Lincoln Electric SVM168-B Output BRIDGE, Choke Polarity SWITCH, and Output Terminals

Return to Section TOC

Return to Section TOC

Return to Master TOC

Return to Master TOC

E-5		THEORY OF OPERATION					E-5
	FIGURE E.5 – OUTPUT BRIDGE, CHOKE, POLARITY SWITCH, AND OUTPUT TERMINALS
			RANGE
			SWITCH
				AC	CHOKE	POLARITY	ELECTRODE
		REACTOR	CV	OUTPUT			TERMINAL
				AC BRIDGE		SWITCH
			TAP
			STATOR				WORK
	MECHANICAL						TERMINAL
	ROTAT ION	ROTOR
STARTER	ENGINE		ROTOR
		SLIP
	FLYWHEEL	RINGS
	ALTERNATOR		STATOR
	IDLER
	SOLENOID

Section TOC

Master TOC

BATTERY	FIELD
	CAPACITOR
	OUTPUT
	CONTROL
	PRINTED CIRCUIT
	BOARD

115 & 230VAC

RECEPTACLES

Return to

Return to Section TOC

Return to

Return to Master TOC

OUTPUT BRIDGE, CHOKE,

POLARITY SWITCH, AND OUTPUT

TERMINALS

The AC voltage developed in the stator weld winding is delivered, through the reactor and range switch, to the output bridge and polarity switch. Depending upon the setting of the polarity switch, either AC volt- age or DC voltage is delivered to the output terminals. If AC output is selected, then the current path is from the stator weld winding through the reactor, range switch and polarity switch to the output terminals. If a DC output is called for then the current path is through the Output Bridge, where the AC voltage is rectified to a DC voltage, and then to the choke, where the DC output is filtered. The filtered DC current path is through the Polarity Switch and on to the Output Terminals.

RANGER® 10,000 & RANGER® 10,000 PLUS