Selles juhendis: tähendab Tähelepanu! Olge valvel!
OHT
Tähendab otsest ohtu, mis juhul, kui seda ei väldita, põhjustab otsese raske
kehavigastuse või surma.
HOIATUS!
Tähendab potentsiaalset ohtu, mis võib põhjustada kehavigastuse või
surma.
ETTEVAATUST!
Tähendab ohtu, mis võib põhjustada kerge kehavigastuse.
HOIATUS!
Enne kasutamist lugege läbi ja tehke omale selgeks
kasutusjuhendi juhised ning järgige kõiki märgiseid,
töötajate ohutuspraktikaid ja ohutuse teabelehti (SDS).
1.2Ohutusabinõud
ESAB keevitusseadmete kasutajad on kohustatud tagama, et igaüks, kes töötab
seadmetega või nende läheduses, järgiks kõiki asjakohaseid ohutusabinõusid.
Ohutusabinõud peavad vastama antud seadme tüübile kehtestatud nõuetele. Lisaks
tavapärastele töökohale kehtestatud eeskirjadele tuleb järgida allpool esitatud soovitusi.
Kõiki töid peavad teostama hea väljaõppe saanud ja seadmete tööga hästi kursis olevad
töötajad. Seadmete ebaõige kasutamine võib põhjustada ohtlikke olukordi, mille tagajärjel
võib viga saada kasutaja või seade.
1.Kõik, kes kasutavad seadmeid, peavad olema kursis:
○ selle töö;
○ hädaseiskamislülitite asukoha;
○ selle talitluse;
○ asjakohaste ohutusabinõude;
○ keevitamise ja lõikamise või seadme muu kohase kasutamisega
2.Kasutaja peab tagama, et:
○ seadme käivitamisel ei oleks selle tööala piires ühtki kõrvalist isikut
○ kaare käivitamisel või seadmega töö alustamisel poleks keegi kaitsevahendita
3.Töökoht peab:
○ vastama otstarbele;
○ olema tuuletõmbeta.
4.Isikukaitsevahendid:
○ Soovitame teil alati kanda isikukaitsevahendeid, nagu kaitseprillid, leegikindlad
riided, kaitsekindad
○ Ärge kandke kergesti haakuvaid esemeid, nagu sallid, käeketid, sõrmused jms,
mis võivad kinni kiiluda või põletushaavu tekitada
5.Üldised ohutusabinõud
○ Veenduge, et tagasivoolukaabel on turvaliselt ühendatud
○ Kõrgepingeseadmetega seotud töid võib teostada ainult väljaõppinud elektrik
○ Sobivad tulekustutusvahendid peavad olema tähistatud selgelt ja paigutatud
käepäraselt.
○ Seadmete määrimist ja hooldust ei tohi viia läbi nende töötamise ajal
HOIATUS!
Kaarkeevitus ja -lõikamine võivad vigastada teid ennast ja teisi. Kasutage
keevitamisel ja lõikamisel ettevaatusabinõusid.
ELEKTRILÖÖK – võib tappa!
•Paigaldage ja maandage keevitusseade vastavalt kasutusjuhendile.
•Ärge puutuge pingestatud elektrilisi osi või elektroode ei paljakäsi,
märgade kinnaste ega rõivastega.
•Isoleerige ennast töödeldavast detailist ja maast.
•Veenduge, et teie tööasend on ohutu.
ELEKTRI- JA MAGNETVÄLJAD – võivad olla tervisele ohtlikud
•Südamestimulaatoreid kasutavad keevitajad peaks enne keevitamist
pidama nõu oma arstiga. Elektromagnetväljad võivad häirida mõnede
südamestimulaatorite tööd.
•Kokkupuutel elektromagnetväljadega võib olla muid mõjusid tervisele, mida
ei teata.
•Keevitajad peaks elektromagnetväljadega kokkupuute vähendamiseks
toimima järgmiselt.
○ Juhtige elektroodi- ja töökaablid kehast mööda samalt küljelt.
Võimalusel kinnitage need lindiga. Ärge paigutage ennast põleti ja
töökaablite vahele. Ärge keerake põleti- või töökaablit ümber oma
keha. Hoidke keevitusseadme toiteallikas ja kaablid kehast
võimalikult kaugel.
○ Ühendage töökaabel töödeldava detailiga võimalikult keevituskoha
lähedalt.
AEROSOOLID JA GAASID – võivad olla tervisele ohtlikud
•Hoidke pead aerosoolidest kaugel.
•Kasutage ventilatsiooni, väljatõmmet kaare kohal või mõlemat, selleks et
juhtida aerosoolid ja gaasid sissehingamistsoonist ja lähiümbrusest kõrvale
KEEVITUSKIIRED – Võivad vigastada silmi ja tekitada põletushaavu
0463 373 101
•Kaitske oma silmi ja keha. Kasutage õiget keevitusmaski ja filterklaasi ning
kandke kaitserõivaid
•Kaitske juuresviibijad sobivate varjete või kardinatega.
MÜRA – liigne müra võib kahjustada kuulmist
Kaitske oma kõrvu. Kasutage kõrvaklappe või muid kaitsevahendeid.
•Veenduge, et kõik uksed, paneelid ja katted on suletud ning kindlalt oma
kohal. Katteid tohivad eemaldada ainult asjakohase väljaõppega isikud
hoolduse ja tõrkeotsingu eesmärgil. Pange paneelid ja katted oma kohale
tagasi ning sulgege uksed pärast hoolduse lõppemist ja enne mootori
käivitamist.
•Seisake mootor enne seadme paigaldamist või ühendamist.
•Hoidke käed, juuksed, avarad rõivad ja tööriistad liikuvatest osadest
eemal.
TULEOHT
•Sädemed (keevituspritsmed) võivad põhjustada tulekahju. Veenduge, et
läheduses ei oleks kergestisüttivaid materjale.
•Ärge kasutage suletud mahuteid.
TALITLUSHÄIRE – talitlushäirete korral kutsuge spetsialist appi.
KAITSKE ENNAST JA TEISI!
Klass A seadmed ei ole mõeldud kasutamiseks
elurajoonides, kus elektrivoolu saadakse avalikust
madalpingevõrgust. Neis kohtades võib esineda raskusi
klass A seadmete elektromagnetilise ühilduvuse
tagamisel juhtivuslike või kiirguslike häiringute tõttu.
TÄHELEPANU!
Kõrvaldage elektroonikaseadmed
ringlussevõturajatises!
Järgides Euroopa direktiivi 2012/19/EÜ elektri- ja
elektroonikaseadmete jäätmete kohta ja selle
rakendamist siseriikliku õiguse kohaselt, tuleb
kasutuskõlbmatuks muutunud elektri- ja/või
elektroonikaseadmed kõrvaldada ringlussevõturajatises.
Seadmete eest vastutava isikuna on Teie kohustuseks
hankida teavet volitatud kogumisjaamade kohta.
Lisateabe saamiseks pöörduge lähima ESAB'i toodete
edasimüüja poole.
ESAB pakub laias valikus keevitamisel vajalikke tarvikuid ja kaitsevahendeid.
Tellimisinfo saamiseks pöörduge ESAB-i toodete kohaliku edasimüüja poole või
külastage meie veebilehte.
Enne tarnimist kontrollitakse kõik meie tooted hoolikalt üle. ESAB kinnitab, et ühelgi tootel ei
ole tarnimise ajal materjali- ega tootmisdefekte ja kõik tooted töötavad vastavalt ettenähtud
otstarbele.
ESAB annab materjali- ja tootmisdefektide korral garantii vastavalt kohaldatavatele
õigusaktidele. Kulumaterjalid garantii alla ei kuulu.
Garantii alla ei kuulu kahjustused ega funktsioneerimispuudujäägid, mille põhjus on üks
järgmistest:
•toote ülekoormamine, väärkasutus või kasutamine mitte ettenähtud otstarbel
•kokkupõrked või õnnetused
•selle kasutusjuhendi eiramine
•vale kokkupanek või paigaldamine
•ebapiisav hooldus
•toote modifitseerimine
•keemilised mõjud
•tavapärane kulumine
ESAB ei võta muud vastutust kui vigaste osade väljavahetamine või parandamine.
2.1Ettenähtud kasutamistingimused
1.See seade on mõeldud kasutamiseks tööstuslikel või ärilistel eesmärkidel ja seda
tohivad kasutada vaid asjakohase koolituse läbinud töötajad. Tootja ei vastuta seadme
ebakorrektsest kasutusest tingitud kahjude ega õnnetuste eest.
2.Aristo® RT robotkeevitussüsteem on loodud tipptasemel lahendusena ning on ohutu
ja töökindel, kui seda kasutavad, paigaldavad ja hooldavad asjakohase koolituse
saanud töötajad. Järgige selles dokumendis olevaid paigaldus-, kasutus- ja
hooldusjuhiseid.
3.Aristo® RT robotkeevitussüsteemi võib paigaldada kasutada ja hooldada vaid
asjakohase koolituse läbinud personal. Süsteemi paigaldamisel, kasutamisel ja
hooldamisel tuleb järgida selles juhendis antud juhiseid.
4.Aristo® RT robotkeevitussüsteemi võib kasutada vaid tootja ettenähtud eesmärgil ja
lähtuvalt süsteemi tehnilistest omadustest ja automaatsete juhtimissüsteemide
võimekusest. Valige põleti tüüp teostatava keevitustöö järgi.
5.Aristo® RT Robotkeevitussüsteem on loodud tervikliku süsteemina. Teiste tootjate
toodetud komponentide süsteemiga integreerimine pole lubatud.
6.Mehhanisme RT KS-2 ja RT KSC-2 tohib hädaseiskamismehhanismidena kasutada
nende tehnilistes andmetes kirjeldatud viisil ja koos RT standardteljega
kaablikomplektiga (KS-2), Infiniturn või Helix (KSC-2), ESAB adapteri äärik,
sealhulgas RT põleti kinnitused (KS-2) ja Aristo RT keevituspõleti.
7.Väljapuhutavasse gaasi ei tohi lisada õli ega pritsmevastast vedelikku. ESAB ei
garanteeri seadmete keemilist vastupanu niisugustele ainetele. ESAB soovitab
pihustada põletile ESAB-i pihustusseadme abil väikese koguse pritsmevastast
vedelikku ja kaitsta seeläbi keskkonda.
8.Transportimise, hoidmise ja kasutamise käigus tuleb hoida kuivas ja niiskuse eest
kaitstud kohas.
9.Süsteemi tuleb kasutada keskkonnas, mille temperatuur jääb vahemikku 5 °C kuni 40
°C (41 °F kuni 104 °F). Nende piirangute ületamisel, tuleb rakendada erimeetmeid.
Külmumisohu korral kasutage sobivat jahutusvedelikku
RT keevituspõletisüsteemid pole loodud automaatsete MIG/MAG-robotkeevitussüsteemide
jaoks. Süsteemid koosnevad erinevatest Aristo RT põleti robotkeevituse jaoks loodud,
robotseadmete jaoks optimeeritud konkstorudest, põleti kinnitustest ja kaablikomplektidest
ning turvaseiskamise mehhanismidest, mis kaitsevad süsteemi kokkupuudetest tulenevate
kahjude eest.
Standardse RT keevitussüsteemi osaks on ka kokkupuutekaitse funktsioon, mille aluseks
RTKS-2 vedrulaadimisega turvaseiskamismehhanism. Selle võite robotijuhtimissüsteemi
kokkupõrketuvastusfunktsiooni kasutamiseks asendada süsteemiga RT FL-2. Standardset
RT keevitussüsteemi saab kasutada erinevat tüüpi kaablikomplektidega.
Infiniturni või Helixi kaablikomplektidega RTKSC-2 ja RTFLC-2 põleti kinnitused
kaablikomplektid on mõeldud keerukamate keevitusrakenduste jaoks loodud õõnsa teljega
robotkeevitussüsteemides kasutamiseks. RTKSC-2 põleti kinnituse
turvaseiskamismehhanism võimaldab põletil kokkupõrke korral suures ulatuses painduda.
Kaablikomplekte Infiniturn ja Helix on lihtne paigaldada ja nende abil saab luua väga
töökindla ja täpse manööverdamisvõimalustega süsteemi.
Koos mainekate Aristo RT robotkeevituspõletitega moodustavad need komponendid väga
töökindla ja kauakestva ning minimaalse hooldusvajadusega süsteemi.
Kasutusjuhend tarnitakse koos põleti kinnituste and kaablikomplektidega.
Põleti mudel valige keevitusrakenduse järgi. Silmas tuleb pidada koormustsüklit ja võimsust,
jahutusviisi ja traadi läbimõõtu. Suuremate nõudmiste korral, nt eelsoojendatud töödeldavad
detailid, nurkade suurem kuumapeegeldus jne, tuleb neid arvestada ja valida piisava
arvestusliku koormuse reserviga keevituspõleti.
RT keevituspõleteid tuleb kasutada koos CE-nõuetele vastavate keevitusvooluallikatega
metall-inertgaaskeevituse (MIG), metall-aktiivgaaskeevituse (MAG) ja MIG-jootmise jaoks
koos kaubanduses saadaolevate ümartraatidega. Ärge kasutage põletit muude toimingute
jaoks.
Teras- või alumiiniumdetailide impulss-kaarkeevitamisel tuleb kasutada vesijahutusega
põletit RT82W.
Teavet saadaolevate põletite kohta vaadake altpoolt.
Min. vee vooluhulk:1,0 l/min (1,1 kvartsi/min)
Minimaalne veesurve:2,5 baari (36,3 PSI)
Maksimaalne veesurve:3,5 baari (50,8 PSI)
Sisselasketemperatuur:max 40 °C (104 °F)
Tagasivoolutemperatuur:max 60 °C (140 °F)
Jahutusvõimsus:min. 1000 W, sõltuvalt kasutusviisist
ETTEVAATUST!
60 °C (140 °F) või kõrgemad tagasivoolutemperatuurid võivad kaablikomplekti
kahjustada või selle hävitada.
4.3Põleti kinnitus
Vajaliku põleti kinnituse tüüp sõltub RT keevituspõleti süsteemi disainist ja valikus olevatest
turvaseiskamisseadetest. Vt pealkirja "Ülevaade keevituspõleti süsteemidest".
KomponentLigikaudne mass
(Standardsüsteemi) põleti kinnitus0,43 kg
(Standardsüsteemi) RTKS-2
0,85 kg
turvaseiskamismehhanism
(Standardsüsteemi) RTFL-2 keskmine äärik0,35 kg
(Õõnsa teljega süsteemi) RTKSC-2 põleti
1,90 kg
kinnitus
RTFLC-2 jäik põleti kinnitus (õõnsa teljega
1,22 kg
süsteemi jaoks)
Robotkeevituspõleti0,66 kg
4.3.1Põleti kinnitused standardse RT-süsteemi jaoks
Standardsete RT-süsteemide põleti kinnitus paigaldatakse RTKS-2
turvaseiskamismehhanismile (või RTFL-2 keskmisele) ning seejärel klammerdatakse kokku
kaablikomplekt ja ühendatud põleti konkstoru.
Valige põleti kinnitus põleti tüübi ja geomeetria järgi. Võite kasutada erinevat tüüpi kinnitusi
Vaadake varuosade loetelust, millist tüüpi põleti kinnitused standardse RT-süsteemi jaoks
saadaval on.
RTKS-2 turvamehhanism on vedru toel töötav seade, mis kaitseb robotit ja põletisüsteemi
kokkupõrke korral.
TÄHELEPANU!
RTKS-2 mehhanismi ei tohi lahti võtte.
4.3.1.2RTFL-2 keskmine äärik
Jäika keskmist äärikut RTFL-2 saab kasutada RTKS-2 asemel, kui robotil on elektrooniline
kokkupõrketuvastussüsteem.
4.3.2Õõnsa teljega süsteemi põleti kinnitused
Õõnsa teljega süsteemi puhul ühendatakse Aristo RT keevituspõleti konkstorud põleti
kinnitusega KSC-2 või FLC-2.
Põleti kinnitus RTKSC-2 RT võimaldab põletil kokkupõrke korral suures ulatuses painduda.
Samal ajal avaneb elektrikontakt, mis edastab robotile peatumissignaali. Pärast tõrke
lähtestamist taastatakse põleti algne geomeetria ja tööriista keskpunkt (TCP) väga täpselt.
Süsteem töötab täiesti mehhaaniliselt ja on vedrulaetav.
Põleti kinnitusel RTFLC-2 pole sisseehitatud turvaseiskamisfunktsiooni.
Õõnsa teljega süsteemide puhul on soovitav kasutada põleti kinnitust RTKSC-2 G/W (või
RTFLC-2 G/W). Seda põleti kinnitust saab kasutada nii Aristo RT seeria gaasjahutusega kui
ka vesijahutusega põletites.
Valige robottelje paigaldamiseks vajalik adapteri äärik roboti tüübi järgi. Adapteri äärikud on
saadaval kõigi sobivate standardsete ja õõnsa teljega süsteemide jaoks, vt varuosade
loendit.
4.5Kaablikomplektid
Ühenduse traadisööturiga aktiveerib kaablikomplekt. Komplekti saadaolevad funktsioonid
sõltuvad peamiselt süsteemi disainist ja jahutusainest (gaas või vesi), vt varuosade loetelu.
Näitajad kehtivad 1 kuni 5 m pikkuste kaablite kohta.
1Kaela tugiäärikPõleti liides
2KaitsekateKaitseb kaablikomplekti kahjustuste eest
3Burndy liitmik, 12-pooluselineElektriühendus turvaseiskamislüliti ja traadisööturi
vahel
4JuhtkaabelKS-2 jaoks (turvaseiskamis- ja surunupp)
5EURO-liitmikTraadi etteandeühendus
6Väljapuhumisnupp (musta
korgiga)
7Veesisselaskeava (sinise
Põleti suruõhuga puhastamiseks pärast
puhastustsükli lõppu
Põleti jahutusmehhanismi veesisselaskeava
1)
korgiga)
8Veetagasivooluava (punase
Soojendatud vee põletist tagasivoolamistee ava.
korgiga)
1)
9Turvaseiskamismehhanismi
juhtkaabli kork
1)
Ainult vesijahutusega põletisüsteemides
RTKS-2-ga elektriühendus turvaseiskamissignaali
ja otsakusensorifunktsiooni jaoks
4.5.2Õõnsa teljega süsteemide kaablikomplektid
Kaablikomplekt Infiniturn võimaldab põletil mõlemas suunas lõputult pöörelda. Samal ajal
edastatakse ka jahutusvedelik, kaitsegaas, väljapuhutav õhk, keevitusvõimsus ja
turvaseiskamismehhanismi signaal.
Helixi kaablikomplekt on loodud neutraalse asendi suhtes ±270° pöörlemisulatuse jaoks.
Seda saab kasutada niisugustes keevitustöödes, mille jaoks pole vajalik lõputu pöörlemine.
Infiniturn kaablikomplekte toodetakse gaasjahutusega ja vesijahutusega. Helixi
kaablikomplekte saab kasutada universaalselt, nii gaasi- kui ka vesijahutusega seadmete
jaoks.
TÄHELEPANU!
Ärge ühendage gaasijahutusega põletikaelaga ühendatud Helixi kaablikomplekti
For your own safety, make sure that the robot is either in standby or power-less
state before doing maintenance work in the moving radius of the robot.
Follow the assembly instructions exactly. Pay attention during assembly that the cables are
not damaged. Damaged cables can lead to a short circuit, which may damage the electronics
of the robot or the welding torch.
Use only original ESAB components that have been specially developed for this purpose.
Only then the correct functioning of the whole welding torch system can be guaranteed.
5.1RTKS-2 standard arm installation
5.1.1RTKS-2 safety-off mechanism
1.Dismount the insulation flange (10) from the RTKS-2 (11) by removing the screws
(12).
2.Position the insulation flange (10) with the index pin on the robot arm and fix it with the
screws (20) included.
The insulation flange (10) is directly compatible with robots with tool flange according
to DIN ISO 9409-1-A40 (diameter 40mm, 4×M6). If the insulation flange (10) does
not fit, use an adapter flange (21).
TÄHELEPANU!
Ensure that the index pin is located correctly. The maximum torque of 1.2Nm
(10.5in.lb) must be observed for the fastening of the adapter flange screws.
Prevent self-loosening of the screws by using suitable thread locking
measures.
3.Mount the RTKS-2 the back on the insulation flange (10).
4.Position the mount on the RTKS-2 and carefully insert the cylindrical pins (14) into the
holes provided. Take the position of the torch into account. Two mounting positions
may be potentially possible.
5.Screw the mount evenly using the enclosed cylinder screws with hexagon socket (12).
TÄHELEPANU!
The maximum tightening torque for the cylinder screw (5) is 6Nm (53in.lb)
and the property class category is 8.8.
12 - Cylinder screw with hexagon socket
M6DIN912 (length of the screw depending
on the torch mount)
14 - Cylindrical pins Ø4×20
5.1.1.1Torch installation with adjustable mount
Torch mounts with a central clamping assembly can only be fastened on the journal of the
mounting flange. For this, the mounting flange must be fastened first.
1.If applicable, carefully press the cylindrical pins (1) into the corresponding holes in the
mounting flange. The pins should protrude by approximately 5 mm (0.2 in.).
2.Position the mount on the safety-off mechanism RTKS-2 and carefully insert the
cylindrical pins (1) into the holes provided. In doing so, take the later position of the
torch into account. Two mounting positions may be potentially possible.
3.Then screw down the mounting flange evenly using the enclosed cylinder screws with
hexagon socket (2).
TÄHELEPANU!
The maximum tightening torque for the cylinder screw (2) is 7.1 Nm (62.8
in.lb) and the property class category is 8.8.
4.Unscrew the axial cylinder screw with hexagon socket (4) out of the mounting flange
together with the washer (3).
1 - Cylindrical pins Ø4×143 - Washer Ø9 mm
2 - Cylinder screw with hexagon socket
M6×16
4 - Axial cylinder screw with hexagon
socket M8×16
5.Place the torch mount (5) onto the journal (6) of the mounting flange, paying attention
while doing so to the exact alignment of the feather key (7) and the corresponding
groove (7a).
6.Insert the clamping mandrel (8) into the lateral hole (see illustration) and position it so
that the mating surfaces (9a) of the clamping mandrel rest on the mating surface (9) of
the journal.
M6×30
7Feather key11 - Washer Ø22×6.4 mm
7a - Groove for feather key
5.1.2Standard arm cable assembly for KS-2 and FL-2
The cable assembly must be aligned to the intended use in length and design. The type of
cooling for the torch and the cable assembly must be the same (either gas or water cooled
respectively). In order to prevent damage to the torch system and other components, it is
imperative to observe the following instructions.
•Coordinate the length and design of the cable assembly to suit the range of
action of the robot.
•Do not bend, compress or overstretch the cable assembly.
•Fix the cable assembly such that is can be moved freely and cannot become
entangled.
•Any additional holding devices possibly installed, for example a balancer,
must not crush or bend the cable assembly.
•Extreme turning movements must be avoided in which the cable assembly
may become twisted.
•Chafing on the robot or other objects must be excluded.
1.Unscrew the cylinder screws (1) and lift off the top section (2) of the torch mount.
2.Insert the feather key (4) into the recess of the neck support flange (3) from below.
3.Align the neck support flange (3) including the feather key (4) to the groove (5) of the
torch mount and push into the groove right up to the stop of the flange.
4.Hold the cable assembly in this position and simultaneously place the top section (2)
back onto the torch mount. First screw both cylinder screws (1) loosely in to about the
same length, then tighten alternately. The top section (2) of the mount should have an
even gap to the bottom section.
The front part of the cable assembly is directly clamped into the torch mount (see
illustration below).
1 - Cylinder screws4 - Feather key
2 - Torch mount top section5 - Groove for feather key
3 - Neck support flange
5.1.3RTKS-2 wire feeder connection
In order to be able to create the connection, the cable assembly must be mounted as
described in the "Installing the cable assembly" section and equipped following "Installing the
wire guide" section. Only then can the central and media connection take place. Proceed as
described below:
1.Connect the central connector of the cable assembly (2) to the wire feeder cabinet
socket. Tighten the central connector sleeve nut fingertight. Do not use tools.
1 - Burndy Connector4 - Return of heated water (red cap)
2 - EURO central connector5 - Return of heated water (red cap)
3 - Air blow-out6 - Main Wire feeder
2.For water cooled systems. Connect the water hoses to the cooling circuit. The end of
the hose marked blue (4) is connected to the water outlet, and the end marked red (5)
is connected to the water return.
3.Connect the blow-out line (3) to the corresponding connection of the feeder.
4.Connect the Burndy Connector to the wire feeder. (1) to the feeder. See section
"Electrical connections".
TÄHELEPANU!
All hoses and the control line must be installed so they can not bend or get
damaged!
5.1.4RTKS-2 electrical connections
5.1.4.1RTKS-2 safety-off mechanism connection
The switch for the safety-off functionality RTKS-2 is connected through the control cable,
see (3) in the illustration below. This connects to the RTKS-2 unit via the 4-pole plug (4) that
contains circuits for the push-button (6) and the safety-off signal (7).
If a collision is detected, the control circuit for the safety-off signal (7), which is normally
closed, will be interrupted.
2 -Burndy connector5 -RTKS-2 connector for control cable plug
4 -Control cable plug
Burndy liitmiku tihvtid
A. Puutesensoriga gaasiotsak
C. Kokkupõrkesensor
D. Kokkupõrkesensor
F. 0V
G. Mootori + pinge
H. Mootori - pinge
E. Tollimine
If the robot control provides a control circuit for nozzle sense functionality, the connection is
accomplished with a 1-wire connection.
Rating of the control circuit: max 50 V / 5 A.
OHT
If the nozzle sense function is not being used, the open end of the control cable on
the power source connection side must be properly isolated in order to avoid short
circuits. During certain problems on the torch head, the full welding potential may be
present on this cable.
ETTEVAATUST!
After detection of contact (gas nozzle on work piece), quickly reduce or cut off the
maximum current in the nozzle sense circuit in order to avoid overloading of the
system.
Allowed load max. 1 minute at the rated nominal current.
5.1.5RTKS-2 Torch installation
Continue according to section "Torch installation".
1.Position the RT FL-2 (2) with the index pin on the robot arm and fix it with the hexagon
socket screw included.
The FL-2 is directly compatible with robots with tool flange according to DIN ISO
9409-1-A40 (diameter 40mm, 4×M6). If the rigid mount does not fit, use an adapter
flange (3).
TÄHELEPANU!
Ensure that the index pin is located correctly. The maximum torque of 1.2Nm
(10.5in.lb) must be observed for the fastening of the adapter flange screws.
Prevent self-loosening of the screws by using suitable thread locking
measures.
2.Install torch mount (1). Only torch mounts having a hole pattern equivalent with the
mounting surface may be attached. If necessary, carefully press the cylindrical pins (4)
into the corresponding holes in the bracket. The pins should protrude by
approximately 5mm (0.2in.). Position the torch mount on the RTFL-2 (2) and
carefully insert the cylindrical pins (4) into the holes provided. Take the position of the
torch into account. Two mounting positions may be potentially possible.
3.Screw the mount evenly using the enclosed cylinder screws with hexagon socket (5).
TÄHELEPANU!
The maximum tightening torque for the cylinder screw (5) is 6Nm (53in.lb)
and the property class category is 8.8.
5 - Cylinder screw with hexagon socket M6
DIN 912 (length of the screw depending on
the torch mount)
Side view
Torch installation with adjustable mount
Torch mounts with a central clamping assembly can only be fastened on the journal of the
mounting flange. For this, the mounting flange must be fastened first.
1.If applicable, carefully press the cylindrical pins (1) into the corresponding holes in the
mounting flange. Avoid the formation of burrs. The pins should protrude by
approximately 5 mm (0.2 in.).
2.Position the mount on the RTFL-2 and carefully insert the cylindrical pins (1) into the
holes provided. In doing so, take the later position of the torch into account. Two
mounting positions may be potentially possible.
3.Then screw down the mounting flange evenly using the enclosed cylinder screws with
hexagon socket (2).
TÄHELEPANU!
The maximum tightening torque for the cylinder screw (2) is 7.1 Nm (62.8
in.lb) and the property class category is 8.8.
4.Unscrew the axial cylinder screw with hexagon socket (4) out of the mounting flange
together with the washer (3).
1 - Cylindrical pins Ø4×143 - Washer Ø9 mm
2 - Cylinder screw with hexagon socket
M6×16
4 - Axial cylinder screw with hexagon
socket M8×16
5.Place the torch mount (5) onto the journal (6) of the mounting flange, paying attention
while doing so to the exact alignment of the feather key (7) and the corresponding
groove (7a).
6.Insert the clamping mandrel (8) into the lateral hole (see illustration) and position it so
that the mating surfaces (9a) of the clamping mandrel rest on the mating surface (9) of
the journal.
7.Fix the clamping mandrel from the opposite side using the M6 cylinder screw with
hexagon socket (10) and the Ø22 mm washer (11).
8.Screw the axial cylinder screw (4) with the Ø9 mm washer (3) into the mounting flange
and tighten firmly.
M6×30
7 -Feather key11 - Washer Ø22×6.4 mm
7a - Groove for feather key
5.2.2RTFL-2 torch installation
Continue according to section "Torch installation".
5.3RTKSC-2 hollow wrist system installation
5.3.1RTKSC-2 mount with safety off mechanism
ETTEVAATUST!
For hollow wrist systems make sure that the clear space around the robot is at least
Ø45 mm (1.8 in.) around the wrist and 50 mm (2.0 in.) near the wire feeder.
1.Remove the three screws (2) from the front cover (3) of the torch mount and carefully
pull the cover off the RTKSC-2 main body (5). Take care not to damage the micro
switches installed inside the assembly.
1 - Hexagon wrench 4 mm4 - Rubber boot
2 - 3× M5×12 screws5 - RT KSC-2 main body
3 - RT KSC-2 front cover
1.Pull off the rubber boot (4) from the RTKSC-2 main body (5) to the front.
2.Now position the RTKSC-2 main body (5) on the adapter flange (7) so that the index
pin is correctly seated. Attach with the screws (6) enclosed.
3.Reinstall the rubber boot (4) on the RTKSC-2 main body (5) and make sure it is
correctly located in the grooves on the front and back flange.
In order to adjust the wire feeder position to the cable assembly length, it must be
mounted on an adjustable support with a possible movement of ±2-3cm (±1in.) to
the back and to the front. The length of the cable assembly must be determined
from the centred mounting position of the wire feeder.
1.Move the robot arm into a completely straight position, see illustration below. Make
sure that (1) axis 6 (rotation around the torch axis) is in 0° position.
2.Move the feeder (3) completely to the back in order to create space for inserting the
cable assembly. If it is not possible to move the feeder sufficiently, it should be
removed from the robot.
3.Insert the cable assembly with the coupling (2) first into the robot arm and feed it
through the robot wrist.
4.The feeder should only be installed again after the correct mounting position with
respect to the cable length has been determined. (See section "Installing the cable
assembly").
ETTEVAATUST!
Axis 6 must be in 0° position.
5.3.2.1RTKSC-2 feeder cabinet connections
When installed for the first time, the position of the wire feeder cabinet must be adjusted to
the length of the cable assembly. First, the robot arm must be fully extended (straight).
ETTEVAATUST!
As long as the correct position of the feeder corresponding to the length of the cable
assembly has not been determined, be careful when moving the robot arm and
avoid overstretching the cable. It is helpful to loosen the positioning screws of the
feeder before moving the robot arm to allow the feeder to follow the cable assembly.
1.Loosen the sliding mechanism of the wire feeder and connect the cable assembly.
2.Now adjust the position of the wire feeder to suit the length of the Infiniturn or Helix
cable, as indicated with "A" in the illustration below.
ETTEVAATUST!
When adjusting the position of the feeder cabinet, make sure that the cable
assembly is not under stress when the robot arm is in stretched-out position.
It is normal for the cable assembly to sag slightly, it should never be taut.
3.Before securing the wire feeder in its permanent position, ensure that the Euro
connectors are tightly connected. Then turn the torch mount down and up again
(rotating on the axis 5), in order not to tighten the cable assembly too much against
the feeder (see illustration above). Once this is done, tighten the feeder in that
position.
4.For water cooled systems, connect the water lines to the cooling circuit. See section
"Cable assemblies for hollow wrist systems" in the TECHNICAL DATA chapter for
indications.
The hose with the blue rubber cap is for cooling water to the torch, the hose with the
red rubber cap returns the heated water. Make sure the hoses will not kink or get
otherwise blocked.
TÄHELEPANU!
A Helix cable assembly used for a gas cooled system must not be connected
to a cooling circuit. As the water connections are not needed, they may be cut
off.
5.Connect the blow-out hose (black rubber cap) to the corresponding outlet of the wire
feeder.
TÄHELEPANU!
If the blow-out function is not used, the blow-out hose must be sealed with the
rubber cap enclosed. With Infiniturn systems, the blow-out air must be
supplied to the corresponding connection hose, if it is not permitted to connect
blow-out air to the shield gas connection!
6.Install the necessary plug on the control cable and connect it to the safety off circuit
interface of the wire feeder (see section "Electrical connections").
The cable assembly must be aligned to the intended use in length and design. The type of
cooling for the torch and the cable assembly must be the same (either gas or water cooled
respectively). In order to prevent damage to the torch system and other components, it is
imperative to observe the following instructions.
ETTEVAATUST!
•Coordinate the length and design of the cable assembly to suit the range of
action of the robot.
•Do not bend, compress or overstretch the cable assembly.
•Fix the cable assembly such that is can be moved freely and cannot become
entangled.
•Any additional holding devices possibly installed, for example a balancer,
must not crush or bend the cable assembly.
•Extreme turning movements must be avoided in which the cable assembly
may become twisted.
•Chafing on the robot or other objects must be excluded.
5.3.3.1RTKSC-2 cable assembly installation
TÄHELEPANU!
For some robots, it may be possible to deviate from this order, and first connect the
cable assembly to the RTKSC-2, then thread the cable from the front through the
robot arm. If in doubt, follow the suggested order.
1.Loosen the three screws (7) with the associated washers and remove them from the
RTKSC-2 cover (1). See illustration below.
2.Install the supplied O-rings (4) into the grooves in the cover (1).
3.Pull the cable assembly approximately 15 cm (6 in.) from the main body (3).
4.Insert the coupling (2) into the socket of the cover (1) as shown. Align the index pin (6)
with the index hole (5) in the main body and insert completely.
TÄHELEPANU!
Make sure that the position of the O-rings are not shifted by the index pin
during the assembly.
1 -RTKSC-2 cover5 -Index hole
2 -Coupling6 -Index pin
3 -RTKSC-2 main body7 -3× M5×35 screws
4 -3× O-ring for water cooled systems11 - Control cable connector
5.Insert the three screws (7) with the associated washers (8) and tighten gently with the
enclosed hexagonal wrench, see below illustration.
6.If present, insert the control cable plug (10) into the connector (11) and make sure it is
firmly seated.
7 -3× M5×35 screw11 - Control cable connector
8 -Washer12 - 2× Micro switch
10 - Control cable plug13 - Index pin
7.Gently push back the cable assembly into the robot arm and carefully seat the
RTKSC-2 cover (1) in place. Observe the index pin (13) to be in the correct position.
Make sure the two micro switches (12) are not damaged if present.
8.Insert the three M5 screws (14) and tighten without excessive force.
After connecting the control cable, secure the cable in order to protect it from getting
caught while the robot is moving.
Usually, the control cable will be directly connected to the wire feeder. See the
manufacturer's documentation for details. The link to the robot control is then
implemented via the power source controller.
RTKSC-2 safety-off mechanism connection
The switch for the safety-off functionality RTKSC-2 is connected through the control cable,
see (3) in the illustration below. This connects to the RTKSC-2 unit via the control cable plug
(1).
The safety-off signal requires a 2-wire connection (black/black) to the safety-off circuit in the
robot control (5).
If a collision is detected, the control circuit (normally closed) will be interrupted (4).
Rating of the control circuit: max. 48 V / 1 A.
1 - Control cable plug3 - Burndy connector VVV
2 - EURO central connector
Burndy liitmiku tihvtid
A. Puutesensoriga gaasiotsak
C. Kokkupõrkesensor
D. Kokkupõrkesensor
F. 0V
G. Mootori + pinge
H. Mootori - pinge
E. Tollimine
RTKSC-2 nozzle sense function connection
If the robot control provides a control circuit for nozzle sense functionality.
The connection is accomplished with a 2-wire connection (black/black) to the nozzle sense
circuit in the robot control (5), see illustration below.
Usually, the control cable will be directly connected to the wire feeder. See the
manufacturer's documentation for details. The link to the robot control is then implemented
via the power source robot interface.
Rating of the control circuit: max. 50 V / 5 A.
OHT
If the nozzle sense function is not being used, the open end of the control cable on
the power source connection side must be properly isolated in order to avoid short
circuits. During certain problems on the torch head, the full welding potential may be
present on this cable.
ETTEVAATUST!
After detection of contact (gas nozzle on work piece), quickly reduce or cut off the
maximum current in the nozzle sense circuit in order to avoid overloading of the
system.
Allowed load max. 1 minute at the rated nominal current.
1 - Control cable plug3 - Control cable
2 - EURO central connector
5.3.4RTKSC-2 torch installation
Continue according to section "Torch installation".
In order to adjust the wire feeder position to the cable assembly length, it must be
mounted on an adjustable support with a possible movement of ± 2-3 cm (± 1 in.) to
the back and to the front. The length of the cable assembly must be determined
from the centred mounting position of the wire feeder.
1.Move the robot arm into a completely straight position, see illustration below. Make
sure that (1) axis 6 (rotation around the torch axis) is in 0° position.
2.Move the feeder (3) completely to the back in order to create space for inserting the
cable assembly. If it is not possible to move the feeder sufficiently, it should be
removed from the robot.
3.Insert the cable assembly with the coupling (2) first into the robot arm and feed it
through the robot wrist.
4.The feeder should only be installed again after the correct mounting position with
respect to the cable length has been determined. (See section "Installing the cable
assembly").
ETTEVAATUST!
Important! Axis 6 must be in 0° position.
5.4.2.2RTFLC-2 feeder cabinet connections
When installed for the first time, the position of the wire feeder cabinet must be adjusted to
the length of the cable assembly. First, the robot arm must be fully extended (straight).
ETTEVAATUST!
As long as the correct position of the feeder corresponding to the length of the cable
assembly has not been determined, be careful when moving the robot arm and
avoid overstretching the cable. It is helpful to loosen the positioning screws of the
feeder before moving the robot arm to allow the feeder to follow the cable assembly.
1.Loosen the sliding mechanism of the wire feeder and connect the cable assembly.
Refer to the instruction of the feeder manufacturer.
2.Now adjust the position of the wire feeder to suit the length of the Infiniturn or Helix
cable, as indicated with "A" in the illustration below.
ETTEVAATUST!
When adjusting the position of the feeder cabinet, make sure that the cable
assembly is not under stress when the robot arm is in stretched-out position.
It is normal for the cable assembly to sag slightly, it should never be taut.
3.Before securing the wire feeder in its permanent position, ensure that the Euro
connections are tightly connected. Then turn the torch mount down and up again
(rotating on the axis 5), in order not to tighten the cable assembly too much against
the feeder (see illustration above). Once this is done, tighten the feeder in that
position.
4.For water cooled systems, connect the water lines to the cooling circuit. See section
"Cable assemblies for hollow wrist systems" in the TECHNICAL DATA chapter for
indications.
The hose with the blue rubber cap is for cooling water to the torch, the hose with the
red rubber cap returns the heated water. Make sure the hoses will not kink or get
otherwise blocked.
TÄHELEPANU!
A Helix cable assembly used for a gas cooled system must not be connected
to a cooling circuit. As the water connections are not needed, they may be cut
off.
5.Connect the blow-out hose (black rubber cap) to the corresponding outlet of the wire
feeder.
TÄHELEPANU!
If the blow-out function is not used, the blow-out hose must be sealed with the
rubber cap enclosed. With Infiniturn systems, the blow-out air must be
supplied to the corresponding connection hose, if it is not permitted to connect
blow-out air to the shield gas connection!
6.Install the necessary plug on the control cable and connect it to the safety off circuit
interface of the wire feeder (see section "Electrical connections").
5.4.3RTFLC-2 cable assembly
The cable assembly must be aligned to the intended use in length and design. The type of
cooling for the torch and the cable assembly must be the same (either gas or water cooled
respectively). In order to prevent damage to the torch system and other components, it is
imperative to observe the following instructions.
ETTEVAATUST!
•Coordinate the length and design of the cable assembly to suit the range of
action of the robot.
•Do not bend, compress or overstretch the cable assembly.
•Fix the cable assembly such that is can be moved freely and cannot become
entangled.
•Any additional holding devices possibly installed, for example a balancer,
must not crush or bend the cable assembly.
•Extreme turning movements must be avoided in which the cable assembly
may become twisted.
•Chafing on the robot or other objects must be excluded.
5.4.3.1RTFLC-2 cable assembly installation
In a hollow wrist system the recommended order of installation is to feed the cable assembly
through the robot arm before connecting the cables to the torch mount.
When the cable assembly is correctly installed in the hollow wrist, continue the installation
according to the procedure described below.
TÄHELEPANU!
For some robots, it may be possible to deviate from this order, and first connect the
cable assembly to the RTKSC-2 and RTFLC-2, then thread the cable from the front
through the robot arm. If in doubt, follow the suggested order.
1.Loosen the three screws (7) with the associated washers and remove them from the
RTFLC-2 cover (1). See illustration below.
2.Install the supplied O-rings (4) into the grooves in the cover (1). For gas cooled
systems, only one O-ring (4a) is needed, for water cooled systems all three O-rings
are needed.
3.Pull the cable assembly approximately 15 cm (6 in.) from the main body (3).
4.Insert the coupling (2) into the socket of the cover (1) as shown. Align the index pin (6)
with the index hole (5) in the main body and insert completely.
TÄHELEPANU!
Take great care that the position of the O-rings is not shifted by the index pin
during the assembly.
1 -RT FLC-2 cover5 -Index hole
2 -Coupling6 -Index pin
3 -RT FLC-2 main body7 -3× M5×35 screws
4 -3× O-ring for water cooled systems11 - Control cable connector
5.Insert the three screws (7) with the associated washers (8) and tighten gently with the
enclosed hexagonal wrench, see below illustration.
6.If present insert the control cable plug (10) into the connector (11) and make sure it is
firmly seated.
7 -3× M5×35 screw11 - Control cable connector
8 -Washer12 - 2× Micro switch
10 - Control cable plug13 - Index pin
7.Gently push back the cable assembly into the robot arm and carefully seat the
RTFLC-2 cover (1) in place. Observe the index pin (13) to be in the correct position.
Make sure the two micro switches (12) are not damaged if present.
8.Insert the three M5 screws (14) and tighten without excessive force.
After connecting the control cable, secure the cable in order to protect it from getting
caught while the robot is moving.
Usually, the control cable will be directly connected to the wire feeder. See the
documentation of the manufacturer for details. The link to the robot control is then
implemented via the power source controller.
5.4.4.1RTFLC-2 hollow wrist system with Infiniturn cable assembly
Connecting the nozzle sense function
If the robot control provides a control circuit for nozzle sense functionality.
The connection is accomplished with a 2-wire connection (black/black) to the nozzle sense
circuit in the robot control (5), see illustration below.
Usually, the control cable will be directly connected to the wire feeder. See the
manufacturer's documentation for details. The link to the robot control is then implemented
via the power source robot interface.
Rating of the control circuit: max. 50 V / 5 A.
OHT
If the nozzle sense function is not being used, the open end of the control cable on
the power source connection side must be properly isolated in order to avoid short
circuits. During certain problems on the torch head, the full welding potential may be
present on this cable.
ETTEVAATUST!
After detection of contact (gas nozzle on work piece), quickly reduce or cut off the
maximum current in the nozzle sense circuit in order to avoid overloading of the
system.
Allowed load max. 1 minute at the rated nominal current.
1 - Control cable plug3 - Control cable
2 - EURO central connector
5.4.4.2RTFLC-2 hollow wrist system with Helix cable assembly
Connecting the nozzle sense function
If the robot control provides a control circuit for nozzle sense functionality.
The connection is accomplished with a 1-wire connection (green) to the nozzle sense circuit
in the robot control (5), see illustration below.
Usually, the control cable will be directly connected to the wire feeder. See the
manufacturer's documentation for details. The link to the robot control is then implemented
via the power source robot interface.
Rating of the control circuit: max. 50 V / 5 A.
OHT
If the nozzle sense function is not being used, the open end of the control cable on
the power source connection side must be properly isolated in order to avoid short
circuits. During certain problems on the torch head, the full welding potential may be
present on this cable.
ETTEVAATUST!
After detection of contact (gas nozzle on work piece), quickly reduce or cut off the
maximum current in the nozzle sense circuit in order to avoid overloading of the
system.
Allowed load max. 1 minute at the rated nominal current.
1 - Control cable plug3 - EURO central connector
2 - Control cable4 - Burndy connector
5.5Torch installation
Be sure to use the correct version of the torch mount and cable assembly (water or gas
cooled).
5.5.1Torch neck equipment
The torch neck, see (1) in the illustration below, must always be equipped to suit the wire
diameter and material.
1.Select the correct wire guide, contact tip (4), tip holder (2), gas nozzle (5), and gas
diffuser/spatter protection (3). You will find an exact overview and possible alternative
equipment elements for various torch models in the spare parts list. Only use original
ESAB parts; only then is the fitting accuracy ensured.
2.Firmly tighten the tip holder and the contact tip using a suitable tool for example the
enclosed monkey wrench.
3.When using a split wire guide, remove the installed guide nipple including the o-ring
from the torch flange upon delivery if necessary (see section "Installing the neck
liner").
ETTEVAATUST!
The torch must be completely equipped before welding, especially the gas
diffuser and/or spatter protection and all necessary insulators have to be
installed according to the spare parts list. Welding without these items may
cause immediate destruction of the torch.
1 - Torch neck4 - Contact tip
2 - Tip holder5 - Contact tip
3 - Gas diffuser
5.5.2Aristo RT torch neck installation
TÄHELEPANU!
Check the O-rings on the flange of the torch neck before mounting. Replace the
O-rings if damaged or lost. Missing or faulty O-rings will lead to leaks of shielding
gas and coolant.
1.For hollow wrist systems, insert the torch into the torch mount in the correct
orientation, so that the locator pin fits into the slot of the RTKSC-2 or RTFLC-2
interface, see (A) in the illustration below. For standard systems, attach the torch to
the RT flange of the cable assembly, (B) in the illustration below.
Installation is only possible in the correct orientation.
2.Tighten the locking nut of the torch neck.
TÄHELEPANU!
Only tighten by hand, never use tools or excessive force.
3.The correct seating of the torch can be checked by means of the window (1). If the
torch has been correctly mounted, no gap should be seen through the window (1).
5.6Installing the wire guide for standard and hollow Wrist arm
Installing the wire guide
Choose the wire guide or liner depending on the filler wire material and diameter to be used,
see the spare parts list. Accurate performance of the system can only be guaranteed when
using original ESAB wire guides.
The recommended wire guide is the split wire guide, which consists of the neck liner and a
separate guide in the cable assembly. The front part of the wire guide, which is most
stressed, can be exchanged easily and independently of the cable assembly wire guide.
For correct installation, the following steps must be followed (example for Euro central
connector).
5.6.1Installing the neck liner
The neck liner must be selected to fit the material and diameter of the welding wire, see the
spare parts list.
1.If present, remove the central guide nipple (1), from the torch neck using a hexagon
wrench (size 6 mm) or a large flat-blade screwdriver.
TÄHELEPANU!
The guide nipple (1) can only be used with one-piece liners and must not be
used with the standard RT or hollow wrist system.
2.When replacing the neck liner:
Unfasten the sleeve nut and remove the torch neck.
Unfasten the liner nipple using a hexagon wrench (size 6 mm) and remove nipple and
liner from the torch neck.
3.Remove the gas nozzle and the contact tip.
4.Insert the new neck liner (2) into the torch. Carefully tighten the guide nipple using a
suitable tool, e.g. a hex-wrench (size 6 mm) or a large flat-blade screwdriver.
5.Cut the neck liner flush with the tip holder and remove the neck liner from the torch.
6.Install the contact tip.
7.Insert the neck liner again. It will be stopped by the contact tip. Measure the excess
liner sticking out of the neck.
8.Remove the liner again and shorten the front end by the measured length. Carefully
deburr the edge and make sure that the inner hole is not blocked.
9.Reinstall the neck liner and tighten the guide nipple in the neck.
5.6.2Installing a split wire guide in the cable assembly
The correct liner must be inserted to suit the filler material and the wire diameter, see the
spare parts list.
The wire guide is inserted through the cable assembly from the rear, reaching the guide
nipple that is installed in the flange where the torch neck will be attached. The following
worksteps must be followed in order to correctly determine the wire guide length. (Example
for Euro central connector).
1.For standard RT system: Install the guide nipple (1) in the center hole of the neck
support flange, see illustration A below.
For hollow wrist system: Install the guide nipple (1) into the torch interface of the
RTKSC-2 / RTFLC-2 cover, see illustration B below.
2.Remove the sleeve nut (2) from the central connector, and remove the old wire guide.
3.Insert the wire guide through the central connection and push forwards as far as it will
go into the guide nipple (1), applying light pressure.
ETTEVAATUST!
Ensure that the wire guide has advanced right up to the stop at the front,
rotating and pushing forward gently.
4.Measure the excess length that needs to be cut from the wire guide.
5.Remove the wire guide again and shorten the front end by the measured length.
Steel liner: grind down the burred edges if needed.
Plastic liner: make a clean cut and chamfer the edges (e.g. with a pencil sharpener)
TÄHELEPANU!
Make sure the inner opening of the liner is not obstructed by the cut wire end.
6.Reinstall the wire guide and attach the sleeve nut (2).
TÄHELEPANU!
For hollow wrist systems where Infiniturn and Helix cable assemblies are
used, wire guides should be installed without tension so that the ends of the
liners may rotate freely.
Important note when using a plastic liner:
The wire channel between the drive rolls of the feeder and the central
connector of the torch must be fitted with a plastic liner. Depending on the
design of the feeder, a piece of plastic liner inserted into a brass guide tube
can be used.
During wire run-in, make sure that the wire is fed correctly into the plastic liner
of the torch. If necessary, remove the cable assembly from the feeder and
insert the wire, then reattach.
5.6.3Installing a continuous wire guide in the cable assembly
Installing a steel liner
The wire guide is inserted through the cable assembly from the rear and reaches to the
contact tip. The following worksteps must be followed for the correct calculation of the length
(example for Euro central connector):
1.Install the torch (see section "Torch neck equipment").
2.Remove the gas nozzle and contact tip from the torch.
3.Remove the sleeve nut (D) from the Euro connector.
4.Push in the liner through the central connector and fix with the sleeve nut.
5.Cut off the liner flush with the nozzle holder. To determine the thread projection of the
contact tip, pull the liner backwards and screw in the contact tip.
6.Push the liner forwards as far as it will go to the contact tip applying light pressure on
the liner and measure the length to be shortened at the rear.
7.Now remove the liner again and cut the excess length measured off it’s front end. If
needed, grind down the burred edges. Make sure the inner opening of the liner is not
obstructed by the cut wire end.
8.The insulation of the liner must be removed after cutting off in the front area, such that
the insulation protrudes out of the RM2 flange by approx. 5 cm. For this, briefly
remove the torch neck.
9.Push the liner back in again and fix with the sleeve nut (D), see above. Re-install the
gas nozzle.
1.Mount the torch neck (see section "Torch neck equipment") and equip it with a gas
nozzle and contact tip.
2.Remove the sleeve nut (D) from the Euro connector.
3.Cleanly cut off the liner, slightly break the outer edges, point slightly (e.g. with a pencil
sharpener).
4.Insert the liner through the central connector into the cable assembly with fitted torch.
If it gets stuck, rotate the liner to free it and facilitate installation.
TÄHELEPANU!
Make sure the liner is completely inserted by rotating it and slightly pushing it
forward, until you can feel it has reached its stop.
5.Mount the nipple (B) and the O-Ring (C), move it to the right position and fix it with the
sleeve nut (D) of the Euro central connector.
6.Measure the required overlap needed inside the wire feeder cabinet and cut the liner
accordingly.
5.7Adjust the narrow gap contact tip
The adjusting tool RT42-NG is designed for the narrow gap torch necks RT42W-NG,
RT42G-NG and RT 82W-0°NG, torches with curved narrow gap contact tip. It facilitates the
precisely repeatable and fast changing of the curved contact tip.
TÄHELEPANU!
The adjusting tool must be securely fastened to a stable base, in order to prevent
the position of the device in relation to the robot cannot change unintentionally. If the
exact orientation of the device is lost, the alignment of the contact tip used for the
elaboration of the welding programs can no longer be reproduced with precision.
Select a position within the operating range of the robot for orientation (alignment) of the
contact tip to the torch. Fasten the adjusting tool firmly to a base using the fastening grooves
provided for this purpose. Fastening material is not included with the adjusting tool. Select
fastening material (screws) to suit the existing conditions.
Save all motion sequences and stop positions required to change or align the wearing parts
to a separate robot program.
Before programming the welding tasks: plan at which orientation the contact tip is to stand in
relation to the torch. The torch must then be positioned in the desired rotational position and
the contact tip aligned using the adjusting device. Only then may the welding task be
programmed. If different orientations of the contact tip are required for various welding tasks,
the contact tip has to be aligned to the new position when the welding task is changed.
HOIATUS!
The gas nozzle and the torch head become very hot during welding. Always allow
the torch to cool down before replacing wearing parts or adjusting the contact tip.
Move the robot torch to a position parallel to
the opening of the adjusting tool (2). Maintain
a sufficient distance to the work table to be
able to comfortably remove the gas nozzle.
Define this position in your robot program as
the wearing parts change position (stop
position 1).
Remove the gas nozzle by pulling it
downwards. Remove the welding wire in the
contact tip if necessary.
Loosen the counter nut (4) of the contact tip
while counter-holding the nozzle holder at the
wrench flat (3).
Unscrew the contact tip including the counter
nut from the nozzle holder and replace the
nozzle holder if necessary.
Completely screw the counter nut (4) onto the
new contact tip. Screw the contact tip
including the counter nut into the nozzle
holder.
Align the contact tip until it is parallel to the
opening of the adjusting tool. If necessary,
slightly unscrew the contact tip so that it can
be easily turned in both directions.
The contact tip must be able to be
easily moved by hand in both
directions in order to enable the
threading of the adjusting tool.
Place the robot torch or contact tip directly in
front of the opening of the adjusting tool (2)
(stop position 2).
Insert it slowly from the front until it is
completely inserted into the device (stop
position 3).
The contact tip was aligned exactly in the
device during insertion. Now cautiously
tighten the counter nut (4) in this position,
while counter holding the nozzle holder at the
wrench flat.
Slowly move the robot torch out of the
adjusting gauge, return to stop position 1 and
push on the gas nozzle as far as it will go.
Allow the welding wire to run into the contact
tip and bring the robot arm into welding
position.
Before starting the system, check the whole installation according to the
manufacturer's instructions and applicable safety regulations.
Check the following to make sure that the system has been installed correctly:
1.Are all parts securely attached (torch, torch mount, flanges, safety-off device, cable
assembly, and wire feeder cabinet)?
2.Are all media hoses connected correctly and protected from damage?
3.Is the EURO central connector or direct connector fastened tightly?
4.Is the cable assembly length correct and suitable for the installation and can the cable
rotate freely? The cable must not be bent sharply. Any risk of the cable getting caught
on another object must be eliminated.
5.Is the control cable of the safety-off circuit connected and functioning? Move torch by
hand to test (RTKSC-2 and RTKS-2 only).
6.Is the torch firmly attached and is it completely equipped?
7.Is the wire guide installed according to the manual?
8.Are all lines and tubes arranged so that they cannot be damaged or bent?
The wire run-in can now be started, either via the wire run-in pushbutton or via the wire run-in
at the feeder.
6.1Important information for programming (hollow wrist system
only)
Fast rotation of axis 6 of the robot will significantly stress the cable assembly. In certain
cases, this can lead to damage or destruction of the cable. In order to maximize the lifetime
of the cable, we strongly suggest respecting the following limitations when programming the
robot.
Position of axis 5 Max. rotational speed of axis 6
0 – 60°100 % (no limitations)
60° – 80°300°/sec (approximately 50 % of max. robot speed)
> 80°120°/sec (approximately 20 % of max. robot speed)
TÄHELEPANU!
The above values are only indications. For information on the exact rotational speed
limits, refer to the individual robot manual or contact the robot supplier.
To reposition the torch quickly, the robot arm may have to be slightly extended first to achieve
a bending angle of max. 60° of axis 5. In this position, the maximum available rotation speed
of axis 6 can be used.
When using the ESAB Helix cable assembly, the max. rotation of ±270° from the neutral
position must not be exceeded.
Enne süsteemi hooldamist, tuleb süsteem vooluvõrgust lahti ühendada. Järgige
selle peatüki alguses toodud ohutusjuhiseid.
Kahjustatud põleteid või kaablikomplekte ei tohi kasutada! Teadaolevad rikked
peavad kvalifitseeritud tehnikud enne seadme kasutamist kõrvaldama.
HOIATUS!
Põletushaavade oht! Gaasiotsak ja põletipea lähevad keevitamise ajal väga tuliseks.
Enne hooldustöid laske põletil maha jahtuda.
HOIATUS!
Vigastuste ja varakahjude vältimiseks järgige alltoodud juhiseid.
1.RTKSC-2 või RTFLC-2 põleti kinnitusi, RTKS-2
turvaseiskamismehhanismi, kaablikomplekti, Infiniturn aineliitmikku tohivad
remontida vaid ESAB-i hooldustehnikud.
2.Infiniturn aineliitmikku ei tohi avada. Sellel pole osi, mida kasutaja tohiks
hooldada ja demonteerimise korral see hävineb.
3.Seadmeid RTKSC-2 ja RTKS-2 ei tohi demonteerida. See on vedrulaetav
mehhanism. Mittekorrektsete muutmistoimingute teostamisel võite saada
raskeid vigastusi
7.1Kohustuslikud kontrollimised ja toimingud
Enne iga kasutuskorda.
•Kontrollige, et põletil, puuteotsal, gaasiotsakul, kaelaümbrisel, kaablitel ja seadmel
üldiselt poleks nähtavaid kahjustusi.
TÄHELEPANU!
Tööseisaku lühendamiseks on soovitav kasutada kaht põleti konkstoru vaheldumisi
ja hoida hiljuti kasutusvalmisseatud konkstoru alati käeulatuses.
Keevitustraati pole enne
kaablikomplekti sisse söötmist
sirgendatud
Põletil ja kaablikomplektil pole kõiki
kasutatava traadidiameetri ja
juhtmematerjali jaoks vajalikke
komponente
Traadijuhik pole kaablikomplekti
korrektselt sisestatud
Traadi ümber olev mustus blokeerib
kontaktotsa
Traadijuhik on kulunud
Põletis olev mustus takistab
traadisööturi tööd
Vajadusel tõmmake keevitustraat
uuesti välja, lõigake ots maha,
eemaldage lõikeotsalt kraadid ja
sirgendage traadi esimene 10 cm
pikkune jupp. Seejärel keerake
keevitustraat kaablikomplekti külge
tagasi.
Kontrollige traadijuhikut
(kaablikomplekti ja põleti konkstoru)
ning puuteotsa.
Tõmmake traadijuhik euroliitmikust
natuke välja. Traadijuhiku
sisestamisel peaksite tundma,
kuidas juhiiku ots põleti juhtniplisse
libiseb. Kui te seda ei tunne, võib
traadijuhik olla liiga lühike ja ei
pruugi olla täielikult sisestatud.
Vahetage puuteots ja/või traadijuhik
välja, puhastage põleti konkstoru,
traadijuhiku kanal ja traadijuhik
suruõhuga.
Põleti
kuumeneb üle
Puuteots või otsahoidik pole
korrektselt kinnitatud
Remondi- ja elektritöid peab teostama ESAB'i volitatud hooldustehnik. Kasutage ainult
ESAB'i originaalvaru- ja kuluosi.
ESAB RT põletid RTKS-2, RTFL-2, RT-KSC-2, RT-FLC-2, RT42, RT52, RT62, RT72,
RT82, RT42-NG, ja RT82WNG on loodud ja testitud vastavalt rahvusvahelistele ja
Euroopa standarditele IEC/EN 60974-7. Teenindus- või remonditöid teostanud
tehnohooldeosakond peab tagama, et toode jätkuvalt vastaks ülaltoodud standarditele.
Varuosi ja kulutarvikuid saate tellida lähima ESAB-i toodete edasimüüja juurest, lisateavet
vaadake veebisaidilt esab.com. Tellimisel märkige palun toote tüüp, seerianumber,
kasutamisotstarve ja varuosa number nii, nagu see on esitatud varuosade loetelus. See
hõlbustab tarnet ja tagab korrektse kättetoimetamise.