Xerox WorkCentre 5225

February, 2008
6-30
WorkCentre 5225, 5230
IOT NVM List
Launch Version
General Procedures
Chain 954-xxx HFSI
764-124 Max Compile Sheet Count(Un-Staple/Plain Small) 10 1~50 Maximum volume of small-sized and unstapled plain paper that can be compiled.
(Paper length is 297.0 mm or less) (A-Fin)
764-125 Max Compile Sheet Count(Un-Staple/Heavy weight
paper 1 Big)
1 1~25 Maximum volume of large-sized and unstapled heavy weight paper 1 that can be com-
piled. (Paper length is more than 297.0 mm) (A-Fin)
764-126 Max Compile Sheet Count(Un-Staple/Heavy weight
paper 1 Small)
5 1~50 Maximum volume of small-sized and unstapled heavy weight paper 1 that can be com-
piled. (Paper length is 297.0 mm or less) (A-Fin)
764-127 Max Compile Sheet Count(Un-Staple/Special paper
Big)
1 1~25 Maximum volume of large-sized and unstapled special paper (heavy weight paper 2,
labels, transparency) that can be compiled. (Paper length is more than 297.0 mm) (A-
Fin)
764-128 Max Compile Sheet Count(Un-Staple/Special paper
Small)
1 1~50 Maximum volume of small-sized and unstapled special paper (heavy weight paper 2,
labels, and transparency) that can be compiled. (Paper length is 297.0 mm or less) (A-
Fin)
Table 14 Finisher
Chain-link Name Default Range 1 Count Remarks
Table 15 HFSI
Chain-
Link
Name Default Range 1 Count Remarks
954-800 Tray1 Last Two Digits of Feed Capacity (8 Digits) 0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-800 Tray1 Fifth and Sixth Digits of Feed Capacity (8 Dig-
its)
0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-800 Tray1 Third and Fourth Digits of Feed Capacity (8
Digits)
0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-800 Tray1 First Two Digits of Feed Capacity (8 Digits) 0 0~3 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-801 Tray2 Last Two Digits of Feed Capacity (8 Digits) 0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-801 Tray2 Fifth and Sixth Digits of Feed Capacity (8 Dig-
its)
0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-801 Tray2 Third and Fourth Digits of Feed Capacity (8
Digits)
0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-801 Tray2 First Two Digits of Feed Capacity (8 Digits) 0 0~3 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-802 Tray3 Last Two Digits of Feed Capacity (8 Digits) 0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-802 Tray3 Fifth and Sixth Digits of Feed Capacity (8 Dig-
its)
0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-802 Tray3 Third and Fourth Digits of Feed Capacity (8
Digits)
0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-802 Tray3 First Two Digits of Feed Capacity (8 Digits) 0 0~3 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)
954-803 Tray4 Last Two Digits of Feed Capacity (8 Digits) 0 0~99 1 Only 0 clearance is possible in the write mode. (“0 clearance” means all byte changes to
0 at the same time.)