Component Types Package
This section provides semantic information for the types of Component.
Note: In the XML representation,
Componententities are defined into two major categories:
- top levelelement that represents the most significant physical or logical functions of a piece of equipment.
Componententities that organizesact of containing and owning one or more elements. the most significant physical or logical functions of a piece of equipment (see Section Part Properties of Device). They MAY also be used as lower levelnested element that is below a higher level element.Componententities; as required. SeeComponent Organizer Types.
- lower levelnested element that is below a higher level element.
Componententities composed of the sub-parts of the parentComponentto provide more clarity and granularity to the physical or logical structure of the top levelelement that represents the most significant physical or logical functions of a piece of equipment.Componententities.
This section provides guidance for the most common relationships between Component types. However, all Component types MAY be used in any configuration, as required, to fully describe a piece of equipment.
As described in Components, Component is an abstract entity and will be always realized by a specific Component type.
Table of contents
- Component Organizer Types Package
- Actuator
- Adapter
- AutomaticToolChanger
- Auxiliary
- Axis
- BarFeeder
- Chuck
- Controller
- Coolant
- Cooling
- Deposition
- Dielectric
- Door
- Electric
- Enclosure
- EndEffector
- Environmental
- Feeder
- GangToolBar
- Heating
- Hydraulic
- Linear
- Link
- Loader
- Lock
- Lubrication
- Material
- Part
- PartOccurrence
- Path
- Personnel
- Pneumatic
- Power
- Pressure
- Process
- ProcessOccurrence
- ProcessPower
- Protective
- Resource
- Rotary
- Sensor
- Spindle
- Stock
- Structure
- System
- Thermostat
- ToolMagazine
- ToolRack
- ToolingDelivery
- Turret
- Vacuum
- Vibration
- WasteDisposal
- WorkEnvelope