Chapter 5᤹5-602 Primary M charging assembly, grid Moutput, auxiliary highvoltage Y (350uA), developing bias MDC (370 V)outputTransfer lifter DOWN, photosensitive drummotor ON, preexposure ON, primary M output,grid M output (500 V), auxiliary highvoltageoutput M (350 uA), developing bias MDC (370V) output IB (Waits for a stop command, or 60sec.) Primary M output, grid M output (500 V),auxiliary highvoltage output M (350 uA),developing bias MDC (370 V) output OFF, preexposure OFF, photosensitive drum motor OFF3 Primary Y charging assembly, grid Youtput, auxiliary highvoltage Y (350uA), developing bias YDC (370 V)outputTransfer lifter DOWN, photosensitive drummotor ON, preexposure ON, primary Y output,grid Y output (500 V), auxiliary highvoltageoutput Y (350 uA), developing bias YDC (370V) output IB (Waits for a stop command, or 60sec.)Primary Y output, grid Y output (500 V),auxiliary high voltage output Y (350 uA),developing bias YDC (370 V) output OFF,preexposure OFF, photosensitive drum motorOFF4 Primary K charging assembly, grid Koutput, auxiliary highvoltage Y (350uA), developing bias KDC (370 V)outputTransfer lifter DOWN, photosensitive drummotor ON, preexposure ON, primary K output,grid K output (500 V), auxiliary highvoltageoutput K (350 uA), developing biasKDC (370 V) output IB (Waits for a stopcommand, or 60 sec.)Primary K output, grid K output (500 V),auxiliary highvoltage output K (350 uA),developing bias KDC (370 V) output OFF, preexposure OFF, photosensitive drum motor OFF5 Primary Y/M/C/K primary chargingassembly, C/M/Y/K grid output, C/M/Y/K transfer highvoltage, developingbias C/M/Y/KDC 370 V) output,internal static eliminator assembly,separation charging assembly outputTransfer lifter UP, photosensitive drum motorON, preexposure ON, belt motor ON, transferblade ONC/M/Y/K primary output, grid output (500 V),developing bias DC (370 V) output, internalstatic eliminator assembly output, separationcharging output, transfer charging output ON(Waits for a stop command while the transfer beltmakes 10 rotations.)Transfer charging output, internal staticeliminator assembly output, separation chargingoutput OFF, transfer blade OFF, post rotationsequenceDetails of SHVNo. Highvoltage output Control