One of the core elements in ConnectMaster are components.
A component is the specific realisation of a component type on site within a network. Hence a component is always allocated to exactly one component type and to exactly one category. To describe the situation within the signal network, a component is positioned exactly in one location. Only components of the category Cable and the category Duct/Route are positioned between two locations.
The component FOC Cabinet 1 of the category Container/Cabinet of type Cabinet 19“ 42 RU is located at Germany Berlin Radiotower. |
Dealing with components
In ConnectMaster, components are used in various ways:
•Components can be loaded into Tasks and/or Navigator
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Please refer to chapter “Tasks & Navigator”. |
•Components can be loaded into Projects/Folders.
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Please refer to Chapter “Workflow”. |
•Components can be opened as connection sheets.
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Please refer to Chapter “Connection sheets”. |
•Components build a physical network via cross-connections.
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Please refer to Chapter “Connections”. |
•Components can be incorporated into documents.
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Please refer to Chapter “Documents”. |
•Components can be included into routes.
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Please refer to Chapter “Cable routes”. |
Components in use
Knowledge of this definition is important because a component can only be deleted once it is not in use.
Components are then exactly in use if they:
•Have cross-connections on the connection points, or
•Have usages on the ports, or
•are loaded into one or several tasks, or
•are included into at least one document.
Opened components
Components are opened when their connection sheet is opened.
Components are location-based
A component must always possess a location.
A component cannot be stored without a location.
Shifting of components
Components can be shifted to another location with all characteristics, connections, etc.
For this, elements in a equippable component must be removed from the same.
Delete component
A component can only be deleted if it is not in use. In this particular case, cross-connections are not checked because they are also deleted with the component.
Characteristics
Besides the characteristics that are inherited from the component type to the component, more characteristics also exist:
•General characteristics: Applicable to every component
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Please refer to chapter General characteristics |
•Additional category-dependent characteristics
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Please refer to chapter Additional category-dependent characteristics |
Attributes
Besides these characteristics, the attributes that were inherited from the component type are available to each component.
Please refer to chapter “Component types” |
However, additional attributes can be defined on the component itself. Functionality is similar.
Connection points and point grouping
Every component has connection points and connection positions for each connection side. These are inherited with all characteristics and with grouping settings from the component type to the component and may be further processed here. The processing option is restricted by the setting Type dominates component.
Connection points = Component points = Wires/Fibres
In the case of components, connection points are often also referred to as component points. For components of the category Cable, on the other hand, connection points are called wires or fibres.
Which settings that are inherited from the component type to the component can be edited on the component depends on whether or not the underlying component type is dominating or not dominating. |