Holding Registers - ABB 4620 User Manual

...10.4 pH Transmitters Models 4630/35 and 4631/36

10.4.2 Holding Registers

n I p t u
R e a / d W i r e t D e s c
N u m b r e
0 1 1 R M e a s
0 1 2 / R W p H S
0 1 3 / R W p H S
0 1 4 R M e a s
0 1 5 R P e r s t e
0 1 7 R p H S
0 1 8 R p H C
0 1 9 / R W T e m p
0 2 0 / R W T e m p
0 2 1 R M e a s
0 2 2 / R W m V S
0 2 3 / R W m V S
0 3 1 R n I p t u
0 3 3 R p H S
0 3 4 R p H Z
0 3 6 R m V S
0 3 7 R m V Z
0 3 9 R T e m p
0 4 1 R T e m p
0 4 2 R S a m p
0 4 3 R S a m p
0 4 5 R l A r a m
0 4 6 R l A r a m
0 4 7 R l A r a m
0 4 8 R l A r a m
0 4 9 R R t e a r
0 5 1 R R t e a r
0 5 2 R R t e a r
* f I l A r a m A 1 T y p e s i s t e o t O
† f I l A r a m A 2 T y p e s i s t e o t O
i r t p o i n
P
u e r d p H V a u l e
t e P i o t n A 1 A ( 1 T y p e = 1 * )
t e P i o t n A 2 A ( 2 T y p e = 1 † )
u e r d T e m p e a r u t e r
T e m p e a r u t e r
o l p e V a u l e
h e k c V a u l e
e a r u t e r S t e P i o t n A 1
e a r u t e r S t e P i o t n A 2
u e r d M l i v i l o s t l V a u l e
t e P i o t n A 1 A ( 1 T y p e = 1 * )
t e P i o t n A 2 A ( 2 T y p e = 1 † )
T y p e
p a n
e o r
p a n
e o r
e a r u t e r U n s t i
e a r u t e r C o m p e n s t a o i n
e l T e m . p C o m p e n s t a o i n
e l T e m . p C o f e c i f e i t n
A 1 A t c o i n
A 2 A t c o i n
A 1 T y p e
A 2 T y p e
n s m i s s o i n T y p e
n s m i s s o i n S p a n
n s m i s s o i n Z e o r
f f r o F a , l i T h e n l A r a m A 1 S t e
, f f F l i a r o W t a r e W a s , h T h e n
10 MODBUS COILS AND REGISTERS...
S c a e l d
R e s p o n s e E / t n
a a r m t e r e
W i h t n i p o r g a r m
°
– 1 0 o t 1 1 0 C 1 (
°
– 1 0 o t 1 1 0 C 1 (
R f e r e o t h t e O p
W i h t n i p o r g a r m
0 = R e d o x ( O R
1 = p H G a l s , s 2
2 = p H A n i t m o n
1 4 p H
0 p H
1 0 0 0 m V
– 1 0 0 0 m V
°C
0 =
°F
1 =
0 = N o
1 = Y e s
0 = N o ( N t o u s e
1 = Y e s
N t o u s e d i w h t h t
0 = L o w
1 = H g i h
0 = O f f
1 = p H O R
2 = T e m p
3 = F l i a
4 = W t a r e W a s
0 = 0 o t 1 0 m A
1 = 0 o t 2 0 m A
2 = 4 o t 2 0 m A
P i o t n = . 0
l A r a m A 2 S t e P i o t n = . 0
y r
m e d d s i p a l y a r n g e
° ) F
4 o t 2 3 0
° ) F
4 o t 2 3 0
e a r n i t g n I t s u r c o i t s n I ( M 4 / 6 0 0 – p
m e d d s i p a l y a r n g e
P , ) n o d e i c m l a p i o t n
d e i c m l a p o n i s t
, y 2 d e i c m l a p o n i s t
d i w h t h t e A n i t m o n y E e l t c o r d ) e
e A n i t m o n y E e l t c o r d , e 3 d e i c
0 = O f f
1 = R e d o x
2 = W t a r e W a s h ( l A r a m A
h ( l A r a m A 2 T y p e o l n ) y
) H
m l a p o n i s t
2 T y p e o l n ) y
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