Instruction manual

142
Graph (Monitor Area)
• Setting range and setting increments of "Sampling Interval" and "Sampling Time"
Setting range of "Sampling Interval" and "Sampling Time" are different between High Speed sampling and Monitor sampling.
1) For High Speed sampling (only when using USB connection)
Sampling interval can be set from about 1 [ms] (Mask Count: 1) to about 20 [ms] (Mask Count: 40), and sampling time can
be set up to "setting sampling interval 8000".
2) For Monitor sampling
Setting range of "Sampling Interval" and "Sampling Time" varies according to communication setting. The minimum
sampling interval is "number of sampling items Lower limit of sampling interval". Refer to the following table for Lower
limit of sampling interval.
* When making a communication through GOT (FA transparent function), minimum value of the sampling interval is 200ms
regardless of communication speed.
Refer to the following table for the maximum value, the minimum value, and the setting increments of "Sampling Interval"
and "Sampling Time" when the measuring conditions are actually set.
* If a fault trigger is set, the fault trigger is also added to the measuring items.
Example: When connecting with serial port, Communication Speed is 19200bps, and monitoring 3 items, "Output
Frequency", "Output Current", and "Output Voltage".
Lower limit of sampling interval = 100 [ms]
Maximum value of sampling interval = 540000 [ms] (540 [s])
Minimum value of sampling interval = 100 3 = 300 [ms]
Setting increments of sampling interval = 100 [ms]
Maximum value of sampling time = 540000 10000 = 5400000000 [ms] (1500 [h])
Minimum value of sampling time = 300 100 = 30000 [ms] (30 [s])
Setting increments of sampling time = 300 [ms]
Communication
port
Communication
speed
[bps]
Lower limit of sampling
interval
[ms] *
Serial port
4800 250
9600 150
19200 100
38400 100
USB - 50
Maximum value Minimum value Increments
Sampling interval
[ms]
540000
Lower limit of sampling
interval the number of the
sampling items *
50
Sampling time
[ms]
Sampling interval * 10000 Sampling interval * 100 Sampling interval