This parameter provides the bypass time to wall module.
Figure 1: Bypass Time Function Block |
Figure 2: Bypass Time Property Sheet |
Inputs
Input Name |
Description |
In |
To provide the Controller Bypass Time Value to the Wall module |
Table 1: Inputs of ByPass Time Function
Output
Output Name |
Description |
Out |
To provide the wall module Bypass Time Value to the controller |
Table 2: Output of ByPass Time Function
Parameters
Parameter Name |
Description |
Sylk Device |
Select the required TR7x or TR4x device from the drop-down menu. |
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 |
sendInterval Seconds |
Send interval is the time between the end of a timeout period or completion of a network request and the next request for data on the network. Default is Cov. |
enableFD |
The time it takes for a failure to be reported to the Sylk device. "Yes": If the parameter has not received an update from the BACnet network source within the fail detect time, an alarm is generated, and the current value is set to invalid. Note: The time it takes to detect a failure is determined by the update rate that has been set. "No": No means that the object will retain the last value written to it until the BACnet network source changes. |
Out Save |
Master Sync Enabled : If you set it to "true" the last output will be set as output for one cycle after the controller restarts. The application can use it to return to the same state before the controller restart. Out: To enable or disable the Out feature. |
Table 3: Parameters of ByPass Time Function
Refer to General Description for general information about IRM N4 Function Blocks.