Scaime eNod4-F BOX User manual

NU-Soft-eNod4F-E-0716_235704-C.doc
SCAIME SAS –Technosite Altéa –294, Rue Georges Charpak –74100 JUVIGNY - FRANCE
Tél. : [phone] –www.scaime.com
eNod4-F
Digital Process Transmitter
Software User Manual

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1 ENOD4 PRODUCT RANGE ...................................................................................... 7
1.1 General presentation..................................................................................... 7
1.2 Versions ........................................................................................................... 7
1.2.1 Communication protocol versions........................................................ 7
1.2.2 IO+ version............................................................................................... 7
1.3 eNodView Software........................................................................................ 7
2 COMMUNICATION AND FUNCTIONING MODES.................................................. 8
2.1 Communication protocols Modbus RTU and SCMBus ................................ 8
2.2 Functioning mode .......................................................................................... 8
2.3 HMI name ........................................................................................................ 8
2.4 Simultaneous functioning of communications ............................................ 9
2.4.1 Standard version ..................................................................................... 9
2.4.2 Profibus version...................................................................................... 10
2.4.3 Ethernet versions ................................................................................... 11
3 MODBUS RTU......................................................................................................... 12
3.1 Physical interfaces ....................................................................................... 12
3.2 Byte format.................................................................................................... 12
3.3 Modbus RTU supported functions................................................................ 12
3.4 Frames structure ........................................................................................... 12
3.4.1 Function (03H/04H) –read N input registers (N = 30 max)................ 12
3.4.2 Function (06H) –write single register................................................... 12
3.4.3 Function (10H) –preset multiple registers (N = 30 max).................... 13
3.4.4 Error frames ............................................................................................ 13
3.5 Address and Baud rate................................................................................ 13
3.6 Product identification................................................................................... 13
3.7 Measurement transmission.......................................................................... 13
3.8 EEPROM error management........................................................................ 13
4 SCMBUS / FAST SCMBUS ...................................................................................... 14
4.1 Physical interfaces ....................................................................................... 14
4.2 SCMBus and fast SCMBus features ............................................................. 14
4.3 Byte format.................................................................................................... 14
4.4 Frames structure ........................................................................................... 14
4.4.1 Transmission organization .................................................................... 14
4.4.2 Reading request .................................................................................... 15
4.4.3 Functional command request (tare, zero...) ...................................... 15
4.4.4 Error frame.............................................................................................. 15
4.5 Address and Baud rate................................................................................ 15
4.6 Product identification................................................................................... 15
4.7 Measurement transmission.......................................................................... 15
4.8 Continuous transmission .............................................................................. 16
4.9 EEPROM error management........................................................................ 16
5 CANOPEN ............................................................................................................. 17
5.1 Physical interface......................................................................................... 17
5.2 LED CANopen ............................................................................................... 17
5.3 Frame format ................................................................................................ 17
5.4 Messages transfers hierarchy...................................................................... 18
5.5 eNod4 status remote management ........................................................... 19
5.5.1 NMT commands .................................................................................... 20

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5.5.2 Synchronization messages................................................................... 20
5.5.3 Emergency messages .......................................................................... 20
5.6 Error control services.................................................................................... 21
5.6.1 Heartbeat and boot-up ........................................................................ 21
5.6.2 Node guarding ...................................................................................... 21
5.7 Access to the object dictionary ................................................................. 22
5.7.1 SDO communication ............................................................................ 23
5.7.2 PDO communications........................................................................... 24
5.8 CANopen command and response registers ........................................... 25
5.9 Communication objects.............................................................................. 25
5.9.1 0x1001 / 0x00 : error register................................................................ 26
5.9.2 0x1003 : Pre-defined error field............................................................ 26
5.9.3 0x1005 / 0x00 : synchronization messages COB-ID .......................... 26
5.9.4 0x100C / 0x00 : guard time.................................................................. 26
5.9.5 0x100D / 0x00 : life time factor ............................................................ 27
5.9.6 0x1010 : Store parameters.................................................................... 27
5.9.7 0x1014 / 0x00 : Emergency COB-ID .................................................... 27
5.9.8 0x1016 : Heartbeat consumer time ..................................................... 27
5.9.9 0x1017 / 0x00 : Heartbeat producer time........................................... 27
5.9.10 0x4800 : Safety mode ......................................................................... 27
5.9.11 Error behavior ...................................................................................... 27
5.10 PDO-related communication objects...................................................... 27
5.10.1 RPDO default mapping....................................................................... 27
•0x1600 : RPDO1 mapping parameters ........................................................... 27
•0x1601 : RPDO2 mapping parameters ........................................................... 27
•0x1602 : RPDO3 mapping parameters ........................................................... 27
•0x1603 : RPDO4 mapping parameters ........................................................... 27
•0x1604 : RPDO5 mapping parameters ........................................................... 27
5.11 Product identification................................................................................. 27
•0x1009 : Manufacturer hardware version ...................................................... 27
•0x100A : Manufacturer software version........................................................ 27
•0x1018 : Identity object ................................................................................... 27
5.12 Measurement transmission........................................................................ 27
5.13 EEPROM error management...................................................................... 27
6 CANOPEN TPDO MAPPING.................................................................................. 31
6.1 Default TPDOs Mapping ............................................................................... 31
•0x1A00 : TPDO1 mapping................................................................................ 31
•0x1A01 : TPDO2 mapping................................................................................ 31
•0x1A02 : TPDO3 mapping................................................................................ 32
7 PROFIBUS DPV1..................................................................................................... 33
7.1 Physical interface......................................................................................... 33
7.2 GSD file .......................................................................................................... 33
7.3 Cyclic exchanges........................................................................................ 33
7.3.1 Cyclic inputs modules .......................................................................... 33
7.3.2 Cyclic inputs/outputs modules............................................................ 33
7.4 Acyclic exchanges...................................................................................... 34
7.5 eNod4 Profibus DP features ......................................................................... 34
7.5.1 Sync........................................................................................................ 34
7.5.2 Freeze..................................................................................................... 34

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7.5.3 Fail-safe.................................................................................................. 34
7.5.4 Profibus DP standard and extended diagnoses................................. 34
7.6 Product identification................................................................................... 35
7.7 Measurement transmission.......................................................................... 35
7.8 EEPROM error management........................................................................ 35
8 PROFIBUS MODULES LIST ...................................................................................... 36
9 MEASUREMENT AND STATUS ................................................................................ 38
9.1 Measurement transmission.......................................................................... 38
9.1.1 Gross measurement.............................................................................. 38
9.1.2 Net measurement ................................................................................. 38
9.1.3 Tare value .............................................................................................. 38
9.1.4 Factory calibrated points ..................................................................... 38
9.1.5 Preset Tare value ................................................................................... 38
9.1.6 Measurement status.............................................................................. 39
9.2 Weighing diagnosis...................................................................................... 40
9.2.1 Global weighing diagnosis .................................................................. 40
9.2.2 Sensor input control .............................................................................. 41
10 PROCESSING FUNCTIONAL COMMANDS ......................................................... 42
10.1 Principles ..................................................................................................... 42
10.2 Functional commands list.......................................................................... 43
10.3 Functional commands description........................................................... 44
10.3.1 Reset ..................................................................................................... 44
10.3.2 EEPROM storage .................................................................................. 44
10.3.3 Restore default settings....................................................................... 44
10.3.4 Zero....................................................................................................... 44
10.3.5 Tare ....................................................................................................... 45
10.3.6 Cancel tare.......................................................................................... 45
10.3.7 Cancel last command........................................................................ 45
10.3.8 Theoretical scaling.............................................................................. 45
10.3.9 Zero adjustment .................................................................................. 45
10.3.10 Start physical calibration.................................................................. 45
10.3.11 Calibration zero acquisition ............................................................. 45
10.3.12 Segment 1 acquisition ...................................................................... 45
10.3.13 Segment 2/3 acquisition .................................................................. 45
10.3.14 Store calibration ................................................................................ 45
10.3.15 Logical outputs 1-4 activation/deactivation.................................. 45
10.3.16 Zero offset adjustment ...................................................................... 46
10.3.17 Dynamic zero acquisition................................................................. 46
10.3.18 Preset tare .......................................................................................... 46
10.3.19 Sensor input reference...................................................................... 46
10.3.20 Sensor input control .......................................................................... 46
10.3.21 Clear totalization & errors counter................................................... 46
10.3.22 Dosing / batch start / resume .......................................................... 46
10.3.23 Dosing stop / batch cancel ............................................................. 46
10.3.24 Suspend batch .................................................................................. 46
10.3.25 Emptying hopper (cleaning)............................................................ 47
10.3.26 Refilling start....................................................................................... 47
10.3.27 Refilling stop....................................................................................... 47
10.3.28 Learning cycle on next cycle.......................................................... 47

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10.3.29 Flow rate calibration ......................................................................... 47
10.3.30 Auto Measurement in two or three points for flow rate calibration47
10.3.31 PID parameters auto-adjustment .................................................... 47
10.3.32 Clear grand total............................................................................... 48
10.3.33 Clear general total............................................................................ 48
11 CALIBRATION SETTINGS AND PROCEDURES ..................................................... 49
11.1 Principles ..................................................................................................... 49
11.2 Calibration methods .................................................................................. 50
11.3 Settings description .................................................................................... 50
11.3.1 Maximum capacity ............................................................................ 50
11.3.2 Number of calibration segments....................................................... 50
11.3.3 Calibration loads 1/2/3 ...................................................................... 50
11.3.4 Sensor sensitivity.................................................................................. 50
11.3.5 Scale interval....................................................................................... 50
11.3.6 Zero calibration ................................................................................... 50
11.3.7 Span coefficients 1/2/3 ...................................................................... 50
11.3.8 Span adjusting coefficient ................................................................. 51
11.3.9 Calibration place g value / place of use g value ........................... 51
11.3.10 Zero offset........................................................................................... 51
12 FILTERS ................................................................................................................. 52
12.1 Principles ..................................................................................................... 52
12.2 Settings description .................................................................................... 53
12.2.1 A/D conversion rate............................................................................ 53
12.2.2 Filters activation & order..................................................................... 53
12.2.3 Low-pass filter cut-off frequency ....................................................... 53
12.2.4 Limitations ............................................................................................ 54
12.2.5 Depth of moving average filter on weights ...................................... 54
12.2.6 Tolerance of clipping filter on instant flow rates .............................. 54
12.2.7 Average flow rate determination depth........................................... 54
13 CONFIGURATION OF INPUT/OUTPUT ................................................................. 55
13.1 Principles ..................................................................................................... 56
13.1.1 Logical inputs....................................................................................... 56
13.1.2 Analog output (IO+ version) .............................................................. 57
13.1.3 Logical outputs .................................................................................... 58
13.2 Settings description .................................................................................... 60
13.2.1 Logical inputs assignment.................................................................. 60
13.2.2 Holding time (debounced time)........................................................ 62
13.2.3 Analog output(s) assignment (IO+ version) ..................................... 63
13.2.4 External value to control analog output (IO+ version).................... 63
13.2.5 Logical outputs 1&2 assignment........................................................ 64
13.2.6 Logical outputs 3&4 assignment........................................................ 65
13.2.7 Weight quantity per pulse on logical output.................................... 65
13.2.8 Set points functioning ......................................................................... 66
13.2.9 Set points high and low values .......................................................... 67
13.3 Input/output level....................................................................................... 68
14 LEGAL FOR TRADE OPTIONS............................................................................... 69
14.1 Principles ..................................................................................................... 69
14.2 Settings description .................................................................................... 69
14.2.1 Legal for trade switch ......................................................................... 69

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14.2.2 Legal for trade software version ........................................................ 69
14.2.3 Legal for trade counter....................................................................... 69
14.2.4 Legal for trade checksum .................................................................. 70
14.2.5 Zero functions ...................................................................................... 70
14.2.6 Stability criterion.................................................................................. 70
14.2.7 Decimal point position........................................................................ 71
14.2.8 Weight unit ........................................................................................... 71
14.2.9 Flow rate time unit............................................................................... 71
14.2.10 Save Tare and Zero in non-volatile memory .................................. 71
15 LOSS IN WEIGHT FEEDER..................................................................................... 72
15.1 Settings list................................................................................................... 72
15.2 Settings description .................................................................................... 75
16 REGISTERS TABLE ................................................................................................. 80
17 CRC-16 CALCULATION ALGORITHM................................................................. 90

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1ENOD4 PRODUCT RANGE
1.1 General presentation
eNod4 is a high speed digital process transmitter with programmable functions and powerful signal
processing capabilities. eNod4 offers operating modes for advanced process control both static and
dynamic.
Quick and accurate:
•Analog to digital conversion rate up to 1920 meas/s with maximum scaled resolution of ±500 000 points.
•Digital filtering and measurement scaling.
•Measurement transmission up to 1 000 meas/s.
Easy to integrate into automated system:
•USB, RS485 and CAN communication interfaces supporting ModBus RTU, CANopen® and PROFIBUS-DPV1
(depending on version) communication protocols.
•Digital Inputs/Outputs for process control.
•Setting of node number by rotary switches and communication baud rate by dip switches.
•Integrated selectable network termination resistors.
•Wiring by plug-in terminal blocs.
1.2 Versions
1.2.1 Communication protocol versions
•Strain gauges load-cell conditioner with CANopen® and ModBus RTU communication.
•Strain gauges load-cell conditioner with Profibus DP-V1 and ModBus RTU communication.
•Strain gauges load-cell conditioner with Modbus TCP and ModBus RTU communication.
•Strain gauges load-cell conditioner with EtherNet/IP and ModBus RTU communication.
•Strain gauges load-cell conditioner with Profinet IO and ModBus RTU communication.
•Strain gauges load-cell conditioner with EtherCAT and ModBus RTU communication.
EDS, GSD, ESI and GSDML configuration files for above protocols can be downloaded from our web site:
http://www.scaime.com
1.2.2 IO+ version
In conjunction with all communication protocol versions, eNod4 can supports an opto-insulated board fitted
with:
•2 additional digital inputs and 1 speed sensor dedicated input.
•0-5V or 0-10V analog output voltage.
•4-20mA, 0-24mA, 0-20mA or 4-20mA with alarm at 3.6mA analog output current.
1.3 eNodView Software
So as to configure eNod4, SCAIME provides eNodView software tool. eNodView is the software dedicated
to eNod devices and digital load cell configuration from a PC. This simple graphical interface allows
accessing the whole functionalities of eNod4 for a complete setting according to the application.
eNodView features and functions:
•eNod4 control from a PC
•Calibration system
•Modification/record of all parameters
•Measure acquisition with graphical display
•Numerical filters simulation
•Frequential analysis FFT
•Process control
•Network parameter
eNodView software is available in English and French version and can be downloaded from our web site:
http://www.scaime.com or ordered to our sales department on a CD-ROM support.

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2COMMUNICATION AND FUNCTIONING MODES
Name
Modbus
address
CANopen®
Index/sub-
index
Profibus cyclic
IN/OUT
Acyclic DPV1
slot/index
Type
Access
Functioning mode / Serial
protocol AUX/USB
0x003E
0x2000/0x00
R : 0x02E8
W: 0x02E9
0x07 / 0x39
Uint
RW
Nom IHM
0x0034
0x3701/0x00
/
0x0B / 0x00
String
RW
2.1 Communication protocols Modbus RTU and SCMBus
Modbus RTU, SCMBus, and fast SCMBus communication protocols are accessible through AUX, USB. Modbus RTU or
Profibus only depending on version on DB9 connection.
The protocol can be changed via the « Functioning mode/ serial protocol » register (see below).
bits b9b8
Protocol
00
SCMBus
01
Modbus RTU
11
Fast SCMBus
Note: To be applied, any modification of this setting must be followed by an EEPROM back up and device reboots
(hardware or software).
2.2 Functioning mode
The « Functioning mode/ serial protocol » register offers the possibility to change the eNod4 application according to
the following list:
Note: To be applied, any modification of this setting must be followed by an EEPROM back up and device reboots
(hardware or software).
2.3 HMI name
The “HMI name” is a string of 4 characters freely usable to identify the node on any HMI connected to eNod.
bits
b1b0
Functioning mode
eNod4-T
eNod4-C
eNod4-D
eNod4-F
eNod4-B
00
Transmitter
Transmitter
Transmitter
Transmitter
Transmitter
01
/
Checkweigher
transmitter on request
Dosing by filling
Dosing
Belt scale
10
/
/
Dosing by unfilling
/
Belt weigh feeder

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2.4 Simultaneous functioning of communications
2.4.1 Standard version
•DIN Version
PC Connection
AUX Connection
PLC Connection
eNodTouch
•BOX Version
Simultaneous
Communication
RS485 PLC
RS485 AUX
CAN
USB
Yes*
No
Yes*
RS485 PLC
Yes
No
RS485 AUX
Yes*
(*)Simultaneous use of CAN or RS485 PLC communication with USB or RS485 AUX can reduce performance of this
interface.

PC Connection

PLC Connection
PC Connection
AUX Connection
PLC Connection
PROFIBUS-DPV1
eNodTouch

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2.4.2 Profibus version
•DIN Version
PC Connection
AUX Connection
PLC Connection
PROFIBUS-DPV1
eNodTouch
•BOX Version
Simultaneous
Communication
Profibus
RS485 AUX
USB
Yes*
No
Profibus
Yes*
(*)Simultaneous use of Profibus with USB or RS485AUX can reduce performance of this interface.

PC Connection

PLC
Connection

PROFIBUS
-
DPV1
PC Connection
AUX Connection
PLC Connection
PROFIBUS-DPV1
eNodTouch