You would first run a conductor fromL1 to L1 on the motor start then run a second conductor from L2 to L2 on the moter starter, then run a third conductor from L3 to L3 on the moter starter. next run L1 and L2 to a step down transformer so you can reduce your working voltage to 120vac, then run a conductor on one of the outputs from the step down transformer to one side of the normally closed contacts on the STOP push button, from the other side of the stop button run a wire to one side of the start button, on the other side of the start push button run a wire to one side of the magnetic motor starter coil, the other side of the coil run a wire to the other empty terminal on the transformer, this will be the neutral wire. next you need to run a wire from the normally open contactor on the magnetic moter starter to one side of your push button start switch, then run one wire from the other side of the start push button switch to the other side of the normally open contacts on the magnetic moter starter, this is your start switch latch that will keep the motor running when the start push button is released.I'm not sure how you need the warning indicator light wired up, so please reply and let me know when it needs to come on and go off
MOTOR:
21?2 H.P., Hobart designed, high torque ball bearing,
ventilated within mixer enclosure. Single-phase is
capacitor-start, induction-run type.
Three-phase is
polyphase squirrel cage, induction-run type.
Single Phase 208V 20.0 Amps
240V 17.0 Amps
Three Phase 208-240V 8.6 Amps
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