The following setups are accessed via the search function (Alt+Q) using the respective term. They are used to classify and structure technical objects in maintool.
Component Address Groups
Creating a Component Address Group defines the perspective on the maintenance-worthy assets of a company to be represented in the Equipment Structure. Multiple Component Address Groups allow different, parallel structures to be created and distinguished. The Mounting Position serves as the link between Component Address structures and the Technical Component structure (n to 1). At least one Component Address Group is required to use the Equipment Information Center.
| Code | Name of the Component Address Group |
| Description | Description of the perspective on the company / Component Address Group |
| Cost Relevant | Checkbox to define which Component Address Group is relevant for determining Cost Centers on Work Orders. |
| Examples | Code: „ORT", Description: „Location-based" Code: „KKS", Description: „Power Plant Identification System" Code: „VERF", Description: „Process-based" |
Component Groups
The Component Group is used to classify Technical Components and can be used as a filter criterion.
| Code | Name of the Component Group |
| Description | Description of the Component Group |
| Examples | Code: „MOT", Description: „Motor" Code: „PUMP", Description: „Pump" Code: „GEN", Description: „Generator" |
Classes
The Class is used to classify Technical Components and can be used as a filter criterion.
| Code | Name of the Class |
| Description | Description of the Class |
| Examples | Code: „EL", Description: „Electrical" Code: „HYD", Description: „Hydraulic" Code: „PNEU", Description: „Pneumatic" |
Types
The Type is used to classify Technical Components and can be used as a filter criterion. It is recommended to use the information from the nameplate of the Technical Component.
| Code | Name of the Type |
| Description | Description of the Type |
| Examples | Code: „ASM", Description: „Asynchronous Machine" |
Construction Type
The Construction Type is used to classify Technical Components and can be used as a filter criterion. Nameplates may contain information about the construction type.
| Code | Name of the Construction Type |
| Description | Description of the Construction Type |
| Examples | Code: „MBW", Description: „Solid construction" Code: „HSBW", Description: „Timber frame construction" |
Vehicle Types
The Vehicle Type is the first categorization criterion for vehicles and can be used as a filter criterion.
| Code | Name of the Vehicle Type |
| Description | Description of the Vehicle Type |
| Examples | Code: „PKW", Description: „Passenger car" Code: „LKW", Description: „Truck" |
Vehicle Subtypes
The Vehicle Subtype is the second categorization criterion for vehicles and can be used as a filter criterion.
| Code | Name of the Vehicle Subtype |
| Description | Description of the Vehicle Subtype |
| Examples | Code: „LIM", Description: „Saloon" Code: „KOM", Description: „Estate" |
Vehicle Models
The Vehicle Model is the third categorization criterion for vehicles and can be used as a filter criterion.
| Code | Name of the Vehicle Model |
| Description | Description of the Vehicle Model |
| Examples | Code: „Std", Description: „Standard" Code: „Pr", Description: „Premium" |
Range of Values
Ranges of values can be defined for Technical Specifications to enable the selection of specific, predefined values.
| Code | Name of the Range of Values |
| Description | Description of the Range of Values |
| Examples | For a Technical Specification „IP" to record the protection class, the values IP65, IP54 and IPX7 are stored in the range of values „IP" to make them selectable. |
| Note | It is recommended to name the Range of Values identically to the Technical Specification. Creating Technical Specifications Creating Data Sheet Templates and Assigning Them to Technical Objects |
Technical Specifications
Technical Specifications allow information to be stored in data sheets of Component Addresses, Mounting Positions, Technical Components and vehicles. This information can be searched across all Technical Specifications using a search function.
| Code | Name of the Technical Specification |
| Description | Description of the Technical Specification |
| Examples | For a Technical Specification „IP" to record the protection class, the values stored in the Range of Values „IP" can be selected. |
| Note | It is recommended to name the Range of Values identically to the Technical Specification. Creating Technical Specifications Creating Data Sheet Templates and Assigning Them to Technical Objects |
Types of Damage
Defining Types of Damage supports weak point analysis in maintenance. A Type of Damage can be specified on a Work Order, on the relevant technical objects within the Work Order, and/or in the Work Order Feedback.
| Code | Name of the Type of Damage |
| Description | Description of the Type of Damage |
| Examples | Code: „SA001", Description: „Electrical" Code: „SA002", Description: „Mechanical" Code: „SA003", Description: „Not determinable" |
Figures of Damage
Defining Figures of Damage (in the sense of „What is visually identifiable?") supports weak point analysis in maintenance. A Figure of Damage can be specified on a Work Order, on the relevant technical objects within the Work Order, and/or in the Work Order Feedback.
| Code | Name of the Figure of Damage |
| Description | Description of the Figure of Damage |
| Examples | Code: „SB001", Description: „Fracture/Crack" Code: „SB002", Description: „Deformation" Code: „SB003", Description: „Not determinable" |
Causes of Damage
Defining Causes of Damage supports weak point analysis in maintenance. A Cause of Damage can be specified on a Work Order, on the relevant technical objects within the Work Order, and/or in the Work Order Feedback.
| Code | Name of the Cause of Damage |
| Description | Description of the Cause of Damage |
| Examples | Code: „SU001", Description: „Wear" Code: „SU002", Description: „Overload" Code: „SU003", Description: „Not determinable" |
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