ESAB Robust Feed PRO User manual

Brand: ESAB

Model: Robust Feed PRO

Type: User manual

Service manual

0463 660 001 GB 20190620

Valid for: serial no. 904-xxx-xxxx

RobustFeedPRO

TABLE OF CONTENTS

0463 660 001 © ESAB AB 2019

READ THIS FIRST

....................................................................................

BEFORE STARTING SERVICE

................................................................

Service aid

..............................................................................................

Equipment required for the service actions described in this

manual

.....................................................................................................

INTRODUCTION

.......................................................................................

ERROR DESCRIPTIONS IN THE SERVICE LOG

...................................

WIRING DIAGRAM

...................................................................................

Component description

.........................................................................

Valid for serial no. 904-xxx-xxxx

...........................................................

TECHNICAL DATA

...................................................................................

SOFTWARE UPDATE AND CONFIGURATION

.......................................

USB handling

..........................................................................................

Script files............................................................................................. 15

System software files ........................................................................... 15

Files location

...........................................................................................

Application software update

.................................................................

Troubleshooting application software update ....................................... 16

Secondary bootloader update

...............................................................

Troubleshooting secondary bootloader update .................................... 17

Software configuration

..........................................................................

Configuration of the wire feed unit according to product ordering

number .................................................................................................

Setting the speed unit of measurement (metric/imperial)..................... 18

Set time ................................................................................................ 18

TROUBLESHOOTING

..............................................................................

Extracting wire feed unit data and status via USB flash drive

...........

Extracting a service log ........................................................................ 19

Interpreting the service log ................................................................... 19

Section 2 – db ls................................................................................ 19

Section 5 – active .............................................................................. 19

Section 6 – syslog ............................................................................. 19

Section 7 – log................................................................................... 20

Pre power up checks

.............................................................................

Visual inspection................................................................................... 21

Control board 13AP1 measurements ................................................... 22

Restoring the wire feed unit after pre power up checks ....................... 25

Power up checks

....................................................................................

General................................................................................................. 25

Control board 13AP1 measurements ................................................... 25

Checking voltage supplies................................................................. 26

TABLE OF CONTENTS

0463 660 001 © ESAB AB 2019

Checking torch trigger, fan, gas valve, contactor and TMR-sensor

functionality .......................................................................................

Restoring the wire feed unit after power up checks ............................. 33

DISASSEMBLY AND REASSEMBLY

......................................................

CALIBRATION AND VALIDATION

...........................................................

Measurement methods and tolerances

................................................

Requirements specifications and standards

.......................................

Accuracy out of tolerance

.....................................................................

REPLACEMENT INSTRUCTIONS

...........................................................

Replacing the button cell battery on the control circuit board

..........

Replacing the control circuit board (13AP1)

........................................

Replacing LED circuit board 13AP2 located by the feeder

mechanism

..............................................................................................

Replacing LED circuit board 13AP3 located by the wire bobbin

.......

Replacing the current sensor switch board (13AP4)

..........................

Replacing the fan (13EV1)

.....................................................................

Replacing the bobbin brake hub

...........................................................

Replacing the torch copper bar

............................................................

Replacing the solenoid valve

................................................................

Replacing the feeder mechanism

.........................................................

Replacing separate parts inside the feeder mechanism

....................

Replacing the torch connector

..............................................................

IN-SERVICE, MAINTENANCE AND PERIODIC INSPECTION

PROCEDURE

...........................................................................................

Visual inspection in accordance with 5.1 IEC 60974-4

.......................

Intermediate cables .............................................................................. 53

Enclosure ............................................................................................. 53

Return clamp ........................................................................................ 53

Welding gun/torch................................................................................. 53

Welding circuit ...................................................................................... 54

General condition ................................................................................. 54

Wire feeder/ wear parts ........................................................................ 54

Magnetic gas valve............................................................................... 54

Controls and indicators......................................................................... 54

Cleaning the equipment

.........................................................................

Labelling and report

...............................................................................

Maintenance and inspection procedure

...............................................

SPARE PARTS AND ACCESSORIES

.....................................................

Rights reserved to alter specifications without notice.

READ THIS FIRST

0463 660 001

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READ THIS FIRST

Maintenance and repair work must be performed by an experienced person, and electrical

work only by a trained electrician. Use only recommended replacement parts.

This service manual is intended for use by technicians with electrical/electronic training for

help in connection with fault-tracing and repair.

The circuit boards are divided into numbered blocks. Component names in the wiring

diagram are listed in the component description.

Use the spare parts list as a guide to where the components are located in the equipment.

The spare parts list is published as a separate document, see the "SPARE PARTS" chapter

in this manual.

This manual contains details of design changes that have been made up to and including

January 2019.

The manual is valid for: RobustFeedPRO with serial number 904-xxx-xxxx.

NOTE!

The unit is tested by ESAB in a general set-up. The responsibility for safety and

function, of the specific set-up, lies with the integrator.

RobustFeedPRO is designed and tested in accordance with the standards stated in the

instruction manual. On completion of service or repair work, it is the responsibility of the

person(s) performing the work to ensure that the product still complies with the requirements

of the involved standards.

CAUTION!

Read and understand the instruction manual before

installing or operating.

CAUTION!

STATIC ELECTRICITY can damage circuit boards and

electronic components.

• Observe precautions for handling electrostatic

sensitive devices.

• Use proper static-proof bags and boxes.

BEFORE STARTING SERVICE

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BEFORE STARTING SERVICE

Service aid

ESAB can offer a number of service tools that will simplify the service.

Antistatic service kit

Ordering no. 0740 511 001

The kit makes it easier to protect sensitive

components from electrostatic discharge.

Contents:

• A conductive mat (size 610×610mm /

24×24in)

• A 1.5m (3.28ft) long ground cable with

a crocodile clip

• An adjustable wrist strap and cable with

a built-in protective resistor

Antistatic service kit

Equipment required for the service actions described in this manual

• Multimeter (provided with DC and AC

voltage, resistance, diode and

capacitance test functions)

• Permanent magnet (for

testing/measurements of torch trigger,

fan, gas valve, contactor and

TMR-sensor functions)

• Torx screwdriver T10

• Torx screwdriver T20

• Torx screwdriver T25

• Torx screwdriver T30

• Screwdriver Pozidriv PZ2

• 6mm Hex Allen key

• 7mm Hex socket

• 8mm Hex socket

• 9mm Hex socket

• 10mm Hex socket

• 13mm Hex socket

• 16mm Hex socket

• 17mm fixed wrench

• 27mm fixed wrench

• Hammer

• Pin punch 2.5mm

• Hose clamp pliers

• Cable binder pliers

• Lock ring pliers

• Circlip pliers

INTRODUCTION

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INTRODUCTION

The RobustFeedPROwire feed unit is intended for MIG/MAG-welding together with the

following welding power sources:

• Warrior™ 400i CC/CV

• Warrior™ 500i CC/CV

• Warrior™ 400i MV

• Warrior™ 350i MV

ERROR DESCRIPTIONS IN THE SERVICE LOG

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ERROR DESCRIPTIONS IN THE SERVICE LOG

Errors that occur in the equipment will be logged in the service log of the wire feeder.

Extraction of a service log is described in "Extracting a service log", page19. The

different error descriptions that may occour in the service log are presented below.

Fault type Error description and corrective actions

Program

memory

faults

Application has bad header and cannot start.

Actions: Try to reload the software from a USB flash drive. If that does not

work, find another sparc.fcf file, save it to a USB flash drive and reload.

Application has bad application checksum and cannot start.

Actions: Try to reload the software from a USB flash drive. If that does not

work, find another sparc.fcf file, save it to a USB flash drive and reload.

Application has bad application size and cannot start.

Actions: Find another sparc.fcf file, save it to a USB flash drive and reload.

Temperature

faults

High temperature warning

Actions: Finish the ongoing weld. When the weld is completed, wait until the

overtemperature indicator on the control panel has gone out before starting a

new weld.

Overtemperature error

Actions: Wait until the "Err" text in the display and the overtemperature

indicator on the control panel has gone out.

Battery

warning

Battery needs to be changed.

Actions: Turn off the welding equipment. Replace the button cell battery on

the control circuit board with a new one. Set the date and time according to

"Set time", page18.

Internal

power

supply faults

Overvoltage

Actions: Measure the incoming power supply voltage from the welding power

source 42VAC. If the incoming power supply voltage is not correct,

troubleshoot the welding power source (see the TROUBLESHOOTING

chapter in the power source service manual).

If the power supply voltage from the welding power source is correct, replace

the control circuit board (see "Replacing the control circuit board (13AP1)",

page42).

Undervoltage

Actions: Measure the incoming power supply voltage from the welding power

source 42VAC. If the incoming power supply voltage is not correct,

troubleshoot the welding power source (see the TROUBLESHOOTING

chapter in the power source service manual).

If the power supply voltage from the welding power source is correct, replace

the control circuit board (see "Replacing the control circuit board (13AP1)",

page42).

ERROR DESCRIPTIONS IN THE SERVICE LOG

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Fault type Error description and corrective actions

Wire feed

speed fault

Set wire feed speed could not be delivered.

Actions: Check that the feed roller pressure in the feeder mechanism is not to

high. Adjust the roller pressure if needed (see the instruction manual).

Check that the cabling between the control board (13AP1) and the motor or

any of the involved connectors (13XS16 and CN22) are not damaged.

Replace the cabling and/or connectors if needed.

If the error persists, replace the control circuit board (see "Replacing the

control circuit board (13AP1)", page42).

Parameter

memory

faults

Checksum error when retrieving data from flash - some variables reverted to

default

Actions: Power off the wire feed unit and then on again. If the error persists,

replace the control circuit board (see "Replacing the control circuit board

(13AP1)", page42).

Failure when storing variables to flash

Actions: Replace the control circuit board (see "Replacing the control circuit

board (13AP1)", page42).

Failure when retrieving variables from flash or flash empty

Actions: Perform an application software update (see "Application software

update", page16). If the error persists, replace the control circuit board

(see "Replacing the control circuit board (13AP1)", page42).

Timing fault Watchdog timeout

Actions: Perform an application software update (see "Application software

update", page16). If the error persists, replace the control circuit board

(see "Replacing the control circuit board (13AP1)", page42).

USB errors USB error. Too high current consumption

Actions: Replace the USB flash drive.

USB error. Read

Actions: Replace the USB flash drive. If the error persists, replace the control

circuit board (see "Replacing the control circuit board (13AP1)", page42).

USB error. Write

Actions: Replace the USB flash drive. If the error persists, replace the control

circuit board (see "Replacing the control circuit board (13AP1)", page42).

Software

runtime

faults

RTE msg allocation error

Actions: Turn off the welding equipment and restart the wire feed unit.

RTE driver msg allocation error

Actions: Turn off the welding equipment and restart the wire feed unit.

SuplVoltMon: Event buffer overflow

Actions: Turn off the welding equipment and restart the wire feed unit.

WIRING DIAGRAM

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WIRING DIAGRAM

RobustFeedPROis function module 13. The names of the circuit boards and components

included in the wire feed unit contains the number 13 to indicate that they belong to the wire

feed unit. The circuit boards and components are listed in the component description below.

Wires/cables within modules are marked 100 - 6999.

Wires/cables between modules are marked 7000 - 7999.

Components outside modules - e.g. capacitors - are named such as C1 - C99, connectors

XS1 - XS99 (S = socket), XT1 - XT99 (T = terminal).

Circuit boards within each module have names such as 13AP1 - 13AP99.

13 = module association, 1-69

AP = circuit board

1 = individual identification number, 0-99

Transistors within particular modules have identification numbers such as 13Q1 - 13Q99.

13 = module association, 1-69

Q = transistor

1 = individual identification number, 0-99

Component description

Component Description

1 Setting panel module

1AP1 Setting panel board

1D1 Overtemperature indicator LED

1DY1–1DY6 7segments displays

1G1 Pulse encoder voltage

1G2 Pulse encoder wire feed speed

1S1 Wire inching switch

1S3 Gas purge switch

13 Wire feeder module Wire numbers 1300–1499

13AP1 Control circuit board

13AP2 Cabinet LED board, Mechanism

13AP3 Cabinet LED board, Wire bobbin

13AP4 Current sensor switch board

13EV1 Fan

13G1 Pulse encoder motor interface

13M1 Motor

13R1 Resistor

13RP1 Potentiometer, 10 kΩ for setting of crater fill

13RT1 NTC resistor

13S1 Rotary switch, Heat kit option

13S2 Switch, 2/4-stroke changeover

WIRING DIAGRAM

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Component Description

13S3 Switch, Creep start function On/Off

13S4 Switch, Wire selection (cored or solid wire)

13S5 Switch, Tweco connector welding torch trigger

13S6 Switch, Euro connector welding torch trigger

13S7 LID switch

13XP... Pin connectors included in the wire feeder module

13XS... Socket connectors in the wire feeder module

13YV1 Solenoid valve, fan activation

CAUTION!

STATIC ELECTRICITY can damage circuit boards and

electronic components.

• Observe precautions for handling electrostatic

sensitive devices.

• Use proper static-proof bags and boxes.

WIRING DIAGRAM

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Valid for serial no. 904-xxx-xxxx

WIRING DIAGRAM

0463 660 001

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TECHNICAL DATA

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TECHNICAL DATA

RobustFeedPRO, Valid from serial no. 904-xxx-xxxx

Power Supply voltage 42 V AC, 50–60 Hz

Power requirement 181 VA

Rated supply current I

4.3 A

Settings data:

Wire feed speed

0.8–25.0 m/min (32–984 in./min) *

)

Creep start OFF or ON

2-/4-stroke 2-stroke or 4-stroke

Wire selection Solid or Cored

Crater fill From 0s (OFF) to 5s

Torch connection EURO, Tweco #4, Tweco #5

Max. diameter wire bobbin 300 mm (12 in.)

Wire dimension:

Fe 0.6–2.0 mm (0.023–5/64 in.)

Ss 0.6–1.6 mm (0.023–1/16 in.)

Al 1.0–1.6 mm (0.040–1/16 in.)

Cored wire 0.9–2.4 mm (0.035–3/32 in.)

Weight:

RobustFeedPRO 16.9 kg (37.1 lb.)

RobustFeedPRO, Water 17.2 kg (37.8 lb.)

RobustFeedPROOffshore 17.3 kg (38.1 lb.)

RobustFeedPROOffshore, Water 17.6 kg (38.7 lb.)

RobustFeedPRO,Tweco 16.9 kg (37.1 lb.)

RobustFeedPROOffshore,Tweco 17.3 kg (38.1 lb.)

Maximum weight wire spool 18.5 kg (40.8 lbs)

Dimensions (l×w×h) RobustFeedPRO 675×265×418mm (26.6×10.4×16.5in.)

Operating temperature -20° to +55°C (-4° to +131°F)

Transport and storage temperature -40° to +80°C (-40° to +176°F)

Shielding gas All types intended for MIG/MAG welding

Maximum gas pressure 5 bar (0.5 Mpa)

Coolant(for "RobustFeedPRO,Water" and

"RobustFeedPROOffshore,Water")

ESAB's ready mixed coolant

Maximum coolant pressure 5 bar (0.5 Mpa)

Permissible load at +40°C:

50% duty cycle 550 A

60% duty cycle 500 A

100% duty cycle 400 A

Permissible load at +55°C:

50% duty cycle 550 A

TECHNICAL DATA

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RobustFeedPRO, Valid from serial no. 904-xxx-xxxx

60% duty cycle 500 A

100% duty cycle 400 A

Enclosureclass IP44

*) Maximum speed is guaranteed on the whole speed range for all wires. For 2.0mm solid

and 2.4mm cored wire, speed is guaranteed in the speed range 0.8–8.0m/min

(32–315in./min). The Robust Feed PRO will be able to achieve higher feeding speed above

the 8.0m/min (315in./min) but with higher tolerances.

Duty cycle

The duty cycle refers to the time as a percentage of a ten-minute period that you can weld or

cut at a certain load without overloading.

Enclosure class

The IP code indicates the enclosure class, i.e. the degree of protection against penetration

by solid objects or water.

Equipment marked IP44 is intended for indoor and outdoor use and can withstand rain from

all directions.

SOFTWARE UPDATE AND CONFIGURATION

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SOFTWARE UPDATE AND CONFIGURATION

The software in the wire feeder consists of three parts, system software (application

software), secondary bootloader and primary bootloader.

USB handling

USB is used for software update, configuration and for extracting service log.

The amount of files saved on a USB flash drive used for software update, configuration and

retrieving service log, should be limited! It is possible to have other files on the same USB

drive but our recommendation is to only keep script files, system software files and

log files on the drive. There may only be one script file or one system software on the

USB drive. The wire feed unit will ignore all other file types. The script file or system

software file must be stored in the root catalogue of the USB drive.

Script files

Script files are used to demand the wire feed unit to do something, i.e. to configure or to

retrieve a service log. A script file must always be renamed "sparc.script" when it is saved to

the USB drive.

System software files

This section is valid for files used for application software update and secondary bootloader

update. A software update file must always be renamed “sparc.fcf” when it is saved to the

USB drive.

Files location

All system software files and script files are accessible to download through a link on each

country/regions local partner login site.

SOFTWARE UPDATE AND CONFIGURATION

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Application software update

Before starting the software update, make sure the following are available:

• a USB flash drive

• the correct system software file

• the appropriate configuration file for the feeder model and variant

The system software file will make sure that the wire feeder is updated.

1. Copy the system software file (filename.fcf) to the USB drive.

2. Rename the file sparc.fcf.

3. Insert the USB flash drive into the wire feeder USB connector.

The software update starts and after some seconds three LED segments (---) start

scrolling across the wire feeder display. The software update takes less than one

minute. When the update is completed, the wire feeder automatically restarts.

4. Wait for the startup process to be completed! When the startup process is

completed, the text "USB" is presented with fixed light in the wire feeder display.

5. When the "USB" text is presented with fixed light, remove the USB flash drive.

NOTE!

After update has been performed, it is recommended to configure the wire feeder

using the latest version of the appropriate script file (see section "Software

configuration", page17).

Troubleshooting application software update

Issue Actions

The software update does

not start, i.e. the display

does not turn black and no

LED segments appear.

1. Remove the USB flash drive.

2. Make sure the system software file is named

sparc.fcf.

3. Insert the USB flash drive again.

The software update still

does not start, although the

actions above have been

performed.

1. Remove the USB flash drive.

2. Turn the wire feeder off.

3. Insert the USB flash drive again.

4. Turn the wire feeder on again.

The wire feeder does not

restart automatically when

the update is completed.

1. If the wire feeder has not restarted automatically

approximately one minute after the update process

started, shut the wire feeder down manually.

2. Remove the USB flash drive.

3. Turn the wire feeder on again.

The text "USB" is never

presented with fixed light in

the display, but the update

process continuously

restarts.

1. Remove the USB flash drive.

Avoid removing the flash drive when the display is

black or when the three LED segments are scrolling

across the display!

2. Power off the system.

3. Power on the system and check that the system

really restarts and that the correct firmware version is

installed.

4. If the system does not restart, power off the system

again and attach another USB flash drive containing

the correct update file. Then power on the system

again.

SOFTWARE UPDATE AND CONFIGURATION

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Secondary bootloader update

The procedure in this section should only be performed if the procedure according to section

"Application software update", page16 is not working. Make sure you have a USB flash

drive and the correct secondary bootloader software file available, before starting the

procedure. The secondary bootloader software file will make sure that the wire feed unit is

updated.

1. Copy the bootloader software file (filename.fcf) to the USB drive.

2. Rename the file sparc.fcf.

3. Insert the USB flash drive into the wire feeder USB connector.

The software update starts and after some seconds three LED segments (---) start

scrolling across the wire feeder display. The software update takes less than one

minute. When the update is completed, the wire feeder automatically restarts.

4. Wait for the startup process to be completed! When the startup process is

completed, the text "USB" is presented with fixed light in the wire feeder display.

5. When the "USB" text is presented with fixed light, remove the USB flash drive.

After performing the procedure above, update the application software according to section

"Application software update", page16.

NOTE!

You do not need to re-configure the wire feeder after updating secondary

bootloader, since configuration parameters are stored in a permanent memory.

Troubleshooting secondary bootloader update

Issue Actions

The software update does

not start, i.e. the display

does not turn black and no

LED segments appear.

1. Remove the USB flash drive.

2. Make sure the bootloader software file is named

sparc.fcf.

3. Insert the USB flash drive again.

The software update still

does not start, although the

actions above have been

performed.

1. Remove the USB flash drive.

2. Turn the wire feeder off.

3. Insert the USB flash drive again.

4. Turn the wire feeder on again.

The wire feeder does not

restart automatically when

the update is completed.

1. If the wire feed unit has not restarted automatically

approximately one minute after the update process

started, shut the wire feeder down manually.

2. Remove the USB flash drive.

3. Turn the wire feeder on again.

Software configuration

Each wire feed unit has a certain software configuration at delivery from factory. The wire

feeder can also be configured in field. The following options are available for field

configuration:

• Unit of measurement (metric or imperial speed unit)

• Set time

SOFTWARE UPDATE AND CONFIGURATION

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Configuration of the wire feed unit according to product ordering number

1. Download the correct script file according to the product ordering number on the

rating plate (e.g. if the ordering number is 0445 100 883, download script file

445100883.zip).

2. Unzip the script file, rename it “sparc.script” and copy it to a USB flash drive.

3. Insert the USB flash drive into the wire feeder USB port.

4. Restart the wire feed unit.

The text "USB" is flashing in the wire feeder display.

5. When the text "USB" is presented with fixed light, remove the USB flash drive.

6. Restart the wire feeder again.

The configuration of the wire feeder is now completed.

Setting the speed unit of measurement (metric/imperial)

The unit of measurement in the wire feed unit is factory set to metric (m/min) or imperial

(inch/min), dependent on country/region. There is also a possibility to set the unit of

measurement via a so-called "hidden function". To change the unit of measurement from

metric to imperial or vice versa, do as follows:

1. Access the hidden functions by keeping the wire inching and the gas purging buttons

depressed simultaneously for 3seconds.

The left display will show a flashing "C" letter (which denotes Unit of measurement)

and a value ("0" or "1"). At the same time the currently selected speed unit ("m/min" or

"inch/min") will light up to the right of the right display.

2. Set the preferred unit of measurement (metric or imperial) by turning the voltage

control knob.

3. Save the selected speed unit setting, leave the hidden functions and return to the

default panel view, by keeping the gas purge button depressed during 3seconds.

Function letter Function

C Unit of measurement

0 = inch/min, 1 = m/min

Set time

The time of the wire feed unit control board can be set, by editing the script file, specifying

the preferred date and time.

1. Open the correct script file in a text editor:

gettime

settime 2019-01-25 12:44:00

gettime

2. Edit the date and time (2019-01-25 12:44:00) specifying the preferred values.

3. Continue by performing the procedure according to section "Configuration of the

wire feed unit according to product ordering number", page18.

TROUBLESHOOTING

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TROUBLESHOOTING

Extracting wire feed unit data and status via USB flash drive

Data and status of the wire feed unit can be extracted through USB. This can be helpful

when troubleshooting.

Extracting a service log

A log with data and status of the wire feed unit can be retrieved using a script file and a USB

flash drive. Recommended programs for reading the service log are Microsoft Word and

Microsoft WordPad. A service log is extracted as folows:

1. Copy the correct script file to a USB flash drive and name it sparc.script.

2. Insert the USB flash drive into the wire feeder USB port.

The text "USB" is flashing in the wire feeder display.

When the log is completed, the text "USB" is shown with fixed light in the display.

3. When the text "USB" is presented with fixed light, remove the USB flash drive. The

USB flash drive now contains a log named sparc_out.txt.

Interpreting the service log

In the service log you can see the configuration data and the status for the wire feeder, i.e.

the wire feeder control board.

Section Command Description

1 gettime Retrieves the time for the control board

2 db ls Lists the configuration for the node for the control board

3 version Retrieves software version in the control board

4 version boot Retrieves the version of primary and secondary boot loader in the

control board

5 active Lists all currently active errors, which may or may not block usage.

6 syslog Lists all events which has occurred in the wire feed unit.

7 log Lists all events in the control board

Section 2 – db ls

This command lists the configuration as available in the wire feeder. The configuration

parameters are grouped together according to their use (data related to printed circuit board

is grouped in HardwareData etc.).

Section 5 – active

The scope lists the current errors present in the wire feeder system. Errors are never stored

persistently. However the event in which an error occurred is stored, but in the log and the

syslog.

Section 6 – syslog

The system log contains events which affect the system in some way. The events are listed

in the reverse chronological order, i.e. the newest event is presented first and the oldest

event is presented last. Each line contains the following metadata of the event:

TROUBLESHOOTING

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Metadata header Explanation

Idx Index in the buffer (0, 1, 2, …)

Time The time at which the wire feed unit received notification that the event

has occurred.

Severity This is an indication of how severe the event is. Events are only logged if

the severity is FAILURE or higher. The different severities are (in

increasing severity); DEBUG, INFORMATIONAL, NOTICE, WARNING,

FAILURE, CRITICAL, ALERT and EMERGENCY.

ID.Sub This tuple of values indicate which internal event identifier and event

sub-identifier actually resulted in the error. This tuple enables finding

which software or hardware component which actually triggered the

error.

Act/Clr If "ACT", this means that a new error is active. If "clr" this means that a

previously activated error has been cleared.

Data This field may contain 32 bits of data provided from the event originator.

Node@nodetime This field identifies the node which issues the event and at which node

time the event occurred.

Note! The node is always "0" since there is only one node in the system.

Description This is a description of the event.

Section 7 – log

This listing contains an extract of the log for the wire feed unit.

Metadata value Explanation

[YYYY-mm-dd hh:mm:ss] Time when the event occurred

DEBUG, INFORMATIONAL,

NOTICE, WARNING,

FAILURE, CRITICAL,

ALERT and EMERGENCY.

This is an indication of how severe the event is.

Id: This identifier indicates which internal event identifier

triggered the event.

Sub: This identifier indicates which event sub-identifier triggered

the event.

Description This is a description of the event.

Data This field may contain 32 bits of data provided from the event

originator.

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ESAB Robust Feed PRO User manual

ESAB Robust Feed PRO User manual

ESAB Robust Feed PRO User manual

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