Use tool crib to keep track of the tools in your maintenance department: available tools, which are currently used by workers, or tools sent for repair.
You have completed standard setup for Objects in D365FO.
The Tool crib functionality in Enterprise asset management requires specific setup regarding license and feature configuration.
In D365FO, the Tool clerk role must be available and include the following setup.
Refer to Microsoft documentation to learn more about security configuration in D365FO: Security architecture.
Create functional locations for the tools you manage in your maintenance department. Consider setting up a tool storage location as well as a location used for tool repair.
The functional locations used for tool management can be selected in Enterprise asset management parameters setup.
Refer to the test case below for a step-by-step procedure on how to set up functional locations for your tools.
Select Enterprise Asset management > Common > Functional locations > All functional locations
Select New.
Enter an ID in the Functional location field and name in the Name field.
If the location is part of a functional location hierarchy, select the parent location in the Parent field.
Select "Area" in the Functional location type field.
Select OK.
In the All functional locations list, select the location.
In the Functional location group, select Functional location stage.
In the Update stage dialog, select the "Active" stage, and select OK.
The user can create a functional location for tool management and select an 'active' stage for it.
Set up a counter to count how many times a tool has been handed out to be used on a work order (and the related object). The counter can be selected in Enterprise asset management parameters setup.
Refer to the following documentation to learn how to set up a counter for object counter registrations.
Note
When you set up the counter, remember to add all the object types that should be able to use the counter.
Set up the object types that you want to use for tool objects. Object types vary, depending on your industry. Examples are 'drill', 'hoist', 'crane', and 'toolkit'.
Refer to the test case below for a step-by-step procedure on how to set up an object type to be used for tool objects.
Select Enterprise Asset management > Setup > Object types > Object types.
In the list on the left side of the screen, select an Object type that you want to use on 'tool' Objects.
On the General FastTab, activate the Tool toggle button to show "Yes".
The selected object type can be used for 'tool' object.
In Enterprise asset management parameters, various data regarding tools handling must be set up, for example, regarding functional locations, counters, and work order data.
Refer to the following documentation regarding standard setup of enterprise asset management parameters.
Refer to the test case below for a step-by-step procedure on tools setup in Enterprise asset management parameters.
Select Enterprise asset management > Setup > Enterprise asset management parameters.
Select the Tool crib tab.
In the Tool usage counter drop-down, select the counter you created earlier to be used for tools.
In the Work order type drop-down, select the default work order type to be used on a work order created for a tool, which requires repair.
In the Job type drop-down, select the default job type to be used on a work order created for a tool, which requires repair.
In the Work order description field, enter a default description to be used on a work order created for a tool, which requires repair.
In the Priority drop-down, select the default priority to be used on a work order created for a tool, which requires repair.
In the Tool functional location drop-down, select the storage location to be used for tool objects.
In the Tool repair functional location drop-down, select the location to be used for tool objects when they are in repair.
The user can set up parameters for counters, default work order data, and functional locations to be used for tool management.
Set up a work order stage to handle return of a tool to an "available" stage, meaning the tool is ready to be handed out. This functionality is used if you create a work order for the tool because it requires repair. Then, when the repair work order is completed, and the tool is ready to be used again, you activate a "return to available stage" option on a stage. That option automatically updates the tool state to "Available".
Typically, you set up this functionality on a "Completed" stage, meaning that the work on the work order is completed. This setup only affects objects that have a tool object type, as described in the Object type article.
Refer to the following documentation regarding standard setup of work order stages.
Refer to the test case below for a step-by-step procedure regarding 'tools available' setup on a work order stage.
Select Enterprise Asset Management > Setup > Work orders > Stage > Stages
Select the stage you want to add tool crib functionality to, for example, "Completed".
On the General FastTab > Tool Crib section, select the Return tool to available state toggle button to show Yes.
The user can set up a work order stage, for example, "Completed", to update a tool to be available in the tool crib after a repair work order has been completed on the tool.
You can set up limits for your tool objects to be returned within a predefined period of time. This means that if the tool is not returned within a specified number of hours after handout, the tool is automatically marked as "overdue".
Refer to the test case below for a step-by-step procedure on how to set up tools with an overdue limit.
Select Enterprise asset Management > Setup > Objects > Object types > Tool return overdue hours.
Select New.
Select an Object type used for tools.
If required, you can add further specification to the object type by selecting Manufacturer and Model on the line.
In the Tool return overdue hours field, enter the number of hours to pass from the tool is handed over to be used on a work order until it is marked as overdue, if not returned within that time limit.
The user can create rules for "tool" object types to determine when return of a tool is overdue. Tools with the selected object type, which are not returned within the specified time limit, are automatically marked as "overdue".
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