Redundant system
- Last UpdatedAug 28, 2025
- 1 minute read
In addition to the benefits of transparency achieved by breaking a system down into subsystems, the redundant system has another functionality. You can use Asset Strategy Optimization to create Redundant systems that is dependent on a system or subsystem. Parts and subsystems may be dependent on a redundant system. If a redundant system is dependent on a higher-level redundant system, this is referred to as a redundant system within a redundant system. At least two parts or two subsystems should be dependent on a redundant system.
Subsystems of the redundant system
Systems can be decomposed into subsystems to better handle its complexity and enable a better resemblance of the real-life situation. The following objects can be created under a Redundant System:
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Serial System
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Redundant System
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Part
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UBM high (High level Use Based Maintenance object)
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CLM (Clustered Maintenance object)
Creating a Redundant System
Creating a redundant system is similar to the steps in Create an FMECA system.
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FIELD |
DESCRIPTION |
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Name |
Users are free to enter any name for the object. The logical option is to enter the actual name of the object. |
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Function |
In this field, users can enter a functional description of the object in question. |
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Tag |
The tag is the number by which the physical object is known within the system. Note: The tag value, when entered, will be displayed together with the Name of the object in the tree. |