Lincoln Electric IM10018-A Operating Steps, Remote Control of Machine Operation, CV Mode, CC Mode

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OPERATION

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The Lincoln VRD circuit meets the requirements of AS1674.2-2007, Safety in welding and allied processes - Electrical, for Category C environments. Category C environments include coffer dams, trenches, mines, in rain, etc.

The Lincoln VRD circuit also meets recommendation of ANSI Z49.1- 2005, Safety in Welding, Cutting and Allied Processes, for use in electrically hazardous conditions ( in damp locations or while wearing wet clothing; on metal structures such as floors, gratings or scaffolds; when in cramped positions such as sit- ting, kneeling or lying, if there is a high risk of unavoidable or accidental contact with the workpiece or ground ).

OPERATING STEPS

The following procedures are for using the IDE- ALARC® DC-600 VRD in the local control mode of operation. For remote control of the machine, see the Remote Control of Machine Operation section.

Before operating the machine, make sure you have all materials needed to complete the job. Be sure you are familiar with and have taken all possible safety precautions before starting work. It is important that you follow these operating steps each time you use the machine.

CV MODE

1.Connect the #21 work lead to either + or - on termi- nal strip (T.S.2).

2.Turn on the main AC power supply to the machine.

3.Set the Welding Mode switch to welding process being used:

CV SUBMERGED ARC (for SAW)

CV INNERSHIELD (for FCAW and GMAW)

4.Turn the POWER ON/OFF Toggle Switch to the “ON” position:

The white pilot light glows and the fan starts.

5.Set OUTPUT CONTROL Potentiometer to desired voltage.

6.Set the OUTPUT TERMINALS switch to either “ON” ( output terminals energized) or “REMOTE” (output terminals energized when #2 and #4 closed by remote device such as wire feeder)

7.Make the weld.

CC MODE

1.Connect the #21 work lead to either + or - on termi- nal strip (T.S.2).

2.Turn on the main AC power supply to the machine.

3.Set the Welding Mode switch to welding process being used:

CC STICK (for SMAW and AAC)

4.Turn the POWER ON/OFF Toggle Switch to the “ON” position:

The white pilot light glows and the fan starts for 1 second.

The machine continues the 5 second pretest indi- cated by both red and green VRD lights glowing. When the red light turns off, the pilot light turns on and the fan restarts, the machine is ready.

5.Set OUTPUT CONTROL Potentiometer to desired current.

6.Set the OUTPUT TERMINALS switch to either “ON” ( output terminals active) or “REMOTE” (out- put terminals active when #2 and #4 is closed by remote device such as wire feeder).

7.Make the weld.

REMOTE CONTROL OF MACHINE OPERATION

The toggle switch on the control panel labeled “Remote - Panel” gives the operator the option of con- trolling the machine output from a remote location. If in the Remote position a wire feeder with remote con- trol capabilities or a remote control device such as a K775 must be connected to terminals 75, 76, and 77. Refer to Accessories Section for wire feeder remote information.

WELDING PROCEDURE

RECOMMENDATIONS

Select Welding Mode Switch position based on type of welding to be done.

1.Innershield Welding (FCAW)/MIG (GMAW) Welding: Use the CV INNERSHIELD mode.

2.Submerged Arc Welding (SAW): Use the CV SUbMERGED ARC mode. If performing high speed welding, switch between the CV Submerged Arc and the CV Innershield mode and use the mode that produces the best welding results.

IDEALARC® DC-600 VRD

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Contents Idealarc DC-600 VRD Safety Depends on YouCalifornia Proposition 65 Warnings SafetyElectric Shock can kill Iii Welding and Cutting Sparks can Cause fire or explosionSafety On-Line Product Registration Please Examine Carton and Equipment For Damage ImmediatelyTAbLE of Contents TAbLE of Contents Technical Specifications Idealarc DC-600 VRD InstallationSafety Precautions Stacking Hole Stacking PinsElectric Shock can Kill Select Proper LocationInput Power Supply Connections Fuse and Wire SIzESElectrical Input Connections Ground ConnectionSee Machine Rating Plate for Required Input Supply Voltage Reconnect ProcedureELECTRODE, Work and #21 Lead Connections Output ConnectionsNections Auxiliary Power and Control CONTerminal Strip 1 T.S.1 Terminal Strip 2 T.S.2Electric Shock can kill Fumes and Gases can be dangerousARC Rays can burn Operation Design Features and AdvantagesGeneral Description Recommended Processes and EQUIP- MentOFF Input Power Output Control Output Voltage CurrentOutput Terminals Input Power ON/OFF Switch Controls and SettingsPower Light NectionAuxiliary Power in MS-RECEP- Tacle For codes 11707 and above OVERLOAD, OVERCURRENT, and Fault ProtectionWelding Procedure Recommendations Remote Control of Machine OperationCV Mode CC ModeNA-3 Automatic Wire Feeder Operation Wire Feeders and Tractors AccessoriesField Installed Options Factory or Field Installed OptionsFigure C.2 MULTI-PROCESS Switch CAbLE Connections Accessories 1MAINTENANCED-1 Safety Precautions Electric Shock can KillRoutine and Periodic Maintenance TROUbLESHOOTING Static-Sensitive Board can be damaged by static electricityDevices Handle only atOutput PRObLEMS TROUbLESHOOTING LOCAL/REMOTE Switch TROUbLESHOOTING Check all Three-Phase input Facility PRObLEMS Symptoms Welding PRObLEMS Poor arc characteristics in all processes Control P.C. bOARD BOARD TROUbLESHOOTING GuideConnecting Remote Output Control Rheostat to the Machine Checking Power ON/OFF Switch S1BOARD TROUbLESHOOTING Guide VRD P.C. bOARD Checking Output Control RHEO- Stat on Machine R1Diagrams Diagrams Diagrams Diagrams Feeder Connection of LN-742 to the DC-600 VRD Power SourceConnection of LN-7 to the DC-600 VRD Power Source 600 Connection of LN-8 or LN-9 to the DC-600 VRD Power SourceControl Cable Connection of NA-5/-5R to the DC-600 VRD Power Source Lincoln Wire DC-600 VRD Dimension Print with K817P Undercarriage DC-600 VRD Dimension Print with K842 Undercarriage Precaucion Warnung