at home position, the output bin is moved from the home position and then returned. If both
output bins are at home position, this is performed for output-bin 1 and then for output-bin 2.
●
If the product specifies output-bin 2, the stacker controller PCA shifts the output bin so that
output-bin 2 is at the delivery port. When paper is stacked on the output bin, a prescribed
number of pulses drive the output-bin-1-shift motor (M107) or output-bin-2-shift motor (M108) to
lower the output bin. Then the output bin returns to home position to prepare for the next stack.
●
The upper and lower limits of the output bin are detected by three area sensors (PS981, PS982,
and PS983) on the output-bin-1- and output-bin-2-shift area sensor PCA.
●
The stacker controller PCA stops driving the output-bin-1-shift motor (M107) and output-bin-2-
shift motor (M108) when it detects the upper or lower limit of the output bin. Also, the on/off
combinations of the area sensors (PS981, PS982, PS983) are used to detect over-stacking
according to the stack height for large-size and mixed stacking.
●
The stacker controller PCA stops supplying +24 Vdc to the output-bin-1-shift motor (M107) and
stops the stacker operation when the output-bin-1 switch (MSW103) turns on.
Figure 1-86 Items detected by the area sensors (PS981, PS982, PS983)
Output bin 1 switch (MSW103)
Output bin 1 shift motor
(M107)
Rack
Output bin 2 shift motor
(M108)
Output bin 1 shift area
sensor PCA
Output bin 2 shift area
sensor PCA
Output bin 1 paper sensor (PI111)
Output bin 2 paper sensor (PI112)
Rack
Light-shielding plate
NOTE: PI111 is located on output-bin 1. PI112 is located on output-bin 2.
ENWW Stapler/stacker and stapler/stacker with hole punch 131
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