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FIGURE 1- Dual Voltage
FIGURE 1- Triple Voltage
LINK
L1
L2
GND.
LINK
LINK POSITIONS
L1
L2
LINK POSITIONS
M17447
3. REMOVE HEX NUTS AND POSITION LINKS AS SHOWN.
REPLACE AND TIGHTEN ALL HEX NUTS.
INPUT SUPPLY CONNECTION DIAGRAM
NOTE: MACHINES ARE SHIPPED FROM FACTORY CONNECTED
THE LINCOLN ELECTRIC CO., CLEVELAND, OHIO U.S.A.
2. CONNECT TERMINAL MARKED TO GROUND PER
OF THE TERMINAL BLOCK AS SHOWN.
NATIONAL ELECTRICAL CODE.
1. CONNECT L1 & L2 INPUT SUPPLY LINES TO INPUT SIDE
HIGH VOLTAGE
can kill
FOR DUAL VOLTAGE MACHINE.
GND.
USE FERRULE
#10 AWG ONLY
TORQUE TO 16 IN.-LBS.
FOR 575 VOLTS
575 V., 60HZ.
460 V., 60HZ.
10-8-93P
INPUT SUPPLY CONNECTION DIAGRAM
NOTE: MACHINES ARE SHIPPED FROM FACTORY CONNECTED
THE LINCOLN ELECTRIC CO., CLEVELAND, OHIO U.S.A.
2. CONNECT TERMINAL MARKED TO GROUND PER
OF THE TERMINAL BLOCK AS SHOWN.
NATIONAL ELECTRICAL CODE.
LINK
LINK POSITIONS
L1
L2
460 V.,60HZ.
FOR 440 (OR 460) VOLTS
M15698
1. CONNECT L1 & L2 INPUT SUPPLY LINES TO INPUT SIDE
FOR TRIPLE VOLTAGE MACHINE.
GND.
USE FERRULE
#10 AWG ONLY
TORQUE TO 16 IN.-LBS.
{
LINK
L1
L2
GND.
7-26-91C
{
LINK POSITIONS
208 V.,60HZ.
LINK
L1
L2
GND.
{
230 V.,60HZ.
LINK POSITIONS
HIGH VOLTAGE
can kill
3. REMOVE HEX NUTS AND POSITION LINKS AS SHOWN.
REPLACE AND TIGHTEN ALL HEX NUTS.
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