FS-1800+ Specifications

basic specifications:
Configuration: Resolution: Printer Memory: Electrical Requirements: Dimensions: Weight: Max Duty Cycle: Desktop Monochrome Printer with Standard 500 Drawer plus 100 Sheet Multi-Purpose Tray Fast 1200 dpi (1800 x 600), 600 x 600 dpi, 2400 x 600 dpi (w/KIR) Standard 8MB, upgradable to 264MB via 100 pin DIMMs; Standard CF Card Slot (Type 1), Micro Drive Slot (Up to 1GB) 120V, 60Hz, 7.2A 13.6"W x 18.1"D x 11.8H 28.7 lbs 65,000 Pages
paper handling options: duplex unit: DU-60
Paper Size: Paper Weight: Dimensions / Weight: 8.5" x 11",A4, B5,A- 28 lb Bond 13.6"W x 20.5"D x 4.2"H/10.1 lbs

paper drawer: PF-60

Paper Capacity: Max. Drawers: Paper Weight: Paper Size: Dimensions/ Weight: 500 Sheets - 28 lb Bond 8.5" x 11", 8.5" x 14",A4, B5,A5 13.6"W x 17.8"D x 4.1"H/8.4 lbs
controller specifications:
Controller: Supported PDL / Emulations: Fonts: Windows OS Compatibility: Novell OS Compatibility: Mac OS Compatibility: UNIX OS Compatibility: Connectivity / Interface: KUIO LV Expansion Slots (1): Supported Protocol: Driver: Utilities: PowerPCMHz PRESCRIBE, PCL6 (PCL XL, PCL5e), KPDL2 (PS2), Diablo 630, IBM ProPrinter X24, Epson LQ850, Line Printer 80 Outline Fonts for PCL XL/5e and KPDL2. 1 Bitmap Font Windows 95/98/ NT4.x/2000/XP Novell Netware 3.x/4.x/5.x OS 8.x/9.x/10.x Sun OS 4.1.x; Solaris 2.x; AIX; HP-UX (LPR) Standard Parallel IEEE1284, Serial RS-232C, Optional IB-20 10/100BaseTX, 10Base2; IB-21e 10/100BaseTX; IB-22 Enhanced Wireless NIC TCP/IP IPX/SPX,AppleTalk, NetBEUI , KX Driver for Windows, PPD for Mac, PPD for Linux/UNIX KM-NET Viewer, KM-NET Remote Operation Panel, KM-NET Job Manager, KM-NET Printer Disk Manager, Network Advanced Setup Utilities, PRESCRIBE Utilities

paper feeder: PF-8E

Paper Capacity: Max. Drawers: Paper Weight: Paper Size: Dimensions / Weight: 2,000 Sheets lb Bond - 110 lb Index 8.5" x 11",A4, B5,A5 13.6"W x 14.8"D x 13.9"H/16.6 lbs

bulk stacker: HS-8E

Stack Capacity: Paper Weight: Paper Size: Dimensions / Weight: 2,000 Sheets 16 lb Bond - 110 lb Index 8.5" x 11",A4, B5,A5 13.6"W x 13.1"D x 14.7"H/15.9 lbs

output speeds:

Warm-Up Time: First Print Out: Pages Per Minute: Less than 16 Seconds Less than 9.5 Seconds 19 Letter, 15 Legal

5-bin mailbox: SO-60

Number of Trays: Mailbox Capacity: Paper Weight: Dimensions / Weight: Sheets: 8.5 x 11,A4, B5,A5; 100 Sheets: 8.5 x - 28 lb Bond 13.6"W x 6.7"D x 12.4"H/11.7lbs

paper supply:

Standard Paper Sources: Drawer Paper Size: MPT Paper Size: Std/Max Paper Capacity: Paper Weight: Input Materials: 500 Sheet Drawer, 100 Sheet MPT 5.5" x 8.5", 8.5" x 11", 8.5" x 14",A4, B5,A5 5.5" x 8.5", 8.5" x 11", 8.5" x 14",A4, B5,A5 Custom (2.8" x 5.8" - 8.5" x 11.7") 600 Sheets/2600 Sheets 16-28 lb Bond via Paper Drawer, 16 lb Bond- 110 lb Index via MPT Bond Paper, Recycled Paper,Transparencies, Labels, Envelopes

additional options:

Envelope Feeder (EF-60), Face-Up Tray (FT-200), Face-up Tray for DU-60 (PT-60), Base for PF-8E/HS-8E (PB-60), Legal Tray for PF-60 (PC-60 LGL), Letter Tray for PF-60 (PC-60 LTR), Barcode Reader

consumables:

TK-60: 20,000 pages @ 5% Coverage
* Ships with 10,000 pages @ 5% Coverage
Specifications and design are subject to change without notice. All trademarks and registered trademarks are the property of their respective manufacturers.
Kyocera Mita America, Inc. 225 Sand Road, PO Box 40008, Fairfield, NJ 07004-0008, USA 2003 Kyocera Mita America, Inc.

www.kyoceramita.com

Tamaki Factory is ISO 14001 Certified for Environmental Management

Electrophotography laser scan 16 pages/min. (A4) 17 pages/min. (Letter) Fine 1200 mode Fast 1200 mode with KIR 600 dpi with KIR 300 dpi with KIR Smoothing KIR (Kyocera Image Refinement) First print (A4 or letter, 23 C), Approximately 17.5 seconds or depends on input data less Warm-up time Standby: 20 seconds or less (23 C ) Sleeping: 6.5 seconds or less Maximum duty cycle (A4) 65,000 pages/month Machine life expectancy 300,000 pages of printing or 5 years (expandable to 900,000 pages of printing using MK kits) Development Mono component dry developer Laser Visible laser Main charger Scorotron plus charging Transferring Negative charger roller Separation Curvature separation Drum cleaning Blade Drum discharging Eraser lamp (LED array) Fuser Heat roller and press roller Paper Plain paper Capacity of paper feed source Cassette: 500 sheets, (80 g/m2 [0.11 mm thickness]) MP tray: 100 sheets Capacity of output trays Face-up: 250 sheets, 2 (80 g/m [0.11 mm thickness]) Face-down: 250 sheets
Approximately 9 seconds or less 35 seconds or less 35 seconds or less 100,000 pages/month
(2) Controller Item CPU System ROM Font ROM Main (Video) RAM Maximum: Slot: FS-1800/1800N PowerPC405GF/200MHz 4 MB Mask (or Flash) DIMM 2 MB FS-1800 model: 8 MB FS-1800N model: 24 MB 264 MB (Including main RAM) 2 DIMM slots (A 16 MB DIMM is factoryinstalled in one slot for FS-1800N.) 16, 32, 64, 128 MB CompactFlash Microdrive (340 MB) High-speed, bidirectional (IEEE1284) RS-232C, Maximum speed: 115.2 Kbps 10/100 Base-TX, type IB-21 (Standard with equipped FS1800N) Prescribe PCL6, Diablo 630, IBM proprinter X24E, Epson LQ850, Line printer, KPDL FS-3800/3800N PowerPC740/200MHz FS-3800 model: 16 MB FS-3800N model: 32 MB 272 MB (Including main RAM) 2 DIMM slots (A 16 MB DIMM is factoryinstalled in one slot for FS-3800N.) 10/100 Base-TX, type IB-21 (Standard with equipped FS3800N)
DIMM size: Memory card (Optional) Hard disk (Optional) Host interface Parallel: Serial: Network interface card: (KUIO-LV [3.3 V]) Page description language Standard emulation modes
(3) Weight and dimensions Item Main unit (excluding protrusions) Width: Height: Depth: Weight: FS-1800/1800N 34.5 cm (13-9/16 inches) 30.0 cm (11-13/16 inches) 39.0 cm (15-3/8 inches) 13 Kg (28-5/8 lb.) FS-3800/3800N
(4) Power requirements Item Voltage/current FS-1800/1800N FS-3800 model: 499 W FS-3800N model: 972 W 120 V AC model: 972 W 220 - 240 V AC model: 972 W FS-3800 model: 126 W FS-3800N model: 126 W FS-3800 model: 14 W FS-3800N model: 16 W FS-3800/3800N
US/Canada: 120 V AC 10 %, 60 Hz 2 %/7.2 A Europe/Asia: 220 - 240 V AC 10 %, 50/60 Hz 2 %/3.6 A Average: FS-1800 model: 328 W FS-1800N model: 961 W Maximum: 120 V AC model: 961 W 220 - 240 V AC model: 961 W Standby (Ready): FS-1800 model: 21 W FS-1800N model: 23 W Sleeping: FS-1800 model: 14 W FS-1800N model: 15 W

(5) Environmental requirements Item Operating temperature and humidity Maximum altitude Noise emission (Excluding peaks, measured at 1 m from printer, as per ISO7779) FS-1800/1800N 10 to 32.5 C (50 to 90.5 F), 20 to 80 %RH 2,000 m (6,500 feet) Maximum: 53 dB(A) , Standby: 35 dB(A) Maximum: 57 dB(A) , Standby: 39 dB(A) FS-3800/3800N
1-1-2 Available option memory/device (1) Expansion memory (DIMM) The following memory DIMMs are available for use with the printer. For more information about DIMM, refer to Section 2-2-4 Expanding the memory (DIMM) on page 2-11. NOTE Availability of the memory DIMMs, manufacturers, and specifications may change without notice. No responsibility is assumed by Kyocera Mita with respect to loss or damage caused by the use of these DIMMs.

Manufacturer Melco Inc.

Capacity 16 MB 32 MB 64 MB 128 MB
Model PM-HP-16M-KC PM-HP-32M-KC PM-HP-64M-KC PM-HP-128M-KC
This page is intentionally blank.
(2) Memory card (CompactFlash) The following memory cards are available for use with the printer. Do not insert or remove a memory card (CompactFlash) while power is on. If the memory card is removed while the printer is on, damage could result in the printers electronics or the memory card. Refer to Section Installing the option memory card (CompactFlash) on page 2-16. NOTE Availability of the following memory cards (CompactFlash), manufacturers, and specifications may change without notice. No responsibility is assumed by kyocera Mita with respect to loss or damage caused by the use of these memory card. Manufacturer SanDisk Capacity 8 MB 16 MB 24 MB 32 MB 48 MB 64 MB 96 MB 4 MB 8 MB 12 MB 16 MB 24 MB 32 MB 48 MB 64 MB 80 MB 8 MB 16 MB 24 MB 32 MB 48 MB 64 MB 96 MB Model SDCFBS-8-101 SDCFBS-16-101 SDCFBS-24-101 SDCFBS-32-101 SDCFBS-48-101 SDCFBS-64-101 SDCFBS-96-101 CF4M CF8M CF12M CF16M CF24M CF32M CF48M CF64M CF80M CF/8 CF/16 CF/24 CF/32 CF/48 CF/64 CF/96

Viking

Kingston
Manufacturer DelkinDevices Inc.

HITACHI

Transcend

LEXAR Media

Capacity 8 MB 16 MB 24 MB 32 MB 48 MB 64 MB 96 MB 8 MB 16 MB 32 MB 48 MB 64 MB 4 MB 8 MB 16 MB 32 MB 8 MB 16 MB 24 MB 32 MB 48 MB 64 MB 96 MB 16 MB 32 MB 48 MB 64 MB 80 MB
Model DDCFFLS2-008 DDCFFLS2-016 DDCFFLS2-024 DDCFFLS2-032 DDCFFLS2-048 DDCFFLS2-064 DDCFFLS2-096 HB286008C4 HB286016C4 HB289032C4 HB289048C4 HB288064C5 TS4MFLASHCP TS8MFLASHCP TS16MFLASHCP TS32MFLASHCP SST48CF008 SST48CF016 SST48CF024 SST48CF032 SST48CF048 SST48CF064 SST48CF096 -

1. Turn the power switch off. 2. Remove the two screws 1 then remove the option interface card slot cover 2. 3. Insert the network interface card 3 to the option interface card slot 4. 4. Fix the network interface card 3 by two screws 1. 5. Connect the network cable 5 to the network interface card 3. 6. Set the network address from the printer operator panel. (Refer to the printers Users Manual)
3 Figure 2-2-13 Installing the option network interface card
2-3 Using the operator panel
This section provides explanation on how to use the printers operator panel. For details on operating the printer, refer to the printers Users Manual. 2-3-1 Operator panel The printers operator panel has the following indicators, keys and message display. Note that adjustments made using these keys may be overridden by those made from within the application software.

Message display

Figure 2-3-1 Operator panel (1) Indicators and keys Indicator 1 READY indicator Condition Flashing Lit Off Description An error has occurred that the user can clear. The printer is on-line and ready to print. The printer is off-line. The printers stores but does not print received data. This is also indicates when printing is automatically stopped due to the occurrence of an error. Data transfer between the printer and the computer is taking place. Either data is being processed, or data is being written onto the option CompactFlash or Microdrive. The printer needs maintenance attention or the printer is warming up (Please wait). A problem or an error has occurred that the user can clear, for example, paper jam. Operations are normal.

2 DATA indicator

Flashing Lit
3 ATTENTION indicator Flashing Lit Off
Key 4 GO key 5 CANCEL key

6 MENU key

key key

9 < key 0 > key (

! ENTER key
Function Switches the printer on-line and off-line. Prints and feed out one page. Cancels a printing job. To cancel a print job, proceed as follows: 1. Check the message Processing is displayed in the message display. 2. Press the CANCEL key. 3. The message Print Cancel? will appear in the message display and the interface to be canceled will be displayed. Parallel Serial Option (appears only when an [option] network interface card is installed) Press the CANCEL key again if you wish to stop the cancellation of printing. 4. Selecting the interface to cancel using the or key. Then press the ENTER key. Printing from the interface selected will be stopped. The Cancelling data message appears in the message display and printing stops after the printer finishes printing the current page. Resets numeric values, or cancels a setting procedure. Stops the sound alarm that indicates the occurrence of an error. Enter menu mode When pressed during menu selection, terminates the setting and returns to the Ready condition. Lets you access the desired item or enter numeric values. In some of the control procedures, the < and > keys are used to enter or exit the sub items. Enables access to the desired item or entering of numeric values. In some of the control procedures, the < and > keys are used to enter or exit the sub items. Used as the < key in the menu selection. Used as the > key in the menu selection. Displays on-line help messages on the message display when paper jam occur. When pressed in the Ready condition, displays on-line help messages. Finalizes numeric values and other selections in menu selection.

2-3-2 Menu selection system The MENU key on the operator panel allows you to use the menu selection system to set or change the printer environment such as the paper source, emulation, etc. Settings can be made when Ready is indicated on the printer message display. The printer obeys the most recently received printer settings sent from the application software, or from the printer driver, which take priority over operator panel settings. (1) Menu selection and sequence The following is the hierarchy diagram of the menu selection system of the printer.
Ready PAR A4 PLAIN Print Menu Map Print Status Page e-MPS > These items will not show unless the printer is installed with the applicable option unit. Interface Serial > >Bau rate 9600 >Data Bits 8 >Stop Bits 1 >Parity None >Protocol DTR (pos.)&XON >Barcode Mode Off Interface Option > >NetWare Off >NetWare On > >>NetWare Frame Auto >TCP/IP Off >TCP/IP On > >>DHCP Off >>IP Address >Parallel I/F Nibble (high) >Parallel I/F Auto >Parallel I/F Normal >Parallel I/F High Speed >Ether Talk Off >OPT. StatusPage Off Continued on next page. >>Subnet Mask >>Gateway

>Quick Copy

>Private/Stored

>Print VMB Data

>List of VMB >List of Code JOB >e-MPS > Configuration >>Quick Copy >>Temp.Code JOB Size >>Perm.Code JOB Size >>VMB Size

Inter face Parallel

Emulation PCL 6
> >Code set ISO-6 ASCII

Font Option

> I000 >Courier Dark >Courier Regular >Letter Gothic Regular >Letter Gothic Dark >Size 012.00 point(s) >Pitch 10.00 cpi >List of Fonts

Emulation KPDL

> >Print KPDL errs Off >Print KPDL errs On

Emulation KPDL (AUTO)

> >Alt. Emulation PCL 6 >Print KPDL errs Off >Print KPDL errs On
Emulation > IBM Proprinter >Code set IBM US Emulation Line printer > >Code set IBM US Emulation DIABLO 630 > >Code set DIABLO US Emulation EPSON LQ-850 > >Code set LQ US Font Internal > > I000 >Courier Dark >Courier Regular >Letter Gothic Regular >Letter Gothic Dark >Size 012.00 point(s) >Pitch 10.00 cpi >List of Fonts Continued on next page. >Orientation Portrait >Orientation Landscape >Page Protect Auto >Page Protect On >LF Action LF only >LF Action CR and LF >LF Action Ignore LF >CR Action LF only >CR Action CR and LF >CR Action Ignore CR >Wide A4 Off >Wide A4 On Page set > >Copies 001

Print Quality

Memory Card
>KIR Mode On >KIR Mode Off >Ecoprint Mode Off >Ecoprint Mode On >Resolution Fast 1200 mode >Resolution Fine 1200 mode >Resolution 300 dpi >Resolution 600 dpi >Print Density 03 Opt. ROM > >Read Data >List of Partitions Hard Disk > >Read Data >Write Data >Delete Data >List of Partitions RAM Disk Mode On RAM Disk Mode Off >RAM Disk Size >Read Data >Write Data >Delete Data >List of Partitions

(5) Replacing the waste toner bottle Note that the printer has a sensor to monitor the presence of the waste toner bottle. The printer does not operate without a waste toner bottle installed. For the reference, the waste toner bottle can hold up to 100 g of waste toner. The nominal amount of waste toner derived after 10,000 pages of printing is 20 to 30 g (Letter or A4 size paper; average print coverage of 5 %). Open the side cover. While holding old the waste toner bottle 1, press the lock lever 2 in the right ward direction. Then gently pull out the waste toner bottle 1. Close the cap 3 of waste toner bottle 1 after removing from the printer. To avoid toner spilling, place the capped waste toner bottle 1 in the plastic bag 4 supplied before forwarding to proper disposal. Locate the new waste toner bottle in the toner kit, and install it in the printer according to section 22-2 Installing the waste toner bottle on page 2-8.
Figure 3-1-3 Removing the old waste toner bottle
3-1-3 Cleaning the printer To avoid print quality problems, the following printer parts must be cleaned with every toner container replacement. (1) Main charger unit The main charger unit should be cleaned in its two parts, the main charger wire and grid (See figure below.) whenever the toner container is changed. Cleaning of the main charger can be done without needing any tools thanks to its self-cleaning system.
Cleaning pad Main charger wire

Shield Cleanig knob

Figure 3-1-4 Main charger unit
(2) Cleaning the main charger wire and grid Main charger wire 1. Open the side cover 1. 2. Pull the cleaning knob (green colored) 2 slowly in and out a few times. NOTE Cleaning knob pulls a cleaning pad inside the drum unit along the main charger wire.
Figure 3-1-5 Cleaning the main charger wire
Grid 1. Take the grid cleaner 1 from protective bag 2 in the new toner kit and remove the cap 3. NOTE The grid cleaner pad is impregnated with water. Perform the following cleaning procedure before the pad dries.
Figure 3-1-6 Grid cleaner 2. Attach the grid cleaner 1 to the drum unit 3 with the pad uppermost as shown in the diagram.

Figure 3-1-7 Attaching the grid cleaner
3. After attaching the grid cleaner, repeat the action of slowly pulling out and then pushing back in the main charger unit at least 5 times. It is easier to pull out the main charger with its front end raised slightly as shown in the figure. The grid part underneath the main charger is cleaned by the wet pad of the grid cleaner.
Figure 3-1-8 Cleaning the grid 4. Remove the grid cleaner from the printer and dispose of it. The grid cleaner is not reusable.
(3) Paper feed unit To avoid print quality problems due to paper dust and debris, clean the paper feed unit in the following manner: Pull the paper feed unit release lever 1 up and draw the paper feed unit all the way out until it stops. Wipe the paper dust on the upper registration roller 2 and the paper ramp 3 using the wiper cloth 4 included in the toner kit. CAUTION Do not touch the transfer roller 5 (black sponge roller) when wiping the paper ramp 3. Area 6 below is factory-applied with lubricating oil. When cleaning the paper feed unit 7, do not use alcohol to clean this area. If the oil is completely removed, an incorrect action of the MP tray paper sensor (8, actuator) will result.
Figure 3-1-9 Cleaning the upper registration roller and the paper ramp
(4) Replacing the developer To remove the developer unit from the printer for shipment or replacing to a new one, it should be handled following the instructions below. After the replacement, new developer needs to be initialized in manner explained in the section Developer initialization (Feeding toner into the new developer) on next page. Shipping the developer The printer is supplied with a plastic bag that should be retained for future shipment of the developer. To pack the developer 1 in the packing carton, first flap down the magnet roller protective cover 2. Put the developer 1 into the supplied plastic bag 3. Put the developer 1 on the developer install position 4 of packing carton.
Figure 3-1-10 Shipping the developer
(5) Developer initialization (Toner install mode) The new developer unit is shipped from the factory with no toner contained. The developer can be automatically replete with toner when a toner container is installed onto it and the printer is turned on. However, because the toner reservoir in the developer has a large capacity, it requires a lengthy period of time until a substantial amount of toner has been fed to get the printer ready. (A new developer needs approximately 100 g for triggering the sensor inside.) A great many seconds of time for this is greatly deducted by using the service menu in the printers mode select routine as accessed by its operation panel. Follow these steps to use this feature, top to bottom (For details, refer to section 2-3 Using the operator panel on page 2-19). Perform in sequence 1 Press the MODE key. 2 Press the key (repeatedly). 3 Press the > key. 4 Press the key (repeatedly). 5 Press the > key. 6 Press the ENTER key. 7 Press the ENTER key. Display to show

Charging the drum The following shows a simplified diagram of the electrophotographic components in relation to the engine system. Charging the drum A is done by the main charger wire B.

Main charging output

High voltage unit M CN2-9 MCHON*

Engine board YC204-10

Zener board KP-768
Figure 4-1-4 Charging the drum As the drum A rotates in a clean (neutral) state, its photoconductive layer is given a uniform, positive (+) corona charge dispersed by the main charger wire B. The grid C regulates the main charging potential so that it is evenly and stably dispersed over the drum A at a constant voltage level. Due to being high-voltage scorotron charging, the main charger wire B can get contaminated by oxidization after a long run. Therefore, it must be cleaned periodically from time to time using the method explained in chapter 3, page 3-9. Cleaning the main charger wire B prevents print quality problems such as black streaks.
(2) Exposure The charged surface of the drum A is exposed to the laser beam scanning from the laser scanner unit B.

E D C D

Laser beam output
Figure 4-1-5 Exposure The polygon motor C (with polygon mirrors) revolves to reflect the laser beam over the drum A. Lenses D and diversion mirror E are housed in the laser scanner unit B. These lenses adjust the diameter of the laser beam (670 nm wavelength) so that the laser beam effectively focalizes on the drum A surface.

Laser scanner unit

Figure 4-1-6 Laser scanner unit Name 1 Laser diode 2 Collimator lens 3 Cylindrical lens 4 Polygon motor Description Emits diffused, visible laser. Aligns the laser beam to the cylindrical lens. Compensates the vertical angle at which the laser beam hits on of the polygon mirror segments. Has six mirror segments around its hexagonal circumference. Each mirror corresponds to one scanned line width on the drum when the laser beam scans on it.
Name 5 Primary f-theta lens 6 Secondary f-theta lens
Description See figure 4-1-7 below. The primary (above) and secondary f-theta lenses equalize focusing distortion on the area on the drum closer to the edge. The effective length of line (A, B in the figure below) the laser beam draws on the drum becomes longer as the laser beam hits closer to the drum edge. In the figure 4-1-7 below, distances represented by A and B are not the same (A > B) until the f-theta lenses are provided between the polygon mirror and the drum (A = B). Diverts the laser beam vertically onto the drum. Note the diffused laser beam finally pinpoints on the drum. Prevent dust, debris, etc., from entering the scanner assembly. Bends the very first shot of a laser scan towards the pin photo sensor (below). When shone by the sensor mirror above, this pin photo sensor generates a trigger signal.

Regulator +5 V +5 V

Regulator

YC02 Parallel Interface

YC03 Serial Interface

+3.3 V

Figure 4-3-4 Main board KP-777 circuit block diagram
Main board KP-858 for FS-3800/3800N models
YS01 CSN [1:0], OEN0, WEN0 LA [22:2] ALATCH System DIMM [board] PVIDEO [7:0], BD, FSYNC, RSTOUTN XLIDATA, SRCCLKN U16 Image chip CSN2, OEN0, WEN0

U03-U05

Address Latch
CPUA [31:0] U01 CPU PowerPCMHz CPUD [31:0] BCLK, BGN, TAN, TEAN, RSTOUTN, CPUINTN, DBGN, AACKN Buffers
ABBN, DBBN, TBSTN, TSIZ [2:0], TT1, TT3 X01 Xtal 50.0000 MHz X02 Xtal 25.76930 MHz U10, U11 SDA [12:0], SDBA [1:0] SDRAM Expanding SDRAM (DIMM) Expanding SDRAM (DIMM) SDD [31:0] SDCLK, SDCKE, SDCSN [5:0], SDRAS, SDCAS, SDWEN, DQMUU, DQMUM, DQMLM, DQMLL IICSDA, IICSCL XTXD, XDTR, XRTS, XDSR, XCTS, XRXD, RSSEL
CFCSN1, CFCSN2, CFOEN2, CFWEN2, CDET2A, CDET2B, CFRST2, CFWAITN2 KUIOCSN1 IORN1, IOWN1, OPRDY1, DMAACKN1 OPRST1, IODTACKN1, OPIRN1, DMAREQ1 EXTBOEN, CFOEN1

U12-U15 Buffers

YC05 CFD [15:0] CFCSM1, CFCSN2, CFOEN1, CFWEN1, CDET1A, CDET1B, CFRST1, CFWAIT1 +5 V U21 +2.5 V
Figure 4-3-5 Main board KP-858 circuit block diagram

(2) Engine board

Eraser lamp control circuit ERASE ERDEAD* WTNLED Waste toner full detection circuit WTONFUL* EECLK EEDIO Paper gauge sensing circuit PAPVOL CASIZE
Engine board OPRDY* Address/Data multiplex bus AD0 - AD7 Address bus A8 - A19 Address bus LA0 - LA7

Sensor board

A8 - A17

Flash ROM (U202) FRCS*

Engine gate array (U204)
+5V1, +24V1, +24V2 ZCROSS THERM Thermisor blown-out THDEAD* detection Abnormal HTEMP* temperature detection HEATON circuit Heater lamp control circuit AIRTEMP, AIRWET WETCK1, WETCK2 VSEREQ* SIOUT
CPU (U201) RD*, WR*, ALE 5VSAVE* 5 V DC power saver SOOUT, SCLKOUT SYSCLK GAINT RESET* Reset IC (U203) RESET*
3+24V1 terminal +5V3 regulator (U208) POLCLK, POLON, POLRDY* PDIN* SAMPLE1*, POWCONT LASER* BFANON Controller unit fan motor driver circuit Scanner unit

(5) Defective paper jam detecting Problem Suggested causes Corrective action Paper jam frequently Surface of the registration sensor (PH701) is Clean with cloth. occurs. dirty with paper particles. False paper jam Actuators of registration sensor (PH701) or Repair or replace. message display. exit sensor does not operate smoothly. Defective sensor board (KP-574), fuser board Replace sensor board (KP574), fuser board (KP(KP-756) or engine board (KP-864). 756), or engine board (KP864). See page 5-26 and 522. A piece of paper torn from a sheet is caught Check visually and remove around actuator of registration sensor or exit it, if any. sensor. (6) Defective paper gauge sensing Problem False paper gauge indication. Suggested causes Surface of the paper gauge sensor 1 (PH702) and 2 (PH703) on the sensor board (KP574) are dirty with paper particles. A piece of paper torn from a sheet is caught around paper gauge sensor 1 (PH702) and 2 (PH703) on the paper sensor board (KP574). Reflecting mirror has come off the actuator of paper gauge sensor 1 (PH702) and 2 (PH703). Defective paper gauge sensor 1 (PH702) and 2 (PH703) on the sensor board (KP-574). Defective engine board (KP-864). Corrective action Clean with cloth.
Check visually and remove it, if any.
Check visually and remove it, if any. Replace sensor board (KP574). See page 5-26. Replace engine board (KP-864). See page 5-22. Corrective action Replace paper size switch. Replace sensor board (KP574). See page 5-26. Replace engine board (KP864). See page 5-22.
(7) Defective paper size detecting Problem False paper size message display. Suggested causes Defective paper size switch. Defective sensor board (KP-574). Defective engine board (KP-864).
(8) Defective message displaying (LCD) Problem No message appears on the message display (LCD), though the message background is faintly illuminated. (Power is supplied to the LCD controller board [KP-738].) Suggested causes Corrective action Defective main board (system DIMM board R e p l a c e m a i n b o a r d [KP-710*1/KP-689*2]). (system DIMM [board]). Defective LCD controller board (KP-738). Replace LCD controller board (KP-738). Defective engine board (KP-864). Replace engine board (KP-864). Improper connection of harness (S02402) Reinsert the connector. between LCD controller board (KP-738) and engine relay board (KP-760). Improper connection of harness (S02405) Reinsert the connector. between engine board (KP-864) and engine relay board (KP-760). Defective main board (system DIMM [board R e p l a c e m a i n b o a r d KP-710*1/KP-689*2]). (system DIMM [board]). Defective LCD controller board (KP-738). Replace LCD controller board (KP-738). Defective engine board (KP-864). Replace engine board (KP-864). Improper connection of harness (S02402) Reinsert the connector. between LCD controller board (KP-738) and engine relay board (KP-760). Improper connection of harness (S02405) Reinsert the connector. between engine board (KP-864) and engine relay board (KP-760). Broken power cord. Replace the power cord. The power cord is not plugged in properly. C h e c k t h e c o n t a c t between the printers AC inlet and the outlet. Measure the AC power voltage at the outlet. Replace the power supply unit. See page 5-22.

P00/AD00 P01/AD01 P02/AD02 P03/AD03 P04/AD04 P05/AD05 P06/AD06 P07/AD07 A[8:19] (2) AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 RA8 TP208 TP218 U13 RA207 TP217 RATP226 TP229 NC WE* OE* CE* 100 TP227 TP228 TP22 WR* (2) RD* (2) FRCS* (2) AD7 AD6 AD5 AD4 AD3 AD2 AD1 AD0 RARA209 10k TP458 R30/RTO0/ALE R31/RTO1/RDX R32/RTO2/WRLX R33/RTO3/RHX R34/RTO4/HRQ R35/RTO5/HAKX 54 55
P41/PPG0 P42/PPG1 P43/PPG2 P44/PPG3 P45/PPG4 P46/PPG5
P50/AN0 P51/AN1 P52/AN2 P53/AN3 P54/AN4 P55/AN5 P56/AN6 P57/AN7

Schematic diagrams

C201 1000p C202 0.1 ALE (2) RD* (2) WR* (2) R203 10k TP451 TP462

MOD0 MOD1 MOD2

(2) SYSCLK

(2) RESET*

A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 LA7 LA6 LA5 LA4 LA3 LA2 LA1 LA0 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0

MB90560

SST29EE020(PLCC)

R202 10k

TP240 TP239 TP238 TP237 TP236 TP235 TP234 TP233

C208 0.1

U203 THDEAD (3) +5V1

LA [0: 7] LA [0: 7] (2)

RTP241 RESET* (2) TP243 TP244

M/R VCC SUB GND VOUT

R205 10k

PST598D

TP245 R206 1k

R204 10k 2 Q202 2SB1424

+5V2 Q201 DTC144EUA_01

C238 0.1 1

C207 0.1

+5V1 A[17:19]

U204 AD[0: 7]

106 120

TP246 TP247 TP248 TP249 TP250 TP251 TP252 TP253 TP254 TP255

A[17:19] (1)

Engine board 2/8

AD[0: 7] (1)

(5) HVCLK1 (5) MCHON (5) TRCHON (5) HVCLK2 (5) TRVSEL3 (5) TRVSEL1 (5) TRVSEL2 (5) TMOTON LA [0: 7] HVCLK1 MCHON TRCHON HVCLK2 TRISEL TRVSEL1 TRVSEL2 TMOTON HUNIT* HANDS* TNEMP* TNMOC CONTYPE SAMPLE2* VDFON2* A17 A18 AA17 A18 A19 RALA0 LA1 LA2 LA3 LA4 LA5 LA6 LA7 RALA0 LA1 LA2 LA3 LA4 LA5 LA6 LATP442 TP83

ADADADADADADADAD7 65

AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7

LA [0: 7] (1)

(5) HUNIT* (5) HANDS* (5) TNEMP* (5) TNMOC (5) CONTYPE
TP452 WR* (1) RD* (1) ALE (1) TP258

TP259 TP260 TP256

+5V1 YC2
(3) SLEEP* TP30 RTRCHON SLEEP DBCLK DBRX DBTX 82
(4) FUON (4) FDON (4) REGPAP (4) TCOVOP (4) FCOVOP* (4) SCOVOP* (3) HEATON WR* RD* ALE 77 FUON FDON REGPAP TCOVOP FCOVOP* SCOVOP* HEATON RSVIO1

(5) RTRCHON

Q203 DTC114EUA_01 TP261 TP262 TPTP445

FRCS* (1)

5 GAINT (1)

1 GAINT 110

FRCS* TEST2 DEVSEL*

C216 27p TP271

VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS

101 111

TP52 SAMPLE1* POLCLK POLON LASER* POLRDY* PDIN* POWCONT FDPFUL* EXITPAP* OPSEL0 OPSEL115 OPTSDI OPSD0 OPSCLK 54 OPSEL2 OPSEL3 OPSEL4 OPSEL5 TPTEST IXIN TP57 20PTRG BFANON RSVIO2 PDOUT* TP2 BXIN SYSCLK SYSRES* SCLKIN SCLKOUT SOIN SOOUT SDIR SBSY* STRIG VDFON1* EGIR RESET* 78 TP270 TP65 TP268 R212 TP456
(7) FEDDR (7) MIDDR (7) REGDR (7) MPFSOL (7) MMOTON (5) FANON* (5) FANSPD (7) FPRST* (7) MMOTRDY*

A23 C5 C14 C20 C23 G24 M3 R24
OVSS OVSS OVSS OVSS OVSS OVSS OVSS OVSS
U02-4 N1 AVDD N2 AVDD P3 AVDD U26 AVDD
CPUD0 CPUD1 CPUD2 CPUD3 CPUD4 CPUD5 CPUD6 CPUD7 CPUD8 CPUD9 CPUD10 CPUD11 CPUD12 CPUD13 CPU D14 CPUD15 CPUD16 CPUD17 CPUD18 CPUD19 CPUD20 CPUD21 CPUD22 CPUD23 CPUD24 CPUD25 CPUD26 CPUD27 CPUD28 CPUD29 CPUD30 CPUD31 CPUD0 CPUD1 CPUD2 CPUD3 CPUD4 CPUD5 CPUD6 CPUD7 CPUD8 CPUD9 CPUD10 CPUD11 CPUD12 CPUD13 CPUD14 CPUD15 CPUD16 CPUD17 CPUD18 CPUD19 CPUD20 CPUD21 CPUD22 CPUD23 CPUD24 CPUD25 CPUD26 CPUD27 CPUD28 CPUD29 CPUD30 CPUD31
AA24 AA25 AA26 AB23 AB24 AB25 AB26 AC24 AC25 AC26 AD24 AD25 AD26 AE25 AE25 AF25 AE14 AF14 AD13 AE13 AF13 AC12 AD12 AE12 AF12 AD11 AE11 AF11 AC10 AD10 AF10 AD9

(1) BGN

A1 A26 D6 D11 D16 D21 F4 F23 L4 L23 T4 T23 AA4 AA23 AC6 AC11 AC16 AC21 AF1 AF26
VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS MB87J4300 GND
D4 D9 D13 D18 D23 J4 J23 N23 P4 V4 V23 AC4 AC9 AC14 AC18 AC23
VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI VDDEI MB87J4300
(1) ABBN TP450 TP427 (1) DBBN (1) TT1 (1) TT3 (1) TSIZ0 (1) TSIZ1 (1) TSIZ2 (1) TAN (1) TEAN (1) TBSTN
AD14 AC15 AE16 AE15 AC17 AD18 AF15 AD17 AE17 AF17 AD16 AE18 AF18 AF16
(1) CPUINTN (1,4, 9, 10) RSTOUTN TP155

AF21 AE20

(10) PDATA [ 8: 1]
PDATA1 PDATA2 PDATA3 PDATA4 PDATA5 PDATA6 PDATA7 PDATA8

TP160 TP161 TP162 TP163

ROMA1 ROMA2 ROMA3 ROMA4 ROMCSN0 ROMCSN1 ROMCSN2 ROMCSN3 ROMOEN0 ROMOEN1 ROMWEN0 ROMWEN1 +3.3V RA8 VBUS USBDP USBDN CLK48IN DBCLK DBTXD DBRXD DBCLK (12) DBTXD (12) DBRXD (12) BCLK (1) GND 27 RX01 25.0000 MHz C56 18p TP167 TP168 TP171 TP376 VXOUT VXIN TP374 +3.3V +3.3V TP179 SELECTIN (10) EXTIOR2 (12) RTP181 EXTIORC (10) SVCCLK (9) 0 R16 TP372 TP377 RX02 25.50629 MHz C59 R20 430F R21 100F R22 240F GND 22p C58 22p XTST XSM MST SMCK EXTIOR1 EXTIOR2 M1 L2 M2 B11 C11 D12 L1 TP173 GND Waverly (352BGA) block2/2 L3 R210 3.3 k TP375 TP165 TP166 R14 A9 L24 AF20 AF19 D7 P25 T26 AB2 AB3 AB4 B8 C8 C7 B9
AF24 AF24 AD23 AF23 AD20 AF21 AD21 AF22 AF22 AD22 AF23 AC22 ROMA1 ROMA2 ROMA3 ROMA4 CSN0 CSN1 CSN2 CSN3 OEN0 OEN1 WEN0 WEN1
TP159 ROMA1 (5) ROMA2 (4) ROMA3 (4) ROMA4 (4) CSN0 (4) CSN1 (4) CSN2 (5, 9) CSN3 (5) CSN0 (4, 9) CSN1 (5) WEN0 (4, 5, 9) TP164

Main board (TK-777) 3/12

PAD0 PAD1 PAD2 PAD3 PAD4 PAD5 PAD6 PAD7 ACK BUSY PERROR SELECT FAULT STROBE AUTOFD INIT SELECTION P1284DIR P1284HD
(10) ACK (10) BUSY (10) PERROR (10) SELECT (10) FAULT (10) STROBE (10) WAUTOFD (10) INIT (10) SELECTION (10) P1284DIR (10) P1284HD
Y1 W3 W2 W1 V3 V2 V1 U4 AA2 AA1 Y4 Y3 Y2 U1 U2 T1 U3 AB1 AA3 10kx4
(11) XTXD (11) XRXD (11) XRTS (11) XCTS (11) XDSR (11) XDTR (11) RSSEL PLGCLK OPBCLK BCLKIN BCLKOUT ASIC Block 2/2 CXX2 CXOUT CXIN
R1 P1 T2 R4 R2 R3 T3 TXD RXD RTS CTS DSR DTR RSSEL

R94 R93 RC52 PC2 3

Q14 C46 R81 R56 R64 D23 R82 Q15 R79 R66 R85 C42
YC301 L3 C6 RC1 R72 C3 C7 R5 T1 C54 R76 RC3 C38 + C41 + + R74 R75 L5 RFB10 R110 FB11 Q10 R49 R202 R54 D17 R204 Q9 R53 R67 DPC6 D18 R63 D213 R203 D19 D1 C27 TH2 R20 R23 R40 + C18 PCR29 R28 C26 C32 C33 R46 DPC1 2
R104 R30 C21 Q1 R31 R32 R34 R107 R50 L6 R80 + + RC2 FB13 + + RD5 C31 C24 C25 R206 Q21 R208 RPCR58 C202 PN2-2 PN3-1 R86 PC4 C28 R96 D202 R55 C201 Is C39 D24 Q12 C17 R69 R70 D16 C40 R60 C44 R59 Z8 Vref ZD201 R83 D200 R84 R90 C48 R52 D21 Q16 R61 Q13 D25 R68 R4 Vcc OUT 1 PN2-4 PN2-1 PN2-1 RVR88 PN3-3 PN3-4 PN3-2 D214 C213 RC301 DC23 R38 R109 R42 D15 C37 C36 C35 R45 C16 L4 C100 D9 FBC30 C34 D14 R37 Q8 QR105 D6 R27 R106 R33 C19 CC211 R205 C212 R200 D210 C53

HEATER 3 COM D1

+5V2 FDUL FDDR FUDR THERM EXITPAP* *5V1 GND +24V2 SLEEP* ZCROSS HEAT* +5V1 +5V1 +5V1 +5V1 GND GND GND GND +24V1 +24V1 +24V1 +24V1
Power supply unit (220 - 240 V AC model, Sanken)

C14 DPC3 3

C47 Q18 D20 Q11 C200 D22 R62 R71 C45
*5V1 GND THERM EXITPAP* FDDR FUDR +5V2 FDFUL

R94 R93 RC52 PCR65

CN1 SW1-1 INLET D1 YG902CR31 47k R44 6.8k (1/2W) C50V R30 10k Q5 2SC1213 L5 Z400 ZD2 HZS20 R9 12k D2 YG802C04 C10V C10V R(1/2W) C50V RRZD3 HZS36 RD5.6(6.2)ES MTZJ5.6(6.2) FS3 6.3A C50V Q6 2SC1213 ZD7 HZS27 -24 R29 2.2k 8 R28 10k Q4 DTA114
FS2 250V/4A BJ3 R2 470k-1M R3 470k-1M T1 ZD737 C27 1000p 500V or 1kV
C3 R1 470k 0.22 (1/4W) AC250V BD1 D3SBA50 TH1 C2 C4 NTH13D8ROLA 4700p 0.1 8D-13 AC250V AC250V R16 220k (1/2W) C10 0.001 630V C50 10000p AC250V D10 ERA22-08 C5 2200p AC250V C7 Q1 220p 2SK2082 1kV R6 C0.01 (2W) 50V C8 120F 400V R(2W) BJ2 R5 4.7 (FUSE) PC1 PC123 R8 10k18k R40 1k SRC1 TF541S TF321S
C11 1000p 500V or 1kV Q3 2SJ477 YC902 S88-PH 1 +5VGND THERM
EXITPAP* FDDR FUDR +24V2 FDPFUL*

NR1 ENC471D10A NV471D14

C1 Option 4700p AC250V

FS1 250V 8A

CN2 S203-VH
C10V R7 56k Q2 2SC1213 2SC1207 VR2 R12 2k-5k 15k C9 4700p 50V ZD1 HZS15 RD15(16)ES MTZJ15(16) Q8 DTC114 YC901 MSA-9136S-24L 1 R14 680-1.2k PC1 PC123 R27 180k R21 47k RC25 0.1 50V C16 0.1 50V R18 2.7k VR1 1k IC1 LS431, PC1093 HA1743PA TL431, KIA431 R19 2.2k 14 TRC1 TM861S PC3 S21ME18 R26 8k 23 PC2 PC123 Q7 DTCR(FUSE) +24V2 FDPFUL FDDR FUDR THERM EXITPAP* +5V1 GND +24V2 SLEEP ZCROSS HEAT +5V1 +5V1 +5V1 +5V1 GND GND GND GND +24V1 +24V1 +24V1 +24V1 R35 D1SS244 (FUSE) HSS81 R10 2.2 (FUSE) C23 0.1 AC250V ENC471D10A (Option) R13 2.4k (1/4W), (1/2W) R1/2W (FUSE) Primary circuit Secondary circuit

/0096/0026/1061/0811/

0/ 0/ 0/

/AAADCFE/

/20A11080/1020B200/20001080/81000000/00000000/10101010/10101010/
SPD1:0203040508090A0B0C0D0F101112131415161718191A1B1C1D1E1F202122235E
SPD2:0203040508090A0B0C0D0F101112131415161718191A1B1C1D1E1F202122235E
/8088808880808000/8088808880808000/8088808880808000/8088808880808000
DN:SPL9200007 SN:SPL9200010
Mask ROM/Flash ROM version on the engine board 2 [C1] Mask ROM version on the LCD controller board (Operator panel) 3 [12*] Boot ROM version, ROM type 4 [01/01] Internal use 5 Total page 9690 Total count page 6 t/ Internal use 7 P00/ Parallel interface mode

Example 1 [0104/0330]

Meaning -

Description

*: Mask ROM, -: Flash ROM bit 7= 0: No error with bidirectional communication, 1: Error with bidirectional communication bit 6= 0: No ECP communication, 1: ECP communication had occurred, at least one bit 0 to 5= History of printer parallel port directional communication. 05= Nibble (High-speed), 07= ECP

Example 8 /S/F/N00

Meaning Serial interface error

! /D10:DM0301.DAN

@ /RS2 # /DK-60 $ /6C % /01 ^ /[0003-0003]

& /BF-AD * /AF.H

00= Normal, bit 0= Framing error bit 1= Overrun, bit 2= Parity error Operator panel lock (Shown only 01= Partially locked during locking) 02= Fully locked NVRAM error (Shown only if 01= ID error, 02= Version error, error has occurred) 03= Checksum error, 04= NVRAM crash error NVRAM down loading status 00= Normal (Nothing downloaded), bit0= Font data, bit1= host data, bit2= Macro data, bit3= Program data, bit4= Operator panel message download (shown file name), bit5= OEM data, bit6= Reserved, bit7= Error occurred Serial interface mode RS2= RS-232C Drum unit model code (Shown only set the data at EEPROM on the drum board.) Drum sensitivity Calibration table settings Hexa decimal (FRPO I4) Option unit equipment The first 2 byte: bit0= MP tray, bit1 to 6= Paper feeder (5 and 6 are not supported.), bit7= Duplexer, bit8= Bulk paper feeder, bit9= Envelope feeder, bit10 to 15= Reserved. The second 2 byte: bit0 =Face-up output tray, bit1= Face-down output tray, bit2= Bulk paper stacker. bit3= Sorter, bit4 to 15= Reserved. Threshold level for MK replace/ (Shown only with MICR model) warning message display Average print coverage (total) Two digits for integer part; one digit for decimal; unit is in percent

Example ( /0 ) /20 /25

/60 /0096/0026/1061 /0811

0/ 0/ 0

Meaning Description Operator panel message PMSG command settings shown by language decimal. Toner capacity Number of pages shown by decimal ( 1000 pages) The present temperature 0 to 100 C, When if - shows, the temperature/humidity sensor is abnormal. The present humidity 55 to 90 %, step by 5% Printing area /Top margin/Left margin/Page length/Page width/, Inches+ 1/ 100 inches (FRPO L1/L2) in 1/600 inch Left margin offset for paper source (MP tray/Printers cassette/Top paper feeder/ Middle feeder/Bottom feeder/ Envelope feeder/Duplexer) Life counter for each option Paper feeder4/Duplexer/Bulk paper units feeder/Bulk paper stacker/Sorter