-49-
No.PF
※※
-OMY0005
●Set flow rate range
Zero cut-off set
value
Zero cut-off range
Displayable flow range
PF3A801H
PF3A802H
0.0
0%F.S.
0 to 1050 L/min
0 to 2100 L/min
1.0
0 to 1%F.S.
10 to 1050 L/min
(Displays 0 when the value is
below 10 L/min)
20 to 2100 L/min
(Displays 0 when the value is
below 20 L/min)
2.0
0 to 2%F.S.
20 to 1050 L/min
(Displays 0 when the value is
below 20 L/min)
40 to 2100 L/min
(Displays 0 when the value is
below 40 L/min)
3.0
0 to 3%F.S.
30 to 1050 L/min
(Displays 0 when the value is
below 30 L/min)
60 to 2100 L/min
(Displays 0 when the value is
below 60 L/min)
4.0
0 to 4%F.S.
40 to 1050 L/min
(Displays 0 when the value is
below 40 L/min)
80 to 2100 L/min
(Displays 0 when the value is
below 80 L/min)
5.0
0 to 5%F.S.
50 to 1050 L/min
(Displays 0 when the value is
below 50 L/min)
100 to 2100 L/min
(Displays 0 when the value is
below 100 L/min)
6.0
0 to 6%F.S.
60 to 1050 L/min
(Displays 0 when the value is
below 60 L/min)
120 to 2100 L/min
(Displays 0 when the value is
below 120 L/min)
7.0
0 to 7%F.S.
70 to 1050 L/min
(Displays 0 when the value is
below 70 L/min)
140 to 2100 L/min
(Displays 0 when the value is
below 140 L/min)
8.0
0 to 8%F.S.
80 to 1050 L/min
(Displays 0 when the value is
below 80 L/min)
160 to 2100 L/min
(Displays 0 when the value is
below 160 L/min)
9.0
0 to 9%F.S.
90 to 1050 L/min
(Displays 0 when the value is
below 90 L/min)
180 to 2100 L/min
(Displays 0 when the value is
below 180 L/min)
10.0
0 to 10%F.S.
100 to 1050 L/min
(Displays 0 when the value is
below 100 L/min)
200 to 2100 L/min
(Displays 0 when the value is
below 200 L/min)
: The zero-cut range of the accumulated value and accumulated pulse value should be 1%F.S. or more. However, please note that if
the zero-cut set value is 0.0, any value below 1%F.S. will be cut.
: When setting the flow value and hysteresis within zero cut-off settable range, the on-off point varies depending on the settable range.
For details, please refer to the "When the set value and hysteresis of the switch output (OUT1/OUT2) is set within the zero-cut range
)".