
1569
‐
PT060EE1
Rev.
7
Page
58
of
62
6.5 PROFIBUS
DP
protocol
6.5.1
Data from T060E weight transmitter
INDIRIZZO
HOLDING
REGISTER
NOTE
0x0000
Status
word
0x0001
Gross
weight
channel
1
MSB
Valore
signed
in
two’s
complement
0x0002
Gross
weight
channel
1
LSB
Valore
signed
in
two’s
complement
0x0003
Gross
weight
channel
2
MSB
Valore
signed
in
two’s
complement
0x0004
Gross
weight
channel
2
LSB
Valore
signed
in
two’s
complement
0x0005
Gross
sum
weight
MSB
Valore
signed
in
two’s
complement
0x0006
Gross
sum
weight
LSB
Valore
signed
in
two’s
complement
0x0007
Net
weight
channel
1
MSB
Valore
signed
in
two’s
complement
0x0008
Net
weight
channel
1
LSB
Valore
signed
in
two’s
complement
0x0009
Net
weight
channel
2
MSB
Valore
signed
in
two’s
complement
0x000A
Net
weight
channel
2
LSB
Valore
signed
in
two’s
complement
0x000B
Net
sum
weight
MSB
Valore
signed
in
two’s
complement
0x000C
Net
sum
weight
LSB
Valore
signed
in
two’s
complement
6.5.2
Status word coding
MSB
LSB
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0
Z2
Z1
F2
F1
OL2
UL2
OL1
UL1
IN2
IN1
SAF
R5
R4
R3
R2
R1
Z1
if
=
1
Tare
channel
1
acquired
Z2
if
=
1
Tare
channel
2
acquired
F1
If
=
1
indicates
a
load
cell
failure
on
channel
1.
F2
If
=
1
indicates
lo
a
load
cell
failure
on
channel
2.
OL2
If
=
1
indicates
an
over
range
on
channel
2.
UL2
If
=
1
indicates
an
under
range
on
channel
2.
OL1
If
=
1
indicates
an
over
range
on
channel
1.
UL1
If
=
1
indicates
an
under
range
on
channel
1.
IN1
If
=
1
indicates
the
closing
of
digital
input
1.
IN2
If
=
1
indicates
the
closing
of
digital
input
2.
R5
If
=
1
indicates
that
the
relevant
relay
is
energized.
R4
If
=
1
indicates
that
the
relevant
relay
is
energized.
R3
If
=
1
indicates
that
the
relevant
relay
is
energized.
R2
If
=
1
indicates
that
the
relevant
relay
is
energized.
R1
If
=
1
indicates
that
the
relevant
relay
is
energized.
6.5.3 Command
register
VALUE
FUNCTION
0x01
Tare
channel
1
0x02
Tare
channel
2
0x04
Reset
Tare
channel
1
0x08
Reset
Tare
channel
2