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Sylk Schedule
- Double-click SylkSchedule on the wire sheet to configure the properties.

Figure 01: Property Sheet of SylkSchedule
- Status: Read-only point. Shows the status of the parameter. (alarm, fault, overridden, disabled, down, stale, null, unackedAlarm). For further details see Sylk Component Status Behaviors.
- faultCause: Read-only point. Indicates the reason why the parameter is in fault. This property is empty unless a fault exists. When there are more than one errors, the fault cause shows only the error which is at the top of the list of errors. If the error is corrected, the next error is shown.
- CURRENT_STATE: Provides is the occupancy state the controller must be in at this minute
- NEXT_STATE: Provides the occupancy state the controller goes to after the current state is complete
- TUNCOS: Provides the time (in minutes) until the next change of state
- Schedule: Internal block, and it is used to calculate TUNCOS
- Click Save to save the changes made. Or click Refresh and then No, if you do not want to save the changes.
The Sylk commissioning process shows the validation error, when following conditions are not met.
Four events for a day and the holidays in Sylk schedule with same events.
Sylk Schedule configuration
The SylkSchedule parameter is used in TR75 and TR75H devices. Following is the workflow of the SylkSchedule parameter.
- Navigate to the Sequenced Control Program folder wire sheet.
- Add TR75H module to the LocalDevice folder.
- Navigate to the SylkSchedule parameter under ipcProgrammingTool palette.
- Drag and drop the SylkSchedule parameter onto the wire sheet.

Figure 02: Function Block of SylkSchedule
- Double-click the SylkSchedule block. The property sheet of the SylkSchedule block is displayed.
- Click Schedule. The AX Scheduler is displayed.

Figure 03: Schedule Option

Figure 04: AX Scheduler
- Add the schedule events as required and save the changes.
- Open the property sheet of TR75H model.

Figure 05: Property Sheet of TR75H Model
- Set the Schedule Editable From Zio field to Yes.
- Change Param Permissions (Contractor Only, Tenant Read only, and Tenant Write only) as per requirement.
- Change the Schedule Type as per requirement (8 day schedule/ 7 day schedule/ 5-2-1 day schedule/ 5-2 day schedule).
- Enter the schedule block location in the Schedule Block Location field.
To Enter Scheduler Block Location:
- Click Folder icon and select Component Chooser from the drop-down list.
- On the Select Ord window, Click Drivers > IPCNetwork > LocalDevice > Points > Se-quenced Control Program > SylkSchedule, and click OK.
This action fetch scheduler location to the Scheduler Block Location filed.
Or
- Go to Nav Window, navigate to the Station > Config > Drivers > IPCNetwork > LocalDevice > Points > Sequenced Control Program > Select SylkSchedule, and press Ctrl + L.
- This action opens Ord window, copy the location, and paste in the Scheduler Block Loca-tion filed.
This action opens Ord window, copy the location, and paste in the Scheduler Block Location field

- Click Save
Or click Refresh to cancel the changes.

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Migrating Sylk Scheduled Events from SPYDER
Spyder To IPC Migrator tool capable of migrating the existing Spyder sylk scheduled events to CIPer Model 30 sylk scheduled events.
Follow the below steps to migrate Spyder sylk scheduled events to CIPer Model 30 sylk scheduled events:
- Navigate to Spyder schedule function block, click Scheduling tab, and click the day of the week to select the day needs to be configured user wants to con-figure the schedule. For more details, refer Spyder User Guide.
- Click Apply Event.

Figure 07: Scheduling View of Spyder Events
- Navigate to Tools > Spyder To IPC Migrator tool.
- Select the file type as Library in the File Type drop-down menu.
- Click Browse next to the Select Niagara Home Directory field to select the path, where the list of libraries is available
- Browse to the Output directory, where the migrated applications are stored.
- Click Migrate

- Spyder To IPC Migrator tool popup after successful migration, click Ok.
- Navigate to CIper schedule function block, click Scheduling tab.

Figure 08: Scheduling View of CIPer Events
You can view all the migrated scheduled events from Spyder Sylk Schedule, displayed in CIPre Sylk Schedule window.
Scheduling Enum Range
To define enum range:
- Navigate to Sylkschedule > Schedule Properties tab > Facets option, select default range (honeywellSylkDevice:ScheduleStateEnum), and click (>>) icon. Scheduling tab, and click the day of the week to select the day needs to be configured user wants to con-figure the schedule. For more details, refer Spyder User Guide.

Figure 09: Defining Enum range
- Select the default EnumRange, click (…) icon, and click (>>) icon.

Figure 10: Default Enum Range
To modify and add the entry in the Zio Enum Library:
- Select the entry.
- Modify the Ordinal value, Display field, and Tag field and click Modify.
Or
Modify the Ordinal value, Display field, and Tag field and click Add.

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- All the Holidays that are schedule in Spyder Schedular, after migration applicable to CIPer Sylk Schedular.
- A total of maximum 255 entries can be added in a Zio enum library.
- All the unconfigured events in Spyder Schedular, displays Unscheduled in CIPer Schedular.
- Unscheduled events in Spyder Schedular, display Unoccupied as default output for CIPer Schedular.
- In configured Schedule events gaps also consider as event (Tool will always write 4th event as de-fault event (eg., UnOccupied), so that user can edit the end time of 3rd event. While reading the schedule from wall module, tool will not create default-event except in case non-continuous events ie., while filling the gaps)
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To add and configure SylkDevice, refer to SylkDevice Configuration.
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