STP-603/1003 Series Instruction Manual
9-5
S
oftw
a
re V
e
VE
R x
.x
Ctr
l S
e
ri
al
N
xxxxx
S
peed S
e
t
P
xxxx r
p
m
Rem
ote m
ode
I/O
rem
o
te
E
rro
r R
e
co
rd
fai
lur
e m
e
ssa
Oper
ati
on M
ode
Ver
si
on I
nf
or
m
ati
on
Indi
vi
dual
Inf
o
rm
at
ion
C
u
rr
ent
Sett
in
g
s
C
ur
rent
F
unc
tion
Sett
ings
E
rro
r Re
co
rd
"U
P
/D
O
W
N
"
"UP
/DO
W
N
"
"UP
/DO
W
N
"
"UP
/DO
W
N
"
"UP
/DO
W
N
"
"UP
":
Ne
xt
it
e
m
"D
OW
N
":
Pr
ev
ious
it
em
"SEL
EC
T
":
N
e
xt
gr
oup
or
(W
hen
equi
pped w
ith a
T
M
S
onl
y)
(W
hen
equi
pped w
ith a
T
M
S
onl
y)
N
O
R
M
:
**
****
rp
m
"S
E
L
E
C
T"
"S
E
L
E
C
T"
"S
E
L
E
C
T"
"S
E
L
E
C
T"
"S
E
L
E
C
T"
"S
E
L
E
C
T"
T
ot
al
hour
s of
r
unni
ng (
pum
p)
Pum
p s
er
ial
no.
C
ont
rol
uni
t s
er
ial
no.
C
trl
Hour
Counter
xxxxx
H
T
otal
hour
s of
r
unni
ng
(
cont
rol
uni
t)
S
tar
t C
ounter
xxxxx
N
um
b
er
of
st
ar
ts
A
ct
ual
pum
p tem
p
er
atur
e
TM
S tem
p
er
at
ur
e set
ting
R
at
ed s
peed
R
em
ote m
ode
Em
er
genc
y v
ent. v
a
lv
e
Inhi
b
it f
unc
tio
n
TM
S F
unc
tion
•
T
otal
hour
s of
r
un
ni
ng (
pum
p)
:
T
otal
hour
s of
ac
cel
er
at
ion,
nor
m
al
oper
at
ion and
dec
el
er
ati
on.
•
T
otal
hour
s of
r
un
ni
ng (
contr
ol
uni
t)
:
T
otal
hour
s of
pow
er
on
s
ta
te (
inc
lude
lev
itati
on)
.
•
N
um
ber
of
s
tar
ts
:
N
um
ber
of
ti
m
es
the s
tar
t oper
ati
on
is
per
for
m
ed
Err
or Re
co
rd
:
T
h
e
contr
ol
uni
t c
an
st
or
e i
nf
om
ati
on about
up t
o
10 of
the
m
os
t r
ec
ent
er
ror
s.
"1
/n"
d
enot
es
the m
ost
r
ec
ent
er
ro
r.
EN
ABEL
or
D
ISABLE
D
a
m
age Li
m
it C
ounter
xxxxx
D
am
ag
e L
im
it of
the Bear
in
g
A
nal
og Control
Loop
rs
ion
Dr
iv
e
r RO
M
Ve
rs
io
n
P
M
x.
x.
x
P
u
m
p
Hour
Counter
xxx
x H
P
um
p S
eri
al
N
u
m
ber
xxxxx
u
m
ber
Di
g
ita
l A
M
B
Ve
rs
io
n
A
M
x.
x.
x
M
O
TOR
TE
M
P
xxx
℃
o
in
t
T
M
S Se
t
P
o
in
t
xx
x
℃
Inhi
bi
t functi
o
n
DI
SAB
L
E
TM
S
F
uncti
on
DI
SAB
L
E
E
m
erg
ency ven
t.
val
ve
DI
SAB
L
E
E
rr
o
r R
e
co
rd
n
°
2/n
fai
lur
e m
e
ssa
g
e
n
°
1/n
g
e
E
rr
o
r R
e
co
rd
n
°
n/n
fai
lur
e m
e
ssa
g
e
Figure 9.2
Confirmation Mode Operation Method