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Conguring Input Channels
5
Under [Slope], select the slope to count.
↑
Integrates the number of times the pulse switches from low level to high level (rising).
↓ Integrates the number of times the pulse switches from high level to low level (falling).
6
Under [Threshold], select the level used for counting.
1 V
Treats voltages that are greater than or equal to 1.0 V as high level and voltages that
are greater than or equal to 0 V but less than 0.5 V as low level.
4 V Treats voltages that are greater than or equal to 4.0 V as high level and voltages that
are greater than or equal to 0 V but less than 1.5 V as low level.
7
Under [Filter], select whether to use the chatter prevention lter.
Set to [ON] to prevent false counting due to chatter in mechanical contact (relay) output.
OFF
, ON
8
Under [Timing], select when to reset counting.
Start
Resets the count to zero at the start of measurement.
Trigger Resets the count to zero at the start of measurement and at which a trigger activates.
The values acquired before the reset are recorded for the trigger point.
9
Under [Reset], select the operation to perform when the integrated value overows.
OFF
Stops counting.
ON Resets the count value and resumes counting from zero.
• You can use the scaling function to convert the integrated pulse count into the measurement
target’s physical properties (Wh, VA, etc.) and display the result.
See “1.7 Using the Scaling Function” (p. 58).
• The upper limit that can be measured is 1,000,000,000 pulses. If the possibility exists that this
limit may be exceeded, it is recommended to perform measurement using the instantaneous
integration mode and integrate the pulses later using Excel
®
or other software.
Settings and Operation
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