ICC Circuit — Test Procedure A: CONDITIONS: – Machine parked, park brake locked – Battery fully charged – The following circuits tested: Power Charging Cranking PTO Lighting – Transmission in NEUTRAL – PTO On—Off switch to OFF – Digital voltmeter (–) lead to battery negative post – Digital voltmeter (+) lead to designated test point… Read More »
CONDITIONS: – Machine parked, park brake locked – Battery fully charged – Power Circuit tested and functioning – Transmission in NEUTRAL – PTO switch OFF – Digital voltmeter (–) lead to battery negative post – Digital voltmeter (+) lead to designated test point – Key switch position OFF or as directed – Light switch and… Read More »
CONDITIONS: – Machine parked, park brake locked – Battery fully charged – Power Circuit tested and functioning – Transmission in NEUTRAL – PTO switch OFF – Digital voltmeter (–) lead to battery negative post – Digital voltmeter (+) lead to designated test point – Key switch position OFF or as directed – Light switch and… Read More »
CONDITIONS: – Machine parked, park brake locked – Battery fully charged – Power Circuit tested and functioning – Transmission in NEUTRAL or as directed – PTO On-Off switch OFF – Digital voltmeter (–) lead to battery negative post – Digital voltmeter (+) lead to designated test point – Key switch OFF or as directed Refer… Read More »
CONDITIONS: – Machine parked, park brake locked – Battery fully charged – Crank Circuit tested and functioning – Transmission in NEUTRAL – PTO switch OFF – Digital voltmeter (–) lead to battery negative post – Digital voltmeter (+) lead to designated test point – Key switch position as directed Refer to Cranking and Starting Circuit… Read More »
CONDITIONS: – Machine parked, park brake locked – Battery fully charged – Power and Crank Circuits tested and functioning – Transmission in NEUTRAL – PTO switch OFF – Digital voltmeter (–) lead to battery negative post – Digital voltmeter (+) lead to designated test point – Key switch position as directed Refer to Cranking and… Read More »
CONDITIONS: – Machine parked, park brake locked – Battery charged, Power Circuit tested and functioning – Transmission in NEUTRAL or as directed – PTO switch OFF or as directed – Digital voltmeter (–) lead to battery negative post – Digital voltmeter (+) lead to designated test point – Key switch position as directed Refer to… Read More »
CONDITIONS: – Machine parked, park brake locked – PTO disengaged – Transmission in NEUTRAL – Harness connector unplugged from alternator – Voltmeter (–) lead to battery negative post – Voltmeter (+) lead to designated test point – Key switch to RUN Refer to Charging Circuit – 1023E or Charging Circuit – 1025R for circuit schematics.… Read More »
Unswitched Power Circuit CONDITIONS: – Machine parked, park brake locked – PTO disengaged – Transmission in NEUTRAL – Key switch to OFF – Voltmeter (—) lead to battery negative post – Voltmeter (+) lead to designated test point Refer to, Power Circuit – 1023E , or Power Circuit – 1025R for circuit schematics. Switched Power… Read More »
Lighting Circuit Function To energize the lighting system in individual, or combined circuits. Lighting Circuit Operating Conditions – Key switch in OFF or ON position – All lights except turn signals (See Turn Lights Operation below.) Headlight Operation A dedicated fuse provides unswitched battery current to the light switch. Moving the light switch to either… Read More »