Misfeed Detection Types And Detection Timings; Multi Bypass Misfeed - Minolta EP3010 Manual

3-2.

Misfeed Detection Types and Detection Timings

• The following table lists the types of misfeed detection classified by the misfeed locations
and their corresponding detection timings.
Note
For the misfeed detection types and detection timings in the options, see the Service Man-
ual for the options.
<Paper Take-up Misfeed>
Type
Paper take-up failure
detection
Paper take-up trailing
edge detection
Leading edge detec-
tion by Vertical Trans-
port Sensor PC64
Trailing edge detection
by PC64
Leading edge detec-
tion by Transport Roller
Sensor PC51
<Multi-Bypass Misfeed>
Type
Paper take-up failure
detection
1st Drawer Paper Take-Up Sensor PC55 is not blocked (L) even
after the lapse of approx. 2.4 seconds after 1st Drawer Paper
Take-Up Motor M11 has been energized during the third paper
take-up retry sequence.
2nd Drawer Paper Take-Up Sensor PC56 is not blocked (L) even
after the lapse of approx. 2.4 seconds after 2nd Drawer Paper
Take-Up Motor M12 has been energized during the third paper
take-up retry sequence.
PC55 is not unblocked (H) even after the lapse of T seconds
(which varies for paper sizes) after it has been blocked (L).
PC56 is not unblocked (H) even after the lapse of T seconds
(which varies for paper sizes) after it has been blocked (L).
PC64 is not blocked (L) even after the lapse of approx.
2.2 seconds after 2nd Drawer Paper Take-Up Sensor PC56 has
been blocked (L).
PC64 is not unblocked (H) even after the lapse of approx.
1.3 seconds after PC56 has been unblocked (H).
PC51 is not blocked (L) even after the lapse of approx. 1.6 sec-
onds after PC55 has been blocked (L).
PC51 is not blocked (L) even after the lapse of approx. 2.0 sec-
onds after Vertical Transport Sensor PC64 has been blocked (L).
PC51 is not blocked (L) even after the lapse of approx. 2.6 sec-
onds after Manual Feed Paper Take-Up Clutch CL51 has been
energized during the third paper take-up retry sequence.
T-17
Detection Timing
Detection Timing