LORCH MX 350 EU Operation Manual

Im Anwander 24 - 26 D-71549 Auenwald Telephone: +49 (0) 71911503-0 Fax: +49 (0) 71911503-199 Website: www.lorch.biz Email: [email protected] Operation Manual MX 350 EU 909.1900.1-03

Im Anwander 24 - 26, D-71549 Auenwald, Germany Telephone: +49(0)7191/503-0 Telefax: +49 (0)7191 503-199 Website: E-mail: www.lorch.biz [email protected] Document number 909.1900.1-03 Issue date 16.10.2013 Copyright © 2012, LORCH SchweiBtechnik GmbH This documentation including all its parts is protected by copyright. Any use or modification outside the strict limits of the copyright law without the permission of LORCH SchweiBtechnik GmbH is prohibited and liable to prosecution. This particularly applies to reproductions, translations, microfilming and storage and processing in electronic systems. Technical changes Our machines are in a constant state of further development, and the right is reserved to make technical changes without notice.

1 2 Machine elements ...... . ..... . . 4 Explanation of symbols ..... .... 4 2.1 Meaning of the symbols in the operation manual . . ... . .. . . ...... . . ..... . . . . . . . . . 4 2.2 Meaning of the symbols on the machine ... . . . 4 3 Safety precautions .. . . . . .. ... .. 5 4 Ambient conditions ............. 5 5 General regulation of use . ..... . . 6 6 UW inspection ....... .. . .. .... 6 7 Unit protection . . . . ..... . . .. . . . . 6 8 Noise emission .. . ... . . . .... . . . 6 9 Electromagnetic compatibility (EMC) . .. ........ ..... . . ...... 6 10 Transport . . ........... . . . ... . . 6 11 Before start-up . ............ ... . 7 11.1 Fasten transportation belt. . . . . . ..... . ..... . 7 11.2 Fastening accessories belt. . . ..... . . ....... 7 11.3 Electrode welding process ... . . . . . . . . ...... 8 11.4 TIG welding process ... . . . . . . . ... .... .. ... 8 11.5 MIG welding process . . . . . . . ..... . ... . .... 9 11.6 Connecting the ground cable ...... . ... ..... 9 11. 7 Connecting the power supply ... ... . . . ...... 9 12 Start-up ...................... 10 12.1 Electrode welding process . . . ............ . 11 12.2 TIG welding process . . . . . . . . . . . . ..... . .. . 12 12.3 MIG welding process (MIG/MAG} ...... . . ... 12 12.4 Calling up the secondary parameters ...... .. 13 12.5 Special functions . . . . . . . . . . ..... . . ... . . . 14 13 Graphs . . .. .. . ..... .... . .... . 15 13.1 Electrode . . . .... . . . ... • .... . . . . . . ... .. 15 13.2 TIG ... .. . ... ... . . .. . .. .. .. . . . . . . . .... 15 13.3 MIG (MIX, C02) . • • • •• . •• . .•.•.• . ••••••. 15 14 Messages . .... . . . ...... . .. . . . 16 14.1 Status messages ........ . . . . . . . . . . . . . .. 16 14.2 Error messages . .. . .. . . .. . . . . . . . ... . ... 16 15 Welding basics . . .. . . . .. . .. . . . 18 15.1 Stick electrode welding . ... • ... . . . . . ... ... 18 15.2 TIG welding .... . . . . . . . . .... . . . . . .. . . .. 18 16 Fundamentals of the MIG/MAG welding process ...... . ....... 20 LORCH 16.1 Principle of the MIG/MAG welding process . . . 20 16.2 Arc types. . . . . . ........ . .. . . ...... . .. 20 17 Technical data . . . .. . . . .. . .. . . . 22 18 Maintenance and repair . . ... . .. 24 19 Disposal .. .. ......... .. . ..... 24 20 Service ...... .. .... . . .. ... . .. 24 21 Declaration of conformity ... .... 24 22 Ersatzteilliste I spare parts list I Cm1coK ,a,eTanei::t .... . ........ . 25 22.1 MX 350 EU .. . .... . . . . . . . . . . . . ... ...... 25 23 Stromlaufplan I schematic I CxeMaTHYeCKHH . .. . ... . ...... 28 23.1 MX 350 EU . . . . . . . . . . . . . . ... . . . . . . . . . 28 23.2 Orahtvorscl1ubkoffer I wire feeder/ 61101( no.QaY"1 npOBOJlOKl-1 MF-07 (EURO) .... ... . . . . . ... . 30 24 Anschlussbelegung I terminal assignment I CxeMa KOHTaKToe pa3beMa . . .... . . .. ... . . . ... . 31 10.13 - 3 -

3 Handle (hoisting point) 4 Operating field 6 Main switch 7 Remote control connecting socket 8 Connecting socket plug socket plus/minus (burn- er/electrode holder/ground cable) 2.1 - 4 - Meaning of the symbols in the opera- tion manual Danger to life and limb! If the danger warnings are disregarded, this can cause slight or severe injuries or even death. Danger of property damage! Disregarding danger warnings can cause damage to workpieces. tools, and equip- ment. General note! Indicates useful information about the product and equipment. Explanation of symbols 9 Mains cable 10 Connecting socket wire feed case 7 pin (version EU) CD Some depicted or described accessories are not included in the scope of delivery. Subject to change. 2.2 Meaning of the symbols on the machine &m Danger! Read the user information in the operation manual. Disconnect the mains plug! Pull out the mains plug before opening the housing. 10.13

only possible if you read the operating and safety instructions completely and strictly observe them. Please obtain practical training before us- ing the machine for the first time. Heed the safety regulation (UVV"). Remove all solvents, degreasers. and other flammable materials from the welding area before welding. Non-movable flammable materials must be covered. Only weld if the ambient air contains no high concentra- tions of dust, acid vapours, gases or flam- mable substances. Special care must be taken during repair work on pipe systems and tanks which contain or have contained flammable liquids or gases. Never touch live parts inside or outside of the housing. Never touch welding elec- trodes or live welding current parts in a machine that is on. Do not expose the machine to rain; do not clean with sprays or steam jets. Always use a protection shield when weld- ing. Warn anyone in the work area about the dangers or arc rays. Please use a suitable extraction system for gases and cutting vapours. Always wear breathing apparatus when- ever there is a risk of inhaling welding or cutting fumes. If the power cable is damaged or severed while working, do not touch the cable, but im- mediately pull out the mains plug. Never use a machine if the mains cable is damaged. Keep a fire extinguisher near the welding area. Check the welding area for fire after welding (see UW ' ). Never try to disassemble the pressure reducer. Replace the pressure reducer if faulty. The machine must be transported or set up only on firm, level surfaces. The maximum admissible angle of inclina- tion for setting up or transporting is 1 o·. 0 Service and re;pair work may only be carried out by a trained electrician. 0 Ensure that there is good direct contact for the ground cable immediately beside the weld point. Do not pass 10.13 the welding current through chains, ball bearings, steel cables, grounding conductors, etc., as it could cause these to melt. 0 Secure yourself and the welding machine when work- ing in elevated or inclined areas. 0 The machine should be connected only to a properly grounded mains supply. (Three-phase four-wire sys- tem with grounded neutral conductor or single phase- three-wire system with grounded neutral conductor) socket and extension cable must have a functional protective conductor. D Wear protective clothing, leather gloves and leather apron. D Protect the welding area with curtains or mobile screens. D Do not use welding equipment to thaw out frozen wa- ter pipes or lines. D In closed containers, under cramped conditions, and in high electrical risk areas, only use machines with the S sign. 0 When taking a break, switch off the machine and close the valve on the gas cylinder. D Secure the gas cylinder with a chain lo prevent it fall- ing over. D Disconnect the mains plug from the mains before changing the place of installation or making repairs to the machine. *) Only applicable for Germany. Can be ordered from Carl Heymanns-Verlag, Luxemburger Sir. 449, 50939 Koln. Please heed the safety regulations which apply to your country. Subject to change. 4 Ambient conditions Temperature range of ambient air: in operation: -20 °C ... +40 °c (-4 °F ... +104 °F) transport and storage: -25 •c ... +55 •c (-13 "F ... +131 "F) Relative humidity: up to so % at 40 •c (104 "F) up to 90 % at 20 "C (68 "F) ~ Operation, storage and transport may only be carries out within the ranges indicated! Use outside of this range is considered not used with its intended purpose. The manu- facturer is not liable for damages cause by misuse. Ambient air must be free of dust, acids, corrosive gases or other damaging substances! - 5 -

This machine is intended for use in the commercial and industrial sector. It is portable and is suitable for opera- tion on the mains supply or also on a power generator. D The machine is intended for DC electrode welding of - unalloyed steels, low and high-alloy steels, - nickel and its alloys, D Together with a TIG welding torch. the machine is suitable for TIG welding with direct current of - unalloyed steels, low and high-alloy steels, - copper and its alloys, - nickel and its alloys, - special metals like titanium, zirconium and tanta- lum. D Together with a wire feed case, the machine is suit- able for MIG welding with - solid wire (MIG/MAG), flux-cored wire. 6 UW inspection Operators of commercially-operated welding systems are obliged to have regular safety inspections of the equipment carried out in accordance with EN 60974-4. Lorch recommends inspections al 12 month intervals. A safety inspection must also be carried out if modifica- tions or repairs have been made to the system. G Improper UW inspections can destroy the system. For more information on UVV in- spections of welding systems, please con- tact your authorised Lorch service centre. 7 Unit protection This machine is protected electronically against over- loading. Do not use fuses of higher amperage than print- ed on the identification plate. 8 Noise emission The noise level of the unit is less than 70 dB(A}, meas- ured under standard load in accordance with EN 60974- 1 in the maximum working point. - 6 - Transport 9 Electromagnetic compatibility (EMC) This product is manufactured in conformance with the current EMC standard. Please note the following: D Due to their high power consumption, welding ma- chines can cause problems in the public power grid. The mains connection is therefore subject to require- ments with regard to the maximum permissible sys- tem impedance. The maximum permissible system impedance (Zmax) of the interface to the power grid (mains connection) is indicated in the technical data. If in doubt, please contact your power grid operator. D The machine is intended for welding in both commer- cial and industrial applications (CISPR 11 class A). Use in other surroundings (for example in residential areas) may disturb other electronic devices. D Electromagnetic problems during start-up can arise in: - Mains cables, control cables, signal and telecom- munication lines near the welding or cutting area - TV/radio transmitters/receivers - Computers and other control devices - Protection equipment such as alarm systems - Pacemakers and hearing aids - Measurement and calibration devices - Equipment with too little protection against inter- ference If other equipment is disturbed, it may be necessary to provide additional shielding. D The affected area may go beyond the boundaries of the property concerned. This depends on the layout of the building, and the other activities that may be going on there. Please use the machine in compliance with the manu- facturer's instructions. The operator of the equipment is responsible for the installation and use of the machine. Furthermore, the owner is responsible (if necessary with technical assistance from the manufacturer) for eliminat- ing the interference caused by electromagnetic fields. 10 Transport For transport using mechanical lifting gear (e.g. cranes etc.) only the handle may be used as the hoisting point. Use suitable load-bearing equipment. Do not use a fork-lift 1ruck or similar de- vice to lift the machine by its housing. The carrying strap is exclusively for the transport by a person. 10.13

2 Fig. 2: Transportation belt 2 Carrying belt 12 Plastic slider 13 Velcro fastener 11.2 Fastening accessories belt r1 _ _ ~ I L·' ~~ , / I / 1 I ~/ ' _, I Fig. 3: Accessories belt 5 Accessories belt with fastener 12 Plastic slider 14 Closure 10.13 13 ~ Thread the transportation belt into the welding ma- chine and plastic slides. See sequence of the num- bering in the picture. 14 ~ Thread the accessories belt into the handle and plas- tic slides. See sequence of the numbering in the pic- ture. ~ Plug the belt fasteners together. - 7 -

Connecting the electrode welding cable :> Connect the electrode welding cable to the minus or plus socket 8 and secure the cable by rotating it clockwise. The polarity of the electrode depends on the type of electrode and the welding pro- cess. Please follow the manufacturer's in- structions on the electrode packaging for this purpose. 11.4 TIG welding process For TIG welding you require a TIG valve torch (Type L TV2600) for this device Installing electrodes 21 20 :> Unscrew the clamping cap 17. :> Remove the electrode 16 from the collet 18. :> Grind the end of the electrode 16. :> Slide the electrode 16 into the collet 18. :> Insert the electrode 16 into the torch and firmly tight- en the clamping cap 17. Do not dismantle the collet body 20 and the gas nozzle 21. When converting the torch to a different electrode diameter, please pay attention to the following. 0 The collet 18, collet body 20 and electrode 16 must have the same diameter. 0 The gas nozzle 21 must be matched to the electrode diameter. Connecting the TIG torch :> Connect the TIG torch to the minus 8 connection socket and secure it by turning it clockwise. - 8 - Before start-up Connecting the inert gas cylinder 23 28'\< I Fig. 4: Gas connection :> Place the inert gas cylinder 28 in a suitable location and secure to prevent it from falling over. D The cylinder can be secured using a wall bracket or cylinder trolley. :> Briefly open the gas cylinder valve 27 several times in order to blow out any dirt particles that are present. :> Connect the pressure reducer 22 to the inert gas cyl- inder 28. :> Screw the inert gas hose 24 to pressure reducer 22 and open the gas cylinder valve 27. Setting the inert gas quantity :> Open the valve 19 on the TIG welding torch . ./ Inert gas flows out. ./ The flow meter 23 indicates the gas quantity, and the content pressure gauge 26 indicates the cylinder content. :> Close the valve 19 on the TIG welding torch when the torch is not being used in order to prevent unneces- sary use of gas. 10.13

71 A wire feed case (optional) is required for MIG welding. The operations required may differ de- pending on the version and the configura- tion of the wire feed case! Please observe the wire feed case operat- ing manual! Current source 74 Ground cable LORCH :> Connect the welding cable 73 on the wire feed case to the connecting plug plus 8 or, in special cases, mi- nus 8 on the power source. :> Connect the control cable of the wire feed case 72 to the wire feed case connecting socket 1 O on the power source. (only on lnt case type) :> Equipping the wire feed case. (See wire feed case operating instructions) 77 MIG/MAG torch 72 Control cable (only on lnt case 75 Wire feed case type) 76 Ground cable (only on lnt case 73 Welding cable type) Fig. 5: MIG welding connection diagram 11.6 Connecting the ground cable :> Connect the ground cable to the free minus or plus 8 socket and secure the cable by rotating it clockwise. Fastening the ground clamp ~~~~~~~~~- ~!>""T----------------,,...- Fig. 6: Attaching the ground clamp - Correct! :> Fasten the grounding clamp in the immediate vicinity of the welding area, so that the welding current can- not seek its own return path across machine parts, ball bearings or electric circuitry. :> Connect the ground clamp firmly to the welding bench or the workpiece. 10.13 Fig. 7: Attaching the ground clamp - Wrong! a Do not place the ground clamp on the welding ma- chine or the gas cylinder; otherwise the welding cur- rent will be carried via the protective conductors and it will destroy these. 11.7 Connecting the power supply The machine is suitable for operation on the mains sup- ply or on a current generator. :> Plug the mains plug into the appropriate socket. ••• ·I J . .. The mains voltage and tolerance as well as the fuse protection must correspond to the technical specifications (see Technical Specifications). -9-

41 42 43 ~ 46 + - 45 Fig. 8: Control penel MX 350 30 The Fault LED ~ ights up continuously, and the 38 The Synergy LED light sup if the Synergy function fault code is displayed in the 7 segment display is selected. 35. 39 The MIX LED lights up if MIG welding operating 31 The Remote control LED lights up when a remote mode with mixed gas is selected. control is connected. 40 The C02 LED lights up if MIG welding operating Control knob 48 specifies the maximum value for mode with C02 is selected. the control range of the remote control. If 1 OOA 41 The TIG LED lights up if TIG operating mode is has been set, for example, 1 OA - 1 OOA can be called up using the remote control. selected. Lights up when wire feed case (case type lnt) is 42 Electrode LED connected lights up if Electrode operating mode is selected. 32 LEDVRD 43 Electrode CEL LED lights up continuously with active VRD function lights up with operating mode Electrode CEL (reduction in idle running voltage) flashes if the selected (Electrodes with cellulose-containing output voltage exceeds the value permitted by encapsulation, suitable for vertical downward the standard (e.g. in welding mode or if operating welding) mode MSG welding LED 39, 40 selected) flashes if gouging operating mode selected. 33 The Seconds LED lights up when a value is dis- 44 welding process selector switch played in the 7 segment display 35 in sec. serves for selecting the TIG operating mode, 34 The % LED lights up when a value is displayed in MIG welding with mixing gas the 7 segment display 35 in percent. MIG welding with C02• MMA or CEL electrode. 35 7-Segment-Display If you hold the button down for longer than 2 indicates the selected power level, weld voltage sees., if the MIG (MIX/CO,) operating mode has or wire feed speed. been selected, the Synergy operating mode is If the secondary parameters are activated, the switched on (LED Synergy 38 lights up). code and the set value are shown alternately. If you hold the button down for longer than 2 36 Welding voltage LED lights up when the welding sees., if the Electrode (MMA/CEL) operating voltage is displayed in the 7 segment display 35 mode has been selected, the gouging opera!- in volts. ing mode is switched on (LED Electrode CEL 43 37 The Welding current LED lights up when the flashes). welding current is displayed in the 7 segment 45 Polarity indication display 35 in amps. 46 Polarity indication -10 · 10.13

test serves for selection of 2 cycle, 4 cycle and crater filling. If the button is pushed for longer than 2 sees., the gas test is started for approx. 30 sees. 48 The menu I welding current control knob is used for: • The selection of welding current, welding voltage and the wire feed rate (press). • The setting of welding current, welding voltage and the wire feed rate (turn). • Calling up the secondary parameters (press for 2 sees.) • selecting the secondary parameters (rotate). • selecting the secondary parameters (press). • setting the secondary parameters (rotate). 49 The Crater filling LEDlights up if the Crater filling function is selected 50 LED 2-stroke lights up if you select the 2-stroke mode. 51 LED 4-stroke lights up if you select the 4-stroke mode. 12.1 Electrode welding process ~~~~~~~~ Switch on the system :> Switch on the system at the main switch 6. :> Keep pressing button 44 until the desired electrode operating function is selected. ./ The electrode MMA or CEL (LED 42 or 43) lights up. :> Use control knob 48 to set the desired welding cur- rent. Electrode 0 [mm] Recommended current In· tenslty [A] 1.5 20 .. .40 2.0 35 ... 60 2.5 45 ... 100 3.2 75 ... 140 4.0 130 ... 190 5.0 180 ... 280 6.0 230 ... 370 80 290 .. .420 Tab. 1: Electrode diameter - Electrode CD Please follow the electrode manufacturer's instructions Electrode welding cur- Range Factory set- rent ting Welding current 11 10 to 350A 100 Tab. 2: Electrode welding current LORCH Arc ignition :> Briefly touch the workpiece at the point to be welded using the electrode and lift the electrode a little. ./ The arc burns between the workpiece and the elec- trode. Hotstart 0 Ignition performance is improved by increasing the welding current (Hotstart). :> Press the operating button 48 for 2 sees. to call up the secondary parameters. :> Select the secondary parameter Hotstart (Code "ISt") by rotating the control knob 48. :> Confirm the secondary parameter by pressing the control knob 48. :> Set the desired value by rotating the control knob 48. :> Confirm the setting by pressing the control knob 48. :> Repeat the operations for setting the Hotstart time ''tSt" secondary parameter. :> Exit the secondary parameters by pushing the oper- ating button 48 for 2 sees., or by pressing the selec- tion button 44. Arc dynamics (Arc Force) 0 The electrode is prevented from burning in in the weld pool by means of a brief current increase with a short arc. :> Press the operating button 48 for 2 sees. to call up the secondary parameters . :i Select the Arc dynamics secondary parameter (Code "dAF") by turning the control knob 48. :> Confirm the secondary parameter by pressing the control knob 48. :> Set the desired value by rotating the control knob 48. :> Confirm the setting by pressing the control knob 48. :> Exit the secondary parameters by pushing the oper- ating button 48 for 2 sees .. or by pressing the selec- tion button 44. 10.1 3 -11 -

Switch on the system :> Switch on the system at the main switch 6. :> Keep pressing button 44 until the desired MIG oper- ating function is selected. ./ The TIG symbol (LED 41) lights up. :> Use control knob 48 to set the desired welding cur- rent. TIG welding current Range Factory setting Welding current 11 10 to 350A 100 Tab. 3: TIG welding current Arc ignition :> Open the valve 19 on the TIG welding torch. CD ( ~ ( p '////////////// '////////////// :> @ Lift the electrode a little. ./ The arc burns between the workpiece and the elec- trode. Ups lope O A short-circuit current of 60 A is used for igniting during the TIG welding process. The upslope takes place with 115 Ns until the set welding current is reached. Guideline values for the current intensity and the gas quantity Tungsten electrode Current in- Gas quantity diameter [mm] tensity [A] [Vmin] 1.0 3 .. .40 4 1.6 15 ... 130 5 ... 6 2.0 45 ... 180 5 ... 8 2.4 70 ... 240 6 ... 10 3.2 140 ... 320 6 ... 12 4.0 220 .. .450 6 ... 14 -12 - Start-up 12.3 MIG welding process (MIG/MAG} __ Switch on the system :> Switch on the system at the main switch 6. Selecting the welding process :> Keep pressing button 44 until the desired MIX or C02 operating function is selected. ./ The MIX or C02 symbol (LED 39 or 40) lights up. Selecting the wire feed case CD The type of connected wire feed case can be selected at the welding unit. 0 If you are using a wire feed case with its own control system you must set the case type lo external (EXI). O If you are using a wire feed case without its own con- trol system (with 6 or 7 pole connection plug) you must set the case type to internal (lnt). :> Press the operating button 48 for 2 sees. to call up the secondary parameters. :> Select the case type secondary parameter (Code "Fdt") by turning the control knob 48 . ./ The parameter code and the corresponding setting are displayed alternately in the 7-Segment display 35. :> Confirm the secondary parameter by pressing the control knob 48 . :> Set the desired case type by rotating the control knob 48 . ./ "lnt" or "EXt" is displayed in the 7 segment display 35. :> Confirm the setting by pressing the control knob 48. :> Exit the secondary parameters by pushing the oper- ating button 48 for 2 sees., or by pressing the selec- tion button 44. Operating mode EXt case type O Only the 2 cycle operating mode is possible in the case type E.Xt operating mode. :> Set the welding voltage by rotating the control knob 48. :> Press the operating button 48 to display the welding current. O The welding current is only displayed during welding. Operating mode lnt case type :> Keep pushing the button 47 until the desired operat- ing mode 2 cycle or 4 cycle and/or crater filling func- tion is selected . ./ The LEDs 50 or 51 and/or 49 light up. :> Set the desired welding voltage by rotating the knob on the feed case. :> Set the desired wire feed speed by rotating the knob on the feed case. 10.13

display of welding voltage, welding current and wire feed speed. ./ The relevant parameter value is displayed in the 7 seg- ment display 35. 0 The welding current is only displayed during welding. Synergy ~ Press the selector button 44 for 2 sec. with the oper- ating mode MIG selected. ./' The Synergy 38 LED lights up. CD The set wire diameter is displayed for ap- prox. 5 sees. after switching on or selecting the Synergy operating mode. :> Select the wire diameter parameter as follows - Press the operating button 48, whilst the wire di- ameter "d" is displayed in the 7 segment display. (immediately after switching on or selecting the Synergy operating mode) - or select the secondary parameter wire diam- eter during subsequent operation (see "13.3 MIG (MIX, C02)" on Page 15) :> Set the wire diameter by rotating the control knob 48. :> Confirm the setting by pressing the control knob 48. :> If necessary, press the control knob 48 for 2 sees., or the selection button 44 to exit the secondary parameters. :> Set the desired welding voltage by rotating the knob on the feed case. :> Set the wire feed rate on the rotary knob on the feed case to the middle position (0). D In the operating mode Synergy, the wire feed rate is automatically matched to the set welding voltage. :> Correct the wire feed rate, if necessary, on the feed case by turning to"+" or"-". 12.4 Calling up the secondary parameters :> Press the operating button 48 for 2 sees. to call up the secondary parameters. :> Set the desired secondary parameter by rotating the control knob 48 . ./ The parameter code and the corresponding setting are displayed alternately in the 7-Segment display 35. :> Confirm the secondary parameter by pressing the control knob 48. :> The setting ea n be adjusted by rotating the control knob 48. :> Confirm the setting by pressing the control knob 48. :> The previous or next secondary parameter is dis- played by rotating the control knob 48. D Different secondary parameters are available de- pending on the selected operating mode and func- tion. :> Press the control knob 48 for 2 sees., or the selection bulton 44 to ex:it the secondary parameters. 10.13 LORCH Cl) Mode ::J Cl) iii en ~ c ea Cl> > ea Cl> ::J .. e Parameter '8 "E c en (!) c ea 0 Cll c ~ i= ;;; :::!: "C = c 0 (!) Cll G> iii - "' i i "' Start current I t Sll:I 50 % 5 ... 200 % x Start current time fTSlB 0.1 s O.O to x 20s Hots tart LJjSLt_ 125% 5 ... 200 % x Hotstart time ~TSlf 1.0 s O.Oto x 20 s Arc dynamics ldlA1F 100 % 0 ... 200 % x The welding current increases automatically as the weld- ing voltage is reduced. The arc dynamic indicates the ratio between the welding current and the automatic increase. Arc end detection RlEJdJ 100% 0 ... 200 % x x Your welding machine switches the welding current off al a certain arc length. (Weld end detection). The maximum length of the arc can be adapted using the "AEd" param- et er. Inductor effect I llnd I 100% 0 ... 200 % x x Time bum back !:bib 100 % 1 .. .200 % x x Crater filling energy 1i(if 50 % 0 ... 100 % x Crater filling voltage UJll 20V 10 to 40 x v Crater filling feed tf_iE 5 0 ... 18 x rate m/min m/min Crater filling lime It Flt 1 s 0 to 10 s x x (only with 2 cycle) Case type (feeder f ldlf lnt lnt...EXI x x type) Creep in speed _CISIP 2 2 ... 18 x x mlmin m/min Wire diameter di I ~~ 0.8 ... 1.2 mm x Tab. 4: Secondary parameters D The factory setting values are optimised thanks to automatic parameters. You can use these factory settings unchanged for most welding jobs. - 13 .

points and serves for preparing the weld seam. Cl A special torch is required for gouging that has car- bon electrodes and compressed air connection. :> Keep pressing button 44 until the desired electrode operating function (MMA or CEL) is selected . ./ The electrode MMA or CEL (LED 42 or 43) lights up. :> Press and hold the electrode button 44 for at least 2 seconds . ./ The Electrode CEL LED 43 flashes. :> Set the desired current by rotating the control knob 48. Master reset CD Warning! All personal settings will be lost All welding and secondary parameters are reset to their factory settings (master reset function). :> Press buttons 44 and 47 simultaneously for at least 3 seconds . ./ The 7 segment display and the control panel indica- tors light up briefly as confirmation. Switching the Function lock on I off :> Press the control knob 48 and the button 44 simulta- neously for at least 3 seconds . ./ 0-- 11 is briefly displayed in the 7 segment display 35 as confirmation . ./ All buttons on the control knob are blocked. If it is operated,"--" is displayed. Cl The control knob 48 and button 44 must be pressed again for at least 3 seconds in order to disable the function lock. -14- The function lock setting is saved! If the machine is switched off with the function lock activated, the control panel is still blocked when the machine is switched back on. Start-up 10.13

ISt Hots tart t Time tSt Hotstart time 13.2 TIG I Current 11 Welding current ISt Start current Iz Ignition current t Time tlu Upslope tSt Start current time 13.3 MIG (MIX, C02) tbb Time burn back CF Crater filling energy I Current 11 Welding current ICFU Current (crater filling voltage} t Time tCFt Crater filling time v Speed vCFF Speed crater filling feed rate vCSP Creep in speed t I ; IS! ' !St Fig. 9: Electrode current routing diagram t I I !lz IS! I ' : l ' ' tlu : ' tSt I ' ,• ~ : · ~· ' ' Fig. 10: TIG current routing diagram t I (A) 11 !I (mfmin) vCSP ' 11 LORCH 11 ICFU !CF t-+ t-+ ICFt i I-+ : (s) ' ~ : tbb .....___.____,; vCFF t-+ (s) Fig. 11: Current development diagram MIG (MIX, CO.) 10.13 ·15·

in the event of a malfunction. You can switch over between error code and sub-error (sub code) in the 7 segment display by pushing the button 44. Code Note Cause HOS Short-circuit Short-circuit in the output circuit Messages After the message has been output, the machine will only function to a limited ex- tent; the error must be corrected as quickly as possible. The status message can be deleted by pressing the control knob 48. PossJble remedy Eliminate the short-circuit (pick up electrode holder, ... ) H30 Configuration Component group recognition faulty Inform Service H31 Communication CAN bus communication faulty Check connected devices and CAN connections H34 Fans Fan current faulty Inform Service Tab. 5: Status messages 14.2 Error messages 0 An error code is displayed in the 7-segment display in the event of a malfunction. You can switch over between error code and sub-error (sub code) in the 7 segment display by pushing any button. CD As long as there is an error code on dis- play welding is not possible. Code. E11ror Cause Possible remedy E01 Excessive temperature Duty cycle exceeded Allow switched-on machine to cool down for a few minutes Dust filter contaminated Replace dust filter E02 Overvoltage Mains voltage too high Check mains voltage E04-1 Protective earth conductor Fault current to protective earth con- Connect the welding earth lead monitoring ductor E06 Overvoltage secondary Initial voltage too high Inform Service E07 EEPROM Communication with EEPROM defec- Switch machine off and on again, ex- tive ecute master reset E08-1 Excess motor voltage Motor voltage too high Inform Service E08-2 Motor power supply Error in motor power supply Inform Service E08-3 Overcurrent on motor Motor current continuously too high Reduce motor load EOS-10 Torch connection Torch/torch connection error Check torch and torch connection. Switch the equipment off and on again E08-11 VII acquisition Voltage/current measuring systems Inform Service faulty E09 Voltage detection Voltage measuring system faulty Inform Service E12 Power section Power section start-up faulty Inform Service E13 Temperature sensor Temperature sensor not ready for Inform Service operation E14 Supply voltage internal supply voltage too low Check mains voltages E15 Current detection Error during current measurement Inform Service E18 I Overload protection Safety switch device to protect elec- Inform Service trical components • 16. 10.13

Check mains voltages low E25 Idle generator Idle generator raulty Inform Service E30 Error configuration Faulty or wrong pc-board, wrong Inform Service software system installed E31 Communications fault CAN bus communication faulty Switch the equipment off and on again E32 FPGA FPGA faulty Inform Service E33 Power section Power module not symmetrical Inform Service E34 Fans Fan current faulty Inform Service E40 Voltage detection Voltage measurement faulty at the Inform Service socket Tab. 6. Error messages 10.13 - 17 -

Coated stick electrodes are used for the widely-used manual metal arc welding process (stick electrode weld- ing). The coating of the electrode melts off during the welding process together with the core wire. The coating generates the shielding gas. Additionally the burning- off coating compensates alloy elements. which are de- stroyed in the molten pool. A slag layer forms on top of the welding seam. which covers and protects the cooling welding seam against the air. The coatings of the electrodes differ according to thick- ness and type, i.e. chemical composition. This results in different welding properties and consequently different applications for the e'lectrodes. Types and nomenclature are defined in DIN EN 499 (formerly 1913). -'--- Stick electrode Base metal 15.2 TIG welding The TIG welding process is a universally-applicable pro- cess which creates high quality joints. The electrode of the TIG process consists of non-melting tungsten, the shielding gas is an inert gas. In English usage we speak ofTIG welding ("Tungsten" = Wolfram). Inert gas is chemically neutral and does not react with the weld metal. Inert gases are, e.g. argon, helium and their mixtures. Usually pure argon (99.9%) is used. The welding gas must be dry. DIN 32 526 defines the differ- ent types of shielding gas. TIG welding process basics A non-melting tungsten electrode is clamped with a col- let into a gas or water-cooled torch. The arc burns be- tween the tungsten electrode and the workpiece in an inert shielding gas atmosphere. Thus the tungsten elec- trode acts as an arc carrier. The arc melts the workpiece point by point and forms the weld pool. The shielding gas escapes through the gas nozzle. This gas protects the tungsten electrode, the arc and the molten pool against the surrounding air. This prevents undesired oxidation. Consequently, poor welding results may occur due to trouble with the shielding gas supply. In case additional filler material is required. filler ~1\re is supplied either manually, as in gas name welding, or -18 - Welding basics automatically by means of a cold wire feeder. The filler wire must be equally or more highly alloyed than the base material. Flange and corner welds can be created easily without filler wire. Shielding gas Basically, both DC and AC may be used for TIG welding. The current mode and polarity depend on the material to be welded. Non or low-alloyed steel, high-alloyed steel and copper, as well as titanium and tantalum are welded with DC. The electrode is connected at the minus pole because of the stronger current loading. When welding aluminium and nnagnesium as well as their alloys, AC must be used in order to tear up the high- melting and tough oxide skin which forms on the molten pool or which is present on the base metal. If the oxide skin is missing. e.g. there has been welding on the same part for a longer time, the arc can be unstable or break up from time to time. Shape of the electrode tip Tungsten electrodes always have to be ground length- wise because crosswise grinding marks cause an un- steady arc. 10.13

10- 50 50- 200 > 200 10.13 Electrode angle 15°-30° 30° -45° 45° - 75° LORCH The shape of the electrode for DC welding has to be and remain as sharp as a pencil. The angle of the point depends on the welding current. When AC welding, ii is sufficient to sharpen the edge of the electrode slightly. After a short time, a round to slightly convex form is built. If the electrode tip is polluted due to dipping into the weld pool or touching the filler wire, the respective part of the electrode must be completely ground off. Restore the original, pointed shape. Grind in longitudinal direction. - 19 -

16 Fundamentals of the MIG/MAG welding process -~"'--'"~~~~~~~~~~~~~~~~ 16.1 Principle of the MIG/MAG welding process The wire feed rollers feed the wire electrode from the reel to the contact tip. An arc is created between the wire electrode and the workpiece. The wire electrode thus becomes the arc carrier. The arc melts the workpiece point by point and forms the weld pool. The wire elec- trode melts and drips into the weld pool, thus forming the filler metal. The inert gas flows from the gas nozzle and protects the arc and weld pool from atmospheric gases. Wire electrod£--- -: Gas noz --- ---" ~Bntact ti~:-=~~~~ Shielding -,..---===--___,.~ gas Welding ,._flem Fig. 12: MIG/MAG welding processes (!> Power source t:I There are two types of metal shielding-gas welding that are differentiated by the type of shielding gas that is used: metal inert gas welding (MIG), inert shielding gas) and metal active gas welding (MAG, active shield- ing gas). Welding Shielding gas process inert active MIG Helium (He) Argon (Ar) mixture of Ar/He MAG-C Carbon dioxide 100 % C02 MAG-M Mixtures of Ar/ C02Ar/02 Tab. 7: MIG/MAG welding processes The welding processes are further differentiated by arc type. This means that there are differences in the form of the arc, short circuit tendency and metal transfer mode. Selection of the type of arc is only possible to a limited extent e. g. when short arc welding. Short arc welding is possible using all metal shielding gas welding processes by the selection of the suitable current intensity and the associated arc voltage, although the short circuit fre- quency and drop size are very different, according to the shielding gas being used. - 20 - 16.2 Arc types Short arc This type of arc is particularly suited to the welding of thin sheets, in root layers and for welding in restricted locations because of its relatively "cold" weld flow. In this case, the welding takes place with a very short arc. at low arc voltage and at low current intensity. Due to the surface tension of the melt pool, the drop is drawn into the molten metal and the arc is reignited. This recurring cycle creates a continuous alternation between the short circuit and the arcing period. CD The transition from short to spray arc is de- pendent upon the gas mixture and the wire diameter. Transition arc A transition arc is used for medium plate thickness and for vertical down welds. The material transfer tales place both in short circuit and in free flow. This produces a re- duced short circuit index and a slightly "hotter" molten pool than in the short arc. Transition arc welding has a higher melting rate than short arc, and is therefore more economical. Long arc Long arcs are typically used for welding under carbon dioxide and under high C02 containing gas mixtures in the upper performance range. Long arc welding is not really suitable for welding in tight spaces. Larger drops fall into the molten pool largely by gravity. This some- times involves short circuits which, al the point or the short circuit, can produce spatter when the arc ignites again. because of the upslope. Spray arc Due to the thinness of the melt pool, spray arc welding is not suitable for welding in tight spaces. It is used for welding in the higher power range using inert gases or gas mixtures with high argon content. The spray arc has a very fine drop, short-circuit free material transfer. 10.13

LORCH Wire elec- Long arc/ Transition trode di- Short arc a meter spray arc arc mm A v A v A v 0.8 140 ... 23 ... 110 .. 18 ... 50 ... 14 .. 180 28 150 22 130 18 1.0 180 ... 24 ... 130 ... 18 ... 70 ... 16 ... 250 30 200 24 160 19 1.2 220 ... 25 ... 170 ... 19 ... 120 ... 17 ... 320 32 250 26 200 20 1.6 260 ... 26 ... 200 ... 22 ... 150 ... 18 ... 320 34 300 28 200 21 Good weld qualities are only achieved if the voltage and current are well balanced. VVhen using C02 an arc voltage which is around 3 V larger than required when using argon-rich gas mixtures. Tab. 8: Working ranges for MAG welding Holding and guiding the torch CD With metal shielding gas welding, you can n o work in all positions: level, horizontally, vertically from top to bottom, vertically from bottom to top, overhead and in lateral posi- tion. For level and horizontal and level welds, hold the torch vertically (neutral torch position) or pushing at up to 30°. On thicker layers you can also drag the torch slightly. The neutral torch position produces the best penetration depth and inert gas coverage. Take care not to tilt the torch too much, otherwise air could be drawn into the inert gas shield by the injection effect. If you are welding vertically and overhead then you should push the torch slightly. Down welds are used mainly for welding thin plates. In this case, hold the torch in as neutral or slightly dragging position. This technique requires specially trained and experienced welders, since there are dangers from incomplete fusion due to the forward melt pool. This danger increases with thicker materials, or if the melt pool is very thin because the volt- age is too high. Weld direction pushing Weld direction dragging Fig. 13: Torch position Avoid larger oscillating movements in order to prevent the melt pool from building up in front of the arc. This can lead to incomplete fusion due to the forward melt pool. Except in the vertical up position. you should oscillate laterally only as far necessary to cover both edges of the 10.13 seam. If the seam is sufficiently wide, weld two beads alongside each other. If you are welding in the vertical up position, your oscilla- tions should be in the shape of an open triangle. Arc length The longer the arc. the shallower is the penetration depth, the wider and flatter the weld bead and the great- er the tendency to spatter. The weld metal is transferred in slightly larger drops compared with a shorter arc. Use a longer arc when fillet welding, in order to produce a flat or concave weld bead. A shorter arc increases the penetration depth (at the same current intensity), the weld bead is narrower and the tendency to spatter is reduced. The weld metal is transferred in finer drops until the short arc is reached. Long arc Short arc Fig. 14: Arc length Electrode wire length In general, the distance between the torch and the work- piece is 10-12 times the wire diameter. You can also change the torch distance to affect the length of the free end of the electrode. A longer free end of the electrode reduces the current intensity and the penetration depth. A shorter free end of the electrode increases the current intensity while maintaining the same wire feed rate. Long electrode end Short electrode end Fig. 15: Electrode wire length - 21 -

Welding range min - max v 10.4 ... 24.0 Idle voltage (peak value in accordance with EN 60974-1) V/DC <113 - Idle voltage VRD (in accordance with rocr 12.2 007.8) V/DC - 12 Current setting Infinitely variable Slope characteristic falling Welding current at ED 100% A 250 Welding current at ED 60% A 300 ED at maximum welding current % 40 Current consumption 11 (at ED 100%) A 12.3 Current consumption I, (at ED 60%) A 15.7 Current consumption I, max A 19.6 Maximum effective mains current (I,.") A 12.4 Power consumption S, (at ED 100%) kVA 8.5 Power consumption S1 (at ED 60%) kVA 10.9 Power consumption S, """' kVA 13.6 Electrode welding A 10 ... 350 Welding range min - max v 20.4 ... 34 0 Idle voltage (peak value 1n accordance with EN 60974-1) V/DC <113 - Idle voltage VRD (in accordance with rocr 12.2 007.8) V/DC - 12 Current setting Infinitely variable Slope characteristic falling Welding current al ED 100% A 230 Welding current at ED 60% A 280 ED at maximum welding current % 35 Current consumption I, (at ED 100%) A 16.0 Current consumption 1, (at ED 60%) A 20.7 Current consumption 11 max A 27.5 Maximum effective mains current (I 1eff ) A 16.3 Power consumption S, (at ED 100%) kVA 11.1 Power consumption s, (at ED 60%) kVA 14.3 Power consumption s, max kVA 19.1 Weldable electrodes mm 1.5 ... 8.0 MSG welding process (MIG/MAG) A 10 ... 350 Welding range min - max v 14.5 ... 31.5 Idle voltage (peak value in accordance with EN 60974-1) V/DC <113 Power setting Infinitely variable Slope characteristic falling - 22 - 10.13

MX 350VRD EU EU Welding current at ED 100% A 230 Welding current at ED 60% A 280 ED at maximum welding current % 35 Current consumption 11 (at ED 100%) A 15.9 Current consumption I, (at ED 60%) A 20.1 Current consumption I, max A 27.8 Maximum effective mains current (1 1.n) 11eff I A 16.4 Power consumption s, (at ED 100%) kVA 11.0 Power consumption S, (at ED 60%) kVA 13.9 Power consumption S, "''" kVA 19.3 Weldable wires steel 0 mm 0.8- 1.2 Weldable wires aluminium 0 mm 1.0 - 1.2 Weldable wires CuSi 0mm 0.8-1 .2 Efficiency I') at 100% ED % 87 Mains Mains voltage v 400 / 3- Mains frequency Hz 50 ... 60 Positive mains tolerance % 25 Negative mains tolerance % 30 Negative mains tolerance, temporary % 40 Mains connection mm• 4 x 2.5 Mains plug CEE32 Current consumption I, , 0•1011<1 A 0.2 Mains fuse slow-response TIG/EL A 25 Power factor cos

----- Please !heed the current safety and ac- cident prevention regulations during all maintenance and repair work. ine requires a minimum of care and mainte- nance. Only a few items need to be checked to ensure trouble-free long-term operation. :> Check the following points for damage before starting up the welding machine, - Mains plug and cable - Welding torch and connections - Ground cable and connection - Keyboard membrane and control panel :> Check the dust filter every two months. - Switch the machine off - Disconnect the mains plug - Unscrew the ventilation grid on the rear side 19 Disposal 0 Only for EU countries. Do not dispose of electric tools together with household waste material! 20 Service Lorch SchweiBtechnik GmbH Im Anwander 24 - 26 D-71549 Auenwald Germany Tel. +49 (0)71 91 503-0 Fax +49(0)7191 503-199 21 Declaration of conformity We herewith declare that this product was manufactured in conformance with the following standards or official documents: EN 60 974, EN 61 000-3-2, EN 61 000-3-3 in conformance with the guidelines 2006/95/EG. 2004/108/EG, 2011/65/EU. c ( 2012 Wolfgang Grob Managing Director Lorch SchweiBtechnik GmbH - 24 - Declaration of conformity - Check the dust filter for pollution - Replace the dust filter if it is polluted (dust filter: Order number 612.5193.0) Use only original Lorch spare parts for maintenance and repair. If you experience problems or need re- pairs, contact a dealer authorised by Lorch. Never make repairs or technical changes yourself. In this case the manufacturer's warranty is no longer valid. In observance of European Directive 2002/96/EC on waste, electrical and electronic equipment and its imple- mentation in accordance with national law, electric tools that have reached the end of their service life must be collected separately and returned to an environmentally compatible recycling facility. 10.1 3

LORCH 22 Ersatzteilliste I spare parts list I Cm1coK AeTaneM ~~~~~~~~~~~---' 22.1 MX 350 EU 990.4472.6-00 MX 350 (EU) 10.1 3 9 1 \ 3 (~)) 1= \ ~-~~ 42 39 \~ '-. '· .,.- 8 10 19 - 25 -

990.4472.6-00 MX 350 (EU) Pos Mat.Nr. Bezeichnung designation Ha3eaHMe 1 604.3609.0 Zubehorgurt 40x800 schwarz transportation belt 40x800 black PeMeHb Af'IR npHHaAf'le>KHocrelil G22 G22 40x800 YepHbllil G22 2 604.3613.0 Tragegurt 40x1500 schwarz transportation belt 40x1500 PeMeHb AflR nepeHOCKH G22 black G22 40x1500 Yep. G22 3 604.3640.0 KUNSTSTOFFSCHIEBER f. slide for transportation belt nnaCTMaCCOBbllii non3yHOK TRAGEGURT 40mm 40mm 40mm 4 602.2809.0 Seitenblech links G28 404mm side panel left G28 404mm 6oKoeaR YaCTb neeaR G28 RAL2002 GS-G RAL2002GS-G 389mm R.AL2002 GS-G 5 602.2810.0 Seitenblech rechts G28 404mm side panel right G28 404mm 6oKoeaR YaCTb npasaR G28 RAL2002GS-G R.AL2002 GS-G 389mm R.AL2002GS-G 6 602.2811 .0 Deckblech G28 406mm R.AL cover plate G28 406mm KpblWKa G28 406mm RAL2002 2002 GS-G RAL2002 GS-G GS-G 7 604.2800.0 Kunststofffront G28 Plastic front G28 nepeAHRR YaCTb nnacrMaccoeaR G28 8 604.2801.0 Kunststoffheck G28 Plastic back G28 3ap,Hf!R YaCTb nnaCTMaccosaR G28 9 604.2802.0 LOf1ergitter G28 100mm Fan grill G28 100mm PewerKa eeHrnnRropa G28 100mm 10 604.2803.0 Luftergitter G28 150mm Fan grill G28 150mm PewerKa eeHT1-1m;ropa G28 150mm 11 604.3741.0 Handgriffrohr Alu 366mm handle tube Alu 366mm PyKoRrKaAlu 351mm LORCH- LORCH-Profil LORCH-Profil Profil 12 606.2027.0 Aufkleber Netzstecker ziehen sticker pull mains plug 30 mm HaKneliiKa Bb1Ta~1<1Tb B"111KY 30mm blau blue 30mm C"1HRR 13 608.5004.0 Folientastatur MX350 keypad MX350 MeM6paHHaR K11ae1-1arypa MX350 14 610.2530.0 Zugentlastungsverschraubung cable gland PG 13,5 Ka6enbHbllii BBOA PG 13,5 PG 13,5 15 610.3032.0 Dichtring Schaumstoff AD16xl- Foam spacer AD 16xl08xH6 npoKJlaAOYHoe KOnbl..lO nop. 08xH6 neHonnacr AD16xlD8xH6 16 610.3050.0 Schaumstoffeinlage Foam inlay 178x98,5x44 BcraeKa 1113 nop1-1croro 178x98,5x44 neHonnacTa 178x98,5x44 17 610.3051 .0 Schaumstoffeinlage Foam inlay 178x162x60,4 BcraeKa ~3 nop1-1croro 178x162x60,4 nettonnacra 178x162x60,4 18 610.3053.0 Schaumstoffplatte selbstklebend Foam plate self-adhesive BcraeKa 113 nopHcroro neHonnacra 130x25 130x25 caMoKJleio~aRCR 130x25 19 612.5193.0 Filtervlies 165mmx147mm Filter fleece 165mmx147mm i:t>1<1nbrp 165mmx147mm 20 612.5194.0 Drahtgewebe 165mmx97mm Wire gauze 165mmx97mm MW nposonOYHaR CBTKa MW2,5mm D0,7mm 2,5mm DO, 7mm 165mmx97mm MW 2,5mm D0,7mm 21 614.0650.6 Drehknopf 31mm schwarz Welle knob 31mm black shaft 6mm PyYKa spal.J..\BHHA 31mm yepHaA 6mm ocb 6mm 22 614.0661.0 Deckel 31mm rot knob cap 31mm red KpblWKa 31mm KPSCHBA 23 653.0010.5 ET-BG Mapro-01 M02 P02 s.p. pc-board Mapro-01 M02 3.4.-311.nnara Mapro-01 M02 P02 P02 24 653.0011.5 ET-BG BF03 BP 02 s.p. pc-board BF03 BP 02 3 .4 . -3neKTpOHHa~ nnar a BF03 BP02 (E) Ersatzleil I spare part/ 3anacHbre \faCTH (T) Tauschteil I replacement part I 06MeHHb1e l.faCTH . 26 . 10.13

LORCH 990 .44 72. 6-00 MX 350 (EU) Pos Mat.Nr. Bezeichnung designation Ha3eaHKe 25 653.0012.5 ET-BG DMR05 M01 s.p. pc-board DMR05 M01 3.4 -3neKTpOHHaR nnaTa DMR05 M01 26 653.0014.5 ET-BG DRV02 s.p. pc-board DRV02 3.4.-3neKTpOHH8R ll!laTa DRV02 27 653.0015.5 ET-BG Nefi01 s.p. pc-board Nefi01 3.4.-3neKTpOHHaH nnara Nefi01 28 653.0016.5 ET-BG DC01 s.p. pc-board DC01 3.4.-3neKTpOHHaH nnara DC01 29 653.0017.5 ET-BG SF02 s.p. pc-board SF02 3.4.-3neKTpOHHaH nnara SF02 30 655.9076.0 Obertrager WA 13000061 Transrorrner WA 13000061 TpaHcKTyT AMP14B-Mini- 400mm 400mm fit 12p. 400mm 35 661 .8306.1 Kabelbaum X350 EU Erweite- Cable loom X350 EU extension Ka5. >tra M7 09,2 H2,5/7,5mm AD25 h2,5/7,5mm AD25 H2,5/7,5mm AD25 37 663.2508.0 lsolierfolie 260x85x0,35 ge- insulation foil 260x85x0,35 pier- i-1Jo . nrnl~HKa260x85x0 ,35wraMn . stanzt OM ROS ced DMR05 DMR05 38 665.0519.0 Nebenwiderstand 350A 35mV Shunt resistance 350A 35mV WyHT 350A 35mV 0, 1m0hrn 0, 1m0hm 4,8mm 0, 1 mOhm 4,8mm 4,8mm 39 665.2216.0 Verschluf1kappe AMP 14pol. cover cap AMP 14pol. BcraaHaR KPbtwKa AMP 14pol. 40 665.7020.0 Einbau-Buchsenteil BEB 35-50 ins·ert sleeve BEB 35-50 BcrpoeHHblH pa3beM BEB 35-50 mm2 mm' 41 981.1419.0 BG-Thermosensor 23x7x5 unit thermal sensor 23x7x5 TepMOA8TY"1K 23x7x5 LD3,4 LD3,4 LD3,4 42 981 .1507.0 BG-Axialventilator 12VDC axial ran 12VDC 80x80x38 Oceeoi-1 eeHrnnRrop 12VDC 80x80x38 31 Omm 310mm 80x80x38 310mm 43 602.2821.0 Kabelhalterung G28 Cable holder G28 Ka5enbHOe KpenneH11e G28 44 604.2804.0 Displayabdeckung G28 Display cover G28 noKpbrrne A"1Cnne~ G28 45 981.1212.0 ET-Set Diode 3 Stk s.p.1.-ktt Diode 3 pcs KoMnneKT AHOAOB 3 Stk. (713.0301.0) (713.0301.0) (713.0301 .0) (E) Ersatzteil I spare part I 3anaCHble 'laCT"1 (T) Tauschteil I replacement part I 06MeHHble 'lacrn Gultigkeit I Validity I Aei:icTa1HenbHocTb Type Serial no. from Serial no. to MX 350 (EU) 2008-0000-0000-0 2008-9999-9999-9 10.13 "27.

23 Stromlaufplan I schematic I CxeMaTM'4eCKM.:1 ---- 23.1 MX 350 EU r------------ --1 : Xl T ---_ J J J Ql i'~l't~ Jc:11u __ /?~.,.,..,., 1 I i l• ' r - - - - - 111--r;...' - - - - - ~ : I A13 ~ .~· A2 r---1-. -- --- -- - 1 LFS U"I 0 I I C: - N !:' l PU "'P') C"'P'red -J ~ ~ ::J I I lP12 •>-- -("'P' blue r;-----, I r: - - t 1XS I - - - I I I XJ/2"'P'">-r( I 1 X5/2• )--o-< 2 XS/3"'P'.>--r< 3 XS/4 "'P'.:;---,-{ 4 XS/5 • ">-r< 5 1 X7f1 • )-- r< 6 XS/l "'P'">-r< 7 ;---- --. I MF-07 I I ~00..91 1- 2• 3- 4- I S- I 6- 1 7- lM Wl C'.l::!; 1 1 Xl/4 . ~----;' Al I ;LP8 ~~ I 1 "' Xl/3•~ D... L ___ n ______ Jt_ ____ :rf2~~ · ~ -rf -rl---~1;~ r-f - f --- ---- - 11 ~ ~ ---- --- -·----·· x ~ < .. ..,.,. ----- - - --1 - --· r ------ - ~~ ~ ~ -f --- ---- - 1 - - - - - - - - - I XX ~ ~ - + t ' ' ' '"' ~~ • : AJ ,..,_ ><> A< : Ml !'.! I I I I I N - I Oll\U X2J2 • I - f _ < >< >< l;< ~ ~ X x ----i :a~ XS/8 • g• XS/6 I • XS/7 r----, I AS I I flO! f r---, I A12 I I .,......_ + .----J C.XS/2 I l'!"X5/l A? Ml~ l I 10 I : 161 'X2 • )-/-(• X2 X~ ... ) / -,-o I I I ,16 I 0 : 1 X6 ... ) 7 I I ;·-1r----1 I I X4 II HR33 X6-l ""'' 9 11 I II X6-2 ... : 10 11 II I X&-3""') I X6-4.:.., :c" I I X6-5 ... ,r------,-o;. llJ• II II II I ~ I I X6·6 ~•>------"T"\_ I I X6-7 "1"1'>-------.-1. I X6-8 • 8 11 I I I fl I X6/9~11 11 I X6/10.).J"-- ~( 12 :L ----I I I I X6Jl1 "1"~-( l) 1 I I I 1 ~U "I" Ho L-------- ---------- - --- 1 option X3 X2 + lo Re H =!a~;' 22os.2012 F. Becker MX350 (EU) 7-polig _ ~~~~ 1~~® SOO .0069. 5-0_Q . 28. 10.13

LORCH Legende zu Stromlaufplan/Explanation to circuit diagrarn106o3Ha1.1eHMS1 Ha cxeMe nOAK1110'leHMS1 S00.0069.5-00 05.06.2012 ~ .. . ·;_i~~~~!l~!~.,·-:~;.:.:.· --,-,:.:::·:~;~i::~~E:-~.~-,-_._·-·:~~f~~~trid~--~- 7 ~.r.J ET-BG Nefi01 3.4.-3neKTpoHHaJI nnaTa Nefi01 A 2 658.0245.0 Gleichrichter DB 1600V BOA rectifier DB 1600V BOA Bblnp!IMMTenb DB 1600V BOA A 3 653.0017.5 ET-BG SF02 ET-BG SF02 3.4.-3neKTpoHHaJI nnara SF02 A 4 653.0014.5 ET-BG DRV02 ET-BG DRV02 3.4.-3neKTpoHHaJI Mam DRV02 A 6 653.0016.5 ET-BG DC01 ET-BG DC01 3.4.-3neKTpoHHaJI nnara DC01 A 7 653.0010.5 ET-BG Mapro-01 M02 P02 ET-BG Mapro-01 M02 P02 3.4.-3n.nnara Mapro-01 M02 P02 A B 653.0011.5 ET-BG BF03 BP 02 ET-BG BF03 BP 02 3. 4.-3neKTpoHH8JI nnara BF03 BP 02 A 9-11 713.0301.0 Diode400V 2x100A ISOTOP diode 400V 2x100A ISOTOP ,QMO,Q, 400V 2x100A 1113oron A 12 60B.5004.0 Folientastatur MX350 I plastic foil kevboard MX350 MeM6paHHaJ1 K118BM8TYP8 MX350 A 13 653.0013.5 E-BG DMR05 M02 ET-BG OMR05 M02 3. 4.-3neKTPOHH8JI nnam DMR05 M02 F 1 570.B054.0 Schutzleiteriiberwachung 6qmm 10A protective earth monitoring 62 10A F 2 9B1.1419.0 BG-Thermosensor 23x7x5 LD3,4 unit thermal sensor 23x7x5 LD3,4 M 1 9B1.1507.0 BG-Axialventilator 12VDC 80x80x38 310mm axialfan 12VDC 80x80x3B 310mm M 2 9B1.1507.0 BG-Axialventilator 12VDC 80x80x3B310mm axial fan 12VDC 80x80x38 310mm Q 1 657.0121.0 Schalter 310 25A 3ph. Switch 310 25A 3ph. R 1 665.0519.0 Nebenwiderstand 350A 35mV 0, 1m0hm Nebenwiderstand 350A 35mV 0, 1 mOhm T 1 655.9076.0 Obertrager WA 13000061 Transformer WA 13000061 X 1 661. 7724.2 Netzkabel 4x2,5 CEE 32 3C 1 RO -40°C Net cable 4x2,5 CEE 32 3C 1 RO -40°C X 2 665. 7020.0 Einbau-Buchsenteil BEB 35-50 mm2 insert sleeve BEB 35-50 X 3 665. 7020.0 Einbau-Buchsenteil BEB 35-50 mm2 insert sleeve BEB 35-50 X 4 661.8210.9 Kabelbaum AMP14B-Minifrt 12p. 400mm Cable loom AMP14B-Minifit 12p. 400mm X 5 661.8306.1 Buchse Orahtvorschubkoffer socket wire feeder Schutzvermerk nach DIN 34 / ISO 160 16: Weitergabe sowie Vervielfliltigung dieser Unterlage, Verwertung und Mitteilung ihres lnhaltes nicht gestattet, soweit nicht ausdrocklich zugestanden. Zuwiderhandlungen verpflichten zu Schadenersatz. Alle Rechte tor den Fall der Patenterteilung oder Gebrauchsmuster-Eintragung vorbehalten. Copyright reserved ISO 160 16: Copying of this document, and giving it to others and the use or communication of the contents thereof, are forbidden without express authority. Offenders are liable to the payment of damages. All rights are reserved in the event of the grant of a patent or the registration of a utility model or design. npaea 38~1®Hbl cornaCHo ISO 160 16: nepe,Q,8"18 M eocnpoM3Be,Q,eHMe ASHHOro ,Q,OK)'MeHT8, McnOnb30B8HMe M coo6~eHMe 0 ero CO,Q,ep>KaHMM sanpe~eHbl 6e3 cneizyianbHOro nonHOMCNMJI. npasoHapywMTenM HeCyr OTBeTCTBeHHOCTb no B03Me~eHMIO y6blTKOB. Bee npaea 38~111~eHb1 e cnY'lae eb1,qa11M nareHTa , pemcrpa4MM o6pm4a Mo,qenM MnM KOHCTpVKUMM. Lorch SchweiBtechnik GmbH 10.13 KoHTponb 383eMnJ110~ero npoeo,qa Tepuo,Q,&T4MK 23x7x5 LD3,4 OceaoM BeHnmJITOp 12VDC 80x80x38 Oceam1 ee1m1nJ1TOp 12VDC 80x80x38 BblKltlO"laTenb 310 25A 3ph. WYHT 350A 35mV 0, 1m0hm 4,Smm TpaHCOpMarop WA 13000061 Cereaoi'I Ka6enb 4x4 CEE 32 3C 1R0 BcrpoeHHblM pa3beM BEB 35-50 mm2 BcrpoeHHblM pa3beM BEB 35-50 mm2 Ka6enbHb1M >Kryr AMP14B-Minifrt 12p. -29 -

23.2 Drahtvorschubkoffer I wire feeder I 6noK noAa'IM npoeonoKM MF-07 (EURO) 2• 52:T

24 Anschlussbelegung I terminal assignment I CxeMa KOHTaKToe pa3beMa Steckverblndung Drahtvorschubkoffer 7-polig (Version EU) I connecting socket wire feeder 7 pin (version EU) I CoeAr.1Hr.1Te11b 6noKa noAa4r.1 npoeonoKr.1 7-KOHTaKTHblM (eepcr.1s:1 EU) Pos 1 2 3 4 5 6 ~ 10.13 Ansicht Stecker- und Buchsenseite View Plug and socket side B111A co cropOHbl pa3beMa 111 rne3Aa Bezelchnung Motor motor 5 designation Magnetventil solenoid valve --- Brennertaster/Orahteinlauhaster torch sw tch/wire insert switch Potentiometer Schwei~pannung potentiometer welding voltage Potentiometer Drahtvorschub potentiometer wire feed GND GND Gastest-Taster gas test switch )-- 2 2 5 Ha3eaHi.te Morop MarHlffHbll::\ 1U1anaH KHonKa ropenK111/ KHOnKa nporn>KKIA nposonoKM noreH ~HoMerp ceapoYHoro HanpR>KeHL>iR noreH~HOMerp MOTopa AJlR npOT.RlKICl.1 npoeonoKL>I 3eMml K1-1onKa-raaoab1i't reCT - 31 -