M1.2.TIG200P.NLFREN 07062018
HANDLEIDING - MODE D’EMPLOI - MANUAL
TIG 200P (829300202)
Lastoestel
Poste de soudage
Welding machine
P.02 Gelieve te lezen en voor later gebruik bewaren
P.22 Veuillez lire et conserver pour consultation ultérieure
P.42 Please read and keep for future reference
FR
EN
NL
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
2
NL
AANDACHT!
Lees deze handleiding aandachtig voor het ingebruikname van uw
machine!
Inhoud
1 Veiligheid ���������������������������������������������������������������������������������������������������������������������������������� 3
2 Functieoverzicht ������������������������������������������������������������������������������������������������������������������������� 4
3 Algemene kenmerken ���������������������������������������������������������������������������������������������������������������� 5
4 Technische gegevens ������������������������������������������������������������������������������������������������������������������ 5
5 Omschrijving ����������������������������������������������������������������������������������������������������������������������������� 6
5.1 Algemene omschrijving ........................................................................................................................... 6
5.2 Bedieningspaneel .................................................................................................................................. 6
5.3 Automatisch opslaan van de parameters ................................................................................................... 8
5.4 Alarmmeldingen .................................................................................................................................... 8
5.5 Voetpedaal (optie) ................................................................................................................................. 8
5.6 Controlelampje voor de spanning (optie) .................................................................................................. 8
6 Installatie en gebruik ����������������������������������������������������������������������������������������������������������������� 9
6.1 Installatiemethode .................................................................................................................................. 9
6.1.1 TIG .............................................................................................................................................. 9
6.1.2 MMA ......................................................................................................................................... 11
6.2 Gebruik ................................................................................... ........................................................... 11
6.2.1 Gebruik voor MMA lassen ............................................................................................................. 11
6.2.2 Gebruik voor TIG DC lassen .......................................................................................................... 13
6.2.3 Gebruik voor TIG puls lassen ......................................................................................................... 15
6.3 Werkmodus functie .............................................................................................................................. 17
7 Waarschuwingen ��������������������������������������������������������������������������������������������������������������������� 20
7.1 Werkomgeving .................................................................................................................................... 20
7.2 Ventilatie ............................................................................................................................................. 20
7.3 Overspanning is verboden .................................................................................................................... 20
7.4 Overlading is verboden ........................................................................................................................ 20
7.5 Oververhitting ...................................................................................................................................... 20
7.6 Grondleiding ....................................................................................................................................... 20
8 Onderhoud ������������������������������������������������������������������������������������������������������������������������������ 21
9 Storingen ��������������������������������������������������������������������������������������������������������������������������������� 21
10 Onderdelen ���������������������������������������������������������������������������������������������������������������������������� 62
11 Schakelschema����������������������������������������������������������������������������������������������������������������������� 62
12 EG conformiteitsverklaring ����������������������������������������������������������������������������������������������������� 63
copyrighted document - all rights reserved by FBC
3
NL
M1.2.TIG200P.NLFREN 07062018
5 / 25
Z210 SC-A0
A3. Storage ------------------------------------------------------------------------------------------------------------- 23
APPENDIX B: REVISION HISTORY --------------------------------------------------------------------------------- 24
APPENDIX C: WIRING DIAGRAM OF COMPLETE MACHINE ---------------------------------------------- 25
1. SAFETY
Welding may result in injury to you and others, so please implement protection during welding. See more
details in Safety Protection Guidebook for Operator which meets the requirements to manufactures on
accident prevention.
Operate this equipment by trained professional only!
Use welding labor protection supplies with approval of safety
supervisory authority.
Operators must be the special workers with valid work permits
of “Metal Welding (Gas Cutting) Operation”.
Do not maintain and repair welder with power.
Electric shock-may result in serious injury or even death!
Install grounding device according to application standard.
Do not touch live parts with naked skin, wet gloves or wet
clothes.
Be sure you are insulated from ground and workpiece.
Confirm the safety of your working position.
Smoke-may be harmful to your health!
Keep your head away from the smoke to avoid inhalation of
waste gas in welding.
Keep the working environment well ventilated with exhaust or
ventilation equipment when welding.
Een vakopleiding is noodzakelijk om de machine te gebruiken�
• Gebruik lichaamsbeschermingen die voor laswerken aanbevolen worden.
• De gebruiker moet voldoende gekwaliceerd zijn voor las- en snijwerken.
• Schakel de machine uit voor alle onderhoud- en herstellingswerken.
Elektrische schok kan zware letsels veroorzaken, en zelfs de dood�
• Installeer een grondleiding.
• Raak nooit aan delen onder spanning met blote handen, of met natte
handschoenen/kleren.
• Maak zeker dat u goed geïsoleerd ben van de grond en van het werkstuk.
• Maak zeker dat uw werkhouding veilig is.
Schadelijke roken en gassen�
• Houd uw hoofd ver van de rook en de gassen om deze niet in te ademen.
• Ventileer de werkruimte met een afzuig- of beluchtingsinrichting.
De boogstraling is gevaarlijk voor de ogen en de huid�
• Draag een masker, beschermende kleren en lashandschoenen.
• Gebruik maskers of een scherm om eventueel toeschouwers te beschermen.
Een ongeschikt gebruik van de machine kan een brand of een
ontplofng veroorzaken.
• Vonken kunnen brand veroorzaken. Zorg ervoor dat er geen brandbaar
materiaal in de omgeving liggen.
• Zorg ervoor dat er een brandblusser is in de nabijheid, en dat iemand deze kan
gebruiken.
• Las nooit op een gesloten container.
• Gebruik dit toestel niet om leidingen te ontdooien.
Warme stukken kunnen brandwonden veroorzaken�
• Raak nooit aan warme stukken met blote handen.
• Een koelsysteem is noodzakelijk bij ononderbroken laswerken.
1 Veiligheid
6 / 25
Z210 SC-A0
Arc radiation-may hurt your eyes and burn your skin!
Use proper welding mask and wear protective clothing to protect
your eyes and body.
Use proper mask or curtain to protect onlooker from being
injured.
Improper use and operation may result in fire or explosion
Welding spark may result in fire, so please make ensure there
are no inflammables near the welding position, and pay
attention to fire safety.
Ensure there is fire extinguisher nearby, and make sure
someone has been trained to operate the fire extinguisher.
Do not weld closed container.
Do not use this machine for pipe thawing.
Hot workpiece can cause severe scald.
Do not touch hot workpiece with bare hands.
Cool the welding torch for a while after continuously working.
Excessive noise does great harm to people’s hearing.
Wear ear covers or other hearing protectors when welding.
Give warning to onlooker that noise may be potentially
hazardous to hearing.
Magnetic field can make cardiac pacemaker a bit wonky.
People with cardiac pacemaker should stay away from the
welding spot without first talking to a doctor.
Moving parts may injure your body.
Please keep away from moving parts (like fan).
Each door, panel, cover, baffle plate, and protective device the
like should be closed and located correctly.
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
4
NL
6 / 25
Z210 SC-A0
Arc radiation-may hurt your eyes and burn your skin!
Use proper welding mask and wear protective clothing to protect
your eyes and body.
Use proper mask or curtain to protect onlooker from being
injured.
Improper use and operation may result in fire or explosion
Welding spark may result in fire, so please make ensure there
are no inflammables near the welding position, and pay
attention to fire safety.
Ensure there is fire extinguisher nearby, and make sure
someone has been trained to operate the fire extinguisher.
Do not weld closed container.
Do not use this machine for pipe thawing.
Hot workpiece can cause severe scald.
Do not touch hot workpiece with bare hands.
Cool the welding torch for a while after continuously working.
Excessive noise does great harm to people’s hearing.
Wear ear covers or other hearing protectors when welding.
Give warning to onlooker that noise may be potentially
hazardous to hearing.
Magnetic field can make cardiac pacemaker a bit wonky.
People with cardiac pacemaker should stay away from the
welding spot without first talking to a doctor.
Moving parts may injure your body.
Please keep away from moving parts (like fan).
Each door, panel, cover, baffle plate, and protective device the
like should be closed and located correctly.
7 / 25
Z210 SC-A0
Seek professional support when trouble strikes.
When trouble strikes in installation and operation, please
inspect according to related contents in this manual.
If you still cannot understand fully, or you still cannot solve the
problem, please contact the dealer or the service center of
JASIC to obtain professional support.
2. SYMBOL EXPLANATION
Matters to be noticed in operation
Objects to be specially described and pointed out
More details in CD
It is prohibited to dispose the electrical waste together with other common
wastes. Please protect the environment.
3. PRODUCT OVERVIEW
Unique electric structure and air channel design in this
series of machines can speed up the heat rejection of the
power device as well as improving the duty cycles of the
machines. The unique heat rejection efficiency of the air
channel can effectively prevent the power devices and
control circuits from being damaged by the dust absorbed
by the fan, and the reliability of the machine is greatly
improved thereby.
The whole machine is in form of coherent streamline, the
front and rear panels are naturally integrated via
large-radian transition manner. The front panel and the
rear panel of the machine and the handle are coated with
rubber oil①, so the machine has soft texture, good hand
feeling, and seems warm and pleasant.
①: Not every piece of machine has the same design.
Differences may exist upon customers’ requirements.
Fig. 1
Een te hoog geluidsniveau kan uw gehoor beschadigen�
• Draag een gehoorbescherming tijdens de laswerken.
• Waarschuw de toeschouwers dat het geluid gevaarlijk kan zijn voor hun
gehoor.
Het elektromagnetische veld is gevaarlijk voor mensen met een
pacemaker�
• Mensen die een pacemaker dragen mogen niet bij laswerken blijven zonder
medisch advies.
Bewegende delen kunnen schade veroorzaken�
• Blijf niet in de nabijheid van bewegende delen zoals waaiers.
• Tijdens het lassen moeten de deuren, panelen, deksels en andere
afschermingen gesloten zijn.
In geval van problemen, neem contact op met een vakman�
• Lees het betreffende hoofdstuk van die handleiding in geval van moeilijkheden
bij de installatie of het gebruik van die machine.
• Indien u een probleem met behulp van de handleiding niet kan oplossen,
contacteer de technische dienst van uw verdeler.
2 Functieoverzicht
• Het bedieningspaneel bestaat uit 3 toetsen, LEDs, een digitale weergave, en een draaiknop. Het is handig en
gebruiksvriendelijk.
• Het bedieningspaneel heeft een scherm met 3 cijfers voor de weergave van de parameters, van de huidige waarde
en van alarmmeldingen.
• De lasfuncties 2T, 4T en puntlassen zijn beschikbaar.
• De downslope-, upslope-, pre-ow- en post-ow tijd is instelbaar.
• Zelf-adaptieve Arc Force technologie: verbetert de efciëntie van het toestel bij het lassen met lange kabels en maakt
lang afstand lassen mogelijk.
• HF boogontsteking met hoge betrouwbaarheid is beschikbaar.
• Alle functionele parameters zijn instelbaar.
• DC TIG, puls TIG en MMA zijn beschikbaar.
• Pre-ow tijd, post-ow tijd, startstroomsterkte, piloot vlamboog stroom, upslope- en downslope tijd en stroomsterkte
zijn instelbaar in DC TIG lassen.
• Pre-ow tijd, post-ow tijd, startstroomsterkte, piloot vlamboog stroom, upslope- en downslope tijd, piekstroom,
secundaire lasstroom, pulsen frequentie en percentage puntlastijd zijn beschikbaar in puls TIG.
• Vlamboogontsteking tijd, stroom en arc force stroom zijn instelbaar.
• Overstroom-, onderspanning- en oververhittingsbeschermingsfuncties zijn beschikbaar.
• Instelling van de parameters opgeslagen.
• Storingen geheugenfunctie en statistische functies zijn beschikbaar, de totale tijden kunnen verkregen worden.
copyrighted document - all rights reserved by FBC
5
NL
M1.2.TIG200P.NLFREN 07062018
3 Algemene kenmerken
• Geavanceerde IGBT inverter technologie
- Hoge frequentie inverter vermindert de volume en het gewicht van de lasmachine.
- Grote vermindering van magnetische en weerstandverliezen, voor een grotere efciëntie met minder
energieverbruik.
- Werkfrequentie buiten radio bereik, dus geen storingen.
• Controle systeem
- De geavanceerde regeltechniek voldoet aan verschillende toepassingen en verbetert de lasprestaties.
- Die lasmachine kan zowel voor zure als voor basische elektrodes gebruikt worden.
- Eenvoudig starten van de vlamboog, minder spatten, stabiele stroom en goede vormgeving.
• Mooie vorm en betrouwbaar structuur
- Voor en achter panelen in de vorm van stroomlijn maken het toestel mooier.
- Voor en achter panelen gemaakt van hoge-intensiteit kunststoffen voor meer efciëntie in zware omstandigheden.
- Uitstekende isolerende eigenschappen.
- Waterdicht, antistatisch en roestwerend.
4 Technische gegevens
Kenmerken TIG 200 P
Ingangsspanning V 230 V + 15% - 50/60 Hz
Ingangsstroom MMA kW 8,2
TIG 6,0
Lasstroom
MMA A 10 ~ 180
V 20,4 ~ 27,2
TIG A 10 ~ 200
V 10,4 ~ 18
Inschakelduur op 40 °C % 35
Nullastspanning MMA V65
TIG 65
Downslope tijd sec. 0 ~ 10
Post-ow tijd sec. 0 ~ 15
Rendement %85
Beveiligingsklasse IP 21S
Krachtfactor cosφ 0,7
Isolatieklasse F
Vlamboog ontsteking HF
Standaard IEC60974-1
Geluidsniveau db < 70
Afmetingen
Zonder
handvat mm
365 x 135 x 235
Met
handvat 365 x 135 x 277
Gewicht kg 6,125
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
6
NL
Lastoorts parameters
Maximum stroom 200 A
Nominale stroom 160 A
Koeling Met lucht
Gas aansluiting M10x10
Nominale inschakelduur 40 %
5 Omschrijving
5�1 Algemene omschrijving
1� Bedieningspaneel: parameters instelling
2� Uitgang “+”
3� Uitgang “-”
4� Stuuraansluiting: om de signaal kabel van de TIG toortsknop aan te
sluiten.
5� Gas aansluiting: om de gasslang van de TIG toorts aan te sluiten
6� Handvat
7� Aan/Uit schakelaar
W2110A SC-A0
1. Operating panel: To set the parameters.
2. “+” output terminal
3. “-” output terminal
4.
Control terminal: To connect the signal wire of the TIG
torch trigger.
5. Gas terminal: To connect the gas hose tie-in of the TIG
torch.
6. Handle
Fig. 8-1
7. Power switch: Power ON/OFF switch.
8. Warning sign
9. Power input: Power input cable.
10. Cooling fan
11. Gas inlet: For shield gas input.
Fig. 8-2
Panel description
1. Display screen
2. Welding parameter selecting key
3. Operation mode selecting key
4. Welding parameter adjusting knob: The parameter adjusting encoder is used to adjust the
parameters, and parameters can be adjusted by turning the knob clockwise or counterclockwise.
5. Welding mode selecting key
1
3
5
7
9
8
2
4
6
10
11
1
2
3
4
5
10 /38
W2110A SC-A0
1. Operating panel: To set the parameters.
2. “+” output terminal
3. “-” output terminal
4.
Control terminal: To connect the signal wire of the TIG
torch trigger.
5. Gas terminal: To connect the gas hose tie-in of the TIG
torch.
6. Handle
Fig. 8-1
7. Power switch: Power ON/OFF switch.
8. Warning sign
9. Power input: Power input cable.
10. Cooling fan
11. Gas inlet: For shield gas input.
Fig. 8-2
Panel description
1. Display screen
2. Welding parameter selecting key
3. Operation mode selecting key
4. Welding parameter adjusting knob: The parameter adjusting encoder is used to adjust the
parameters, and parameters can be adjusted by turning the knob clockwise or counterclockwise.
5. Welding mode selecting key
1
3
5
7
9
8
2
4
6
10
11
1
2
3
4
5
10 /38
8� Alarm melding
9� Voedingskabel aansluiting
10� Ventilator
11� Ingang voor beschermgas
5�2 Bedieningspaneel
1� Beeldscherm
2� Keuzetoets voor lasparameters
3� Keuzetoets voor werkmodus
4� Regelknop voor lasparameters: de waarden worden ingesteld door de knop naar links of naar rechts te draaien.
5� Keuzetoets voor de lasmethode
W2110A SC-A0
1. Operating panel: To set the parameters.
2. “+” output terminal
3. “-” output terminal
4.
Control terminal: To connect the signal wire of the TIG
torch trigger.
5. Gas terminal: To connect the gas hose tie-in of the TIG
torch.
6. Handle
Fig. 8-1
7. Power switch: Power ON/OFF switch.
8. Warning sign
9. Power input: Power input cable.
10. Cooling fan
11. Gas inlet: For shield gas input.
Fig. 8-2
Panel description
1. Display screen
2. Welding parameter selecting key
3. Operation mode selecting key
4. Welding parameter adjusting knob: The parameter adjusting encoder is used to adjust the
parameters, and parameters can be adjusted by turning the knob clockwise or counterclockwise.
5. Welding mode selecting key
1
3
5
7
9
8
2
4
6
10
11
1
2
3
4
5
10 /38
copyrighted document - all rights reserved by FBC
7
NL
M1.2.TIG200P.NLFREN 07062018
W 211 0A SC-A0
6. Indicator for pulsed TIG
7. Indicator for DC TIG
8. Indicator for MMA
9. Indicator for 2T
10. Indicator for 4T
11. Indicator for spot welding
12. Indicator for base current
13. Indicator for welding current
14. Indicator for upslope
15. Indicator for initial current
16. Indicator for pre-flow
17. Indicator for pulse duration ratio
18. Indicator for frequency
19. Indicator for arc ignition/spot welding time
20. Indicator for arc force current
21. Indicator for post-flow
22. Indicator for pilot arc current
23. Indicator for downslope
24. Protection indicator
25. Indicator for output voltage (customized)
6
7
8
9
10
11
16
15
14
19
13
12
18
23
22
21
17
20
24
25
11 /38
W 211 0A SC-A0
6. Indicator for pulsed TIG
7. Indicator for DC TIG
8. Indicator for MMA
9. Indicator for 2T
10. Indicator for 4T
11. Indicator for spot welding
12. Indicator for base current
13. Indicator for welding current
14. Indicator for upslope
15. Indicator for initial current
16. Indicator for pre-flow
17. Indicator for pulse duration ratio
18. Indicator for frequency
19. Indicator for arc ignition/spot welding time
20. Indicator for arc force current
21. Indicator for post-flow
22. Indicator for pilot arc current
23. Indicator for downslope
24. Protection indicator
25. Indicator for output voltage (customized)
6
7
8
9
10
11
16
15
14
19
13
12
18
23
22
21
17
20
24
25
11 /38
W 211 0A SC-A0
6. Indicator for pulsed TIG
7. Indicator for DC TIG
8. Indicator for MMA
9. Indicator for 2T
10. Indicator for 4T
11. Indicator for spot welding
12. Indicator for base current
13. Indicator for welding current
14. Indicator for upslope
15. Indicator for initial current
16. Indicator for pre-flow
17. Indicator for pulse duration ratio
18. Indicator for frequency
19. Indicator for arc ignition/spot welding time
20. Indicator for arc force current
21. Indicator for post-flow
22. Indicator for pilot arc current
23. Indicator for downslope
24. Protection indicator
25. Indicator for output voltage (customized)
6
7
8
9
10
11
16
15
14
19
13
12
18
23
22
21
17
20
24
25
11 /38
W 211 0A SC-A0
6. Indicator for pulsed TIG
7. Indicator for DC TIG
8. Indicator for MMA
9. Indicator for 2T
10. Indicator for 4T
11. Indicator for spot welding
12. Indicator for base current
13. Indicator for welding current
14. Indicator for upslope
15. Indicator for initial current
16. Indicator for pre-flow
17. Indicator for pulse duration ratio
18. Indicator for frequency
19. Indicator for arc ignition/spot welding time
20. Indicator for arc force current
21. Indicator for post-flow
22. Indicator for pilot arc current
23. Indicator for downslope
24. Protection indicator
25. Indicator for output voltage (customized)
6
7
8
9
10
11
16
15
14
19
13
12
18
23
22
21
17
20
24
25
11 /38
6� Controlelampje voor puls TIG
7� Controlelampje voor TIG DC
8� Controlelampje voor MMA
9� Controlelampje voor 2T
10� Controlelampje voor 4T
11� Controlelampje voor puntlassen
12� Controlelampje voor secundaire lasstroom
13� Controlelampje voor lasstroom
14� Controlelampje voor upslope
15� Controlelampje voor startstroom
16� Controlelampje voor pre-ow
17� Controlelampje voor percentage puntlastijd
18� Controlelampje voor frequentie
19� Controlelampje voor boogontsteking tijdsinstelling/puntlassen
20� Controlelampje voor arc force stroom
21� Controlelampje voor post-ow
22� Controlelampje voor piloot vlamboog stroom
23� Controlelampje voor downslope
24� Beschermingsindicator
25� Controlelampje voor uitgangsspanning
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
8
NL
5�3 Automatisch opslaan van de parameters
De ingestelde parameters worden automatisch opgeslagen in de groep van de parameters die op dit ogenblik gebruikt
worden (geen automatische back-up wordt uitgevoerd als geen handeling uitgevoerd wordt na het aanpassen van de
instellingen, en als de machine binnen 5 seconden wordt uitgeschakeld). Wanneer de machine opnieuw ingeschakeld
wordt, zullen de parameters dezelfde zijn als de vorige keer. Wanneer de lasmethode en werkmodus opnieuw
geselecteerd worden, zal het automatische opslaan binnen 10 seconden gebeuren. Er bestaat geen back-up knop en
back-up instructies voor dit toestel.
5�4 Alarmmeldingen
Als het controlelampje voor overstroom aan is, en de display toont “E-1”,
betekent dit, dat een overstroom optreedt. Schakel de machine opnieuw in,
en het lassen kan voortgezet worden.
Als het controlelampje voor onderspanning aan is, en de display toont
“E-2”, betekent dit, dat de netspanning te laag is. Het lassen kan
voortgezet worden wanneer de spanning opnieuw normaal is.
Als het controlelampje voor oververhitting aan is, en de display toont
“E-3”, betekent dit, dat u moet stoppen met lassen, omdat het hoofdcircuit
van de machine oververhit raakt. In dit geval, is het niet noodzakelijk
de machine uit te schakelen. Wacht slechts een paar minuten, totdat de
machine afgekoeld is, en ga verder met lassen.
Als de stroomsensor defect is en de display toont “E-4”, kan het
lassen voortgezet worden, maar de huidige weergegeven waarde is
onnauwkeurig.
5�5 Voetpedaal (optie)
Dit toestel kan de voetpedaal automatisch identiceren. Dit betekent dat de machine in de voetbedieningsmodus treedt
zodra de voetpedaal met de stekker aan de machine verbonden is, en de machine ingeschakeld wordt. In deze modus is
de maximale stroom de vooraf ingestelde stroom, met een minimum van 10 A.
5�6 Controlelampje voor de spanning (optie)
Als dit controlelampje aan is, betekent dit, dat er stroom is aan de uitgang van het toestel.
Als TIG als lasmethode geselecteerd wordt, zal er uitgangsstroom zijn wanneer de toortstrekker continu bediend wordt,
en na de vlamboogontsteking.
Als MMA als lasmethode geselecteerd wordt, zal er uitgangsstroom zijn, als de boog ontstoken is of niet.
W2110A SC-A0
Parameter autosaving
The parameters having been adjusted will be autosaved in the parameter group currently used (no
autosaving will be done in the case that no operation is done after parameters are adjusted and the
machine was turned off in 5s’ time). When the machine is turned on next time, the parameters in this
parameter group are just the parameters used last time. When the welding mode and operation mode
are reselected,autosaving will be done in 10s. No special save key and manual saving operation is
available for this machine.
Protection function
When the overcurrent indicator illuminat
es and
the digital meter displays “E-
1”, it indicates that
overcurrent occurs.
Restart the machine, and
welding can be continued.
When the under-voltage indicator illuminates and
the digital meter displays “E-
2”, it indicates that
the mains voltage is overly low, and welding can
be recovered when the mains
voltage goes into
normal.
When the overheating indicator illuminates and
the digital meter displays “E-
3”, it indicates that
welding is forced to stop because the main circuit
of the machine gets overheated. In this condition,
It is unnecessary to turn off the machine, but just
wait a few minutes
, and then welding can be
continued.
When the
current sensor fails and the digital
meter displays “E-4”, welding may still be carried
out. However, the cu
rrent value at this time is
inaccurate.
Foot control option (customized)
This machine can identify the foot control automatically. That is to say, the machine will enter into foot
control mode automatically after the aviation plug of the foot control is connected to the welding machine
and the machine is powered on again. In foot control mode, the maximum current is the preset current
and the minimum current is 10A.
Voltage indicator (customized)
When this indicator illuminates, it indicates that there is voltage output at the output terminal of the
welding machine.When TIG is selected as the welding mode, there will be voltage output only when the
torch trigger is pressed continuously and after arc is ignited successfully. When MMA is selected as the
welding mode, there will be voltage output whether arc is ignited or not.
12 /38
W2110A SC-A0
Parameter autosaving
The parameters having been adjusted will be autosaved in the parameter group currently used (no
autosaving will be done in the case that no operation is done after parameters are adjusted and the
machine was turned off in 5s’ time). When the machine is turned on next time, the parameters in this
parameter group are just the parameters used last time. When the welding mode and operation mode
are reselected,autosaving will be done in 10s. No special save key and manual saving operation is
available for this machine.
Protection function
When the overcurrent indicator illuminat
es and
the digital meter displays “E-
1”, it indicates that
overcurrent occurs.
Restart the machine, and
welding can be continued.
When the under-voltage indicator illuminates and
the digital meter displays “E-
2”, it indicates that
the mains voltage is overly low, and welding can
be recovered when the mains
voltage goes into
normal.
When the overheating indicator illuminates and
the digital meter displays “E-
3”, it indicates that
welding is forced to stop because the main circuit
of the machine gets overheated. In this condition,
It is unnecessary to turn off the machine, but just
wait a few minutes
, and then welding can be
continued.
When the
current sensor fails and the digital
meter displays “E-4”, welding may still be carried
out. However, the cu
rrent value at this time is
inaccurate.
Foot control option (customized)
This machine can identify the foot control automatically. That is to say, the machine will enter into foot
control mode automatically after the aviation plug of the foot control is connected to the welding machine
and the machine is powered on again. In foot control mode, the maximum current is the preset current
and the minimum current is 10A.
Voltage indicator (customized)
When this indicator illuminates, it indicates that there is voltage output at the output terminal of the
welding machine.When TIG is selected as the welding mode, there will be voltage output only when the
torch trigger is pressed continuously and after arc is ignited successfully. When MMA is selected as the
welding mode, there will be voltage output whether arc is ignited or not.
12 /38
W2110A SC-A0
Parameter autosaving
The parameters having been adjusted will be autosaved in the parameter group currently used (no
autosaving will be done in the case that no operation is done after parameters are adjusted and the
machine was turned off in 5s’ time). When the machine is turned on next time, the parameters in this
parameter group are just the parameters used last time. When the welding mode and operation mode
are reselected,autosaving will be done in 10s. No special save key and manual saving operation is
available for this machine.
Protection function
When the overcurrent indicator illuminat
es and
the digital meter displays “E-
1”, it indicates that
overcurrent occurs.
Restart the machine, and
welding can be continued.
When the under-voltage indicator illuminates and
the digital meter displays “E-
2”, it indicates that
the mains voltage is overly low, and welding can
be recovered when the mains
voltage goes into
normal.
When the overheating indicator illuminates and
the digital meter displays “E-
3”, it indicates that
welding is forced to stop because the main circuit
of the machine gets overheated. In this condition,
It is unnecessary to turn off the machine, but just
wait a few minutes
, and then welding can be
continued.
When the
current sensor fails and the digital
meter displays “E-4”, welding may still be carried
out. However, the cu
rrent value at this time is
inaccurate.
Foot control option (customized)
This machine can identify the foot control automatically. That is to say, the machine will enter into foot
control mode automatically after the aviation plug of the foot control is connected to the welding machine
and the machine is powered on again. In foot control mode, the maximum current is the preset current
and the minimum current is 10A.
Voltage indicator (customized)
When this indicator illuminates, it indicates that there is voltage output at the output terminal of the
welding machine.When TIG is selected as the welding mode, there will be voltage output only when the
torch trigger is pressed continuously and after arc is ignited successfully. When MMA is selected as the
welding mode, there will be voltage output whether arc is ignited or not.
12 /38
W2110A SC-A0
Parameter autosaving
The parameters having been adjusted will be autosaved in the parameter group currently used (no
autosaving will be done in the case that no operation is done after parameters are adjusted and the
machine was turned off in 5s’ time). When the machine is turned on next time, the parameters in this
parameter group are just the parameters used last time. When the welding mode and operation mode
are reselected,autosaving will be done in 10s. No special save key and manual saving operation is
available for this machine.
Protection function
When the overcurrent indicator illuminat
es and
the digital meter displays “E-
1”, it indicates that
overcurrent occurs.
Restart the machine, and
welding can be continued.
When the under-voltage indicator illuminates and
the digital meter displays “E-
2”, it indicates that
the mains voltage is overly low, and welding can
be recovered when the mains
voltage goes into
normal.
When the overheating indicator illuminates and
the digital meter displays “E-
3”, it indicates that
welding is forced to stop because the main circuit
of the machine gets overheated. In this condition,
It is unnecessary to turn off the machine, but just
wait a few minutes
, and then welding can be
continued.
When the
current sensor fails and the digital
meter displays “E-4”, welding may still be carried
out. However, the cu
rrent value at this time is
inaccurate.
Foot control option (customized)
This machine can identify the foot control automatically. That is to say, the machine will enter into foot
control mode automatically after the aviation plug of the foot control is connected to the welding machine
and the machine is powered on again. In foot control mode, the maximum current is the preset current
and the minimum current is 10A.
Voltage indicator (customized)
When this indicator illuminates, it indicates that there is voltage output at the output terminal of the
welding machine.When TIG is selected as the welding mode, there will be voltage output only when the
torch trigger is pressed continuously and after arc is ignited successfully. When MMA is selected as the
welding mode, there will be voltage output whether arc is ignited or not.
12 /38
copyrighted document - all rights reserved by FBC
9
NL
M1.2.TIG200P.NLFREN 07062018
6 Installatie en gebruik
Volg de onderstaande instructies nadrukkelijk, om uw machine te installeren�
Schakel de stoomvoeding uit voor ieder elektrische aansluiting.
De beschermklasse van de behuizing is IP21S. Gebruik de machine niet in de regen.
Sluit de ingang (AC) voor de stroomvoeding op het achterpaneel van de machine aan met een geschikte stroomkabel,
door een 40 A (of meer) zekering.
Vind een lasbron naast het stopcontact, en zorg voor goede ventilatie. Om een goede verluchting, moet de ruimte om de
lasbron niet kleiner zijn dan 250 mm.
WAARSCHUWING!
Bescherm de overeenkomstige vertraging zekering, om een normaal werk te garanderen�
Aardekabel:
Om een normaal werk en de veiligheid van personen te garanderen, en elektromagnetische
storingen te voorkomen, moet de lasbron betrouwbaar geaard worden�
6�1 Installatiemethode
6�1�1 TIG
W2060A SC-A0
10. INSTALLATION,DEBUGGING AND OPERATION
Note: Please install the machine strictly according to the following steps.
Turn off the power supply switch before any electric connection operation.
The housing protection grade of this machine is IP21S, so do not use it in rain.
10.1 Installation
1) Connect the power input terminal(AC INPUT)on the back panel of the machine to provisions of the
Voltage and with a power cord of appropriate specification throng a fuse with a capacity of 40A or
more
TIG180(W206)/TIG200(W207) connect to AC230V±15﹪
TIG180(W208)/TIG200(W209) connect to AC115V±15﹪or AC230V±15﹪
2) The primary cable should be tightly connected to the correct socket to avoid oxidization.
3) Check whether the voltage value varies in acceptable rangewith a multi-me
10.1.1 Installation in TIG
Fig. 10-1
1) Connect the TIG torch correctly according to Fig. 10-1. Connect the gas-electric connector of the TIG
torch to the corresponding connector on the machine panel, and tighten it clockwise.
2) Connect the aviation plug on the TIG torch to the corresponding socket on the machine panel, and
13 /34
1. Steek de TIG toorts stekker in de “-” aansluiting op het voorpaneel, en draai deze vast.
2. Steek de TIG toorts in de overeenkomstige aansluiting op het voorpaneel, en draai deze vast.
3. Steek de stekker van de aardingskabel in de “+” aansluiting op het voorpaneel, en draai deze vast.
Klem het werkstuk met de werkklem, aan het andere uiteinde van de aardekabel.
4. Sluit de gasslang aan de ingang op het achterpaneel aan, en bevestig deze stevig. Het gascircuit bestaat uit de
gases, de klep en de slang. Bevestig de verbinding van de gasslang met een klem, om lekkage te voorkomen,
anders zal de lasnaad niet goed beschermd worden.
5. De behuizing van de machine moet correct geaard worden.
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
10
NL
TIG toorts:
Hoofdonderdelen van de toorts
W2110A SC-A0
hoop to prevent gas leakage and air mixing. Otherwise, weld bead cannot be well protected.
5) The enclosure of the machine must be grounded reliably.
TIG torch:
Main components of the torch
1. Long back cap
2. Tungsten electrode
3. Collet body
4. Torch head
5. Collet
6. Ceramic nozzle
7. Insulated cap for torch head
Install the torch according tothis figure.
1
2
3
4
5
6
7
14 /38
1. Lange achterdop
2. Wolfraam elektrode
3. Lichaam van de huls
4. Toortskop
5. Huls
6. Keramiek mondstuk
7. Geïsoleerde dop voor de toortskop
Installeer de toorts naar deze tekening
copyrighted document - all rights reserved by FBC
11
NL
M1.2.TIG200P.NLFREN 07062018
6�1�2 MMA
1. Sluit de stekker met de elektrodehouder aan in de “+” uitgang van het voorpaneel en draai deze vast.
2. Sluit de stekker met de werkklem aan in de “-” uitgang van het voorpaneel en draai deze vast.
3. Een aarde verbinding is noodzakelijk voor de veiligheid.
De aansluiting zoals hierboven in 1) en 2) is de DCEP aansluiting� De bediener kan DCEN kiezen
in functie van het werkstuk en de elektrode toepassingseisen� In het algemeen wordt DCEP
aanbevolen voor basische elektrodes, terwijl er geen speciale eisen zijn voor zure elektrodes�
Elektrodehouder :
W2060A SC-A0
tighten it clockwise.
3) Insert the quick plug on the earth cable into the ‘‘+’’ quick socket on the machine panel, and tighten it
clockwise. Clamp the workpiece with the work clamp at the other end of the earth cable.
4) Tightly connect the gas hose to the gas inlet on the back panel of the machine. The gas path should
include the cylinder, gas regulator and gas hose. The joint with the hose should be tightened with a
hoop to prevent gas leakage and air mixing. Otherwise, weld bead cannot be well protected.
5) The enclosure of the machine must be grounded reliably to avoid static and electric shock. The
yellow/green wire of the power cord is for this purpose.
10.1.2Installation in MMA
1) Insert the cable plug with electrode holder into the “+” socket on the front panel of the welding
machine, and tighten it clockwise.
2) Insert the cable plug with work clamp into the “－” socket on the front panel of the welding machine,
and tighten it clockwise.
3) Ground connection is needed for safety purpose.
The connection as mentioned above in 4) and 5) is DCEP connection. Operator can choose DCEN
connection according to workpiece and electrode application requirement. Generally, DCEP connection
is recommended for basic electrode,while there is no special requirement for acid electrode.
14 /34
W 211 0A SC-A0
Fig. 9-2
MMA:
1) Insert the cable plug with electrode holder into the “+” socket on the front panel of the welding
machine, and tighten it clockwise.
2) Insert the cable plug with work clamp into the “－” socket on the front panel of the welding machine,
and tighten it clockwise.
3) Ground connection is needed for safety purpose.
The connection as mentioned above in 4) and 5) is DCEP connection. Operator can choose DCEN
connection according to workpiece and electrode application requirement. Generally, DCEP connection
is recommended for basic electrode,while there is no special requirement for acid electrode.
Electrode holder:
9.2 Operation method
MMA:
15 /38
6�2 Gebruik
6�2�1 Gebruik voor MMA lassen
Pas op voor de polariteit. DCEP en DCEN zijn gewoonlijk beschikbaar voor MMA DC lassen.
DCEP: Sluit de elektrodehouder aan de uitgang “+” en de werkklem aan de uitgang “-” aan.
DCEN: Sluit de elektrodehouder aan de uitgang “-” en de werkklem aan de uitgang “+” aan.
De gebruiker mag het type aansluiting op basis van het werkstuk en het type elektrode kiezen. Fenomenen zoals
onstabiele boog, overmatige spatten en vastgekleefde elektrode kunnen optreden als een ongeschikte aansluiting
gekozen is. Verander de polariteit door het omwisselen van de snelkoppelingen om het probleem op te lossen.
Een antikleef functie is beschikbaar voor dit toestel�
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
12
NL
W2110A SC-A0
Pay attention to the connection polarity. Generally, DCEP and DCEN are available in DC MMA.
DCEP: Connect the electrode holder to “+” output terminal, and the work clamp to “-” output terminal.
DCEN: Connect the electrode holder to “-” output terminal, and the work clamp to “+” output terminal.
Operatorsmay choose connection mode according to workpiece and electrode application
requirement.
Phenomena such as unstable arc, excessive spatter, and electrode sticking will occur
when improper connection mode is selected. Change the polarity by exchanging the quick connectors
to solve the problem.
★Anti-sticking function is available for this machine. ★
Select MMA mode by pressing the welding mode selecting key, and MMA can be carries out. There is
voltage output at both output terminals.
At this time, the voltage indicator illuminates, and welding can be carried out. (customized)
Select
welding current setting function by pressing the welding parameter selecting key, and welding
current in MMA can be set. Besides, welding current setting can be carried out during welding.
Select
arc ignition time setting function (This function changes into spot welding time setting function
in TIG spot welding mode.) by pressing the welding parameter selecting key, and arc ignition time in
MMA can be set. Besides, arc ignition time setting can be carried out during welding.
16 /38
W2110A SC-A0
Pay attention to the connection polarity. Generally, DCEP and DCEN are available in DC MMA.
DCEP: Connect the electrode holder to “+” output terminal, and the work clamp to “-” output terminal.
DCEN: Connect the electrode holder to “-” output terminal, and the work clamp to “+” output terminal.
Operatorsmay choose connection mode according to workpiece and electrode application
requirement.
Phenomena such as unstable arc, excessive spatter, and electrode sticking will occur
when improper connection mode is selected. Change the polarity by exchanging the quick connectors
to solve the problem.
★Anti-sticking function is available for this machine. ★
Select MMA mode by pressing the welding mode selecting key, and MMA can be carries out. There is
voltage output at both output terminals.
At this time, the voltage indicator illuminates, and welding can be carried out. (customized)
Select
welding current setting function by pressing the welding parameter selecting key, and welding
current in MMA can be set. Besides, welding current setting can be carried out during welding.
Select
arc ignition time setting function (This function changes into spot welding time setting function
in TIG spot welding mode.) by pressing the welding parameter selecting key, and arc ignition time in
MMA can be set. Besides, arc ignition time setting can be carried out during welding.
16 /38
W2110A SC-A0
Pay attention to the connection polarity. Generally, DCEP and DCEN are available in DC MMA.
DCEP: Connect the electrode holder to “+” output terminal, and the work clamp to “-” output terminal.
DCEN: Connect the electrode holder to “-” output terminal, and the work clamp to “+” output terminal.
Operatorsmay choose connection mode according to workpiece and electrode application
requirement.
Phenomena such as unstable arc, excessive spatter, and electrode sticking will occur
when improper connection mode is selected. Change the polarity by exchanging the quick connectors
to solve the problem.
★Anti-sticking function is available for this machine. ★
Select MMA mode by pressing the welding mode selecting key, and MMA can be carries out. There is
voltage output at both output terminals.
At this time, the voltage indicator illuminates, and welding can be carried out. (customized)
Select
welding current setting function by pressing the welding parameter selecting key, and welding
current in MMA can be set. Besides, welding current setting can be carried out during welding.
Select
arc ignition time setting function (This function changes into spot welding time setting function
in TIG spot welding mode.) by pressing the welding parameter selecting key, and arc ignition time in
MMA can be set. Besides, arc ignition time setting can be carried out during welding.
16 /38
W2110A SC-A0
Pay attention to the connection polarity. Generally, DCEP and DCEN are available in DC MMA.
DCEP: Connect the electrode holder to “+” output terminal, and the work clamp to “-” output terminal.
DCEN: Connect the electrode holder to “-” output terminal, and the work clamp to “+” output terminal.
Operatorsmay choose connection mode according to workpiece and electrode application
requirement.
Phenomena such as unstable arc, excessive spatter, and electrode sticking will occur
when improper connection mode is selected. Change the polarity by exchanging the quick connectors
to solve the problem.
★Anti-sticking function is available for this machine. ★
Select MMA mode by pressing the welding mode selecting key, and MMA can be carries out. There is
voltage output at both output terminals.
At this time, the voltage indicator illuminates, and welding can be carried out. (customized)
Select welding current setting function by pressing the welding parameter selecting key, and welding
current in MMA can be set. Besides, welding current setting can be carried out during welding.
Select
arc ignition time setting function (This function changes into spot welding time setting function
in TIG spot welding mode.) by pressing the welding parameter selecting key, and arc ignition time in
MMA can be set. Besides, arc ignition time setting can be carried out during welding.
16 /38
W2110A SC-A0
Pay attention to the connection polarity. Generally, DCEP and DCEN are available in DC MMA.
DCEP: Connect the electrode holder to “+” output terminal, and the work clamp to “-” output terminal.
DCEN: Connect the electrode holder to “-” output terminal, and the work clamp to “+” output terminal.
Operatorsmay choose connection mode according to workpiece and electrode application
requirement.
Phenomena such as unstable arc, excessive spatter, and electrode sticking will occur
when improper connection mode is selected. Change the polarity by exchanging the quick connectors
to solve the problem.
★Anti-sticking function is available for this machine. ★
Select MMA mode by pressing the welding mode selecting key, and MMA can be carries out. There is
voltage output at both output terminals.
At this time, the voltage indicator illuminates, and welding can be carried out. (customized)
Select
welding current setting function by pressing the welding parameter selecting key, and welding
current in MMA can be set. Besides, welding current setting can be carried out during welding.
Select arc ignition time setting function (This function changes into spot welding time setting function
in TIG spot welding mode.) by pressing the welding parameter selecting key, and arc ignition time in
MMA can be set. Besides, arc ignition time setting can be carried out during welding.
16 /38
1. Selecteer de MMA modus met de keuzetoets, en MMA lassen kan uitgevoerd worden. Er is spanning aan beide
uitgangen.
2. Op dit ogenblik gaat het controlelampje voor spanning branden, en het lassen kan uitgevoerd worden (optie).
3. Selecteer de stroomregeling functie met de parameter keuzetoets, en de MMA stroom kan ingesteld worden. De
stroomregeling kan tijdens het lassen uitgevoerd worden.
4. Selecteer de vlamboogontsteking tijdsinstelling functie (in TIG modus wordt deze functie de tijdsinstelling functie
voor puntlassen) met de parameter keuzetoets, en stel de ontstekingstijd in. Deze instelling kan tijdens het lassen
uitgevoerd worden.
5. Selecteer de arc force stroominstelling functie met de parameter keuzetoets, en stel de arc force stroom in MMA
lassen in. Deze instelling kan tijdens het lassen uitgevoerd worden.
Als de secundaire kabels (laskabel en aardekabel) lang zijn, kies kabels met een grotere doorsnede, om de spanningsval
te verminderen.
Selecteer de lasstroomsterkte op basis van het type en de grootte van de elektrode, klem de elektrode en het lassen kan
door de vlamboogontsteking met kortsluiting uitgevoerd worden. Voor de lasparameters, raadpleeg de tabel hieronder.
copyrighted document - all rights reserved by FBC
13
NL
M1.2.TIG200P.NLFREN 07062018
Lasparameters tabel (alleen ter referentie)
Elektrode dia�
(mm) Aanbevolen lasstroom (A) Aanbevolen lasspanning (V)
1,0 20~60 20,8~22,4
1,6 44~84 21,76~23,36
2,0 60~100 22,4~24,0
2,5 80~120 23,2~24,8
3,2 108~148 23,32~24,92
4,0 140~180 24,6~27,2
5,0 180~220 27,2~28,8
6,0 220~260 28,8~30,4
Nota: Die tabel geldt voor zacht staal lassen� Voor andere materialen, raadpleeg de geschikte
documenten over de geschikte lasprocessen�
6�2�2 Gebruik voor TIG DC lassen
1. Selecteer de TIG DC modus met de lasmethode keuzetoets, en selecteer 2T door de werkmodus keuzetoets.
2. Selecteer de pre-ow tijdinstelling functie met de parameter keuzetoets, en stel de pre-ow tijd in.
3. Selecteer de startstroom functie met de parameter keuzetoets, en stel de startstroomsterkte in.
W 211 0A SC-A0
Select
arc force current setting function by pressing the welding parameter selecting key, and arc force
current in MMA can be set. Besides, arc force current setting can be carried out during welding.
If the secondary cables (welding cable and earth cable) are long, select cable with larger cross-section
to reduce the voltage drop.
Preset the welding current according to the type and size of the electrode, clip the electrode and then
welding can be carried out by short circuit arc ignition. For welding parameters, please refer to the below
table.
Welding parameters table (for reference only)
Electrode Diameter (mm) Recommended Welding Current (A) Recommended Welding Voltage (V)
1.0 20~60 20.8~22.4
1.6 44~8421.76~23.36
2.0 60~100 22.4~24.0
2.5 80~120 23.2~24.8
3.2 108~148 23.32~24.92
4.0 140~180 24.6~27.2
5.0 180~220 27.2~28.8
6.0 220~260 28.8~30.4
Note: This table is suitable for mild steel welding. For other materials, consult related materials and welding process for
reference.
DC TIG:
Select DC TIG mode by pressing the welding mode selecting key,
and select 2T mode by pressing the
operation mode selecting key.
Select pre-flow time setting function by pressing the welding parameter selecting key, and set the
pre-flow time.
17 /38
W 211 0A SC-A0
Select
arc force current setting function by pressing the welding parameter selecting key, and arc force
current in MMA can be set. Besides, arc force current setting can be carried out during welding.
If the secondary cables (welding cable and earth cable) are long, select cable with larger cross-section
to reduce the voltage drop.
Preset the welding current according to the type and size of the electrode, clip the electrode and then
welding can be carried out by short circuit arc ignition. For welding parameters, please refer to the below
table.
Welding parameters table (for reference only)
Electrode Diameter (mm) Recommended Welding Current (A) Recommended Welding Voltage (V)
1.0 20~60 20.8~22.4
1.6 44~8421.76~23.36
2.0 60~100 22.4~24.0
2.5 80~120 23.2~24.8
3.2 108~148 23.32~24.92
4.0 140~180 24.6~27.2
5.0 180~220 27.2~28.8
6.0 220~260 28.8~30.4
Note: This table is suitable for mild steel welding. For other materials, consult related materials and welding process for
reference.
DC TIG:
Select DC TIG mode by pressing the welding mode selecting key, and select 2T mode by pressing the
operation mode selecting key.
Select pre-flow time setting function by pressing the welding
parameter selecting key, and set the
pre-flow time.
17 /38
W2110A SC-A0
Select initial current setting function by pressing the welding parameter selecting key, and set the
initial current.
Select upslope time setting function by pressing the welding parame
ter selecting key, and set the
upslope time.
Select
welding current setting function by pressing the welding parameter selecting key, and set the
welding current.
Select downslope time setting function by pressing the welding parameter se
lecting key, and set the
downslope time.
18 /38
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
14
NL
6. Selecteer de downslope tijdinstelling functie met de parameter keuzetoets, en stel de downslope tijd in.
7. Selecteer de piloot vlamboog functie met de parameter keuzetoets, en stel de piloot vlamboog stroomsterkte in.
8. Selecteer de post-ow tijdinstelling functie met de parameter keuzetoets, en stel de post-ow tijd in.
W2110A SC-A0
Select
initial current setting function by pressing the welding parameter selecting key, and set the
initial current.
Select upslope time setting function by pressing the welding parame
ter selecting key, and set the
upslope time.
Select
welding current setting function by pressing the welding parameter selecting key, and set the
welding current.
Select downslope time setting function by pressing the welding parameter selecting key, and set the
downslope time.
18 /38
4. Selecteer de upslope tijdinstelling functie met de parameter keuzetoets, en stel de upslope tijd in.
5. Selecteer de lasstroominstelling functie met de parameter keuzetoets, en regel de lasstroomsterkte in.
W2110A SC-A0
Select
initial current setting function by pressing the welding parameter selecting key, and set the
initial current.
Select upslope time setting function by pressing the welding parameter selecting key, and set the
upslope time.
Select
welding current setting function by pressing the welding parameter selecting key, and set the
welding current.
Select downslope time setting function by pressing the welding parameter se
lecting key, and set the
downslope time.
18 /38
W2110A SC-A0
Select
initial current setting function by pressing the welding parameter selecting key, and set the
initial current.
Select upslope time setting function by pressing the welding parame
ter selecting key, and set the
upslope time.
Select welding current setting function by pressing the welding parameter selecting key, and set the
welding current.
Select downslope time setting function by pressing the welding parameter se
lecting key, and set the
downslope time.
18 /38
W 211 0A SC-A0
Select pilot arc current setting function by pressing the welding parameter selecting key, and set the
pilot arc current.
Select post-flow time setting function by pressing the welding parameter sele
cting key, and set the
post-flow time.
After the parameters are set appropriately, op
en the gas valve of the cylinder, and adjust the gas
regulator to the desired value.
Press the torch trigger, the solenoid valve works. There is gas output firstly, and then HF output.
Keep the torch 2~4mm away from the workpiece, and then press the torch trigger. After arc is ignited,
the HF discharge rustling disappears, the current rises up to the preset value,
and welding can be
carried out. After releasing the torch t
rigger, the current begin to decrease automatically to the pilot arc
value. Then, arc stops with gas keeping flowing for the post-flow time, and welding ends.
Pulsed TIG:
Select pulsed TIG mode by pressing the welding mode selecting key,
and select 2T mode by pressing
the operation mode selecting key.
Select pre-
flow time setting function by pressing the welding parameter selecting key, and set the
pre-flow time.
19 /38
W 211 0A SC-A0
Select
pilot arc current setting function by pressing the welding parameter selecting key, and set the
pilot arc current.
Select post-flow time setting function by pressing the welding parameter selecting key, and set the
post-flow time.
After the parameters are set appropriately, op
en the gas valve of the cylinder, and adjust the gas
regulator to the desired value.
Press the torch trigger, the solenoid valve works. There is gas output firstly, and then HF output.
Keep the torch 2~4mm away from the workpiece, and then press the torch trigger. After arc is ignited,
the HF discharge rustling disappears, the current rises up to the preset value,
and welding can be
carried out. After releasing the torch t
rigger, the current begin to decrease automatically to the pilot arc
value. Then, arc stops with gas keeping flowing for the post-flow time, and welding ends.
Pulsed TIG:
Select pulsed TIG mode by pressing the welding mode selecting key,
and select 2T mode by pressing
the operation mode selecting key.
Select pre-
flow time setting function by pressing the welding parameter selecting key, and set the
pre-flow time.
19 /38
copyrighted document - all rights reserved by FBC
15
NL
M1.2.TIG200P.NLFREN 07062018
Na de parametersinstellingen, open de gasklep van de cilinder en stel de regelaar op de gewenste waarde in.
Druk op de toortstrekker, het magneetventiel werkt. Er is eerst een gasuitgang en dan een HF uitgang.
Houd de toorts 2-4 cm ver van het werkstuk, en druk op de trekker. Na de vlamboogontsteking, verdwijnt de HF ritseling,
de stroomsterkte neemt toe tot aan de ingestelde waarde, en het lassen kan uitgevoerd worden.
Wanneer de toortstrekker losgelaten wordt, begint de stroomsterkte automatisch toe te nemen, tot de waarde van de
piloot vlamboog. Daarna gaat de vlamboog uit, er is nog gasstroom voor de post-ow, en het lassen beëindigt.
W 211 0A SC-A0
Select
pilot arc current setting function by pressing the welding parameter selecting key, and set the
pilot arc current.
Select post-flow time setting function by pressing the welding parameter sele
cting key, and set the
post-flow time.
After the parameters are set appropriately, op
en the gas valve of the cylinder, and adjust the gas
regulator to the desired value.
Press the torch trigger, the solenoid valve works. There is gas output firstly, and then HF output.
Keep the torch 2~4mm away from the workpiece, and then press the torch trigger. After arc is ignited,
the HF discharge rustling disappears, the current rises up to the preset value,
and welding can be
carried out. After releasing the torch t
rigger, the current begin to decrease automatically to the pilot arc
value. Then, arc stops with gas keeping flowing for the post-flow time, and welding ends.
Pulsed TIG:
Select pulsed TIG mode by pressing the welding mode selecting key,
and select 2T mode by pressing
the operation mode selecting key.
Select pre-flow time setting function by pressing the welding parameter selecting key, and set the
pre-flow time.
19 /38
6�2�3 Gebruik voor TIG puls lassen
1. Selecteer de TIG modus met de lasmethode keuzetoets, en selecteer 2T met de werkmodus keuzetoets.
W 211 0A SC-A0
Select
pilot arc current setting function by pressing the welding parameter selecting key, and set the
pilot arc current.
Select post-flow time setting function by pressing the welding parameter sele
cting key, and set the
post-flow time.
After the parameters are set appropriately, op
en the gas valve of the cylinder, and adjust the gas
regulator to the desired value.
Press the torch trigger, the solenoid valve works. There is gas output firstly, and then HF output.
Keep the torch 2~4mm away from the workpiece, and then press the torch trigger. After arc is ignited,
the HF discharge rustling disappears, the current rises up to the preset value,
and welding can be
carried out. After releasing the torch t
rigger, the current begin to decrease automatically to the pilot arc
value. Then, arc stops with gas keeping flowing for the post-flow time, and welding ends.
Pulsed TIG:
Select pulsed TIG mode by pressing the welding mode selecting key, and select 2T mode by pressing
the operation mode selecting key.
Select pre-
flow time setting function by pressing the welding parameter selecting key, and set the
pre-flow time.
19 /38
2. Selecteer de pre-ow tijdinstelling functie met de parameter keuzetoets, en stel de pre-ow tijd in.
3. Selecteer de startstroom functie met de parameter keuzetoets, en stel de startstroomsterkte in.
W2110A SC-A0
Select initial current setting function by pressing the welding parameter selecting key, and set the
initial current.
Select
upslope time setting function by pressing the welding parameter selecting key, and set the
upslope time.
Select peak welding current setting function by pressing the weldi
ng parameter selecting key, and set
the peak welding current.
Select
base current setting function by pressing the welding parameter selecting key, and set the base
current.
20 /38
W2110A SC-A0
Select initial current setting function by pressing the we
lding parameter selecting key, and set the
initial current.
Select upslope time setting function by pressing the welding parameter selecting key, and set the
upslope time.
Select peak welding current setting function by pressing the weldi
ng parameter selecting key, and set
the peak welding current.
Select
base current setting function by pressing the welding parameter selecting key, and set the base
current.
20 /38
4. Selecteer de upslope tijdinstelling functie met de parameter keuzetoets, en stel de upslope tijd in.
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
16
NL
W2110A SC-A0
Select initial current setting function by pressing the we
lding parameter selecting key, and set the
initial current.
Select
upslope time setting function by pressing the welding parameter selecting key, and set the
upslope time.
Select peak welding current setting function by pressing the weldi
ng parameter selecting key, and set
the peak welding current.
Select base current setting function by pressing the welding parameter selecting key, and set the base
current.
20 /38
5. Selecteer de piekstroom instelling functie met de parameter keuzetoets, en stel de piekstroomsterkte in.
W2110A SC-A0
Select initial current setting function by pressing the we
lding parameter selecting key, and set the
initial current.
Select
upslope time setting function by pressing the welding parameter selecting key, and set the
upslope time.
Select peak welding current setting function by pressing the weldi
ng parameter selecting key, and set
the peak welding current.
Select
base current setting function by pressing the welding parameter selecting key, and set the base
current.
20 /38
6. Selecteer de secundaire lasstroom instelling functie met de parameter keuzetoets, en stel de secundaire lasstroom in.
W 211 0A SC-A0
Select downslope time setting function by pressing the welding parameter selecting key, and set the
downslope time.
Select
pilot arc current setting function by pressing the welding parameter selecting key, and set the
pilot arc current.
Select post-flow time setting function by pressing the welding pa
rameter selecting key, and set the
post-flow time.
Select
pulse duration ratio setting function by pressing the welding parameter selecting key, and set
the pulse duration ratio.
21 /38
W 211 0A SC-A0
Select downslope time setting function by pressing the welding p
arameter selecting key, and set the
downslope time.
Select pilot arc current setting function by pressing the welding parameter selecting key, and set the
pilot arc current.
Select post-flow time setting function by pressing the welding pa
rameter selecting key, and set the
post-flow time.
Select
pulse duration ratio setting function by pressing the welding parameter selecting key, and set
the pulse duration ratio.
21 /38
W 211 0A SC-A0
Select downslope time setting function by pressing the welding p
arameter selecting key, and set the
downslope time.
Select
pilot arc current setting function by pressing the welding parameter selecting key, and set the
pilot arc current.
Select post-flow time setting function by pressing the welding parameter selecting key, and set the
post-flow time.
Select
pulse duration ratio setting function by pressing the welding parameter selecting key, and set
the pulse duration ratio.
21 /38
7. Selecteer de downslope tijdinstelling functie met de parameter keuzetoets, en stel de downslope tijd in.
8. Selecteer de piloot vlamboog instelling functie met de parameter keuzetoets, en stel de piloot vlamboog stroomsterkte
in.
9. Selecteer de post-ow tijdinstelling functie met de parameter keuzetoets, en stel de post-ow tijd in.
copyrighted document - all rights reserved by FBC
17
NL
M1.2.TIG200P.NLFREN 07062018
W 211 0A SC-A0
Select downslope time setting function by pressing the welding p
arameter selecting key, and set the
downslope time.
Select
pilot arc current setting function by pressing the welding parameter selecting key, and set the
pilot arc current.
Select post-flow time setting function by pressing the welding pa
rameter selecting key, and set the
post-flow time.
Select pulse duration ratio setting function by pressing the welding parameter selecting key, and set
the pulse duration ratio.
21 /38
10. Selecteer de pulstijd coëfciënt instelling functie met de parameter keuzetoets, en stel de pulstijd coëfciënt in.
W2110A SC-A0
Select pulse frequency setting function by pressing the welding parameter selecting key, and set the
pulse frequency.
After the parameters are set appropriately, op
en the gas valve of the cylinder, and adjust the gas
regulator to the desired value.
Press the torch trigger, the solenoid valve works. There is gas output firstly, and then HF output.
Keep the torch 2~4mm away from the workpiece, and then press the torch trigger. After arc is ignited,
the HF discharge rustling disappears, the current rises up to the preset value,
and welding can be
carried out. Afte
r releasing the torch trigger, the current begin to decrease automatically to the pilot arc
value. Then, arc stops with gas keeping flowing for the post-flow time, and welding ends.
Operation mode function
The operation mode function is available in pul
sed TIG mode and DC TIG mode, and it includes 2T, 4T
and spot welding.
Select 2T mode by pressing the operation mode selecting key. Operation steps in 2T: Press the torch
trigger, gas valve opens, and HF arc ignition starts; Keep the torch 2~4mm away from the workpiece
to ignite the arc, HF stops, and current rise to the preset value; Release the torch trigger, current
decreases to the pilot arc value, and then arc stops; Gas keeps flowing for the post-flow time, and
welding ends.
Select 4T mode by pressing the operation mode selecting key. Operation steps in 4T: Press the torch
trigger, gas valve opens, and HF arc ignition starts; Keep the torch 2~4mm away from the workpiece
22 /38
11. Selecteer de pulsfrequentie instelling functie met de parameter keuzetoets, en stel de pulsfrequentie in.
Na de parametersinstellingen, open de gasklep van de cilinder en stel de regelaar op de gewenste waarde in.
Druk op de toortstrekker, het magneetventiel werkt. Er is eerst een gasuitgang en dan een HF uitgang.
Houd de toorts 2-4 cm ver van het werkstuk, en druk op de trekker. Na de vlamboogontsteking, verdwijnt de HF ritseling,
de stroomsterkte neemt toe tot aan de ingestelde waarde, en het lassen kan uitgevoerd worden.
Wanneer de toortstrekker losgelaten wordt, begint de stroomsterkte automatisch toe te nemen, tot de waarde van de
piloot vlamboog. Daarna gaat de vlamboog uit, er is nog gasstroom voor de post-ow, en het lassen beëindigt.
6�3 Werkmodus functie
W2110A SC-A0
Select pulse frequency setting function by pressing the
welding parameter selecting key, and set the
pulse frequency.
After the parameters are set appropriately, op
en the gas valve of the cylinder, and adjust the gas
regulator to the desired value.
Press the torch trigger, the solenoid valve works. There is gas output firstly, and then HF output.
Keep the torch 2~4mm away from the workpiece, and then press the torch trigger. After arc is ignited,
the HF discharge rustling disappears, the current rises up to the preset value,
and welding can be
carried out. Afte
r releasing the torch trigger, the current begin to decrease automatically to the pilot arc
value. Then, arc stops with gas keeping flowing for the post-flow time, and welding ends.
Operation mode function
The operation mode function is available in pulsed TIG mode and DC TIG mode, and it includes 2T, 4T
and spot welding.
Select 2T mode by pressing the operation mode selecting key. Operation steps in 2T: Press the torch
trigger, gas valve opens, and HF arc ignition starts; Keep the torch 2~4mm away from the workpiece
to ignite the arc, HF stops, and current rise to the preset value; Release the torch trigger, current
decreases to the pilot arc value, and then arc stops; Gas keeps flowing for the post-flow time, and
welding ends.
Select 4T mode by pressing the operation mode selecting key. Operation steps in 4T: Press the torch
trigger, gas valve opens, and HF arc ignition starts; Keep the torch 2~4mm away from the workpiece
22 /38
• De werkmodus functie is beschikbaar in puls TIG modus en in TIG DC modus, en bevat de modi 2T, 4T en
puntlassen.
W2110A SC-A0
Select pulse frequency setting function by pressing the
welding parameter selecting key, and set the
pulse frequency.
After the parameters are set appropriately, op
en the gas valve of the cylinder, and adjust the gas
regulator to the desired value.
Press the torch trigger, the solenoid valve works. There is gas output firstly, and then HF output.
Keep the torch 2~4mm away from the workpiece, and then press the torch trigger. After arc is ignited,
the HF discharge rustling disappears, the current rises up to the preset value,
and welding can be
carried out. Afte
r releasing the torch trigger, the current begin to decrease automatically to the pilot arc
value. Then, arc stops with gas keeping flowing for the post-flow time, and welding ends.
Operation mode function
The operation mode function is available in pul
sed TIG mode and DC TIG mode, and it includes 2T, 4T
and spot welding.
Select 2T mode by pressing the operation mode selecting key. Operation steps in 2T: Press the torch
trigger, gas valve opens, and HF arc ignition starts; Keep the torch 2~4mm away from the workpiece
to ignite the arc, HF stops, and current rise to the preset value; Release the torch trigger, current
decreases to the pilot arc value, and then arc stops; Gas keeps flowing for the post-flow time, and
welding ends.
Select 4T mode by pressing the operation mode selecting key. Operation steps in 4T: Press the torch
trigger, gas valve opens, and HF arc ignition starts; Keep the torch 2~4mm away from the workpiece
22 /38
• Selecteer 2T met de lasmethode keuzetoets.
Werkmodus in 2T:
- Druk op de toortstrekker, de gasklep gaat open en de HF vlamboogontsteking start.
- Houd de toorts 2-4 mm ver van het werkstuk voor de vlamboogontsteking, de HF ritseling stopt en de stroomsterkte
neemt toe tot de vooraf ingestelde waarde.
- Laat de toortstrekker los, de stroomsterkte vermindert tot de waarde van de piloot vlamboog en de vlamboog gaat
uit.
- Daarna gaat de vlamboog uit, er is nog gasstroom voor de post-ow, en het lassen beëindigt.
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
18
NL
W2110A SC-A0
Select pulse frequency setting function by pressing the
welding parameter selecting key, and set the
pulse frequency.
After the parameters are set appropriately, op
en the gas valve of the cylinder, and adjust the gas
regulator to the desired value.
Press the torch trigger, the solenoid valve works. There is gas output firstly, and then HF output.
Keep the torch 2~4mm away from the workpiece, and then press the torch trigger. After arc is ignited,
the HF discharge rustling disappears, the current rises up to the preset value,
and welding can be
carried out. Afte
r releasing the torch trigger, the current begin to decrease automatically to the pilot arc
value. Then, arc stops with gas keeping flowing for the post-flow time, and welding ends.
Operation mode function
The operation mode function is available in pul
sed TIG mode and DC TIG mode, and it includes 2T, 4T
and spot welding.
Select 2T mode by pressing the operation mode selecting key. Operation steps in 2T: Press the torch
trigger, gas valve opens, and HF arc ignition starts; Keep the torch 2~4mm away from the workpiece
to ignite the arc, HF stops, and current rise to the preset value; Release the torch trigger, current
decreases to the pilot arc value, and then arc stops; Gas keeps flowing for the post-flow time, and
welding ends.
Select 4T mode by pressing the operation mode selecting key. Operation steps in 4T: Press the torch
trigger, gas valve opens, and HF arc ignition starts; Keep the torch 2~4mm away from the workpiece
22 /38
• Selecteer 4T met de lasmethode keuzetoets.
Werkmodus in 4T:
- Druk op de toortstrekker, de gasklep gaat open en de HF vlamboogontsteking start.
- Houd de toorts 2-4 mm ver van het werkstuk voor de vlamboogontsteking, de HF ritseling stopt en de stroomsterkte
neemt toe tot de vooraf ingestelde waarde.
- Laat de toortstrekker los, en het lassen gaat door met de ingestelde stroomsterkte.
- Druk nog eens op de trekker en laat deze los, de stroomsterkte begint toe te nemen tot de waarde van de piloot
vlamboog, en de vlamboog gaat uit.
- Er is nog gasstroom voor de post-ow, en het lassen beëindigt.
W 211 0A SC-A0
to ignite the arc, HF stops, and current rise to the preset value; Release the torch trigger, and welding
continues under the preset current; Press the torch trigger again and release it, current
begins to
decrease to the pilot arc value, and then arc stops; Gas keeps flowing for the post-flow time, and
welding ends.
Select spot welding mode by pressing the operation mode selecting key.
Select spot welding time setting function by pressing the welding parameter selecting key, and set the
spot welding time. Besides, the spot welding time setting can be carried out during welding. Operation
steps in spot welding: Press the torch trigger, gas valve opens, and HF arc ignition starts; Keep the
torch 2~4mm away from the workpiece to ignite the arc, HF stops, and current turns to the preset
value; Welding begins,and it ends when the spot welding time is up. There is no current upslope and
downslope in spot welding mode.
Parametersfor TIG welding on titanium and its alloy (for reference only)
Plate
thickness
(mm)
Groove
type
Welding
layers
Electrode
diameter
(mm)
Wire
diameter
(mm)
Welding
current
(A)
Gas flow (L/min)
Nozzle
diameter
(mm)
0.5
1.0
1.5
2.0
2.5
Square
groove
1
1
1
1
1
1.5
2.0
2.0
2.0～3.0
2.0～3.0
1.0
1.0～2.0
1.0～2.0
1.0～2.0
2.0
30
～
50
40～60
60～80
80～110
110
～
120
8
～
10
8～10
10～12
12～14
12
～
14
6
～
8
6～8
8～10
10～12
10
～
12
14
～
16
14～16
14～16
16～20
16
～
20
10
10
10～12
12～14
12～14
3.0
4.0
5.0
6.0
7.0
8.0
Single V
groove
with root
face
1～2
2
2～3
2～3
2～3
3
～
4
3.0
3.0～4.0
4.0
4.0
4.0
4.0
2.0～3.0
2.0～3.0
3.0
3.0～4.0
3.0～4.0
3.0
～
4.0
120
～
140
130～150
130～150
140～180
140～180
140
～
180
12
～
14
14～16
14～16
14～16
14～16
14
～
16
10
～
12
12～14
12～14
12～14
12～14
12
～
14
16
～
20
20～25
20～25
25～28
25～28
25
～
28
14
～
18
18～20
18～20
18～20
20～22
20
～
22
10
20
22
25
30
Double V
groove
with root
face
4～6
12
12
15～16
17～18
4.0
4.0
4.0
4.0
4.0
3.0～4.0
4.0
4.0～5.0
3.0～4.0
3.0
～
4.0
160
～
200
200～240
230～250
200～220
200
～
220
14
～
16
12～14
15～18
16～18
16
～
18
12
～
14
10～12
18～20
20～26
20
～
26
25～28
20
18～20
26～30
26
～
30
20～22
18
20
22
22
23 /38
W 211 0A SC-A0
to ignite the arc, HF stops, and current rise to the preset value; Release the torch trigger, and welding
continues under the preset current; Press the torch trigger again and release it, current
begins to
decrease to the pilot arc value, and then arc stops; Gas keeps flowing for the post-flow time, and
welding ends.
Select spot welding mode by pressing the operation mode selecting key.
Select spot welding time setting function by pressing the welding parameter selecting key, and set the
spot welding time. Besides, the spot welding time setting can be carried out during welding. Operation
steps in spot welding: Press the torch trigger, gas valve opens, and HF arc ignition starts; Keep the
torch 2~4mm away from the workpiece to ignite the arc, HF stops, and current turns to the preset
value; Welding begins,and it ends when the spot welding time is up. There is no current upslope and
downslope in spot welding mode.
Parametersfor TIG welding on titanium and its alloy (for reference only)
Plate
thickness
(mm)
Groove
type
Welding
layers
Electrode
diameter
(mm)
Wire
diameter
(mm)
Welding
current
(A)
Gas flow (L/min)
Nozzle
diameter
(mm)
0.5
1.0
1.5
2.0
2.5
Square
groove
1
1
1
1
1
1.5
2.0
2.0
2.0～3.0
2.0～3.0
1.0
1.0～2.0
1.0～2.0
1.0～2.0
2.0
30
～
50
40～60
60～80
80～110
110
～
120
8
～
10
8～10
10～12
12～14
12
～
14
6
～
8
6～8
8～10
10～12
10
～
12
14
～
16
14～16
14～16
16～20
16
～
20
10
10
10～12
12～14
12～14
3.0
4.0
5.0
6.0
7.0
8.0
Single V
groove
with root
face
1～2
2
2～3
2～3
2～3
3
～
4
3.0
3.0～4.0
4.0
4.0
4.0
4.0
2.0～3.0
2.0～3.0
3.0
3.0～4.0
3.0～4.0
3.0
～
4.0
120
～
140
130～150
130～150
140～180
140～180
140
～
180
12
～
14
14～16
14～16
14～16
14～16
14
～
16
10
～
12
12～14
12～14
12～14
12～14
12
～
14
16
～
20
20～25
20～25
25～28
25～28
25
～
28
14
～
18
18～20
18～20
18～20
20～22
20
～
22
10
20
22
25
30
Double V
groove
with root
face
4～6
12
12
15～16
17～18
4.0
4.0
4.0
4.0
4.0
3.0～4.0
4.0
4.0～5.0
3.0～4.0
3.0
～
4.0
160
～
200
200～240
230～250
200～220
200
～
220
14
～
16
12～14
15～18
16～18
16
～
18
12
～
14
10～12
18～20
20～26
20
～
26
25～28
20
18～20
26～30
26
～
30
20～22
18
20
22
22
23 /38
• Selecteer de puntlassen methode met de lasmethode keuzetoets.
• Selecteer de puntlassen tijdinstelling met de parameter keuzetoets, en stel de lastijd in. Deze kan tijdens het lassen
uitgevoerd worden.
Werkmodus bij puntlassen:
- Druk op de toortstrekker, de gasklep gaat open en de HF vlamboogontsteking start.
- Houd de toorts 2-4 mm ver van het werkstuk voor de vlamboogontsteking, de HF ritseling stopt en de stroomsterkte
neemt toe tot de vooraf ingestelde waarde.
- Het lassen begint, en het beëindigt wanneer de tijd afgelopen is. Bij puntlassen is er geen upslope en downslope.
copyrighted document - all rights reserved by FBC
19
NL
M1.2.TIG200P.NLFREN 07062018
TIG lasparameters op titanium en zijn legeringen (alleen voor referentie)
W2060A SC-A0
Parametersfor TIG welding on titanium and its alloy (for reference only)
Plate
thickness
(mm)
Groove
type
Welding
layers
Electrode
diameter
(mm)
Wire
diameter
(mm)
Welding
current
(A)
Gas flow (L/min)
Nozzle
diameter
(mm)
0.5
1.0
1.5
2.0
2.5
Square
groove
1
1
1
1
1
1.5
2.0
2.0
2.0～3.0
2.0～3.0
1.0
1.0～2.0
1.0～2.0
1.0～2.0
2.0
30～50
40～60
60～80
80～110
110～120
8～10
8～10
10～12
12～14
12～14
6～8
6～8
8～10
10～12
10～12
14～16
14～16
14～16
16～20
16～20
10
10
10～12
12～14
12～14
3.0
4.0
5.0
6.0
7.0
8.0
Single V
groove
with root
face
1～2
2
2～3
2～3
2～3
3～4
3.0
3.0～4.0
4.0
4.0
4.0
4.0
2.0～3.0
2.0～3.0
3.0
3.0～4.0
3.0～4.0
3.0～4.0
120～140
130～150
130～150
140～180
140～180
140～180
12～14
14～16
14～16
14～16
14～16
14～16
10～12
12～14
12～14
12～14
12～14
12～14
16～20
20～25
20～25
25～28
25～28
25～28
14～18
18～20
18～20
18～20
20～22
20～22
10
20
22
25
30
Double V
groove
with root
face
4～6
12
12
15～16
17～18
4.0
4.0
4.0
4.0
4.0
3.0～4.0
4.0
4.0～5.0
3.0～4.0
3.0～4.0
160～200
200～240
230～250
200～220
200～220
14～16
12～14
15～18
16～18
16～18
12～14
10～12
18～20
20～26
20～26
25～28
20
18～20
26～30
26～30
20～22
18
20
22
22
Parametersfor TIG welding on stainless steel sheet (for reference only)
Plate
Thickness
(mm)
Welding joint
Electrode
diameter
(mm)
Wire
diameter
(mm)
Current
type
Welding
current
(A)
Gas flow
(L/min)
Welding speed
(cm/min)
1.0
1.2
1.5
Butt Joint
2
2
2
1.6
1.6
1.6
DCEN
7～28
15
5～19
3～4
3～4
3～4
12～47
25
8～32
Parametersfor TIG welding on aluminum and its alloy (for reference only)
Plate
thickness
(mm)
Groove
type
Welding
layers
Electrode
diameter
(mm)
Wire
diameter
(mm)
preheat
temperature
(
℃
)
Welding
current
(A)
Gas
flow
(L/min)
Nozzle
diameter
(mm)
1.5
2
Square
groove
1/0
1/0
2
2～3
1.6～2.0
2～2.5
--
--
50～80
50～80
7～9
8～12
8
8～12
3
4
5
8
10
12
16
20
Single V
groove
with root
face
1/0
1～2/1
1～2/1
2/1
3～4/1～2
3～4/1～2
4～5/1～2
4～5/1～2
3
4
4
5
5
5～6
6
6
2～3
3
3～4
4～5
4～5
4～5
5～6
5～6
--
--
--
100
100～150
150～200
200～220
200～260
15～180
180～200
180～240
260～320
280～340
300～360
340～380
360～400
8～12
10～15
10～15
16～20
16～20
18～22
20～24
25～30
8
8～12
8～12
10～12
14～16
14～16
16～20
20～22
17 /34
Plaatdikte
(mm) Type groef Laslagen Diameter
elektrode
(mm)
Diameter
draad (mm) Lasstroom
(A) Gasstroom (l/min) Diameter
mondstuk
(mm)
Vierkante
groef
Enkele V
groef met
staande kant
Dubbele V
groef met
staande kant
Plaatdikte
(mm)
Diameter
elektrode
(mm)
Diameter
draad
(mm)
Lasstroom
(A) Gasstroom
(l/min)
Lasnaad
Stuiknaad
Type stroom Lassnelheid
(cm/min)
TIG lasparameters op roestvrij plaat (alleen voor referentie)
copyrighted document - all rights reserved by FBC
M1.2.TIG200P.NLFREN 07062018
20
NL
7 Waarschuwingen
7�1 Werkomgeving
1. Laswerken moeten in een droge omgeving gebeuren, met minder dan 90% vochtigheid.
2. Werk bij een temperatuur tussen -10°C en 40°C.
3. Vermijd in de openlucht te lassen, behalve als u tegen zon en regen beschermd bent.
4. Vermijd te lassen in een stofge plaats of in een omgeving met corrosieve chemische gassen.
5. Werk in een omgeving zonder sterke wind.
De machine wordt beschermd tegen overvoltage, overspanning en oververhitting� Als de
uitgangsstroom of de temperatuur in de machine te hoog is, stopt deze onmiddellijk� Nochtans kan
een misbruik van de machine (bijv� te hoge voltage) deze beschadigen�
Let op:
7�2 Ventilatie
Maak zeker dat de ventilatoren in de machine goed werken en dat de roosters niet bedekt zijn. De minimale afstand
tussen de lasmachine en een andere voorwerp moet tenminste van 30 cm zijn. Een goede ventilatie is uiterst belangrijk
voor de goede werking en de levensduur van de machine.
7�3 Overspanning is verboden
Voor de spanningsbereik van de machine verwijzen we u naar “hoofdparameters”. Die machine is met een compensatie
systeem uitgerust, die ervoor zorgt dat de spanning binnen een bepaald bereik varieert. Als de ingangsspanning te hoog
is kunnen componenten van de machine beschadigd worden.
7�4 Overbelasting is verboden
Zorg ervoor dat de lasstroom de maximale belastingsstroom nooit overschrijdt. De overlading kan de levensduur van de
machine verminderen, en zelfs de machine beschadigen.
7�5 Oververhitting
De oververhitting LED aan betekent dat de machine onder oververhitting status staat. Het lasproces kan dan plotseling
stilstaan. In die omstandigheden is het niet nodig het lastoestel opnieuw te starten. Laat de ingebouwde ventilator
draaien om de temperatuur in de machine te verlagen. U kunt verder lassen wanneer de temperatuur verlaagd is, en de
LED uit is.
7�6 Aarding
Een aardklem is beschikbaar voor die machine. Sluit een aardingskabel (doorsnede > 2,5 mm²) om een elektrische of
statische schok te vermijden.
copyrighted document - all rights reserved by FBC
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
Page is loading ...
/
