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16
GB
WIRE BINDER G1
Double Loop
A double loop occurs when a row of wire other than the one being fed
has slack in it. This will result in a J320 wire jam code.
To resolve this, follow the slack wire to the top of the spool and gently
pull the slack clockwise. This will transfer the slack to the next row of
wire, repeat this until the all the slack is in the last row being fed.
C. Troubleshooting:
This section will lay out the troubleshooting steps for when sheets are
not being hooked on the twin loop wire tips. In some cases, it will also
create a Jam code. J202, J203 and J244 are the most likely Jam to be
caused as a result of poor hooking. Before changing any settings on
the BINDER G1 or Punch, review each trouble shooting step below.
Verify that the BINDER G1 is properly docked to the
upstream device and confirm that there is no misalignment
between the devices.
Check that printed sheets do not have excess curl. Flat
paper will hook more reliably when binding books. Make
efforts to reduce curl to the minimum possible. Review the
printer manual to reduce this if present. Example of curled
sheet below.
Inspect the element spool for damage, if the wire is damaged
removed the damaged length of wire or replace the spool
with one of the same size.
Verify the proper element size is being used for the amount
of sheets in the book being run. Refer to the chart in Section
10
Examine your unhooked sheet for damage around the holes,
this can manifest as tears or imprints. If any is present,
proceed to the Deflector and Alignment Adjustment
When binding with paper of 300 gsm with grain orientation in
the direction of paper flow, paper jams may occur depending
on the stiffness of the media. Using a different, less rigid,
cover media may remove the problem.
D. Punch Hole Quality:
If the punch upstream of the BINDER G1 is not punching holes within
specification, the binding capabilities of the BINDER G1 will be reduced,
resulting in jams and unhooked sheets.
1.
Using the Hole Position Tool provided, confirm the backgage depth
and alignment of a single punched sheet. To use the tool, take a
punched, unbound sheet of paper and align it with the either the
“LTR” or “A4” corner, depending on the paper size. The black lines
should faintly visible behind the sheet, when the punch is properly
aligned, the black circles will be evenly visible around all of the
punch holes.
2.
If the holes do not align with the outlines on the tool, refer to the
PUNCH G2 user manual to make adjustments to the hole position.
Summary of Contents for GBC G1
Page 131: ...131 RU WIRE BINDER G1 7 A B BINDER G1 C D E A BINDER G1 ADD ELEMENTS 1 2 3 4 7 E 3a 5 6 7...
Page 132: ...132 RU WIRE BINDER G1 8 9 10 9 9 B 11 6 9 12 13 12 30 14 15 4 C 16 17 18...
Page 133: ...133 RU WIRE BINDER G1 19 7 B 20 B 1 2 3 4 A 5 6 7 1 2 8 9 8 9 10 11...
Page 135: ...135 RU WIRE BINDER G1 C D 1 2 3 BINDER G1 4 A 35 B 35 C 35 D 30 E 25 216 2 5 2...
Page 136: ...136 RU WIRE BINDER G1 E BINDER G1 1 2 3 4 3b 1 1 2 2 3a 7 B 11 1 2 4 3A 3B...
Page 137: ...137 RU WIRE BINDER G1 4 3b 1...
Page 140: ...140 RU WIRE BINDER G1 B 12 30 BINDER G1 3b...
Page 142: ...142 RU WIRE BINDER G1 E BINDER G1 BINDER G1...
Page 149: ...149 CHI WIRE BINDER G1 A BINDER G1 LCD 1 2 3 4 3a 7E 5 6 7 8 9 10 9 9B 11 6 9 12 13 12 30 14...
Page 150: ...150 CHI WIRE BINDER G1 15 4C 16 17 18 19 7B 20 LCD B 1 2 3 4 A 5 6 7 1 2 8 9 8 9 10...
Page 152: ...152 CHI WIRE BINDER G1 C D 1 2 BINDER G1 3 BINDER G1 4 A 35 B 35 C 35 D 30 E 25 216gsm 5 2...
Page 153: ...153 CHI WIRE BINDER G1 E BINDER G1 1 2 3 4 3b 1 1 2 2 3a 7B 11 1 2 4 3B 3A...
Page 154: ...154 CHI WIRE BINDER G1 4 3b 1...