10
D5072-099
- SIL 2 Temperature Signal Converter
G.M. International ISM0389-0
Modbus parameters details:
*1 Command List
Bit pos. Value Description
0..3
10
full eeprom write
*2 Fault Mask
Bit pos.
Value Description
0..0
0
no internal/hardware fault
1
internal/hardware
fault
1..1
0
no configuration fault
1
configuration
fault
2..2
0
no input 1 open/burnout
1
input 1 open/burnout
3..3
0
no input 2 open/burnout
1
input 2 open/burnout
4..4
0
no input 1 cold junction
1
input 1 cold junction
5..5
0
no input 2 cold junction
1
input 2 cold junction
6..6
0
no input 1 cable resistance
1
input 1 cable resistance
7..7
0
no input 2 cable resistance
1
input 2 cable resistance
8..8
0
no input 1 out of spec
1
input 1 out of spec
9..9
0
no input 2 out of spec
1
input 2 out of spec
10..10
0
no analog out 1 saturation
1
analog out 1 saturation
11..11
0
no analog out 2 saturation
1
analog out 2 saturation
*3 Modbus Baudrate
Bit pos.
Value Description
0..2
0
baud rate = 4800 bit/s
1
baud rate = 9600 bit/s
2
baud rate = 19200 bit/s
3
baud rate = 38400 bit/s
4
baud rate = 57600 bit/s
5
baud rate = 115200 bit/s
*4 Modbus Format
Bit pos.
Value Description
0..1 0
parity
none
1
parity
even
2
parity
odd
2..2 0
termination
resistance
off
1
termination
resistance
on
3..3
0
32-bit endianness little
1
32-bit endianness big
*5 Input-to-Output Assignment
Bit pos.
Value Description
0..3 0
input1
temp
1
input2
temp
2
mean input temp = (input1 temp + input2 temp)/2
3
input1 temp - input2 temp
4
input2 temp - input1 temp
5
max(input1 temp, input2 temp)
6
min(input1 temp, input2 temp)
7
input redundancy = mean input temperature or temperature
of the healthy sensor
8
electrical measure 1
9
electrical measure 2
10
electrical m cj voltage 1 (compensated sensor 1)
11
electrical m cj voltage 2 (compensated sensor 2)
*6 Integration Speed
Bit pos.
Value Description
0..0 0
slow
1
fast
*7 Sensor Family
Bit pos.
Value Description
0..2 0
thermocouple
1
rtd
2
voltage
3
resistance
4
potentiometer
*8 Sensor Connection
Bit pos.
Value Description
0..2
0
volt/tc 2 wires
1
tc + external compensation
2
res/rtd 2 wires
3
res/rtd 3 wires
4
res/rtd 4 wires
5
potentiometer 3 wires
*9 Sensor Type
Bit pos.
Value Description
0..5 0
thermocouple
A1
1
thermocouple
A2
2
thermocouple
A3
3
thermocouple
B
4
thermocouple
C
5
thermocouple
D
6
thermocouple
E
7
thermocouple
J
8
thermocouple
K
9
thermocouple
L
10
thermocouple
LR
11
thermocouple
N
12
thermocouple
R
13
thermocouple
S
14
thermocouple
T
15
thermocouple
U
16
Pt50
rtd
(a=0.003851)
17
Pt100
rtd
(a=0.003851)
18
Pt200
rtd
(a=0.003851)
19
Pt300
rtd
(a=0.003851)
20
Pt400
rtd
(a=0.003851)
21
Pt500
rtd
(a=0.003851)
22
Pt1000 rtd (a=0.003851)
23
Pt46
rtd
(a=0.003911)
24
Pt50
rtd
(a=0.003911)
25
Pt100
rtd
(a=0.003911)
26
Pt200
rtd
(a=0.003911)
27
Pt300
rtd
(a=0.003911)
28
Pt400
rtd
(a=0.003911)
29
Pt500
rtd
(a=0.003911)
30
Pt100
rtd
(a=0.003916)
31
Pt100
rtd
(a=0.003926)
32
Cu53 rtd (a=0.004260)
33
Cu9.035 rtd (a=0.004274)
34
Cu50 rtd (a=0.004280)
35
Cu100 rtd (a=0.004280)
36
Ni100 rtd (a=0.006178)
37
Ni120 rtd (a=0.006720)
38
voltage
standard
39
voltage
extended
40
resistance
standard
41
resistance
extended
42
potentiometer
43
callendar Van Dusen
44
custom
sensor
*10 Input Burnout Configuration
Bit pos.
Value Description
0..0
0
input burnout active
1
input burnout off
*11 Cold Junction Compensation
Bit pos.
Value Description
0..1 0
internal
1
fixed
2
other
sensor
3
external
*12 Cold Junction Force Command
Bit pos.
Value Description
0..0
0
cold junction measured
1
cold junction fixed
*13 Alarm Configuration
Bit pos.
Value Description
0..2 0
no
alarm
1
alarm
low
2
alarm
high
3
alarm
window
4
fault
repeater
*14 Alarm Lock
Bit pos.
Value Description
0..0
0
no alarm lock
1
alarm lock activated
*15 Contact Position In Case Of Alarm
Bit pos.
Value Description
0..0 0
open
1
closed
*16 Alarm Fault Configuration
Bit pos.
Value Description
0..1 0
ignore
fault
1
lock alarm state before fault
2
alarm on in case of fault
3
alarm off in case of fault
*17 Alarm Virtual State
Bit pos.
Value Description
0..0 0
alarm
off
1
alarm
on
