15
Ov
er
vie
w
$1$9DQDORJYDULDEOHVHWWLQJVHHSDJH
7KHSXPSLQFUHDVHVGHFUHDVHVDVWURNHÀRZUDWHLQSURSRUWLRQWRP$'HWHUPLQHWKHRSHUDWLRQDOEHKDY
-
iour by setting two set points and choosing one of the LINEAR, BOX and LIMIT patterns.
To show the current value, push the
NH\7RUHWXUQWRWKHÀRZUDWHGLVSOD\SXVKWKH
key.
<LINEAR>
$VWURNHÀRZUDWHFKDQJHVZLWKDFXUUHQWYDOXHE\DVHWOLQH
Condition:
Set Point 1 (SP.1) = Ampere : 6mA, Flow rate : 4.5L/H
Set Point 2 (SP.2) = Ampere : 17mA, Flow rate : 12.7L/H
<BOX>
$VWURNHÀRZUDWHFKDQJHVZLWKDFXUUHQWYDOXHE\DVHWOLQH7KHUDWHGRHVQRWH[FHHGWKH6HW3RLQWEXWWKHQ
falls to 0 before the Set Point 1.
Condition:
Set Point 1 (SP.1) = Ampere : 6mA, Flow rate : 4.5L/H
Set Point 2 (SP.2) = Ampere : 17mA, Flow rate : 12.7L/H
<LIMIT>
$VWURNHÀRZUDWHFKDQJHVZLWKDFXUUHQWYDOXHE\DVHWOLQH7KHUDWHGRHVQRWIDOOVEHORZWKH6HW3RLQWRU
exceed the Set Point 2.
Condition:
Set Point 1 (SP.1) = Ampere : 6mA, Flow rate : 4.5L/H
Set Point 2 (SP.2) = Ampere : 17mA, Flow rate : 12.7L/H
Operational functions
20mA
15L/H
17
4.5L/H
12.7L/H
SP.1
SP.2
0
6
20mA
15L/H
17
4.5L/H
12.7L/H
SP.1
SP.2
0
6
20mA
15L/H
17
4.5L/H
12.7L/H
SP.1
SP.2
0
6
