Weco WF-104 Instruction Manual Download Page 25

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WELD THE WORLD

Cod. 006.0001.0940

16/04/2018 V.2.25

WF-104

WF-108

ENGLISH

○

Exit without confirmation

- Press the

button.

This action will automatically close the menu

○

Exit with confirmation

- Press the

button.

The unit restarts with the power-up procedure.

The password becomes active. Make a note of the password you set!

Tab. 3 - Functions not disabled by Locks

TYPE OF REMOTE CONTROL

LOCK

USER

INTERFACE/RC08

RC03

RC04

RC05

RC06

NOTES

OFF

All adjustments enabled.

All

adjustments

enabled.

All adjustments

enabled.

All

adjustments

enabled.

All

adjustments

enabled.

Selection of torch trigger

procedure (button

)

Display of main welding

parameters (button

)

Arc correction (encoder

)

Wire insertion (button

S10

)

Gas test (button

)

Arc correction

(Potentiometer

Pot2)

Arc correction

(UP/DOWN

lever 2)

Selection of torch trigger

procedure (button

)

Display of main welding

parameters (button

)

Arc correction (encoder

)

Synergy (encoder

)

Wire insertion (button

S10

)

Gas test (button

)

All

adjustments

enabled.

All adjustments

enabled.

All

adjustments

enabled.

All

adjustments

enabled.

Disabling

If a lock status is selected, you can only edit parameters permitted by the currently active lock status. If

you cannot recall the password the only way to exit lock status is to perform the welding power source

RESET procedure.

NOTE:

The welding power source must be on and set up for welding.

Summary of Contents for WF-104

Page 1: ...Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 Instruction Manual ENG...

Page 2: ...VEL 38 9 3 3RD LEVEL 39 10 WELDING SETTINGS 39 10 1 WELDING CURVES SELECTION 39 10 1 1 Special curves HIGH SPEED HIGH CONTROL POWER FOCUS and POWER ROOT 39 10 2 MANUAL MIG MAG WELDING 42 10 2 1 Manual...

Page 3: ...L MIG MAG WELDING 66 12 6 2T SPOT 3 LEVEL MIG MAG WELDING 66 12 7 4T 3 LEVEL MIG MAG WELDING 66 12 8 4T B LEVEL 3 LEVEL MIG MAG WELDING 67 13 TECHNICAL DATA 68 13 1 WF 104 TECHNICAL DATA 68 13 2 WF 10...

Page 4: ...r future consultation KEY DANGER This pictogram warns of danger of death or serious injury WARNING This pictogram warns of a risk of injury or damage to property CAUTION This pictogram warns of a pote...

Page 5: ...ion to a power source for MIG MAG welding The welding modes and procedures available are those indicated in the table MODE PROCEDURE MANUAL MIG MAG TWO STROKE 2T TWO SPOT STROKE 2T SPOT FOUR STROKE 4T...

Page 6: ...ors to the wire feeder 5 Secure the cable bundle connectors to the welding power source 6 Connect the power supply cable of the cooling unit to the auxiliary power socket on the power source 7 Connect...

Page 7: ...3 2 1 Remote controller connector 2 Provision for connection of the push pull torch purchasing and installing the relative kit 3 EURO TORCHwelding socket 4 Connector for coolant hose Torch Power sour...

Page 8: ...quipment using the programming kit 2 Male socket for the connection of the power cable coming from the cable bundle 3 Gas rear connector This is for the connection of the gas pipe coming from the cabl...

Page 9: ...Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 9 ENGLISH 2 3 MIG MAG INSTALLATION DANGER Electric shock hazard Read the warnings highlighted by the following symbols in the General prescriptions fo...

Page 10: ...WELD THE WORLD Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 10 ENGLISH WF 108 RC...

Page 11: ...t 2 Unscrew the cap of the spool holder 3 If necessary fit an adapter for the wire spool 4 Fit the spool in the spool holder ensuring it is located correctly 5 Adjust the spool holder braking system b...

Page 12: ...als Aluminium and its alloys CuSi3 The groove must be V shaped for harder materials SG2 SG3 stainless steels Rolls with a knurled groove profile are available for flux cored wire 5 Feed the wire betwe...

Page 13: ...01 0940 16 04 2018 V 2 25 WF 104 WF 108 13 ENGLISH 3 USER INTERFACE WF 104 STOP HOLD A V ESC ESC Menu Menu mm m min MANUAL L3 L7 L8 L5 L6 L1 L2 L4 L9 L11 L12 L15 L13 L14 S1 S2 S3 S4 S5 S6 S7 S8 S9 S10...

Page 14: ...rs on the following display D4 ALARM MANAGEMENT L4 illumination shows that the following parameter can be set WELDING THICKNESS Reference is made to T fillet welds on identical thicknesses The relativ...

Page 15: ...ing welding HOLD function at welding end The display shows the latest measured voltage value D3 Manual MIG MAG welding The display is not active The display shows Synergic MIG MAG welding The display...

Page 16: ...the factory set value of the selected synergic curve the value of which is shown on the following display D3 During welding operations with an active JOB The encoder temporarily modifies the main weld...

Page 17: ...s at power up WF 104 WF 108 FW XX XX XXX XX XX XXX wire feeder software version PROGRAM UPDATE The welding power source is synchronising the wire feeder and power source software POWER PULSE ZZZ FW YY...

Page 18: ...o O to switch the unit off Set the welding power source ON OFF switch to I to switch on the unit Simultaneously press the keys S1 and S10 This operation must be carried out before the wording PROGRAM...

Page 19: ...F switch to O to switch the unit off Set the welding power source ON OFF switch to I to switch on the unit Simultaneously press the keys S1 and S10 This operation must be carried out before the wordin...

Page 20: ...OFF switch to O to switch the unit off Set the welding power source ON OFF switch to I to switch on the unit Simultaneously press button S7 This operation must be carried out before the wording PROGR...

Page 21: ...sabled by Locks on page 25 LOCK 2 SET UP 6 10 ARC CORRECTION VOLTS VOLTS m min SET UP 7 10 HOUR COUNTER 0 0 h 0 0 h 0 0 h SET UP 8 10 CONNECTION TYPE OFF OFF NC02 OFF Communication with the IR is disa...

Page 22: ...S VAL The validation procedure allows the wire feed rate m min to be correctly detected and displayed on the equipment display CALIBRATION The calibration procedure allows the machine current to be c...

Page 23: ...S3 S4 S5 S6 S7 S8 S9 S10 E1 E2 E3 D1 D2 D4 Example of control panel applies to model WF 108 A SELECTION ACTIVATION C B SETTING A Partial count reset Press and hold down the key S7 for 3 seconds SET U...

Page 24: ...n on use of the welding power source display page 5 10 of the SETUP menu HOLD Menu Menu m min mm S T O P L1 L2 L3 L4 L5 L6 L7 L8 L9 L10 L11 L12 L13 L14 L15 S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 E1 E2 E3 D1 D...

Page 25: ...ger procedure button S3 Display of main welding parameters button S1 Arc correction encoder E2 Wire insertion button S10 Gas test button S9 Arc correction Potentiometer Pot2 Arc correction UP DOWN lev...

Page 26: ...5 and S6 to select the digit to be changed The selected digit will flash Use encoder E3 to set up the value C Exit without confirmation Press the S4 button This action will automatically close the men...

Page 27: ...checking procedure for an additional 30 sec onds If the problem persists rectify the cause of the alarm During this checking operation the setup menu can be accessed by pressing button S7 for 5 secon...

Page 28: ...hold down for 3 seconds buttons S5 and S6 TOUCH THE WORKPIECE WITH THE GUIDE WIRE TIP AND PRESS THE TORCH TRIGGER The message will appear on display D4 CAL The message will appear on display D1 Displa...

Page 29: ...ULLY COMPLETED The message will appear on display D4 The calibration value appears on display D2 You can make several subsequent calibrations by pressing and releasing the torch trigger In this case t...

Page 30: ...ure the connectors are securely tightened Check the data transmission wiring inside the power source and the wire feeder Check for correct operation of the control board in the power source and the Mo...

Page 31: ...ate by performing one of the following actions Press the following button All functions disabled Exceptions cooling fan cooler if switched on Make sure the IR board is pow ered on Make sure the LEDs o...

Page 32: ...eter always available 1 available in HSL line power sources on selecting one of the PF curves e g SG2 SG3 PF 2 Available selecting one of the PR curves e g SG2 SG3 PR MENU MODE PROCEDURE PARAMETER Arc...

Page 33: ...n the length of the welding arc while a value 0 pro duces a shorter arc Arc correction with Power Root The parameter corrects the arc dynamics in the POWER ROOT process The default value is 0 NOTE Val...

Page 34: ...ting contaminants at the start of the welding pass SOFT START MIG MAG manual welding mode The SOFT START is the wire approach speed to the workpiece The value is expressed as a percentage of the set f...

Page 35: ...er value Lower gas consumption Oxidation of electrode tip more difficult arc strike POWER FOCUS The parameter changes the concentration of the electric arc increasing or reducing the energy transferre...

Page 36: ...suitable for the vast majority of applications SLOPE 3LEV 2 Final slope in 3 level operation The parameter controls the slope time connecting the welding level and the crater filler level The setting...

Page 37: ...ARC2 2PULS Arc2 voltage in double pulsed mode The parameter corrects the synergic voltage value relative to the low wire feed rate of double pulsed mode NOTE A value 0 produces an increase in the leng...

Page 38: ...isplayed K Type of lock enabled If no Lock is loaded no message is displayed GAS This parameter sets the type of gas utilised for welding Name of loaded JOB SHORT SPRAY SYN MAT SG2 SG3 1 2 GAS 80 Ar 2...

Page 39: ...y COOLING TYPE ON 10 WELDING SETTINGS 10 1 WELDING CURVES SELECTION SHORT SPRAY SYN MAT SG2 SG3 1 2 GAS 80 Ar 20 CO2 R4 JOB FE55 MARIO K1 Select parameter MAT by pressing buttons S5 and S6 Using the...

Page 40: ...SYN MAT SG2 SG3 HS 1 2 GAS 80 Ar 20 CO2 R4 JOB FE55 MARIO K1 HIGH CONTROL CURVES the curves are available in HSL series power sources in PULSED MIG MAG DOUBLE PULSED MIG MAG welding mode The new HC H...

Page 41: ...rc is less widespread These curves differ from the other standard curves because of the acronym PF which is displayed after the reference to the welding wire material Example SHORT SPRAY SYN MAT SG2 S...

Page 42: ...and a JOB is active through encoder E3 the JOBs belonging to its sequence can be scrolled HOLD Menu Menu m min mm S T O P L1 L2 L3 L4 L5 L6 L7 L8 L9 L10 L11 L12 L13 L14 L15 S1 S2 S3 S4 S5 S6 S7 S8 S9...

Page 43: ...main menu SHORT SPRAY MAN IND 100 10 2 2 MANUAL MIG MAG PARAMETERS SETTING 2ND LEVEL C Press the button S7 to enter the 2nd level menu D Scroll down the list of parameters to be edited by pressing but...

Page 44: ...arc shown on display D3 in order to make minor adjustments in accordance with requirements During a welding operation with an active JOB it is possible to temporarily change the parameters shown in th...

Page 45: ...ing encoder E1 Shows the set welding voltage which can be adjusted with the following encoder E2 Shows the arc correction executed by the operator with encoder E2 Displays D2 and D3 change simultaneou...

Page 46: ...is present exclusively with POWER ROOT PRE GAS row 2 6 row 2 7 0 0 s 0 0 s 10 0 s SOFT START row 3 6 row 3 7 1 SYN 100 BURN BACK row 4 6 row 4 7 1 SYN 200 POST GAS row 5 6 row 5 7 0 0 s 1 0 s 10 0 s...

Page 47: ...sent exclusively with POWER ROOT PRE GAS row 2 10 row 2 11 0 0 s 0 0 s 10 0 s SOFT START row 3 10 row 3 11 1 SYN 100 START 3LEV row 4 10 row 4 11 10 130 200 SLOPE 3LEV 1 row 5 10 row 5 11 0 1 s 0 5 s...

Page 48: ...the arc shown on display D3 in order to make minor adjustments in accordance with requirements During a welding operation with an active JOB it is possible to temporarily change the parameters shown i...

Page 49: ...param eter wire feed rate Amperes recommended thickness which can be adjusted with the following encoder E1 Shows the set welding voltage which can be adjusted with the following encoder E2 Shows the...

Page 50: ...200 PRE GAS row 2 6 0 0 s 0 0 s 10 0 s SOFT START row 3 6 1 SYN 100 BURN BACK row 4 6 1 SYN 200 POST GAS row 5 6 0 0 s 1 0 s 10 0 s SPOT TIME row 6 6 0 1 s OFF 25 0 s The parameter value is saved for...

Page 51: ...row 2 10 0 0 s SYN 10 0 s SOFT START row 3 10 1 SYN 100 START 3LEV row 4 10 10 130 200 SLOPE 3LEV 1 row 5 10 0 1 s 0 5 s 10 0 s SLOPE 3LEV 2 row 6 10 0 1 s 0 5 s 10 0 s CRATER 3LEV row 7 10 10 80 200...

Page 52: ...inor adjustments in accord ance with requirements During a welding operation with an active JOB it is possible to temporarily change the parameters shown in the displays D1 and D2 with their encoders...

Page 53: ...h can be adjusted with the following encoder E1 Shows the set welding voltage which can be adjusted with the following encoder E2 Shows the arc correction executed by the operator with encoder E2 Disp...

Page 54: ...FT START row 3 10 1 SYN 100 BURN BACK row 4 10 1 SYN 200 POST GAS row 5 10 0 0 s 1 0 s 10 0 s B LEVEL row 6 10 1 OFF 200 The parameter value is saved for each welding mode FREQ 2PULS row 7 10 0 1 Hz 1...

Page 55: ...SLOPE 3LEV 1 row 5 14 0 1 s 0 5 s 10 0 s SLOPE 3LEV 2 row 6 14 0 1 s 0 5 s 10 0 s CRATER 3LEV row 7 14 10 80 200 BURN BACK row 8 14 1 SYN 200 POST GAS row 9 14 0 0 s 1 0 s 10 0 s B LEVEL row 10 14 1...

Page 56: ...108 ACTIVATION A B SELECTION SELECTION C C A Hold down button S8 to activate the job menu The job menu appears in display D4 B Press buttons S5 and S6 to select parameter OPT The selected parameter is...

Page 57: ...confirmation Press the S4 button This action will automatically close the menu Exit with confirmation Press the S8 button This action will automatically close the menu E Save by overwriting Using the...

Page 58: ...IVATION ACTIVATION SETTING OUTPUT OUTPUT A C D D D B SELECTION SETTING C C A Hold down button S8 to activate the job menu The job menu appears in display D4 B Press buttons S5 and S6 to select paramet...

Page 59: ...welding current or voltage press the welding mode selection button button S2 Press the following button If there are no JOBS loaded the UP DOWN buttons on the torch serve to adjust the welding current...

Page 60: ...on will automatically close the menu Exit with confirmation Press the S8 button This action will automatically close the menu 11 4 DELETING A JOB This function is available when welding mode is not ac...

Page 61: ...JOBs through a USB memory stick By using a USB memory stick the JOBs saved on the panel can be imported into another panel When a USB memory stick is connected the JOB MENU will display the items rela...

Page 62: ...elected parameter is shown by symbol C Use the encoder E3 to select the USB EXPORT function When there are no saved jobs the following message appears on the bottom line NO JOB D Exit without confirma...

Page 63: ...10 E1 E2 E3 D1 D2 D4 Example of control panel applies to model WF 108 ACTIVATION OUTPUT A D B SELECTION SELECTION C A Insert the memory stick in the USB port Hold down button S8 to activate the job me...

Page 64: ...torch is installed JOBs can be selected in a JOB sequence using the buttons on the welding torch JOBs can be scrolled only when the welding operation is not being carried out During the welding opera...

Page 65: ...g completion procedure starts The arc is extinguished Gas flow continues for the time set in the post gas parameter adjustable time 12 3 4T MIG MAG WELDING 1 Bring the torch up to the workpiece 2 Pres...

Page 66: ...e weld pool for example when welding aluminium a value of 80 is recommended 4 The crater filler level continues for the crater time which is settable in seconds at the end of this time welding is inte...

Page 67: ...hat during normal speed welding pressing and immediately releasing the torch trigger switches the unit to the second weld ing current The trigger must not be pressed for more than 0 3 seconds otherwis...

Page 68: ...ure of the environment 40 C Welding mode MIG MAG Static characteristic Work cycle 60 100 Welding current 450 A 400 A Working voltage 36 5 V 34 0 V 13 2 WF 108 TECHNICAL DATA Model WF 108 Construction...

Page 69: ...WELD THE WORLD Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 69 ENGLISH...

Page 70: ...V ISO PT 1 5V ISO PT 2 ELV 2 AN_REM_IN1 GND ISO 12V GND ISO DIG_REM_IN1 15V 1 6 4 3 2 5 7 9 10 8 15 14 13 12 11 1 16 2 MOT 48VAC 1 48VAC 2 MOT PT2 GND PT1 DATA M K L N 1 3 2 4 6 5 2 1 M BLACK 2 1 4 3...

Page 71: ...EF1 C3 R32 R34 R31 LD11 LD13 LD15 K3 C9 C10 R24 R25 R26 R27 TP1 IC14 R14 ENC1 C8 IC10 R20 C4 R16 LD14 LD12 LD10 LD9 K2 IC11 IC12 R19 R23 C7 R21 C5 R17 R15 D1 D2 IC13 ENC2 R2 C1 IC2 IC3 LD8 LD7 LD6 R4...

Page 72: ...1 6 1 3 2 7 6 4 5 11 12 9 10 18 34 33 3132 2930 23 25262728 24 19202122 13 17 15 14 16 9 101112 8 6 7 3 4 5 1 2 34V REM ENC_OUT_1 5V_PROG 3 1 2 D D 2 1 4 3 4 GND GND D D 5V 1 5V GND 3 4 2 DIG_CMD_OUT...

Page 73: ...0 R33 K7 K6 R28 R29 K5 K4 R18 R22 C6 R1 IC1 K1 REF1 C3 R32 K10 R35 R36 C11 R34 K8 ENC3 REF2 R31 K9 LD11 LD13 LD15 K3 C9 C10 R24 R25 R26 R27 TP1 IC14 R14 ENC1 C8 IC10 R20 C4 R16 LD14 LD12 LD10 LD9 K2 I...

Page 74: ...IG_OUT_2 PANEL_DIG_OUT_3 34V REM 5V CAN CANH GND CAN A RS485 GND CAN CANH CANL 34V REM GND B RS485 8 4 5 2 3 1 6 1 3 2 7 6 4 5 11 12 9 10 18 34 33 3132 2930 23 25262728 24 19202122 13 17 15 14 16 9 10...

Page 75: ...G_CMD_OUT GND ISO 34V REM 10 5 4 2 3 1 9 6 7 8 12 11 MOT 48VAC 2 48VAC 1 MOT 5 4 2 3 1 6 D D 5V_PROG 3 2 4 1 3 4 1 2 5V D D 2 1 4 3 GND ENC_OUT_1 5V 1 3 2 5 4 6 GND CAN CANH 5V CAN CANL 1 2 12V 15V CA...

Page 76: ...LED SEG2 KEY RAW2 LED SEG0 KEY RAW0 LED SEG1 KEY RAW1 LED SEG4 KEY RAW4 LED SEG3 KEY RAW3 MUX_COL3 MUX_COL2 MUX_COL1 MUX_COL0 GND GND ENC_2A ENC_2B LED SEG6 LED SEG7 LED SEG5 8V 16 8 5 4 3 2 7 6 1 14...

Page 77: ...5V D D 2 1 4 3 GND ENC_OUT_1 5V 1 3 2 5 4 6 GND CAN CANH 5V CAN CANL 1 2 12V 15V CANH 3 6 5 4 1 2 GND CAN PANEL_DIG_OUT_3 PANEL_DIG_OUT_2 A RS485 PANEL_DIG_IN2 34V REM B RS485 PANEL_DIG_OUT_1 PANEL_D...

Page 78: ...D SEG4 KEY RAW4 LED SEG3 KEY RAW3 MUX_COL3 MUX_COL2 MUX_COL1 MUX_COL0 GND GND ENC_2A ENC_2B LED SEG6 LED SEG7 LED SEG5 8V 16 8 5 4 3 2 7 6 1 14 13 12 11 10 15 9 22 21 20 19 18 24 23 17 30 29 28 27 26...

Page 79: ...6 1 9 16 8 1 4 6 3 D 050 X 0078 XXX 050 XX 16 8 5 4 3 2 7 6 1 14 13 12 11 10 15 9 22 21 20 19 18 24 23 17 30 29 28 27 26 32 31 25 34 33 M 11 5 1 2 3 4 8 10 9 7 6 16 12 15 13 14 GND ISO PT 2 24V ISO 5...

Page 80: ...104 14 4 REMOTE CONTROL CONNECTOR back panel Pin Name Voltage Input Output A 5 V 5 V d c Out B AN2 5 V 0 5 V C AN1 5 V 0 5 V D GND GND Out E D1 IN 0 5 V F AN2 10 V 0 10 V G D3 OUT 0 5 V Out H AN1 10 V...

Page 81: ...RC03 Wiring diagram 14 4 2 RC04 Wiring diagram Potenziometro 10 kOhm 100 kOhm Potenziometro 10 kOhm 100 kOhm 10 kOhm 100 kOhm potentiometer 10 kOhm 100 kOhm potentiometer 14 4 3 RC05 Wiring diagram 14...

Page 82: ...0 16 04 2018 V 2 25 WF 104 WF 108 82 ENGLISH 15 SPARES 15 1 WF 104 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 44 30 29 47 41 45 46 47 2...

Page 83: ...01 0379 FIX PLUG 500A 95mmq 25 011 0014 0026 SUPPORT CABLE BUNDLE PLATE 26 011 0014 0073 FIXING CABLE BUNDLE PLATE 27 011 0000 0761 COVER PLATE 28 018 0002 0004 QUICK CLUTCH 29 022 0002 0158 REMOTE LO...

Page 84: ...Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 84 ENGLISH 15 2 WF 108 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 4 33 34 35 36 37 38 39 40 41 41 42 35 4...

Page 85: ...53 RS232 CABLE 21 011 0014 0002 POSTERIOR PLATE 22 011 0006 0021 HANDLE 23 012 0000 0003 LOWER SPOOL COVER 24 012 0000 0004 UPPER SPOOL COVER 25 016 0008 0003 CYLINDRICAL PLUG 26 002 0000 0285 SCREW C...

Page 86: ...WELD THE WORLD Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 86 ENGLISH KIT WF 108 1 2 1 3 4 5 6 7...

Page 87: ...25 WF 104 WF 108 87 ENGLISH No CODE DESCRIPTION 1 011 0014 0023 SUPPORT PLATE 2 004 0000 0210 WF SUPPORT KIT 3 011 0014 0009 WHEEL PLATE 4 004 0001 0007 WHEEL 5 010 0000 0012 WHEEL KIT 6 011 0014 001...

Page 88: ...WELD THE WORLD Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 88 ENGLISH 15 3 WIRE FEEDER MOTOR...

Page 89: ...L BALL BEARING 11 002 0000 0142 FEED ROLL 12 002 0000 0322 INTERNAL PROTECTION PLATE 13 002 0000 0305 RETAINING SCREW M4 14 002 0000 0304 SCREW M4x10 15 002 0000 0294 INTERMEDIATE GUIDE 16 002 0000 03...

Page 90: ...2 0000 0141 0 8 1 0 002 0000 0142 1 0 1 2 002 0000 0143 1 2 1 6 002 0000 0144 0 6 0 8 U shape Aluminium wire D 37x12 d 19 U 90 V 002 0000 0145 1 0 1 2 002 0000 0146 1 2 1 6 002 0000 0147 1 6 2 0 002 0...

Page 91: ...URATION CODE WIRE ROLL 002 0000 0168 1 0 1 2 D 37x12 d 19 U DOUBLE D 002 0000 0169 1 2 1 6 D 37x12 d 19 U DOUBLE D 002 0000 0171 1 0 1 2 D 37x12 d 19 UT TEFLON 002 0000 0172 1 2 1 6 D 37x12 d 19 UT TE...

Page 92: ...6 D 37x12 d 19 U DOUBLE D 002 0000 0171 1 0 1 2 D 37x12 d 19 UT TEFLON 002 0000 0172 1 2 1 6 D 37x12 d 19 UT TEFLON GEAR ADAPTOR FEED ROLL 002 0000 0299 GEAR ADAPTOR FEED ROLL BRONZE BUSHING 002 0000...

Page 93: ...ROLL for Double driving roll 002 0000 0299 GEAR ADAPTOR FEED ROLL BRONZE BUSHING B x 2 002 0000 0309 GEAR ADAPTOR FEED ROLL BALL BE ARING Transformation KIT from STANDARD wire feeder to Double driving...

Page 94: ...WELD THE WORLD Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 94 ENGLISH...

Page 95: ...WELD THE WORLD Cod 006 0001 0940 16 04 2018 V 2 25 WF 104 WF 108 95 ENGLISH...

Page 96: ...WECO srl Via S Antonio 22 Loc Belvedere 36056 Tezze sul Brenta Vicenza Italy Tel 39 0424 561 943 fax 39 0424 561 944 www weco it Cod 006 0001 0940 16 04 2018 V 2 25...

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Summary of Contents for WF-104

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Weco WF-104, Instruction Manual, Page: 25 / 96

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Summary of Contents for WF-104

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