Rockwell Automation GV3000/SE AC Drive AutoMax Network Communication Board, M/N 2AX3000 User Manual
Page 81
A-2
AutoMax Network Communication Option Board for the GV3000/SE AC Drive
T
a
b
le A.2
– Register
M
ap Sum
m
ar
y
Reg
Descrip
tion
or GV30
00 P
arameter
Dr
op
_
1
Dr
o
p
_2
D
rop_3
(V
e
c
to
r)
Dr
op
_3 (V
/H
z
)
0
S
tat
u
s
word 1
V
ector t
o
rque
ref
e
renc
e
T
o
rque R
e
fe
rence S
our
c
e
(
U
.0
00)
(
b
it
s
0 t
o
7
)
O
C
L
F
e
e
d
b
a
c
k
S
e
le
c
t
(U
.0
4
0
) (b
it
s
8
t
o
1
5
)
M
o
to
r Name
p
la
te V
o
lt
s (H.000)
1
S
peed
ref
v
alue
V
e
ctor t
o
rque
feedbac
k
E
nc
oder PP
R
(U
.001)
M
o
to
r Name
p
la
te Base F
requency
(H
.001)
2
S
peed
ref
s
u
m
Rese
rv
e
d
M
o
tor P
oles (U
.002)
M
o
to
r Name
p
la
te Amp
s
(H
.002)
3
S
peed
f
eedbac
k
Netw
o
rk
Out
Reg Sour
ces (P
.066,
P
.067)
Mo
to
r Name
p
la
te Base F
requency
(U
.003
)
T
orque Boost V
o
lt
age (H.
0
03)
4
T
er
minal s
tr
ip
analog input v
alue
Netw
o
rk
Out Reg
Sour
ce (
P
.068,
P
.069)
Mo
to
r
Name
p
la
te
Amp
s (
U
.004)
Slip
Compens
at
ion
(H.004)
5
O
ut
put
s
peed/
frequenc
y
T
er
minal
S
tr
ip Analog I
nput O
ff
s
et
(P
.009)
Mo
to
r Name
p
la
te RPM
(U
.005)
DC Braking
E
nab
le
(H.005)
6
O
ut
put
v
olt
a
g
e
T
er
minal
S
tr
ip Analog I
nput G
ain (P
.010)
Ma
gnet
izing Current
(U
.006)
DC Braking
S
ta
rt
F
requen
cy (H.006)
7
O
ut
put c
u
rrent
T
e
rm
in
al
S
tr
ip
A
nal
og
I
nput
C
onf
igur
e
(P
.011
)
Mo
to
r Name
p
la
te V
o
lt
s (U
.007)
DC Braking
C
u
rrent
(H.007)
8
Netw
o
rk
output
register 1
T
e
rm
inal
S
tr
ip A
n
al
og O
u
tp
u
t S
our
c
e
(
P.
0
12)
T
o
rque Self
-T
une Resu
lt
(U
.009)
DC Braking
Time
(H.008)
9
Netw
o
rk
output
register 2
O
ut
put Rel
a
y
Co
nf
igurat
ion (P
.013)
Rese
rv
e
d
A
v
oidanc
e
F
requenc
y Enab
le
(H
.009)
10
Netw
o
rk
output
register 3
T
ri
m Ref
er
ence Sourc
e
(P
.014
)
T
o
rq
u
e
R
e
g
u
la
to
r P
rop
or
ti
ona
l G
a
in
(
U
.014)
A
v
oidanc
e
F
requenc
y Midpoint
1 (H.
010)
11
Netw
o
rk
output
register 4
S
-Cur
v
e
E
nab
le (P
.019)
T
o
rque Regulat
or Int
egr
al
Gain (U
.015)
A
v
oidanc
e
F
requenc
y Band
1
(H
.011)
12
Dr
iv
e
fault
l
a
tc
h bit
s
—
word 1
J
og Spee
d
Ref
erence (P
.020)
Fi
e
ld W
eak
ening
S
tar
t
RP
M (U
.016)
A
v
oidanc
e
F
requenc
y Midpoint
2 (H.
0
12)
13
Dr
iv
e f
ault
l
a
tc
h
bit
s
—
word
2
J
og
Ram
p A
ccel
T
im
e
(P
.021)
Mo
to
r
T
op S
peed (
U
.0
17)
A
v
oidanc
e F
requenc
y
Band
2 (H
.013)
14
#
o
f error log
entr
ies (bit
s
0 t
o
7)
P
a
ra
m
e
te
r proc
essing
error
fl
ag
(bit 8)
Jog Ram
p
Dec
el
Ti
m
e
(P
.022)
A
C
Line V
o
lt
s (U
.018)
A
v
oidanc
e
F
requenc
y Midpoint
3 (H.
014)
15
Er
ror log
entr
y
Stop
T
y
pe (P
.025
)
F
lu
x Cu
rrent Regulator P
rop
.
Gain (U
.019)
A
v
oidanc
e F
requenc
y
Band
3 (H
.015)
16
Control S
ource
(P
.000)
Functi
on
Loss
Res
ponse
(P
.026)
F
lux C
u
rr
en
t R
egul
at
or
I
n
tegr
al
G
a
in
(
U
.020
)
Sy
nc Directi
on
(H.016)
17
Ac
cel
Time 1 (RAM
P
1
)
(P
.001)
F
o
rw
ard/Re
v
e
rse Confi
gurat
ion (P
.027)
Rotor
Time Cons
tant
(U
.021
)
P
o
wer/
S
n
ubber
C
onf
igurat
ion (H.
0
1
7)
18
Decel
T
im
e
(
R
AM
P
1
) (P
.0
02)
Spe
ed Displa
y
S
c
ali
n
g
(P
.028)
Mo
to
r
Name
p
la
te
Horsepo
wer
(U
.022)
V
olt
s
/Her
tz
Cur
v
e
T
y
pe
(H.018)
19
Minimum Spe
ed
(P
.003)
Mo
to
r Ov
er
load En
ab
le (P
.040) (bit
0)
Le
v
el S
ense
St
a
rt E
nab
le
(P
.054)
(bit 1)
Lo
D
C
B
u
s F
a
ul
t A
v
oi
d
E
nab
le
(
U
.023
) (
b
it
2)
H
i
D
C
B
u
s
F
a
ul
t
A
v
o
id
E
n
a
b
le
(
U
.0
24
) (
b
it
3
)
O
C
L P
rop
or
ti
ona
l T
ri
m
E
n
ab
le
(
U
.048
) (
b
it
4)
Zero Speed Hold
Time (U
.025)
Ident
ifi
c
at
ion Result
(H.019)
20
Max
im
u
m
S
peed (P
.004)
Mo
to
r Ov
er
load T
y
pe (P
.041)
SV
C Slip
A
d
ju
s
t (U
.030)
Rese
rv
e
d
21
Curren
t Li
m
it
(P
.005)
Line
D
ip Ride-Through T
im
e
(
P
.042)
SV
C Sync
Direc
tion (U
.031) (bit
s 0 t
o
7)
OCL Lead/
Lag Selec
t (U
.041) (bit
s 8 t
o
15)
A
C
Line V
o
lt
s (H.021)
22
T
rim G
a
in
P
e
rc
ent
age (P
.015)
F
ault
A
u
to
Reset
A
ttem
p
ts
(P
.043)
SV
C F
lux Curren
t Regulat
or Gain
(U
.032
)
O
v
e
rf
req
uency Limit
(H.02
2)