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![Miller DS-64M SWINGARC Owner's Manual | Manualzz Miller DS-64M SWINGARC Owner's Manual | Manualzz](http://s3.manualzz.com/store/data/051901182_1-b33902f0a1151a19f5cd439ef6f2f599-360x466.png)
Millerfi Form: October 1993 OM-1588 Effective With Serial No. KD506226 OWNERS MANUAL DS-64M And (12) (16) Foot Boom Mounted Wire Feeder Boom-Mounted Microprocessor Controlled Constant Speed Multi-Power Source Compatible For GMAW. GMAW-P. And FCAW For .023 To 1/8 in Welding (0.6 To 3.2 mm) Wires Standard Wire Feed Programmable Dual Wire Feeder Speed Of 50 To 780 ipm (1.3 To 19.8 mpm) Pulse Weld Parameters Circuit Breaker Protected Give this manual to the operator. Read and follow these instructions and all blocks carefully. safety Have only trained install, operate, or and qualified persons For service this unit. call your distributor if you do not understand the directions. cover 7/93 ST-800 172 ' 1993 MILLER Electric or: help, call your distributor MILLER Electric Appleton, Mig Cc- WI 54912 Mfg. Co., P.O. Box 1079, 414-734-9821 PRINTED IN USA I j MILLERS TRUE BLUETM LIMITED WARRANTY (Equipment with Effective January 1, 1992 aerial number preface of XC a This limited werrenty supersedes eli previous MILLER werrsntlee end is exclusive with LIMITED WARRANTY Subject to the terms end conditions below, MILLER Electric MIg. Co.. Appleton, Wisconsin, werrents to its original retell purcheser Ihet new MILLER equipment sold efter the effective dete of this limited werrenfy is free of de fects in materiel end workmanship et the time it is shipped by MILLER, THIS WAR RANTY IS EXPRESSLY IN LIEU OF ALL OTHER WARRANTIES. EXPRESS OR IMPLIED, INCLUDING THE WARRANTIES OF MERCHANTABILITY AND FIT NESS. other guerentees or werrenties expressed or implied. Remote Controls Accessory Kits Replecement Pens TM MILLERS True Blue Limited Werrenty shell not epply to: 1. Items furnished by MILLER, but menufectured by others, such es engines or trede ecceesoriee. These items are covered by the menufecturers werrenty. if eny. 2. Coneumeble components: such Within the werrenty periods listed below. MILLER wilt repeir or reptece any warrented perts or components that fell due to such detects in meteriel or worlrnenship. MILLER musf be notified in which time MILLER will writing within thirty (30) deys of such defect or failure, et provide instructions on the werrenty cleim procedures to be no newer) or end followed. MILLER shell honor werrenty cleims on werrented equipment listed below in the werrenty time periods, All werrenty time periode alert on the dete that the equipment wee delivered to the origlnel retelt purcheser. or one yeer eher the equipment is sent to the distributor. 5 Veers Pens 3 2. pens thet fell due es contect tips, cutting nozzles. contectors to normel weer. thet hes been modified by eny petty other then MILLER, or equip improperly instelled, improperly opereted or misused or industry equipment which he, not hed reesoneble end neceseery maintenance, or equipment which he, been used tor operetion outxide of the specificetione for the equipment. ment thet hes been beeed upon etenderds, Years Lebor MILLER PRODUCTS ARE INTENOED FOR PURCHASE AND USE BY COMMER CIALJINDUSTRIAL USERS AND PERSONS TRAINED AND EXPERIENCED IN THE USE AND MAINTENANCE OF WELDING EOUIPMENt mein power rectifiers Original or Equipment 3. event of such e feilure within the 1. releys Perle end Lebor 3 Veers In the event of e Treneformer/Rectifler Power Sources Plesme Arc werrenty cleim covered by this werrenty, the exclusive remedies option: (1) repeir: or (2) replecement; or. where euthorized in shell be, et MILLERS Cutting Power Sources writing by MILLER SemI-Autometic end Autometic Wire Feeders in eppropriete cexes. (3) the reesoneble cod of repeir or replece ment at en euthorized MILLER service station; or (4) payment of or credit for the pur chese price (tees reesonebledeprecietlon based upon ecluel use) upon return of the Robote et customers risk end expense. MILLERS optIon of repair or replecem,ant FOB., Fectory et Appleton. Wisconsin. or FOB. etc MILLER euthorized ser vice facility cx determined by MILLER. Therefore no compeneation or reimburse ment for transportation costs of any kind will be allowed. goods 3. Pens end Lebor 2 Veers Engine Driven Welding (NOTE: Engines * 4. Air will be ere Generetore werrented eeperetely by the engine menufecturer.) Compressors 1 Veer TO THE EXTENT PERMITTED BY LAW, THE REMEDIES PROVIDED HEREIN ARE THE SOLE AND EXCLUSIVE REMEDtES. IN NO EVENT SHALL MILLER BE Pens end Lebor LIABLE FOR DIRECt INDIRECt SPECIAL, INCIDENTAL OR CONSEOUENTIAL DAMAGES (INCLUDING LOSS OF PROFIT), WHETHER BASED ON CON TRACT. TORT OR ANY OTHER LEGAL THEORY. Motor Driven Guns Process Controllers * Weter Coolent Systems ANY EXPRESS WARRANTY NOT PROVIDED HEREIN AND ANY tMPLIED WAR HF Unite RANTY, GUARANTY OR REPRESENTATION AS TO PERFORMANCE. AND ANY REMEDY FOR BREACH OF CONTRACT TORT OR ANY OTHER LEGAL THEORY WHICH, BUT FOR THIS PROVISION, MIGHT ARISE BY IMPLICATION, OPERATION OF LAW. CUSTOM OF TRADE OR COURSE OF DEALING, IN Grids Spot Welders Loed Benks CLUDING ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR PARTICULAR PURPOSE, WITH RESPECT TO ANY AND ALL EOUIPMENT FURNISHED BY MILLER IS EXCLUDED AND DISCLAIMED BY MILLER. SDX Trensformers Running Geer/Treilere Field Options TM (NOTE: Field options ere covered under True Blue werrenty period of the product they ere instelled in, whichever is greeter.) one yeer for the or for e remelning minimum of Some states in the U.S.A. do not allow limitations of how long en implied warranty feats, or the esciuxion of incidental, indirect, specisl or consequential damages, so the above limitation cific 5. 6 Months 6. 90 Deys legal rights. or exclusion may nof apply to you. This warranty provides spe rights may be available. but mey vary from dde to state. and other Befteries Pane end Lebor MIG Gune/TIG Torches Plesme Cutting Torches In Canada. legislation or remedies other then in come as provinces providex for certain additional warranties elated herein, and to the eetent that waived, the limitations and exclusions set out above may not Warranty provides specific legal rights. vary from province to province. and other rights they may not be apply. This Limited may be available, but may al- i-u RECEIVING-HANDLING Before unpacking equipment, check carton for any damage that may have occurred during shipment. Fi(e any Claims for loss or damage delivering carrier. Assistance for fi)ing or Settling claims may be obtained from distributor and/or equipment manufacturers Transportation Department. with the When requesting information Use the or folloWing spaces to about this equipment, always provide Model Designation record Model Designation and Serial or and Serial Style Number of your unit. or Sty)e Number. The information is located on the rating label nameplate. Model _________ Serial or Style No. Date of Purchase miller 5/93a ERRATA SHEET FORM: OM-1 588 June 2, 1994 - Use above FORM number when After this manual to data appearing was printed, refinements in equipment design extra manuals. ordering occurred. This sheet lists exceptions later in this manual. CHANGES TO SECTION 3INSTALLATION Replace Section 3-12B. Welding Wire Installation: Installation Of Optional Wire Reel And Reel Type Wire 1 Retaining Ring 2 Spanner 3 Lock 4 Wire Retainer 5 Wire Reel 6 Hub 7 Hub Pin 8 ReelSupport Nut Remove retaining ring. Pull lock and turn. Remove spanner nut, wire retainer, and wire reel from hub. Lay wire reel assembly face, and install wire as on flat sur shown. spanner nut until lock is in over hole in wire retainer. Pull lock and turn to insert locking pin into wire retainer. Tighten position Slide wire reel assembly onto hub, and turn assembly until hub pin is seated in hole in reel. Reinstall re taining ring. ST-143 478-A / ST-152 463 Figure 3-15. Installation Of CHANGES TO SECTION 15 Replace Figure 15-1. Circuit Replace Figure 15-2. Optional Wire Reel And Reel Type Wire ELECTRICAL DIAGRAMS Diagram For Wire Feeder (see Pages 2 and 3 on this Errata Sheet) Wiring Diagram For Wire Feeder (see Pages 4 and 5 this Errata Sheet) on r - - - - ~T~&;: ~ I C~iECTIGH FGG RE~CTE I (SEE FIELD DSTRLtTII)I) PRI)IRAJ4 SELECT DSPL2 SIDE DISPLAY I I ~I~I!I~I~I: ~ -1~ FRONT CM-c I 09 ~ !~i fl~flflI! fl~i oI~I~I~~kII C ~I111~twiTtifl D~DCNT vv o PSIl P842 PB44 __~. o 0 o RC4I/PLC4I ____________ ________________ __ PARAIETER SELECT SELECT I RCIOO-I>> PC 100-2 >> I I PC6O I RC6O/PLG6O H Ii I ~ I I RCIOI/PLGIOI I CJ ~ I N 0000000 ci _vvvvvvvvJ II I I I~~I P1 I I ~I~iII~ ____________ _________ __ RC6I/DATACAROJI I RCIOO-3))- RCIoo-5>>- Lvvvvv ~ RC 41 ~L RPS-8 FILTER BOARD I ~ ~ 0 6 ~ ~~II 1IP1~0cu_liC P040 ~u P843 _~. ) CARD RC6I T ~ I ~ PARAĆTER SELECT PC3O DATA CM o I 6 ___________ ~, C1 OECRE~NT o I 6 ________ ___________ o I 6 6 i23456~ ~ ~ DISPLAY IOOTO ~ ~I ~I ~i; ___ ___________ I ~I~IdI~ _ P~AAAAAA w (a C) _______________ j)~)~C_~~) LEFT/RIGHT SELECT ~ 34 o o P825 CM C) CM 0 ~~777 mc c CABLE PCIO P1~GE _______ o o P821 4IcR~R~ESS~ 80650 RC24 RCIO/PLGIO LEFT RIGHT TRIGGER TRIGGER PCI I/PLGI I PC I 2/PLC 12 uur~ ~-~ d,swxM~uRc 1 4 3 ~ I IPI-G8i ~IXT40I~NT ~T. r C~ANT GG FLOW >.IIJ 3 (CPTIGHAL) I-I >~ P1026 wr(~5fl ~ ~l RC23 ~ 14> > > ) > 13> 4 II 1 r ---H (OPTIGHAL) LEFT ~1W)14 ~I ~)I3> NIT)2> > ~ TRIGGER ~fl~D LED TRIGGER LEFT SELECT RIGHT SELECT PCI LED LEO II PCI PCI PCI PCI PCI 1-7 ~ /7 TRIGGERDEcRE~NT /8 TRIGGER IICPEINT RC2S-I 4 Rc25-e 3 L I 2 PC2O Rc24/P1G24 ~ 1L Rc25-7> I RC2S/P1625 CR 01 I ~ I XTAD$NT IPTII31 N~ ~0 ~Ic I P1G57/PLGSI :2~I 2 ~I7 ~ ~ ~I7~ ~ 3~Q,3 P I O.E.I <-~-<l iE-~-*I >2~< ~TICAL :6 4-~-<6<~~6 2<14 ? GSIS. >-~-<6~-~- ~ >~<I~ u~~-.< 5E-~-~5 >~<I 5u(~L I I ~ <~ S I I -I ~ (1 (1 PLG57/PLG57 C12+04 <2E-~<~ TK2 COI44AI~C ~~ I NN ~e a~ ~ 2 ~ E~-< 7E-~7 >A~<1i < 69 3 ~ ~ ~I3( ~ E-~--<~ <3~I RIGHT <I ~~ir 8/~* GS2~ E_L Figure Page 2 15-1. Circuit <II ~*ii>~LL~<1 <I6.E~<6.~-~6>--~<I6( 2<14 E_.L.<4 ~ >_L..<I 4(2 I 6 <5E~-<5E-~45)--~-(15( L OM-1588 I-8>>--~ >>~~ I-5>>---~ I-2>>---~~~ I-6>>-~ I_3>>___~I5 PCI I-I LED 10 l)_____~II >~.~O~SI6PV5~A)II PLG29 PC 11-4 PC27> PLG83j ~I4>--~I4 L P823 c~ANT FLOW SWITD~ swn~uPc ~ dukEmo.e4T I 1P1G8i ~ PC 16/PLC 16 RC26>> 3 SIhWP&R)l ~> , PC I 5/PLC IS 0 PC I 7/PIG 17 PLC83 2 I o 5blflQ~ PLG23 >______~1 I o 0 P824 Diagram 6 _) For Wire Feeder ~1 R1~CTE PEI~OAP)T RPS-8 (OPTION) RPS-8 SWITcH BOARD RD I 0/PIG I 10 SHIELD ~RClIO-4 IJI~ I 5~g/ II ~~RV It ~RCI 10-3 -~RCI 10-I .~RclIo-5 I 0PDCANT <<RCIIO-2 I I o._.~uo ~, L I PC8O FILTER BOARD 9C82/P1G82 RC89/PIG7O RC9O/PLG9O I I r cO4lR ~aZ~ I ~F I ~ c RC8I-C > cC/Dy (~24V.CV( RC8I-E>Q.RRENT FEEDBAD( (IV,I0OA)IE)–f~L~E Ic>~c RC8I-G>flOXTA~cE (0-IOV( RC8I-M > VCLTAGE FEEOBAD( (tv/by) IN)~~ N CQ*ECT TO POWER 7 RC8I-F ) /0 4 ~ I I PIN C~O~ I I I I I I cOIOXTDR I 17 C~~ 5C54- I r :~ce~-u PC5O I > ,1C82-B INTERFACE L 9C82-3 RCGO/PLGSO PTIDR RDO4/PLGO4 RC82-6 Rc55/PLGSS RC9O- I >>~~~8~>.< >8 ~ >... 8( DRIVE ASSY PICK-IP(RIGHT) 182-Il RCS5-l RC9O-2 Rc55-5 - L 1C82-8 RD55-8 RC9O-4 RD55-2 III ~ .0 RC9O-5 >~B~O(~~ ~ ~ DRIVE ASSY PI~-~ (LEFT) ____ ________ RC9O-6 0 ~ ~ I I RD82-1 Rc55-4 _ i INSTRLCTI~G) WITH SWIPGARC DETA$NT RCO2/P1652 - (SEE FIELD rUSED 182-0 RCS I/Pt.GS I SD~DR H~ IDRTIONAL) BOARD RCO3/PLGS3 ____________ W~ ~RD~ 45RC70 I PLO7O RC87 RC9O-3 SENSE CLA~# RC89- I > RC89-2 PfA*~ >>~ ~ RC89-3>> acw RC80>HF STUD r 14 IOV i PIN PLL~ I Pf~W >c I ~3WC P.S. CO4O~ PIG 19 0 acw1 >0 I ~ > __________________________________________________________________ RcS-3: <<RC4-4~ ~ ~ RcO-Io: RC4-I COATACTOR P.S. RC4-9 RCA-6 F )H . I ) B 5Db-I PC I MOTOR BOARD CO*ECT I RC I/PIG I TO POWER RC2/PLG2 RC3/PIG3 RC4/PLG4 RCS/PLGS RCG/PLG6 24VACCI~O .EP1 >~ L SD-164 541-B OM-1588 Page 3 Pc 10 MICROPROCESSOR PC2O FRONT DISPLAY RC27 PLG27 efifiuI 690(6C37-7) 430(RC37-e) (RC37-4 I 6&I(6C37-3) 6 2 IOA~(Rt37-2 IIE(RC37-II 6 RC37 PLG37 - 6F(RC37-5) ~II 1H(RC37-6) PLG33 ) 3 20/ ~LL C C ~I~I ~ LA C Figure OM-1588 Page 4 15-2. Wiring Diagram For Wire Feeder a Is PCI MOTOR BOARD II PLG2B LEFT PLG3B RIGHT c1P19, SD-164 540-B U A C 3 OM-1588 Page 5 CHANGES TO SECTION 16 Change Parts List as Dia. Mkgs. 83-12 PARTS LIST follows: Part No. Replaced 124905 +168 104 87- Added 87- Added 166594 168103 Deleted 167697 010291 167700 167633 159264 133603 165934 83-13 85-24 124904 . PLG1O3 . 135635 87-2 161714 87-10 157 113 .87-11 097924 Description With Quantity RETAINER, spool support (Eff w/KE621 826) (consisting of) LABEL, caution falling wire reel can cause damage NUT, spanner retaining (Eff w/KE621 826) Eff w/KE593886 PANEL, front (Eff w/KE623992) 91-32 154031 91- Added Added 167387 165799 163281 91- Added 165798 91- Added 163282 155 024 91- 92-2 **First 164 842 x .088 wire x 1.062 ... Page 6 1 1 1 Ig (Effw/KE644333) SPACER, locating (Eff w/KE552693) WASHER, flat .257 ID stl (Eff w/KE644333) SPRING, pressure arm retaining LH (Effw/KE644333) SPRING, pressure arm retaining RH (Effw/KE644333) NUT, .250-28 stl (Eff w/KE644333) LENS, clear anti glare label should also be ordered. BE SURE TO PROVIDE MODEL AND SERIAL NUMBER WHEN ORDERING REPLACEMENT PARTS. OM-1588 1 1 SPRING, cprsn .573 OD digit represents page no digits following dash represent item no. ordering a component originally displaying a precautionary label, the +When 1 1 WASHER, fIat .625 ID nylafil (Eff w/KE623992) KNOB, pointer (Eff w/KE623992) WASHER, shldr .612 ID (Effw/KE623992) RING, ring ext .625 shaft grv x .045 thk E style (Effw/KE623992) 91-14 1 2 2 2 2 2 2 1 ARC WELDING SAFETY PRECAUTIONS WARNING a ARC WELDING be hazardous. can PROTECT YOURSELF AND OTHERS FROM POSSIBLE SERIOUS INJURY OR DEATH. KEEP CHILDREN AWAY. PACEMAKER WEARERS KEEP AWAY UNTIL CONSULTING YOUR DOCTOR. In welding, as in most jobs, exposure to certain hazards occurs. Welding is safe when precautions are taken. The safety information given below is only a summary of the more complete safety information that will be found in the Safety Standards listed on the next page. Read and follow all Safety Standards. INSTALLATION, OPERATION, MAINTENANCE, AND REPAIR WORK PERFORMED ONLY BY HAVE ALL QUALIFIED PEOPLE. ELECTRIC SHOCK can kill. 5. live electrical parts can cause fatal shocks severe burns. The electrode and work circuit is or live whenever the output is on. The input power circuit and machine internal circuits are also live when power is on. In semiautomatic or automatic wire welding, the wire, wire reel, drive roll housing, and all metal parts touching the welding wire are electrically live. Incorrectly installed or improperly grounded equipment is a hazard. 6. electrically 1. When dry, hole-free insulating gloves and body protection. yourself from work and ground using dry insulating Wear 3. Insulate Disconnect input power equipment. or stop engine before installing or this ARC RAYS can burn eyes and skin; NOISE can damage hearing. ~I equipment according to its attach making input connections, grounding proper conductor first. 7. Turn off all 8. Do not equipment when not in use. damaged, undersized, worn, use or poorly spliced cables. Do not wrap cables around your body. 10. Ground the electrical 11. Do not touch electrode if in contact with the work 12. only well-maintained equipment. damaged parts at once. 13. Wear a 14. Keep all 9. mats or covers. servicing this ground Manual and national, state, and local codes. workpiece Do not touch live electrical parts. 2. 4. install and Properly Owners Touching good to a (earth) ground. safety harness if panels and replace or above floor level. working covers ground. or Repair Use securely in place. ARC RAYS 2. Wear a helmet fitted with welding proper shade of filter (see a ANSI Z49. 1 listed in Arc rays from the welding process produce intense heat and strong ultraviolet rays that can burn eyes and skin. Noise from some processes can damage 3. 4. hearing. Safety Standards) to protect your face and eyes when welding or watching. Wear approved safety glasses. Side shields recommended. Use protective screens or barriers to protect others from flash glare; warn others not to watch the arc. Wear protective clothing made from durable, flame-resiŒtant material (wool and leather) and foot protection. and NOISE 5. 1. Use approved ear plugs or ear muffs if noise level is FUMES AND GASES can high. be hazardous 5. to your health. Welding produces fumes and gases. Breathing these fumes and gases be hazardous to your health. can 6. Keep your 2. If inside, ventilate the . remove welding area and/or use exhaust at the 7. If ventilation is poor, use an 4. Read Safety Data Sheets (MSDSs) the Material manufacturers and fire 5. Watch for fire, and 6. Be or burns.Accidentalcontactofelectrodeorweldingwire objects can cause sparks, overheating, or yourself flying sparks unless the sure the spraying react with vapors to galvanized, lead, or is removed from the coating is well ventilated, and if necessary, while that fire keep welding on a fire on a extinguisher nearby. ceiling, floor, bulkhead, or partition the hidden side. . 7. Do not weld 8. Connect work cable to the work on closed containers such as tanks as and hot metal. or drums. close to the welding area as traveling long, possibly practical to prevent welding current from unknown paths and causing electric shock . and others from aware can cause fire. Protect area explosion. can cause or while wearing an air-supplied respirator. The coatings and any metals containing these elements can give oft toxic fumes if welded. Sparks and spatter fly off from the welding arc. The flying sparks and hot metal, weld spatter, hot workpiece. and hot equipment can cause fires and to metal 1. coated metals, such .as on plated steel, weld area, the the coatings, and cleaners, WELDING Do not weld cadmium approved air-supplied respirator. instruction for metals, consumables, degreasing, cleaning, near or used for arc to fumes and gases. 3. Do not weld in locations operations. The heat and rays of the arc can form highly toxic and irritating gases. head out of the fumes. Do not breathe the fumes, 1. a confined space only if it is well ventilated, wearing an air-supplied respirator. Shielding gases welding can displace air causing injury or death. Be breathing air is safe. Work in and fire hazards. . 2. Do not weld where 3. Remove all flammables within 35 ft flying sparks strike flammable material. (10.7 m) of thewelding arc. them with approved covers, this is not 4. can possible, tightly cover Be alert that welding sparks and hot materials from welding easily go through small cracks and openings to adjacent can 10. can 11. use welder to thaw frozen pipes. Remove stick electrode from holder tip when Wear oil-free or 1. Wear cut off welding wire at not in use. protective garments such as shirt, cuffless trousers, high shoes, and approved face shield or leather a gloves, heavy cap. safety goggles. Side shields recommended. injury. Chipping and grinding cause flying cool, they can throw oft slag. Do not contact areas. FLYING SPARKS AND HOT METAL cause If 9. metal. As welds 2. Wear proper body protection to protect skin. Sri 9/92 CYLINDERS explode can if damaged. Keep cylinders away from any welding 3. or other electrical circuits. gas cylinders contain gas under high pressure. If damaged, a cylinder can explode. Since gas cylinders are normally part of the welding process, be sure to treat them carefully. Shielding Never allow Use fittings designed for the specific application; maintain them and associated parts in good condition. Turn face away from valve outlet when opening cylinder valve. Keep protective cap in place over valve except when cylinder is 6. Protect 1. mechanical shocks, and 2. excessive 7. upright position by chaining equipment cylinder rack to 8. in use or connected for use. arcs. cylinders in them to a stationary support prevent falling or tipping. Install and from heat, compressed gas cylinders a welding electrode to touch any cylinder. only correct shielding gas cylinders, regulators, hoses, and 4. 5. an secure or Read and follow instructions associated Standards. WARNING a ENGINE EXHAUST GASES Engines produce harmful ENGINE compressed gas cylinders, publication P-i listed in Safety on and CGA equipment, FUEL ENGINES can kill. can fire cause or equipment outside be hazardous. in open, well-ventilated 1. Use 2. If used in a closed area, vent engine exhaust outside and away from any building air intakes. 1. Stopenginebeforecheckingoraddingfuel. Do not add fuel while smoking or if unit is near any sparks exhaust gases. 2. explosion. can areas. or open flames. 3. Engine fuel is highly flammable. Allow engine to cool before fueling. If possible, engine before beginning job. check and add fuel to cold 4. Do not overfill tank 5. Do not allow If fuel is spill fuel. for fuel to room spilled, expand. clean up before starting engine. MOVING PARTS can cause injury. 3. only qualified people remove guards or troubleshooting as necessary. Have covers for maintenance and Moving parts, such as fans, rotors, and belts can fingers and hands and catch loose clothing. 4. cut 5. I. Keep all doors, panels, securely in place. 2. Stoc enaine before covers, installing and guards closed and connecting unit. ir~ ~ . .~ Reinstall panels or 1. 2. Always wear a Stop engine face shield when before Do not gases. 5. Observe correct STEAM AND PRESSURIZED HOT COOLANT can burn face, eyes, and skin. 1. generate explosive can moving doors when servicing is working disconnecting or on a battery. connecting battery cables. Do not allow tools to r adiator and tools away from guards and close starting engine. 4. The coolant in the under pressure. / Keep hands, hair, loose clothing, 3. acid and disconnect battery. finished and before SPARKS can cause BATTERY GASES TO EXPLODE; BATTERY ACID can burn eyes and skin. Batteries contain during servicing, parts. 6. or To prevent accidental starting negative () battery cable from use sparks when working cause welder to charge batteries polarity (+ and ) on or on a battery. jump start vehicles. batteries. Donotremoveradiatorcapwhenengineishot.Allowengine to cool. gloves and put a rag 2. Wear 3. Allow pressure to escape before over cap area when removing cap. be very hot and completely removing cap. PRINCIPAL SAFETY STANDARDS Safety in Welding and Cutting, ANSI Standard Z49.1, from Welding Society, 550 N.W. LeJeune Rd, Miami FL 33126 Safety and American Superinten Printing Office, Washington, Safe Handling of Compressed Gases in Cylinders, CGA Pamphlet P-i, from Compressed Gas Association, 1235 Jefferson Davis High way, Suite 501, Arlington, VA 22202. Health Standards, OSHA 29 CFR 1910, from dent of Documents, U.S. Government Code for Safety in Welding and Cutting, CSA Standard Wi 17.2, from Canadian Standards Association, Standards Sales, 178 Rexdale Bou levard, Rexdale, Ontario, Canada M9W I R3. D.C. 20402. Recommended Safe Practices for the Preparation for Welding and Cutting of Containers That Have Held Hazardous Substances, Ameri Safe Practices For OccupafionAnd EducationalEyc And Face Protec Welding Society Standard AWS F4.i from American Welding So ciety, 550 N.W. LeJeune Rd. Miami, FL 33126 tion, ANSI Standard Z87.1, from American National Standards Institute, 1430 Broadway, New York, NY 10018. National Electrical Code, NFPA Standard 70, from National Fire Pro Cutting And Welding Processes, NFPA Standard 518, from National Fire Protection Association, Batterymarch Park, Quincy, MA 02269. can tection Association, srI 9/92 Batterymarch Park, Quincy, MA 02269. PRECAUTIONS SECURITE DE MISE EN GARDE PROTEGEZ-VOUS, soudage, precautions. LE SOUDAGE A LARC est dangereux. AUTRES, CONTRE LES BLESSURES GRAVES POSSIBLES OU LA MORT. NE LAISSEZ PAS LES (A MOINS QUILS NAIENT C0NSL,LTE UN MEDECIN). AINSI QUE LES NI LES PORTEURS DE STIMULATEUR CARDIAQUE ENFANTS SAPPROCHER, Le A LARC EN SOUDAGE Ia plupart des activitØs industrielles, expose a certains risques. Le soudage nest pas dangereux lorsquon prend des consignes di~ØcuritØ suivantes ne font que rØsumer linformation contenue dans les normes ØnumØrØes ci-aprĆs. Lisez et comme Les respectez toutes ces normes. SEULES DES PERSONNES OUALIFIEES DOIVENT FAIRE DES TRAVAUX DINSTALLATION, DE REPARATION, DENTRETIEN ET DESSAI. LELECTROCUTION Une peut Œtre mortelle. decharge electrique peut vous tuer briDler gravement. LØlectrode et le circuit de sont sous tension au dØmarrage. ou Le circuit dentrØe et sous En soudage automatique ou semi-automatique avec fil, ce dernier, le support de roquette, le logement des galets dentraInement et toutes les piĆces des metalliques en contact matØriels mal installØs avec ou Ia mise le tilde mal mis a Ia terre sont 3. lsolez-vous de Ia tle a souder et de Ia mise ala terre de 4. secs petits tapis isolants ou autres. prise dentrØe des matØriels DØconnectez Ia moteur avant de les installer ou et non trouĆs. ou au arrŒtez leur ultraviolets intenses, soudage produit susceptibles I proteger le visage 11. =~ 3. 4. A de brler et les yeux que laire Le SOUDAGE peut FUMEES sont causer un incendie explosion. metallique peut provoquer des Øtincelles, avec le contact ou remplacez es travaillez vous en hauteur. panneaux et les capots. un Øchauffement blessures ou de cloisons de IØblouissement; avertissez pas regarder arc. tissus ignifuge durable en (lame et cuir) ou Ia mort. Assurez-vous que air approuvØs est propre a Ia respiration. 6. Ne soudez pas a proximitØ dopØrations de dØgraissage, de nettoyage ou de pulvØrisation. La chaleur et les rayons de Iarc peuvent reagir avec des vapeurs et former des gaz hautement toxiques 7. et irritants. Ne soudez pas de tOles galvanisØes ou plaquees en p10mb ou en cadmium sans es avoir grattees a fond, car ces mØtaux, et tout revØtement qui en contient, peuvent alors dØgager des fumØes toxiques. Assurez-vous dune bonne ventilation et portez 5. respirateur a adduction dair si 7. cest Mefiez-vous des incendies et gardez Ia main. un nØcessaire. extincteur a portee de Noubliez pas quune soudure sur un plafond, un plancher, une paroi peut en enflammer Iautre ctØ. Ne soudez pas un recipient termØ, comme un reservoir ou un cloison ou une tonneau. 8. Connectez le cable de soudage le plus pres possible de Ia tote de soudage pour empOcher le courant de suivre un parcours long et inconnu, et prØvenir ainsi tes risques dOlectrocution et dincendie. 9. Ne faites pas degeler des tuyaux avec un chalumeau. Videz votre carquois porte-electrodes ou coupez le fit au tubecontact aprĆs le soudage. 2. Ne soudez pas dans un endroit oiD des Øtincelles peuvent atteindre des matØriaux inflammables. 10. Enlevez toutes les matiĆres intlammables dans un rayon de 10,7 metres autour de Iarc, ou couvrez-les soigneusement avec 11. Øtincelles et les approuvØes. ne Portez des vØtements rideaux ou Ne travaillez dans un espace confine que sit est bien ventilØ; sinon, portez un reSpirateur adduction dair. Les gaz protecteurs de soudage peuvent dØplacer loxygĆne de lair et causer des ou un MØfiez-vous des Øtincelles et des Øclats brCilants, susceptibles de pØnØtrer dans des aires adjacentes par de petites ouvertures observateurs de de coups darc 5. ProtØgez-vous, projections. es soudage es Portez un casque antibruit ou des bouchons doreille site niveau de bruit est ØlevØ. 1. autres, contre de 5. incendie. fissures. en et des chaussures de sØcuritØ. 6. elles peuvent causer un incendie et des brlures. Le accidentel de IØlectrode avec un objet ou Œtes vous harnais de sØcuritØ Si Entourez Iaire es 4. contact des bches un protection contre de produit des Øtincelles et des projections. Avec Ia chaleur intense degagee par Ia tote et es matØriels, 4. de sont recommandØes. 3. Larc 3. prise que vous observez IexØcution dune soudure. Portezdes lunettes de sØcuritØ approuvØes. Des Øcrans latØraux un es de - 2. lorsque vous soudez ou soudage est bien ventilØe ou que les fumØes et es vapeurs sont aspirØes a arc. Si Ia ventilation est mauvaise, portez un respirateur a adduction dair approuve. Lisez es fiches signalØtiques et les consignes du fabricant relatives aux mØtaux, aux produits consummables, aux revŒtements et aux produits nettoyants. ainsi que si Nutilisez que des matØriels en bon Øtat. ROparez les piĆces endommagØes. Fermez solidement tous chaleur et des rayons les yeux et a peau. Le Ia sante. soudage dØgage des vapeurs et des fumØes quil est dangereux de respirer. 1. Ecartez le visage pour Øviter de respirer les ou une ou soudage (terre). Portez Le assurez-vous Ne touchez pas a lØlectrode 13. une Les VAPEURS ET LES lintØrieur, ØpissØs pas de cables autour de votre corps. Mettez ala terre Ia tote a souder au moyen dune bonne 12. fumØes. 2. mat et sur-le-champ dangereuses pour I! provinciaux terre. peut bruit cause par certains procØdØs peut endommager louIe. 1. Portez un casque de soudeur avec Øcran filtrant de teinte appropriee (consultez Ia norme ANSI Z49 indiquØe ci-apres), pour vous ala terre selon le den faire Ientretien. Le RAYONNEMENT DE LARC de aprĆs utilisation. endommagØs, Nenroulez 9. es mettre codes nationaux, 8. moyen brUler les yeux et Ia peau; le BRUIT peut endommager IouIe. Larc locaux applicables. ArrŒtez tous les matØriels circuit de 2. es Nutilisez pas de cables uses, calibre trop petits. 10. dangereux. matØriels eta ces 7. sont sous tension. Des soudage Ne touchez pas a des piĆces sous tension. Portez des gants et des vØtements isolants, 1. 6. marche. en Veillez a installer manuel dutilisation et soudage les circuits internes des matØriels sont aussi tension 5. vous Portez des vOtements protecteurs non huileux, tels des gants en cuir, une chemise Øpaisse, un pantalor, sans revers, des chaussures montantes et un casque. ETINCELLES LES causer Le meulage produisent et le des Øclats de endommagØes peuvent Les bouteilles contiennent des gaz protecteurs sous haute pression. DesbouteillesendommagĆespeuvent exploser. Comme les bouteilles font normalement de procede soudage, traitez-les avec 2. 3. cadre fixe pour es empŒcher de tomber ou dŒtre renversØes. les bouteilles de tout circuit Ølectrique ou de soudage. 6. 7. 8. P-i de Ia DECHAPPEMENT DES MOTEURS ETRE MORTELS. Les moteurs 1. produisent des gaz dØchappement 2. Le CARBURANT peut causer incendie un 3. Le carburant est hautement inflammable. 1. ArrŒtez le moteur avant de verifier le niveau de carburant ou de faire le plein. en fumant dune proche .ou 4. Si vous utilisez des machines dans un. endroit confine, les dØtincelles ou dune flamme nue. Si cest possible, laissez le moteur refroidir avant de faire le plein de carburant Cu den verifier le niveau au debut du soudage. Ne faites pas le plein de carburant a ras bord :~prevoyez de son expansion. Faites attention de ne pas renverserde carburant. NettOyez tout carburant renversØ avant de faire dØmarrer le moteur. protecteurs ou des capots pourfaire lentretien des blessures. 4. 3. dangereux. Utilisez des machines a lextØrieur dans des aires ouvertes et bien ventilØes. lespace pour 5. source PIECES EN MOUVEMENT peuvent Des causer publication ci-dessous. dØchappement doivent Œtre envoyØes a lextØrieur, loin des prises dair du btiment. ou explosion. Ne faites pas le plein normes fumØes nocifs. une et aux matØriels connexes, ainsi que Ia CGA, ĆnumØrees dans les Les MOTEURS peuvent Œtre PEU VENT 2. ces matØriels et les piĆces connexes doivent Œtre en bon etat. Ne mettez pas le visage devant le robinet de bouteille en louvrant. Remettez le chapeau de bouteille aprĆs utilisation. Lisez et respectez los consignes relatives aux bouteilles de gaz Eioignez Les GAZ 1. tout contact entre une bouteille et une electrode. Nutilisez que des bouteilles de gaz protecteur, des dØtendeurs, des flexibles et des raccords concus pour chaque application comprimØ MISE EN GARDE 2. Portez spØcifique; soin. Les bouteilles doivent Œtre protegees contre les sources de chaleur intense, les chocs et les arcs de soudage. EnchaInez verticalement es bouteilles a un support ou a un 1. EmpŒchez 5. exploser. du 4. 1. des blessures. piquage Les BOUTEILLES partie 2. metaL En refroidissant, Pa soudure peut projeter du laitier. un Øcran facial ou des lunettes a coques approuvees. Des Øcrans latØraux sont recommandØs. Portez des vŒtements de protection individuelle appropriØs. ET LES PROJECTIONS BRULANTES peuvent Des piĆces en mouvement, telles des ventilateurs, des rotors et des courroies peuvent couper les doigts et es mains, ou accrocher des vĆtements amples. 5. Assurez-vous que les portes, les panneaux, les capots et les protecteurs sont bien fermĆs. Avant dinstaller ou de connecter un systeme, arrŒtez-en le 6. ou le depannage nØcessaire. Pour empecher un demarrage accidentel dun systĆme pendant lentretien, dĆbranchez le cable daccumulateur a Ia borne negative. moteur. pas les mains ou les cheveux do piĆces en mouvement; elles peuvent aussi accrocher des vØtements amples et des outils. RĆinstallez les capots ou es protecteurs et fermez les portes aprĆs des travaux dentretien et avant de faire dØmarrer le Seules des personnes qualifiees doivent dØmonter des moteur. Des ETINCELLES peuvent lelectrolyte et 4. travaillant sur 5. un accumulateur. ArrŒtez le moteur avant de connecter ou de dĆconnecter des cables daccumulateur. Nutilisez que des outils anti-Øtincelles pour travailler sur un accumulateur. Nutilisez pas un paste de soudage pourchargerun accumulateur Cu connecter provisoirement un vØhicule. Utilisez Ia polarite correcte (+ et -) de laccumulateur. DE 1. Ntez FAIRE EXPLOSER UN ACCUMULATEUR; LELECTROLYTE DUN ACCUMULATEUR peut brUler Ia peau et les 2. 3. yeux. Les accumulateurs contiennent de degagent des 1. vapeurs Portez toujoUrs La VAPEUR un explosives. Øcran facial ET LE en LIQUIDE REFROIDISSEMENT BRULANT SOUS PRESSION peuvent brler Napprochez Ia peau et les pas le bouchon de radiateur tant que le moteur refroidi. 2. Mettez des 3. Laissez Pa eux na pas gants et posez un torchon sur le bouchon pour lter. pression sØchapper avant dter completement le bouchon. liquide de refroidissement dun radiateur peut etre brlant et sous pression. Le PRINCIPALES NORMES DE Welding and Cutting norme ANSI Z49. 1, American Welding Society, 550, N.W. LeJeune Rd., Miami FL 33128. Safety in Safety and Health Standards OSHA 29 CFR 1910, Superintendent of Documents, U.S. Government Printing Office, Washington D.C. 20402. Recommended Safe Practices For the Preoaration For Welding and Cutting of Containers That Have Held Hazardous Substances norme AWS F4.1, American Welding Society, 550. NW. LeJeune Rd., SECURITE Safe Handling of Compressed Gases in Cylinders document P-i, Compressed Gas Association, 1235 Jefferson Davis Highway, Suite 501, Arlington, Va 22202. Code for Safety in Weldina and Cutting norme CSA Wi 17.2, Asso ciation canadienne de normalisation, Standards Sales, 176 Rexdale Boulevard, Rexdale, Ontario, Canada M9W 1 R3. Miami FL 33128. Safe Practices for Occupation and Educational Eve and Face Protec norme ANSI Z87. 1 ,American National Standards Institute, 1430 Broadway, New York, NY 10018. National Electrical Code norme 70 NFPA, National Fire Protection Association, Batterymarch Park, Quincy, MA 02269. Cutting and Welding Processes norme 51B NFPA, National Fire Protection Association, Batterymarch Park, Quincy, MA 02269. srlf 9/91 Ii~n, EMF INFORMATION Considerations About Welding And The Effects Of Low NOTE ~ Magnetic The To of the U.S. procedures: following is a quotation from the General Conclusions Section Congress. Office of Technology Assessment, Biological Effects of Power Frequency ~lectric & Magnetic Fields Paper, OTA-BP-E-53 (Washington, DC: there is now Government Printing Office, May 1989): . large volume of scientific findings based on experiments . cellular level and from studies with animals and Electric And reduce fields magnetic in the workplace, 1. Keep cables 2. Arrange 3. Do not coil 4. Keep welding power practical. 5. Connect work clamp to workpiece together by twisting close or use taping the following them. U.S. Background . Frequency Fields a very at the people which clearly frequency magnetic fields can interact with, and produce changes in, biological systems. While most of this work is of very high quality, the results are complex. Current scientific understanding does not yet allow us to interpret the evidence in a single coherent framework. Even more frustrating, it does not yet allow us to draw definite conclusions about questions of possible risk or to ofter clear science-based advice on strategies to minimize or avoid potential risks. establish that low cables to or one side and away from the operator. drape cables around the body. source and cables as as far away as close to the weld as possible. About Pacemakers: The above procedures recommended for are pacemaker among wearers. complete information. those also normally Consult your doctor for modlo.1 4/93 TABLE OF CONTENTS SECTION 1 SAFETY IN FORMATION SECTION 2 SPECIFICATIONS SECTION 3INSTALLATION 3-5. Equipment Connection Diagram Installing Swivel Into Pipe Post Installing Control Box Onto Swivel Installing Boom And Reel Support Installing Wire Guide Extension 3-6. Wire Guide And Drive Roll Installation 3-1. 3-2. 3-3. 3-4. 2 3 3 4 4 5 Gun Connections 3-7. Welding 3-8. Wire Feed Motor And Gas Valve Control Connections 6 3-9. Control Connection 7 6 Gas And Weld Cable Connections 3-12. Shielding Removing Safety Collar And Adjusting Welding Wire Installation 3-13. Motor Start Control 3-10. 3-11. 3-14. Threading Welding 8 Boom 9 10 11 Wire 12 SECTION 4GLOSSARY SECTION 5 14 OPERATION 5-1. Front Panel Controls 5-2. Side Panel Controls 19 5-3. Rear Panel Controls 20 5-4. Setting Switches SECTION 6STEPPING 17 On 450 Ampere lnverter Model Welding Power Source 21 THROUGH THE MICROPROCESSOR CONTROLS 6-1. Front Panel Microprocessor Controls 22 6-2. Side Panel 24 Microprocessor Push Buttons SECTION 7- STANDARD PULSE WELDING PROGRAMS SECTION 8 8-1. 8-2. 27 GETTING STARTED Welding With Only Front Panel Controls Setting Sequence Pulse Welding Parameters On Side 36 Panel Display 37 OM-1580 10/93 SECTION 9-TEACHING A PULSE WELDING PROGRAM 9-1. Pulse Waveform 9-2. Teach Points 9-3. 9-4. Teaching Changing 41 Explained Explained 42 Welding Program Adaptive Pulse Welding 43 A Pulse To 46 SECTION 10.- TEACHING A MIG WELDING PROGRAM 47 SECTION 11 SETTING DUAL SCHEDULE PARAMETERS SECTION 12 USING THE OPTIONAL DATA CARD 12-1. 12-2. Installing Data Card Using The Data Card 51 53 53 SECTION 13SETUP 13-1. Setup Flow Chart 57 13-2. Using Setup Displays 58 13-3. Selecting Process Capability Selecting Welding Power Source Range Selecting Security Lock Selecting Or Changing Access Code Selecting Voltage Correction Selecting Voltage Sensing Method Selecting Regular Or Hot Arc Start Selecting Type Of Dual Schedule Switch Selecting Trigger Program Select Selecting Remote Increase/Decrease Capability Resetting Arc Time Using Self Test 58 13-4. 13-5. 13-6. 13-7. 13-8. 13-9. 13-10. 13-11. 13-12. 13-13. 13-14. Units For Wire Feed Speed 13-15. Selecting 13-16. Selecting Bench Or Boom Model Type Resetting Memory Selecting Voltage Error Shutdown Selecting Program Name Feature 13-17. 13-18. 13-19. And Motor 13-20. Software Version Number SECTION 14 14-1. Routine Maintenance Replacing Overload Protection 14-4. Error 62 62 63 63 64 65 65 66 Type 67 67 68 68 69 69 Displays Diagnostic Indicator Troubleshooting 72 LEDs SECTION 16 PARTS LIST Reel 16-3. Control Box 16-4. Panel, Front 76 80 16-1. Main Assembly Support, Hub & 73 74 ELECTRICAL DIAGRAMS 16-2. 71 71 SECTION 15 Figure Figure Figure Figure Figure 61 70 The Hub Assembly 14-3. 14-6. 60 MAINTENANCE & TROUBLESHOOTING 14-2. 14-5. 59 83 84 w/Cornponents 87 Assembly Assembly Side 16-7. Panel, w/Components Figure 88 Table 16-1. Drive Roll And Wire Guide Kits 93 16-5. Boom Figure 16-6. Wire Drive 90 92 SAFETY IN FORMATION SECTION 1 modl.1 2/93 Read all Obey all this manual. safety messages throughout safety messages Learn the meaning to avoid injury. of WARNING and CAUTION. 1 Safety Alert 2 Signal Word 2 2 a WARNING L~ ELECTRIC SHOCK can kiII.~~ beforej~ WARNING means possible death or serious injury can happen. a CAUTION ~ nstalling input or power servicing CAUTION _______________________________ MOVING PARTS Oo not touch live electrical parts Oisconnect Symbol injury injure. can and covers means possible minor equipment damage can happen. Keep away from moving parts. 4 Keep all panels or closed 3 Statement Of Hazard And Result 4 Safety when operating / Instructions To Avoid Hazard 5 READ SAFETY BLOCKS at start of Section 3-1 before proceeding. 5 Hazard 6 Safety Read ~ NOTE Turn Off switch when safety using high frequency. NOTE Special ation 1-1. Figure SECTION 2 Safety blocks for each sym bol shown. 7 7H Symbol (If Available) Banner instructions for best oper not related to safety. Information SPECIFICATIONS Table 2-1. Wire Feeder Specification Type Of Input Power From Description Welding 24 Volts AC. 10 Single-Phase Amperes, 50/60 Hertz Power Source Maximum Weld Circuit Welding Power Source Wire Feed 100 Volts, 750 Type Constant Amperes, Voltage (CV) DC, .023 Thru 1/8 in Range Gas Metal Arc Processes With Contactor (0.6 To 3.2 mm) (GMAW). Gas 12 ft Height Duty Cycle Metal Arc - Pulse (GMAW-P), Flux Cored Arc Welding (FCAW) lOft(3.1 m) Input Power Cord Maximum 100% Standard: 5OTo 780 ipm (1.3 To 19.8 mpm) High Speed: 92 To 1435 ipm (2.3 To 36.5 mpm) Low Speed: 13 To 213 ipm (0.3470 5.38 mpm) Speed Range* Wire Diameter Welding Rating With 4 ft (1.2 m) 16 ft (3.7 m) Boom 17ft(5.2 m) 21 ft Net: 207 lb Net: 280 lb (4.9 m) Boom (6.4 m) Post Weight Ship: Vertical Lift Of Boom These are wire feed (94 kg) (144 kg) Ship: 318 lb Horizontal To 60 Above Horizontal speed ranges for GMAW. While Pulse welding. wire feed 411 lb (127 kg) (186 kg) Horizontal To speed ranges may be more 60 Above Horizontal limited (see Section 9). OM-1588 Page 1 SECTION 3INSTALLATION 3-1. Equipment Connection Diagram WARNING a CYLINDERS can explode if ELECTRIC SHOCK damaged. electrical circuits. Never touch cylinder with Always secure cylinder other stationary support. HOT SURFACES can Allow gun to cool before welding to kill. Turn Off wire feeder and welding power source, and before disconnect input power making connections. electrode. running gear, wall, can Do not touch live electrical parts. Keep cylinders away from welding and other or The welding wire, drive rolls, drive assembly, and all metal parts touching the welding wire are electrically live when welding or feeding wire using gun trigger. burn skin. touching. Have only qualified persons install this unit. wfwarn91 2/93 Power Source 1 Welding 2 Remote 14 Connections 3 Negative () Weld Output Cable 2 4 Positive (+) Weld Output Cable 4 5 Workpiece 6 Voltage Sensing Clamp 7 Weld Control 8 Boom 9 Gun 10 Swivel 11 Pipe Post 12 Gas Hoses 13 Gas And Base 12 Supplies 11 10 9 5T-800 173 Figure OM-1 588 Page 2 3-1. Typical System Connections 3-2. Installing Swivel a I. Into Pipe Post WARNiNG FALLING PRESSURE SPRING OF RELEASE WITHOUT BOOM ATTACHED can cause serious personal injury. Do not remove safety collar until instructed to do BOOM personal injury can and serious cause equipment damage. mount pipe post to base that can support of unit with boom in horizontal position. Securely weight so. Use proper into place. for equipment lifting 1 Swingpak 2 Pipe 3 Steel Bolt swivel and boom Base or CBC Cart 5 4 Secure Post With Base as shown using as a mini 1/2 in diameter SAE grade 5 mum steel bolts. 4 Swivel Insert Assembly into pipe post. Lubricate swivel. 5 3 Safety Collar Do not remove until instructed to. - Tools Needed: ~ 3/4 in ST-152382 Figure 3-3. Installing Control 3-2. Swivel Installation Box Onto Swivel 1 Weld Control 2 Bracket 3 Screw Bracket and onto 4 installed screws are bottom of control at factory. Swivel Loosen screws. Place control on swivel and slide forward. Tighten screws. 2 3~ 4 ST-BOO 174 Figure 3-3. Control Box Installation OM1588 Page 3 3-4. InstaHing Boom And Reel Support READ SAFETY BLOCKS at start of Section 3-2 before proceeding. 1 Swivel Plates 2 Yoke Remove plates 3 7 hardware and swivel Boom Set boom into swivel shown. as Yoke Pin 4 Install ter from yoke. Install cot pin through yoke. pin and spread ends. 5 Bolt Install bolt, one half turn. 6 Locking Install and nut. and back bolt off washers, lighten hardware, Knob locking knob but do not tighten. 7 Reel Support Install reel support. Tools Needed: ~ 3/8,3/41n S~-153 170 Figure 3-5. Installing Wire Guide 3-4. Boom Installation Extension 1 Wire Guide 2 Bolt Fitting 3 Monocoil Liner 4 Wire Guide Extension lighten bolt to secure liner in wire guide fitting. Do not overtighten bolt and crush liner. Repeat procedure for opposite side. Tools Needed: ~T.~~J==~O 3/8 in 5T-152 383 Figure OM-1588 Page 4 3-5. Wire Guide Extension Installation Wire Guide And Drive Roll Installation 3-6. a WARNING ELECTRIC SHOCK can kill. Do not touch live electrical parts. Turn Off wire feeder and welding power source, and disconnect input power before inspecting installing. or wtwĆrnl.1 2/93 A. Wire Guide Installation When check 1 changing wire size or type, guide size (see Table 16-1). Drive Rolls Remove drive rolls before wire 2 installing guides (see Figure 3-7). Wire Guide Loosen wire Securing Screws guide screws. 3 Inlet Wire Guide 4 Intermediate Wire Guide Insert intermediate guide until flange on guide rests against cast ing. and secure with guide screw. Install drive rolls (see Figure 3-7). for Repeat procedure opposite side of wire feeder. Tools Needed: Ref. ST-137 391.F / ST.142 597A Figure 3-6. Wire Guide B. Installation Drive Roll Installation When chaRging check drive Table 5 wire size roll or size type, (see 16-1). 1 Spring Shaft 2 Drive Roll Nut 3 Drive Roll Carrier Turn all nuts one Carrier click until lobes of nut line up with lobes of drive roll carrier. 4 Drive Roll Slide drive rolls onto drive roll carri ers. Turn nut 5 Drive Close 4 one click. Assembly Cover cover. Repeat procedure ~ for opposite side of wire feeder. 2 3 ST.142 597-A Figure 3-7. Drive Roll Installation OM-1588 Page 5 3-7. Welding Gun Connections WARNING a ___ ELECTRIC SHOCK can kill. Do not touch live electrical parts. Turn Off wire feeder and welding power source, and disconnect input power before inspecting installing. or wfw~rn1 .1 2/93 I Drive 2 Gun 3 Gun Connector Loosen Assembly Cover Securing Knob securing knob. Insert gun connector until it bottoms drive 4 assembly. Tighten Gun Trigger Plug 5 Gun Trigger Receptacle Insert plug into free-hanging recep tacle and 3 against knob. 6 tighten threaded Trigger Cord 7 Trigger Plug 8 Weld Control collar. Trigger Receptacle 4 Insert plug into receptacle and tighten threaded collar. Repeat procedure for gun on oppo site drive assembly. Ref. ST 152 466 / Ref. ST.800 178 / Ref. ST.800 175 Figure 3-8. 3-8. Gun And Trigger Lead Connections Wire Feed Motor And Gas Valve Control Connections Figure OM-1588 Page 6 3-9. Boom Connections 3-9. Control Connection 1 17-Pin 2 Keyway Receptacle To connect interconnecting cord to receptacle, align keyway, insert plug, and tighten threaded collar. Weld Current Sensor 3 tacle 35 ft ing Recep Op With Field Only) tion 4 (For Use (10.6 m) Voltage Sens Lead Connect workpiece to (see Figure 3-1). 5 Threaded Collar 6 14-Pin Plug To connect plug to matching recep tacle on welding power source, align keyway. insert plug, and tight en To Signals Supplied 14-Pin Plug: threaded collar. Welding Power Source Through Contactor Control A 24 volts B Contact closure to pin A completes the 24 volts ac. ac con tactor control circuit. G Circuit common for 24 volts ac circuit. Voltage Control C Command D Control circuit E signal; +10 volts dc. common. Remote power command feeder 0 to +10 volts source voltage (potentiometer wiper or Signals Supplied 17-Pin Receptacle: To Welding Power Source dc). Through Output Control Remote CV, 0 volts dc C CC/CV select; +13 thru +24 volts dc CC. G Arc control/inductance control; 0 to +10 volts dc. Signals Supplied By Welding Remote E from signal = = Power Source: Metering Actual weld current output signal; i-i volt dc = 100 amps. M Actual weld voltage output signal; +1 volt dc = 10 volts dc. Feedback Signals F Current feedback 0-10 volts dc; I volt per 100 amperes. H Voltage The feedback 0-10 volts dc; 1 volt per 10 remaining pins are arc volts. not used. 5T.800 177 I Ref. 5-0512/ S-0003-A / S-0628 Figure 3-10. Control Connections With Pin Information OM-1588 Page 7 Shielding Gas 3-10. And Weld Cable Connections WARNING a CYLINDERS can explode from Keep cylinders away if E LECTRIC SHOCK damaged. and welding other electrical circuits. Never touch cylinder Turn Off wirefeeder and with Always secure cylinder other stationary support. welding to electrode. running gear, wall, k11. can Do not touch live electrical parts. disconnect input powersource, and before inspecting or welding power installing. or BUILDUP OF SHIELDING GAS health or kill. Shut off shielding gas supply can when not in harm use. warn4 I 9/91 / wfwarnl.1 2/93 A. Connecting Weld Cables And Gas Hose Tools Needed: ~ 5/8 in Ref. ST-153 175.A The weld cables and tend 10 ft (3m) from gas hoses the boom. shielding ex If the welding power source or gas supply are further from the boom, extend cables and hoses as follows: I Bolt together weld cables from welding pow Connect boom and boom. Use electrical tape and supplies insulated sleeving boom have 5/8-18 to cover connection. 5 3 Shielding Gas Sleeving 4 Figure OM-1588 Page 8 3-11. Boom Shielding Shielding right-hand Supplied Shielding Connect Weld Cables Insulated or Gas V threads. Adapter Extension Hose supply, 2 shielding gas hoses to gas extension. The hoses from the er source Gas Hose(s) single end fitting of V adapter to gas shielding gas of adapter. and connect boom hoses to fittings Gas And Weld Cable Connections on V end B. Shielding Gas Connections To Regulator/Flowmeter Obtain gas cylinder and chain to running gear, wall, or other station ary support so cylinder cannot fall and break off valve. 1 Cap 2 Cylinder Remove 2 Valve stand cap, valve, and open valve to side of slightly. Gas flow blows dust and dirt from valve. Close valve. I-- 3 Cylinder 4 Regulator/Flowmeter 3 Install face is vertical. so Gas Hose Connection 5 Fitting has 5/8-18 threads. Install gas hose to Figure 3-11. OR Argon Gas 6 .2 Flow right-hand according Adjust Typical flow rate is 20 cfh (cubic feet per hour). Check wire ufacturers recommended L man flow rate. 4 7 CO2 Adapter 8 0-Ring .3 7 8 Install adapter with 0-ring between and regulator/flowmeter CO2 Tools Needed: ~ 5/8. 1-1/8 in CO2 Gas Figure 3-11. Removing Safety A 3.12. Do not ssb31 ST-158 697.A 12/92 Typical Regulator/Flowmeter Installation Collar And Adjusting Boom WARNING RELEASE OF SPRING PRESSURE WITHOUT BOOM ATTACHED can cause serious cylinder. personal injury. remove safety collar until instructed to do FALLING BOOM personal in jury and Adjustment rod yoke. so. can be threaded must 1 cause serious equipment damage. Locking Tighten fully through Knob knob to prevent boom movement. Loosen knob to allow boom movement. Change knob position to limit upward Pull boom down move Tools Needed: .~ as 3 Threaded Rod 3 Jam Nut jam nut and turn threaded rod until boom balances. Tighten jam nut. Be sure several full threads are through yoke to pre vent boom falling. 4 Increasing Spring Decreasing Spring Pressure For A Heavy Gun Pressure For A 3-13. Boom re follows: 2 2 Figure and Loosen Rod 1-1/8 in slightly collar. Boom should balance in any position from hori zontal to 60 degrees above hori zontal. If necessary, adjust boom Iv E safety movement. Light Gun Yoke Retain safety collar for use in assembling or moving boom. dis ST.142 599-B Adjustments OM-1588 Page 9 3-12. A. Welding Wire Installation Installation Of Spool-Type Wire 1 Retaining Ring 2 Wire 3 Hub Remove spool Spool retaining ring and slide onto hub. Hub Pin 4 Turn spool until hub pin fits hole spool. Reinstall retaining ring. for Repeat procedure in opposite side. 2 ST-153 Figure B. Installation Of Optional 3-14. Installation Of Wire Reel And Reel Type Spool-Type 171 Wire Wire Retaining Ring 1 6 7 2 Spanner Nut 3 Wire Retainer 4 Wire Reel 5 Hub 6 Hub Pin 7 Reel Remove Support retaining ring and wire reel assembly (wire reel, wire re tainer, and spanner nut) from hub. 4~ 8 Wire Installation Lay wire reel assembly on flat sur face. and install wire as shown. Slide wire reel assembly onto hub, and turn assembly until hub pin is seated in hole in reel. Reinstall re taining ring. Repeat procedure for opposite side. 3 2 /~ ~ffl ST-i 43 478 / ST-I 52 463 Figure OM-1588 Page 10 3-15. Installation Of Optional Wire Reel And Reel Type Wire C. Hub Tension Adjusting Turn Off unit and welding power source. 1 Hex Nut 2 Spool 2 Grasp spool using while a in one hand and turn wrench to adjust hex force is needed to turn spool, tension is set. nut. When a slight Repeat procedure for opposite side. Tools Needed: ~ 5/6 in ST-153 173 Figure 3-16. Adjusting Hub Tension 3-13. Motor Start Control WARNING a E LECTRIC SHOCK can Do not touch live electrical S kill. parts. Turn Off wire feeder and welding power source, and disconnect input power before inspecting or STATIC ELECTRICITY on ca n damage parts circuit boards. Put on boards grounded or wrist strap BEFORE handling parts. installing. wfwarnl.1 2/93 To change wire feed starting speed proceed as follows: Turn Oft wire feeder and welding source. power Remove wrapper. 1 2 Motor Board PCI Motor Start Control Poten tiometer R70 Turn potentiometer clockwise to crease in time it takes the motor to ramp up to speed. Remove protec tive white rubber cap before mak ing adjustment. Adjust potentiome using a small nonconduc ter R70 tive screwdriver. Reinstall wrapper. Tools Needed: cii~i==n 1/4 in ~= Non-conductive Figure Ref. ST-162 132 / Ref. SB-146 862D 3-17. Motor Start Control On Motor Control Board PCi OM-1588 Page 11 3-14. Wire Threading Welding a WARNING CYLINDERS can explode if damaged. Keep cylinders away from welding and other electrical circuits. Never touch cyhnder WELDING wounds. WIRE Do not press gun with Always secure cylinder other stationary support. ELECTRIC SHOCK welding electrode. to running can kill. gear, wall, Do not or Do not touch live electrical parts. The welding wire, drive rolls, drive assembly, and all metal parts touching the welding wire are electrically live when welding or feeding wire using gun trigger. people, can trigger cause puncture until instructed to do so. toward any part of the body, other any metal when threading welding wire. point gun or HOT SURFACES can Allow gun to cool before burn skin. touching. wfwarn2.1 / wtwam7.1 9/91 OM-1588 Page 12 6 3 Spool/Reel 1 Wire 2 Wire Tube 3 Pulley 4 Wire Guides 5 Drive Rolls 6 Jog Button 7 Gun Conduit Cable 8 Pressure 9 Drive RoIl Pressure Indicator Scale 2 Adjustment Knob 7 Tools Needed: _~ci_ See Figure 5-13 for positions of 450 Ampere Inverter model welding power source or see welding power ON switch ~ OFF source Owners Manual for other models. Wire Feeder (see Figure 5-10) Welding Power Source Pull and hold wire; cut off end. Set switches. feed wire thru tube, over and up to wire inlet guide. Manually pulley, JOG ~ SELECT -4 010 + / 00 Push wire thru guides up to drive rolls; continue to hold welding wire.Press Select button (see Figure 5-6) to choose active side of wire feeder. Press Jog button (see Figure 5-8) until drive rolls grab wire. Adjust tension until wire does not slip. Indicator is for reference only. Press jog button until wire comes out gun. / / -4 Feed wire to check drive roll pressure. knob enough to prevent slipping. Adjust Cut off wire. Close Ref. ST-BOO Figure 3-18. cover. Repeat procedure for opposite I 79 side. / Ref. ST-i 50922 / ST-i 53073 / Ref. 51.157 432 Threading Welding Wire OM-1588 Page 13 SECTION 4- GLOSSARY The is following a list of terms and their definitions as they apply to this wire feeder: General Terms Adaptive Pulse When the adaptive pulse welding process is selected, the unit will automatically regulate pulse frequency in order to maintain a constant arc length, regardless of change in welding wire stickout. Current Background The lower of the two current levels in the In short circuit Inductance welding, an waveform. pulsing increase in inductance will decrease the number of short circuit metal transfers per second (provided no other changes are made) and in crease the arc-on time. The increased arc-on time makes the pool more fluid. Peak Current The Pulses Per Second (PPS Or Pulse Pulse Width higher Number of of the two current levels in the peak current pulses pulsing which occur in waveform. one second of time. Frequency) (Or Peak Time) Trim Duration of the peak current level. Term used to represent arc by volts in MIG programs. Synergic Synergic length adjustments in pulse programs. Trim is replaced refers to the units ability to use preprogrammed pulse parameters in order pulse settings of Peak Amperage, Background Amperage, Pulse Frequency and Pulse Width at any specific wire feed speed setting. to determine the actual Front Panel Terms Display Control Knob Is used for all Digital Display 2-line Gas Purge Control Allows the gas line and gun to be Parameter Select Button Is used to select Trigger Wire Hold Control Jog Control adjustable front panel displays. by 16-character liquid crystal display a purged with built-in LED without variety of parameters that When selected, allows the system to remain to hold the gun trigger. can energizing be set energized on backlight. the wire feeder. the front panel display. without the operator having Allows the wire to feed without energizing the welding power source contactor and gas valve. The wire jog speed is independent from actual wire feed speed, and is dis played on the front panel. Side Panel Terms Digital Display 4-line Dual Schedule Allows two weld programs to be linked together when two different tions, such as hotter and colder, are required on one wire. Process Mode Is used to select the type of process to be used, Mig. OM-1588 Page 14 by 20-character liquid crystal display with built-in LED backlight. welding condi including Pulse, Adaptive Pulse, or this Remote Parameter When Increase/Decrease decrease a feature turned is on, the operator selected weld parameter with the use can of the increase remotely and optional DSS-10 2-pole momentary-contact switch. Sequence Mode a variety of sequences to be used within a weld program if required. Se quences include, preflow gas control from 0 to 9.9 seconds, run-in control of voltage or trim and wire feed speed from 0 to 2.5 seconds, weld time from 0 to 25 seconds, Allows crater control of voltage or trim and wire feed speed from Oto 2.5 seconds, burnback time from 0 to 0.25 seconds, and postflow gas control from 0 to 9.9 seconds. Setup Screen Terms Access Mode A three-letter code can be programmed in the access mode which restricts unautho changing any of the security/set-up screens. NOTE: The required to activate this feature. rized personnel from optional Data Card is Arc Start Provides the option of Arc Time Allows actual arc mulated and displayed Dual Schedule a higher arc starting amperage for large wires. time up to 9,999.99 hours and weld cycles up to 999,999 to be accu on the and digital display, can be reset to zero as required. Is used to select the type of dual schedule switch that will be used when the dual schedule feature is selected. - Mig Type Selects whether voltage correction is used Model Allows selection of boom-type feeder or or not. bench mount feeder pulse program parameters. Name Feature When using the optional Data Card and turning the name feature on, customized can be identified by name, number, job number, etc. programs written to the card Program Reset By selecting program reset in the memory reset mode, factory program settings for the program last active. the unit defaults to original The wire feeder requires that the voltage and amperage range of the welding power source be entered. Obtain this information from the welding power source Owners Range Manual. Remote Parameter Security When the Remote Parameter Inc/Dec is on, for increasing at Trim, Volts, or or decreasing a dual schedule switch weld parameters when the front can also be used panel display cursor is 1PM. Is used to limit what the operator can control. This includes accessing the number of the program, 1 through 8, and also the range of welding parameters within the pro gram selected. NOTE: The optional Data Card is required to activate this feature. Software Screen Selection of this function will display the software version of the unit. System This unit and can be used either with pulse GMAW (Pulse/Mig) a welding power source capable of regular GMAW welding power source capable of GMAW (Mig or a Only) welding only. System Reset By selecting system reset in the memory reset mode, the unit defaults to original fac tory settings for all programs and all set up excluding System, Arc Time, and Model Type. OM-1588 Page 15 Allows programs to be selected Trigger Program Select Self Test Mode Voltage Control Feedback- with the gun remotely to check a trigger. variety of wire feeder and power A built-in diagnostic feature tions if a malfunction func Allows voltage to be monitored at the output terminals by two methods. This can be through the 1 7-pin cord connection if the welding power source has a 17-pin source occurs. selected receptacle, or through the of the units use optional external voltage lead. sense When this feature is on, the system immediately shuts down if no arc is initiated upon gun trigger actuation. When this feature is off, the system (wire feeder), when actu Voltage Sense Shutdown by the gun trigger, feeds wire for approximately three seconds at set welding speed and then automatically switches to cold wire jog speed for approximately one minute. The off feature is normally selected to allow threading wire with the gun ated trigger. Allows the selection of inches per minute or meters per minute for wire feed This mode is also used to select motor type; standard speed, low speed, Wire Feed Mode speed. High and low speed motors are available as speed. high or factory options. SECTION 5-OPERATION WARNING a ELECTRIC SHOCK can kill. p Do not touch live electrical parts. Always wear Insulate ~ dry insulating gloves. yourself from Keep all panels and work and covers FUMES AND GASES to your health. Keep your head Ventilate area, can in welding Wear MOVING PARTS be hazardous Keep $ out of the fumes. breathing device. Safety Data Sheets (MSD5s) manufacturers instructions for material used. away from fire or and I injury. covers, and as drive rolls. guards closed explosion. MAGNETIC FIELDS FROM HIGH CUR RENTS can affect pacemaker operation. on Allow work and wearers flammable material. over keep away. Wearers should consult their doctor before I keep extinguisher nearby. Do not locate unit Do not weld can cause pinch points such Keep all doors, panels, and securely in place. Pacemaker near Watch for fire; body protection. or use can cause Do not weld helmet with correct shade of filter. Wear correct eye, ear, and place Read Material WELDING S ~ ground. securely ARC RAYS can burn eyes and skin; NOISE can damage hearing. near .. any going welding operations. combustible surfaces. closed containers. equipment to cool before See Safety Precautions at handling. sic welding safety beginning of manual for ba information. welding 1 8/92 helmet shade of filter with a correct (se e ANSI Z49.1). sb3.l 10/91 Figure OM-1 588 Page 16 5-1. Safety Equipment I Work Clamp Connect work clamp to a clean, paint-free location on workpiece, as close to weld Use wire brush area as or clean metal at weld 2 possible. sandpaper joint to area. Voltage Sensing Clamp Tools Needed: Connect to if workpiece, applicable (see Figure 3-11). =~ Use chipping hammer slag after welding. to remove Ref. ST.158 931-A Figure 5-1. 5-2. Work And Voltage Sensing Clamps Front Panel Controls 2 I Display 2 Parameter Select Button 3 Display 4 Right Side Indicator Light 5 Right Side Trigger Hold Button And Indicator Light 6 Side Select Button 7 Control Knob Left Side Trigger Hold Light Button And Indicator 3 8 Left Side Indicator 9 Jog 10 Purge Light Button Button See Section 6 for information using microprocessor 7 6 on controls. 5 ST-162 127 Figure 5-3. Front Panel Controls I Parameter Select Button Press button to move indicator on display. Ref. ST~181 713 Figure 5-4. Parameter Select Button OM-1588 Page 17 1 Display Control knob Turn to Knob change value selected. Spin knob to quickly change parameters or nove knob slowly by clicks to fine tune parameters. Figure Display 5-5. 2 Control Knob 2 \ 1 Side Select Button 2 Side Indicator ___________________ ~o o~ ~o b Light Push button to select active side of wire feeder. Indicator light is on for active side. - TRIGGER r The feeder remembers the last used program for each side, and TRIGGER HOLD HOLD 1~ returns to that program when the active side is @ 0 0 RECEPTACLE ~ @ changed. Note: gun trigger may also be used to select or change active side of wire feeder. RECEPTACLE ~., Figure 5-6. Select Button And Side Indicator 2 Lights Hold Button 1 Trigger 2 Indicator Light without holding gun trigger throughout weld cycle, press and To weld release button to turn light on indicator and hold circuit. To start weld cycle, and feed weld ing wire, press and release gun trigger within the first three sec onds after an arc has been struck. If gun trigger is not released within the first three seconds after arc ini tiation, trigger hold stops, but is still active for next weld cycle. To end cycle, press and release gun trigger. weld Trigger hold while gun If the cannot trigger Trigger is be started pressed. hold button is pushed for the nonactive side of the feeder (see Figure 5-6), dicator the trigger hold in turns on, but Trigger Hold does not become active until light that side is selected. Figure OM-1588 Page 18 5-7. Trigger Hold Button - I POsh Button J~ works side of Jog active, feeder on or selected (see only Figure 5-6). Separate jog speeds ,~ can PURGE be set for each side of the JOG feeder. 9j0 wire without Push to 19 cuit 2 ~o o~ _~._ 1 or momentarily feed welding energizing welding cir shielding gas valve. Jog speed is varied using the Dis play Control knob while Jog button is pressed. Default setting is 200 ipm. When Jog button is released, unit displays preset wire feed speed, and previously selected parameter is active. Jog does not work when gun trigger is pressed. Jog 2 Tr 50 Prg rn 1 Purge Push Purge of side >200 I PM Jog works Button active, or selected feeder only (see on Figure 5-6). Push to Jog >5 0 260 momentarily energize gas purging of air from gun shielding gas line, and ad justing shielding gas regulator without energizing the welding valve. This allows Tr rn I PM Prg 1 Pulse circuit. Front panel controls, side panel controls, and gun trigger do not work when Jog or Purge button is pressed. Figure 5-2. 5-8. Jog And Purge Buttons Side Panel Controls 1 Parameter Increase Button 2 Parameter Decrease Button 3 Parameter Select Button 4 Mode Select Button 5 Mode 6 Parameter Display Display See Section 6 for information using microprocessor on controls. 3 Pet. 5T-162 133 Figure 5-9. Side Panel Controls OM-1588 Page 19 Rear Panel Controls 5-3. Power Switch 1 Use power switch to turn unit On and Off. Circuit Breaker 2 (See Section 14-3) ST-800 177 5-10. Power Switch Figure :i BUILDUP OF SHIELDING GAS S ~ Shut off shielding gas supply w hen harm health can not in or kill. use. warnl12/93 2 1 Shielding 2 Valve 3 Gun Gas Cylinder 1 Trigger Open welding. valve ~~== Gun trigger gas flow on on cylinder just before turns weld output and and off. 3 Close valve on ished welding. cylinder when sb5.1 6/92 Figure H IGH FREQUENCY will high frequency Completely disconnect Install & Connect J Wire damage when Figure using this unit. this unit from power source ) when using high frequency. Put On Personal Safety Equipment On~\\Turn ) ) JJ Turn Wire Feeder And ) J Power Sourcej / Page 20 Shielding~\\ On Gas Set All Controls ) ) (If Applicable) J / (See Figure 5-13 Begin Welding 5-12. Sequence Of Gas Metal Arc Welding (GMAW), Gas Metal Welding (FCAW) And Flux Cored Arc OM-1588 Gas this unit. Install Welding ) System ) ) Feed~~, , (See Figure 3-1) ~/ J ) Shielding CAUTION a Turn Off 5-11. Arc - Pulse (GMAW-P), fin s-o621-c 5-4. Setting Switches On 450 Ampere Inverter Model Welding Power Source A/V 0 ~17 PANEL ~ ONI G~.OuTPuT(~HrfrcT~) 0 PANEL ARC FORCE /INDUCTAN~ AJID ccicv ~ef ST-I 50 Figure 5-13. Setting Switches On 450 Ampere Inverter Model I 7l~9 / Ref. ST-145 332-D Welding Power Source OM-1588 Page 21 SECTION 6 STEPPING THROUGH THE MICROPROCESSOR CONTROLS WARNING a I ELECTRIC SHOCK Do not touch live electrical WELDING WIRE wounds. kill. can parts. can puncture cause Do not point gun towards any part of the body, other people, or any metal when programming. The welding wire is electrically live and moves out of Control circuit and feeder operational power are On when using or changing the microprocessor settings. the gun whenever the power switch is On and the gun trigger is pressed. N OTE This unit is equipped with eight (8) pulse welding programs (see Section 7). When comes up, therefore, program 1 is are given later in this manual (see Section 9) on how to select or change a program. the unit is turned On for the first time program 1 illustrated throughout this manual. Instructions 6-1. Front Panel Micr oprocessor Controls Turn On welding power source and wire feeder. Follow along with the - controls as shown. 1 Front Panel 2 Parameter Select Button Display Press parameter select button to indicator. move The indicator points to parameters that are selected for change. 00O 0 o 0 Parameter select button can move indicator between Trim (arc length) and 1PM while welding. 0 Go to 00000 rH 50 200 >50 200 Tr im ~>Prg I PM L!u Figure 6-2. e s Tr im Prg I PM Pulse 1 ~ Tr 50 >2 0 0 I 1 Prg ~ fr_u_I s e ST162 FIgure OM-1 588 Page 22 6-1. Front Panel Parameter Select Button 127 1 Front Panel Display Select parameter to be changed (see Figure 6-1). 2 o 0 o o ~ Display Control 2 Trim 0 Knob Turning knob one click causes the following changes to selected setting: 0 (arc length) by one. increases/de creases 00000 The trim (arc length) value being changes on the side parameter display (see changed panel also Figure 8-3). Wire feed speed (1PM) increases/ decreases >50 200 Trim Prg 1PM by one The wire feed speed value being changed also changes on the side panel parameter display (see Figure 8-3). Pulse Program number ses/decreases by Display Control >55 Trim increa number program being changed also changes on the side panel parameter display (see Figure 6-5). Prg 1PM (Prg #) one. The The program 200 inch per minute. changed Pulse number cannot be while welding, with ex ception of Dual Schedule Mode (see Section 11). 0 Front Panel Parameter All acessible are programs either side of the feeder, through Select and any program is available to ei ther side of the feeder at the same time. 55 Trim Prg Display Control knob can be used Jog speed when Jog button is pressed (see Figure 5-8). to set >200 1PM Pulse Go to 55 >300 Trim 55 300 Pulse Front Panel Parameter Select Trim~] J 1PM 6-3. Prg 1PM 0 Figure >Prg 1 Pulse Display Control 50 200 Trim 1PM >Prg 2 Pulse sT-162 ~27 Figure 6-2. Front Panel Display Control Knob OM-1588 Page 23 6-2. Side Panel MFcroprocessor Push Buttons 1 Mode 2 Mode Select Button Display Press Mode button to - tor in left window move indica display. Go to Figure 6-4. Side Panel Process Sequence u a I S C h d Card Process Sequence L_ _i DualSchd a r d Ret, ST-154 109 Figure OM-1 588 Page 24 6-3. Side Panel Mode Select Button 1 Parameter 2 Moving Display Line Moving line is changed. under value that can be 3 Side Panel Parameter Select Button Press side button to window panel parameter move select indicator in right display. Side Panel 2 Ref. 5T-~54 109 Figure 6-4. Side Panel Parameter Select Button OM-1588 Page 25 Use side panel mode select button to select mode to be changed (see Figure 6-3). Use side panel parameter select button to select parameter to be changed (see Figure 6-4). 1 Increase Button Press button to increase value that is underlined 2 by the moving line. Decrease Button Press button to decrease value that is underlined by the moving line. Side Panel >Prg ~f~ J ~_ Pulse ~ 1 045Steel ArgonO Increase >Prg a_ Pulse 2 052St Argon,O eel xy Decrease Pet. ST-154 109 Figure OM-1588 Page 26 6-5. Side Panel Parameter Increase And Decrease Buttons STANDARD PULSE WELDING PROGRAMS SECTION 7 following eight (8) pulse welding programs are in the memory of the wire feeder. Use this information if it is neces sary to change a standard program, or as a basis to build your own custom program. If at any time while changing a standard program, or while building your own custom program, you want to revert back to the standard program in the wire feeder memory, see Section 13-17, Resetting Memory. The Program Program # 1 Program Name: .035 Wire Size/Type: Steel, Argon - .035 1 Gas: 98 Ar S-3 - 2 Oxy or 95Ar - 5 Oxy Card #________________________ Oxy Flowrate: 40 CFM Gun Model: MILLER GW 1PM ApK AbK PPS PWms 750 490 105 200 2.0 700 480 100 190 1.9 COMMENTS . 650 470 95 185 1.9 600 465 93 180 1.9 550 460 90 175 1.8 500 450 85 170 1.8 450 430 80 160 1.8 400 410 75 150 1.7 350 390 70 140 1.7 300 370 65 130 1.6 250 350 50 120 1.6 200 330 47 110 1.6 150 315 45 90 1.5 100 300 45 40 1.5 80 290 40 35 1.5 Preflow: 0 Sec. Run-In Trim: 50 1PM: 200 Sec.:__________________________ Crater Trim: 50 1PM: 200 Sec.:__________________________ Postflow: 0 Sec. OM-1588 Page 27 Program Program Wire # 2 Size/Type: Program Name: .045 Steel, Argon - .045 2 Gas: 98Ar S-3 - 2 Oxy or 95 Ar - 5 Oxy Card #________________________ Oxy Flowrate: 40 CFM Gun Model: MILLER GW 1PM ApK AbK PPS PWms 750 540 110 220 3.2 700 530 110 210 3.2 650 520 110 200 3.2 600 510 110 190 3.2 550 500 110 180 3.1 500 490 105 170 3.0 450 470 105 160 2.9 400 450 100 150 2.8 350 440 100 140 2.7 300 430 95 130 2.6 250 420 90 120 2.5 200 400 80 100 2.5 150 380 70 80 2.4 100 345 50 60 2.4 80 310 30 38 2.2 COMMENTS . Preftow: 0 Sec. Run-In Trim: 50 1PM: 200 Sec.:__________________________ Crater Trim: 50 1PM: 200 Sec.:__________________________ Postflow: 0 Sec. OM-1 588 Page 28 Program Wire Program # 3 Program Name: .052 Size/Type: Steel, Argon - .052 3 Gas: 98Ar S-3 - 2 Oxy or 95 Ar - 5 Oxy Card #________________________ Oxy Gun Model: MILLER GW Flowrate: 40 CFM PPS 1PM ApK AbK 750 565 145 700 565 140 260 3.1 650 560 135 260 3.1 600 560 130 255 3.1 550 560 125 240 3.1 260 PWms COMMENTS 3.1 - . 500 550 120 225 3.0 450 540 115 210 2.9 400 530 110 195 2.8 350 520 105 170 2.7 300 510 100 155 2.7 250 500 90 140 2.6 200 480 80 120 2.6 150 460 70 100 2.5 100 420 50 80 2.4 50 350 32 50 2.2 Preflow: 0 Sec. Run-In Trim: 50 1PM: 200 Sec.:__________________________ Crater Trim: 50 1PM: 200 Sec.:___________________________ Postflow: 0 Sec. OM-1588 Page 29 Program Program # Program Wire 4 Name: .035 Sizeilype: 309, Argon - .035 4 Gas: 98 Ar 309 - 2 CO2 or 95Ar- 5 CO2 Card #________________________ CO2 Flowrate: 40 CFM Gun Model: MILLER GW 1PM ApK AbK PPS PWms 750 390 95 210 2.2 700 380 95 200 2.1 650 370 90 190 2.0 600 360 85 180 1.9 550 350 80 170 1.9 500 340 75 160 1.9 450 330 70 150 1.8 400 320 65 140 1.8 350 310 60 130 1.7 300 300 55 120 1.6 250 290 50 100 1.6 200 280 45 80 1.6 150 270 40 60 1.6 100 270 36 40 1.5 80 260 30 30 1.5 COMMENTS Pretlow: 0 Sec. Run-In Trim: 50 1PM: 200 Sec.:__________________________ Crater Trim: 50 1PM: 200 Sec.:___________________________ Postflow: 0 Sec. OM-1588 Page 30 Program Wire Program # 5 Program Name: .045 Sizeilype: Steel, 309, Argon .045 - 5 Gas: 98 Ar 309 - 2 CO2 or 95Ar - 5 CO2 Card #_________________________ CO2 Gun Model: MILLER GW Flowrate: 40 CFM 1PM ApK AbK PPS PWms 750 490 115 290 2.3 700 480 115 280 2.3 650 450 115 270 2.1 600 435 112 260 2.0 550 430 110 240 2.0 500 425 105 230 1.9 450 420 105 220 1.9 400 415 105 200 1.8 350 410 100 180 1.8 300 400 95 160 1.7 250 380 88 140 1.7 200 360 85 115 1.7 150 340 68 88 1.6 100 320 50 70 1.6 80 310 45 60 1.5 COMMENTS . Preflow: 0 Sec. Run-In Trim: 50 1PM: 200 Sec.:__________________________ Crater Trim: 50 1PM: 200 Sec.:__________________________ Posttlow: 0 Sec. OM-1 588 Page 31 Program Program Wire # 6 Program Name: 3/64 Size/Type: 3/64 6 Gas: 4043 Argon Card #________________________ 4043, Argon Flowrate: 40 CFM Gun Model: MILLER GW 1PM ApK AbK PPS PWms 750 510 150 190 3.5 700 485 150 180 3.4 650 485 150 180 3.4 600 470 145 180 3.3 550 445 140 170 3.1 500 420 135 160 2.9 450 400 130 150 2.8 400 360 120 140 2.7 350 340 115 130 2.6 300 310 100 120 2.5 250 277 87 110 2.4 COMMENTS . . 200 250 68 100 2.3 150 215 50 90 2.1 100 190 30 80 2.0 80 190 27 45 2.0 Preflow: 0 Sec. Run-In Trim: 50 1PM: 200 Sec.:__________________________ Crater Trim: 50 1PM: 200 Sec.:__________________________ Postflow: 0 Sec. OM-1588 Page 32 Program Wire Program # 7 Program Name: 3/64 Size/Type: 3/64 7 Gas: Argon 5356 Card #_________________________ 5356, Argon Gun Model: MILLER GW Flowrate: 40 CFM 1PM ApK AbK PPS PWms 750 515 130 190 2.8 700 510 120 190 2.8 650 490 120 180 2.7 600 470 115 170 2.7 550 450 110 160 2.6 500 430 100 150 2.5 450 410 90 140 2.5 400 390 80 130 2.4 350 370 65 112 2.4 300 340 52 103 2.3 250 325 47 90 2.3 200 300 40 80 2.2 150 277 35 53 2.2 100 260 24 40 2.2 50 230 20 35 2.0 COMMENTS . Preflow: 0 Sec. Run-In Trim: 50 1PM: 200 Sec.:__________________________ Crater Trim: 50 1PM: 200 Sec.:__________________________ Postflow: 0 Sec. OM-1 588 Page 33 Program Program Wire # 8 Program Name: .035 Size/Type: NIcki, Argon - .035 8 Gas: 75 Ar -25 He Nickl Card #________________________ He Flowrate: 40 CFM Gun Model: MILLER GW 1PM ApK AbK PPS PWms 750 390 110 130 3.5 700 380 105 130 3.5 650 370 100 125 3.4 600 360 90 120 3.4 550 350 85 115 3.3 500 345 80 110 3.3 450 340 75 105 3.3 400 335 65 90 3.2 350 332 60 75 3.1 300 320 55 65 3.0 250 310 50 58 3.0 200 297 44 52 2.9 150 282 37 42 2.9 100 262 29 33 2.8 50 225 23 30 2.7 COMMENTS Pref low: 0 Sec. Run-In Trim: 50 1PM: 200 Sec.:__________________________ Crater Trim: 50 1PM: 200 Sec.:___________________________ Postflow: 0 Sec. OM-1588 Page 34 SECTION 8- GETTING STARTED WARNING a ELECTRIC SHOCK can ARC RAYS can burn eyes and skin; NOISE can damage hearing. kill. Do not touch live electrical parts. Always wear Insulate Keep all Wear dry insulating gloves. from work and yourself panels and covers FUMES AND GASES to your health. Keep your head Ventilate area, ground. securely in breathing can cause Do not weld fire device. or away from Keep all doors, and securely in Read Material Safety Data Sheets (MSDSs) manufacturers instructions for material used. WELDING MOVING PARTS Keep out of the fumes. or use helmet with correct shade of filter. body protection. place be hazardous can welding Wear correct eye, ear, and explosion. can cause injury. pinch points such panels, place. covers, and as drive rolls. guards closed MAGNETIC FIELDS FROM HIGH CUR RENTS can affect pacemaker operation. Pacemaker wearers keep away. flammable material. near Wearers should consult their doctor before Watch for fire; keep extinguisher nearby. Do not locate unit Do not weld on Allow work and NOTE ~ over near arc combustible surfaces. closed containers. equipment to cool before handling. welding, gouging, or going spot welding opera tions. See Safety Precautions at beginning of manual for ba sic welding safety information. wtwam8 1 8/92 Set up equipment according to Figure 5-12. Use the standard pulse welding program in Section 7 that is closest to your application (by wire type and size and gas type) when setting up. OM-1588 Page 35 8-1. Welding With Only Front Panel Controls Turn On wire welding Use Select button or~ Select 50 200 Tr rn I PM power source, feeder, and gas. or gun trigger to select active side of feeder. I /1 Program Display 1 is the default program the first time the unit is turned on, at other times the last program >Prg Pu Front Panel I 1 number selected is displayed. Use the front panel parameter select button to select the Prg #. se 2 Prg3 Select Display Control 2 gas). / 50 Tr rn I PM >Prg the weld program from Section 7 (1 through 8) which is closest to your needs (by wire and Strike 3 3 If 200 Pulse an arc Trim and try a sample weld. (Arc Length) necessary, select Trim, and to achieve the best arc. adjust 4 If Front Panel Mode Select 1PM necessary, select 1PM, and to achieve the best arc. adjust Go to Section 8-2. Prg Pu I 3 se Display Control Prg Put 3 se Front Panel Mode Select + 55 >200 Tr irn Prg I PM Pulse 3 Display Control 55 >250 Tr im Prg I PM Put 3 se A___ / Figure OM-1588 Page 36 8-1. Welding With Only Front Panel Controls 8-2. Setting Sequence Pulse Welding Parameters On Side Panel WARNING a ELECTRIC SHOCK can WELDING wounds. kill. Do not touch live electrical parts. Control circuit and feeder operational power when using or changing the are ~ WIRE can cause puncture Do not point gun towards any part of the body, other people, or any metal when programming. On microprocessor settings. N OTE Display welding wire is electrically live and moves out of the gun whenever the power switch is On and the gun trigger is pressed. The Figure 8-2 is a graphic layout of a weld cycle. Follow examples in Figure through Figure 8-8 to adjust sequence welding parameters to fit your needs. 8-3 Weld Time 0-25 Sec. Crater Time 0-2.5 Sec. Burnback Time 0-0.25 Sec. Trigger Arc Arc Start Trigger Time Out Released Pressed Ref. S-0271 Figure 8-2. Weld Cycle OM-1588 Page 37 Side Panel Mode Select 1 Button On, Process is the default mode, at other times, use side panel mode select button to select Sequence. When unit is turned Side Panel Parameter Select Button 2 2 Use side panel parameter select button to select parameters. Process ~aneI >W~1d Trim >Sequence 50. DualSchd 250 1PM Card 0.0 Sec 3 N Weld Parameters Display Parameter ranges are as Trim 0-99 (Arc Length), follows; Changes to Trim are also displayed on front panel display. Parameter Wire Feed Speed, 50-780 Inches Per Minute, 1PM Changes on 1PM front panel are also displayed display. Seconds, 0-25.0 Sec. If value set is Set Desired Trim ~OrQ~j Increase! Decrease I~_3 Weld Trim I 200 1PM I 0.0 Sec >50 Trim be fine tuned while welding. can Set Desired Wire Feed zero (0), welding will continue until welding gun trigger is released. V Speed Or~ Increase! Decrease 1PM can be tine tuned while welding. Set DesiredTime, If Applicable lncrease/ Decrease ~ Side Panel Parameter Select Proceed to next Figure OM-1588 Page 38 8-3. Setting Weld figure. Sequence Display Go to Figure 8-4. 1 Crater Parameters Display Parameter ranges are as Trim 0-99 follows: _________ Crater ~:0 Z~mk~~~:o TrimH Side Panel Parameter Select Set Desired Side Panel Trim Parameter 1 Crater Tr 60 >2QQ 0.00 (Arc Length), Wire Feed imi Speed, 50-780 Inches Per Minute, 1PM 1PM Seconds, 0-2.50 Sec. If value set is zero (0), there is no Crater Sec Set Desired Wire Feed Speed sequence. Select Go to Figure 8-5. Side Pan:I Increase/ Decrease Increase! Decrease >QEat~f Crater Trim~(p=~]60 60 150 1PM 0.20 Sec 1 TrimLi 150 1PM Sec Side Panel Set Desired Time Parameter Select Increase Proceed to next figure. Figure 8-4. Increase! Decrease Setting Crater Sequence Display 1 __/ Burnback Parameters Burnback __ __ I I Bu r nback r n b a ~ K can be Display adjusted from 0-0.25 seconds. If value set is zero there is Burnback no (0), sequence. Go to 0. 00 Sec >Q~.OQ Sec 0.12 Figure 8-6. Sec ___________ Side Panel Set Desired Time Parameter Select Side Panel Parameter Select Increase Proceed to next Increase! Decrease Figure 8-5. Setting Burnback figure. Sequence Display 1 ______/ ______ ______ Postflow >Eastflcw Postflow Parameters Go to 0.0 Sec Sec Side Panel Parameter Select Set Desired Time Increase! Decrease Figure 8-6. 1.2 Display Postflow can be adjusted from 0-9.9 seconds. If value set is zero (0), there is no Postflow sequence. Figure 8-7. Sec Side Panel Parameter Select Increase Proceed to next figure. Setting Postflow Sequence Display OM-1588 Page 39 Preflow Parameters 1 Preflow Display be can adjusted from 0-9.9 seconds. If value set is zero (0), there is Go to Preflow >PreflQw 0,0 SecF~ > Side Panel Parameter Select Sec~ ~ 8-7. Preflow 8-8. Side Panel Parameter Select Set Desired Time Setting Preflow sequence. Sec~ 1.2 Increase! Decrease Figure no Figure Increase Proceed to next figure. Sequence Display Run-In Parameters 1 Parameter ranges Di~play are as follows: Trim, 0-99. Wire Feed Speed, 50-780 inches per minute, 1PM Seconds, 0-2.5 Sec. If value set is (0), there is no Run-In zero sequence. Run i Side Panel Parameter Select ri Set Desired Wire Feed Speed I I Li Side Panel Parameter Select Increase! Decrease Run in ~ ~ Trim 150 L~9~ Side Panel Parameter Select Increase 1PM Sec Set Desired Time Increase! Decrease Figure OM-1588 Page 40 8-8. Setting Run-In Sequence Display ~ TEACHING A PULSE WELDING PROGRAM SECTION 9 WARNING a ELECTRIC SHOCK can WELDING WIRE wounds. kill. Do not touch live electrical parts. Control circuit and feeder when using or operational power are On changing the microprocessor settings. can puncture cause Do not point gun towards any part of the body, other people, or any metal when programming. The welding wire is electrically live and moves out of the gun whenever the power switch is On and the gun trigger is pressed. NOTE See GMAW-P (Pulsed MIG) Process Guide supplied with unit for more information. 9-1. Pulse Waveform Explained The wire feeder, not the welding power source, controls weld output for pulsed welds. I Peak Current Of ApK 100-565 ApK Amperes high pulse is the Peak current. of welding melts the current welding wire and forms a droplet. droplet is forced into the weld The puddle. 2 Abt< Background Current Of 10-200 Amperes Abl< is the low weldcurrent. Back. ground current preheats welding wire and maintains the background is arc /\ arc. current is too unstable and When low, the hard to maintain. 3 Pulses Per Second Of PPS 20-400 C Q) PPS, pulse rate, and frequency 0 0. E 1 2 4 4 (Hz) are PPS or used interchangeably. pulse rate of 60 pulses of current each secopd. C,, 4 PWms A 60 Hz means are produced Pulse Width Of 1.0-5.0 Milliseconds / Time PWms is the time spent at peak (1.2 ms is .0012 seconds). current This time must be long enough to form a droplet of welding wire. The or fluidity of the molten puddle is controlled by stiffness weld PWms. Ret. S-0259 Figure 9-1. Pulse Waveforms And Explanation Of Terms OM-1568 Page 41 Teach Points 9-2. Explained 1PM 780 750 700 650 600 550 Example Of A Synergic Setting For 425 1PM With All Teach Points Set At 50 1PM Increments 500 450 400 350 300 250 200 ~ ApK o AbK o pps 150 100 PWms 50 150 180 210 240 270 300 330 360 370 420 450 480 510 540 565 ApK 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 AbK 30 55 80 105 130 160 185 210 235 260 290 315 340 365 400 PPS 1 2 The teach mode allows the user to create pulse MIG welding programs. The teach mode has 15 teach points. At each teach point, the user can adjustfour parameters: peak amperage (ApK), background amperage (AbK), pulses per second (PPS). and pulse width in milliseconds (PWms) to shape the pulse waveform of the weld custom output. Wire feed speed teach points can range from the minimum to the maximum wire feed speed of the feeder. When using a standard speed motor, wire feed speed teach points typically range from 50 to 750 ipm. The wire feed point can be redefined to any wire speed setting between adjacent teach points (see Section 9-3). The feeder uses pulse parameters at teach points to establish the pulse parameters at any wire feed speed setting. speed of a Page 42 Below the wire feed teach point, and 4 speed of the lowermost above the wire feed speed 9-2. Typical PWms 5 To ensure a proper arc length reading, elec trical stick-out must be carefully maintained, of the uppermost teach point, the unit may limit wire feed speed settings in pulse MIG to and the weld must be terminated maintain all gun away from the workpiece. pability pulse parameters within the Ca- ing the gun trigger, not by pulling by the releas welding of the unit. The Pulse MIG programs made by the manufacturer have pulse waveform information entered for all 15 teach can relocate and points. The operator modify the setting of one, or any number of the 15 teach points if the factory set information is not appropriate for a specific application. teach Figure OM-1588 3 After the parameters for each teach point are established,anarcmustbestruckandmain- taught arc length represents a Trim (arc length) setting of 50. Increasing the value of Trim, increases the actual arc length. Like wise, decreasing the value of Trim will de crease actual arc length. In the Pulse mode, the unit does not maintain length with variations in elec trical stick-out. In the Adaptive Pulse mode, a constant arc the unit maintain a of varia adjusts pulse frequency to constant arc length regardless tions in electrical stick-out. tamed for at least 5 seconds. This allows the wire feeder to learn the Proceed to next sociated with the program. Teach Point arc voltage length astaught pulse parameters. Settings And figure to teach a Resulting Synergic Setting pulse M IG 9-3. A. Pulse Teaching Welding Program READ SAFETY BLOCKS at start of Section 9 before proceeding. ~A1~ ;l ~ II ~ A. Selecting And/Or Redefining Teach Speed Point Wire Feed Process 1 point (1PM) A teach but the wire feed and Display can be selected speed of a teach either the side on point can panel or front panel displays. only be redefined with the Purge on the front panel display. Display When unit is first turned On, Pro button Control knob while 1PM is selected cess is the default screen, at other use mode select button to se times lect Process. 2 Teach 2 Display / Use parameter select button to lect Teach. se Use increase/decrease buttons to select On. 1PM 3 You (Teach Point) also select can a teach point panel Display Control cursor on the front panel with the front knob if the display is pointing at 1PM. To redefine the wire feed a teach 4 point, proceed Front Panel as speed of follows: Display Use parameter select buttQn to lect 1PM (teach point). se Press and hold Purge button while turning Display Control knob to re define the teach point wire feed speed. For example, if teach points reside at 150, 200, and 250 Side Panel Parameter Select the teach justed ipm, at 200 can be ad to a wire feed to 249 Selecting point speed of 151 pm. Repeat the procedure for as many points as desired. of the 15 teach A Teach Point To set or adjust teach point to Figure 9-4. parameters, go Redefining 5 0 450 Tr im I PM ii >Prg P U I A Teach Point 50 S_er~ >4 5 0 Trim Prg 1PM 1 Pulse Front Panel Parameter Select ~urge~~J And 50 >4 6 0 Figure 9-3. T rim Prg 1PM Pu) Selecting iL~~ sel And/Or Redefining A Teach Point OM-1588 Page 43 B. Setting Teach Point Parameters On The Side Panel Increase! Decrease >P r On Teach 0 C e S S Sequence >450 1PM Dual Schd 340 Apk 70 Abk Card Teach ~_Or_-~>343 Teach On ~ 7,,~,/Abk Apk >34~ _________ _________ On 1PM 460 1PM 460 Apk Abk 70 Side Panel I Parameter Select Side Panel Parameter Select Increase! Increase! Decrease Decrease 460 1PM 343 Apk 7Q Abk 1~0 PPS > I 1~J Side Panel Parameter Select Increase! Decrease 343 Apk 343 Apk 92 Abk 92 Abk 280 PPS > PWm I _______ >Teach ~ 460 1PM ~ Apk 92 Abk Or 280 _____ / Side Panel Parameter Select Increase! Decrease 4 5 I Progl C I Pulse I 035SteelI ( Argon-Oxy~ When the Process Teach mode is On, and 1 ApK Display 2 AbK Display 3 PPS Display ~ PWms custom of the following pulse parameters is Selected: ApK, AbK, PPS, or PWms, the front panel displays the selected pulse parameter instead of Trim (arc length). When the pulse one parameter is selected value can be or the side panel follows: Page 44 9-4. 5 Display When values have been set for strike and maintain Repeat procedure Figure OM-1588 as is complete (see Turn Teach mode Off. on changed Display Control knob, the front panel, the with the front panel program Figure 9-2). Setting an arc a teach point, for five seconds, at each teach point until Custom Pulse Screen The letter C will appear in the upper ner of all customized programs. To set right cor Sequence Welding Parameters, Section 8-2. Teach Point Parameters On The Side Panel see N OlE 1~ Program #__________ Make copies of this chart for future Wire use. Size/Type________________________ Gas_________________________ Program Name____________________________________________ Card #_______________________ Gun Model_____________________________________________ Flowrate 1PM ApK AbK PPS PWms CFM COMMENTS Preflow:___________________ Sec. Run-In Trim:_______________ 1PM:____________________________ Sec.:__________________________ Crater Trim:_______________ 1PM:__________________________ Sec.:_________________________ Postflow:___________________ Sec. OM-1588 Page 45 9-4. Changing To Adaptive Pulse Welding I ~H 4 READ SAFETY BLOCKS at start of Section 9 before proceeding. Welding parameters for both a Pulse and are the same an Adaptive Pulse welding program. While welding adaptively, the unit uses feedback to attempt to maintain a constant arc length. To change to Adaptive Pulse welding, proceed as 1 U Side Panel Mode Select shown: Side Panel Default display Display when unit is first turned On, at other times use side panel mode select button to select Process. / >Prg >Process 1_ Pulse Sequence DualSchd 035Steel Card ArgonOxy Side Panel Parameter Select , >Process Prg Sequence 1 >Eu!~~ DualSchd 035Steel Card ArgonOxy lncrease/ U Decrease V >Pr-~ocess Prg Sequence Page 46 >~d~p1EuL.&~ DualSchd 035Steel Card ArgonOxy Figure OM-1588 1 9-5. Changing To Adaptive Pulse Welding SECTION 10- TEACHING A MIG WELDING PROGRAM WARNING a ELECTRIC SHOCK can kill. WELDING wounds. Do not touch live electrical parts. Control circuit and feeder operational power are On when using or changing the microprocessor WIRE can cause puncture Do not point gun towards any part of the body, other people, or any metal when programming. The welding wire is electrically live and moves out of settings. the gun whenever the power switch is On and the gun trigger A. Changing To MIG is pressed. Welding 1 Side Panel Default U display Display when unit is first turned On, at other times Side Panel Mode Select panel use side mode select button to select Process. Go to Figure 10-2. / >Process >Prg Sequence 1. Pulse DualSchd 035Steel Card Arg on Oxy Side Panel Parameter Select >P r Prg 0 c e 5 5 1 Sequence Dual Schd Card Figure 10-1. Changing To MIG In The Process Mode OM-1588 Page 47 B. Setting Sequence M1G Welding Parameters On Side Panel Display Side Panel 1 Display When unit is turned On, Process is the default mode. Use side panel mode select button to select f >Process Sequence. 2 I >Prg Side Panel Parameter Select Button MIG Sequence Use side Qua lSchd panel parameter select button to select parameters. Card 3 Weld Parameters Parameter ranges (~~) Display are as follows: Volts, 10.0-38.0 Volts Side Panel Mode Select Wire Feed Speed, 50-780 Inches Per Minute, 1PM . Seconds, 0-25.0 Sec. If value set is (0), welding continues until zero welding Process >W~l d >Sequence trigger is released. Inductance, 0-99 % 18. OVo I DualSchd 200 1PM Card 0.0 Sec t Changes to voltage and wire feed speed (1PM) parameters in the weld sequence are also on front panel display. Go to Set Desired gun Figure displayed 10-3. Voltage 3 Increase! Weld Decrease can Sequence Volts be fine tuned while welding Side Panel Parameter Select Set Desired Wire Feed Set Desired Weld Time, If lncrease/ Decrease Increase! Decrease Side Panel Parameter Select Weld Sequence 1PM can be fine tuned while welding Set Desired Inductance, If Applicable >Wa I ~ Increase! Decrease Side Panel 20.OVoitH Increase Proceed to next Parameter Select Figure OM-1588 Speed Applicable Page 48 10-2. Setting Weld Sequence Display figure. 1 Crater Parameters Parameter ranges Display follows: are as Volts. 10.0-38.0 Volts 1 Wire Feed >~ a Speed. 50-780 Inches Per Minute, 1PM 18.QVoI I PM 2 00 I Seconds,0-2.5OSec. Ifvaluesetis (0), there is no Crater zero 0.OOSec sequence. ___________________ Go to I Figure 10-4. Side Panel Parameter Select U 4 ____________________________ ____________________________ I Crater I>1~0Volt I I I Crater I 24.OVoIt 1PM 1PM 0.OOSec 0.OOSec 250 Crater 24.OVolt 400 I 1PM __ __ __ Set Desired Voltage Side Panel Parameter Select Set Desired Wire Feed Speed lncrease/ Side Panel Parameter Select Set Desired Time Increase, Decrease Increasel Decrease Decrease I I _________ I >c 24 I ~ . 400 1. ~ OVo I 1PM l2Sec Side Panel Parameter Select Increase Proceed to next figure. Figure 10-3. Setting Crater Sequence Display 1 Burnback Parameters Parameter ranges are as Display follows: Volts. 10.0-38.0 Volts Seconds, 0-0.25 seconds. If value set is zero (0), there is no Burnback sequence. Go to Burnback 18.0 Vol 0.00 Sec Q Vol 0.00 Sec >1~ Side Panel Parameter L Burnback tL Set Desired Burnback Volts Select 16 10-4. Setting 0 Vo I Sec Side Panel Parameter Select Burnback 10-5. ~ Set Desired Burnback Time Increase, Decrease Increase, Decrease Figure . Figure I 16. 0 Vo I 0.12 Sec Side Panel Parameter Select Increase Proceed to next figure. Sequence Display OM-1588 Page 49 Postflow Parameters 1 ______/ ______ ______ >PQSttIQW Postflow Sec~~~>Q~Q Sec~ >P~~tfiow 0.0 Side Panel Parameter Select ~1.2 Sec~ ~ Increase Proceed to next Increase! Decrease 10-5. Go to Setting Postflow figure. Sequence Display Preflow Parameters I ______/ ______ >~reflo~ Go to ~ Side Panel Parameter Select Sec adjusted Figure (0), 10-7. Side Panel Parameter Select Increase Increase! Decrease 10-6. can Display from 0-9.9 Sec 1.2 Set Desired Time Figure be seconds. If value set is zero there is no Preflow sequence. ______ Preflow Sec 0.0 Figure 10-6. Preflow >Pr~flow can Side Panel Parameter Select Set Desired Time Figure Display be adjusted from 0-9.9 seconds. If value set is zero (0), there is no Postflow sequence. Postflow Proceed to next Setting Preflow figure. Sequence Display Run-In Parameters 1 Parameter ranges I Display are as follows: Run in Volts, 10.0-38.0 Volts 20. OVo I Wire Feed 1PM Speed. 50-780 inches per minute, 1PM 0.0 Side Panel Parameter Select Set Desired Voltage Side Panel Parameter Select Increase! 420 2.2 20.OVoIt t Sec 20.OVoIt 150 1PM 150 1PM 0.5 Sec >Q~ Sec Side Panel Parameter Select Increase sequence. ~I Runin lPM~ ~>Rt~nin 20. OVo I Seconds, 9-2.5 Sec. If value set is (0), there is no Run-In zero ~ Increase! Decrease Decrease >W~ I d Sec Set Desired Wire Feed Speed F _J Set Desired Time Increase! Decrease Figure OM-1 588 Page 50 10-7. Setting Run-In Sequence Display Side Panel Parameter Select SETTING DUAL SCHEDULE PARAMETERS SECTION 11 a WARNING ELECTRIC SHOCK can WELDING WIRE wounds. kill. Do not touch live electrical parts. Control circuit and feeder operational power are On using or changing the microprocessor when settings. can cause puncture Do not point gun towards any part of the body, other people, or any metal when programming. The welding wire is electrically live and moves out of the gun whenever the power switch is On and the gun trigger is pressed. Dual Schedule can only be used consecutive weld pro grams such as: 1 & 2, or 3 & 4, or 5 & 6, or 7 & 8. Any program type with two MIG, Adaptive Pulse, or Pulse can be combined in dual schedule. For example, Prg 1 is MIG, Prg 2 is Pulse, or Prg I is Adaptive Pulse, and Prg 2 is Pulse, etc. 1 Side Panel Mode Select Button 2 Mode Display Use mode select button to select Dual Schedule, then proceed as 2 3 shown: 3 - Dual Schedule Parameters Display Use side panel increase/decrease buttons, or Display Control knob (see Figure 11-2) pairs. to select dual schedule lncrease/ Decrease ~g ~ Side Panel Parameter Select Display Control If the two desired welding programs are not in the proper program order (I & 2, or 3 & 4, etc.), the in the proper order would be to write one program to a data card, and then read the program from the card into the desired program number. See Section 12 for data most common method to get them card information. Figure 11-1. Setting Dual Schedule Pairs On Side Panel Display OM-1588 Page 51 I Front Panel Parameter Select Button 2 Front Panel Display Press parameter select button to select program number on front panel display. 3 Front Panel Display Control Knob 4 Welding Gun Trigger, Or DSS-Type Switch The dual schedule programs can be alternately selected between active programs A or B by turning the Display clockwise Display Welding Gun Trigger OR Control Knob Welding Gun DSS-Type Switch >Prg Dual 2 (1~j1DuaI B Ar one releasing the welding gun trigger, or by an exter nal mounted DSS-type switch mounted on the welding gun. See Section 13-10 for specific switchinstructions.The type settings shown on the front panel display for the active weld program. When program B is active, turn Dis play Control knob one click clock wise to select another schedule programs. pair of Control Knob When dual schedule is On, and Process is selected panel display, buttons Figure OM-1588 Page 11-2. 52 can then the side be used to Selecting on the panel increase/decrease change program numbers. Between Active Dual Schedule Programs or and Display side click counterclockwise, by squeezing are ~>Prg ~ Control knob or A And B On Front Panel Display dual SECTION 12 12-1. Installing USING THE OPTIONAL DATA CARD Data Card 1 Label Peel from label and backing apply by to data card with THIS SIDE UP metal pins. Write the stored of the programs the card on the label. names on Write the name equipment the of the piece of card is used with on the label. 2 Data Card 3 Card Slot Insert card into slot. To format card. turn On power to the unit. Select Card from menu. Data card for mats when unit enters Card mode. 3 Exit Card mode and turn Off power. ST- 156 266-B / Ret. S- 155 823 Figure 12-2. Using 12-1. Installing Data Card The Data Card Use Mode Select button to select Card. 1 Card 2 Write Display Used to transfer program data from unit to card. The program card can hold up to 32 programs. When writ ing to the card, the next available program number is automatically assigned. 3 Read Used to transfer program data from card to unit. 4 Delete Used to delete program data from card. 3 5 Done Used to exit card 4 6 Moving Moving line is be changed. Figure 12-2. Card display. Line under value that can Displays OM-1588 Page 53 I Card I Display Use Mode Select button to select Card. 2 Moving Line Moving line is be changed. under value that can Process Name 3 Sequenc e Pr DualSch d es If s panel Be low >Card Display is desired, press side Parameter Select button to no name continue the write procedure. When ~ 2 F naming a program, the front panel Display Control knob can be used to speed selection of charac Side Panel Parameter Select ters. #1/ulse >Write Read 035Stee I Delete ArgonOx y Press Done Allowable characters include: 0 thru 9, :, ;, >,?, @,Athru Z, , IJ], ~,,, athru %,&,, (,),*,+,_,,/, I z, <, I,, #, $, 3 lncrease/ Decrease Side Panel Parameter Select V Name? Name? NQ ArgonOxy Yes ~ Press Increase No Yes ~35Steel 035Steel ArgonOxy ~P r e 5 S Side Panel Parameter Select Side Panel ~ Name? Parameter Select ~ 5007992 ~ Frame Press Side Panel Increase Parameter Select Side Panel Parameter Select Figure OM-1588 Page 54 12-3. Naming Programs And~ Writing To Card Use Mode Select button to select Card. 1 Card 2 Moving Display o c e s s Seq uenc e Dua lSch d >Car d Pre ss Bel ow Moving changed. Read Side Panel Parameter And Select Once \ Writ ~1 e Display Select desired card program to download. Select feeder program Mode Select number where the card program Once goes. I V 2 can be 3 ~ Line line is under value that 3 Pulse 035Steel >Read Dele te Arg onOxy Done Press I Be Be Lost Lose? Pulse 1 035SteeII PrglWillI Prg1Will~ I No ~ Press Yes ~ # Lost - Lose? A No r Press Increase go nOx Press y I Side Panel Parameter Select Side Panel Parameter Select __________________ I I I Side Panel Parameter Select __________________ I I sel Read Done~ Card ~ to Prg I ~ Pu I 1 Argon_Oxy~ I Press Press Figure 12-4. Reading From Card 1 Wr >R i e a De I WARNING: d CardEmptyl e are no programs on the card, this series of displays appear. I t e Warniog Display If there Press t e Below Done Side Panel cJ Wr i t Parameter Select Once De I e >Prg >Process e Read Sequence g MIG DualSchd t e Press >Done Side Panel Parameter Select Figure 12-5. L~C Reading (Or Deleting) a r d From An Empty Card OM-1588 Page 55 Use Mode Select button to select Card. 1 Card 2 Moving Display Line Moving line is be changed. 3 Proces S Sequen Pr DualSc hd ess Be low Side Panel Parameter And Select Once I I Write I I Read >Delete ~_Done # 2 ~Pr ~ ~ Mode Select Twice MIG WARN I NG: ess Side Panel Parameter Select 2 3 De I e t e Lose?~~~ No Press Increase Yes Side Panel Parameter Select Side Panel Parameter Select #~ MIG Press Side Panel Parameter Select Figure OM-1588 Page 56 12-6. can Display Select program number to be de leted from card. ce >Card Delete under value that Deleting Programs From Card SECTION 13SETUP Setup Flow Chart 13-1. 2 r~e 1~_ P >Sy s t em Range Secu r I a Display Selections Features 3 Settings s b i To set up features that customize operation, use the setup displays. I >Pu I se/Mi t y 1 2 Features that can be customized follows: Access are as Example Of Setup Display On Side Panel Settings Features Display H Section Process >System Features Display Section Settings Selection Selection Capability Pulse/Mig Mig Only Parameter >Remote 13-3 Off/On 13-12 Increase! Decrease Press Mode Select To Go To Next Run Hours >Arc Time Setup Display ~ 09999.99 Hours 0999,999 Cycles 13-13 . >Range 25.0 V Volt Mm o.o Volt Max 25.0 AmpMin 0-50A Amp 50 - - 13-4 No Reset 99.9 V Reset I___________ Max - 999 A >Self Test 13-14 I___________ >Security Program Number Lock Oft/On 13-5 1 >Wire Feed IPM/MPM Display Type Motor ~ Standard Low >Access Code Off/On 13-6 Voltage DVC On/Oft 13-7 Speed High Speed I >Mig Type 13-15 +______________________ Model >Model Correction Type L Bench 13-16 Boom + >Voltage Control 17-Pin Feedback Volt Sense Arc Start Standard 13-8 No Reset >Memory 13-17 Reset I >Arc Start Type ~Shutdown 13-9 Hot Start I No Volt Sense Off/On ~Name Card Oft/On ~So~are Version I 13-18 I >Dual Schedule Switch Type Momentary 2-Pole 13-10 Programs 13-19 Maintained 2-Pole Maintained 1-Pole Number~ 13-20 Trigger >Trigger Program Select Oft/On 13-11 I I Figure 13-1. Setup Flow Chart OM-1588 Page 57 Using Setup Displays 13-2. Front Panel 1 Front 2 Setup Display panel display during setup. Side Panel Mode And Para meter Select Buttons 3 Power Switch On Rear Panel Press and hold down both buttons while 4 turning On unit. Side Panel Setup Display Follow this procedure any time ac cess is required. Once in the setup displays, use the Mode Select but ton to select a particular display. To save any or all of the made while in the setup changes displays, setup displays, and/or to exit the turn power to the unit off and back on or press the gun trigger to return to the Process display. 4 / 4 Process >System Range Secur ity Acces Capabi 13-2. I ty s Side Panel Figure I >Pulse/Mig Display Accessing Setup Displays Selecting Process Capability 13-3. ~ N OTE This selection allows the wire feeder to be used with variety of welding power Welding Pulse a This selection also determines whether Ga s Metal Arc sources. (Pulse/Mig) GMA W-P is available. 1 /__~. ( Setup Example Welding Power Sources: Puise/Mig =450 Ampere Inverter M:del = welding power source to produce either pulse GMAW-P or regular ) GMAW welds. ~ When in I works I I I ~ y s e C Pr t em u r o ce S Capabi i t y u S / 1 Ii 58 welding power produce regular GMAW ty~ Select the Increase Pr 0 ce S S Ca pa b I l ~ ~ t Ml g Figure Page the wire feeder the welds. g Q I 0 Access OM-1588 Mig Only, with source to 1 I Range S System Display When Process Capability is Pulse/ Mig, the wire feeder works with the 13-3. System Display process the welding is able to do. power source When Mig Only is selected, of the setup choices i t y I are some automati callymadeandarenotavailablefor selection by the operator. 13-4. Selecting Welding ~ N OTE Power Source Range Welding power source minimum and maximum voltage values required. Amperage values are required for pulse welding. 1 See ers are always Range Display welding power source Own voltage and amper Manual for age ranges. Set values to match welding 2 Minimum Range 3 Press Mode Select Voltage Display is 0 to 25.0 volts. Maximum Range 4 power source ranges. Voltage Display is 25.0 to 99.9 volts. Minimum Amperage Display (Available When System Set For Pulse/Mig) Range is 0 to 50 amperes. Maximum Inverter Model. Do not Amperage Display (Available When System Set if For Default values using 5 for 450 Ampere change values 450 Ampere lnverter Model. are Range PulselMig) is 150 to 999 amperes. 2 Increase 3* 4* 5* 565 Amp *Use side panel Parameter Select button to select voltage or amperage. Use Increase/Decrease buttons to change value. Figure 13-4. Range Display OM-1588 Page 59 Selecting Security 13-5. N OTE ~ Lock Security lock works only when a data card is inserted (see Section 12-1). I Security Display Use this weld can display to lock a programs parameters not be made so that using changes front panel controls. 2 Program Number Choose the program number (1 through 8) to be locked. A program 2 can be locked 3 Program on one or Lock When lock is off of Increase Display program, the weld pa rameters of that program without restriction. The operator can also operator Press Mode both sides. can a change all change sides without restriction. With lock program, the opera Select on a change parameters of that program but the range of change is restricted, If only one side is tor can the locked, change sides If both sides Prog 2] Prog >Prog rH>~~ ~~~_i:LocI< QH_~_iLo~ 7–J Increase ~ Side Panel Parameter Select Side Panel Parameter Select are program number. locked, the opera tor can changes change program number. In the cannot operator or side~s but cannot - example displays in this fig operator could change the ure, the value of trim –10% and wire feed speed –100 ipm from programmed values. If the settings are left at 0, the operator cannot change values programmed. If both sides are locked, they automatical from those ly have the same range of change. If dual schedule is on, the paired programs are locked and unlocked (Prog LJLock 1>Trim Prog 2 onL_iTh_JLock or ~ 1>Trim On 0 1PM together. 21 U 10 L1PM 0 lncrease/ Decrease Side Panel Parameter Select Side Panel Parameter Select Increase Figure OM-1588 Page 60 13-5. Security Display 13-6. r Selecting Or Changing N OTE ~ Access Code Access code works only when data card is inserted a (see Section 1 ~t~sp~ Code 12- 1) Display With code off, access to the setup displays is not restricted. With code on, the operator must know and enter the access code to / i access or change any of the setup displays. Code Range Secur >A c c e s Mig 2 i ty Access >Of f With Type Press Mode Display code set, this display ap pears when power is turned on while holding the side panel Mode s I a and Parameter Select buttons. Select Press side panel Parameter Select button to enter access code. When the correct letter is entered, the automatically moves to the Increase cursor next character. When the final ac cess Code >Q code letter is entered, the dis play automatically changes initial setup display. to the 0 AAA Side Panel Parameter Select Co d e On >A A A e S r )... Increase/Decrease To Set Code (~ Co d S Parameter Select To Move Cursor e On >Z W X r e S S Turn Power Off And Back On And Access Security Display I 2 / I Enter Ac >Cod AAA e c e s s Code ~P Figure r e S 13-6. Access Code S Display OM-1588 Page 61 Selecting Voltage 13-7. Correction 1 Mig Type Display With DVC the unit Voltage Correction On, closed-loop feedback 17-pin cord or voltage uses from the sensing leads to maintain set volt age parameters. With DVC Voltage Correction Off, feedback from the arc is not used for closed-loop feedback to main tain voltage parameters. Feedback from the arc is still used for other functions. Be voltage sensing leads are or voltage feedback is available from welding power source through the 17-pin recep sure connected tacle. Figure Selecting Voltage Sensing 13-8. N OTE ~ 13-7. Mig Type Display Method Voltage sensing feedback setting is Mig Only. is automatically set for V. Sense when the 1 Voltage Feedback System Display When Press Mode Select Setup ~ \..Disp~ispIa~,,J ~ I A I Mi I >v c c e $ S g I Type o I t a g e ArcStart Co n t r ~ 1 using the 17 Pin setting, voltage feedback is through / welding power source, and feedback signal is sent through 17-pin cord to the feeder. ~ If the 17 Pin setting is used, it is rec ommendedthatthevoltagesens ing terminals on the welding power I Feed back I P >1 Z I source be used to monitor Con t Fe e r d b weld cable used. Hj 01 a c k Us Figure OM-1588 Page 62 13-8. Voltage Feedback Display the the volt. using the V. Sense setting, voltage feedback is through the voltage sense leads connected to the feeder. Use this setting when there is more than 50 ft (15 m) of arc ~ the age at the workpiece. When Increase arc arc 13-9. Selecting Regular N OTE ~ Or Hot Arc Start Arc Start selection is not available when the Do not use the Hot Start setting for 035 in System setting (9 mm) 1 Vol Setup ~ Type I>ArcStart high initial weld curnecessary to start large diameter welding wires. When in Hot Start, the 450 Ampere Inverter Model starts the arc in the CV mode and switches to CC once the arc is ArcStar71 >Standard DualSchd j Display Model when rent Type tage Arc Start Use the Hot Start mode for pulse welding with 450 Ampere Inverter I Mi g Mig Only. smaller wire. 1 / Press ModeSelect or is is Do not using 450 started. unless use Hot Start Ampere Inverter Model. Increase I + lArcStart I Type ~>~ot $tart~ Figure 13-10. Selecting Type 13-9. Arc Start Display Of Dual Schedule Switch Dual Schedule 1 Choose type schedule switch ger as of Display external or use dual of the trig the dual schedule switch. 1 I I I I I ~ ~ Increase I ~ I I Increase Increase Figure 13-10. Dual Schedule Increase Displays OM-1588 Page 63 Momen 2P (Momentary Contact 2-Pole Switch Or DSS-1 0) 1 (DSS-9M) (DSS-10) 1 1 ~ >, -~ . 2 2 > > Maint 2P (Maintained-Contact DSS-9M) 2-Pole Switch Or 2 2 2 Maint I P Or 3 Trigger (Maintai ned-Contact 1-Pole Switch Or DSS-9 Or DSS-8) A 3 2 1 p C A 3 B 4 p B 4 p p 3 1 (DSS-9) 1 1 Adapter ~ 2 2 >~ A 2 2 2 3 4 Figure 3 3 A~ 13-11. Dual Schedule Switch Selecting Trigger Program 3 > BO 4 2 > _______ 3 > 2 TR > 13-il. ~ > BO Adapter 1 > > 3 (DSS-8) 1 4 > Diagrams Select 1 Trigger Display When Program trigger can tween programs that have at least 0.2 seconds of Press Mode Select Select is On, the be used to switch be preflow time. Briefly pressing releasing trigger switches programs. and gun the For example: if programs 1, 2, and 6 have preflow time of at least 0.2 se conds, pressing the trigger will switch from program 1 to 2, 2 to 6, and6tol. Pr o Se I g r e C am t >0 ~ Figure 13-12. Trigger Display OM-1588 Page 64 13-12. Selecting Remote Increase/Decrease Capability 1 Remote Display When Parameter IncjDec is On, the dual momentary-contact schedule switch can be used for I, changing as for weld parameters as well between switching programs. Press de Select Setup Display Dua lSchd Par amet Tr Inc IDec gger >Remo t Arc e eT~ For example: when the panel display is the front cursor on on Trim Volts, the dual schedule switch >Qf f be used to Time remotely change value. When the front I eter select is on or can the panel param Prg, the dual schedule switch can be used to the program number. A DSS-1O dual schedule switch is recommended for this purpose. change Increase Pa r a m e t e r Inc /Dec >0 Figure 13-13. Resetting n Display 13-13. Remote Arc Time 1 Arc Time Display The unit accumulates arc hours up to 9999.99 hours or 999999 weld cycles before rolling over to zero (0). The arc timer can be reset using this display. 1 / Press Mode Select Trigger 0 Remote .O0~ OCyc I -~ Arc Sel Time >r~o B~~t fTes t I Increase 0. OOH r OCyc $ I >as Press Figure 13-14. Arc Time Display OM-1 588 Page 65 13-14. Using Self Test 1 only Factory Authorized persons perform tests or replace parts. Have Switch A This checks the crease 2 gun switch in position. Switch B This checks the gun switch de crease 3 position. Trigger This checks the gun 4 trigger. Wire Feed This checks the wire feed motor. 1 5 Gas This checks the gas valve. Gun Increase Switch 6 Contactor This checks the source 7 welding power contactor. CV/CC This tests the pin at the 17-pin re ceptacle that controls whether the unit is in CC (constant current) or CV (constant voltage). 3 >1 r I g g ~ T~gugner / >G~ S Increase On Off Li Press I Press Side Panel ~ Parameter Select Increase -- - The welding wire and all metal parts in contact with it carry weld output when the welding power source contactor is energized. o p 7 Figure OM-1588 Page 66 13-15. Self Test Procedure r e s s n 13-15. Selecting Units For Wire Feed And Motor Speed Type Wirefeed 1 Display The displayed unit of wire speed can be changed along with the wire feed motor type. ~1 Increase Di sp Display I PM Motor lay I>MPM T Motor YPeH~_ Type d a n r d Parameter Decrease Increase Increase a Select 13-16. Wirefeed Figure 13-16. Selecting Bench Or Boom Model NOTE ~ Display Type is System setting This selection is not available when the I Mig Only. Model Type Display 1 The unit I Press Mode Select ( Setup -~ -~ I I I S I w e I fT r e f S t e e d e I I>Model M em o r properly set to feeders model factory the Bench for bench or Boom for Swingarc model feeders. The settingloadstheproperpulseparam I Mode I is.shipped from eters into memory for the model used. T y p e >B~nh This selection does not ~ when a change memory reset is done. I Increase I Model I Type ] Figure 13-17. Model Type Display OM-1588 Page 67 Reset 13-17. Resetting Memory I No Reset Memory / / ~ Access cannot be reset. 1 Press Mode Select 2 \ Program Reset Press Parameter Select button to Setup Display reset last active program to factory program settings. original All other program and setup information mains the same. 3 Increase! Decrease System re Reset Press Parameter Select button to reset programs and setup to origi nal factory settings. System, Arc >ErQgr~rn 1 4 Time, and Model Type settings are not affected by the system reset. 4 Reset I Voltage Shutdown Display (Default) Displays Press >Process Sequence >Prg Pu I I I Side Panel Parameter Select 1 se I DualSchd 035 St ee Card Argon Oxy Increase! Decrease Reset Press Side Panel Parameter Select Figure 13-18. Selecting Voltage 13-18. Resetting Memory Error Shutdown With Arc Siart/Volt Sense on, the unit shuts down when no arc volt age is sensed. If the unit shuts Press Mode Select down, an error message appears (see Section 14-4). With Arc Start/Volt Sense off, the unit continues to feed wire even there is no arc voltage sensed. when Increase Arc Volt Start I Sense >Q~ Figure OM-1588 Page 68 13-19. Voltage Shutdown Display 13-19. Selecting Program Name Feature Name 1 When Display program card is used, the programs written from the unit to the card can be named. a / Press Mode Select Access Setup Display Memory Card Shutdown Programs >Name >Qn Sof tware Increase Ca r d Pr o g r ams >011 Figure 13-20. 13-20. Naming Card Programs Software Version Number 1 /1 / Press Mode Select ( Setup \~~~lay Memory Version Shutdown #123456Z Example Display When talking Version Number with service person nel, this number may be required. (Check actual unit display for num ber.)The factory keeps this number on file with the serial number of the unit. Name ~o f t w a Figure r e 13-21. Version Number Display OM-1588 Page 69 MAINTENANCE & TROUBLESHOOTING SECTION 14 a WARNING ELECTRIC SHOCK can HOT PARTS kill. Do not touch live electrical parts. TurnOffwirefeederandweldingpowersource, disconnect maintaining, input or before inspecting. servicing. MOVING PARTS Keep power and can cause S Maintenance such as drive rolls. 14-1. Routine Maintenance Off all power before main a Turn taming. Figure OM-1 588 Page 70 can cause severe burns. cooling period before servicing gun or unit. injury. away from moving parts. Keep away from pinch points Allow 14-1. Maintenance persons. to be performed only by qualified wfwarri4.t 8/92 14-2. Replacing The Hub Assembly READ SAFETY BLOCKS at start of Section 14 before proceeding. Turn Off wire feeder and welding source. Retract wire onto reel power and remove. Take hub apart as shown. Retaining Ring 1 2 Hex Nut 3 Washer 4 Spring 5 Keyed 6 FiberWasher 7 Brake Washer 8 Hub 9 Hub Washer Support Shaft Replace worn or broken parts, and slide parts onto shaft in order shown. 9 Tighten hex nut until a slight needed to turn hub. Install wire 6 force is welding (see Section 3-12). 7 7 6 5 4 Tools Needed: 3 2 ~ 15/l6in ST~142 709 Figure 14-2. Hub Assembly 14-3. Overload Protection i~H READ SAFETY BLOCKS at start of Section 14 before proceeding. Turn Off wire feeder and power 1 I welding source. Circuit Breaker CBI CBI protects the wire feeder motor from overload. If CB1 trips, the wire feeder shuts down. Check for jammed wire, binding drive gear, or misaligned drive rolls. Correct problem. Allow cooling period and manually reset breaker. Ref. ST~9DO 177 Figure 14-3. Circuit Breaker CB1 OM-1588 Page 71 14-4. Error Displays 1 Release Trigger Error Display This appears if the trigger is closed when the unit power is turned on, or if the trigger is stuck or defective. 2 The No Volt Sensed Error Display voltage sense circuit is not receiving feedback. Check voltage sensing connections. CheckS con nections at 17-position plugs/recep tacles at the unit and welding power arc source. Turn unit off and back after on cor recting problem. Re T ease r gge r I If this 2 3 N Volt No Se n s e d ~ror~ 3 Memo r y Prg occur when Error M emory Prg Memory CRC Error Display Perform p 4 Go 00 -~----- N system reset. Error Display through pulse parameters make sure No Tach Sensed Error 1 The tach motor reaching ror to they do notexceed set tings of the Range display (see Sec tion 13-4 and Section 7) or perform a system reset. 5 Er a Memory Range The data in the program indicated is out of usable range. 1 CRC Range continues to The data in the program indicated is not the same data that was saved. 4 I error pulse welding, it may help to select Hot Start (see Section 13-9). Display feedback the control. Check is not connec tions. 5 Press front panel Parameter Select to clear error. Tach No 6 Se n s e d Er Arc Start Error Display This appears when pulse welding and current is detected but the arc ror 6 cannot be started. Check and correct pulse parameters program Arc age settings. Check and volt voltage sensing connections. Start Er ror Press front 7 panel Parameter Select to clear error. 7 Arc Stop Error Display Arc Stop Er This appears when pulse welding and the motor does not stop at the end of the weld. If there is high fre ror being used in the area, turn it oft. A motor brake circuit problem quency can also cause Press front this error. panel Parameter Select to clear error. Ref ST-155 222 Figure OM-1588 Page 72 14-4. Error Displays 14-5. Diagnostic Indicator LEDs WARNING a ___ ELECTRIC SHOCK can kill. Do not touch live electrical parts. Turn Off wireleeder and welding power source, and disconnect input power before inspecting or maintaining. Turn Off wire feeder and power source. There are welding Remove wrapper. nine LEDs Interface on Board PC5O. These LEDs can be used to check certain functions dur ing troubleshooting. LEDs 1 through when power is feeder. I 5 should all be applied on to the wire LED1 Indicates +15 VDC with respect to PS common on the board. 2 LED2 Indicates 15 PS common 3 VDC with respect to on the board. LED3 Indicates +15 VDC with circuit board 4 to LED4 Indicates 15 circuit board 5 respect common. VDC with respect to common. LED5 Indicates +5 VDC with respect to cir cuit board common. 6 LED6 On when the contactor is not ener gized. 7 LED7 On when the CV mode is used. 8 LED8 On when the gas valve is not ener gized. 9 LED9 On when the wire feed motor is not running. Tools Needed: ~ 1/4 fl Ret. 5T-162 132 / ST157 Figure 363 14-5. Indicator LEDs OM-1588 Page 73 Troubleshooting 14-6. WARNING a __ ELECTRIC SHOCK can Do not touch live electrical HOT PARTS kill. Allow parts. TurnOffwirefi~derandweldingpowersource. disconnect input maintaining, or from can cause Wire feeder is on, meter(s) do not light up, motor does not run, gas valve and injury. shooting to be performed only by qualified such as drive rolls. wfwam4.1 8/92 Troubleshooting -~ Check Remedy Section cord connections. -. Check and reset CBI. -. Check gun trigger Check gun tri~ger. interconnecting 3-9 or feeds Readjust drive roll Readjust Change Clean or Replace connection. * -~ pressure. to correct size drive roll. replace dirty or worn contact 3-7 -~ hub tension. Incorrect size 14-3 -.~ contactor do not Electrode wire feeding stops erratically during welding. tip or worn wire -~ 3-14 -~ -- drive roll. guides. liner. or Remove weld spatter or 3-68 -S -S 3-6B -S 3.6A -S foreign matter from around nozzle * * -S opening. Have Factory Authorized check drive motor Motor runs slowly. Wire does not feed until trigger is pulled, but continues to feed after trigger is re leased, and trigger hold is not or motor -S Check for correct input -~ Check for cable. a Service Station/Service Distributor Repair or 1H voltage. short between short --S -- control board PCi. welding gun trigger replace welding gun. leads and weld ~ - -~ * on. Gas valve in feeder is rattling loudly along with possible erratic or slow wire feed * Check for a short between welding gun trigger leads and weld cable. Repair short or replace welding gun. -S speed. Unit does not switch out of Run-In ~ Speed. Wire feeder power is on, displays up, but unit is inoperative, OM-1588 Install, reconnect, or replace voltage sensing 3.9 lead. L *See gun Owners Page 74 Manual. unit. inspecting, Trouble Wire feeds, shielding gas flows, but electrode wire is not energized. source or and Table 14-1. power burns. servicing gun moving parts. Keep away from pinch points welding pull in. before servicing. MOVING PARTS Keep away before power can cause severe cooling period light -~ Check welding gun trigger leads for continuity, and repair leads replace gun. or -~ * NOTES OM-1588 Page 75 ELECTRICAL DIAGRAMS SECTION 15 OPTIOPAL CLST~R CORECTION FOP REF~TE PROGRAM SELECT SEE SIDE DSPL2 FIELD D C IRDTRECTIOP) 9 I GOTO COP 6 6 I 6 6 6 23456 DSPLI FRONT DISPLAY DATA ~I ~I H RCSI F ~~~iflh!lliuuhi___ ~1 ~ CARD ) goioo-i>> ~ 9C100-2>> FILTER BOARD RCIG0-3>)~- RCIOO/PLGIOO ROIGI/PLOIOP PC100-6>>- w ~ INCREMENT DECREMENT PC6O ___________ ~ I ~ I ,vvvvv P942 9943 PBA4 -~- RD 00-5>> CARD 9C41/PLGAI PARAMETER SELECT ~ R061/OATA PC4O N I_____________ SELECT vvV ~9i~ PRO -~- vv~ RC6O/PLG6O ~ P911 SELECT 9030 A DISPLAY v_v_v_v_v ~ ~ RD d ~ ;I ~I ~I ~I i 16 LEFT/RIGHT SELECT 34 CGNDUCTOR CABLE o 0 P925 JOG o PC 0 PLRGE o 0 9922 o 992 MICROPROCESSOP BOARD SC IS RC24 RC)0/PLGIO RIGHT TRIGGER HOLD LEFT II TRIGGER HOLD L I C~OJCTOP CABLE o ~ ~ d,s~IME.9C ~ .lXT~CMCNT I I~ CtO..ANT FLOW (OPTIOPAL) IPLG9I P1.023 4)9111) ( .1 PLGB3I (URN o P924 ~ >____2) 3 I >~_____5~ 1 )_ PCI 7/PLO HOLD 4 hWT>12> 2 ____ II 91.028 JL L UT~18~9 ~ d ,swx~c.~c 7 ~ r >1 ~ RIGHT SELECT LED LEO PC 11-3 I /7 TRIGGER DECREMENT /8 TRIGGER INCREMENT /6 LEFT ,~ oTrth,T RC2S-330-- 9021 ~1.) J ~ TRIGGER IOTNNVO - RC255 )0-- 2 RC25-8> p~ , RC2l/PLG2ARCD~T> - RC2G/PLG2G USED WITH SWITGARC OPDETACIRAENT OPTIOP 101 - ol I PL0D7/PL0S CG~4CN ~ I …\~.T~ OPTICAL ETCODER I ~ < -ISV ~N eat, 0 _J ~ I~I~J _J ~fi ~ 7E-~-37 E-~~-< 34-~3 >~< 3E-~ ~~_< ~< LEFT 1 o <2~-~--<I ~ ~ I ~I I I T 3 I MN! <I i ~ 6 2<~ ~ CSI~ ~~--< I I.(-~~-~ >_~z_<I, I >.~L.01 6+-i- ~_!~.< 6E-~-~6 ~ ~ I I DI ~ -~ ~ o-I ~ PLOD7/PLGD7 COP44ON TI(2 <2~ C~*4WHO - 2 < I ~~I ~ < 3~I 3 ISV ~ ~ > ~AM 3~h~3 _ 69 ~ RIGHT (I 49/1 &A GS2~ E~-< I I~~~-6 I I>_~_<~ OM-1588 Page 76 ( I <15 ~ L 15-1. Circuit I ~ ~ 2<1 4.4__L..< ~ >_L<14 ( 6 Figure >>~ PCI 17>> vvvvvv ~D)I3> ~~)~2> >>~- I-5>)~- 9011-6>> LEFT SELECT ____________ I I)- PC) I-2>)~- RC25-1)~-- >1,1> PLODS PC PC) RC25-I 2>~2Y~ PC) )-9>>~- LEO I ~ C~ANT FLOW SWITCH (OPTIOPAL) PLO9I P1.0931 ~I ~ Cl-I>> 7 3 3,> ___________ RC)6/PLOI6 RC26>> RIGHT RC27> TRIGGER HOLD RC23 TPIQGER )I..> ~ RCI2/PLGI2 RCIS/PLGIS o P923 LED I PCI l/PLGI o Diagram For Wire Feeder .1 6 - WTEPE; I PPS-8 (OPTION) I PCio I I ~p - I SWITCH BOARD I RCIIO/PLSIIS I SHIELD ~cWD IV4T ,~ :PcS-I I -<<PCI 10-3 I I ass S* <<PCIS-I I i I <<RCIIO-S ~ I I o!~9~~ ~-~<(PCII0-2 ~ I~~I I I L -~- pc8O FILTER BOARD 5C82 PLOWS PCWN/PLD7S YIT~EoNTp& 6781:? PCVO/PLD9O I? SCSI-F> SCSI-C > CC/CC I-SAV.CVI SCBI-E > aSSENT PC8I-A > II VCLTAGE I FEEDBACK ) IICLICTATCE SCSI-C IF)~) 1C ~ PIN CO*TON IS- ICC) IC/lOCAl1 E Is >a!> W)a!). C IC/ISV) FEEDBACK F I C I E I I ~ 8 TA I CQCLCTDP CABLE SCSI PCSO - I r 55C75 I SCSI-?>> -( BOARD L SCSO/PL 050 WELD PLS7S PCW7X4C11( PCPP>>~-CA1C PC5O L INTERFACE I UFAPPL1CAWLEI~ L BC5I-3 CLPPENT SENSOR I____-i (SEE I -, ru~D~I~ SWIIGARC OR DETACI-WI ENT ~TIDW BCSI/PLSSI I ISPTISNALI FT ELDINSTRICTIaC) - PCS2/PLSS2 PCD2- I 0 PT RCS3/PLCS3 N lIT IT J& I~ ~ SC9O-ICACI4--*W>--(PC &PIM RC5S/PtDS4 PCSS-I N 0 PC SS/PL 055 ~ DRIVE ASSY PICAI-LPIPISAITI )B>*W) C RCSS-8 0 C PCSS-l WI IN N 4 IT IT TA 15113 ~Pz,W~ ~ PC9O-SJ~W ~ ~Z SC ( PCSS-S C PCSS-S ) 8 ~ ~,A2O_NTfl CPCDS-6-. AT & & DRIVE ASSY PIOT-TPILEFT) SENSE CLAIe CPCSS-3- -CRCSS-7~ lOIN O~ TA >>_~?~ PC89~2>>~~CC/ PCP9- ~ I________ I PCW9-3>> PCBS>1-1r STUD r I ~iNZ~ 7 PLS9 C 5 E 0 >F say PS. RCA- CONTACTOP .A57T I PCA-2 RCA-)> j C< PCI-A ~*CT TO POWER ( SOPCE PC I MOTOR BOARD 2IVAC~&D RCA-A PCI /PLDI 5C2/PLD2 5C3/PLD3 PCI/PLOd L PC5/PLDS PC6/PLOH SO-T64 541-A QM-1 588 Page 77 C-) 0 -u-U 0- C-)0 m U) U) 0 0 C -4 ~9 0 ) (~~) ~ ~ (;;~ / I _ \ \ I 7J(PLG34-I) ( 68bC(PtG3~-) 9C1PL634-) IOAF(PLG342) ~F(PLG34-5) 40(PLG3-8) PDC(tG2O-8) CD~NIPLG28-4! ~O(PtG28-5) IRH(P1G28-) tP(1G28-6) LU(P1G28-3) 6UPLG28-I I 70F C-) (.1 C, 4 4 I) IE(PLG~I 11 a 0 C,) -o (0 CD -I C -I CD -s U - a 0 Ca 03 11 0 - - CD 11 ID CD a. CD 690(PtG3-7) &6J(ftG3O-) 7H(P163-) IOAE(P163-2 F(Pt63-5)_ ~(PtG3-4 43D(PLG-~ I -U ,as,rDInI -II 77A(PLGSI-9) I 7A)SP ~C~1 ~cRIO: D(PLG5I -7) 059(PLGSI-5) PCI, PLOI F 75A(PLG5I-IO PCI, PLOI (3 9C3/ PLG3 36*) PLGO - 39A)C9I) 0 POWER a ON/OFF RLACX)PLG9-0) I ~ SI 36 !..L~J 8C2/ PLO2 PC MOTOR I - I I 39A(SI) BOARD jJ CB I AC) -NEG) 358 (SR I -POS 2A(SRI-AC) 2 181581*C) RC6/ ~PLG6 p 2C)PLG2S-7) PCS3I BPOWNIPLGI9- II PL053 CR 0 8*IPLGSI-2) _______________ 5At#C8-5) 18* PLGB2-6 19* PLG82- I 9C5/ PLOSI 51* ( rri~i ~~LG82-2)~ 1~PLO82- IO!~ 156A j1I9~ 2 I ORANGE) PLG7S-3) 6121 I IIA(PC7-I) I 96)PC8-6) I PINK(PLG75-I) ~ \~~28A)PLGL-6) 556)PL582-3) 20A)RC9O-3) 526)PL082-9) PLO I 9 PEOIPLGI-9) PLG9 BLACR(Sl-NO) 54A)PL682-5) 53A)PL082 PC52/ 1 ) 1. BLUE)PL675-2) 66(PC7-5) 65311 B lOA)Pl a~AIPI fl~2-MI SR I t 26(PLG6-4) 2BIPCBN) PLG28 LEFT PUPPLE(PL59~5j RC3O C PLO I 03 \j 14A)PL582-7 A, 0 A, 0 P ~AC 356)PLG6-3) C IOM p 358 I~ J I //~3~\ 5090 PLG9O I 98(8C30-6 Ir 7OCIRC3O-71 I RC3O-8 ~iC !~ PLG29 LII 3 NJ T~ !_~.! !_ ~ ~I SPIRC3O-5) PPP4~ ii I T o PC89\ 2 PCBO ~j ~!LRC8 ll~-~t11 511 6 RC82/ PLG82 I .i 1)1 a ~o- (3 1(3 0 0 PCI 0 0 I3~ N -I P S~ OPI! NI~N 0 WI 0! ~ LII I PLG3S RIGHT RC7O RC4O ~~?~) c~i 1001 I~ILE~_ _ _ I ~ ~L~4 PLG39 ~ ~ RC7 t~3C1RC4O-8) 69C(RC4O-7 7D(PC4O-6) 6EIPCIO-5) P I- SD-164 540-A OM-1588 Page 79 SECTION 16 PARTS LIST 0 0 0 I C, .0 E C,, U) 4 (5 I, CD C~J C, U- \\ 0 C., E ~0 a~ \ U, a, 3 CD C) C C\) U CJ CJ C., 1~ CD C, U- OM-1588 Page 80 Quantity Model Part No. Dia. Item No. Mkgs. Description Figure 149-251 149 252 PLG21,23 079 531 602 156 PLG28,29 080 328 079 534 .2 See Note .3 164 475 164 474 .3 16 Assembly CABLE, trigger (consisting of) CABLE, trigger (consisting of) 2 2 CONNECTOR & PINS, (consisting of) pin push-in 14-l8ga Amp 079 878 079 535 16-1. Main I 12 1 1 66359-6 CONNECTOR, circ CONNECTOR, circ clamp str nt szll Amp 206358-2 CABLE, port No. 18 4/c (order by ft) CONNECTOR w/SOCKETS, (consisting of) CONNECTOR, circ skt push-in 14-l8ga Amp 66358-6 CONTROL BOX, (Fig 16-3) CABLE, interconnecting (consisting of) CABLE, interconnecting (consisting of) 4 . . 4 . 2 2 17ft 2lft 1 4 1 . . 4 . 1 1 2 2 PLG27,28, 37,38 CONNECTOR & PINS, (consisting of) CONNECTOR, circ pin push-in 14-l8ga Amp 66359-6 CONNECTOR, circ clamp str rlf sz 17-20 Amp 206322-2 047 636 079 535 079 739 163 519 159 297 .4 010 604 044 858 073 432 056 108 134 834 010606 056 851 139 600 ..5. 139 599 ..5. 010 603 010 606 603 106 056 112 .6.. 600 324 602 243 .8.. 602 213 9 601 872 10.. 080 947 10.. 151 626 11 132 053 12.. Fig 16-2 13 149 838 13 149 839 13 079 264 13 4079216 14 075 078 079 217 Fig 16-5 14 15 16 17. 605 227 RC27,37 047 637 079 534 18 PLG11,17 048 144 115 092 113 746 19 PLG33,34 135 409 114 656 20 139 813 ..21..GS1,2.... 125 785 22 139 816 23 159 647 CABLE, port No. 18/14 8/c (order by ft) HOSE ASSEMBLY, gas (consisting of) FITTING, hose brs bushing 1/4NPT x .625-18RH FITTING, pipe brs Y short 1/8NPT ml x 1/4NPT FITTING, brs barbed M 3/l6tbg x 1/8NPT FITTING, hose brs ferrule .425 ID x .718 Ig HOSE, SAE .187 ID x .410 OD (order by ft) FITTING, hose brs nut .625-18RH FITTING, hose brs barbed nipple 3/l6tbg HOSE, gas (consisting of) HOSE, gas (consisting of) FITTING, hose brs barbed nipple 1/4tbg FITTING, hose brs nut .625-18RH HOSE, nprn brd No. 1 x .250 ID (order by ft) FITTING, hose brs ferrule .475 ID x .718 Ig CABLE, weld cop strd No. 4/0 (order by ft) WASHER, flat stl std 375 WASHER, lock stl split .375 NUT, stl hex full .375-16 BRACKET, spring retaining BRACKET, spring retaining SCREW, cap sti hexhd .375-16 x 1.500 Ig SUPPORT, hub & reel PIPE POST, 4ft w/base or PIPE POST, 6ft w/base PIPE POST, 4ft w/base or PIPE POST, 6ft w/base PIPE POST, 4ft w/o base PIPE POST, 6ft w/o base ... 2 . . . . .... 14. 2 . .... l7ft 1 2 1 1 2 .. .... .... .. . . ... lft... 1 1 ... 2 21ft .... . 2 14 . 1 2 1 1 2 ift . . ... . . . . . .. . 1 1 2 2 2 2 26ft 2 26ft 8 4 4 2 30ft .. .... 2 3Oft .. .... ... 2 . .. 8 4 4 1 1 4 1 . .... 4 i 1 1 1 1 1 1 ... 1 1 .... BOOM ASSEMBLY 1 NUT, nyl hex jam .75ONPST CONNECTOR & SOCKETS, (consisting of) 2 CONNECTOR, circ skt push-in 14-l8ga Amp 66358-6 CONNECTOR, circ pin plug keying Amp 200821 -1 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-l8ga Molex 39-00-0038 CONNECTOR & PINS, (consisting of) CONNECTOR, rect pin 24-1 8ga Molex 39-00-0040 COVER, protector motor VALVE, 24VAC 2 way custom port 1/8 orf PANEL, end cover INSULATOR, motor clamp 14... 14 2 2 2 2 .... .... .... .... .... 8 .... 2 .... 8 ... 1 2 1 2 .... .... .... .... 1 2 2 2 8 2 8 1 2 1 2 OM-1588 Page 81 134834 132611 604311 113746 Quantity No. Model Part No. Dia. Item Mkgs. Description Figure 24 25 156-243 PLG51,57 .. 131 203 114 656 26 159360 27 159 646 28.. 145 639 29.. TK1,2 153 631 30.. PLG57 131 204 . 16-1. Main 12 Assembly (Continued) CLAMP, motor top 2 CONNECTOR & PINS, (consisting of) CONNECTOR, rect pin 24-lBga Molex 39-00-0040 3 INSULATOR, screw machine CLAMP, motor base STRIP, buna N compressed sheet .062 x 4.000sq CIRCUIT CARD, digital tach (consisting of) CONNECTOR & SOCKETS, 32. 33. 33. M1,2 M1,2 .... . 156354 156353 153 491 153 492 153 493 155 098 153 550 155 099 155 100 154 031 133 493 16-6 34 Fig 35 157 295 36 604 612 37 082 050 164 969 2 8 2 2 ..2....2 (consisting of) CONNECTOR, rect skt 24-l8ga Molex 39-00-0038 GROMMET, rbr .250 ID x .375mtg hole 31 OPTICAL ENCODER DISC HOSE, SAE .187 ID x .410 OD (order by ft) MOTOR, gear 1/Bhp 24VDC 272RPM (consisting of) MOTOR, gear 1/8hp 24VDC 500RPM (consisting of) KIT, brush replacement (consisting of) CAP, brush BRUSH, carbon KIT, cover motor gearbox (consisting of) COVER, motor gearbox (consisting of) GASKET~ cover SCREW, cover SPACER, locating RING, rtng ext .250 shaft grv x .O25thk 3.... 3 2 3ft of 132 129 ..2....2 ....2 .2 Page 82 ....2 2 1 WIRE DRIVE ASSEMBLY 2 ....2 GUIDE, monocoil SCREW, set stl sch 8-32 x .125 cup point LINER, monocoil inlet wire BUS BAR, connecting weld current 2 ....2 4 2 Optional High Speed Motor S/R. BE SURE TO PROVIDE MODEL AND SERIAL NUMBER WHEN ORDERING REPLACEMENT PARTS. OM-1588 3ft 2 ....2 NOTE: When ordering Control Box contact Factory Service Department for proper number. OPTIONAL Part 16 ....2 Part No. Item No. Description Figure 1 2 . 3 4 5 ...058427 .... . ..605941 .... . . 6 010233 .058628 8 .... 9 . 058428 108008 .... Hub & Reel (Fig 16-1 Item 12) RING, retaining spool NUT, sti slflkg hex reg .625-11 wlnyl insert WASHER, flat stl .640 ID x 1.000 OD x 1 4ga thk SPRING, cprsn .970 OD x .120 wire x 1.250 2 2 2 2 4 2 SUPPORT, reel REEL, wire 60 lb (consisting of) SUPPORT, reel spool RETAINER, spool support NUT, spanner spool support .080393 10.. Support, WASHER, flat sti keyed 1 .500dia x .1 25thk WASHER, fbr .656 ID x 1.500 OD x .l25thk WASHER, brakesti HUB, spool ..057971 .010191 7 11 . 136684 16-2. Quantity 124900 12.... 124905 13.... 124904 2 1 1 1 2 3 8 7 6 9 10 SC.081 760 Figure 16-2. Support, Hub & Reel OPTIONAL BE SURE TO PROVIDE MODEL AND SERIAL NUMBER WHEN ORDERING REPLACEMENT PARTS. OM-1588 Page 83 273 ST80 17 24 10 23 2 9 26 ~25 Box 8 Control 31 4 16-3. Figure 3 2 - ~ 16-432 Fig 33 16-7 Fig 34 38 36 35 Part No. Dia. Item No. Mkgs. Description Figure 1 162253.. 2 RC3O,40 ...047637.. ... 079534.. 048144.. 134201.. 3 PCi PLG1 4 155114.. 115092.. 113746.. 115093.. PLG2 113746.. PLG4 115091 113746.. PLG6 .... 5 6 7 8 .. CB1 Si PC8O, RC81 PLG75.... .. 136810.. 114066.. 161706.. 083432.. 111997.. 163 921 131204.. 113746.. PLG82 ... . PLG9O.... 9 158720.. 147995.. 153501 147995.. 073756.. 11 151187.. +162364.. 12 010325.. 13 134464.. 14 163519.. 10 15 PLG9 141 162.. 134731 16 079739.. 17 18 601222.. 603106.. 19 600399.. 20 138044.. 107983.. 048 282.. 079534.. 000527.. 21 22 RC7O 23 24.... PLG1O3 ... 135635.. 114656.. 25.... PLG19 158719.. 147995.. 26.... CR101 .... 072817.. 27.... RC7,8 .... 135 409.. 114656.. 28 SRi 035704.. 030170.. 29 30... PLG29,39....115092.. 113746.. 145948.. ..31 32 33 PLG12,50 34 35 36 PC5O Figi6-4.. 155629.. 154938.. 097132.. 163917.. 16-3. Control Box Quantity (Fig 16-1 Item 2) PANEL, side lower CONNECTOR & SOCKETS, 1 (consisting of) CONNECTOR, circ skt push-in 14-1 8ga Amp 66358-6 CONNECTOR, circ pin plug keying in sockets Amp 200821-1 2 14 4 STAND-OFF SUPPORT, PC card .312/.375 CIRCUIT CARD, motor control CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-1 Bga Molex 39-00-0038 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-l8ga Molex 39-00-0038 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-l8ga Molex 39-00-0038 CONNECTOR & SOCKETS, (consisting of) 10 CONNECTOR, rect skt 20-1 4ga Amp 350536-1 CASE SECTION, bottom/rear CIRCUIT BREAKER, man reset 1P 1OA 250V SWITCH, rocker SPST 1OA 25OVAC CIRCUIT CARD, HF filter dual CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-1 8ga Molex 39-00-0038 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 22-l8ga Amp 770904-3 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 22-1 8ga Amp 770904-3 STAND-OFF, 6-32 x .625 Ig LATCH, slide flush mtg hole 1 .000 wide x 1.500 Ig 4 1 1 8 1 6 1 10 1 1 1 1 1 1 3 1 12 1 6 2 1 WRAPPER 1 BUSHING, strain relief .840 ID x .875mtg hole LABEL, warning general precautionary CABLE, port No. 18/14 8/c (order by ft) CONNECTOR & PINS, (consisting of) CONNECTOR, circ pin push-in 14-l8gaAmp 213603-1 CONNECTOR, circ clamp str rlf sz 17-20 Amp 206322-2 CLAMP, univ 50A HOSE, nprn brd No. 1 x .250 ID (order by ft) WIRE, strd l4ga blk 600V 105c (order by ft) BUSHING, strain relief .120/.150 ID x .500mtg hole BLANK, snap-in nyl .500mtg hole CONNECTOR w/SOCKETS, (consisting of) CONNECTOR, circ skt push-in 14-i8ga Amp 66358-6 BLANK, snap-in nyl .875mtg hole CONNECTOR & PINS, (consisting of) CONNECTOR, rect pin 24-1 8ga Molex 39-00-0040 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 22-1 8ga Amp 770904-3 RELAY, end 24VAC DPDT CONNECTOR & PINS, (consisting of) CONNECTOR, rect pin 24-l8ga Molex 39-00-0040 RECTIFIER, integ 40A 800V BUSHING, snap-in nyl .750 ID x 1 .000mtg hole CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-1 Bga Molex 39-00-0038 BRACKET, mtg control box PANEL, front w/components CABLE, ribbon l4posn STRIP, mtg PC card STAND-OFF, 6-32 x .375 Ig CIRCUIT CARD, interface 1 1 1 2ft 1 14 1 1 ift 35ft 1 1 1 . 4 1 1 2 1 2 1 2 8 1 3 2 8 1 1 1 1 4 1 OM-1 588 Page 85 Item No. Dia. Mkgs. Part No. Description Figure PLG51 158 720 158 719.. 147 995 PLG53 148 439 147 995 PLG55 . . . . 115 092 .. 113 746 . . 126 689 .. 161 781 .. PLG11 115 092 .. 113 746 . PLG15 153 501 .. 147 995 .. PLG17 . 115 093 113 746 . . 155 022 .. 155 023 .. 41 Fig 16-7 .. 097 868 . . . . .. . 39... PLG1O,24 40... PLG16,41 158 373 . .. PC1O 37 38 . 131 204.. 113 746 PLG54 . . 097 866 059 712 . 010 145 +When ordering a 1 rect skt 12 1 2 . 3 . 10 . 8 1 1 1 4 1 1 . 8 . 6 1 1 6 . . . . . . . . . . . . 2) (Continued) . . . CONNECTOR, CABLE, CABLE, PANEL, CABLE, . .. 16-1 Item 22-l8ga Amp 770904-3 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 22-l8ga Amp 770904-3 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-l8ga Molex 39-00-0038 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 22-lBga Amp 770904-3 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-l8ga Molex 39-00-0038 STAND-OFF, 6-32 x 1 .500 Ig CIRCUIT CARD, processor w/proms CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-l8ga Molex 39-00-0038 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 22-l8ga Amp 770904-3 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 24-l8ga Molex 39-00-0038 116 964 600 343 (Fig CONNECTOR & SOCKETS, (consisting of) .. 147995.... PLG52 16-3. Control Box Quantity . ribbon 34posn ribbon 24posn 1 side w/components 1 1 interconnecting pwr (consisting of) .-. CONNECTOR, circ l7skt plug Amphenol MS-3106A-20-29S CONNECTOR, circ clamp slf sz 20-22 Amphenol MS-3057-1012 CABLE, port No. 16 5/c (order by ft) CONNECTOR, circ l7pin plug Amphenol MS-3106A-20-29P . . . CLIP, component .437dia mtg adh back CLAMP nyl .500 clamp dia component originally displaying a precautionary label, the label should also be ordered. BE SURE TO PROVIDE MODEL AND SERIAL NUMBER WHEN ORDERING REPLACEMENT PARTS. OM-1588 Page 86 . . 1 . . 1 2 1 Oft . 1 2 1 Dia. Item No. Part No. Mkgs. Description Figure 2 3 161 714 T47139.. 4 164842.. 5 144844.. 6 ... PC2O,30 PLG25 ... . . . . 160 804 PLG24 089032.. 9 153169.. NAMEPLATE, (order by model and serial number) PANEL, front 1 TAPE, adh acrylic double sided .010 METER LENS, w/gasket 2 LENS, LED 4341 red panel mtg ACTUATOR, switch 157113.. WASHER, shldr .257 ID x .500 OD 097924.. KNOB, pointer 10 11 x .500 x 1 3.000.. 1 9 1 CONNECTOR & SOCKETS, (consisting of) CONNECTOR, rect skt 22-l8ga Amp 770904-3 See Figure 16-3 Item 39 165484.. 8 Panel, Front w/Components (Fig 16-3 Item 32) STAND-OFF, 6-32 x .875 lg CIRCUIT CARD, schd front 147995.. 7.... 16-4. Quantity 1 8 4 6 x .l87thk x .390 OD x .l56thk .. 1 1 I 7 11 9 8 ST-BOO 112-B Figure 16-4. Panel, Front w/Components BE SURE TO PROVIDE MODEL AND SERIAL NUMBER WHEN ORDERING REPLACEMENT PARTS. OM-1588 Page 87 306-0 ST-142 10 ) 11 12 13 14 15 -J 8 Ilustraed) 7 6 Model 24 ft (16 0~ Asembly Bo m 16-5. Figure 5 4 28 29 Quantity Model Part No. Item No. Description Figure 1 010313T. 2 010910.. 3 139 590 . . 4 079 667 . . 4 080812 . . 5 079 632 6 079 665 080811 1 12 . 2 . . 2 15 079 020 .. 16 155 335 .. 17 149 858 .. 17 151 625 .. .. 18 150 258 .. ... 19 024 605 .. 20 075 101 .. 079 030 .. 22 .... +139 831 080 157 .. .. .. .. .. ... ... 23 . . . . 142 804 .. 24 134 327 .. 25 602 246 .. 26 047 224 27 073 666 .. 28 057 357 .. 29 139 818 .. +When 1 . 2 1 2 .. 21 ordering a 10 . 1 1 .. 14 . I .. 13 . .. . . .. . 2 .. .. .. 2 2 11 . .375 bore 8 10 .. 8 x BOLT, U stl .250-20 x .875 wide x 1.375 deep GUIDE, wire GUIDE, wire 079 664 GUIDE, wire inlet 139 633 LINER, monocoil 3/32-1/8 wire x 15.687 159999.. BOOM, dual 160513.. BOOM, dual 073 742 PIN, clevis .750 OD x 2.156 Ig 073 741 CLEVIS, .812 yoke 6.062 Ig .750-l6thd 079 029 NU1~ stl hex full fnsh .750-16 075 462 SHAFT, boom counterbalance 602 250 WASHER, flat stl SAE .750 9 .. 4 . 9 .. PIN, cotterhair .072x1.437 WASHER, flatstl SAE .375 PULLEY, V sgl grv 8.875dia x 8.000P PiPE, plstc .500 x 133.750 PIPE, plstc .500x 181 .750 16 15) . 8 .. 16-1 Item . 7 .. Assembly (Fig . 6 .. 16-5. Boom I 12 .. NUT, stl hex elastic stop .750-16 PIPE, blk 3.000 x .875 SPRING, cprsn 3.750 OD SPRING, cprsn 3.750 OD .625 wire x 36.000 . x .640 wire x 36.000 . x . a . . . .... .... 1 1 2 1 .... 2 .... 1 I 1 1 .625 precautionary label, 1 1 1 1 1 1 . . . . . . . ... . 1 . . 1 . . .. . . . . 1 1 1 .... 1 .... 1 . . . . 1 . . . . . .. . . .. . . . . 1 1 2 1 1 . 1 1 WASHER, lock stl ext tooth .750 BASE, swivel boom (consisting of) FITTING, grease 1/8NPT LABEL, Swingarc caution heavy spring LABEL, warning general precautionary WASHER, flat stl std .500 KNOB, T-bar .500-l3thd BOLT, mach stl hexhd .750-16 x 2.750 BUSHING, snap-in nyl .937 ID x 1 .l25mtg hole GUARD, motor protector component originally displaying . I x RETAINER, spring BEARING, ball thr sgl row .750 x 1.625 NUT, stl hex special .750-16 x 1.250 . .... . 1 1 2 1 the label should also be ordered. BE SURE TO PROVIDE MODEL AND SERIAL NUMBER WHEN ORDERING REPLACEMENT PARTS. OM-1588 Page 89 SeeTable 16-1 For Drive Roll & Wire Guide Kits ~ 10 11 12 13 14 6 ST-152 711-B Figure OM-1588 Page 90 16-6. Wire Drive Assembly Item No. Part No. Description Figure 16-6. Wire Drive Quantity 16-1 Item Assembly (Fig 34) - 010 668 . . 150 147 . . . . . . 2 . . 2 3 4 5 6 7 8 9 .. 10 11 ... .. 12 13 14 .. .. 15 .. 16 .. ... .. ... .. .. .. .. 17 18 19 20 21 21 22 23 . 24 .. 25 .. .. SCREW, cap sti sch .250-20 x 1 .500 CARRIER, drive roll w/components 149 962;-. SPACER, carrier drive roll 149 486 PIN, rotation arm rocker 132750.. ARM, pressure 150 520 SPACER, rotation pin 133 493 RING, retaining ext .250 shaft x .O25thk 133350.. PIN, hinge 010 837 PIN, spring CS .093 x .625 129 351 SCREW, hexwhd-slt stl slffmg 8-32 x .500 602 200 WASHER, lock stl split No. 8 604 772 WASHER, flat stl SAE No. 8 137 248 SPRING, indicator 133 603 SPRING, cprsn .724 OD x .082 wire x 1.125 132 746 BUSHING, spring 132 824 SHAFT, spring 132 747 CARRIER, shaft 133739.. WASHER,flat.375IDx.625ODx.062 152 241 KNOB, extension 149 959 FITTING, brs barbed M 3/l6tbg x .312-24 149 746 ADAPTER, gun/feeder LH 149 745 ADAPTER, gun/feeder RH 108 940 SCREW, cap stl hexwhd .250-20 x .750 604 538 WASHER, flat stl SAE .312 151 437 KNOB, plstcT 1.125 Ig x .312-18 x 1.500 bar 128 237 SCREW, hexwhd-slt stl slffmg 10-32 x .500 149 527 COVER, drive roll 601 872 NUT, stl hex full .375-16 602 213 WASHER, lock stl split .375 602 243 WASHER, flat stl .375 149964 PIN, groove .25odiax.500lg 601 966 SCREW, cap stl hexhd .375-16 x 1 .250 154031 SPACER, locating 133 530 DRIVE, pinion 133 308 RING, retaining ext .375 shaft x .O25thk 1 2 26 27 ... 28 ... 29 ... 30 .. 31 .. 32 .. 33 .. 34 . . . . 4 4 . 4 2 2 1 1 . 1 .. . 1 .. 1 . 1 .. .. 2 .. 2 1 .. 1 .. 1 . .. 1 .. 1 1 .. 1 .. 4 .. 1 .. 1 .. 2 .. 1 .. . 1 .. 1 . 1 .. 2 .. 1 .. .. 2 .. 1 .. 1 BE SURE TO PROVIDE MODEL AND SERIAL NUMBER WHEN ORDERING REPLACEMENT PARTS. OM-1588 Page 91 Dia. Item No. Part No. Mkqs. Description Figure 1 147139.. 2 _164842.. 3 154933.. PC6O 4 PLG6O .... 156623.. 153501 147995.. 5....PLG41 PC4O 6 158160.. 7 144844.. 8 154109.. 9 153169.. 16-7. Quantity Panel, Side w/Components (Fig 16-3 Item 41) TAPE, adh acrylic double sided .010 METER LENS, w/gasket PANEL, inner control CIRCUIT CARD, data card CONNECTOR & SOCKETS, x .500 x 3.000 2 (consisting of) CONNECTOR, rect skt 22-1 8ga Amp 770904-3 See Figure 16-3, Item 40 CIRCUIT CARD, side display STAND-OFF, 6-32 x .875 Ig PLATE, ~dent inner control ACTUATOR, switch 4 6 1 4 1 4 6 3 9 8 ST-800 Ii 3-B Figure 16-7. Panel, Side wlComponents BE SURE TO PROVIDE MODEL AND SERIAL NUMBER WHEN ORDERING REPLACEMENT PARTS. OM-1588 Page 92 Table 16-1. Drive Roll And Wire Guide Kits w ~ Wire Size V-GROOVE U-GROOVE VK-GROOVE UC-GROOVE E~ ~ 4 Roll Drive Roll 4 Roll Kit Kit Drive Roll 053700 151036 072000 151052 132958 151 027 053697 151 037 053701 151 053 149519 151028 053698 151038 053702 150995 149520 151 029 053699 151 039 053706 1.8mm 150995 149520 2.0mm 150995 149520 151040 2.4mm 150996 149521 2.8mm 150996 3.2mm 150997 Kit Drive Roll 149518 151024 087130 150993 149518 151025 053695 0.9mm 150993 149518 151026 .045in. 1.1mm 150994 149519 .0521n. 13mm 150994 1.6 mm Metric .023-.025in 0.6mm 150993 .O3Oin. 0.8mm .035in. .068-.072in 4 Roll 4 Roll Kit Drive Roll 132957 151 070 083489 151054 132956 151071 083490 151 055 132955 151 072 053708 151056 132959 053704 151057 132960 151073 053710 151 041 053703 151 058 132961 151 074 053709 149521 151042 053705 151059 132962 151075 053711 149522 151 043 053707 151 060 132963 151 076 053712 ~ Fraction 5/64 in. (.079in.) 3/32 in. (.094in.) 1/8 in. (.125in.) S-0549-C Each Kit Contains An Inlet Guide, Intermediate Guide, And 045 233 Antiwear Guide With 604612 Setscrew 8-32 With 4 Drive Rolls. 2 Kits Required x .125, Along For Dual Models. OM-1588 Page 93
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