This screen appears if you have set Interstage Timing Method to Stabilize. See Global Sequencer for more detailed information.
| Name | Description | Mode |
|---|---|---|
| First Set On Delay | This float attribute provides the time to wait when the first stage up is started before starting the next set. | SP, SQ, ER, BC, ES |
| Min On Time n | This is the minimum time interval that an output must remain on before it can be deactivated to an off condition following activation. As such, a separate timer is established for each device output upon being activated. Until the time interval expires, the output is blocked from being deactivated unless the Instant Shutdown value is True, the primitive is disabled, or Rotate Now has transitioned from False to True. | SP, SQ, ER, BC, ES |
| Min Off Time n | This is the minimum time that an output must remain off before it can be reactivated to an on condition following deactivation. As such, a separate timer is established for each device output upon being deactivated. Until the time interval expires, the output is blocked from being reactivated unless Rotate Now has transitioned from False to True. | SP, SQ, ER, BC, ES |
| Stabilize On Delay n | This attribute defines the minimum time interval that must elapse between the sequential activation of multiple Sequencer stages. The associated timer starts after the Input exceeds a make limit.
This attribute is available when you select Stabilize. |
SP, SQ, ER, BC, ES |
| Stabilize Off Delay n | This attribute defines the minimum time interval that must elapse between the sequential deactivation of multiple Sequencer stages unless the Instant Shutdown value is True or the primitive is disabled. The associated timer starts after the Input drops below a break limit.
This attribute is available when you select Stabilize. |
SP, SQ, ER, BC, ES |
1 SP = Step, SQ = Sequential, ER = Equal Runtime, BC = Binary Code, ES = Equal Startup