Mx341 is a two phase sensed automatic voltage regulator and forms part of the excitation system for a brush less generator. Regulator avr provision is made for the connection of a remote voltage.
Diagram Wiring Diagram Stamford Alternator Full Version Hd
Mx341 avr wiring diagram pdf. Self excited automatic voltage regulator compatible with newage mx. Mx341 is a two phase sensed automatic voltage regulator and forms part of the excitation system for a brush less generator. Newage mx341 avr 3 if a replacement avr has been fitted or re setting of the ufro adjustment is preset and sealed and the volts adjustment is required proceed as only requires the selection of 50 or 60hz and 4 pole follows. Refer to alternator wiring diagram for connection details. Or 6 pole using the jumper link as shown in the diagram. Mx341 automatic voltage regulator avr specification controls and accessories english.
A043y699 issue 2 5 ref. Mx341 is a two phase sensed automatic voltage regulator and forms part of the excitation system for a brush less generator. Control function turn potentiometer clockwise to 1 avr volts adjust alternator output increase voltage. Excitation power is derived from a three phase permanent magnet generator pmg to isolate the avr control circuits from the effects of nonlinear loads and to reduce radio frequency interference on the generator terminals. Wiring diagramfitting and operating refer to generator wiring diagram for connection details mx avr outline drawing figure 1 newage mx avr 5. The mx avr is a two phase sensed automatic voltage regulator and forms part of the excitation system for a brush less generator.
See generator nominal frequency eg. The mx is a two phase sensed automatic voltage. Adjustment of the ufro potentiometer will only be necessary if the avr is being fitted to a 6 pole generator to replace an avr of an earlier type. Excitation power is derived from a three phase permanent magnet generator pmg to isolate the avr control circuits from the effects of non linear loads and to reduce radio frequency interference on the generator terminals.