Sicherheit4
Anschlüsse und Anzeigen4
Eigenschaften der Datenübertragung6
Systemreaktionen bei Kommunikationsproblemen7
Konfigurationsparameter7
Vergabe der IP-Adresse des Busmoduls8
Vergabe der IP-Adresse des Busmoduls8
IP-Adresse des Busmoduls anzeigen8
IP-Einstellungen und Gerätenamen löschen8
Prozessdaten-Breite des Busmoduls einstellen10
Prozessdaten-Breite des Busmoduls einstellen10
Ein- und Ausgangssignale11
Datentypen11
Verfügbarkeit der Eingangssignale 11
Eingangssignale (vom Roboter zur Stromquelle)11
Wertebereich Working mode18
Wertebereich Processline selection18
Wertebereich Operating mode TWIN System19
Wertebereich Documentation mode19
Wertebereich Process controlled correction19
Verfügbarkeit der Ausgangssignale 20
Ausgangssignale (von der Stromquelle zum Roboter)20
Zuordnung Sensorstatus 1-425
DE
3
Allgemeines
1234567
8
Sicherheit
WARNUNG!
Gefahr durch Fehlbedienung und fehlerhaft durchgeführte Arbeiten.
Schwere Personen- und Sachschäden können die Folge sein.
Alle in diesem Dokument beschriebenen Arbeiten und Funktionen dürfen
▶
nur von technisch geschultem Fachpersonal ausgeführt werden.
Dieses Dokument vollständig lesen und verstehen.
▶
Sämtliche Sicherheitsvorschriften und Benutzerdokumentationen dieses
▶
Gerätes und aller Systemkomponenten lesen und verstehen.
WARNUNG!
Gefahr durch elektrischen Strom.
Schwere Personen- und Sachschäden können die Folge sein.
Vor Beginn der Arbeiten alle beteiligten Geräte und Komponenten ausschal-
▶
ten und vom Stromnetz trennen.
Alle beteiligten Geräte und Komponenten gegen Wiedereinschalten sichern.
▶
WARNUNG!
Gefahr durch unplanmäßige Signalübertragung.
Schwere Personen- und Sachschäden können die Folge sein.
Über das Interface keine sicherheitsrelevanten Signale übertragen.
▶
Anschlüsse und
Anzeigen
Pin-Belegung RJ 45 ProfiNet Anschluss
1TD+
2TD-
3RD+
6RD-
4,5,7,8Normalerweise nicht ver-
wendet; um die Signalvollständigkeit sicherzustellen, sind diese Pins miteinander verbunden und enden
über einen Filterkreis am
Schutzleiter (PE).
RJ 45 ProfiNet Anschluss
4
21
Fiber Optic (FO) Anschluss
Pin-Belegung Fiber Optic (FO) Anschluss
1Optisches Signal vom Any-
bus CompactCom Modul
2Optisches Signal vom Any-
bus CompactCom Modul
(1) LED MS - Modulstatus
Aus:
keine Versorgungsspannung / Modul
im Setup- oder Initialisierungs-Modus
Leuchtet grün:
normaler Betrieb
DE
LED MS - Modulstatus
Blinkt grün (einmal):
Diagnoseprozess läuft
Leuchtet rot:
Ausnahmezustand, schwerer Fehler, ...
Leuchtet abwechselnd rot und grün:
Firmwareupdate. Während des Updates das Modul nicht von der Spannungsversorgung trennen - dies
könnte Schäden am Modul zur Folge
haben!
5
LED NS - Netzwerkstatus
(2) LED NS - Netzwerkstatus
Aus:
Offline; keine Versorgungsspannung
oder keine Verbindung mit IO Controller
Leuchtet grün:
Online (RUN); Verbindung mit IO
Controller hergestellt, IO Controller
in Betrieb
Blinkt grün (einmal):
Online (STOP); Verbindung mit
IO Controller hergestellt, IO Controller nicht in Betrieb, IO-Daten
fehlerhaft, IRT-Synchronisation
nicht fertiggestellt
Blinkt grün (dauerhaft):
Von Engineering-Tools verwendet,
um den Netzwerk-Knoten zu identifizieren
Leuchtet rot:
das Modul hat einen schweren internen Fehler festgestellt
Eigenschaften
der Datenübertragung
Blinkt rot (einmal):
Stationsname nicht gesetzt
Blinkt rot (zweimal):
IP-Adresse nicht gesetzt
Blinkt rot (dreimal):
Konfigurationsfehler; erwartete
Identifikation stimmt nicht mit der
tatsächlichen Identifikation überein
Übertragungstechnik:
Ethernet
Medium:
Bei der Auswahl der Kabel, Stecker und Abschluss-Widerstände ist die Profinet Montagerichtline für die Planung und Installation von Profinet Systemen
zu beachten.
Seitens Hersteller wurden die EMV-Tests mit dem Kabel IEC-C5DD4UGG0150A20A20-E durchgeführt.
Seitens Hersteller wurden die EMV-Tests mit einer Buszykluszeit von 32ms
durchgeführt.
Übertragungs-Geschwindigkeit:
100 Mbit/s, Full-Duplex-Mode
Busanschluss:
Ethernet RJ45 / SCRJ (Fiber Optic)
6
Systemreaktionen bei Kommunikationsproblemen
Die Eingangssignale (vom Roboter zur Stromquelle) werden auf 0 zurückgesetzt,
wenn:
die Kommunikation unterbrochen wird (Kabelbruch, ....)
-
der IO Controller in den Betriebszustand STOP wechselt
-
ein Submodul einen IOPS-Status als BAD meldet
-
Dadurch wird beispielsweise das Signal Robot ready auf 0 gesetzt und die laufende Schweißung gestoppt.
DE
Konfigurationsparameter
Bei einigen Robotersteuerungen kann es erforderlich sein die hier beschriebenen
Konfigurationsparameter anzugeben, damit das Busmodul mit dem Roboter
kommunizieren kann.
ParameterWert
Device ID0380
Vendor ID01B0
hex
hex
(896
(432
) Fronius Twin ProfiNet 2-Port
dez
) Fronius International GmbH
dez
Station Typefronius-fb-pro-twin-pn-2p
Die folgenden Parameter geben Detailinformationen über das Busmodul. Auf die
Daten kann durch den Profibus-Master mittels azyklischer Lese/Schreib-Dienste
zugegriffen werden.
ParameterWert
IM Manufacturer ID01B0
hex
(432
) Fronius International GmbH
dez
IM Order ID4.044.044 (Kupfer/Lichtwellenleiter)
IM Revision Counter0
IM Profile IDF600
IM Profile Specific
hex
0004
(0
hex
hex
)
dez
(62976
(4
dez
) Generic Device
dez
) No profile
Type
IM Version0101
IM Supported0000
hex
hex
(257
(0
)
dez
) IM0 supported
dez
7
Vergabe der IP-Adresse des Busmoduls
Vergabe der IPAdresse des
Busmoduls
IP-Adresse des
Busmoduls anzeigen
Bei ProfiNet wird die Vergabe der IPAdresse, der Subnet-Mask und des Default-Gateways vom Master durchgeführt. Auch ein Gerätename wird
dem Interface vom Master zugewiesen.
Deshalb kann die IP-Adresse nicht
über den DIP-Schalter eingestellt werden.
Die Kommunikation läuft über die vom
Master zugewiesene IP-Adresse.
Die vom Master vergebene IP-Adresse des Busmoduls kann auf der Website der
Stromquelle (SmartManager) eingesehen werden. Hierzu wie nachfolgend angeführt vorgehen.
IP-Adresse der verwendeten Stromquelle notieren:
Am Bedienpanel der Stromquelle „Voreinstellungen“ auswählen
1
Am Bedienpanel der Stromquelle „System“ auswählen
2
Am Bedienpanel der Stromquelle „Information“ auswählen
Bit 1Bit 0Funktion Stromquelle 1Funktion Stromquelle 2
00Single modeOFF
01TWIN LeadTWIN Trail
10TWIN TrailTWIN Lead
11OFFSingle mode
Wertebereich Betriebsart TWIN System
DE
Wertebereich
Documentation
mode
Wertebereich
Process controlled correction
Bit 0Beschreibung
0Nahtnummer von Stromquelle (intern)
1Nahtnummer von Roboter (Word 29)
Wertebereich Dokumentationsmodus
Prozess
Signal
Aktivität /
PMCArc length stabilizerSINT16
Wertebereich prozessabhängige Korrektur
Wertebereich
Datentyp
Einstellbereich
-327,8 bis +327,7
0,0 bis +5,0Volt10
Einheit
Faktor
19
Verfügbarkeit
der Ausgangssignale
Ausgangssignale
(von der Stromquelle zum Roboter)
Adresse
relativabsolut
WORD
BYTE
BIT
00Heartbeat Powersource
11Power source readyHigh
22WarningHigh
Die nachfolgend angeführten Ausgangssignale sind ab Firmware V1.8.0 des RI
FB PRO/i TWIN Controller verfügbar.
BIT
Signal
Aktivität /
High /
Low
Datentyp
Bereich
1 Hz
Faktor
33Process activeHigh
0
44Current flowHigh
55Arc stable- / touch signalHigh
66Main current signalHigh
77Touch signalHigh
0
08Collisionbox activeLow
19
210Wire stick workpieceHigh
1
311—
412Short circuit contact tipHigh
513Parameter selection internallyHigh
614—
715Torch body grippedHigh
Robot Motion Release, Power
source 1
High
0 = Kollision oder
Kabelbruch
20
Adresse
relativabsolut
WORD
BYTE
BIT
016Command value out of rangeHigh
117Correction out of rangeHigh
218—
319Limitsignal, Power Source 1High
2
420—
521—
622Main supply statusLow
723—
1
024Sensor status 1, Power Source 1High
125Sensor status 2, Power Source 1High
226Sensor status 3, Power Source 1High
327
3
428—
BIT
Signal
Sensor status 4, Power Source
1
Aktivität /
High
Datentyp
Bereich
Siehe Tabelle Zuord-
nung Sensorstatus 1-4
auf Seite 25
DE
Faktor
529—
630—
731—
032—
133—
234—
335
4
436
537—
638NotificationHigh
2
739System not readyHigh
040—
141—
242—
343—
5
444—
Safety status Bit 0, Power
Source 1
Safety status Bit 1, Power
Source 1
High
High
545—
646—
747—
21
Adresse
relativabsolut
WORD
BYTE
BIT
048—
149—
250—
351—
6
452—
553—
654Gas nozzle touchedHigh
BIT
Signal
Aktivität /
Datentyp
Bereich
Faktor
3
755—
056ExtOutput1 <= OPT_Input1High
157ExtOutput2 <= OPT_Input2High
258ExtOutput3 <= OPT_Input3High
359ExtOutput4 <= OPT_Input4High
7
460ExtOutput5 <= OPT_Input5High
561ExtOutput6 <= OPT_Input6High
662ExtOutput7 <= OPT_Input7High
763ExtOutput8 <= OPT_Input8High
064—
165
266Limitsignal, Power source 2High
367—
8
468—
569—
670—
Robot Motion Release, Power
source 2
High
22
4
771—
072—
173—
274—
375—
9
476—
577—
678—
779—
Adresse
relativabsolut
WORD
BYTE
BIT
080Sensor status 1, Power Source 2High
181Sensor status 2, Power Source 2High
282Sensor status 3, Power Source 2High
10
5
11
383
484—
585—
686—
787—
088—
189—
290—
391
492
BIT
Signal
Sensor status 4, Power Source
2
Safety status Bit 0, Power
Source 2
Safety status Bit 1, Power
Source 2
Aktivität /
High
High
High
Datentyp
Bereich
Siehe Tabelle Zuord-
nung Sensorstatus 1-4
auf Seite 25
DE
Faktor
593—
694—
795—
120-796-103
6
130-7104-111
140-7112-119
7
150-7120-127
160-7128-135
8
170-7136-143
180-7144-151
9
190-7152-159
200-7160-167
10
210-7168-175
220-7176-183
11
230-7184-191
240-7192-199
12
250-7200-207
Welding voltage, Power source 1UINT16
Welding voltage, Power source 2UINT16
Welding current, Power source
1
Welding current, Power source
2
Wire feed speed, Power source
1
Wire feed speed, Power source
2
Actual real value for seam
tracking
UINT16
UINT16
SINT16
SINT16
UINT160 bis 6,5535
0,0 bis 655,35
[V]
0,0 bis 655,35
[V]
0,0 bis 6553,5
[A]
0,0 bis 6553,5
[A]
-327,68 bis
327,67
[m/min]
-327,68 bis
327,67
[m/min]
100
100
10
10
100
100
1000
0
260-7208-215
13
270-7216-223
Error number, Power source 1UINT160 bis 655351
23
Adresse
relativabsolut
WORD
BYTE
BIT
280-7224-231
14
290-7232-239
BIT
Signal
Error number, Power source 2UINT160 bis 655351
Aktivität /
Datentyp
Bereich
Faktor
300-7240-247
15
310-7248-255
320-7256-263
16
330-7264-271
340-7272-279
17
350-7280-287
360-7288-295
18
370-7296-303
380-7304-311
19
390-7312-319
400-7320-327
20
410-7328-335
420-7336-343
21
430-7344-351
440-7352-359
22
450-7360-367
460-7368-375
23
470-7376-383
Motor current M1, Power source
1
Motor current M1, Power source
2
Motor current M2, Power source
1
Motor current M2, Power source
2
Motor current M3, Power source
1
Motor current M3, Power source
2
Warning, Power source 1UINT160 bis 655351
Warning, Power source 2UINT160 bis 655351
Wire position, Power source 1UINT16
UINT16
UINT16
UINT16
UINT16
UINT16
UINT16
-327,68 bis
327,67 [A]
-327,68 bis
327,67 [A]
-327,68 bis
327,67 [A]
-327,68 bis
327,67 [A]
-327,68 bis
327,67 [A]
-327,68 bis
327,67 [A]
-327,68 bis
327,67 [mm]
100
100
100
100
100
100
100
480-7284-291
24
490-7292-399
500-7400-407
25
510-7408-415
520-7416-423
26
530-7424-431
540-7432-439
27
550-7440-447
560-7448-455
28
570-7456-463
580-7464-471
29
590-7472-479
Wire position, Power source 2UINT16
—
—
—
—
—
-327,68 bis
327,67 [mm]
100
24
Zuordnung Sensorstatus 1-4
SignalBeschreibung
Sensor status 1OPT/i WF R Drahtende (4,100,869)
Sensor status 2OPT/i WF R Drahtfass (4,100,879)
Sensor status 3OPT/i WF R Ringsensor (4,100,878)
Sensor status 4Drahtpufferset CMT TPS/i (4,001,763)
DE
25
26
Table of contents
General28
Safety28
Connections and Indicators28
Data Transfer Properties30
System Reactions in the Event of Communication Problems30
Configuration Parameters31
Assignment of the Bus Module IP Address32
Assignment of the Bus Module IP Address32
Displaying the Bus Module IP Address32
Deleting IP Settings and Device Names32
Set the Process Data Width of the Bus Module34
Setting the Process Data Width of the Bus Module34
Input and output signals35
Data types35
Availability of input signals 35
Input signals (from robot to power source)35
Value Range for Working Mode44
Value range Process line selection44
Value range for Operating mode TWIN System44
Value range for Documentation mode44
Value range for Process controlled correction44
Availability of the output signals 45
Output signals (from power source to robot)45
Assignment of Sensor Statuses 1–450
EN-US
27
General
1234567
8
Safety
WARNING!
Danger from incorrect operation and work that is not carried out properly.
This can result in serious personal injury and damage to property.
All the work and functions described in this document must only be carried
▶
out by technically trained and qualified personnel.
Read and understand this document in full.
▶
Read and understand all safety rules and user documentation for this equip-
▶
ment and all system components.
WARNING!
Danger from electrical current.
This can result in serious personal injury and damage to property.
Before starting work, switch off all the devices and components involved and
▶
disconnect them from the grid.
Secure all devices and components involved so they cannot be switched back
▶
on.
WARNING!
Danger from unplanned signal transmission.
This can result in serious personal injury and damage to property.
Do not transfer safety signals via the interface.
▶
Connections and
Indicators
Pin assignment RJ45 ProfiNet connection
1TD+
2TD-
3RD+
6RD-
4,5,7,8Not normally used; to ensu-
re signal completeness, these pins must be interconnected and, after passing
through a filter circuit, must
terminate at the ground
conductor (PE).
RJ45 ProfiNet connection
28
21
Fiber Optic (FO) connection
Pin assignment Fiber Optic (FO)
connection
1Optical signal from the Any-
bus CompactCom module
2Optical signal from the Any-
bus CompactCom module
EN-US
(1) MS LED - module status
Off:
No supply voltage/module in setup
or initialization mode
Lights up green:
Normal operation
LED MS - module status
Flashes green (once):
Diagnosis process is running
Lights up red:
Exception state, serious fault, etc.
Lights up green and red alternately
Firmware update. Do not disconnect
the module from the power supply
during the update—this could result
in damage to the module.
29
LED NS - network status
(2) NS LED - network status
Off:
Offline; no supply voltage or no connection with IO Controller
Lights up green:
Online (RUN); connection with IO
Controller established, IO Controller in operation
Flashes green (once):
Online (STOP); connection with
IO Controller established, IO Controller not in operation, IO data defective, IRT synchronization not ready
Flashes green (permanently):
In use by engineering tools in order
to identify network node
Lights up red:
The module has identified a serious
internal fault
Flashes red (once):
Station name not set
Data Transfer
Properties
Flashes red (twice):
IP address not set
Flashes red (three times):
Configuration error; expected identification does not match the actual
identification
Transfer technology:
Ethernet
Medium
When selecting the cable, plug, and terminating resistors, the Profinet assembly guideline for the planning and installation of Profinet systems must be observed.
The EMC tests were carried out by the manufacturer with the cable IEC-C5DD4UGG0150A20A20-E.
The EMC tests were carried out by the manufacturer with a bus cycle time of
32 ms.
Transmission speed:
100 Mbit/s, full duplex mode
System Reactions in the
Event of Communication Problems
30
Bus connection:
Ethernet RJ45/SCRJ (fiber optic)
The input signals (from the robot to the power source) are reset to 0 if:
The communication is interrupted (cable break etc.)
-
The IO Controller switches to the STOP operating mode
-
A sub-module reports an IOPS status as BAD
-
This means, for example, that the Robot ready signal is set to 0 and the current
welding stops.
Configuration
Parameters
In some robot control systems, it may be necessary to state the configuration parameters described here so that the bus module can communicate with the robot.
ParameterValue
Device ID0380
Vendor ID01B0
hex
hex
(896
(432
) Fronius Twin ProfiNet 2-Port
dec
) Fronius International GmbH
dec
Station typefronius-fb-pro-twin-pn-2p
The following parameters provide detailed information about the bus module.
The Profibus master can access the data using acyclic read/write services.
ParameterValue
IM Manufacturer ID01B0
hex
(432
) Fronius International GmbH
dec
IM Order ID4.044.044 (copper/fiber optic cable)
IM Revision Counter0
IM Profile IDF600
IM Profile Specific
hex
0004
(0
hex
hex
)
dec
(62976
(4
dec
) Generic Device
dec
) No profile
Type
EN-US
IM Version0101
IM Supported0000
hex
hex
(257
(0
)
dec
) IM0 supported
dec
31
Assignment of the Bus Module IP Address
Assignment of
the Bus Module
IP Address
Displaying the
Bus Module IP
Address
In the case of ProfiNet, the assignment of the IP address, the subnet
mask, and the default gateway is carried out by the master. A device name is
also assigned to the interface by the
master.
Therefore the IP address cannot be set
via the DIP switch.
The communication takes place via the
IP address assigned by the master.
The IP address of the bus module assigned by the master can be viewed on the
website of the power source (SmartManager). To do so, proceed as follows.
Note down the IP address of the power source used:
On the power source control panel, select "Defaults"
1
On the power source control panel, select "System"
2
On the power source control panel, select "Information"
3
Note down the displayed IP address (example: 10.5.72.13)
4
Deleting IP Settings and Device
Names
Access the website of the power source in the internet browser:
Connect the computer to the network of the power source
5
Enter the IP address of the power source in the search bar of the Internet
6
browser and confirm
Enter the standard user name (admin) and password (admin)
7
The website of the power source is displayed
-
Display IP address of the bus module:
On the power source website, select the "RI FB PRO/i TWIN Controller" tab
8
The current IP address is displayed under "Module configuration"
9
For example: 192.168.0.12
The two options listed below are available for the deletion of the IP settings and
the device name.
Using the DIP switch:
Set all positions on the DIP switch to the OFF (position 1–6)
1
Restart the interface
2
(disconnect power supply and then reconnect again)
32
On the power source website:
On the power source website, select the "RI FB PRO/i TWIN Controller" tab
1
Under "Module configuration/Module operations", select the "Set factory set-
2
tings" field
Under "Module configuration/Module operations", select "Restart module"
3
The field-bus module is restarted and the IP settings are deleted
-
EN-US
33
Set the Process Data Width of the Bus Module
Setting the Process Data Width
of the Bus Module
Note down the IP address of the power source used:
On the power source control panel, select "Defaults"
1
On the power source control panel, select "System"
2
On the power source control panel, select "Information"
3
Note down the displayed IP address (example: 10.5.72.13)
4
Access the website of the power source (SmartManager) in the internet browser:
Connect the computer to the network of the power source
5
Enter the IP address of the power source in the search bar of the Internet
6
browser and confirm
Enter the standard user name (admin) and password (admin)
7
The website of the power source is displayed
-
Set the process data width of the bus module:
On the power source website, select the "RI FB PRO/i TWIN Controller" tab
8
Under "Process data", select the desired process data configuration
9
Select "Save"
10
The field bus connection is restarted and the configuration is adopted
-
34
Input and output signals
Data typesThe following data types are used:
UINT16 (Unsigned Integer)
-
Whole number in the range from 0 to 65535
SINT16 (Signed Integer)
-
Whole number in the range from -32768 to 32767
Conversion examples:
for a positive value (SINT16)
-
e.g. desired wire speed x factor
12.3 m/min x 100 = 1230
for a negative value (SINT16)
-
e.g. arc correction x factor
-6.4 x 10 = -64
= FFC0
dec
= 04CE
dec
hex
EN-US
hex
Availability of input signals
Input signals
(from robot to
power source)
The input signals listed below are available as of firmware V1.8.0 of the RI FB
PRO/i TWIN.
35
Address
Relative
Absolu-
te
WORD
0
BYTE
0
1
BIT
00Welding Start
11Robot readyHigh
22Working mode Bit 0High
33Working mode Bit 1High
44Working mode Bit 2High
55Working mode Bit 3High
66Working mode Bit 4High
77—
08Gas on
19Wire forward
210Wire backward
311Error quit
412Touch sensingHigh
BIT
Signal
Activity/
data type
Increa-
sing
Increa-
sing
Increa-
sing
Increa-
sing
Increa-
sing
Range
See following table Va-
lue Range for Working
Mode on page 44
Factor
513Torch blow out
Processline selection Bit 0 (only
614
715
available for single-wire applications)
Processline selection Bit 1 (only
available for single-wire applications)
Increa-
sing
High
High
See following table Va-
lue range Process line
selection on page 44
36
Address
Relative
Absolu-
te
WORD
1
BYTE
2
3
BIT
016Welding SimulationHigh
117—
218—
319—
420—
521—
622Wire brake onHigh
723Torchbody XchangeHigh
024—
125Teach modeHigh
226—
327—
428—
529Wire sense start
630Wire sense break
BIT
Signal
Activity/
data type
Increa-
sing
Increa-
sing
Range
Factor
EN-US
731—
37
Address
Relative
Absolu-
te
WORD
2
BYTE
4
5
BIT
032
133
234—
335—
436—
537Documentation modeHigh
638—
739—
040—
141—
242—
343—
444—
BIT
Signal
Operating mode TWIN System
Bit 0
Operating mode TWIN System
Bit 1
Activity/
High
High
data type
Range
See following table Va-
lue range for Operating
mode TWIN System on
page 44
See following table Va-
lue range for Documen-
tation mode on page
44
Factor
545—
646—
747
Disable process controlled correction, Power source 1
High
38
Address
Relative
Absolu-
te
WORD
3
BYTE
6
7
BIT
048—
149—
250—
351—
452—
553—
654—
755—
056ExtInput1 => OPT_Output 1High
157ExtInput2 => OPT_Output 2High
258ExtInput3 => OPT_Output 3High
359ExtInput4 => OPT_Output 4High
460ExtInput5 => OPT_Output 5High
561ExtInput6 => OPT_Output 6High
662ExtInput7 => OPT_Output 7High
BIT
Signal
Activity/
data type
Range
Factor
EN-US
763ExtInput8 => OPT_Output 8High
064—
165—
266—
367—
8
4
9
468—
569—
670—
771
072
173—
274—
375—
476—
577—
Disable Process controlled correction, Power source 2
Contact tip short circuit detection on
High
High
678—
779—
39
Address
Relative
Absolu-
te
WORD
BYTE
100–780–87—
5
110–788–95—
120–796–103
6
130–7
140–7112–119
7
150–7120–127
16,
8
17
BIT
0–7128–143
BIT
104–
111
Signal
Welding characteristic- / Job
number, Power source 1
Welding characteristic- / Job
number, Power source 2
For the welding processes
MIG/MAG pulse synergic,
MIG/MAG standard synergic,
MIG/MAG standard manual,
MIG/MAG PMC,
MIG/MAG LSC,
CMT, ConstantWire:
Wire feed speed command value, Power source 1
For job mode:
Power correction, Power source
1
Activity/
data type
UINT160 to 10001
UINT160 to 10001
SINT16
SINT16
Range
-327.68 to 327.67
[m/min]
-20.00 to 20.00
[%]
Factor
100
100
For the welding processes
MIG/MAG pulse synergic,
MIG/MAG standard synergic,
MIG/MAG standard manual,
MIG/MAG PMC,
MIG/MAG LSC,
18,
9
19
0–7
144–
159
CMT, ConstantWire:
Wire feed speed command value, Power source 2
For job mode:
Power correction, Power source
2
SINT16
SINT16
-327.68 to 327.67
[m/min]
-20.00 to 20.00
[%]
100
100
40
Address
Relative
Absolu-
te
10
WORD
20,
21
BYTE
0–7
BIT
BIT
160–
175
Signal
For the welding processes
MIG/MAG pulse synergic,
MIG/MAG standard synergic,
MIG/MAG PMC,
MIG/MAG LSC,
CMT:
Arclength correction, Power
source 1
For the welding process
MIG/MAG standard manual:
Welding voltage, Power source
1
For job mode:
Arclength correction, Power
source 1
For the welding process ConstantWire:
Hotwire current, Power source
1
Activity/
data type
SINT16
UINT16
SINT16
UINT16
Range
-10.0 to 10.0
[steps]
0.0 to 6553.5
[V]
-10.0 to 10.0
[steps]
0.0 to 6553.5
[A]
Factor
EN-US
10
10
10
10
11
22,
0–7176–191
23
For the welding processes
MIG/MAG pulse synergic,
MIG/MAG standard synergic,
MIG/MAG PMC,
MIG/MAG LSC,
CMT:
Arclength correction, Power
source 2
For the welding process
MIG/MAG standard manual:
Welding voltage, Power source
2
For job mode:
Arclength correction, Power
source 2
For the welding process ConstantWire:
Hotwire current, Power source
2
SINT16
UINT16
SINT16
UINT16
-10.0 to 10.0
[steps]
0.0 to 6553.5
[V]
-10.0 to 10.0
[steps]
0.0 to 6553.5
[A]
10
10
10
10
41
Address
Relative
Absolu-
te
12
13
WORD
BYTE
24,
0–7192–207
25
26,
0–7208–223
27
BIT
BIT
Signal
For the welding processes
MIG/MAG pulse synergic,
MIG/MAG standard synergic,
MIG/MAG PMC,
MIG/MAG LSC,
CMT:
Pulse-/dynamic correction,
Power source 1
For the welding process
MIG/MAG standard manual:
Dynamic, Power source 1
For the welding processes
MIG/MAG pulse synergic,
MIG/MAG standard synergic,
MIG/MAG PMC,
MIG/MAG LSC,
CMT:
Pulse-/dynamic correction,
Power source 2
Activity/
data type
SINT16
UINT16
SINT16
Range
-10.0 to 10.0
[steps]
0.0 to 10.0
[steps]
-10.0 to 10.0
[steps]
Factor
10
10
10
280–7224–231
14
290–7232–239
300–7
15
310–7
320–7256–263
16
330–7264–271
340–7272–279
17
350–7
360–7
18
370–7
240–
247
248–
255
280–
287
288–
295
296–
303
For the welding process
MIG/MAG standard manual:
Dynamic, Power source 2
Wire retract correction, Power
source 1
Wire retract correction, Power
source 2
Welding speedUINT16
Process controlled correction,
Power source 1
Process controlled correction,
Power source 2
UINT16
UINT160.0 to 10.010
UINT160.0 to 10.010
SINT16
SINT16
0.0 to 10.0
[steps]
0.0 to 1000
[m/min]
See table Value range
for Process controlled
correction on page 44
10
10
42
380–7
19
390–7312–319
304–
311
Wire forward / backward lengthUINT16
OFF / 1 to 65535
[mm]
1
Address
Relative
Absolu-
te
WORD
BYTE
400–7320–327
20
410–7328–335
420–7
21
430–7
440–7
22
450–7
460–7
23
470–7
480–7
24
490–7
BIT
BIT
336–
343
344–
351
352–
359
360–
367
368–
375
376–
383
384–
391
392–
399
Signal
Wire sense edge detectionUINT16
—
—
—
—
Activity/
data type
Range
OFF / 0.5 to 20.0
[mm]
Factor
EN-US
10
25
26
27
28
29
500–7
510–7
520–7
530–7
540–7
550–7
560–7
570–7
580–7
590–7
400–
407
—
408–
415
416–
423
—
424–
431
432–
439
—
440–
447
448–
455
—
456–
463
464–
471
Seam numberUINT160 to 655351
472–
479
43
Value Range for
Working Mode
Bit 4Bit 3Bit 2Bit 1Bit 0Description
00000Internal parameter selection
00001Special 2-step mode characteristics
00010Job mode
010002-step mode characteristics
010012-step MIG/MAG standard manual
10001Stop coolant pump
Value range for operating mode
Value range Process line selection
Value range for
Operating mode
TWIN System
Bit 1Bit 0Description
00Process line 1 (default)
01Process line 2
10Process line 3
11Reserved
Value range for process line selection
Bit 1Bit 0Function power source 1Function power source 2
00Single modeOFF
01TWIN LeadTWIN Trail
10TWIN TrailTWIN Lead
11OFFSingle mode
Value range for TWIN System Mode
Value range for
Documentation
mode
Value range for
Process controlled correction
44
Bit 0Description
0Seam number of power source (internal)
1Seam number of robot (Word 29)
Value range for documentation mode
Process
Signal
Activity /
data type
PMCArc length stabilizerSINT16
Value range for process-dependent correction
Value range
configuration
range
Unit
-327.8 to +327.7
0.0 to +5.0Volts10
Factor
Availability of
the output signals
The output signals listed below are available as of firmware V1.8.0 of the RI FB
PRO/i TWIN.
Output signals
(from power
source to robot)
Address
RelativeAbsolute
WORD
BYTE
BIT
00Heartbeat PowersourceHigh/low1 Hz
11Power source readyHigh
22WarningHigh
33Process activeHigh
0
44Current flowHigh
55Arc stable- / touch signalHigh
66Main current signalHigh
77Touch signalHigh
BIT
Signal
EN-US
Activity/
data type
Range
Factor
0
08Collisionbox activeLow
19
210Wire stick workpieceHigh
1
311—
412Short circuit contact tipHigh
513Parameter selection internallyHigh
614—
715Torch body grippedHigh
Robot Motion Release, Power
source 1
High
0 = collision or
cable break
45
Address
RelativeAbsolute
WORD
1
BYTE
BIT
016Command value out of rangeHigh
117Correction out of rangeHigh
218—
319Limitsignal, Power Source 1High
2
420—
521—
622Main supply statusLow
723—
024Sensor status 1, Power Source 1High
125Sensor status 2, Power Source 1High
226Sensor status 3, Power Source 1High
327
3
428—
529—
630—
BIT
Signal
Sensor status 4, Power Source
1
Activity/
High
data type
Range
See table Assignment of
Sensor Statuses 1–4 on
page 50
Factor
731—
032—
133—
234—
335
4
436
537—
638NotificationHigh
2
739System not readyHigh
040—
141—
242—
343—
5
444—
545—
Safety status Bit 0, Power
Source 1
Safety status Bit 1, Power
Source 1
High
High
46
646—
747—
Address
RelativeAbsolute
WORD
3
BYTE
BIT
048—
149—
250—
351—
6
452—
553—
654Gas nozzle touchedHigh
755—
056ExtOutput1 <= OPT_Input1High
157ExtOutput2 <= OPT_Input2High
258ExtOutput3 <= OPT_Input3High
359ExtOutput4 <= OPT_Input4High
7
460ExtOutput5 <= OPT_Input5High
561ExtOutput6 <= OPT_Input6High
662ExtOutput7 <= OPT_Input7High
BIT
Signal
Activity/
data type
Range
Factor
EN-US
763ExtOutput8 <= OPT_Input8High
064—
165
266Limitsignal, Power source 2High
367—
8
468—
569—
670—
4
771—
072—
173—
274—
375—
9
476—
577—
678—
Robot Motion Release, Power
source 2
High
779—
47
Address
RelativeAbsolute
WORD
5
10
11
BYTE
BIT
080Sensor status 1, Power Source 2High
181Sensor status 2, Power Source 2High
282Sensor status 3, Power Source 2High
383
484—
585—
686—
787—
088—
189—
290—
391
492
BIT
Signal
Sensor status 4, Power Source
2
Safety status Bit 0, Power
Source 2
Safety status Bit 1, Power
Source 2
Activity/
High
High
High
data type
Range
See table Assignment of
Sensor Statuses 1–4 on
page 50
Factor
593—
694—
795—
120–796–103
6
130–7104–111
140–7112–119
7
150–7120–127
160–7128–135
8
170–7136–143
180–7144–151
9
190–7152–159
200–7160–167
10
210–7168–175
220–7176–183
11
230–7184–191
240–7192–199
12
250–7200–207
Welding voltage, Power source 1UINT160.0 to 655.35 [V]100
Welding voltage, Power source 2UINT160.0 to 655.35 [V]100
Welding current, Power source
1
Welding current, Power source
2
Wire feed speed, Power source
1
Wire feed speed, Power source
2
Actual real value for seam
tracking
UINT160.0 to 6553.5 [A]10
UINT160.0 to 6553.5 [A]10
SINT16
SINT16
UINT160 to 6.5535
-327.68 to 327.67
[m/min]
-327.68 to 327.67
[m/min]
100
100
1000
0
260–7208–215
13
270–7216–223
48
Error number, Power source 1UINT160 to 655351
Address
RelativeAbsolute
WORD
BYTE
BIT
280–7224–231
14
290–7232–239
300–7240–247
15
310–7248–255
320–7256–263
16
330–7264–271
340–7272–279
17
350–7280–287
360–7288–295
18
370–7296–303
380–7304–311
19
390–7312–319
400–7320–327
20
410–7328–335
420–7336–343
21
430–7344–351
BIT
Signal
Error number, Power source 2UINT160 to 655351
Motor current M1, Power source
1
Motor current M1, Power source
2
Motor current M2, Power source
1
Motor current M2, Power source
2
Motor current M3, Power source
1
Motor current M3, Power source
2
Warning,, Power Source 1UINT160 to 655351
Activity/
data type
UINT16
UINT16
UINT16
UINT16
UINT16
UINT16
Range
-327.68 to 327.67
[A]
-327.68 to 327.67
[A]
-327.68 to 327.67
[A]
-327.68 to 327.67
[A]
-327.68 to 327.67
[A]
-327.68 to 327.67
[A]
100
100
100
100
100
100
Factor
EN-US
440–7352–359
22
450–7360–367
460–7368–375
23
470–7376–383
480–7284–291
24
490–7292–399
500–7400–407
25
510–7408–415
520–7416–423
26
530–7424–431
540–7432–439
27
550–7440–447
560–7448–455
28
570–7456–463
580–7464–471
29
590–7472–479
Warning,, Power source 2UINT160 to 655351
Wire position, Power source 1UINT16
Wire position, Power source 2UINT16
—
—
—
—
—
-327.68 to 327.67
[mm]
-327.68 to 327.67
[mm]
100
100
49
Assignment of
Sensor Statuses
1–4
SignalDescription
Sensor status 1OPT/i WF R wire end (4,100,869)
Sensor status 2OPT/i WF R wire drum (4,100,879)
Sensor status 3OPT/i WF R ring sensor (4,100,878)
Sensor status 4Wire buffer set CMT TPS/i (4,001,763)
50
EN-US
51
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