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5. CONFIGURATION LIGHT
SCAL. F. .
DIV. F. .
22 | MODE D'EMPLOI OM 653UQC
Setting multiplying
1
constant
SCAL. F.
Setting multiplying constant
- Channel Frequency
- calibration constant serves for calculation of the
input value to required display value
Sensor is apllied to a shaft equipped with a rotating pin (1 imp./ot) and ratio of 1:3 which is rotating
at 3753 revs./min., (3753:60:3=20,85), SCALE. F > 20,85
1
2
95
85
02085
002085
1
Setting division constant
DIV. F.
Setting division constant
- Channel Frequency
- calibration constant is for calculation of the input
value to the required display value
- division constant - an integer number in the
range of 2 to 100 which will enable accurate
measurements relative to the set value, or its
multiplication. In reality this means that revolutions
are measured precisely after a comlpete number
of revolutions, which results in improved
On the display we want to see speed as revolutions/s. It is necessary to devide the figure by 60 (1 minute=60 s), Example
It is possible to ener the resulting value in to the multiplication constant, dIu. F. > 60
1
0
OFF. F.
60
- range: -99999...999999
DEF
-
= 1
3
4
085
0085
002085.
00208. 5
measurement stability. This mode is not suitable
for higher frequencies, where it can increase the
measurement period. If you do not wish to use
this mode, use a decimal number instead and
adjust the multiplication constant apropriately
- range: -99999...999999
DEF
-
= 1
00
90
Example
5
05
1085
2085
0020. 8 5
DIV. F.
80
70
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