Omega OMB-DAQBOARD-3000 Manuale Utente
Setpoint Configuration for Output Control
6
Overview …… 6-1
Detecting Input Values …… 6-3
Controlling Analog, Digital, and Timer Outputs …… 6-4
More Examples of Control Outputs …… 6-7
Detection on an Analog Input, DAC and P2C Updates
Detection on an Analog Input, Timer Output Updates …… 6-8
Using the Hysteresis Function …… 6-8
Using Multiple Inputs to Control One DAC Output
Using the Hysteresis Function …… 6-8
Using Multiple Inputs to Control One DAC Output
The Setpoint Status Register …… 6- 11
Overview
Criteria
Input Signal is Equal to X
Action
Driven by Condition
Compare X To:
Setpoint Definition:
Update Conditions:
Limit A or
Limit B
Limit B
• Equal to A
• Below A
• Above B
(Choose 1)
• Below A
• Above B
(Choose 1)
X = A
X < A
X > B
X < A
X > B
True Only:
If True, then Output Value 1
If False, then perform no action
If True, then Output Value 1
If False, then perform no action
True and False:
If True, then Output Value 1
If False, then Output Value 2
If True, then Output Value 1
If False, then Output Value 2
Window*
(non-Hysterisis
Mode)
(non-Hysterisis
Mode)
• Inside
• Outside
• Outside
(Choose 1)
B < X < A
B > X; or X > A
B > X; or X > A
True Only:
If True, then Output Value 1
If False, then perform no action
If True, then Output Value 1
If False, then perform no action
True and False:
If True, then Output Value 1
If False, then Output Value 2
If True, then Output Value 1
If False, then Output Value 2
Window*
(Hysterisis Mode)
(Hysterisis Mode)
• Above A
• Below B
(Both conditions
are checked when
in Hysterisis Mode)
• Below B
(Both conditions
are checked when
in Hysterisis Mode)
X > A
X < B
X < B
Hysterisis Mode (Forced Update):
If X > A is True, then Output Value 1 until
X < B is True, then Output Value 2.
If X < B is True, then Output Value 2 until X > A
is True, then Output Value 1.
If X > A is True, then Output Value 1 until
X < B is True, then Output Value 2.
If X < B is True, then Output Value 2 until X > A
is True, then Output Value 1.
This is saying: (1) If the input signal is outside
the window “high”, then Output Value 1 until the
signal goes outside the window “low” and (2) if
the signal is outside the window low, then
Output Value 2 until the signal goes outside the
window “high.” There is no change to the
detect signal while within the window.
the window “high”, then Output Value 1 until the
signal goes outside the window “low” and (2) if
the signal is outside the window low, then
Output Value 2 until the signal goes outside the
window “high.” There is no change to the
detect signal while within the window.
*
Value A defines the upper limit of the Window and Value B defines the low limit.
Using Setpoints to Control Outputs
DaqBoard/3000 Series User’s Manual
908794
Setpoint Configuration for Output Control 6-1