Badger Meter ModMAG M1000 User manual

®
Badger Meter Europa GmbH
ModMAG® M1000
HART® protocol
INSTALLATION AND
OPERATION MANUAL
April 2017
MID_M1000_BA_HART_02_1704

Contents Page
MID_M1000_BA_HART_02_1704
1. Basic safety recommendations ..................................................................................... 5
2. Dynamic variables .......................................................................................................... 5
Volumetric flow unit codes ....................................................................................... 5
Volume unit code .................................................................................................... 6
3. Device variables.............................................................................................................. 6
4. Field device status.......................................................................................................... 8
5. Universal commands...................................................................................................... 9
Command 0 Read Transmitter Unique Identifier ...................................................... 9
Command 1 Read primary variable ........................................................................10
Command 2 Read Loop Current and Percent of Range .........................................10
Command 3 Read Dynamic Variables and Loop Current .......................................11
Command 3 Read Dynamic Variables and Loop Current .......................................12
Command 6 Write Polling Address .........................................................................13
Backward compatibility TEST .................................................................................14
Command 7 Read Loop Configuration ...................................................................15
Command 8 Read Dynamic Variable Classification ................................................15
Command 9 Read Device Variable with Status ......................................................16
Command 11 Read Unique Identifier Associated With Tag ....................................18
Command 12 Read message .................................................................................18
Command 13 Read tag descriptor, and date ..........................................................19
Command 14 Read PV sensor information ............................................................20
Command 15 Read PV output sensor information ..................................................21
Command 16 Read Assembly Number ..................................................................22
Command 17 Write Message .................................................................................22
Command 18 Write Tag, Description, Date ............................................................23
Command 19 Write Assembly number ...................................................................24
Command 20 Read Long tag .................................................................................25
Command 21 Read Unique Identifier Associated With Long Tag ...........................26
Command 22 Write Long tag ..................................................................................26
Command 38 Reset Configuration Changed Flag ..................................................27
Command 48 Read Additional Device Status .........................................................28
6. Additional features ........................................................................................................30
Command 40 Enter/Exit Fixed Current Mode .........................................................30
Command 42 Perform Device Reset ......................................................................31
Command 44 Write Primary Variable Units ............................................................32
Command 59 Write Number of Response Preambles ............................................32
7. Device specific commands...........................................................................................34
Command 130 Read Product Code ........................................................................34
Command 131 Read Product Name .......................................................................34
Command 132 Read Firmware Name ....................................................................35
Command 133 Read Application Version ...............................................................36

Contents Page
MID_M1000_BA_HART_02_1704
Command 134 Read Compile Date ........................................................................36
Command 135 Read OTP Boot Checksum ............................................................37
Command 136 Read Flash OS Checksum .............................................................37
Command 141 Read Serial Number .......................................................................38
Command 150 Read Detector Diameter .................................................................39
Command 154 Read Detector Factor .....................................................................40
Command 156 Read Detector Offset .....................................................................41
Command 158 Read Amplifier Factor ....................................................................41
Command 160 Read Detector Current ...................................................................42
Command 162 Read Power Line Frequency ..........................................................43
Command 163 Write Power Line Frequency ..........................................................43
Command 164 Read Excitation Frequency ............................................................44
Command 165 Write Excitation Frequency ............................................................45
Command 166 Read Scale Factor .........................................................................45
Command 167 Write Scale Factor ..........................................................................46
Command 172 Read Polarization Voltage ..............................................................47
Command 173 Read Full Scale Flow .....................................................................47
Command 174 Write Full Scale Flow .....................................................................48
Command 175 Read Flow Unit ..............................................................................48
Command 176 Write Flow Unit ...............................................................................49
Command 177 Read Volume Unit ..........................................................................50
Command 178 Write Volume Unit ..........................................................................50
Command 181 Read Full Scale Velocity ................................................................51
Command 182 Write Full Scale Velocity .................................................................51
Command 183 Read Low Flow Cut Off ..................................................................52
Command 184 Write Low Flow Cut Off ..................................................................53
Command 185 Read Flow Direction .......................................................................53
Command 186 Write Flow Direction .......................................................................54
Command 189 Read Coil Settling Time..................................................................54
Command 190 Read Digital Input Operation ..........................................................55
Command 191 Write Flow Direction .......................................................................56
Command 192 Read Digital Input Status ................................................................57
Command 197 Write Alarm Mode ..........................................................................58
Command 200 Read Pulses per Unit .....................................................................58
Command 201 Write Pulses per Unit .....................................................................59
Command 202 Read Pulse Width ..........................................................................60
Command 203 Write Pulse Width...........................................................................60
Command 204 Read Flow Alarm Min .....................................................................61
Command 205 Write Flow Alarm Min .....................................................................62
Command 206 Read Flow Alarm Max ....................................................................63
Command 207 Write Flow Alarm Max ....................................................................64
Command 208 Read Digital Output Mode ..............................................................64
Command 209 Write Digital Output Mode ..............................................................65

Contents Page
MID_M1000_BA_HART_02_1704
Command 210 Read Digital Output Operation .......................................................66
Command 211 Write Digital Output Operation........................................................67
Command 212 Read Full Scale Frequency ............................................................68
Command 213 Write Full Scale Frequency ............................................................68
Command 214 Read Median ..................................................................................69
Command 215 Write Median ..................................................................................69
Command 216 Read Moving Average ....................................................................70
Command 217 Write Moving Average ....................................................................71
Command 229 Read Menu Language Code ..........................................................71
Command 231 Read Empty Pipe Mode .................................................................73
Command 232 Write Empty Pipe Mode..................................................................73
Command 233 Read Empty Pipe Threshold Resistance ........................................74
Command 234 Write Empty Pipe Threshold Resistance ........................................74
Command 238 Read Empty Pipe Actual Resistance ..............................................75
Command 240 Read Flow Simulation ....................................................................76
Command 241 Write Flow Simulation ....................................................................77
Command 242 Remote Login .................................................................................79
Command 243 Read Rights ...................................................................................79
Command 244 Command Action Request .............................................................80
Command 247 Read Random ................................................................................81
8. Rights – summary..........................................................................................................82
9. Return of goods for repair/Harmless declaration........................................................83

Basic safety recommendations / Dynamic variables Page 5/83
MID_M1000_BA_HART_02_1704
1. Basic safety recommendations
Please see “Basic safety recommendations” in installation and operation manual
ModMAG® M1000.
2. Dynamic variables
Primary Variable Volumetric Flow rate
Secondary Variable T1+
Tertiary Variable T1-
Quaternary Variable T1NET
Volumetric flow unit codes
15
Cubic Feet per Minute
16
Gallons per Minute
17
Liters per Minute
18
Imperial Gallons per Minute
19
Cubic Meter per Hour
22
Gallons per Second
23
Million Gallons per Day
24
Liters per Second
25
Million Liters per Day
26
Cubic Feet per Second
27
Cubic Feet per Day
28
Cubic Meters per Second
29
Cubic Meters per Day
30
Imperial Gallons per Hour
31
Imperial Gallons per Day
130
Cubic Feet per Hour
131
Cubic Meters per Minute
132
Barrels per Second
133
Barrels per Minute
134
Barrels per Hour
136
Gallons per Hour
137
Imperial Gallons per Second
138
Liters per Hour
242
US Fluid ounces per minute

Dynamic variables / Device variables Page 6/83
MID_M1000_BA_HART_02_1704
Volume unit code
40
Gallons
41
Liters
42
Imperial gallons
43
Cubic meters
46
Barrels
112
Cubic feet
236
Hectoliters
240
Mega gallons
241
Acre-feet
3. Device variables
Code
Classification
Units
Value
Status
Response
code
0
Volumetric flow
Selected flow unit
Actual flow rate
α
0
1
Velocity
m/s
Actual flow velocity
α
0
2
Volume
Selected volume unit
Totalizer T1+
β
0
3
Volume
Selected volume unit
Totalizer T1-
β
0
4
Volume
Selected volume unit
Totalizer T1Net
β
0
5
Analytical
%
Relative flow rate
α
0
6
Volumetric flow
m3/s
Actual flow rate
α
0
7
Volume
m3
Totalizer T1+
β
0
8
Volume
m3
Totalizer T1-
β
0
9
Volume
m3
Totalizer T1Net
β
0
10
Volume
m3
Totalizer T2+
β
0
11
Volume
m3
Totalizer T2-
β
0
12
Volume
m3
Totalizer T2Net
β
0
13
Analytical
%
Relative flow rate
α
14
14
Current
mA
Output current
α
14
15
Volumetric flow
Selected flow unit
Actual flow rate
α
14
16
Volume
Selected volume unit
Totalizer T1+
β
14
17
Volume
Selected volume unit
Totalizer T1-
β
14
18
Volume
Selected volume unit
Totalizer T1Net
β
14

Dynamic variables / Device variables Page 7/83
MID_M1000_BA_HART_02_1704
Status α
Flow meter status
Device variable status
Flow simulation active
Manual fixed; Not limited
Bad
Bad; Not limited
Good
Good; Not limited
Status β
Flow meter status
Device variable status
Bad
Bad; Not limited
Good
Good; Not limited

Field device status Page 8/83
MID_M1000_BA_HART_02_1704
4. Field device status
Bit
Status indication
Meaning
7
Field device malfunction
Some fault occurred, except pulse output
overload
6
Configuration changed
Set whenever a configuration change is
made by any host, or through a local
operator interface
5
Cold start
Set, for one transaction only to each
master, when a field device is powered up
4
More status available
Some fault occurred. Use command #48
to retrieve further information
3
Analog output fixed
The device is in multidrop mode, or the
flow simulation is active (command #241)
2
Analog output saturated
Analog output is out of range
1
Primary variable out of limits
Relative flow rate <0% or relative flow rate
>100%
0
Non-primary variable out of limits
Not implemented, always 0

Universal commands Page 9/83
MID_M1000_BA_HART_02_1704
5. Universal commands
Command 0 Read Transmitter Unique Identifier
Request Data Bytes
Byte
Description
None
Response data bytes
Byte
Description
#0
Device Type Code for Expansion
254
#1
Manufacturer Identification Mode
189 = Badger Meter
#2
Manufacturer Device Type
3 = M1000R
#3
Number of Requested Preambles
5
#4
Revision Level of Universal Command
7
#5
Revision Level of Transmitter Document
1
#6
Software Revision Level
14
#7
(Most Significant 5 Bits) Hardware Revision Level
1
(Least Significant 3 Bits) Physical Signaling Code
0
#8
Flags, none defined at this time
0
#9
Device Identification Number, 24Bit, MSB
#10
Device Identification Number, 24Bit
#11
Device Identification Number, 24Bit, LSB
#12
Number of Preambles to be sent
5 (5…20)*
#13
Maximum Number of Device Variables
13
#14
Configuration Change Counter, MSB
#15
Configuration Change Counter, LSB
#16
Extended Field Device Status
0
#17
Manufacturer Identification Code, MSB
0
#18
Manufacturer Identification Code, LSB
189 = Badger Meter
#19
Private Distributor Identification Code, MSB
0
#20
Private Distributor Identification Code, LSB
189 = Badger Meter
#21
Device Profile
1
* Configurable
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
02
80
00
00
82

Universal commands Page 10/83
MID_M1000_BA_HART_02_1704
Response example:
Preamble
Start delimiter
Address
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
06
80
00
18
00
42
FE BD 03 05 07 01 0E 08 00 0A E1 39 05 0D 00 01 00 00 BD 00
BD 01
43
Command 1 Read primary variable
Request Data Bytes
Byte
Description
None
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
01
00
EF
Response example:
Preamble
Start delimiter
Address
Long frame from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
01
07
00 42
18 40 A0 C9 48
D7
Command 2 Read Loop Current and Percent of Range
Request Data Bytes
Byte
Description
None
Response Data Bytes
Byte
Description
#0..#3
Primary Variable Loop Current (units of mA) , IEEE754
#4..#7
Primary Variable Percent of Range (units of percent) , IEEE754
Response Codes
Code
Description
0
No Command Specific Error

Universal commands Page 11/83
MID_M1000_BA_HART_02_1704
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
02
00
EC
Response example:
Preamble
Start delimiter
Address
Long frame from
slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
02
0A
00 00
41 61 78 9B 42 7C 4C 71
22
Data:
14.09194 mA
63.0746 %
Command 3 Read Dynamic Variables and Loop Current
Request Data Bytes
Byte
Description
None
Response Data Bytes
Byte
Description
#0..#3
Primary Variable Loop Current (units of mA) , IEEE754
#4
Primary Variable Unit Code
#5..#8
Primary Variable, IEEE754
#9
Secondary Variable Unit Code
#10..#13
Secondary Variable, IEEE754
#14
Tertiary Variable Unit Code
#15..#18
Tertiary Variable, IEEE754
#19
Quaternary Variable Unit Code
#20..#23
Quaternary Variable, IEEE754
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
03
00
ED

Universal commands Page 12/83
MID_M1000_BA_HART_02_1704
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF
FF
8
6
BD 03 0A E1
39
0
3
1A
00 42
41 A0 00 00 18 40 A0 E0 91 29 49 4C EF 7C 29 42
7D F6 14 29 49 4C EB 84
D1
Data:
20mA
5.0274128913879395 L/S
839415.75 L
63.49031066894531 L
839352.25 L
Command 3 Read Dynamic Variables and Loop Current
Request Data Bytes
Byte
Description
None
Response Data Bytes
Byte
Description
#0..#3
Primary Variable Loop Current (units of mA) , IEEE754
#4
Primary Variable Unit Code
Volumetric Flow Unit
Codes
#5..#8
Primary Variable, IEEE754
#9
Secondary Variable Unit Code
Volume Unit Code
#10..#13
Secondary Variable, IEEE754
#14
Tertiary Variable Unit Code
Volume Unit Code
#15..#18
Tertiary Variable, IEEE754
#19
Quaternary Variable Unit Code
Volume Unit Code
#20..#23
Quaternary Variable, IEEE754
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
03
00
ED

Universal commands Page 13/83
MID_M1000_BA_HART_02_1704
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF
FF
86
BD 03 0A E1
39
03
1A
00
42
41 A0 00 00 18 40 A0 E0 91 29 49 4C EF 7C 29
42 7D F6 14 29 49 4C EB 84
D
1
Data:
20mA
5.0274128913879395 L/S
839415.75 L
63.49031066894531 L
839352.25 L
Command 6 Write Polling Address
Request Data Bytes
Byte
Description
#0
Polling Address
0..63
#1
Loop Current Mode
0 = signaling disabled; 1 = signaling enabled
Response Data Bytes
Byte
Description
#0
Polling Address
0 (0..63)
#1
Loop Current Mode
0 = signaling disabled; 1 = signaling enabled
Response Codes
Code
Description
0
No Command Specific Error
2
Invalid Polling Address Selection
5
Too Few Data Bytes Received
Request example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Data
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
06
02
00 00
EA

Universal commands Page 14/83
MID_M1000_BA_HART_02_1704
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
06
04
00 48
00 00
A0
Data:
Polling address = 0
Loop Current Mode = 0 (signaling disabled)
Backward compatibility TEST
Request example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Data
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
06
01
00
E9
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
06
04
00 40
00 01
A0
Data:
Polling address = 0
Loop Current Mode = 1 (signaling enabled)
Request example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Data
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
06
01
3F
D6
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
06
04
00 48
3F 00
9F
Data:
Polling address = 63

Universal commands Page 15/83
MID_M1000_BA_HART_02_1704
Command 7 Read Loop Configuration
Request Data Bytes
Byte
Description
None
Response Data Bytes
Byte
Description
#0
Polling Address
0 (0..63)
#1
Loop Current Mode
0=disabled; 1=enabled
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
07
00
E9
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
07
04
00 42
00 01
AA
Command 8 Read Dynamic Variable Classification
Request Data Bytes
Byte
Description
None
Response Data Bytes
Byte
Description
#0
Primary Variable Classification
66 = Volumetric Flow
#1
Secondary Variable Classification
68 = Volume
#2
Tertiary Variable Classification
68 = Volume
#3
Quaternary Variable Classification
68 = Volume

Universal commands Page 16/83
MID_M1000_BA_HART_02_1704
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
08
00
E6
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
08
06
00 42
42 44 44 44
A0
Command 9 Read Device Variable with Status
Request Data Bytes
Byte
Description
#0
Slot 0: Device Variable Code
#1
Slot 1: Device Variable Code
#2
Slot 2: Device Variable Code
#3
Slot 3: Device Variable Code
#4
Slot 4: Device Variable Code
#5
Slot 5: Device Variable Code
#6
Slot 6: Device Variable Code
#7
Slot 7: Device Variable Code
Response Data Bytes
Byte
Description
#0
Extended Field Device Status
0
#1
Slot 0: Device Variable Code
#2
Slot 0: Device Variable Classification
#3
Slot 0: Units Code
#4..#7
Slot 0: Device Variable Value
#8
Slot 0: Device Variable Status
#9..#16
Slot 1
#17..#24
Slot 2
#25..#32
Slot 3
#33..#40
Slot 4
#41..#48
Slot 5
#49..#56
Slot 6
#57..#64
Slot 7
#65..#68
Time stamp

Universal commands Page 17/83
MID_M1000_BA_HART_02_1704
Response Codes
Code
Description
0
No Command Specific Error
2
Invalid Selection
5
Too Few Data Bytes Received
14
Device Variables Returned for Device Variables
30
Command Response Truncated
Request example:
Preamble
Start
delimiter
Address
Command
Byte count
Data
Check
sum
FF FF FF FF
FF
82
BD 03 0A E1 39
09
08
00 00 00 00 00
00 00 00
EF
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
09
47
00 42
00
00 42 18 40 A0 F2 AC C0
01 43 15 40 23 F0 B3 C0
02 44 29 49 50 59 73 C0
03 44 29 42 7D F6 14 C0
04 44 29 49 50 55 7B C0
05 51 39 42 CC EC E0 C0
06 42 1C 3B A4 CF 8A C0
07 44 2B 44 55 59 8C C0
0E 8C 95 80
92
Data:
0 .. Extended Field Device Status
Slot 0: Volumetric Flow; 5.029623031616211 L/s; Good
Slot1: Velocity; 2.561566114425659 m/s; Good
Slot2: Volume; 853399.1875 L; Good
Slot3: Volume; 63.49031066894531 L; Good
Slot4: Volume; 853335.6875 L; Good
Slot 5: Analytical; 102.462646484375 %; Good
Slot 6: Volumetric Flow; 0.00502962339669466 m3/s; Good
Slot7: Volume; 853.399169921875 m3; Good
Time Stamp

Universal commands Page 18/83
MID_M1000_BA_HART_02_1704
Command 11 Read Unique Identifier Associated With Tag
Request Data Bytes
Byte
Description
#0..#5
Tag (Packed ASCII)
Response Data Bytes
Same as Command 0 Read Unique Identifier
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start
delimiter
Address
Command
Byte
count
Data
Check
sum
FF FF FF FF FF
82
00 00 00 00
00
0B
06
37 1C 30
C2 08 20
7E
Data:
“M1000 ”
Response example:
Preamble
Start delimiter
Address
Command
Byte count
Status
Data
Checksum
FF FF FF FF
FF
86
00 00 00 00
00
0B
18
00
42
FE BD 03 05 07 01 0E 08 00 0A E1 39 05 0D 00
01 00 00 BD 00 BD 01
48
Command 12 Read message
Request Data Bytes
Byte
Description
None
Response Data Bytes
Byte
Description
#0..#23
Message (Packed ASCII)
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
0C
00
E2

Universal commands Page 19/83
MID_M1000_BA_HART_02_1704
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1
39
0C
1A
00 42
08 11 07 15 28 0D 15 41 52 80 93
83
B2 03 71 C3 0C 20 82 08 20 82 08
20
29
Data:
“BADGER METER INC, M1000
Command 13 Read tag descriptor, and date
Request Data Bytes
Byte
Description
None
Response Data Bytes
Byte
Description
#0..#5
Tag (Packed ASCII)
#6..#17
Descriptor (Packed ASCII)
#18..#20
Date Code (Day, Month, Year)
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
0D
00
E3
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF
FF
86
BD 03 0A E1
39
0D
17
00
42
37 1C 30 C2 08 20 82 08 20 82 08 20 82 08
20 82 08 20 01 01 00
43
Data:
Tag: “M1000 ”
Descriptor: “ ”
Day:1
Month: 1
Year: 1900

Universal commands Page 20/83
MID_M1000_BA_HART_02_1704
Command 14 Read PV sensor information
Request Data Bytes
Byte
Description
None
Response Data Bytes
Byte
Description
#0..#2
Transducer Serial Number
#3
Transducer Limits and Minimum Span Units Code
Volumetric Flow
Unit Codes
#4..#7
Upper Transducer Limit
12 m/s
#8..#11
Lower Transducer Limit
0.03m/s
#12..#15
Minimum Span
0.1*(Upper-Lower)
Response Codes
Code
Description
0
No Command Specific Error
Request example:
Preamble
Start delimiter
Address
Command
Byte count
Checksum
FF FF FF FF FF
82
BD 03 0A E1 39
0E
00
E0
Response example:
Preamble
Start delimiter
Address
Long frame
from slave
Command
Byte count
Status
Data
Checksum
FF FF FF FF FF
86
BD 03 0A E1 39
0E
12
00 42
0A E1 39 18 41 BC 7E DE 3D 71 46 3A 40
16 6B 62
4C
Data:
Transducer Serial Number: 0AE139
Transducer Limits and Minimum Span Units Code: L/s
Upper Transducer Limit: 23.561946868896484
Lower Transducer Limit: 0.05890486389398575
Minimum Span: 2.350304126739502