Panasonic Admin Console Wjmpu955a Operating Instructions
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Configuration 87 Alarm Input/Output Alarm input and alarm output ports are used for alarm action purposes, and although each has a specific function, both are configured within this section. Although the system controller operator must control the I/O ports by logical number, these ports are viewable within MPU955A Admin Console by both ID and logical port numbers. Although I/O Ports may be assigned individually, the assignments must conform to the following constraints. Each GX encoder supplies 8 ports – 4 are input ports, 4 are output ports. Because of this, 4 consecutive Ports must be configured with the same directional type - either input or output. For example, if Port 1 is configured as an input port, then Ports 2 - 4 must be input ports as well. Then, another group of 4 ports may be configured as output ports. In this manner, a maximum of 1024 GX ports may be defined, unless mixed with ports from other node types. Similarly, SX850 ports must be configured in groups of 8 with the same directional type. Using the same example, if Port 1 is configured as an output port, then Ports 2 – 8 must be output ports also. A maximum of 1024 (512 for Standard CPU size) SX850 ports may be defined, unless mixed with ports from other node types. SX650 ports are similarly defined in groups of 256 as input ports or groups of 64 as output ports. A maximum of 1280 SX650 ports may be defined, unless mixed with ports from other node types. Definition 1. Select the I/O Ports command from the Controller menu
Configuration 88 2. Add, Edit, Delete, or Replicate alarm I/O port records as needed using the four icons at the bottom of this window. Deleting a port will delete the entire bank that port is part of.
Configuration 89 A l a r m I/O PORTS – Definition Field Data ID Unique record ID assigned by MPU955A Admin Console as an I/O port is added, in order to identify the port to the system. MPU955A Admin Console automatically generates this number in consecutive order. Upon adding I/O ports, the system will automatically assign the next available number. Component ID and sequence ID numbers are used primarily in the permission tabs to identify one component or sequence from another in row and column style. Since logical and local numbers are not necessarily unique or consecutive, and the permission grids must be displayed as consecutive, unique numbers, MPU955A Admin Console generates these ID numbers. 1 to 1,280. Logical Assigned by an NSS administrator, enabling operators to address this port. An operator will select alarm I/O ports by logical number. 1 to 65,534. Switch Node Choose the switch type that the I/O Ports are physically connected to from the drop-down list. Type Click on either Input or Output. Input Example: Fire exit door opening. Output Examples: Unlock/lock a door. Alarm to firefighters. Call for police. Call for medical rescue. Each type must be configured in groups (banks) of 4, 8 or 256. (See below) Bank Choose a Bank from the drop-down list. For each bank, 4 (for GX), 8 (for SX850) or 256 (for SX650) records are added. Although 1280 I/O ports allowed for SX650, GX and SX850 ports are limited to 1024. Once a record is created, only Logical number and Dwell Time can be edited. Note that deleting a single port will delete the entire bank of which that port is member. I/O Input or Output port numbers are individually assigned, but automatically grouped. Dwell Time Time available for a momentary output. Up to 59:59 (min:sec) Dwell time will only be enabled for output type I/O circuits. Permissions Modify or copy I/O port permissions in the same manner described in the Camera Permissions section, beginning on page 67. The Controller permission tab allows an administrator to permit or deny a system controller the ability to seize a specific I/O port. The Modes section of this tab is described on page 13 The Other tab shows which Alarm ID numbers are using a particular Alarm I/O port. The permission grid’s dimensions are based on the maximum capacity for the chosen CPU size, not on physically installed components already in the database.
Configuration 90 Monitors Monitors are generally viewed within MPU955A Admin Console by ID number, but can be viewed by area\local number, since the user will operate the NSS by selecting a monitor by local number within a specific area. Area\local numbers are displayed in MPU955A Admin Console as one whole number. The four right-most digits represent the local number and the left-most one or two digits will represent the area. For example, 10034 represents area 1 and local number 34, or 251100 represents area 25 and local number 1100. Definition 1. Select the Monitors command from the Components menu
Configuration 91 2. Add, edit, delete, or replicate monitor records as needed using the four icons at the bottom of this window. When deleting or modifying a monitor, be sure to check the Other tab to find references to other sections that the monitor will influence. When changing the Monitor Surveillance Area (MSA) of a monitor, make sure that any affected presets or alarm action target assignments are within the same area. Deleting a monitor will automatically delete the referenced permissions, but will not change any other references, such as sequences, presets, etc.
Configuration 92 MONITORS – Definition Field Data ID Unique record ID assigned by MPU955A Admin Console as a monitor is added, in order to identify one programmed monitor to the system. MPU955A Admin Console automatically generates this number in consecutive order. Upon adding monitors, the system will automatically assign the next available number. Component ID and sequence ID numbers are used primarily in the permission tabs to identify one component or sequence from another in row and column style. Since logical and local numbers are not necessarily unique or consecutive, and the permission grids must be displayed as consecutive, unique numbers, MPU955A Admin Console generates these ID numbers. 1 to 1,024. Area Unique number identifying a Monitor Surveillance Area (MSA) comprised of an array of monitors and one or more keyboard controllers. 1 to 64. Inserting a “0” indicates area 0. This will disable the Area field in the OSD on the monitor. The use of areas is restricted to values of 1 to 64. Only use area “0” when no areas are needed within the entire system. Click the Area button on the main window to view all components defined in a specific area. Local Unique number assigned by an NSS administrator, enabling operators to address this particular monitor within an area. 1 to 9,999. Operators will address specific monitors by selecting the local number with an area. Video: - Switch Choose the switch type that the monitor is physically connected to from the drop-down list. - Ports Enter the video port number, which can be different from the ID number, if desired. Location Practical name indicating where this monitor is located. Alphanumeric. Model Monitor model number assigned by its manufacturer. Alphanumeric. Ser. Monitor serial number assigned by its manufacturer. Alphanumeric.
Configuration 93 Replicating a Monitor Definition 1. Highlight a configured monitor and click the Replicate button A confirmation message will appear asking “Are you sure you want to REPLICATE this monitor within this Area?” and explaining the replication rules: [1] Records will be generated according to ID. [2] ID will be incremented to the next available value. [3] Local #, Video Port will be incremented from a specified base value you assign. [4] If a record already exists with a matching value for any of these unique fields, that Target assignment will be skipped. [5] All other record values will be identical to the Source record. 2. Click Yes to continue or No to cancel Monitors can only be replicated within an area. If you wish to replicate monitors in several areas, at least one monitor must be configured in each area. 3. Enter the number of monitors to create in the Target Size box 4. Enter the beginning base value of the local monitor number that you wish to begin incrementing from 5. Click the green check mark to add the series of monitors, or click the red X to cancel After clicking the green check mark, a message will appear letting you know how many records were actually generated, indicating if any records were skipped. See Note section of page 66. Monitors existing within the specified range will not be overwritten.
Configuration 94 Permissions Modify or Copy Monitor permissions in the same manner described in the Camera Permissions section, beginning on page 67. The Camera permission tab allows an administrator to permit or deny a monitor the ability to display a specific camera. The Controller permission tab allows an administrator to permit or deny a system controller the ability to seize a specific monitor. The Modes section of this tab is described on page 13
Configuration 95 Other The Other tab displays additional sections that a highlighted monitor will affect. This section is informational only, and changes cannot be made to the Targets which the specified monitor will affect. Changes must be made within the Alarm Target window.
Configuration 96 Operators Class Setup An operator is one who accesses the system via a system controller, selects resources, and controls selected system resources, such as cameras, monitors, sequences, etc. Before an operator can be defined, an operator class needs to be created. An operator class defines which functions an operator or groups of operators have privileges to perform. 1. Select the Operators command from the Component menu, and then select Class Setup