Xerox Phaser 6360 Service Manual

2-4 Phaser 6300/6350/6360 Color Laser Printer Service Manual
Theory of Operation
a. The toner and the carrier are moved by the two Augers in the
Developer Assembly.
b. As carrier reaches point A, it’s deposited into the carrier chute.
c. The carrier is then transported toward the Imaging Unit by the nozzle
mounted on the Developer Frame Assembly.
d. The carrier collected in the Imaging Unit is leveled by another Auger
that deposits the carrier at the center of the reservoir.
4. Primary Transfer (drum --> IDT1): The toner image formed on the
individual drum surface is transferred onto the surface of the IDT1
(Intermediate Drum Transfer 1: intermediate transfer roller 1). There are
two IDT1’s: one for yellow and magenta and one for cyan and black. IDT1
is conductive and receives a high positive charge from the HVPS. The
negatively charged toner image on the drum surface is attracted by the
high positive potential and transfers to IDT1. During this transfer, the
remaining negative charge on the drum is neutralized by the high positive
charge on IDT1.
5. Secondary Transfer (IDT1 --> IDT2): The toner images formed on both
IDT1 surfaces are then transferred onto the surface of IDT 2 to create a
complete, 4-color toner image. IDT2 is biased at a higher positive
potential than IDT1 thus attracting the toner image and transferring it from
IDT1 to IDT2.
6. Cleaning: The IDT1 cleaner consists of a conductive roller brush rotating
in contact with IDT1 after the point where the toner is transferred to IDT2.
The cleaner receives a high positive voltage from the HVPS allowing it to
electrically attract any toner particles remaining on IDT1. Toner remaining
on both IDT1’s after the image transfer to IDT2 is temporarily stored in the
IDT1 cleaners.
7. Tertiary Transfer: The finished toner image on IDT2 is transferred onto
the print media using the biasing charges supplied by the Transfer Roller.
The conductive Transfer Roller receives a high positive voltage from the
HVPS that puts it at a higher potential than IDT2. Since the Transfer
Roller is located behind the print media, the 4-color toner image is
attracted to the high potential and transfers to the surface of the print
media.
s6360-386
A
Imaging Unit
Nozzle
Developer

Xerox Phaser 6360 Specifications

General

Depth (max)	698 mm
Depth (min)	580 mm
Height (max)	854 mm
Height (min)	513 mm
Maximum width	572 mm
Package length	933.449 mm
Storage temperature (T-T)	32 - 95 °F
Power consumption (active)	750 W
Non-operating relative humidity (non-condensing)	15 - 85 %
AC input voltage	220 V
AC input frequency	50 - 60 Hz
Power consumption (standby)	105 W
Power consumption (PowerSave)	22 W
Multi-Purpose tray	Yes
Total input capacity	1800 sheets
Total output capacity	250 sheets
Maximum input capacity	2350 sheets
Multi-Purpose tray input capacity	150 sheets
Print technology	Laser
Maximum resolution	2400 x 600 DPI
Print speed (black, normal quality, A4/US Letter)	40 ppm
Maximum internal memory	1024 MB
Sound power level (standby)	34.4 dB
Operating temperature (T-T)	50 - 90 °F
Maximum duty cycle	100000 pages per month
Number of print cartridges	-
Page description languages	PCL 5c, PostScript 3
Package width	609.599 mm
Package height	1498.599 mm
Package weight	83462.4 g
Custom media width	89 - 216 mm
Maximum print size	216 x 356 mm
Custom media length	140 - 914 mm
Paper tray media types	Envelopes, Labels, Plain paper
Paper tray media weight	64 - 216 g/m²
Non-ISO print media sizes	Executive (184 x 267mm), Folio (media size), Letter (media size), Oficio (media size), Legal (media size)
ISO A-series sizes (A0...A9)	A4, A5, A6
JIS B-series sizes (B0...B9)	B5
Maximum ISO A-series paper size	A4
Wi-Fi	No
Security algorithms	802.1x RADIUS
Standard interfaces	Ethernet, USB 2.0
Optional connectivity	Wireless LAN
Certification	CE, EMC 89/336/EEC, FCC, Low Voltage 73/23/EEC, RoHS, 2002/95/EC
Product color	Blue, White
Sustainability certificates	ENERGY STAR