MTS Series 793 Application - Manual (Page 277)

MTS MultiPurpose TestWare® Data Acquisition Process Descriptions 277
Interlock, Run/Stop,
Hold, Program
Interlock, HSM On,
HSM High Records the binary state of the control, in which 1 = on, and 0 = off (in the case
of Run/Stop, 1 = Run and 0 = Stop).
The value reveals the state of the associated control when data is acquired. In
the case of Run/Stop and Hold signals, the values may not change state since
acquisition occurs only while the program is being run. These signals may be
useful in calculated signals.
(channel) Integer
Count Records the number of segments played out in the selected channel.
Note This signal measures the same value as (channel) Count, however, it
has greater resolution at higher segment counts (for instance, counts
greater than 16 million segments).
Note The count for a time history output increments once for each point in
the associated time history file.
(channel) Output Records the signal that goes to the valve driver.
(channel) Sensor
signals Records various types of sensor feedback signals in engineering units. Force
and Displacement are typically sensor signals.
(channel) Count Records the number of segments played out in the selected channel.
Note This signal is displayed as a floating point number. Its resolution
decreases significantly at higher segment counts (for instance, counts
greater than 16 million segments).
(channel) Error Records the control mode error signal in engineering units. This signal shows
the difference between the Channel Name Command and the Channel Name
Control Mode Name signals.
(channel) Abs. Error Records the absolute value of the Error signal in engineering units. Absolute
means negative becomes positive and positive remains positive. This signal is
always positive.
Station Signals (part 2 of 2)
I TEM
I TEM D ESCRI
D ESCRIPTION PTION