Automatic setting (when step count filter), Automatic setting (when step count filter) -16 – KEYENCE IL Series User Manual
Page 48
3-4 Setting the Tolerance Setting Value
3-16
3
Basic Oper
ations
IL-E
2 point tuning
When there is a standard step, 2 times the value of the step will be set as HIGH (upper limit
value) and half of the value of the step will be set as LOW (lower limit value) automatically.
If the step of the measured value of the upper part is A, and the measured part of the lower
part of the step is B, it will be set as HIGH= |(A-B) x 2|, LOW = |(A-B) ÷ 2|
If the tuning result exceeds the setting range, the setting range limit will become the setting value.
1
From the main screen press the W / X button multiple times, from the sub-
display (bottom step) the R.V. (Internal Measurement Value) display
screen will appear.
"Sub Display (Lower Level)" (page 3-4)
2
Press the [SET] button at the top of the step.
*1
The following screen is displayed after operation.
3
Change the position of the work piece, press the (SET) button at the
bottom of the step.
*1
The following screen is displayed after operation.
4
The HIGH side setting value (upper limit value) will be set as a value
double of the step, and the LOW side setting value (lower limit value) will
be set as a value of half of the step.
(Example) The case below is when the upper part of the step is 5.000, the lower part
of the step is 2.000.
HIGH side setting value: |(5.000-2.000) x 2| = 6.000
LOW setting side value: |(5.000-2.000) ÷ 2| = 1.500
*1 The upper and lower parts of 2 and 3 can be switched.
Automatic Setting (When step count filter)
Point
When the R.V. (Internal Measurement Value) is [-----], the 2 point
tuning cannot occur. If it does occur, [no.vAL] will be displayed on the
main screen, and the number of points will decrease. The setting
value cannot be changed.
R.V (Internal Measurement Value)
P.V (Judgment Value)
*.5'V
Displays the difference with the absolute value of
the first taken R.V. (Internal Measurement Value).
5'V
Displays the difference between the first taken R.V.
(Internal Measurement Value) and the second absolute.
Quickly blinking