GE A8950CC installation instructions Main Local Node ID, Main Local Node Topology

Page 31

The Node Menu shows the node ID and topology.

Main -> Local -> Node -> ID

Node Menu

1. ID - 3

2.Type - Linear

3.Load Defaults

Every Phoenix node (i.e. chassis) in a system must have a unique node ID number.

The node ID is set to zero the first time a Phoenix chassis is switched on, or if you Load Defaults. Zero is an invalid node ID; it must be a number between 1 and 255.

Once set, the node ID will be remembered if the chassis loses power.

The ID will increment by one if you press "+". Similarly, the ID will decrement by one if you press "-". If you press and hold either of these buttons, the node ID will slowly increment or decrement. The rate will increase if you continue pressing the button. Once you have the node ID set, press the "enter" button. You will be asked to confirm your selection.

Main -> Local -> Node -> Topology

Topology Menu

1. Linear

2. Self Healing Ring

In order for a Phoenix chassis to route information over its fiber links correctly, it must know the topology of the entire system. A chassis can be part of either a Linear or Self-Healing Ring topology. If you are configuring a Self-Healing Ring topology, then each node must also know the total length of optical fiber used in the ring.

Once set, the topology will be remembered if power to the chassis is lost.

Select the topology of the system from the menu’s choices: Linear and Self-Healing Ring (SHR). A new screen will appear asking you to confirm your choice for topology. Note that SHR is an acronym for Self-Healing Ring used throughout the menus. The next screen will ask you whether or not you would like to load defaults. IMPORTANT: If you choose to load defaults, the node ID will be set to zero and all channel mapping information for this node will be lost. Select cancel if you do not wish to load defaults.

If you chose Linear then you are returned to the Node Menu after you confirm your selection. If you chose Self-Healing Ring, then you must also specify the length of fiber used in the entire ring. The "+" key increments the length by 10km. The "-" key decrements the length by 10km. Round up when selecting the ring length. Press "enter" when you are done. You must confirm your selection before continuing.

29

Image 31
Contents Installation instructions Installation Instructions Conventions Used in this Manual Before You BeginIntended Use Customer SupportOverview Installing Power SuppliesModule Installation Getting StartedConnect fiber Installing the Optical Transceiver ModuleInstallation instructions Tools and materials requiredRepeater Connect Point-to-Point ConnectSelf-Healing Connect Optic LED LED operating statusConfigure data module Installing the Data ModuleSetting Mode Connect Install data moduleFiber Link Data Connections Using the breakout boxPin Signal Data module channel sequence RS-485 4-WIRE InterfaceInstall the Ethernet module Installing the Ethernet ModuleConfigure Install video input module Installing the Video ModuleInstall video output module Video Inputs Connection instructionsVideo Outputs Video Output module channel sequence Video Input module channel sequenceConfigure audio module Installing the Audio ModuleChannel sequence is as follows Installing audio modulesConnecting to audio modules Terminal Block Pin Assignments Audio module channel sequenceInstall contact closure module Installing the Contact Closure ModuleRJ45 Socket Viewed from the rear of the unit Connect to the moduleContact Input module channel sequence Configuring the Phoenix Fiber Optic Communications System Select the system topology Turn on power and check statusGE Security Set the Node ID Front Panel Menu Tree and Descriptions Main Local Main MenuMain Local Node Main Local Node Topology Main Local Node IDMain Local Optics Receive Main Local Node Load DefaultsMain Local Optics Main Local Optics TransmitMain Local Video Main Local Optics InfoMain Local Video Input Mapping Main Local Video Output Mapping Video Test Channel Test Off Format Ntsc Main Local Data Input Mapping Main Local DataMain Local Data Output Mapping Main Local Data Format Select Main Local -Ethernet Port Traffic Main Local EthernetMain Local Ethernet Port Status Main Local -Ethernet Port ControlMain Local Audio Input Mapping Main Local AudioMain Local Audio Output Mapping Main Local Contacts Main Local Audio TestMain Local Contacts Input Mapping Main Local Contacts Output Mapping Main Local Contacts ConfigureMain Local Test Main Local PowerMain Local Test Data Main Local Test LED/LCD/AlarmMain Local Test Temp Main Local Test VideoMain About Main RemoteOverview Limited warranty Blank Panel Installation and SpecificationsProduct ordering Optical Transceiver Module SpecificationsData Data Module SpecificationsEthernet Ethernet Module SpecificationsVideo Video Module SpecificationsProduct 0rdering Audio Module SpecificationsContacts / Relays Contact Closure Module Specifications