink Input Module .................................................................................................... 36
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Figure 2-53 Back Plane Video Channels Selection for interlink input module................................................ 37
Figure 2-54 DIP SW Settings for interlink input module ................................................................................. 37
Figure 2-55 SW1 and SW2 settings for interlink input module ....................................................................... 37
Figure 2-56 SW 3 and SW 4 settings for interlink input module ..................................................................... 39
Figure 3-1 Initial Configuration Screen ........................................................................................................... 41
Figure 3-2 System Configuration ....................................................................................................................42
Figure 3-3 System-License Configuration....................................................................................................... 44
Figure 3-4 System-Sizing Configuration ......................................................................................................... 45
Figure 3-5 System-Date/Time Configuration .................................................................................................. 46
Figure 3-6 System-Communications Configuration ........................................................................................ 48
Figure 3-7 System-Installer Configuration ...................................................................................................... 49
Figure 3-8 Inputs – Detail Configuration ......................................................................................................... 50
Figure 3-9 Inputs – Titles Configuration.......................................................................................................... 53
Figure 3-10 Inputs – Access Configuration..................................................................................................... 55
Figure 3-11 Inputs – Group Names Configuration..........................................................................................57
Figure 3-12 Inputs – Group Names Configuration..........................................................................................58
Figure 3-13 Outputs – Detail Configuration .................................................................................................... 60
Figure 3-14 Outputs – Access Configuration.................................................................................................. 62
Figure 3-15 Outputs – Group Names Configuration....................................................................................... 63
Figure 3-16 Scenes Configuration .................................................................................................................. 64
Figure 3-17 Groups Configuration ..................................................................................................................66
Figure 3-18 Alarms – General Configuration .................................................................................................. 68
Figure 3-19 Alarms – Access Configuration ................................................................................................... 71
Figure 3-20 Alarms – Group Names Configuration ........................................................................................ 72
Figure 3-21 Alarms Queues Configuration ..................................................................................................... 74
Figure 3-22 Users – Detail Configuration........................................................................................................ 77
Figure 3-23 Users – Keys Configuration......................................................................................................... 80
Figure 3-24 Users – Access Configuration .....................................................................................................82
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Figure 3-25 Users – Notes Configuration ....................................................................................................... 83
Figure 3-26 Keyboards – Detail Configuration................................................................................................ 84
Figure 3-27 Keyboards – Keys Configuration.................................................................................................88
Figure 3-28 Keyboards – Access Configuration ............................................................................................. 90
Figure 3-29 Keyboards – Notes Configuration................................................................................................ 92
Figure 3-30 Keyboards – Group Names Configuration .................................................................................. 93
Figure 3-31 KEYBOARD MODE..................................................................................................................... 94
Figure 3-32 Login Mode.................................................................................................................................. 95
Figure 3-33 Camera Mode.............................................................................................................................. 95
Figure 3-34 Camera Mode.............................................................................................................................. 96
Figure 3-35 Monitor Mode............................................................................................................................... 96
Figure 3-36 High Speed Dome Mode ............................................................................................................. 97
Figure 3-37 PTZ Mode .................................................................................................................................... 97
Figure 3-38 Preset Recall ............................................................................................................................... 98
Figure 3-39 Preset Store.................................................................................................................................98
Figure 3-40 High Speed Dome (Auxiliaries) ................................................................................................... 99
Figure 3-41 Group/Scene Mode .....................................................................................................................99
Figure 3-42 Device Control Mode ................................................................................................................... 100
Figure 3-43 Sanyo VCR Control ..................................................................................................................... 100
Figure 3-44 VST DVR Control......................................................................................................................... 101
Figure 3-45 Honeywell Ademco MUX Control ................................................................................................102
Figure 3-46 Tods Configuration ...................................................................................................................... 103
Figure 3-47 Message Configuration................................................................................................................ 105
Figure 3-48 Sequences – Editor Configuration............................................................................................... 107
Figure 3-49 Sequences – Notes Configuration............................................................................................... 110
Figure 3-50 Sequences – Access Configuration.............................................................................................111
Figure 3-51 Sequences – Group Names Configuration.................................................................................. 112
Figure 3-52 Sequences Configuration Example – Camera Switching Sequence .......................................... 114
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Figure 3-53 Sequences Configuration Example – Camera Preset Sequence ............................................... 115
Figure 3-54 Device – General Configuration .................................................................................................. 118
Figure 3-55 Device – Access Configuration.................................................................................................... 119
Figure 3-56 Device – Group Names Configuration......................................................................................... 120
Figure 3-57 PCKZ-CAS Keyboard .................................................................................................................. 121
Figure 3-58 VideoBlox Device Control Configuration ..................................................................................... 122
Figure 3-59 User Keys on software and keyboard ......................................................................................... 122
Figure 3-60 Function Keys on software and keyboard ................................................................................... 122
Figure 3-61 Extended Function Keys on software and keyboard................................................................... 123
Figure 3-62 Arrow keys on software and keyboard ........................................................................................ 123
Figure 3-63 the Display textbox ...................................................................................................................... 124
Figure 3-64 Clicking on the button to be configured....................................................................................... 124
Figure 3-65 Key Press Configuration.............................................................................................................. 124
Figure 3-66 Key Configuration Result............................................................................................................. 125
Figure 3-67 Control Configuration...................................................................................................................125
Figure 3-68 Open data base ........................................................................................................................... 127
Figure 3-69 Choose base................................................................................................................................ 128
Figure 3-70 Create new data base ................................................................................................................. 129
Figure 3-71 Position of new data base ........................................................................................................... 129
Figure 3-72 Switch data base ......................................................................................................................... 130
Figure 3-73 Data base prompt ........................................................................................................................ 130
Figure 3-74 Open other data base.................................................................................................................. 131
Figure 4-1 Interfacing HVBNETCPU with Peripheral Devices........................................................................ 132
Figure 4-2 Interfacing HVBNETCPU with GUI Work-Station..........................................................................133
Figure 4-3 Interfacing HVBNETCPU with Satellite System with Video on Fiber ............................................ 134
Figure 4-4 Interfacing HVBNETCPU with Satellite System with Video on IP ................................................. 135
Figure 4-5 Integrating Enterprise DVR and Satellite VideoBloX..................................................................... 136
Figure 5-1 HVBLKI Module ............................................................................................................................. 138
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Figure 5-2 HVBLKO Module ........................................................................................................................... 139
Figure 5-3 Backplane Control and Communications of VB Chassis............................................................... 140
Figure 5-4 Dip Switch of VB chassis............................................................................................................... 140
Figure 5-5 784 Input X 64 Output System Configuration................................................................................ 141
Figure 5-6 HVB32LKO Jumper Setting........................................................................................................... 142
Figure 5-7 HVB32LKI Jumper and Dip Switch Setting ................................................................................... 142
Figure 5-8 Inter-Link Start and End Address of 1st Slave Chassis.................................................................. 143
Figure 5-9 Inter-Link Start and End Address of 2nd Slave Chassis................................................................. 144
Figure 6-1 HVBM64 Jumper position.............................................................................................................. 145
Figure 6-2 Buffer board of HVBNET16TO ...................................................................................................... 146
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1 INTRODUCTION
PRODUCT DESCRIPTION
VideoBloX is a range of compatible building blocks for use in video surveillance and monitoring systems. An entire system would consist of a suitable mix of the following components / modules:
Figure 1-1 Front view of VB Chassis
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Matrix chassis which are supplied along with built in power supply units. These
chassis are available in industry standard 19-inch 2U, 4U, 8U and 12U rack mount enclosures. The 2U chassis is powered by a low voltage power supply, while all other chassis may be powered from low voltage supply or main input power supply.
VideoBloX CPU module. This card contains a high speed embedded
microprocessor and the required support circuitry and is used to control the entire system.
Video input modules. These provide protection and signal conditioning for 16
video inputs as well as matrix switching of these inputs. All video inputs to the system are via these modules.
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INTRODUCTION
Video output modules. These provide protection and signal conditioning for up to
The entire system is based on a modular approach allowing for flexibility in configuring video control systems to suit a wide variety of applications.
SYSTEM OVERVIEW
The configuration of a video surveillance / monitoring control system is highly dependent on the operational requirements of the system. The modular building block approach allows for different system configurations to be readily set up to suit differing application requirements.
Each system must contain at least one VideoBloX chassis. It is possible to connect more than one chassis either at the same location or at different locations with suitable data and video interlinks between the various racks. The form of interlink depends on the system type. It could be hard wired, fiber optics, radio, microwave or other. If there are a large number of video sources at a location which is remote from the monitoring location, then it is generally more cost effective to distribute the matrix switching system by locating a sub-chassis at the remote site (/s). This principle can be repeated for any number of remote sites.
Regardless of the number of sub-chassis required for a system, there will generally be one master chassis. The master chassis must contain a CPU module.
16 video outputs. The units are available in 8 channel and 16 channel versions, each of which may optionally include independent video titling on each output.
Generally, all VideoBloX modules have their own power supply units on board. All signal lines that run to the field are protected against limited over-voltages. Where any processing is required, this is done to the greatest possible extent in a distributed manner, with each module taking care of its own housekeeping. Local supply voltages are monitored and the module will be reset if the supply falls below the threshold. Watchdog timers monitor the operation of local CPU circuits and reset the circuits if a malfunction is detected. Each module has a DIP switch which is used to set the module address and indications which show the critical system status (power and communications). A broad range of diagnostics for each module is also provided.
RACK MOUNT SYSTEM CHASSIS
VideoBloX is housed in an 19" standard rack-mount industrial chassis. Various chassis heights are available to allow for different sized systems. The number of modules, which may be fitted, is shown in the following table:
Chassis Height Max Modules Typical size
2U 3 32 into 8
4U 7 80 into 16 or 64 into 32
8U 15 192 into 32 or 160 into 64
12U 23 320 into 32 or 288 into 64
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VideoBloX modules are mounted from the front of the chassis. The modules are fitted horizontally to allow for vertical system expansion. All modules (except the power supply module) are position independent.
Modules are "hot-swappable" and may be removed and reinserted with the power on. The power supply module is fitted vertically beside the other modules. This module may not be removed with the power switched on and is not position independent.
Figure 1-2 Rear View of VB Chassis
A separate terminal card is inserted at the rear of the chassis. Terminal cards for BNC input/output, D type connectors, alarm connectors, etc. are available. Although modules are position independent, it is necessary to match the module with the terminal card.
The VideoBloX chassis incorporates the following components:
Backplane: The backplane provides for distribution of power and control signals
as well as 64 audio or video (or mixed) signals. The distance between modules is 1/2U.
Cooling System: VideoBloX is equipped with fans, which provide forced cooling
to ensure reliable operation for a fully populated chassis in ambient temperatures up to 40 degrees Celsius. Highly efficient, switch mode power supplies are used throughout, which minimizes the power dissipated internally.
Terminal card mounting slots: Located on the rear of the VideoBloX chassis
allowing for different style terminal cards to be fitted.
Module mounting slots: Located on the front of the VideoBloX chassis allowing
for insertion of the full range of VideoBloX modules, except the power supply unit.
Power supply slot: Allowing for insertion of the power supply module accessible
from the front of the VideoBloX chassis.
System capabilities:
10,000 Video Inputs to 2,048 Monitor Outputs
2048 Sequences each with 32
Infinite Satellite Matrices connection
256 Keyboards or networked GUI workstations
256 user priorities
steps
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VideoBloX MODULES
2 VideoBloX MODULES
VB CHASSISS CONNECTIONS
Figure 2-1 displays the rear view of the 4U chassis (HVB4U). Note that the connections
of the 8U (HVB8U) and 12U (HVB12U) chassis are identical.
Note: 2U Chassis (HVB2U) should be powered by 24 VAC derived from a low capacitance-coupling transformer, such as a split bobbin transformer. Refer to
Voltage Input Connection
Main Input Power Connection
The main input power connector is a standard IEC power connector. This should be connected to the main input power supply, which may be 50 or 60 Hz. Make sure that the input voltage matches the voltage rating shown on the rear panel of the chassis. The earth connection must also be mode. The main input connector incorporates a fuse holder, which protects the main input power only. Note that the second fuse on the rear panel of the chassis is for the low voltage input only.
Low
Ideally, the main input power supply should have low noise levels, minimum voltage fluctuation and be protected against over voltages such as those induced by lightning.
Figure 2-1 Rear View of VideoBloX Chassis’ Main Power
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Note that the chassis may alternatively be powered via the low voltage AC / DC connector (see input power supply and the low voltage supply, to ensure continuous system operation in the event of failure of one of the power sources.
Low Voltage Input Connection). It is possible to connect both the main
Low Voltage Input Connection
This may be connected to a low voltage supply of 18-24 VAC or 18 to 24 VDC. This power input is
connector.
Note that the chassis may alternatively be powered via the main input power connector (see
Main Input Power Connection). It is possible to connect both the main input power
supply and the low voltage supply, to ensure continuous system operation in the event of failure of one of the power sources.
protected by means of the fuse, which is located adjacent to the power
Honeywell
WARNING: The main input power supply must be used in conjunction with an uninterruptible power supply (UPS) rated greater than 400 VA and is CE certified for system reliability. The UPS is not provided by Honeywell and is the responsibility of the installer.
WARNING: The HVB2U chassis must be powered by power supply, part number HPTV2402DWP, to be CE compliant.
Chassis Sync In
Optionally connect the master video synchronization source to this BNC connector. This allows all video switching to take place during the vertical sync of the master video source.
Note that video switching may also be synchronized to the main input or the sync signal on the "Control" connector.
Please refer to the on configuration / diagnostics relating to the sync input.
POWER SUPPLY MODULE section on Page 6 for further information
Control Expansion Connector
This connector allows for connection of control signals between multiple VideoBloX chassis. The pin-out of this connector is automatically modified depending on configuration for the chassis being a master or slave.
Generally, this connector may be wired pin to pin between one master and multiple slave chassis.
Communications Expansion Connector
This connector allows for connection of serial communications signals between multiple VideoBloX chassis.
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VideoBloX MODULES
The pin-out of this connector is automatically modified depending on configuration for the chassis being a master or slave. Generally, this connector may be wired pin to pin between one master and multiple slave chassis.
POWER SUPPLY MODULE
This module converts the main input power to an unregulated low voltage DC supply. The latest version of the power supply can accept AC input ranging from 115 V to 240 V 50 /
It is additionally possible to power a VideoBloX chassis from an 18 to 24 VAC or
60 Hz. 18 to 24 VDC supply. Power indications are visible from the front of the chassis. The power supply is equipped with the necessary protection and filtering to ensure regulatory compliance. It is possible to bring backup power into a chassis so that operation is not affected by the failure of the main input power supply. The power supply module provides an unregulated DC output to the backplane and each VideoBloX module is equipped with independent voltage / current regulation circuitry. The VideoBloX power supply has adequate capacity to power all modules within a chassis and also a limited number of external control keyboards.
A system reset push button is accessible from the front panel, after removal of a cover plate. The power supply module also incorporates communication drivers, used to interconnect multiple sub-racks for assembly of large matrices.
DIP Switch Settings
Figure 2-2 DIP Switches of Power Supply Module
There are 4 DIP switches on the power supply module, as is shown in Figure 2-2. Switch 1 and 2 are used to set baud rate in Backplane port, see table below.
Backplane Baud Rate Switch 2 Switch 1
9600 Baud Off Off
19.2 KB (Default) Off On
57.6 KB On Off
115.2 KB On On
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Switch 3 is used to determine whether the chassis generates or receives system synchronization signal.
Switch 4 is used to set the chassis to be the master or slave when multiple VideoBloX chassis are connected. Refer to the following table for detailed information.
Switch Position Off On
3
4 Chassis is a master Chassis is a slave
Chassis generates system sync
Chassis receives system sync signal
Reset Push Button
When this button is pressed, the chassis will be reset. Should the chassis be configured as a master, then all slave chassis will also receive a reset signal.
Indications
LED Name Description
Tx Data Flashes when there is data present on the backplane transmit data line Rx Data Flashes when there is data present on the backplane receive data line RTS Flashes when the chassis is transmitting data Video Sync On when sync input is present Reset On when the reset signal on the backplane is active
Honeywell
Sync Phase Adjustment
This adjustment determines the sync phase with respect to the main waveform. When sync is received via the rear panel "Chassis Sync In" BNC or via the "Control" connector, this adjustment will have no effect.
Chassis Expansion Driver Board
This is an optional PCB which is plug into the power supply module. This board contains the drivers and receivers which are necessary to interconnect master / slave chassis together. This is required when one or more slave chassis are connected to a master chassis. For a system which uses only one chassis, this optional board is not required.
Fitting Procedure:
1. Remove power from chassis
2. Remove 2 X fixing screws which secure power supply module to the front panel
3. Remove power supply module from chassis
4. Line up dual row connector on power supply board with expansion driver board.
5. Carefully press board into place.
6. Fasten board in place with 2 X M3 mounting screws.
7. Insert power supply module into chassis, carefully lining up with the chassis connector. Press all the way in.
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VideoBloX MODULES
8. Fasten the power supply module using the 2X fixing screws.
NETCPU & NETOSD MODULE
A VideoBloX system is controlled by a single master CPU module. For an expanded system, with multiple chassis, it is possible to interconnect the chassis and have a single CPU module control the entire system
Figure 2-3 Front and Rear Views of CPU Module
All system configurations are carried out by means of a PC running Windows 95 / 98 / 98SE / 2000 / XP or NT, which connects to the CPU module. Once configuration is complete, the PC may optionally be detached or used as a system activity logger. All configuration information is stored in non-volatile memory and is retained during a power loss for one month.
The NETCPU & NETOSD module monitors the operation of all modules installed into a chassis or sub-chassis. The software/operating system is installed into this module.
Features of the NETCPU and NETOSD modules are described as follows:
NETCPU functions and NETOSD functions integrated in one single board
66.7MHz processor core Motorola Coldfire, 32 bit RISC CPU
16MB flash memory to store system firmware
uCLINUX Operating System
Firmware can be upgraded via network
Non-volatile RAM memory to store system variables, configurations and
downloaded system code extensions
Power Supply monitor, automatically restart system operation in the event of
supply brownouts
10/100 base T Ethernet LAN connectivity
Lithium backup batteries
Front panel diagnostic indications
Respective power supply for the NETCPU and NETOSD
Four serial ports for communication and control
DIP switch for COM channel settings
16 video signal outputs
Six pushbuttons support flexible system information browse
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Honeywell
AUX
Recoverable over current protection
Interface protection compliance with FCC, CE requirements
Built-in real-time clock
The front panel indications provide basic information relating to the systems overall running condition and communication activity.
Five communication ports provide the following functions:
Port Type Description
Communications between CPU and various modules. Also
Backplane Open collector
Ethernet Ethernet port
expanded as RS422 for interconnection between multiple racks. Expansion also used for MVT (video titler) and various DVR/ device controllers
Connect to Ethernet for the configuration using NETCFG, for the operation using NETGUI, for the web browsing to upgrade firmware and diagnostics, for the telnet log onto Linux, for the 3rd part integration using TCP/IP Aux protocol, for the satellite connection
COM1 RS232/422
COM2 RS232/422 Satellite port
COM3 RS232/422/485 Connect to keyboard, PIT
Jumper Settings
NETCPU &NETOSD modules are integrated in the same board. They can be enabled by setting the jumpers on the right upper part of the board, see Ethernet connection of NETCPU, plug the five jumpers on the lower position, indicated by
Figure 2-4. To enable the Ethernet connection of NETOSD, plug the five jumpers on the
higher position, indicated by
Used for the third-party integration. Refer to APPENDIX C:
Command List for more detailed information.
Figure 2-4. To enable the
Figure 2-5 .
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VideoBloX MODULES
Figure 2-4 Jumpers Settings – Enable the NETCPU
Figure 2-5 Jumpers Settings – Enable the NETOSD
DIP Switch Settings
The NETCPU & NETOSD has four DIP switches to set the system. These switches are accessed by removal the front panel of the CPU.
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Figure 2-6 DIP Switches of HVBNET16CPU
DIP switch 1 is used to set communication parameters for the three serial ports.
Position Use Description
SW 1
SW 2
SW 3
SW 4
Com 1 port baud rate setting
Com 2 port baud rate setting
SW2/SW4/SW6 SW1/SW3/SW5
0 0 9600
0 1 19200
Honeywell
BAUD RATE
SW 5
SW 6
SW 7
Com 3 port baud rate setting
Switch Com1 between NETCPU & NETOSD
0= NETOSD
1= NETCPU
1 0 38400
1 1 57600
0 = Show Linux debug info
SW 8 Com 1 usage.
1 = Set COM1 to be used for third-party integration
DIP switch 2 is used to restore, set communications parameters and set video source.
Position Use Description
To set to factory settings, set it to 1 during
SW 1 Restore factory setting
reset. Then set it back to 0. (System IP will be initialed together, the default IP is 192.168.1.9)
0= RS-232
SW 2 Com 1 type
1= RS-422
0= RS-232
SW 3 Com 2 type
SW 4
Com 3 type
1= RS-422
SW5 SW4 Type 0 0 RS232 0 1 RS422 1 0 RS485
SW 5
1 1 Reserved
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VideoBloX MODULES
SW 6 Video source detection
SW 7 Loss video skip
SW 8
DIP switch 3 is reserved for future usage except the last three bits.
Position Use Description
SW 1 NETCPU Reserved
SW 2 NETCPU Reserved
SW 3 NETCPU Reserved
SW 4 NETCPU Reserved
SW 5 NETOSD Reserved
SW 6
SW7
Web password initialization
Language Selection
0= Don’t detect video source
1= Detect video source on input car
0= Include channel on video loss
1= Skip Channel on video loss
1 = Reset to default NETCPU web password ( The default password is “1234”)
0 = No action
SW8-SW6
000 means China and English
SW8
DIP switch 4 is used to set various parameters relating to NETOSD.
Position Use Description
SW 1 –SW 5 Output Group Address
SW 6 PAL/NTSC
SW 7
SW 8 Reset Web Password Changing from 0 to 1 resets web password
Output Group Address
Unit address can be set via switch 4. Following table display the relationship between switch 4 and address value.
SW4.5 SW4.4 SW4.3 SW4.2 SW4.1 Unit Address
Off Off Off Off Off 0
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Restore option( Act depend on switch 2 SW1)
100 means Korean and English
Refer to detailed information
0 = PAL 1 = NTSC
0 = Restore OSD setting except font library during system restore
1 = Restore OSD setting and font library during system restore
Output Group Address section for
Note: Each group has 64 output channel addresses, 0 is 1-64; 1 is 65-128 etc. This output group of output board and input board should be same in one chassis, otherwise the switch function can’t work.
Push Buttons
Push buttons on the front panel (see Figure 2-7 ) are used to select various diagnostic parameters.
Figure 2-7 Six Push Buttons
Off Off Off Off On 1 Off Off Off On Off 2 Off Off Off On On 3 Off Off On Off Off 4 Off Off On Off On 5
On On On On On 31
Push Button Button Function
ESC Exit the operation
Left Select previous diagnostic parameter
Right Select next diagnostic parameter
Up Select previous diagnostic screen
Down Select next diagnostic screen
ENTER Select corresponding menu
……
Honeywell
If buttons are pressed while the chassis is powered up (or reset), then additional functions are possible:
LED Indications
LEDs on the front panel are used to display working status of the chassis.
Figure 2-8 Diagnostics LED
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VideoBloX MODULES
Fuse
The NETCPU module and NETOSD module have 1 PCB mounted fuse separately, rated at 0.75A. The fuse should only blow in the event of a fault on the board. In such an event, the NETCPU & NETOSD module should be returned to a Honeywell distributor for repair.
Connections
All serial ports use the following pin-outs:
LED LED Function
PWR On when chassis is powered up NETCORE_CPU On when NETCORE for CPU module is inserted NETCORE_OSD On when NETCORE for OSD module is inserted BP Flashes when data transfer is detected on the backplane COM1 Flashes when data transfer is detected on COM1 port COM2 Flashes when data transfer is detected on COM2 port COM3 Flashes when data transfer is detected on COM3 port 10/100M ACT Flashes when data transfer is detected on Ethernet port 10/100M LNK Flashes when the connection is detected Ethernet port
Pin Definition
1 RS422 TX[+]/RS485[+]
2 RS422 TX[-]/RS485[-]
3 NC
4 RS232TX
5 GND
6 RS232 RX
7 RS422 RX[-]
8 RS422 RX[+]
Firmware Upgrade
Firmware of NETCPU & NETOSD module can be upgraded by internet. Upgrade files must be copied to local machine before upgrade.
NETCPU Firmware Upgrade
Perform the following steps to upgrade NETCPU firmware.
1. Enter the IP address in the Internet Explore address bar and press Enter. Then the Login page (
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Figure 2-9) is displayed.
Honeywell
Figure 2-9 Login Page
2. Enter user name and password in User Name and Password field. Default user name
is “administrator” while default password is “1234”. Click Login, then the HVBNETCPU homepage (
Figure 2-10 ) is displayed.
Figure 2-10 HVBNETCPU Homepage
3. Click CONFIGURATION tab to configure the network connections.
displays current network settings is displayed.
Figure 2-11 which
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VideoBloX MODULES
Figure 2-11 Configuring Network Connections
4. To change the network settings, edit the text in relative textboxes and click Apply.
For example, you change the IP Address to from 159.99.251.233 to 159.99.251.249 and click Apply.
Figure 2-12 is displayed.
Figure 2-12 Changing Network Connection Setting
To display the default network settings, click Default.
NOTE: When the IP address is changed, you can not continue the operation without
logging out and logging in again via the new IP address.
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Honeywell
5. To upgrade the NETCPU firmware, click UPGRADE tab. Figure 2-13 is displayed,
prompting you to make sure that the network is connected during file upgrade.
Figure 2-13 Confirming Network Connections
6. Click OK.
Select folder to be upgraded from the Select Folder drop -down list, see
Figure 2-14 Upgrading NETCPU Firmware
7. Click Browse… and select the upgrade file from local machine, see
Figure 2-15.
Figure 2-14.
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VideoBloX MODULES
Figure 2-15 Selecting NETCPU Upgrade File
If Application is selected from the Select Folder drop-down list, select file “HVBNETCPU_App.img” and click open. If FPGA, select file “HVBNETCPU_FPGA.img” and click open. And if Kernel, select file “HVBNETCPU_Kernel.img” and click open.
8. Click Send to start upgrade.
Figure 2-16 Upgrade in Progress
9. Once the upgrade is completed, reboot and return to the login page.
Figure 2-16 is displayed when upgrade is in progress.
Figure 2-17 is displayed, indicating the system will
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Honeywell
Figure 2-17 Upgrade Completed
NOTE: IP address of NETCPU will be reset to default values after rebooting when
upgrading the Application folder. Default IP address is 192.168.1.9. Therefore, you need to change your IP address so that it is in the same network segment with the NETCPU if necessary.
10. To change the login password, click Change Password on the right upper part of the
web page.
Figure 2-18 Changing Password
Figure 2-18 is displayed.
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VideoBloX MODULES
11. Enter the old password in Old Password textbox and new password in New Password and Confirm New Password textboxes. Then click Apply.
Figure 2-19 will be displayed if password has been changed successfully.
Figure 2-19 Changing Password Success
NOTE: Characters in password of NETCPU and NETOSD can be numbers, letters or
symbols. And it should include no more than
NOTE: In case that you forget the password, set SW8 of switch 2 to “1” to reset password to default value (hvs). Refer to information.
12. To logout this software, click Logout on the right upper part of the web page.
20 characters.
DIP Switch Settings on page 10 for detailed
NETOSD Firmware Upgrade
Perform the following steps to upgrade NETOSD firmware.
1. Enter the IP address in the Internet Explore address bar and press Enter. Then the
Login page (
Figure 2-20 Login Page
Figure 2-20 ) is displayed.
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Honeywell
2. Enter user name and password in User Name and Password field. Default user name
is “administrator” while default password is “1234”. Click Login, then HVBNETOSD homepage (
Figure 2-21 HVBNETOSD Homepage
Figure 2-21 ) is displayed.
3. Click CONFIGURATION tab, then
Figure 2-22 Configuring Network Connections
4. Refer to corresponding part in
configurations.
Figure 2-22 is displayed.
NETCPU Firmware Upgrade to change IP
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VideoBloX MODULES
5. To upgrade the input title font (see Input Title on page 52 ), short name of outputs font (see
104), click Language file tab on Figure 2-22, then Figure 2-23 is displayed.
Figure 2-23 Selecting Language
Outputs Detail on page 59) and message text font (see MESSAGE on page
6. Select the font style from Select language drop-down list. Then click browse to select corresponding upgrade file from local machine, see
Figure 2-24 Selecting Upgrade File
Figure 2-24.
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If Chinese is selected from the Select language drop-down list, select file “HVBNETOSD_chinese.lang” and click open. If English, select file “HVBNETOSD_English.lang” and click open. And if Korean, select file HVBNETOSD_Korean.lang” and click open.
Honeywell
7. Click Send to start upgrade. Then
Figure 2-25 Start Upgrade
Once upgrade is completed, system will reboot and return to the login page. Enter user name and password to login again.
Figure 2-25 is displayed.
8. To display software version, click Version Information tab under Language File tab.
Figure 2-26 is displayed.
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VideoBloX MODULES
Figure 2-26 Software Version
9. To upgrade the NETOSD firmware, click UPGRADE tab. prompting you to make sure that the network is connected during file upgrade.
10. Click OK.
11. Refer to corresponding part in firmware, change password and logout.
NOTE: In case that you forget the password, set SW8 of switch 4 to “1” to reset password to default value (hvs). Refer to DIP Switch Settings on page 10 for detailed information.
VIDEO INPUT MODULES
The video input module brings 16 video signals into the VideoBloX chassis. Each of the inputs may be routed to 1 or more of the 64 backplane channels. All input modules have 16 video inputs, but can be switched to 16, 32, or 64 (maximum) outputs. They have internal terminal switches.
Video Input Module Description
HVBM16 16 Inputs switch to 16 outputs
HVBM32 16 Inputs switch to 32 outputs
HVBM64 16 Inputs switch to 64 Outputs
Figure 2-13 is displayed,
NETCPU Firmware Upgrade to upgrade NETOSD
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Honeywell
Figure 2-27Video Input Modules (2 front panel options)
Rear panel terminal looks like:
Figure 2-28 Video Input Module (Standard – 16 BNC Inputs)
Figure 2-29 Video Input Module (Looping BNC Inputs)
The looping card allows for looping of video inputs to another matrix chassis or to an external video device, such as a VCR, DVR or multiplexer. Note that if a looping terminal card is installed, a blank cover plate needs to be placed above the input card on the front of the chassis.
When a system requires more than 64 video outputs (the maximum allowed in a single rack), cross-looping input terminal modules may be used. These modules allow for a cross-connection of 8 video inputs from each of the style ‘A’ and ‘C’ modules. When connected using coaxial ribbon cables, each chassis receives all 16 video inputs. The ‘B’ style cross-connection module allows for interconnection of up to 4 VideoBloX chassis.
Figure 2-30 Type A, B and C Cross-Connect Looping Input Terminal Modules
VideoBloX input module has following features:
Own CPU -- switches voltage regulator and fuse protection.
One internal terminal switch -- located on the front edge of the PCB
LED indicators – indicates working status of the input modules.
DIP Switch Settings
Dependant on the style of input module, DIP switches will be as per one of the following diagrams. Note that the address is set in binary. For more information, please refer to the table as below:
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VideoBloX MODULES
SW1.8 SW1.7 SW1.6 SW1.5 SW1.4 SW1.3 SW1.2 SW1.1 Unit Address
Off Off Off Off Off Off Off Off 0-not allowed Off Off Off Off Off Off Off On 1 Off Off Off Off Off Off On Off 2 Off Off Off Off Off Off On On 3 Off Off Off Off Off On Off Off 4 Off Off Off Off Off On Off On 5 Off Off Off Off Off On On Off 6 Off Off Off Off Off On On On 7
DIP Switch Settings of HVBM64
Figure 2-31 shows the DIP switch settings for the HVBM64 module.
DIP Switches S1 (1-8) and S2 (1-3) define the card’s address in a binary format
and is set to represent the camera range. For cameras 1-16, set the address to 1, and cameras 17-32 set to 2, etc.
DIP Switch S2 (4-8) sets the monitor group in binary format. Each monitor group
contains 64 monitors. Setting S2 (4-8) to ”00000” means the input card should be mounted in the chassis whose outputs range from 1 to 64. Setting S2 (4-8) to ”100000” means the input card should be mounted in the chassis whose outputs range 65-128.
Note: This setting is relative to the output group address setting of the output board. In one chassis all the input and output board should be set in the same output group. Please refer to Page 12.
DIP Switch S3 (1-2) not used, set to off.
DIP Switch S3 (3-5): Only S3(3) has been implemented. When S3(3) is on,
replies will be muted. Used for systems that have 2 or more input cards with the same address (e.g. systems with more than 64 outputs).
S3 (6) is used for testing to switch 16 cameras to the outputs. If the address is 1,
cameras 1-16 will be switched to monitors 1-16. If the address is 2, cameras 1­16 will be switched to monitors 17-32, etc.
S3 (7) is a test mode that will randomly switch cameras to monitors. Used in
manufacturing.
S3 (8) is not used.
Note: For DIP switch, UP is 1 or ON, DOWN is 0 or OFF.
Figure 2-31 HVBM64 DIP SW Settings
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LED Indications
The LED on the front panel of the input card indicates the power status. Each time that a serial message is received via the backplane port, the LED will flash briefly.
Fuse
The input module has a 4A fuse mounted on the board. This fuse should only blow in the event of a fault on the board. In such an event the input module should be returned to a Betatech distributor for repair.
Connections
The standard video input is connected by a BNC connector.
VIDEO OUTPUT MODULES
The video output module provides 16 video signals from the VideoBloX chassis. Each of the outputs is associated with one of the 64 backplane channels.
Figure 2-32 16 Channel Video Output Modules - Front View
Honeywell
Figure 2-33 16 Channel Video Output – Rear View
The output module has limited protection against over-voltages, such as those induced by a nearby lightning strike. It also has a range of jumpers which are populated to determine which group of 16 video outputs the module receives from the backplane.
WARNING: The user should not modify the jumpers
Output cards should be ordered for specific output channels.
TITLED VIDEO OUTPUT MODULE
The titled video output module output 16 titled video signals from the VideoBloX chassis. Each of the outputs is linked to one of the 64 backplane channels.
.
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VideoBloX MODULES
Figure 2-34 the Titled Video Output Module – Front View
Figure 2-35 the Titled Video Output Module – Rear View
The titled output module has following features:
40 characters by 16 lines text (PAL) or 40 characters by 13 lines text (NTSC)
generation capability.
Font fringe design to let the OSD suit different brightness environment.
Built in real time clock.
Firmware is upgradeable using web browsing.
Non-volatile RAM with Lithium standby battery to store camera titles in ca se of
power loss. The camera titles are stored in the output card and the CPU.
Limited protection against over-voltages, such as those induced by a nearby
lightning strike.
DIP Switch Settings
The output cards use a daughter board to set the output range (i.e. monitor 1-16 or 17-32, etc.). Refer to
Figure 2-36 Output Position Selections
DIP Switch Settings in NETCPU & NETOSD MODULE section on page 8.
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Module Board Setting, Video Outputs 1-64
Figure 2-37 Select Different 16 Outputs Group Through Plug-in Board
Honeywell
Module Board Setting, Video Outputs 1-16
Figure 2-38 Select Video Output 1-16 (Position A and B)
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VideoBloX MODULES
Module Board Setting, Video Outputs 17-32
Figure 2-39 Select Video Output 17-32 (Position E and F)
Module Board Setting, Video Outputs 33-48
Figure 2-40 Select Video Output 33-48 (Position C and D)
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Module Board Setting, Video Outputs 49-64
Figure 2-41 Select Video Output 49-64 (Position G and H)
Honeywell
AUDIO INPUT MODULE
The audio input module brings 16 balanced audio signals into the VideoBloX chassis. Each of the inputs may be routed to 1 or more of the 64 backplane channels.
Figure 2-42 Front and Rear Views of Audio Input Module
Figure 2-43 Front and Rear Views of Audio Input Module (RJ45)
VideoBloX audio input module has following features:
Balanced input capability
Gain adjustment on the front panel
Overload (peak) indications
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VideoBloX MODULES
Phantom powering option
20 dB pad to cater for a wide range of input signal levels.
High pass and low pass filter options
PIN OUT of RJ45 termination
Each RJ45 port can accommodate four audio inputs. The detailed pin out is as below.
Figure 2-44 Pin of RJ45
DIP Switch Settings
Perform the following steps to set the Audio Input Module DIP switches.
S1 (1-8) sets the module address. This must be non-zero. A value of 1
S2 (1) Turn on to associate the module with output channels 65 to 128.
S2(2) Turn on to cause the module to work transparently as a slave to another
S2/4 Turn on to cause the module to enter test mode. In this mode, the module
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addresses the card to accept audio inputs 1 to 16, etc.
input module. This mode allows two cards to work synchronously for switching stereo signals.
S2(3) Turn on to cause the module to automatically switch its 16 audio inputs to 16 audio outputs when power up. In this mode, the address switch determines which output group will be used.
rapidly cycles various inputs to outputs. This is useful for bench-top faultfinding and should not normally be used in the field.
Figure 2-45 DIP SW Setting of Audio Input Module
Jumpers Settings
Phantom Power and 20dB Pad Jumpers
Fit the two phantom power jumpers as per the legend shown alongside to provide phantom powering for external microphones. In all other cases, these jumpers should not be fitted.
Honeywell
Fit the two 20 dB pad jumpers as per the legend alongside to reduce the gain of the audio input stage by 20 dB. This allows for high level audio inputs, such as line
signals.
Figure 2-46 20dB Jumper Selection
High Pass Filter and Low Pass Filter Jumpers
Place the jumper in the position shown as “Hi Filter On” to enable the high pass filter
function. This reduces the level of signals below 300 Hz
level
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VideoBloX MODULES
Place the jumper in the position shown as “Low Filter On” to enable the low pass filter
function. This reduces the level of signals above 6000 Hz
Figure 2-47 Jumper Setting for Low Pass or High Pass Filter
Adjustments
Gain Adjustment
Adjust the gain control on the front panel to an optimum level for each input. This level will result in a bright LED indication for “Signal”, with only occasional flashes of the “Peak” LED when the input signal is at the maximum expected level.
CMRR Adjustment
This adjustment sets the common mode rejection for the balanced inputs. It is factory calibrated and should not be adjusted by the user. The optimum level is that where a minimum output signal is obtained when both + and - input signals are driven by the identical
Figure 2-48 CMRR Adjustment
signal (inputs shorted).
Connecting a Microphone to the Audio Input Module
The following diagram shows how to connect a microphone to the Audio Input Card. Set the phantom power jumpers on the audio input module as described in the Phantom
Power and 20dB Pad Jumpers
section.
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Figure 2-49 Diagram of Connecting a Microphone
Honeywell
AUDIO OUTPUT MODULE
The audio output module provides 16 audio output signals from the VideoBloX chassis. Each of the outputs is associated with one of the 64 backplane channels.
Figure 2-50 Front and Rear Views of 8 and 16 Channel Audio Output Modules
VideoBloX audio output module has following features:
Front panel accessible gain adjustment
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VideoBloX MODULES
Balanced (differential) signal output.
Limited protection against over-voltages, such as those induced by a nearby
lightning strike.
The output module has a range of jumpers which are populated to determine which group of 16 audio outputs the module receives from the backplane.
WARNING: The user should not modify these jumpers. The audio
output cards should be ordered for specific output channels.
CHASSIS INTERLINK INPUT AND OUTPUT MODULE
The Chassis Interlink Input and Output Modules allow multiple chassis to be connected together, increasing the number of inputs of a matrix switching system.
Figure 2-51 Chassis Interlink Output Module
Figure 2-52 Chassis Interlink Input Module
Input and Output Interlink modules have the following features:
32 input /output channels, allowing for high density interconnects.
Balanced video driver and receivers allow high quality twisted pair connections
for video.
The “Main” chassis of a matrix is that which incorporates the video output modules, which connect to video monitors. All other chassis are “Sub-Racks”, which uses interlink modules to connect their backplane signals
There are no adjustments or DIP switches on the interlink output module. User configurable jumpers allow this module to be available in two options, channel 1 to 32 and channel 33 to 64. Should a matrix be expanded to more than 64 outputs, these two options are still used and refer to the backplane channels within each sub-rack. Interlink outputs are connected to interlink inputs in the main chassis by means of cables with RJ45 connectors, each carrying 4 signals.
to the main chassis.
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Figure 2-53 Back Plane Video Channels Selection for interlink input module
DIP Switch Settings
Figure 2-54 DIP SW Settings for interlink input module
Honeywell
Set the Interlink Input DIP switches as follows:
Set the “Start Address” SW1 (1-8) and SW2 (1-3) to match the address of the
first input card within the connected sub-chassis.
Set S2 (4-8) to determine which group of the 64 output signals this module will
control. For monitors 1-32, SW2/4 – SW2/8 should be set to 00000; for monitors 33-64 SW2/4 – SW2/8 should be set to 00001.
Figure 2-55 SW1 and SW2 settings for interlink input module
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VideoBloX MODULES
Set the “End Address” SW3 (1-8) and SW4 (1-3) to match the address of the last
input card within the connected sub-chassis.
SW4 (4-5) are reserved for future use to select protocols.
SW4 (6) is used for testing to switch inputs to the outputs, camera 1 to monitor 1,
camera 2 to monitor 2, camera 15 to monitor 15, etc.
Turn SW4 (7) to on to enter test mode. In test mode, the module cycles various
inputs to outputs. This is useful for bench-top fault-finding and should not normally be used in the field.
SW4 (8) is not used.
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Figure 2-56 SW 3 and SW 4 settings for interlink input module
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SYSTEM CONFIGURATION
3 SYSTEM CONFIGURATION
OVERVIEW
This chapter guide you configuring the VideoBloX Matrix Switching System in detail. All the configurations are based on the following assumptions:
- All steps assume that the VideoBloX NetCPU Configuration program is running.
- Inputs = cameras or standby VCR outputs
- Output = monitors, DVRs, VCRs, or similar devices
- Linking and Devices will not be addressed in this reference.
PLANNING YOUR SYSTEM
Effective setup of your Matrix Switcher requires planning. The Microsoft™ Excel file input.xls may be beneficial in planning your system. Prior to configuring the system, understand the following terms and have the information available.
Channel
Group
Physical
Type
PTZ Address
Alternate View
Title
Short Name
Title Channel
Dedicated VCR
Input number of the camera
Grouping of cameras for defining access permissions
Physical input number of camera
Static (fixed) or PTZ
Address of the PTZ
Camera that is selected as the secondary view (another angle)
Name assigned to the camera – include the input number in the title.
Abbreviated camera identifier that will be displayed on the keyboard. Fixed = CAM, PTZ = PTZ
PVT number PVT channel port number Calculated address (Title Channel) = (PVT-1) * 16 + port number
PVT number device address (1-16) Calculated address (Dedicated VCR) = (PVT-1) * 16 + device address
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Dedicated VCR Type
Type of device as determined by the device configuration tab. Regular VCR = Type 1. Mux = Type 2.
NETCPU SYSTEM CONFIGURATION BUTTONS
When the VideoBloX NERCPU Configuration program is run, the following is the initial screen for configuration.
Figure 3-1 Initial Configuration Screen
The following buttons are consistent among each screen and are used as follows:
Button Description
The Edit Database check box presents the experienced user with the opportunity to edit the database in a table form. This option should not be used by anyone who is not completely knowledgeable in all aspects of the system. Incorrect editing of the database may render the database unusable.
Download data for the current page. (Overwrites NetCPU Configuration.) Use this after editing a screen.
Upload data for the current page. (Overwrites PC Configuration.)
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SYSTEM CONFIGURATION
Download all data for the current pages. (Overwrites NetCPU Configuration.) Use after extensive editing.
Upload all data for the current page. (Overwrites PC Configuration.)
Create default database for selected page. This also erases all existing data.
Indicates when the configuration program has made a
Use after editing each screen.
connection to the NetCPU.
Display the edition number of HVBNETCPU.
System
Use
Inputs and Sequences have the capability of being “Saved to Flash.”
There are three utility buttons on the System tab. Refer to the following illustration and table for location and description of each utility.
Figure 3-2 System Configuration
after an extensive editing session.
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Utilities Button Definitions
Reset the hole system.
Synchronizes the time on all devices in the system.
Opens the Diagnostics window for selecting the various system diagnostic screens that can be viewed. This button emulates the various diagnostic buttons on the front of the CPU. Below are two examples of diagnostic screens that can be selected.
Honeywell
License
Click on the Close button to exit the Diagnostics window.
The System License information is displayed on the License Tab. The configuration software is provided with the hardware.
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SYSTEM CONFIGURATION
Figure 3-3 System-License Configuration
Sizing
Field Description
Installation Name
License Number
Licensed User
Licensed Company
Second Language
Monitor title Enable
Title Enable
After entering the data in each field, click on to save/download all information from the current page.
To configure the system size, click on the Sizing Tab. Configuring the system size to match the actual system improves the efficiency of the system. The default system sizing contains the maximum number allowed for each device or item.
Enter an appropriate name that defines the system installation.
This field is not used.
This field is not used.
This field is not used.
The OSD language of this system.
Enable monitor title
Title function enable
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Figure 3-4 System-Sizing Configuration
Honeywell
Field Definitions
Field Description
Video Matrix
Max Inputs Defines the maximum number of video inputs in the system.
Max Outputs Defines the maximum number of video outputs in the
Audio Matrix
Max Inputs Defines the maximum number of audio inputs in the system.
Max Outputs Defines the maximum number of audio outputs in the
Max User Defines the maximum number of users that have access to
Max K/B Defines the maximum number of keyboards in the system.
Max Alarm Defines the maximum number of keyboards in the system.
The max value is 10000.
system. The max value is 2048
The max value is 4096
system. The max value is 2048
the system. The max value is 255
The max value is 255
The max value is 6256. 1-6000 are GPIO alarm in 250 boards (24 alarms pre boards), 6001-6256 are concentrator alarm in 16 groups (16 alarms pre group).
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SYSTEM CONFIGURATION
Max Message Defines the maximum number of messages the user can
program. The max value is 1024.
Max Device Type Defines the maximum number of device types (VCRs/DVRs,
Multiplexers) in the system. The maximum number of different device types is 32.
Max Sequence Defines the maximum number of sequences that can be
programmed in the system. Sequences are used to perform Actions in response to Events. The max value is 2048.
Max Scene Defines the maximum number of scenes that can be
programmed in the system. The max value is 512.
Max Group Defines the maximum number of groups that can be
programmed in the system. The max value is 100.
Max TOD Defines the maximum number of TODs that can be
programmed in the system. A TOD is a programmed response to an event depending on the Time Of Day.The max value is 256
When the sizing fields are set to the actual system parameters, click on to save/download all information from the current page.
Date/Time
Click on the Date/Time Tab to define the format used for all displays of the date and time in the system. The Auto Time Sync Interval can also be set from this menu.
Figure 3-5 System-Date/Time Configuration
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Field Definitions
Field Description
Time Format Defines the time format displayed in the matrix system.
Short Time Format Defines the abbreviated version of the time format.
Auto Time Sync Interval
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%H:%M:%S %d/%m/%y %I =
Hours: Minutes: Seconds Day/Month/Year %I : 12 hour.
with century. %d/%m/%Y : DDMMYYYY; %Y/%m/%d : YYYYMMDD; %Y/%d/%m : YYYYDDMM; %m/%d/%Y : MMDDYYYY; %d %b %Y : DDMMMYYYY; %d %B %Y : DDMMMYYYY; %b %d %Y : MMMDDYYYY; %B %d %Y : MMMDDYYYY; %Y %d %b : YYYYDDMMM; %Y %d %B : YYYYDDMMM; %Y %b %d : YYYYMMMDD; %Y %B %d : YYYYMMMDD;
without century %d/%m/%y : DDMMYY; %y/%m/%d : YYMMDD; %y/%d/%m : YYDDMM; %m/%d/%y : MMDDYY; %d %b %y : DDMMMYY; %d %B %y : DDMMMYY; %b %d %y : MMMDDYY; %B %d %y : MMMDDYY; %y %d %b : YYDDMMM; %y %d %B : YYDDMMM; %y %b %d : YYMMMDD; %y %B %d : YYMMMDD;
Defines the occurrence of when the system synchronizes the time on all devices in the system. The following entries apply: 0 = the auto time synchronization is disabled 60 = the auto time synchronization occurs every hour 1440 = the auto time synchronization occurs every day 10080 = the auto time synchronization occurs once per week.
After entering the data in each field, click on to save/download all information from the current page. For the time format, please updates the title information after modify the format.
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SYSTEM CONFIGURATION
Communications
Click on the Communications Tab to define the system communication parameters.
Figure 3-6 System-Communications Configuration
Field Descriptions
Field Description
IPAddress Enter the IP address of the matrix. Contact your system
IPPort Defines the IP Port being used by the matrix. Contact your
Interpacket Delay Defines the amount of delay between the transmissions of
After entering the data in each field, click on to save/download all information from the current page.
Installer
The Installer Tab is not functional at this time.
administrator for assistance.
WARNING: Entering an incorrect IP address can cause severe disruption or degradation of your network.
network administrator for assistance.
data packets. The minimum recommended delay is 60. The lower the delay, the faster uploads/downloads occur. Note that lower delays have a greater impact on standard system operation while downloading configuration.
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Figure 3-7 System-Installer Configuration
INPUTS (Adding a video input)
Honeywell
Inputs Detail
The fields necessary to add a video input are on the Inputs tab. The Inputs Detail tab is used to enter all physical characteristics for a video input.
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SYSTEM CONFIGURATION
Figure 3-8 Inputs – Detail Configuration
Field Definitions
Field Description
HEADING
Input Number Number assigned to the video input being configured.
Camera Name Camera title associated with this video input. (see Input
Camera Short Name Abbreviated camera title associated with this video input.
INPUT DETAIL
Physical IP Physical input connection to the matrix (BNC connector).
Set. Addr For use in future software release.
PAN / TILT / ZOOM
Type Type of Video Source attached to this input (Static, PTZ, and
Board Addr The board Addr of GPIO board.
PTZ Address Physical address of PTZ camera.
AUDIO
Enabled Selects whether there is an audio input associated with this
Title
).
(see
Input Title).
UTC).
(Active only if PTZ was selected for input Type.)
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video input.
Physical I/P Physical audio input connection (jack number).
VIDEO LOSS
Enabled Enables automatic video loss detection for this input.
Priority Sets the priority level for video loss sequence on this input.
(Active only when Video Loss is enabled.) Priority can be set to a number between 0 and 255 with 0 being the highest priority. The sequences are activated based on priority. For example, if a sequence with priority 3 has a camera switch to a monitor, and the sequence has locked the monitor, a sequence with a lower priority (greater than 3) will not be able to switch a camera to that same monitor.
Sequence Sequence that will be started when Video Loss is detected.
(Active only when Video Loss is enabled.) Sequence may be selected using either sequence description or number.
Edit Allows editing of the sequence which will be started when
Video Loss is detected (if Video Loss is enabled).
VIDEO RESTORE
Enabled Enables automatic video restoration detection for this input.
Priority Sets the priority level for video restoration sequence on this
input. (Active only when Video Restore is enabled.) Priority can be set to a number between 0 and 255 with 0 being the highest priority. The sequences are activated based on priority. For example, if a sequence with priority 3 has a camera switched to a monitor, and the sequence has locked the monitor, a sequence with a lower priority (greater than 3) will not be able to switch a camera to that same monitor.
Sequence Sequence that will be started when video is restored.
(Active only when Video Restore is enabled.) Sequence may be selected using either sequence description or number.
Edit Allows editing of the sequence which will be started when
video is restored (if Video Restore is enabled).
INPUT NOTES
ALTERNATE VIEW
Enabled Enables selection of an alternate view for this input.
Channel Used to specify the channel of the alternate view associated
Free-form field. (i.e., “High Resolution Color Camera ACC484TP with ALM29V8F95 Manual Iris Lens. Plug-in transformer located in Terminal Room B28.”)
with this input. (Active only when Alternate View is enabled.)
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SYSTEM CONFIGURATION
DEDICATED VCR
Type Type of device as determined by the device configuration
Address Control address for the VCR/Device associated with this
tab. Standard VCR = Type 1. Mux = Type 2.
input.
Steps for Configuring Video Input Details
1. On the Inputs screen, select the Detail tab on the right side of the window.
2. Select the Input Number to be used for this input.
3. Enter the Physical I/P address of the input connection.
4. Select whether the input is a Static (fixed) or PTZ camera. If PTZ is selected, enter the PTZ Address. If the PTZ is connected via PIT44 through Com 3, the Board Addr is useless.
6. If audio is associated with this input, check the box to Enable audio and enter the physical address of the audio input.
7. To enable automatic Video Loss detection, check the Enabled box, set the Priority, and select a Sequence to run when video loss is detected. Edit the Sequence if needed.
8. To enable automatic Video Restore detection, check the Enabled box, set the Priority, and select a Sequence to run when video loss is detected. Edit the sequence if needed.
9. To enable an Alternate View for this input, check the Enabled box and set the Channel of the alternate view/input.
10. To associate a Dedicated VCR or device with this input, select the device Type and Address. The type definition of device and the device command frame, please refer section Device in this chapter. Disable this option by selecting Disabled.
11. Enter Notes about this input in this free-form field. It is helpful to include camera model number, lens, and location of power supply.
Input Title
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12. Select
The Inputs Title tab is used to enter all logical characteristics for the video input. Input Title can be entered here as text on the Titled Video Output Module or on the PVT channel.
to save/download all information from the current page.
Heading
Honeywell
Figure 3-9 Inputs – Titles Configuration
Titles Tab
Field Definitions
Field Description
HEADING
Input Number Number assigned to the video input being configured.
Camera Name Camera title associated with this video input as edited in the
Camera Short Name Abbreviated camera title associated with this video input as
TITLE
Name Camera title associated with this video input. This title
Short Name Abbreviated camera title (up to 12 characters) associated
X Pos The Title’s horizontal offset relative to the X position of the
Carries over from Inputs Details window.
Titles section of this window.
edited in the Title section of this window.
displays in the on-screen display and in the Heading of this screen. Camera Name can be up to 50 characters but due to character format, font size, and monitor used, some text may be cut off from view. We therefore recommend that Camera Name be initially set to 36 characters.
with this video input which is shown on the keyboard display. This Short Name also is displayed in the Heading of this screen.
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SYSTEM CONFIGURATION
display origin.
Y Pos The Title’s vertical offset relative to the Y position of the
display origin.
Style Specifies the Title’s on-screen appearance
(Text / Keyline / Background).
DISPLAY ORIGIN
X Pos The horizontal position from the left side of the screen for all
text display. Default value is 8 (top of the screen).
Y Pos The vertical position from the left side of the screen for all
text display. Default value is 8 (left of the screen).
DATE / TIME
X Pos The Date / Time’s horizontal offset relative to the X position
of the display origin.
Y Pos The Date / Time’s vertical offset relative to the Y position of
the display origin.
Style Specifies the Title’s on-screen appearance
(Text / Keyline / Background).
TITLE LOCATION
Output If the Output box is checked, the title is generated from the
Video Output Module installed in the chassis. If the Output box is not checked, the title comes from the PVT Channel. (In this situation, it is important to know the PVT channel associated with the Video Input on the Matrix.)
I/P Channel Channel number for an input titler associated with this input.
(For future function.)
Brightness The brightness of the title.
Steps for Configuring Input Title
1. On the Inputs screen, select the Title tab on the right side of the window. The heading information for the input (number, name, abbreviated name) remains visible.
2. Enter/edit the input Name. Include the input number in the camera name entered as it does not appear on its own in displays or reports.
3. Enter/edit a Short Name for the input. For example, “Cam 8899 PTZ West Lobby”
4. Enter an X Position and Y Position for the Title Display. These fields provide for offsets of the text within the display field available. Note, however, that selecting an offset changes the number of characters that will be visible on a monitor. Maximum X value = 40; Maximum Y value = 28.
5. Select the Style of the displayed text and time.
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6. Select the defined Brightness option for the Title and time display.
7. Enter an X Position and Y Position for the Display Origin. Display Origin is the starting point for the text block. These values move the entire block of text to a new location on the monitor. The values X=8, Y=8 place the text block in the upper left corner of the screen.
8. Enter an X Position and Y Position for the Date/Time display. These values set the location of the Date/Time display. Default values X=1, Y=1 place the Date/Time display at the bottom left of the screen.
9. Check the Output box if information will be provided by a Title Output Card in the Video Matrix.
10. If the Output box is not checked, enter the I/P channel of the Input Titler associated with this input.
Input Access
11. Select
The Inputs Access capability allows inputs to be assigned to a Group. The Groups are then used in defining the privileges an operator has for viewing, editing, and controlling specific Groups.
Figure 3-10 Inputs – Access Configuration
to save/download all information from the current page.
Access Button
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SYSTEM CONFIGURATION
Field Definitions
Field Description
HEADING
Input Number Number assigned to the video input being configured.
Carries over from Inputs Detail window.
Camera Name Camera title associated with this video input as edited in the
Inputs Title tab.
Camera Short Name Abbreviated camera title associated with this video input as
edited in the Inputs Title tab.
GROUP NAME (COLUMN)
INPUT ACCESS (ROW)
Steps for Configuring Input Access
Set access for each video input using the following methods:
Click on the Access button to include this input / exclude this input from ALL
groups. (Include = include/exclude settings.
9 / Exclude = U). Click on the Access button again to toggle between
Available groups (up to 128, as defined on the Inputs Group Name tab) are displayed in columns.
Indicates the groups in which the input is included / excluded.
Click on a Group column or on an individual cell (in the Access row) of the table to
include this input / exclude this input from a particular group. (Include = Exclude = U). Click on the Group again to toggle between include/exclude settings.
Cameras can be in more than one group at a time.
Select
Input Group Names
The Inputs Group Names tab is used to set up meaningful groupings/names for inputs.
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9 /
to save/download all information from the current page.
Heading
Field Definitions
Honeywell
Figure 3-11 Inputs – Group Names Configuration
Group names tab
Field Description
HEADING
Input Number Number assigned to the video input being configured.
Carries over from Inputs Detail window.
Camera Name Camera title associated with this video input as edited in the
Inputs Title tab.
Camera Short Name Abbreviated camera title associated with this video input as
edited in the Inputs Title tab.
GROUP NUMBER
GROUP NAME
Number assigned to each inputs group.
Text entered to name/identify a particular inputs group.
Steps for Configuring Input Group Names
1. Select a group number to use. Do not edit the Group Number column.
2. Modify the text in the Group Name field to a meaningful means of grouping inputs. Once the group name is modified, the values will be carried over into other applicable windows.
3. Select
to save/download all information from the current page.
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SYSTEM CONFIGURATION
Links (Setting satellite)
Figure 3-12 Inputs – Group Names Configuration
Field Definitions
Field Description
HEADING
Address Number assigned to the Satellite being configured.
IP address Set the satellite VedioBloX IP which connects to this VB, if
IP Port Set IP port. The default value is 8888.
Name The name of satellite VB
Type ‘Ethernet’ is the NET VB; ‘Local’ is the original VB.
DETAIL
Trunk Set the Trunk. The system will switch input of other VB to
Local priority The operation priority of the satellite VB on the VB user is
the IP is equal to the Machine you are setting, the address you are setting will be set as this VB’s satellite address.
the remote output, and switch the local input to the output users chosen. The Remote output and Local input are connected witch BNC line.
setting. (For future use.)
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An example of satellite addresses setting.
Here are 2 sub-VBs and one Main VB. The Main VB is an original VB. The two sub-VBs are connected to each other via Ethernet. One of the two sub-VBs (called VB1) is connected to the Main VB.
The Link setting of Main VB is described in the following table. Its IP is 192.168.1.11.
Address Type IP Comment
1 Ethernet 192.168.1.11 Same with Main VB’s IP. the Main
2 Ethernet 192.168.1.12 Address 2 is a Net VideoBloX.
3 Local NULL Address 3 is an original VB. Connect
The Link setting of sub-VB whose IP is 192.168.1.12 is described in the following table.
Address Type IP Comment
1 Ethernet 192.168.1.11 Address 1 is a Net VideoBloX.
2 Ethernet 192.168.1.12 Same with Sub VB’s IP, so the
Honeywell
VB’s satellite address is 1.
Main VB via Com2.
Sub VB’s satellite address is 2.
3 Ethernet 192.168.1.11 Although this VB is an original VB,
OUTPUTS (Adding a video output)
Outputs Detail
The fields necessary to add a video output are on the Outputs tab. The Outputs Detail tab is used to enter all physical characteristics for a video output.
but it connect to Main VB, so when Sub VB wants to control this VB, the Sub VB still needs to send commands to Main VB, and then Main VB will transfer the commands to the original VB.
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SYSTEM CONFIGURATION
Figure 3-13 Outputs – Detail Configuration
Field Definitions
Field Description
HEADING
Output Number Number assigned to the video output being configured.
OUTPUT DETAIL
Physical O/P Actual output/monitor connection number
(provided by the installer).
Type Type of function for this output. Available options are
Unused, Monitor, Untitled Out (for future development), Interlink Out (for future development), VCR (for future development), and Frame Grabber (for future development).
IP Address N/A (For use in future development).
Output Name Output name associated with this output. The Output Name
can be up to 50 characters. The Output Name is used for reference and reporting. The Output Name is not outputted on the PVT channel.
Short Name Abbreviated title associated with this video output
(up to 12 characters).
AUDIO
Enabled Selects whether there is an audio output associated with this
video output.
Physical O/P Physical audio output connection (jack number).
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OUTPUT NOTES
LOCATION
Enable Enable output title.
X pos X position of the output title
Y pos Y position of the output title
Free-form field. i.e., “17-in Monitor – Top Left in Surveillance Bay 2”
Steps for Configuring Video Output Detail
1. On the Outputs screen, select the Detail tab on the right side of the window.
2. Select the Output Number to be used for this output.
3. Enter the Physical O/P address of the output connection.
4. Select Monitor for the Output. Other options are intended for future releases of the Matrix Switcher.
5. Enter/edit the Output Name. Include the output number in the name entered as it does not appear on its own in displays or reports.
6. Enter/edit a Short Name for the output.
7. If audio is associated with this output, check the box to Enable audio and enter the physical address of the audio output.
8. Enter Notes about this output in this free-form field. It is helpful to include the output
9. Select to save/download all information from the current page.
Output Access
The Outputs Access tab is used to set permissions for all video outputs.
location in this field.
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SYSTEM CONFIGURATION
Figure 3-14 Outputs – Access Configuration
Access tab
Field Definitions
Field Description
HEADING
Output Number Number assigned to the video output being configured.
Carries over from Outputs Detail window.
GROUP NAME (COLUMN)
OUTPUT ACCESS (ROW)
Available groups (up to 128, as defined on the Outputs Group Name tab) are displayed in columns.
Indicates the groups in which the output is included / excluded.
Steps for Configuring Output Access
Set access for each video output using the following methods:
Click on the Access button to include this output / exclude this output from ALL
groups. (Include = include/exclude settings.
Click on a Group column or on an individual cell (in the Access row) on the table
to include this output in / exclude this output from the particular group. (Include =
9 / Exclude = U). Click on the Group again to toggle between include/exclude
settings.
9 / Exclude = U). Click on the Access button again to toggle between
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Outputs can be in more than one group at a time.
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Select
Output Group Names
The Outputs Group Names tab is used to set up meaningful groupings/names for outputs.
Figure 3-15 Outputs – Group Names Configuration
to save/download all information from the current page.
Group names tab
Field Definitions
Field Description
HEADING
Output Number Number assigned to the video output being configured.
Carries over from Outputs Detail window.
GROUP NUMBER
GROUP NAME
Number assigned to each outputs group.
Text entered to name/identify a particular outputs group.
Steps for Configuring Output Group Names
1. Select a group number to use.
NOTE: Group number is an editable text field capable of accepting numeric values. In the database, the group number is still defined as originally set.
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SYSTEM CONFIGURATION
For example, default values are shown as 1, 2, 3, 4, etc. If “2” is revised to be “23”, the list will display as 1, 23, 3, 4, etc. and the original row 23 remains the same. We recommend that the Group Number field NOT be revised.
2. Modify the text in the Group Name field to a meaningful means of grouping outputs. Once the group name is modified, the values will be carried over into other applicable windows.
SCENES
Scenes
3. Select
The fields necessary to define a scene are on the Scenes tab.
A Scene is the name for a number of cameras looking at the same view. The scene is defined with a descriptive name (i.e., "Pit 3 Blackjack 4" or "Elevator Lobby 4th Floor".) Up to four cameras, or Dome presets, maybe entered (Primary View plus three other Views).
Scenes are used to create Groups as defined in Section C.14. Scenes are not called up directly; instead, they are called up by calling a Group.
Figure 3-16 Scenes Configuration
to save/download all information from the current page.
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Field Definitions
Field Description
Scene Number Number assigned to the scene being defined.
Scene Name Name associated with this scene. The Scene Name can be
VIEW (Defined as Primary, 2, 3, or 4)
Camera Used to identify the camera to be displayed when the scene
Position PTZ preset that will be called when the scene is selected.
AUDIO (Associated with each view)
Enabled Enable to select whether there is an audio input associated
Input If audio is enabled, identify the jack number for the audio
Honeywell
up to 50 characters. The Scene Name is used for reference and reporting. The scene name is not outputted on the PVT channel.
is called. Camera can be selected using either the camera number or camera name drop-down box.
with this view.
input.
Steps for Defining Scenes
1. On the Scenes screen, select the Scene Number to be defined.
2. Enter/edit the scene Name.
3. Determine the Primary View and enter the camera number or name.
4. If applicable, enter the camera (PTZ) position.
5. If this view has audio associated with it, check the Enabled box and enter the jack number for the audio Input.
6. Repeat steps 2-5 to define Views 2, 3, and 4 for this scene.
7. Select
8. To define additional scenes, repeat steps 1-7.
GROUPS
Groups
The fields necessary to define a group are on the Groups tab.
to save/download all information from the current page.
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SYSTEM CONFIGURATION
A Group is a collection of scenes and is called by one of the User Defined Keys (see
Steps for Configuring Keyboard Detail on Page 87). Groups are assigned logical and
descriptive names such as "Black Jack Tables" or "Elevator Lobbies.”
Figure 3-17 Groups Configuration
Field Definitions
Field Description
Group Number Number assigned to the group being defined.
Group Name Name associated with this group. (i.e., Blackjack)
Formatting
Zero Display If the selected value on the keyboard is zero, the text
VIEWS
Available Scenes
Selected Scenes Lists all scenes included in the group.
Group name can be up to 50 characters. The Group Name is used for reference and reporting. The Group Name is not outputted on the PVT channel.
Used to generate the text on the keyboard display when the group is selected. Include the characters “%ld” (without the quotation marks) to include the scene number in the text. The string length is 16.
displayed in this field is used. (i.e., Error). The string length is 16.
Lists all defined scenes, in scene number order. Note in scenes to think about order of entry as the list will display in the camera order entered.
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MONITOR NUMBER
Monitor number Signal, two or four monitors. When choose signal, system
Monitor 1-4 Monitors user set.
Steps for Defining Groups
1. On the Groups screen, select the Group Number to be defined.
2. Enter/edit the Group Name.
3. In the Formatting field, enter the text to be displayed on the keyboard when the group is selected. %ld will be replaced by the number entered on the keyboard. For example, if “SCENE %ld” is entered in the Formatting field, the text “SCENE 3” will be displayed on the keyboard when scene 3 is selected.
4. In the Zero Display field, enter the text to display on the keyboard if a wrong group is selected.
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switch view in scene one by one on the monitor keyboard activated. Two or four monitors’ modes, system switch views in scene to the monitor user set.
5. From Available Scenes, click on the scene to add to the group then click move it to the Selected Scenes. Repeat this step as often as needed to select all scenes which should be included in this group.
Remove scenes by clicking on the scene in Selected Scenes and clicking
NOTE: Consider the order in which you select/enter and remove scenes. The camera scenes will display in the order entered.
6. Choose the number of the monitors and specify the monitor number.
7. Select
8. To define additional groups, repeat steps 1-6.
ALARMS
Alarm Configuration
VideoBloX supports the monitoring of alarm inputs, with alarm inputs being any change of state (COS) contact that has an "on" and "off" state. Common alarm inputs are Door Status Monitor switches, Motion Detectors, and Duress Alarms. These devices would be connected to alarm inputs on the VideoBloX system. Such Alarm Inputs would be on the Alarm Terminal Module provided with every system (32 Alarm Inputs) and on the optional I2C Alarm Input Modules (16 Alarm Inputs) connected either locally to the VideoBloX CPU or remotely through data concentrators.
to
.
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SYSTEM CONFIGURATION
Alarms can be used in simple applications to start a Sequence thus switching a camera to a monitor, displaying text on a screen, activating a control output, sounding a keyboard alarm, and "flashing" an Icon on an associated GUI (Graphical User interface).
Alarms can also be assigned to an Alarm Queue.
The fields necessary to configure Alarms are on the Alarms screen.
Figure 3-18 Alarms – General Configuration
Heading
General tab
Field Definitions
Field Description
HEADER
Alarm Number Physical address of the Alarm Input as determined by the
DESCRIPTION
Alarm Name The name assigned to this alarm channel.
Short Name Short name assigned to this alarm channel.
ENABLED
CONTACT OPEN
Enabled When this box is checked, the Sequence is activated when
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device it is connected to (Alarm 1-6000 are on GPIO address 1-250, Alarm 6001-6256 are on alarm concentrators 1-16).
Check the box to enable monitoring of this alarm input. Leaving the box unchecked is a quick method of disabling an alarm producing erroneous signals.
the Contact Opens.
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Priority Sets the priority for the alarm generated by the contact
opening.
Sequence Name Drop down box used to select (by name) the sequence to
run when the contact opens. Sequence name correlates with sequence number.
Sequence Number Drop down box used to select (by number) the sequence to
run when the contact opens. Sequence number correlates with sequence name.
Edit Used to edit the selected sequence.
CONTACT CLOSE
Enabled When this box is checked, the Sequence is activated when
the Contact Closes.
Priority Sets the priority for the alarm generated by the contact
closing.
Sequence Name Drop down box used to select (by name) the sequence to
run when the contact closes. Sequence name correlates with sequence number.
Sequence Number Drop down box used to select (by number) the sequence to
run when the contact closes. Sequence number correlates with sequence name.
Edit Used to edit the selected sequence.
AUTO CAMERA
Enabled Enables the association of a specific camera with this alarm
- for use in alarm queue only.
Camera Number Number of the camera to be displayed on the Alarm Monitor.
Camera number correlates with Camera Name.
Camera Name Camera Name/Description associated with the Camera
Number.
ACCEPT SEQUENCE
Enabled Enables a sequence to be activated when an alarm is
acknowledged (accepted) – for use in alarm queue only.
Sequence Drop down box used to select (by name) the sequence to
run when the alarm is accepted. Sequence name correlates with sequence number.
Sequence Name Drop down box used to select (by number) the sequence to
run when the alarm Is accepted. Sequence number correlates with sequence name.
DEFAULT MESSAGE
Enabled Enables the display of a specified message when an alarm
is activated – for use in alarm queue only.
Message Number Message number to be displayed when the alarm is
activated.
Message Text Message to be displayed when the alarm is activated.
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SYSTEM CONFIGURATION
ALARM NOTES
Steps for configuring an Alarm
1. From the Alarms screen, select General.
2. Select the Alarm Number to configure.
3. Enter the Alarm Description (i.e., ALM 5 – Main Lobby Entry).
4. Check the Enabled box to enable monitoring of the alarm.
5. To activate a sequence upon opening of the contact, check the Contact Open Enabled box, assign a Priority and select/edit a Sequence.
6. To activate a sequence upon closing of the contact, check the Contact Closed Enabled box, assign a Priority and select/edit a Sequence.
7. Enter pertinent notes regarding the alarm in the Alarm Notes field.
8. If the Alarm is in an Alarm Queue, associate a specific camera with this alarm by checking the Auto Sequence Enabled box and selecting a camera using the drop down box for either the Camera Number or Camera Name.
9. If the Alarm is in an Alarm Queue and a sequence is to be activated when the alarm is acknowledged (Accepted), check the box to Enable the Accept Sequence function. Select a Sequence using the drop down box for either the Sequence Name or Sequence Number.
Free-form field for adding information about the alarm. (i.e., “Door Status Monitor on Main Lobby Entry doors” OR “Normally Closed contact activates Sequence 4 on opening.”)
10. If the Alarm is in an Alarm Queue and a message is to be displayed when an alarm is
11. Select
Alarms Access
The Alarms Access tab is used to configure access to the alarms.
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activated, check the box to Enable the Default Message and select a Message using the drop down box for either Message Name or Message Number.
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Heading
Access Button
Field Definitions
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Figure 3-19 Alarms – Access Configuration
Access tab
Field Description
HEADING
Alarm Number Physical address of the Alarm Input as determined by the
GROUP NAME (COLUMN)
ALARMS ACCESS (ROW)
Steps for Configuring Alarm Access
1. From the Alarms screen, select the Access Tab.
2. Set access for each alarm using the following methods:
Click on the Access Button to include this alarm in / exclude this alarm from ALL
groups. (Include = between include/exclude settings.
Click on a Group column or on an individual cell (in the Access row) on the table
to include this alarm in / exclude this alarm from the particular group. (Include = include/exclude settings.
9 / Exclude = U). Click on the Group again to toggle between
device it is connected to (ATM or I2C module). This field carries over from the Alarms General screen.
Available groups are displayed in columns.
Indicates the groups in which the alarm is included / excluded. (Unavailable, for future usage )
9 / Exclude = U). Click on Access Button again to toggle
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SYSTEM CONFIGURATION
Alarms can be in more than one group at a time.
Alarm Group Names
Heading
3. Select
The Alarms Group Names tab is used to set up meaningful groupings/names for alarms.
Figure 3-20 Alarms – Group Names Configuration
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Group names tab
Field Definitions
Field Description
HEADING
Alarm Number Physical address of the Alarm Input as determined by the
device it is connected to (ATM or I2C module). This field carries over from the Alarms General screen.
GROUP NUMBER
GROUP NAME
Number assigned to each alarm group.
Text entered to name/identify a particular alarm group.
Steps for Configuring Alarm Group Names
1. Select a group number to use.
NOTE: Group number is an editable text field capable of accepting numeric values. In the database, the group number is still defined as originally set.
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For example, default values are shown as 1, 2, 3, 4, etc. If “2” is revised to be “23”, the list will display as 1, 23, 3, 4, etc. and the original row 23 remains the same. We recommend that the Group Number field NOT be revised.
2. Modify the text in the Group Name field to a meaningful means of grouping alarms. Once the group name is modified, the values will be carried over into other applicable windows.
3. Select
Alarm Q (ALARM QUEUES)
Alarm Queue Configuration
VideoBloX has an Alarm Queue system for prioritizing and displaying Alarms. There are 32 Queues, each of which is associated with a Keyboard and up to four Monitors. The system will display the highest priority alarm on the first available monitor. Alarms of equal or lower priority will be displayed on the secondary alarm monitors.
Alarms are added to the Queue by use of a sequence. When the alarm is activated, a sequence is triggered. The sequence must include the step ALARMQ with the parameters of "Alarm Q Number," "Alarm Number," and "Alarm State".
Alarms will remain in the Queue until the Alarm Ack (Acknowledged) and key is activated, at which point that alarm will be removed from the Queue.
An Alarm can appear in multiple Queues and its priority is set by the Alarm trigger event.
The fields necessary to configure Alarm Queues are on the Alarm Q screen.
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SYSTEM CONFIGURATION
Figure 3-21 Alarms Queues Configuration
Heading
Field Definitions
Field Description
HEADER
Alarm Q Number The Alarm Q number to be configured.
DESCRIPTION
MONITOR 1
Enabled When this box is checked, the specified monitor is enabled
Monitor Number Drop down box used to select (by number) the monitor
Monitor Name Drop down box used to select (by name) the monitor number
MONITOR 2
Enabled When this box is checked, the specified monitor is enabled
Monitor Number Drop down box used to select (by number) the monitor
Monitor Name Drop down box used to select (by name) the monitor number
The name assigned to this alarm queue.
for this alarm queue.
number associated with this queue. Monitor Number corresponds to Monitor Name displayed.
associated with this queue. Monitor Name corresponds to Monitor Number displayed.
for this alarm queue.
number associated with this queue. Monitor Number corresponds to Monitor Name displayed.
associated with this queue. Monitor Name corresponds to
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Monitor Number displayed.
MONITOR 3
Enabled When this box is checked, the specified monitor is enabled
for this alarm queue.
Monitor Number Drop down box used to select (by number) the monitor
number associated with this queue. Monitor Number corresponds to Monitor Name displayed.
Monitor Name Drop down box used to select (by name) the monitor number
associated with this queue. Monitor Name corresponds to Monitor Number displayed.
MONITOR 4
Enabled When this box is checked, the specified monitor is enabled
for this alarm queue.
Monitor Number Drop down box used to select (by number) the monitor
associated with this queue. Monitor Number corresponds to Monitor Name displayed.
Monitor Name Drop down box used to select (by name) the monitor
associated with this queue. Monitor Name corresponds to Monitor Number displayed.
BLANK SOURCE
Enabled When this box is checked, it enables an input to be routed to
the monitor when no alarm is present.
Camera Number Drop down box used to select (by number) the camera to be
displayed on the monitor when no alarm is present. Camera Number corresponds to Camera Name displayed.
Camera Name Drop down box used to select (by name) the camera to be
displayed on the monitor when no alarm is present. Camera Name corresponds to Camera Number displayed.
KEYBOARD
Enabled When this box is checked, the specified keyboard is
associated with this alarm queue.
Keyboard Number Drop down box used to select (by number) the keyboard
associated with this queue. Keyboard Number corresponds to Keyboard Name displayed.
Keyboard Name Drop down box used to select (by name) the keyboard
associated with this queue. Keyboard Name corresponds to Keyboard Number displayed.
ALARM QUEUE NOTES
Free-form field for adding information about the alarm queue. (i.e., “Door Status Monitor on Main Lobby Entry doors” OR “Normally Closed contact activates Sequence 4 on opening.”)
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SYSTEM CONFIGURATION
Steps for Configuring Defining an Alarm Queue
1. From the Alarm Qs screen, select the Alarm Number to configure.
2. Enter the Alarm Q Description.
3. Check the Enabled box to enable Monitor 1for the alarm queue. Then select the monitor using either the monitor number or monitor name drop down box.
4. If desired, enable and specify Monitors 2, 3, and 4.
5. If desired, enable and specify the Blank Source camera to be used when no alarm is present.
6. If desired, enable and specify a Keyboard to be used with this alarm queue.
7. Enter pertinent notes regarding the alarm queue in the Alarm Queue Notes field.
8. Select
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An Example of the Usage of Alarm and Alarm Queue
Set alarm 1 enable, its Auto camera is Input 2, Accept Sequence is Sequence 3, Default Message is Message 1, and Connect Close is Sequence 4, the sequence’s
priority is 2, and in sequence 4 there is an ALARMQ function adds Alarm 1 into alarm queue 1.
Set alarm 2 enable, its Auto camera is Input 3, Accept Sequence is Sequence 5, Default Message is Message 2, and Connect Close is Sequence 6, the sequence’s priority is 3, and in sequence 6 there is an ALARMQ function adds Alarm 2 into alarm queue 1.
Set alarm queue 1’s Monitor 1 as Mon 1, Monitor 2 as Mon 2, Blank source as input 4, Keyboard as K/B 1.
When Alarm 1 closes, the Sequence 4 starts, Alarm 1 is added into Alarm Queue 1, and at the same time Input 2 switches to Mon 1, Message 1 is displayed on Mon 1. In another word all the Alarm 1’s actions works on Mon 1. K/B 1 will displays ‘Q 1,Alarm 1’.
When Alarm 2 closes later, the Sequence 6 starts, Alarm 2 is added into Alarm Queue 1, because alarm 2’s priority is higher then Alarm 1 so Alarm 2’s actions will work on Mon 1, and Alarm 1’s actions will work on Mon 2. K/B 1 will displays ‘Q 1,Alarm 2’.
At this moment, presses key ‘Alarm Ack’ on K/B 1, Alarm 2 will be deleted from Alarm Queue 1, Alarm 1’s actions works on Mon 1, alarm queue 1’s Blank source Input 4 switches to Mon 2. Alarm 1 Accept sequence ‘sequence 3’ starts.
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Press key ‘Alarm Ack’ on K/B 1 again, Input 3 switches to Mon 2 will be deleted from Alarm Queue 1, alarm queue 1’s Blank source Input 4 switches to Mon 1. And the K/B 1 will display ‘No active queue’. Alarm 2 Accept sequence ‘sequence 5’ starts.
USERS
Users Detail
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The fields necessary to define users are on the Users tab.The Users Detail tab is used to enter all basic information for a user. At least one user must be defined.
Figure 3-22 Users – Detail Configuration
Field Definitions
Field Description
HEADING
User Number Number assigned to the user being configured.
Enabled Indicates whether the user is allowed to use the system or
User Name Name of the user as entered in the NAME section of the tab.
NAME
Name Used to enter the User’s Name. The User Name can be up to
Short Name Abbreviated user name (up to 14 characters).
Language Language used when this user logs into the system. Note:
not. When enabled, the user has access to the system.
24 characters. The User Name is for reference and reporting. The User Name is not outputted on the PVT channel.
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SYSTEM CONFIGURATION
This feature is not available - the only language available is English.
Priority The priority assigned to this user. Priority can be set to a
number between 0 and 255 with 0 being the highest priority.
Set Password Use this button to set a password (up to 8 characters).
Expiry Date Expiration date for this user’s password.
LOGIN SEQUENCE
Enabled When enabled, allows for a sequence to be run when the user
logs in.
Sequence Drop-down box used to select (by name) the sequence to run
when this user logs in. The sequence name correlates with the sequence number.
Sequence Number Drop down box used to select (by number) the sequence to
run when someone logs in at this keyboard. Sequence number correlates with sequence name.
Edit Used to edit the selected sequence.
LOGOUT SEQUENCE
Enabled When enabled, triggers a sequence to run when the user logs
in.
Sequence Drop down box used to select (by name) the sequence to run
when the user logs in. Sequence name selected correlates with sequence number.
Sequence Number Drop down box used to select (by number) the sequence to
run when someone logs in at this keyboard. Sequence number correlates with sequence name.
Edit Used to edit the selected sequence.
AUTO LOGOUT
Enabled When enabled, sets up automatic logout of this user after a
Auto Logout Used to set the period of inactivity (in minutes) after which this
PTZ CONTROL TIMEOUT
Enabled When enabled, sets a timeout for PTZ control after a period of
Timeout Used to set the period of inactivity (in seconds) after which
Steps for Configuring User Details
1. On the Users screen, select the Detail tab on the right side of the window.
2. Select the User Number to be configured.
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period of inactivity.
user will be logged out.
inactivity for this user.
PTZ control will be lost for this user.
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3. Enter/edit the User Name.
4. Enter/edit a Short Name for the user.
5. Set the user Priority with 0 indicating the highest priority.
6. Select the Set Password button to set a password for this user (up to 12 characters).
7. Set the Expiry Date for the user’s password.
8. To run a sequence when the user logs in, Enable Login Sequence and use either the Sequence Name or Sequence Number dropdown box to select the Sequence to run. Edit the sequence as needed.
9. To run a sequence when the user logs out, Enable Logout Sequence and use either the Sequence Name or Sequence Number dropdown box to select the Sequence to run. Edit the sequence as needed.
10. To automatically logout this user after a period of inactivity, Enable the Auto Logout, then select the Auto Logout time (in minutes).
11. To automatically timeout this user’s control of the PTZ after a period of inactivity,
Enable the PTZ Control Timeout, then select the Timeout period (in seconds).
User Keys
12. Select
13. Users should log out then log back in to see user configuration changes.
The Users Keys tab is used to configure user-definable keys for the specified user.
NOTE: User Key capabilities are also related to keyboard permissions/functions.
The Key tab is used to configure the permissions assigned for the specified user. There are 3 sub-levels of the Keyboards Key tab: User Keys, F1-F8, and F9-F16.
The Keys screen configures the User Keys 1-4 on the keyboard. The F1-F8 and F9-16 screens configure Extended User Keys F1-F8 and F9-F16 (if available). Fields in these screens have the same look and functionality of the basic user keys.
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SYSTEM CONFIGURATION
Figure 3-23 Users – Keys Configuration
Heading
Note: The user key configuration will override the default key configuration set up for the keyboard on which the user logs on.
Keys tab
Field Definitions
Field Description
HEADING
User Number Number assigned to the user being configured.
Enabled Indicates whether the user is allowed to use the system or
User Name Name associated with this keyboard.
USER KEY FUNCTION
Run Sequence Enable this option to use the specific user key to run a
Select Group Enable this option to use the specific user key to select a
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This field carries over from the Detail tab.
not. This field carries over from the Detail tab.
This field carries over from the Detail tab.
sequence when pressed. Once enabled, use the dropdown box to select the sequence (by name or number) to run. Edit the sequence as needed.
Group when pressed. Once enabled, use the dropdown box to select the group number to call.
Steps for Configuring User Keys
1. On the User screen, select the Keys tab on the right side of the window. Choose either User Keys, F1-F8, or F9-F16 to continue configuration.
2. Select the User Key to be configured.
3. Determine whether a Sequence should be run or a Group should be called when the key is selected.
If a Sequence will be run, select the Sequence (by name or number) and edit it if
needed.
If a Group will be called, select the group number.
4. Repeat steps 1-3 for any other user keys on this screen.
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5. Select
6. Continue to other sub-level screens as needed to configure the remaining user keys.
7. Users should log out then log back in to see user configuration changes.
Users Access
The Users Access tab is used to configure access for the specified user. From this screen, access can be set for Cameras, Monitors, Keyboards, Sequences, Functions, and Devices.
The functionality for each screen is the same; therefore, only the screen for Cameras will be shown.
NOTE: User capabilities are also related to keyboard permissions/functions.
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SYSTEM CONFIGURATION
Figure 3-24 Users – Access Configuration
Heading
Access Button
ADDITIONAL INFORMATION:
Access tab
Sample Device types are VCRs, DVRs, etc.
Functions are features that users can perform using the keyboard (assuming it is
Field Definitions
Field Description
HEADING
User Number Number assigned to the user being configured.
User Name User name as defined in the Detail screen.
GROUP NAME (COLUMN)
USER ACCESS (ROW)
capable and has permission). Access for functions using this tab allows/prohibits the capabilities of the user. The access set on this tab determines what the user is allowed to do. For example, if the keyboard is capable of performing a function but the user logged in is prohibited, the function is not allowed. If the keyboard is prohibited from performing a function even though the user is allowed, the function is not allowed. The following functions are set up by default: Switch matrix, PTZ control, PTZ preset store, PTZ preset store 1..32 store, PTZ preset 33..64 store, PTZ preset 65..128 store, Device Control (inhibits use of device button), Sequence Run, Alarm Accept, Login, Logout. Others are useless.
This field carries over from the Detail screen.
Available groups are displayed in columns. (Groups shown depend on sub-level selected.)
Indicates the groups in which the user is included / excluded. (Groups shown depend on sub-level selected.)
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Steps for Configuring User Access
1. From the User screen, select the Access tab. Choose from the sub-levels available: Cameras, Monitors, Keyboards, Sequences, Functions, or Devices.
2. Set access for each user using the following methods:
Click on the Access button to include this user in / exclude this user from ALL
groups. (Include = between include/exclude settings.
Click on a Group column or on an individual cell (in the Access row) on the table
to include this user in / exclude this user from the particular group. (Include = Exclude = U). Click on the Group again to toggle between include/exclude settings.
Users can be in more than one group at a time.
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9 / Exclude = U). Click on the Access button again to toggle
9 /
Users Notes
Heading
3. Select
4. Repeat steps 1-3 as needed to configure user access in any of the remaining sub­levels.
5. Users should log out then log back in to see user configuration changes.
The Users Notes tab is used to enter any notes applicable to the user.
Figure 3-25 Users – Notes Configuration
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Notes tab
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SYSTEM CONFIGURATION
Field Definitions
Field Description
HEADING
User Number Number assigned to the user being defined.
This field carries over from the Detail screen.
User Name Name associated with this user.
This field carries over from the Detail screen.
NOTES
Steps for Entering User Notes
1. From the Users window, select Notes.
2. Enter Notes about this user in this free-form field.
Free-text field.
3. Select
KEYBOARDS
Keyboards Detail
The fields necessary to configure a keyboard are on the Keyboards tab. The Keyboards Detail tab is used to enter all physical characteristics for a keyboard.
NOTE: Keyboard capabilities are also related to user permissions/functions.
Figure 3-26 Keyboards – Detail Configuration
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