Lincoln Electric IM10024 manual K285 Used in Horizontal Fillet Applications

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C-8

ACCESSORIES

C-8

 

 

 

K285 Used in Horizontal Fillet Applications

1.

With K148 or K148/K149 combination - After the

 

K285 has been attched to the nozzle body:

 

a. Set the head and nozzle to the desired electrode

 

angle.

 

b. Loosen the two hold down screws that hold the

 

nozzle to the faceplate and rotate the entire

 

assembly 40 to 45° and retighten the screws.

 

c. Feed the electrode to the proper stickout and

 

position it in the joint.

 

d. Slide the K285 flux cone dowm to about 1/8”

 

(3.0mm) away from both the vertical and horizon-

 

tal plates and tigten the wing screw. See Figure

2.

C.12.

With the K129 Tiny Twin-Arc® No zle - After the

 

K285 has been attached to the nozzle body:

a. Set the head and nozzle to the desired electrode angle.

b. Feed the electrode theough the tips to the proper stickout and place the nozzle into the welding position.

c. Loosen the K285 hose clamps and rotate the flux cone unit about 40 to 45° and retighten the clamps.

d. Slide the K285 flux cone dowm to about 1/8” (3.0mm) away from both the vertical and horizon- tal plates and tigten the wing screw. See Figure C.12.

K285 in Deep Narrow Gap Applications

For narrow, deep groove welds it may be necessary to remove the copper cone from the moveable arm of the K285

In Horizontal fillet pplications, the flux hopper NOTE: will not function properly if fastened to the faceplate of the wire drive. Mount the Flux hopper directly above the K285 flux entry point. Flux hose angles should be no greater than 35° to ensure good flux flow from the

hopper to the cone.

FIGURE C.12 - K285 IN HORIZONTAL FILLET APPLICATION

MAXsa™ 22 & 29 WIRE DRIVES

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Contents MAXsa 22 & 29 Wire Drives Safety California Proposition 65 WarningsElectric Shock can kill Welding and Cutting Sparks can Cause fire or explosion IiiLES Machines À Souder À Thank You Table of Contents MAXsa 22 & 29 Wire Drives 1PRODUCT DESCRIPTIONA-1DESIGNClosed-loopFEATURESspeedcontrol- .MAXsa General InformationInstallation Figure A.2 Location of MAXsa 29 ComponentsSpecifications Width DepthNON-STANDARD Safety Information Location and MountingHigh Frequency Protection Mounting Dimensions System ConnectionsConfiguration Figure A.3Wire Feed Mechanism Gear Ratio Conversion Kits SeeTable A.1 Drive Roll Kits Remote Sense Lead Specifications Electrode ConnectionsTable A.1 Output Cable Guidelines K325 TC-3 Travel Carriage K325HC5-StoStandard70/min 127mm- 9521 toratio1.88M/mimInstallation Figure A.6 Wire Drive MountingInclined Operation of TC-3 Figure A.10 Inclined OperationDrive Gear Tracking Carriage Bearing TrackingOperation Head Position AdjustmentsMaxsa 22 & 29 Wire Drives Starting TechniquesFigure B.1 Feed Head Adjustment Accessories Follow these stepsSearch Connect the lug on the electrode cables from K226 Contact Assembly Model K226-TCurrent Ratings Long Stickout ExtensionLoading of Wire K148 Nozzle InstallationOperation K285 Installation to the K148 K285 Concentric Flux ConeK285 Installation with K149 Figure C.10 K285/K149 K285 installation with the K129With the K129 Tiny Twin-Arc No zle After K285 Used in Horizontal Fillet ApplicationsWith K148 or K148/K149 combination After K285 in Deep Narrow Gap ApplicationsK29 Vertical Head Adjuster Adjustment and LockingK96 Horizontal Head Adjuster Installation See Figure C.14For .045 through 5/641.0-2.0mm Wires K129 Tiny Twinarc KITNozzle Installation Figure C.17K225 Submerged ARC Twinarc KIT Figure C.18 K225 Twinarc ComponentsNozzle Installation See Figure C.18 Figure C.20K281 Solid Wire Straightener for Wire Loading and AdjustmentTiny Twinarc Maintenance Electric Shock can killSense Lead Fuse Troubleshooting HOW to USE Troubleshooting GuideOutput Problems Diagrams Dimension Print L13370Precaucion Warnung