Lincoln Electric IM10018-A manual Control Cable

Page 48

CONNECTION OF NA-3, LT-5 OR LT-7 TO THE DC-600 VRD POWER SOURCE

F-8

IDEALARC® DC-600 VRD

14-PIN RECEPTACLE

POWER SOURCE

 

 

 

 

 

CONTROL CABLE

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

21

TO AUTOMATIC

CONTROL BOX

 

 

CONTROL CABLE

+21 - 21 41 4 2 31 32

75 76 77

N.F.

77

76

 

75

 

32

 

31

 

2

 

4

N.B. & N.C.

 

GND

NEGATIVE

POSITIVE

N.D.

 

 

21

N.G.

 

 

 

 

ELECTRODE CABLE

 

 

TO AUTOMATIC

 

 

EQUIPMENT

N.A.

 

 

 

 

TO WORK

REMOTE VOLTAGE SENSING LEAD

Above diagram shows electrode connected positive. To change polarity, turn power off, reverse the electrode and work leads at the power

source.

Reverse the leads on the back of the ammeter and voltmeter

in the automatic control box.

Also refer to note N.F.

For proper setting of switches on power source, see power source operating manual.

FOR CONTROL CABLE

Do not operate with covers removed.

 

WITH 14 PIN MS-TYPE

Disconnect power source before

PLUG CONNECTOR

servicing.

OR

Do not touch electrically live parts.

Only qualified persons should install, use or

 

FOR CONTROL CABLE

service this machine.

 

WITH TERMINAL STRIP

LEAD CONNECTORS

N.A. Welding cables must be of proper capacity for the current and duty cycle of immediate and future applications.

N.B. Extend lead #21 from control cable with terminal strip connectors or from 14-pin receptacle using #14 AWG or larger insulated wire physically suitable for the installation. An S16586-[LENGTH]

remote voltage sensing work lead may be ordered for this purpose.

Connect it directly to the work piece keeping it electrically separate form the welding work lead circuit and connection. For convenience, this extended #21 lead should be taped to the

welding work lead. (If the length of work lead circuit is short, and connections can be expected to be reliable, then control cable lead #21 does not need to be extended and can be directly connected to terminal #21 on the terminal strip. Note

that this is not the preferred connection because it adds error to the wire feeder voltmeter reading.)

N.C. Tape up bolted connection if lead #21 is extended.

N.D. Connect the control cable ground lead to the frame terminal marked near the power source terminal strip. The power source grounding terminal (marked and located near the power

source input power connections) must be properly connected to electrical ground per the power source operating manual.

N.E. If a variable voltage board is present in the automatic controls, the jumper lead on the VV board must be connected to pin "L" to

permit the inch down button to operate. This jumper, however, will disable the cold starting/autostop feature of the automatic

controls, permitting only hot starting techniques to be used.

N.F. If lead #21 is to be connected to the terminal strip, connect to the #21 terminal that matches work polarity. This connection must be changed whenever the electrode polarity is

changed.

N.G. Illustration does not necessarily represent actual position of appropriate output studs. Refer to power source operating manual for more information.

10-30-98F

S22978

DIAGRAMS

F-8

Image 48
Contents Safety Depends on You Idealarc DC-600 VRDSafety California Proposition 65 WarningsElectric Shock can kill Welding and Cutting Sparks can Cause fire or explosion IiiSafety Please Examine Carton and Equipment For Damage Immediately On-Line Product RegistrationTAbLE of Contents TAbLE of Contents Installation Technical Specifications Idealarc DC-600 VRDStacking Hole Stacking Pins Safety PrecautionsElectric Shock can Kill Select Proper LocationFuse and Wire SIzES Input Power Supply ConnectionsElectrical Input Connections Ground ConnectionReconnect Procedure See Machine Rating Plate for Required Input Supply VoltageOutput Connections ELECTRODE, Work and #21 Lead ConnectionsAuxiliary Power and Control CON NectionsTerminal Strip 1 T.S.1 Terminal Strip 2 T.S.2Electric Shock can kill Fumes and Gases can be dangerousARC Rays can burn Design Features and Advantages OperationGeneral Description Recommended Processes and EQUIP- MentOFF Input Power Output Control Output Voltage CurrentOutput Terminals Controls and Settings Input Power ON/OFF SwitchPower Light NectionAuxiliary Power in MS-RECEP- Tacle OVERLOAD, OVERCURRENT, and Fault Protection For codes 11707 and aboveRemote Control of Machine Operation Welding Procedure RecommendationsCV Mode CC ModeNA-3 Automatic Wire Feeder Operation Accessories Wire Feeders and TractorsField 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 Board can be damaged by static electricity Static-SensitiveDevices 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 BOARD TROUbLESHOOTING Guide Control P.C. bOARDChecking Power ON/OFF Switch S1 Connecting Remote Output Control Rheostat to the MachineBOARD TROUbLESHOOTING Guide VRD P.C. bOARD Checking Output Control RHEO- Stat on Machine R1Diagrams Diagrams Diagrams Diagrams Connection of LN-742 to the DC-600 VRD Power Source FeederConnection of LN-7 to the DC-600 VRD Power Source Connection of LN-8 or LN-9 to the DC-600 VRD Power Source 600Control 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