MANUALS > Engineering > Engineering Module - E/C > Engineering E/C, Update Menu > Engineering Control Shop > Engineering Control Shop Detail > Engineering Control Shop Detail, Schedule Control Tab

The Schedule Control tab and Schedule Control By tab are used to set up parent/child relationships between shop P/N E/Cs. Compliance against the parent shop P/N E/C triggers transactions against the child shop P/N E/C, and the child P/N E/C follows and reacts to the transactions that occur against the parent P/N E/C; the child P/N E/C must be effective to the part that the parent P/N E/C is complied with. The child P/N E/C can also be track independently from its parent P/N E/C.

Each control can be used to build different types of parent/child relationships between 2 P/N E/Cs. When the New button is selected and the control chosen from the drop down menu, the applicable fields appear for that control. The New button can be selected to create multiple relationships under the same P/N E/C. Records can be removed by selecting the Delete button.

Note: As of version 5 and later releases, the Schedule Control tab is no longer available.

Note: It is important to understand how the Schedule Control and Schedule Control By tabs work based on the control selected. The control and tab used to create the relationship determines if the E/C entered will be the parent E/C or the child E/C to the currently selected E/C.

The following information/options are available in this window:
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Control

Under the Schedule Control tab, when the following controls are used the E/C entered will behave as a parent E/C to the currently selected E/C:

Called On - The Called On control allows users to specify at which parent E/C frequency a child E/C is to be called on and complied with. The Called On control works in conjunction with the Total Frequency field of the parent E/C's Schedule tab.For additional information, refer to Called On, via Engineering Control Schedule Control Tab via the eMRO Engineering - E/C Training Manual.

Called On 1st - The Called On 1st and Called On Repeat controls are meant to be used together, where an E/C is activated by one E/C (Called On 1st) and then repeated on another E/C (Called On Repeat). For additional information, refer to Called On 1st, via Engineering Control Schedule Control Tab via the Engineering - E/C Training Manual.

Called On At - The Called On At control is used to specify when a child E/C will start a called on relationship to its parent E/C, and at what interval the child E/C will be called on afterwards. For additional information, refer to Called On At, via Engineering Control Schedule Control Tab via the Engineering - E/C Training Manual.

Called On Repeat - The Called On Repeat and Called On 1st controls are meant to be used together, where an E/C is activated by one E/C (Called On 1st) and then repeated on another E/C (Called On Repeat). For additional information, refer to Called On Repeat, via Engineering Control Schedule Control Tab via the Engineering - E/C Training Manual.

Terminate E/C If Terminated - The Terminate E/C If Terminated control allows users to set up multiple parent/child relationships where multiple parent E/Cs need to be terminated before terminating the child E/C. For additional information, refer to Terminated E/C If Terminated, via Engineering Control Schedule Control Tab via the Engineering - E/C Training Manual.

Under the Schedule Control tab, when the following controls are used the E/C entered will behave as a child E/C to the currently selected E/C:

E/C To Be Activated - The E/C To Be Activated control is used where upon compliance to the parent E/C the child E/C is activated. For additional information, refer to E/C To Be Activated, via Engineering Control Schedule Control Tab via the Engineering - E/C Training Manual.

E/C To Be Complied With - The E/C To Be Complied With control is used where upon compliance to the parent E/C the child E/C also receives a compliance record. For additional information, refer to E/C To Be Complied With, via Engineering Control, Schedule Control Tab via the Engineering - E/C Training Manual.

E/C To Be Terminated - The Terminate E/C If Terminated control allows users to set up multiple parent/child relationships where multiple parent E/Cs need to be terminated before terminating the child E/C. For additional information, refer to E/C To Be Terminated, via Engineering Control Schedule Control Tab via the Engineering - E/C Training Manual.

Note: When the status of the E/C is Open, or Applicable/ Not Embody, and compliance is manually written, the functionality of termination will still occur.

Called On button

Displays the child E/Cs called onto the parent E/C entered in the E/C field.

Lower Level checkbox

When this checkbox is selected it indicates that all of the task card steps for the child E/C are contained within the parent E/Cs task card. When the parent E/C is added to a work order, the child E/C follows but any task cards related to the child E/C will not be attached to the work order.

Do not select this checkbox if the child E/C task cards are to be attached to the work order.

Note: When Switch MANLLOR is set to Yes, and the E/C is classified as 'Mandatory', the Lower Level and Override checkboxes will be disabled.

Ovr checkbox (Override checkbox)

This checkbox is not in use; it was designed for a specific customer.

Frequency

The frequency number indicates the interval the child E/C is to be called on to the parent E/C. For example, if the frequency number is 2, every second time the parent E/C is added to a work order the child E/C will follow.

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Additional Information:

The system will prevent users from creating a loop between 2 E/Cs.

For example, parent E/C 'ECSHOP-32-25-01' calls on child E/C 'ECSHOP-32-25-02'.

If the user tries to create a called on relationship where E/C 'ECSHOP-32-25-02' is the parent to E/C 'ECSHOP-32-25-01', a hard warning appears.

Note: The Loop hard warning functionality applies to all of the Control types mentioned above with the exception of 'E/C To Be Complied With' and 'E/C To Be Terminated'. These two Control types will not receive a Loop hard warning if a set of E/Cs reference one another using specific these controls.