Modbus (RTU) Manual
TCM COMO_S_EN_150408_E003
TRICOR®
Coriolis Mass Flow Meter
Version
Manual-Version
TCM COMO_S_EN_150408_E003
SW-Version
This manual is valid for
Main SW: V3.33 and higher
Display SW: V3.20 and higher
2
Version: TCM COMO_S_EN_150408_E003
Index
Index
1.
ELECTRICAL CONNECTION OF RS-485 ................................................................................................. 4
1.1.
Single-mode connection ............................................................................................................................. 4
1.2.
Operating TCE 8000 in multi-drop network ................................................................................................ 5
2.
EX INSTALLATION OF RS-485 ................................................................................................................. 5
3.
TCE 8000 MODBUS RTU INTERFACE OVERVIEW ................................................................................ 6
3.1.
RS-485 settings .......................................................................................................................................... 6
3.2.
3.2.1.
3.2.2.
3.2.3.
3.2.4.
Frame structure........................................................................................................................................... 6
Address = Slave address ............................................................................................................................ 6
Function Code ............................................................................................................................................. 6
Data Field .................................................................................................................................................... 7
Error Checking Field ................................................................................................................................... 8
3.3.
Exception responses................................................................................................................................... 8
3.4.
TCE 8000 Modbus data model ................................................................................................................... 8
3.5.
3.5.1.
Examples of use ......................................................................................................................................... 9
ModScan64 ................................................................................................................................................. 9
3.6.
Tricor Configurator ...................................................................................................................................... 9
3.7.
TCE 8000 Modbus register map ...............................................................................................................11
4.
ADDRESSES ............................................................................................................................................19
Version: TCM COMO_S_EN_150408_E003
3
Electrical connection of RS-485
TCE 8000 Modbus RTU Communication
Modbus is an application layer messaging protocol for client/server communication between devices connected
on different types of buses or networks. On TCE 8000 Modbus is implemented using the asynchronous serial
transmission over the RS-485 physical interface. The TCE 8000 is equipped with an RS-485 Interface as a
standard.
1. Electrical connection of RS-485
Prepare the TCE 8000 and the cable as described in chapter 3.2.2 or 3.2.3 in the Tricor manual.
Connect the signal RS-485A, RS-485+ or D1+ (all three names are used in the literature) to terminal 22 and RS485-, RS-485B or D0- to terminal 21. Terminal 20 is the ground reference pin for the interface and is connected
to GND (terminal 8) with the non- Ex versions and connected to PE (terminal 52) with the Ex versions.
NOTE:
The operating range of the data terminals (21 and 22) is -7V to +12V referred to the reference pin (20). Voltages
outside that range could damage the TCE 8000.
1.1. Single-mode connection
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Version: TCM COMO_S_EN_150408_E003
Ex installation of RS-485
1.2. Operating TCE 8000 in multi-drop network
2. Ex installation of RS-485
The RS-485 terminals are designed for an operating voltage of -7V to +12V and a rated voltage of 30V AC.
For connecting the interface refer to chapter 5.1.1 and 3.2.7. in the Tricor manual.
WARNING!
Applying more than 30V DC to any of the RS-485 terminals will damage the TCE and destroy the protection of
the TCM!
WARNING!
If more than 30V have been applied to any of the RS-485 terminals, the unit must be returned to KEM/AWL for
repair as the safety barrier might have been destroyed!
Version: TCM COMO_S_EN_150408_E003
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TCE 8000 Modbus RTU Interface Overview
3. TCE 8000 Modbus RTU Interface Overview
3.1. RS-485 settings
The TCE 8000 uses a Modbus data byte structure without parity bit. The characters are transmitted in the
following structure:
•
•
•
•
1 Start Bit
8 Data Bit
No Parity Bit
1 Stop Bit
The baud rate can be set to 9600, 19200, 57600 or 115200 Baud (see chapter 4.5.7.6 in the Tricor manual).
3.2. Frame structure
The Modbus frame contains the following blocks:
Address
Func.
Code
Data Field (command address + data)
CRC (error check)
1 byte
1 byte
up to 80 bytes
1 byte
1 byte
2 characters must not be separated by more than 1.7ms at 9600 baud or by more than 0.75ms at 19200 or
56000 baud.
2 Frames must be separated by at least 4ms at 9600 baud or at least 1.75ms at 19200 or 56000 baud.
3.2.1.
Address = Slave address
The slave addresses can be set between 1 and 247 (see chapter 4.5.7.6 in the Tricor manual).
Address “0” is reserved for broadcast communication and addresses 248 to 255 are reserved for special
purposes. Those addresses cannot be assigned to a unit.
3.2.2.
Function Code
The following Modbus RTU function codes are available in the TCE 8000 electronics.
Code
Function
Data Access
0x01
Read Coil
0x02
Read Discrete Input
0x03
Read Holding Registers
0x04
Read Input Registers
0x05
Write Single Coil
Bit access
Internal Bits or Physical Coils
0x06
Write Single Register
16-bit access
Internal Registers or Physical Output
Registers
0x0F
Write Multiple Coils
Bit access
Internal Bits or Physical Coils
0x10
Write Multiple Registers
16-bit access
Internal Registers or Physical Output
Registers
Bit access
16-bit access
Description
Internal Bits or Physical Coils
Physical Discrete Inputs
Internal Registers or Physical Output
Registers
Physical Input Registers
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Version: TCM COMO_S_EN_150408_E003
TCE 8000 Modbus RTU Interface Overview
3.2.3.
Data Field
The data field is function code specific. See tables below for descriptions:
3.2.3.1. 0x01 Read Coil / 0x02 Read Input / 0x03 Read Holding Registers / 0x04 Read Input Registers
Request:
Address
Function
Start Address
Number of
coils/registers
1 byte
1 byte
1 byte
1 byte
Address
Function
Byte Count
Data
1 byte
1 byte
1 byte
(up to 80 bytes)
1 byte
1 byte
CRC
1 byte
1 byte
Response:
CRC
1 byte
1 byte
0x05 Write single Coil / 0x06 Write single Register
Request:
Address
Function
Start Address
Data
1 byte
1 byte
1 byte
1 byte
Address
Function
Start Address
Data
1 byte
1 byte
1 byte
1 byte
1 byte
CRC
1 byte
1 byte
1 byte
Response:
1 byte
CRC
1 byte
1 byte
1 byte
3.2.3.2. 0x10 Write multiple Register
Request:
Address
Function
1 byte
1 byte
Number of
registers
(max. 40)
Start Address
1 byte
1 byte
1 byte
1 byte
Byte Count
(2 x number
of registers)
Data
1 byte
(up to 80
bytes)
CRC
1 byte
1 byte
Response:
Address
Function
1 byte
1 byte
Number of
registers
(max. 40)
Start Address
1 byte
1 byte
1 byte
Version: TCM COMO_S_EN_150408_E003
1 byte
CRC
1 byte
1 byte
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TCE 8000 Modbus RTU Interface Overview
3.2.4.
Error Checking Field
The content of the 2 bytes of the error-checking field are calculated according to the Modbus rules.
Byte ordering of Floating Point Data
The TCE 8000 uses by default a “big-Endian” representation for floating point or 32-bit data. This means that
when a numerical quantity larger than a single byte is transmitted, the most significant byte is sent first. The byte
order is not changeable through the Modbus protocol! This can only be changed through the display unit.
3.3. Exception responses
In case the TCE 8000 receives a complete frame, but with invalid addresses or data, an exception response is
returned.
In the returned function code the MSB will be set to “1”. The returned function code can be calculated as:
Returned function code = received function code + 0x80
The data field will contain one of the following error codes:
Code
Name
Description
01
02
03
Illegal Function
Illegal Data Address
Illegal Data Value
The requested function is not existing / not implemented
The address (plus length) is not existing / not allowed
The transferred data are out of range
3.4. TCE 8000 Modbus data model
Modbus defines the following data:
Primary Table
Object type
Communication type
Discrete inputs
Coils
Input registers
Holding registers
Single bit
Single bit
16 bit
16 bit
Read-Only
Read-Write
Read-Only
Read-Write
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Version: TCM COMO_S_EN_150408_E003
TCE 8000 Modbus RTU Interface Overview
3.5. Examples of use
3.5.1.
ModScan64
See screen shots below for the communication example with ModScan64 (reading out the process parameters:
Mass Flow Rate [g/s], Density [g/cc], Temperature [°C], Volume Flow Rate [cc/s]).
The ModScan64 Modbus RTU master uses like many others the one-based addressing. You can use the
TCE 8000 Coil/Register Addresses as listed in the last chapter “TCE 8000 Modbus register map”.
The start register address to be read is 247 for Mass Flow Rate see TCE 8000 Modbus register map. The last
register would be 254 (the end address of Volume Flow Rate). The number of registers is therefore 8. See
screen shot below for reading out the 4 floating point parameters (using the IEEE 754 standard) or 8 16-bit
Modbus registers.
In the next screen shot you can see the traffic corresponding to the data shown above (therefore see the data
field description in section: 0x01 Read Coil / 0x02 Read Input / 0x03 Read Holding Registers / 0x04 Read Input
Registers.
3.6. Tricor Configurator
Tricor Configurator is Windows based software for communication with TCE 8000 electronics. Please download
the current revision from the KEM (http://www.kem-kueppers.com/downloads/software/?lang=en) or AW-Lake
homepage.
Version: TCM COMO_S_EN_150408_E003
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TCE 8000 Modbus RTU Interface Overview
For connecting the TCE 8000 electronics on your Laptop/PC please use the FTDI USB to RS485 Serial
Converter Cable (s .wiring diagram below). The current revision of Tricor Configurator is operable only in
combination with the FTDI Converter! The FTDI USB driver is also available on our homepage.
Please install both Tricor Configurator and the FTDI driver on your Windows Laptop/PC. Connect the TCE 8000
as shown in the diagram above and start Tricor Configurator. The screen shot below shows the main window
with the list of connected TCE 8000 devices. The Tricor Configurator operation manual can be also downloaded
from KEM/AW-Lake homepages
.
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Version: TCM COMO_S_EN_150408_E003
TCE 8000 Modbus RTU Interface Overview
3.7. TCE 8000 Modbus register map
NOTE:
If your equipment or software uses zero-based addressing, you will need to subtract one from the coil/register
start address in the map below.
The EEPROM Write Enable Coil 11 has to bet set before writing the new values to the Holding Registers
permanently.
The TCE 8000 implements 32-bit (2 Modbus registers) floating point data using the IEEE-754 standard.
Name
Coil/Register
Start Addr.
Address
Count
Value Type
Value Units /
Description
DISCRETE INPUTS
(read-only bit addresses, read function byte 0x02)
CtrlIn Level
208
1
Boolean
CtrlIn2 Level
209
1
Boolean
TCE 6000 only
EEPROM Backup Matches Working
210
1
Boolean
Memory
EEPROM Factory Backup Done
211
1
Boolean
DISCRETE COILS
(read/write bit addresses, read function byte 0x01, write function byte 0x05 for single or 0x0f for multiple coils)
Reset Batch Totals
003
1
Boolean
Reset Grand Totals
004
1
Boolean
Start Zero Offset Procedure
005
1
Boolean
duration: 10sec.
EEPROM Write Enable Flag
EEPROM Customer Backup Enable Flag
EEPROM Factory Backup Enable Flag
EEPROM Start Customer Backup
EEPROM Start Customer Restore
EEPROM Start Factory Backup
EEPROM Start Factory Restore
011
012
013
014
015
016
017
1
1
1
1
1
1
1
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
FreqOut Direction
101
1
Boolean
Primary mA Output Setup Mode Enable
Secondary mA Output Setup Mode Enable
Pressure Compensation Enable
201
202
203
1
1
1
Boolean
Boolean
Boolean
CtrlOut Level
207
1
Boolean
Density Correction Factors Calculation
301
1
Boolean
Version: TCM COMO_S_EN_150408_E003
write: 1 – start
backup/restore
read: 1 –
procedure running
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TCE 8000 Modbus RTU Interface Overview
Coil/Register
Start Addr.
421
422
423
424
425
426
427
428
Address
Count
1
1
1
1
1
1
1
1
429
1
Boolean
451
1
Boolean
INPUT REGISTERS
(read-only register addresses, read function byte 0x04)
Primary mA Output Current Value
203
Secodnary mA Output Current Value
213
Frequency Output Value
229
2
2
2
Floating Point
Floating Point
Floating Point
Mass Flow Rate
247
2
Floating Point
Density
249
2
Floating Point
Temperature
251
2
Floating Point
Volume Flow Rate
253
2
Floating Point
Pressure Rate
257
2
Floating Point
Mass Flow Batch Total
259
2
Floating Point
Volume Flow Batch Total
261
2
Floating Point
Mass Flow Grand Total
263
2
Floating Point
Volume Flow Grand Total
265
2
Floating Point
Mass Flow Grand Total Forward
267
2
Floating Point
Volume Flow Grand Total Forward
269
2
Floating Point
Mass Flow Grand Total Reverse
271
2
Floating Point
Volume Flow Grand Total Reverse
273
2
Floating Point
Name
Air Density Calibration
Water Density Calibration
Write 4mA to Primary mA Output
Write 20mA to Primary mA Output
Write 4mA to Secondary mA Output
Write 20mA to Secondary mA Output
Start Pt1000 Amplitude Calibration
Start Pt1000 Offset Calibration
Activate Pressure Compensation of the
Zero Offset
Write Calibration Values To EEPROM
Value Type
Value Units /
Description
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
milliamps
milliamps
Hz
selected mass
flow units
selected density
units
selected
temperature units
selected volume
flow units
selected pressure
units
selected mass
flow total units
selected volume
flow total units
selected mass
flow total units
selected volume
flow total units
selected mass
flow total units
selected volume
flow total units
selected mass
flow total units
selected volume
flow total units
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TCE 8000 Modbus RTU Interface Overview
Sensor Frequency
Sensor A Voltage
Sensor B Voltage
Drive Current
Coil/Register
Start Addr.
285
287
289
291
Address
Count
2
2
2
2
Temperature (internal value)
293
2
Floating Point
PT1000 value
Time Shift with correction (s. Coil 429)
Time Shift
295
297
299
2
2
2
Floating Point
Floating Point
Floating Point
SW
SW
SW
SW
7567
7568
7569
7570
1
1
1
1
Integer
Integer
Integer
Integer
8001
1
Integer
Name
Version Byte 1
Version Byte 2
Version Byte 3
Version Byte 4
Fault Word
Value Type
Floating Point
Floating Point
Floating Point
Floating Point
Value Units /
Description
Hz
millivolts
millivolts
milliamps
selected
temperature units
Ohms
micro seconds
micro seconds
HOLDING REGISTERS (read-write register addresses, read function byte 0x03, write function byte 0x06 for
single or 0x10 for multiple registers)
selected mass
Mass Flow Rate High Limit
3001
2
Floating Point
flow units
K-Factor
3003
2
Floating Point
Low Flow Cut Off in % f.s.
3005
2
Floating Point percentage
Flow Filter Step Response in % f.s.
3007
2
Floating Point percentage
selected mass
Low Flow Cut Off
3009
2
Floating Point
flow rate units
selected mass
Flow Filter Step Response
3011
2
Floating Point
flow rate units
Flow Filter Value
3013
2
Floating Point seconds
Density Filter
3015
2
Floating Point seconds
1 = Forward
Flow Direction
3017
2
Floating Point
-1 = Reverse
selected density
Low Density Cut Off
3019
2
Floating Point
units
RR Filter Value
3021
2
Floating Point samples
Temperature Filter Value
3023
2
Floating Point seconds
Sensor Amplitude Set Value
Current Resistor Value
Sensor Amplitude Control PID KP
Sensor Amplitude Control PID KI
Sensor Amplitude Control PID KD
Meter Variable
Zero Offset Value
PT1000 Correction Value
Temperatue Correction Value On Density
Calculation ToD_b
Version: TCM COMO_S_EN_150408_E003
3051
3053
3055
3057
3059
3061
3063
3065
2
2
2
2
2
2
2
2
Floating Point
Floating Point
Floating Point
Floating Point
Floating Point
Floating Point
Floating Point
Floating Point
3067
2
Floating Point
millivolts
Ohms
g/s per µs
timer ticks
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TCE 8000 Modbus RTU Interface Overview
Floating Point
Floating Point
Floating Point
Floating Point
Floating Point
Floating Point
Value Units /
Description
Hz
°C
g/cc
Hz
°C
g/cc
2
Floating Point
milliamps
3083
2
Floating Point
milliamps
3085
2
Floating Point
milliamps
3087
2
Floating Point
milliamps
3089
3091
2
2
Floating Point
Floating Point
°C
milliamps
3093
2
Floating Point
0-4095
3095
2
Floating Point
0-4095
3097
2
Floating Point
0-4095
3099
2
Floating Point
0-4095
3101
3103
3105
3107
2
2
2
2
Floating Point
Floating Point
Floating Point
Floating Point
Ohms
Ohms
Ohms
Ohms
3109
2
Floating Point
3111
2
Floating Point
Primary mA Output Flow Rate At 4mA
3201
2
Floating Point
Primary mA Output Flow Rate At 20mA
3203
2
Floating Point
Primary mA Output Density At 4mA
3205
2
Floating Point
Primary mA Output Density At 20mA
3207
2
Floating Point
Primary mA Output Temperature At 4mA
3209
2
Floating Point
Primary mA Output Temperature At
20mA
3211
2
Floating Point
Primary mA Output Batch Total At 4mA
3213
2
Floating Point
Primary mA Output Batch Total At 20mA
3215
2
Floating Point
Name
Frequency At Air
Temperature At Air
Density At Air
Frequency At H2O
Temperature At H2O
Density At H2O
Primary mA Output 4mA Calibration
Value
Primary mA Output 20mA Calibration
Value
Secondary mA Output 4mA Calibration
Value
Secondary mA Output 20mA Calibration
Value
Temperature Calibration Value
Analog Input Calibration Value
Primary mA Output 4mA Calibration
DAC Value
Primary mA Output 20mA Calibration
DAC Value
Secondary mA Output 4mA Calibration
DAC Value
Secondary mA Output 20mA Calibration
DAC Value
Pt1000 Amplitude Calibration Resistor
Pt1000 Offset Calibration Resistor
Pt1000 Offset Calibration Ro
Pt1000 Amplitude Calibration K
Temperatue Correction Value On
Density Calculation ToD_a
Temperatue Correction Value On
Density Calculation ToD_c
Coil/Register
Start Addr.
3069
3071
3073
3075
3077
3079
Address
Count
2
2
2
2
2
2
3081
Value Type
selected flow
units
selected flow
units
selected density
units
selected density
units
selected
temperature units
selected
temperature units
selected flow total
units
selected flow total
units
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Version: TCM COMO_S_EN_150408_E003
TCE 8000 Modbus RTU Interface Overview
Name
Coil/Register
Start Addr.
Address
Count
Value Type
Secondary mA Output Flow Rate At 4mA
3217
2
Floating Point
Secondary mA Output Flow Rate At
20mA
3219
2
Floating Point
Secondary mA Output Density At 4mA
3221
2
Floating Point
Secondary mA Output Density At 20mA
3223
2
Floating Point
3225
2
Floating Point
3227
2
Floating Point
3229
2
Floating Point
3231
2
Floating Point
mA Input Pressure Rate at 4mA
3241
2
Floating Point
mA Input Pressure Rate at 20mA
3243
2
Floating Point
Pressure Rate Manual Input
3245
2
Floating Point
3251
2
Floating Point
3253
2
Floating Point
Frequency Out Total Count Value
3255
2
Floating Point
Ctrl Out Batch Value
3257
2
Floating Point
Fault LED Turn On Time
Fault LED Turn Off Time
3259
3261
2
2
Floating Point
Floating Point
CtrlOut Flow Limit Value
3263
2
Floating Point
CtrlOut Flow Limit Hysteresis
3265
2
Floating Point
CtrlOut Flow At Full Scale Frequency
3267
2
Floating Point
CtrlOut Full Scale Frequency
3269
2
Floating Point
selected flow
units
Hz
selected flow total
units
selected flow total
units
seconds
seconds
selected flow
units
%
selected flow
units
Hz
Zero Offset Procedure Elapsed Time
Zero Offset Value
3301
3303
2
2
Floating Point
Floating Point
seconds
micro seconds
Frequency Out Fixed Value
Primary mA Output Fixed Value
Secondary mA Output Fixed Value
3351
3353
3355
2
2
2
Floating Point
Floating Point
Floating Point
Hz
milliamps
milliamps
Secondary mA Output Temperature At
4mA
Secondary mA Output Temperature At
20mA
Secondary mA Output Batch Total At
4mA
Secondary mA Output Batch Total At
20mA
Frequency Out Flow At Full Scale
Frequency
Frequency Out Full Scale Frequency
Version: TCM COMO_S_EN_150408_E003
Value Units /
Description
selected mass
flow units
selected mass
flow units
selected density
units
selected density
units
selected
temperature units
selected
temperature units
selected
temperature units
selected
temperature units
selected pressure
units
selected pressure
units
selected pressure
units
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TCE 8000 Modbus RTU Interface Overview
Name
Pressure Compensation Corr. Value 1
Pressure Compensation Corr. Value 2
Pressure Compensation Corr. Value 1
Pressure Compensation Corr. Value 2
Pressure Compensation
Pressure Value 1
Pressure Compensation
Pressure Value 2
Pressure Compensation
Pressure Value 3
Pressure Compensation
Pressure Value 4
Temperature Correction Value On Flow
Calculation
Pressure Correction of the Zero A
Pressure Correction of the Zero B
Pressure Correction of the Zero Offset
Drive Current Min Threshold
Drive Current Max Threshold
Coil/Register
Start Addr.
3401
3403
3405
3407
Address
Count
2
2
2
2
Floating Point
Floating Point
Floating Point
Floating Point
Value Units /
Description
%
%
%
%
3421
2
Floating Point
bar
3423
2
Floating Point
bar
3425
2
Floating Point
bar
3427
2
Floating Point
bar
3501
2
Floating Point
3503
3505
3507
4001
4003
2
2
2
2
2
Floating Point
Floating Point
Floating Point
Floating Point
Floating Point
Value Type
Meter Mode
7011
1
Integer
Device Code
7012
1
Integer
RS485_0 Modbus Additional Time Delay
7021
1
Integer
RS485_0 Mode
7022
1
Enum
RS485_0 Device Address
7023
1
Integer
RS485_0 Modbus Baud Rate
7024
1
Enum
Mass Flow Units
Density Units
Temperature Units
Volume Flow Units
Mass Flow Total Units
Volume Flow Total Units
Pressure Units
7101
7102
7103
7104
7105
7106
7107
1
1
1
1
1
1
1
Integer
Integer
Integer
Integer
Integer
Integer
Integer
pressure units
mA
mA
0 = Mass Meter
1 = Volume Meter
2 = Reference
Volume Meter
3 = Net Oil
ms
0 - Modbus RTU
1 - KEM
proprietary
1-246 (default: 1)
0 - 9600
1 - 19200
2 - 57600
3 - 115200
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Version: TCM COMO_S_EN_150408_E003
TCE 8000 Modbus RTU Interface Overview
Name
Coil/Register
Start Addr.
Address
Count
Value Type
Primary mA Out Mode
7151
1
Enum
Secondary mA Out Mode
7152
1
Enum
Frequency Out Mode
7153
1
Enum
Ctrl Out Mode
7154
1
Enum
Ctrl In Mode
7155
1
Enum
Ctrl Out Active State
7156
1
Enum
Analog Input Mode
7157
1
Enum
Pressure Measuring Mode
7158
1
Enum
Ctrl In 2 Mode (TCE 6000 only)
7159
1
Enum
Ctrl In Active State
7160
1
Enum
Device Access Code
7301
1
Integer
Version: TCM COMO_S_EN_150408_E003
Value Units /
Description
0 = Mass Flow
1 = Density
2 = Temperature
3 = Batch Total
0 = Mass Flow
1 = Density
2 = Temperature
3 = Batch Total
0 = Frequency
1 = Total Count
0 = Fault
1 = Freq. Out
Direction
2 = Batch
4 = Flow Limit
0 = Zero Offset
1 = Reset Batch
Total
2 = Off
3 = Hold
0 = Active High
1 = Active Low
0 = Off
1 = Pressure
Input
0 = Off
1 = Analog In
2 = Manual Input
0 = Off
1 = Pressure
Input
0 = Active High
1 = Active Low
0 – 9999
17
TCE 8000 Modbus RTU Interface Overview
Name
Sensor Type Byte 1
Sensor Type Byte 2
Sensor Type Byte 3
Sensor Type Byte 4
Sensor Type Byte 5
Sensor Type Byte 6
Sensor Type Byte 7
Sensor Type Byte 8
Serial Number Byte 1
Serial Number Byte 2
Serial Number Byte 3
Serial Number Byte 4
Serial Number Byte 5
Serial Number Byte 6
Serial Number Byte 7
Serial Number Byte 8
Coil/Register
Start Addr.
7551
7552
7553
7554
7555
7556
7557
7558
7559
7560
7561
7562
7563
7564
7565
7566
Address
Count
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Value Type
Value Units /
Description
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
Integer
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Version: TCM COMO_S_EN_150408_E003
Addresses
4. Addresses
TRICOR web page
www.tricorflow.com
Sales Contact
America:
AWL
AW-Lake Company
8809 Industrial Drive
Franksville, WI 53126
USA
Tel.: +1 800-850-6110
sales@aw-lake.com
www.aw-lake.com
Europa, Asia:
KEM
Küppers Elektromechanik GmbH
Liebigstraße 5
DE-85757 Karlsfeld
Germany
Tel.: +49 8131 593910
info@kem-kueppers.com
www.kem-kueppers.com
China:
KEM Flow Technology China
Rm. 430, JInYuan Building, No. 36 BeiyuanLu,
CN- Chaoyang District, Beijing 100012
P.R.CHINA
Tel.:+86 10 84929567 / +86 10 84929577
Fax:+86 10 52003739
info@kem-kueppers.com
www.kem-kueppers.cn
Version: TCM COMO_S_EN_150408_E003
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Addresses
Manufacturer
KEM
Küppers Elektromechanik GmbH
Liebigstraße 5
DE-85757 Karlsfeld
Germany
Tel.: +49 8131 593910
info@kem-kueppers.com
www.kem-kueppers.com
AWL
AW-Lake Company
8809 Industrial Drive
Franksville, WI 53126
USA
Tel.: +1 800-850-6110
sales@aw-lake.com
www.aw-lake.com
20
Version: TCM COMO_S_EN_150408_E003
Addresses
Copyright KEM, Subject to change without notice
Version: TCM COMO_S_EN_150408_E003
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