Chapter 5
ޓ
5-60
2
Primary M charging assembly, grid M
output, auxiliary highvoltage Y (350
uA), developing bias MDC (370 V)
output
Transfer lifter DOWN, photosensitive drum
motor ON, preexposure ON, primary M output,
grid M output (500 V), auxiliary highvoltage
output M (350 uA), developing bias MDC (370
V) output IB (Waits for a stop command, or 60
sec.) Primary M output, grid M output (500 V),
auxiliary highvoltage output M (350 uA),
developing bias MDC (370 V) output OFF, pre
exposure OFF, photosensitive drum motor OFF
3
Primary Y charging assembly, grid Y
output, auxiliary highvoltage Y (350
uA), developing bias YDC (370 V)
output
Transfer lifter DOWN, photosensitive drum
motor ON, preexposure ON, primary Y output,
grid Y output (500 V), auxiliary highvoltage
output Y (350 uA), developing bias YDC (370
V) output IB (Waits for a stop command, or 60
sec.)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 motor
OFF
4
Primary K charging assembly, grid K
output, auxiliary highvoltage Y (350
uA), developing bias KDC (370 V)
output
Transfer lifter DOWN, photosensitive drum
motor ON, preexposure ON, primary K output,
grid K output (500 V), auxiliary highvoltage
output K (350 uA), developing bias
KDC (370 V) output IB (Waits for a stop
command, or 60 sec.)
Primary K output, grid K output (500 V),
auxiliary highvoltage output K (350 uA),
developing bias KDC (370 V) output OFF, pre
exposure OFF, photosensitive drum motor OFF
5
Primary Y/M/C/K primary charging
assembly, C/M/Y/K grid output, C/M/
Y/K transfer highvoltage, developing
bias C/M/Y/KDC 370 V) output,
internal static eliminator assembly,
separation charging assembly output
Transfer lifter UP, photosensitive drum motor
ON, preexposure ON, belt motor ON, transfer
blade ON
C/M/Y/K primary output, grid output (500 V),
developing bias DC (370 V) output, internal
static eliminator assembly output, separation
charging output, transfer charging output ON
(Waits for a stop command while the transfer belt
makes 10 rotations.)
Transfer charging output, internal static
eliminator assembly output, separation charging
output OFF, transfer blade OFF, post rotation
sequence
Details of SHV
No.
Highvoltage output
Control
Содержание CLC5100 Series
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Страница 49: ...Chapter 2 Standards and Adjustments ...
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