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Toshiba DP120F Service Manual

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Table of Contents
PLAIN PAPER FACSIMILE
File No. 31200001
R0112216901-TTEC

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Table of Contents
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  Summary of Contents for Toshiba DP120F

  • Page 1 PLAIN PAPER FACSIMILE File No. 31200001 R0112216901-TTEC...
  • Page 2: Table Of Contents

    Chapter 1 Introduction 1. Features ...................... 1-1 2. Overview ..................... 1-6 Front View ...................... 1-6 Rear View ....................... 1-8 Operation Panel ..................... 1-10 Function keys ....................1-13...
  • Page 3: Features

    The DP120F/DP125F can transmit in ultra-fine mode (406 x 391). G3 dual-line simultaneous communications: By installing a 2nd NCU PBA (DP120F: option, DP125F: standard), the unit works as two fax units. Accordingly, two-line simultaneous communications are realized. March 2000 © TOSHIBA TEC...
  • Page 4 The memory contents will be retained by a backup battery for up to 10 hours if a power failure occurs. The DP120F has a standard memory of 3 MB, which can be upgraded by installing one 4 MB optional memory PBA. Both models have a maximum memory capacity of 7 MB.
  • Page 5 Public fax box: A document can be reserved in image memory to be polled by remote stations multiple times. One of its merits is that any remote station (even one with a non-TOSHIBA facsimile) can poll such documents without a password.
  • Page 6 Also the customer can program the specified paper cassette for this function. Auto supplies order DP120F/DP125F has the feature which send a supplies order report to the programmed fac- simile number automatically when the terminal detect toner end condition and drum low and/or end condition.
  • Page 7 Expandable functions by additional options: • By installing a MEMORY PBA, image (PIX) data can be expanded by 4 MB in the DP120F. • By installing second paper trays, paper of different sizes (Letter and Legal or A4) can be fed into the facsimile automatically.
  • Page 8: Overview

    Operation panel Used to perform programming and operation of the facsimile machine. Paper tray Holds up to 550 sheets of recording paper. Right side cover Provides access to the recording paper feed path. DP120F/DP125F Introduction March 2000 © TOSHIBA TEC...
  • Page 9 Provides access to the document scanner area for periodic cleaning or clearing jammed origi- nals. Document guides Adjust the guides to the edges of the document to help ensure proper document alignment and smooth feeding. March 2000 © TOSHIBA TEC DP120F/DP125F Introduction...
  • Page 10: Rear View

    Connection for an External Telephone set. Handset connector Connection for the optional Handset unit. Line 2 connector Connection for the 2nd telephone line cord from wall or PSTN system. DP125F: Standard DP120F: Option AC inlet DP120F/DP125F Introduction March 2000 © TOSHIBA TEC...
  • Page 11 With three recording paper trays installed Handset (optional) for US/CA model only Upper recording paper tray Middle recording Bypass tray paper tray (optional) (DP125F: standard) (DP120F: optional) Lower recording paper tray (optional) 01-02-06 Fig. 1-2-4 March 2000 © TOSHIBA TEC DP120F/DP125F Introduction...
  • Page 12: Operation Panel

    LINE 1 Lamp Blinks when communicating using Line 1. LINE 2 Lamp Blinks when communicating using Line 2. PC COMM Lamp Blinks when communicating between the facsimile unit and a personal computer. DP120F/DP125F Introduction 1-10 March 2000 © TOSHIBA TEC...
  • Page 13 Press this key to redial a facsimile/telephone number if the number was busy on your first try. Or, use this key to enter a pause between telephone digits when entering a remote facsimile number. March 2000 © TOSHIBA TEC 1-11 DP120F/DP125F Introduction...
  • Page 14 24. One Touch Keys (1-49), One Touch Keys (50-73), Function keys, and Keyboard. View the One Touch Keys (1-49), One Touch Keys (50-73), Function Keys, and Keyboard by turning the Flip Panels. DP120F/DP125F Introduction 1-12 March 2000 © TOSHIBA TEC...
  • Page 15: Function Keys

    ITU MAILBOX Used for Mailbox Communications or Relay Transmission, with remote facsimiles that support the ITU-T F-code functions. COVER SHEET Used to attach a cover sheet to a document to be transmitted. March 2000 © TOSHIBA TEC 1-13 DP120F/DP125F Introduction 01/12...
  • Page 16 Designates a specific telephone line for the current transmission. TEL LIST ENTRY Used to register Abbreviated, One Touch, Group, and Relay Group Dialing numbers. TEL LIST PRINT Prints desired telephone/facsimile lists. CONTRAST Selects the desired contrast level of transmit documents. DP120F/DP125F Introduction 1-14 March 2000 © TOSHIBA TEC...
  • Page 17 Chapter 2 Specifications 1. Scanning System ..................2-1 2. Recording System ..................2-2 3. Transceiver ....................2-4 4. Telephone Functions .................. 2-5 5. Liquid Crystal Diode (LCD) Display ............2-5 6. Special Communication ................2-6 7. Others ......................2-6 8. Operating Environmental Conditions ............2-6 9.
  • Page 18: Scanning System

    White mask (R) <Remarks> • The effective scanning width has a mechanical error range of 1.5. • For calculating into a pels value, multiply each value by 8 (i.e. 8 pels per mm). March 2000 © TOSHIBA TEC DP120F/DP125F Specifications...
  • Page 19: Recording System

    Multi-sheet document: 0.06 to 0.12 mm (50 to 100 g/m Number of auto document Letter/A4: 50 sheets feeder capacity: Legal: 20 sheets 2. Recording System Recording method: Plain paper recording by laser beam printer Recording width: 216 mm (8.5") DP120F/DP125F Specifications March 2000 © TOSHIBA TEC...
  • Page 20 550 sheets/cassette (20 lb. paper) Bypass tray capacity: 100 sheets/cassette (20 lb. paper) Recommended paper: Letter/Legal: Hammer Mill TIDAL DP, 20 lb. TOSHIBA Copier Paper (European paper) Recording paper stack: Exit: Left side Capacity: Letter/A4: 300 sheets (20 lb. paper) Legal: 100 sheets (20 lb.
  • Page 21: Transceiver

    TEC test chart using the V.17 at 14.4 Kbps). Reception level: V.17: -43 dBm to -3 dBm V.34: -43 dBm to -9 dBm Transmission level: -15 dBm to 0 dBm (1dB incremental settings are available) DP120F/DP125F Specifications March 2000 © TOSHIBA TEC...
  • Page 22: Telephone Functions

    Dot matrix LCD 20 characters x 4 rows Displayed characters: Alphabets, numerics Character size: Half-width size: 16 dots x 8 dots (height x width) About 6.4 mm x 3.2 mm / character Contrast adjustment: Fixed March 2000 © TOSHIBA TEC DP120F/DP125F Specifications...
  • Page 23: Special Communication

    Humidity: 20 to 85% RH (No condensation) Toner Temperature: 0 to 35°C (32 to 95°F) (12 months) -20 to 40°C (18 days) Humidity: 20 to 85% RH (No condensation) Noise level: Max. 51db DP120F/DP125F Specifications March 2000 © TOSHIBA TEC...
  • Page 24: Maintenance

    • The fuser cleaner shall be replaced whenever the toner cartridge is re- placed. • All specifications are for letter/A4 size document pages with 5% image density. This density is used on the ITU-T#1 Test Chart (Slerexe Letter). Yields will vary with other image densities. March 2000 © TOSHIBA TEC DP120F/DP125F Specifications...
  • Page 25: Power Source / Size / Weight

    UL/CUL 1950 (US, CA model) EN60950 (EU model) Radiation RFI level (EMC): FCC Part 15 Class A (US model) EN55022 Class A (EU model) Others for CE Mark: EN50024 (Immunity) EN61000-3-2 (Harmonic) EN61000-3-3 (Voltage fluctuation and flicker) DP120F/DP125F Specifications March 2000 © TOSHIBA TEC...
  • Page 26: Software Performance Table

    Using keypad dial only Chain dial 128 digits (Maximum) Using Abb. /OT / keypad Maximum number dialing digits TBD digits Memory (DP120F) Tx pix memory 2912Kbyte: a) Normal a) Approx. 277 pages *1 capability 7008Kbyte: b) with Op. Mem. 4MB b) Approx.
  • Page 27 Chapter 3 Installation 1. Installation Procedure ................3-1 2. Preparation ....................3-2 Preparing Tools ....................3-2 Installation Location ..................3-2 Selecting the Location for Recording Paper Storage ........3-3 3. Unpacking ....................3-4 4. Accessories ....................3-7 List of Accessories ..................3-7 Installing the Accessories ................
  • Page 28: Installation Procedure

    Connect the machine to (Refer to page 3-34) power and telephone line Memory Clear (Refer to page 3-35) Country/Region setting operation (Refer to pages 3-36 to 3-37) (Refer to page 4-1) Function setting March 2000 © TOSHIBA TEC DP120F/DP125F Installation 01/12...
  • Page 29: Preparation

    Also be certain to keep the back side of the machine at least 100 mm (4") away from the wall. 558 mm (22 inches) 100 mm (3.9 inches) Height: 628 mm (24.7 inches) (Top Cover open) 3-2-01 Fig.3-2-1 DP120F/DP125F Installation March 2000 © TOSHIBA TEC...
  • Page 30: Selecting The Location For Recording Paper Storage

    • Paper sheets that are stuck together due to perforated lines, burrs on cut edges, etc. • Paper sheets which are dirty, wavy, folded, wrinkled, cut, etc. • Paper of sizes or weights other than those specified. March 2000 © TOSHIBA TEC DP120F/DP125F Installation...
  • Page 31: Unpacking

    Carefully remove the packing materials from the unit and accessories. Check the contents of the carton to see if anything is damaged or missing in reference to the packing list attached. (Refer to page 3-5.) Remove the spacer sheet. (See Fig. 3-3-2) DP120F/DP125F Installation March 2000 © TOSHIBA TEC...
  • Page 32 Document exit tray Drum unit Packing Packing material material Recording paper tray Phone line cord Packing pad Packing material Tape Packing pad Packing pad Facsimile unit Packing material Packing pad Outer carton 3-3-02 Fig. 3-3-2 March 2000 © TOSHIBA TEC DP120F/DP125F Installation...
  • Page 33 • Paper tray Packing pad Paper tray Packing pad Outer carton 3-3-03 Fig. 3-3-3 • Bypass tray Packing material Bypass tray Outer carton 3-3-04 Fig. 3-3-4 DP120F/DP125F Installation March 2000 © TOSHIBA TEC...
  • Page 34: Accessories

    • Recording paper tray: 1 • Charger cleaner kit: 1 • Fuser cleaner: 1 • Warranty card: 1 Overlay: 1 (US model only) Toshiba Viewer Bypass tray: 1 CD-ROM: 1 (DP125F only) Fig. 3-4-1 March 2000 © TOSHIBA TEC DP120F/DP125F Installation...
  • Page 35: Installing The Accessories

    Grasp the Top cover release lever to open the Top cover. Top cover release lever Top cover 3-4-02 Fig. 3-4-2 Hold the Developer assembly with both hands and shake the cartridge back and forth several times. Developer assembly 3-4-03 Fig. 3-4-3 DP120F/DP125F Installation March 2000 © TOSHIBA TEC...
  • Page 36 Without touching the green drum surface, hook the drum unit to the De- veloper assembly. The following figure shows how to join the Drum unit and the Devel- oper assembly. Drum unit Developer assembly 3-4-05 Fig. 3-4-5 March 2000 © TOSHIBA TEC DP120F/DP125F Installation...
  • Page 37 Green handle Green handle Developer assembly with drum unit attached 3-4-06 Fig. 3-4-6 The following figure shows how the shafts on the developer/drum assembly align with the slots. 3-4-07 Fig. 3-4-7 DP120F/DP125F Installation 3-10 March 2000 © TOSHIBA TEC...
  • Page 38 The following figure shows how to press the Drum unit into place. Drum unit 3-4-08 Fig. 3-4-8 Close the top cover. Grasp the Top cover release lever, firmly close the Top cover, and release the lever. Top cover 3-4-09 Fig. 3-4-9 March 2000 © TOSHIBA TEC 3-11 DP120F/DP125F Installation...
  • Page 39 Fig. 3-4-10 Connect the phone line cord to the LINE connector on the machine and wall jack. Phone line cord 3-4-11 Fig. 3-4-11 Plug the Power cord into the AC wall outlet. DP120F/DP125F Installation 3-12 March 2000 © TOSHIBA TEC...
  • Page 40 Insert the tabs of the Document exit tray into the slots on the left side of the machine. Extend the Document exit tray extension for large documents. CAUTION: Do not place heavy objects on the Document exit tray. Document exit tray exten- sion Document exit tray 3-4-13 Fig. 3-4-13 March 2000 © TOSHIBA TEC 3-13 DP120F/DP125F Installation...
  • Page 41 Fig. 3-4-14 Insert the Paper size indicator sheet into the slot of the Paper tray with the appropriate paper size showing through the window. Paper size indicator sheet Window 3-4-15 Fig. 3-4-15 DP120F/DP125F Installation 3-14 March 2000 © TOSHIBA TEC...
  • Page 42 Do not fan the paper. Make sure that the corners of paper are neatly aligned. 3-4-16 Fig. 3-4-16 Press the Paper pressure plate down until it clicks. Paper pressure plate 3-4-17 Fig. 3-4-17 March 2000 © TOSHIBA TEC 3-15 DP120F/DP125F Installation...
  • Page 43 CAUTION: To avoid paper jams, do not exceed the Upper limit line on the paper guide. Upper limit line 3-4-18 Fig. 3-4-18 Push the Paper tray all the way into the machine. Paper tray 3-4-19 Fig. 3-4-19 DP120F/DP125F Installation 3-16 March 2000 © TOSHIBA TEC...
  • Page 44 Grasp the Top cover release lever to open the Top cover. Top cover release lever 3-4-20 Fig. 3-4-20 Remove the new Fuser cleaner from its plastic bag and install it. Fuser cleaner 3-4-21 Fig. 3-4-21 March 2000 © TOSHIBA TEC 3-17 DP120F/DP125F Installation...
  • Page 45 Close the Top cover. Grasp the Top cover release lever, firmly close the Top cover, and release the lever. 3-4-22 Fig. 3-4-22 DP120F/DP125F Installation 3-18 March 2000 © TOSHIBA TEC...
  • Page 46: Hardware Options

    Keep it horizontal. Do not leave it exposed to light for a long time, etc. • When using a magnetic tool, do not let it touch the boards having memory chips, controllers, etc. It will cause malfunctions or memory defects. March 2000 © TOSHIBA TEC 3-19 DP120F/DP125F Installation...
  • Page 47 • Be sure to remove attachments and accessories (as required) such as the Developer assembly, Document exit tray, etc. DP120F/DP125F Installation 3-20 March 2000 © TOSHIBA TEC...
  • Page 48: Attaching Hardware Options

    Alignment pin Paper tray 3-5-01 Fig. 3-5-1 CAUTION: The Optional paper tray(s) is NOT screwed to the machine. Be careful when moving or carrying the machine with the Optional paper tray(s) installed. March 2000 © TOSHIBA TEC 3-21 DP120F/DP125F Installation...
  • Page 49 • Load the document and press the [COPY] key. Check if copying and feeding normally take place from both paper trays. • Adjust the paper tray for different paper size, if required. NOTE: Follow the same procedure to install an additional optional paper supply. DP120F/DP125F Installation 3-22 March 2000 © TOSHIBA TEC...
  • Page 50 (See page 3-14) Press the paper pressure plate down until it clicks. (See page 3-15) Install the paper and push the Paper tray all the way into the machine. March 2000 © TOSHIBA TEC 3-23 DP120F/DP125F Installation...
  • Page 51 (See page 3-14) Press the Paper pressure plate down until it clicks. (Refer to page 3-15) Install the paper and push the Paper tray all the way into the machine. DP120F/DP125F Installation 3-24 March 2000 © TOSHIBA TEC...
  • Page 52 Before beginning, power the unit off and read through “5.1 Remarks Before Starting Works.” (Page 3-19) Slide the Cradle stay into the Cradle until it clicks. And connect the Handset cable jack. Cradle Cradle stay Handset cable 3-5-05 Fig. 3-5-5 March 2000 © TOSHIBA TEC 3-25 DP120F/DP125F Installation...
  • Page 53 Curl cord Handset cable 3-5-07 Fig. 3-5-7 After installing, turn the Power switch ON, and check the following: • “Dial type” in “User function setting” of function settings. (Refer to page 4-6.) DP120F/DP125F Installation 3-26 March 2000 © TOSHIBA TEC...
  • Page 54 5.2.3 Bypass Tray (DP120F Only) The Bypass tray can be used to load the paper for printing without changing the recording paper size (LT/A4/LEGAL) in the paper tray. The Bypass tray accepts the paper size, LT, A4, LEGAL and OTHER.
  • Page 55 Install the Bypass tray. Guide Bypass tray 3-5-09 Fig. 3-5-9 Select the paper size by the slide knob. Slide knob 3-5-10 Fig. 3-5-10 DP120F/DP125F Installation 3-28 March 2000 © TOSHIBA TEC...
  • Page 56 Raise the tray lever. Tray lever 3-5-11 Fig. 3-5-11 Pull up the Bypass tray paper support. Bypass tray paper support 3-5-12 Fig. 3-5-12 March 2000 © TOSHIBA TEC 3-29 DP120F/DP125F Installation...
  • Page 57 • “Sensor test” in “Function test” of test mode. (Refer to page 11-20.) • Load the document and press the [COPY] key. Check if copying and feeding normally take place from Bypass tray. DP120F/DP125F Installation 3-30 March 2000 © TOSHIBA TEC...
  • Page 58 5.2.4 NCU PBA (DP120F Only) The NCU PBA serves to connect the unit to the telephone line. By installing the optional 2nd NCU PBA in addition to the standard NCU, communication through 2 telephone lines is pos- sible. Composing Parts: •...
  • Page 59 Reinstall the remaining components in the reverse order. After assembling, turn the Power switch ON, and check the following: • “Modem test” in “Function test” of test mode. (Refer to page 11-19.) DP120F/DP125F Installation 3-32 March 2000 © TOSHIBA TEC 01/12...
  • Page 60 5.2.5 MEMORY PBA (DP120F Only) The optional memory PBA provide of 4MB of image (PIX) memory. The memory PBA is con- nected directly to the Main PBA connector. Composing Parts: • MEMORY PBA • Bind screw M-3X8 B-tight-zc : • Locking support Installing Procedure: Before beginning, power the unit off and read through “5.1 Remarks Before Starting Works.”...
  • Page 61: Connecting To The Power And Telephone Lines

    Connect the other end of the phone line cord to the modular jack on the wall. Connect the phone line cord of the external telephone set (if present) to the TEL jack on the unit. External telephone Phone line cord 3-6-01 Fig. 3-6-1 DP120F/DP125F Installation 3-34 March 2000 © TOSHIBA TEC...
  • Page 62: Memory Clear

    Hold down the [*], [1] and [3] keys on the Operation panel and turn the Power switch ON. Hold the three keys down simultaneously for a count of 3 then release the keys. March 2000 © TOSHIBA TEC 3-35 DP120F/DP125F Installation...
  • Page 63: Country/Region Setting Operation

    65: SG 852: HK 886: TW 86: CN * This operation will clear all the setting information, except the below. • Drum counter • Fuser temperature rank • Print edge margin DP120F/DP125F Installation 3-36 March 2000 © TOSHIBA TEC 01/12...
  • Page 64 DE GB NL IT AT BE CH SE DK NO FI PT FR ES GR IE ZA SG HK AU NZ W2 W2 W2 W1 W2 W2 W2 W2 W1 W2 W1 W2 W2 W2 W2 W2 W2 W2 W2 W2 W2 FG harness 3-08-01 Fig. 3-8-1 March 2000 © TOSHIBA TEC 3-37 DP120F/DP125F Installation 01/12...
  • Page 65: Remarks On Moving The Machine

    NOT use this Drum unit in another machine or poor image quality may result. DO NOT put another drum unit into this machine (unless it is new) or poor image quality may result. DP120F/DP125F Installation 3-38 March 2000 © TOSHIBA TEC...
  • Page 66: Chapter 4 Function Settings

    Chapter 4 Function Settings 1. User Function Settings ................4-1 Initial Setup ..................... 4-2 Machine Settings .................... 4-8 TX Settings ..................... 4-26 RX Settings ....................4-34 Report and List Options .................. 4-43 RDC (Remote Diagnosis Configuration) Service..........4-53 Automatic Supply Order ................. 4-55 2.
  • Page 67: User Function Settings

    The keystrokes needed to access the various function settings will be shown with uppercase letters and brackets. For example, [MENU] or [ENTER] means to press the Menu Key or the Enter Key. March 2000 © TOSHIBA TEC DP120F/DP125F Function Settings...
  • Page 68: Initial Setup

    This selection will display messages in Spanish. FRANÇAIS This selection will display messages in French. When the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings March 2000 © TOSHIBA TEC...
  • Page 69 SET DATE & TIME MM-DD-YYYY WWW 05-17-2000 WED MM-DD-YYYY Set the date by the standard calendar. WWW (day-of-week) Regardless of the selected language, days are indicated in English. Press the [ENTER] key. March 2000 © TOSHIBA TEC DP120F/DP125F Function Settings...
  • Page 70 Allows you to enter 2 digits, 01 to 12. If any other value is entered, it must be set again. NAME (3-digit) JAN / FEB / MAR ..OCT / NOV / DEC After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings March 2000 © TOSHIBA TEC...
  • Page 71 Selected to not attach an International Code. Select this if your facsimile unit is used solely for fax communications inside your country/region. When either is selected, the screen below is displayed. SET TERMINAL ID TEL NUMBER =(MAX20) March 2000 © TOSHIBA TEC DP120F/DP125F Function Settings 01/12...
  • Page 72 Connects the telephone line to Line 2 of the facsimile unit, and uses it as a DP Line. <Remarks> DIAL TYPE LINE-2 can not be set unless the optional 2nd NCU PBA is installed. DP120F/DP125F Function Settings March 2000 © TOSHIBA TEC 01/12...
  • Page 73 Number keys, therefore the DELETE ACCESS DIGITs will be ignored when they are programmed into a One-touch or Abbreviated Number key. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return the display to the Standby Mode screen. March 2000 © TOSHIBA TEC DP120F/DP125F Function Settings...
  • Page 74: Machine Settings

    0 1 2 3 4 5 6 7 VOLUME Set a value in the range from 0 (minimum) to 7 (maximum). After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings March 2000 © TOSHIBA TEC...
  • Page 75 0 1 2 3 4 5 6 7 VOLUME Set a value in the range from 0 (minimum) to 7 (maximum). After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC DP120F/DP125F Function Settings...
  • Page 76 MANUAL To select the Manual Super Power Saver mode. When this mode is selected, the operator selects/deselects Super Power Saver by way of a key on the operator Con- trol Panel. DP120F/DP125F Function Settings 4-10 March 2000 © TOSHIBA TEC...
  • Page 77 The time period shown above is the factory default setting and signifies continuous Printer Power Saver operation. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode Screen. March 2000 © TOSHIBA TEC 4-11 DP120F/DP125F Function Settings...
  • Page 78 The following screen appears. Use the [ ↑ ] or [ ↓ ] key to select the desired option (ON or OFF), then press the [ENTER] key. COPY SEPARATOR PAGE 1.ON 2.OFF To select the Copy separator page function. Not to select the Copy separator page function. DP120F/DP125F Function Settings 4-12 March 2000 © TOSHIBA TEC...
  • Page 79 AUTO SELECT To print the Separator page from a Paper tray selected automatically. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-13 DP120F/DP125F Function Settings...
  • Page 80 ABC Master Dept. MASTER CODE Enter a 5-digit number (00000 to 99999). Entering any number outside the designated range will result in an error, and you must enter a correct number again. DP120F/DP125F Function Settings 4-14 March 2000 © TOSHIBA TEC...
  • Page 81 Master Code. The Master Code must be used to make any changes to the subsequent department codes that are entered. The Master Code should be adequately safeguarded to prevent unauthorized use. March 2000 © TOSHIBA TEC 4-15 DP120F/DP125F Function Settings...
  • Page 82 [START] key to initiate machine operations. If restricted access is desired, then the Department Code feature should be set to ON. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-16 March 2000 © TOSHIBA TEC...
  • Page 83 DOCUMENT JAM error. UNLIMITED Any length of document is acceptable. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-17 DP120F/DP125F Function Settings...
  • Page 84 Always to set the Line Monitor function. Not to set the Line Monitor function. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-18 March 2000 © TOSHIBA TEC...
  • Page 85 To deactivate the ECM function. In this case, part of the ECM buffer is available to be used as image (PIX) memory. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode. March 2000 © TOSHIBA TEC 4-19 DP120F/DP125F Function Settings...
  • Page 86 LIGHTER For recording in a lighter level (i.e., for documents with dark print). After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-20 March 2000 © TOSHIBA TEC...
  • Page 87 COLLATE COPY DEFAULT 1.ON 2.OFF The pages are automatically collated. Not collated the paper. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-21 DP120F/DP125F Function Settings...
  • Page 88 To select the Middle Recording paper Tray. LOWER TRAY To select the Lower Recording paper Tray. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-22 March 2000 © TOSHIBA TEC...
  • Page 89 When any value outside the specified range is entered, it must be set again. REDIAL MODE COUNTER =(00-14) After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-23 DP120F/DP125F Function Settings...
  • Page 90 [START] key must be pressed after lifting up the handset (option). When the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-24 March 2000 © TOSHIBA TEC...
  • Page 91 When the desired time period is displayed, press the [ENTER] key. RECEPTION ONLY TIME PERIOD = 00:00 - 00:00 After the message “OPERATION COMPLETED” is displayed, press the [STOP] key to return the display to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-25 DP120F/DP125F Function Settings...
  • Page 92: Tx Settings

    In the case of a Multi address transmission, it will be scanned to memory regardless of this setting. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-26 March 2000 © TOSHIBA TEC...
  • Page 93 This machine will display “COMMUNICATION ERROR” on the LCD dis- play. <Remarks> SECURITY TX will not block numbers that are dialed after picking up the handset of the optional telephone set, or after pressing the [MONITOR] key. March 2000 © TOSHIBA TEC 4-27 DP120F/DP125F Function Settings...
  • Page 94 To scan an image document. The screen below appears. COVER SHEET LOAD DOCUMENT <Remarks> In this case, RESIDUAL MEMORY for Standby Mode Screen does not reach 100%. Not to scan an image document DP120F/DP125F Function Settings 4-28 March 2000 © TOSHIBA TEC...
  • Page 95 To retain the cover sheet image already scanned and cancel a new cover sheet setting. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return the display to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-29 DP120F/DP125F Function Settings...
  • Page 96 STORED TIME-=(01-24) STORE TIME A value 01 to 24 (hours) can be entered. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-30 March 2000 © TOSHIBA TEC...
  • Page 97 Use the [ ↑ ] or [ ↓ ] keys to select the desired option (INSIDE, OUTSIDE, or OFF), then press the [ENTER] key. 1.INSIDE 2.OUTSIDE 3.OFF INSIDE To record TTI inside the document data. OUTSIDE To record TTI outside the document data. TTI is not recorded. March 2000 © TOSHIBA TEC 4-31 DP120F/DP125F Function Settings...
  • Page 98 The position selection should also be con- firmed as either INSIDE or OUTSIDE. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-32 March 2000 © TOSHIBA TEC...
  • Page 99 SEND SCAN PAGES When the memory full occurred, to send the pages scanned to memory. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-33 DP120F/DP125F Function Settings...
  • Page 100: Rx Settings

    Then press [ENTER] key. If a new code needs to be entered: If the code already exists: SECURITY CODE ENTRY SECURITY CODE ENTRY NEW CODE CURRENT CODE SECURITY CODE= SECURITY CODE= DP120F/DP125F Function Settings 4-34 March 2000 © TOSHIBA TEC...
  • Page 101 You can also set Secure RX to ON for an entire 24-hour-period (e.g. Saturdays & Sun- days). SET SECURE RX FOR 24HR OPERATION? 1.YES 2.NO To set 24-hour secure rx for each day. To bypass setting 24-hour secure rx for each day. March 2000 © TOSHIBA TEC 4-35 DP120F/DP125F Function Settings...
  • Page 102 SET MEMORY RX 1.ON 2.OFF To activate Memory Reception function. To deactivate Memory Reception function. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode Screen. DP120F/DP125F Function Settings 4-36 March 2000 © TOSHIBA TEC...
  • Page 103 The primary function of RX reduction is to allow the length of a document to be adjusted to fit onto a single sheet of available paper. If you would like the width to be adjusted also, you should set Function 15, Bit 0. March 2000 © TOSHIBA TEC 4-37 DP120F/DP125F Function Settings...
  • Page 104 Discards the data in the area exceeding length of the recording paper. Does not discard such data. When the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-38 March 2000 © TOSHIBA TEC...
  • Page 105 To set the Reverse Order Print function. Not to set the Reverse Order Print function. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-39 DP120F/DP125F Function Settings...
  • Page 106 This machine will display “COMMUNICATION ERROR” on the LCD display. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-40 March 2000 © TOSHIBA TEC...
  • Page 107 • The time data in the RTI is the same between multiple pages for one transmission, which is the time when the first page is transmitted. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-41 DP120F/DP125F Function Settings...
  • Page 108 Page 1 printed first. After the message “OPERATION COMPLETED” is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-42 March 2000 © TOSHIBA TEC...
  • Page 109: Report And List Options

    1.TX & RX JOURNAL 2.TX JOURNAL 3.RX JOURNAL TX & RX JOURNAL Prints both Transmission and Reception Journals. TX JOURNAL Prints only Transmission Journals. RX JOURNAL Prints only Reception Journals. Go to Step (3). March 2000 © TOSHIBA TEC 4-43 DP120F/DP125F Function Settings...
  • Page 110 Prints journals automatically after 150 (Tx and Rx) activities. Does not print journals automatically. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-44 March 2000 © TOSHIBA TEC...
  • Page 111 [ ↓ ] keys to select the desired option, then press the [ENTER] key. A5 SIZE PRINT 1.ON 2.OFF To reduce the report size and print on the A5 size paper. To print the report normally. March 2000 © TOSHIBA TEC 4-45 DP120F/DP125F Function Settings...
  • Page 112 [ ↓ ] keys to select the desired option, then press the [ENTER] key. A5 SIZE PRINT 1.ON 2.OFF To reduce the report size and print on the A5 size paper. To print the report normally. DP120F/DP125F Function Settings 4-46 March 2000 © TOSHIBA TEC...
  • Page 113 [ ↓ ] keys to select the desired option, then press the [ENTER] key. SET MULTIPOLL REPORT 1.ALWAYS 2.ON ERROR 3.OFF ALWAYS Prints after every Multi-polling. ON ERROR Prints only when an error has occurred in the Multi-polling. Disables “print.” March 2000 © TOSHIBA TEC 4-47 DP120F/DP125F Function Settings...
  • Page 114 Report. Use the [ ↑ ] or [ ↓ ] keys to select the desired option, then press the [ENTER] key. SET RELAY STN. REPT. 1.ALWAYS 2.ON ERROR 3.OFF ALWAYS Prints after every Relay Transmission. DP120F/DP125F Function Settings 4-48 March 2000 © TOSHIBA TEC...
  • Page 115 End Terminal Report. Use the [ ↑ ] or [ ↓ ] keys to select the desired option, then press the [ENTER] key. SET RELAY END REPORT 1.ALWAYS 2.ON ERROR 3.OFF ALWAYS Prints after every Relay Transmission. ON ERROR Prints only when an error has occurred in transmission. Disables “print.” March 2000 © TOSHIBA TEC 4-49 DP120F/DP125F Function Settings...
  • Page 116 Adds the document data in the Report. Does not add the document data in the Report. (15) After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-50 March 2000 © TOSHIBA TEC...
  • Page 117 Use the [ ↑ ] or [ ↓ ] keys to select the desired option (ON or OFF), then press the [ENTER] key. LOCAL MAILBOX LIST 1.ON 2.OFF Prints the Local Mailbox Reception List. Does not print the Local Mailbox Reception List. March 2000 © TOSHIBA TEC 4-51 DP120F/DP125F Function Settings...
  • Page 118 2.OFF Prints the Relay Reception List. Does not print the Relay Reception List. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-52 March 2000 © TOSHIBA TEC...
  • Page 119: Rdc (Remote Diagnosis Configuration) Service

    Select to allow downloading the firmware any time, regardless of the no pending job in memory. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-53 DP120F/DP125F Function Settings...
  • Page 120 Enter the RDC password using the numeric keypad, then press the [ENTER] key. SET RDC PASSWORD PASSWORD= (MAX20) PASSWORD Up to 20 digits. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. DP120F/DP125F Function Settings 4-54 March 2000 © TOSHIBA TEC...
  • Page 121: Automatic Supply Order

    Allows you to change the destination fax number. RETAIN Retains the destination fax number. After the “OPERATION COMPLETED” message is displayed, press the [STOP] key to return to the Standby Mode screen. March 2000 © TOSHIBA TEC 4-55 DP120F/DP125F Function Settings...
  • Page 122 When the “2. ENTER PART NUMBER” is selected, the screen below is displayed. Enter the Part number using the numeric keypad, then press the [ENTER] key. ENTER PART NUMBER PART NBR (29 MAX): PART NBR Up to 20 digits. DP120F/DP125F Function Settings 4-56 March 2000 © TOSHIBA TEC...
  • Page 123 When the “2. CONTACT NAME” is selected, the screen below is displayed. Enter the contact name using the keyboard, then press the [ENTER] key. ENTER CONTACT NAME NAME= (MAX40) NAME Up to 40 characters. March 2000 © TOSHIBA TEC 4-57 DP120F/DP125F Function Settings...
  • Page 124 Standby Mode screen. 1.7.4 Print Setup Data [MENU], [4], [5], [04], [4] To print the Supplies order form, press the [ENTER] key. Return to the Standby Mode screen. DP120F/DP125F Function Settings 4-58 March 2000 © TOSHIBA TEC...
  • Page 125: Service Settings In Test Mode

    Use the [<] key to move to the previous bit, if already at bit 7 (the left digit), the [<] key will move to the previous function. March 2000 © TOSHIBA TEC 4-59 DP120F/DP125F Function Settings...
  • Page 126 To access the various service mode functions, press the [MENU] and [9] keys (in sequence) and then select the desired function. Remember to power the unit off once you’ve completed your tests. DP120F/DP125F Function Settings 4-60 March 2000 © TOSHIBA TEC...
  • Page 127 0: Disable 1: Enable — Exchange Type Setting for User Mode: 0: Disable 1: Enable — Dial Type Setting for User Mode: 0: Disable 1: Enable — Undefined — Undefined — Undefined March 2000 © TOSHIBA TEC 4-61 DP120F/DP125F Function Settings...
  • Page 128 Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR DP120F/DP125F Function Settings 4-62 March 2000 © TOSHIBA TEC...
  • Page 129 Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-63 DP120F/DP125F Function Settings...
  • Page 130 These bits program the detection range for frequency to be recognized as CI. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-64 March 2000 © TOSHIBA TEC...
  • Page 131 FUNC 3 Bit 7: This bit programs whether or not a received RTN is handled as abnormal (NG). FUNC 3 Bit 4: This bit determines whether or not the Toshiba short protocol is enabled or disabled. Default table US TYPE...
  • Page 132 Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-66 March 2000 © TOSHIBA TEC...
  • Page 133 1: 500 ms delay — Undefined — Sending of CNG Signal at Manual Transmission: 0: Do not send 1: Send — Sending of CED Signal at Manual Reception: 0: Do not send 1: Send March 2000 © TOSHIBA TEC 4-67 DP120F/DP125F Function Settings...
  • Page 134 This bit selects whether or not the CED signal is transmitted in manual reception. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-68 March 2000 © TOSHIBA TEC...
  • Page 135 1101: 7200 bps (V.17) 1110: Undefined 1111: Undefined — Judging Standard of Image Quality Defect: 00: 5% 01: 10% 10: 15% 11: 25% — Monitor Type: 0: BT Monitor 1: Protocol Monitor — Undefined March 2000 © TOSHIBA TEC 4-69 DP120F/DP125F Function Settings...
  • Page 136 DIS. When this bit is set to 1 (PROTOCOL MONITOR), monitoring is per- formed during communication, like forced line monitor. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-70 March 2000 © TOSHIBA TEC...
  • Page 137 FUNC 7 Bits 5 and 4: These bits program call signal OFF time. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-71 DP120F/DP125F Function Settings...
  • Page 138 Page Re-transmission at receiving Negative Answer: — 0: Not re-transmit 1: Transmit — Page-mismatch Display Indication: 0: Not displayed 1: Displayed — Undefined — Undefined — Undefined — Undefined — Undefined DP120F/DP125F Function Settings 4-72 March 2000 © TOSHIBA TEC...
  • Page 139 This setting performs error indications if the number of pages do not match. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-73 DP120F/DP125F Function Settings...
  • Page 140 Allows the user to adjust the volume level of the speaker when an error occurs. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-74 March 2000 © TOSHIBA TEC...
  • Page 141 010: Always print 011: Print (when completed due to communication error) 100: Undefined 101: Undefined 110: Always print (with sent document) 111: Print (when completed due to communication error + with sent document) March 2000 © TOSHIBA TEC 4-75 DP120F/DP125F Function Settings...
  • Page 142 These bits program whether or not the broadcast transmission report is printed and the conditions for printing. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-76 March 2000 © TOSHIBA TEC...
  • Page 143 These bits program whether or not the multi polling transmission report is printed or not and the conditions for printing. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-77 DP120F/DP125F Function Settings...
  • Page 144 Determines if transmission result report is printed if the user cancels the job. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-78 March 2000 © TOSHIBA TEC...
  • Page 145 0: No 1: Yes Recording contents when Journal is output manually: Transmissions only Receptions only 10, 11: Transmissions/Receptions NG Handling on Journal Status: — 0: Print 1: Do not print — Undefined March 2000 © TOSHIBA TEC 4-79 DP120F/DP125F Function Settings...
  • Page 146 Selections determine whether or not OK or NG (failed) is added as a communication result on the journal. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-80 March 2000 © TOSHIBA TEC...
  • Page 147 Selections set speaker volume for the on-hook status or protocol monitor. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-81 DP120F/DP125F Function Settings...
  • Page 148 1: No reduction Discard setting of recording paper: 0: OFF 1: ON — Maximum reduction rate in vertical reduction: 0: 90% 1: 73% — Reduction in horizontal reduction: 0: No reduction 1: Reduction DP120F/DP125F Function Settings 4-82 March 2000 © TOSHIBA TEC...
  • Page 149 1:1 down to reduction. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-83 DP120F/DP125F Function Settings...
  • Page 150 6 is set to 1 (ON). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR DP120F/DP125F Function Settings 4-84 March 2000 © TOSHIBA TEC...
  • Page 151 The selection makes ECM available or not available. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-85 DP120F/DP125F Function Settings...
  • Page 152 0: Not available 1: Available Collated Print setting: 0: Not available 1: Available Printer Power Saver Mode: 0: Not available 1: Available Department Code setting: 0: No 1: Yes Undefined — Undefined — DP120F/DP125F Function Settings 4-86 March 2000 © TOSHIBA TEC...
  • Page 153 This bit setting determines whether or not the department control function is avail- able. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-87 DP120F/DP125F Function Settings...
  • Page 154 1: Allowed — Department code in transmit header: 0: Not added 1: Add — Undefined Secure Reception function: 0: Prohibited 1: Allowed — Undefined — Quick Polling Communication: 0: Prohibited 1: Allowed DP120F/DP125F Function Settings 4-88 March 2000 © TOSHIBA TEC...
  • Page 155 This bits determines whether or not quick polling is carried out. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-89 DP120F/DP125F Function Settings...
  • Page 156 01: Automatic Reception 10: Undefined 11: Undefined — TTI off setting operation for user: 0: Disable 1: Enable — Transmission report off setting operation for user: 0: Disable 1: Enable — Undefined DP120F/DP125F Function Settings 4-90 March 2000 © TOSHIBA TEC...
  • Page 157 Enables or disables the Transmission Report print mode. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-91 DP120F/DP125F Function Settings...
  • Page 158 These bits determine the CI ring volume. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR DP120F/DP125F Function Settings 4-92 March 2000 © TOSHIBA TEC...
  • Page 159 FUNC 22 Bit 3 to 0: Sets the minimum number of redial attempts. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-93 DP120F/DP125F Function Settings...
  • Page 160 Sets the minimum time intervals between redials repeating the statement over again. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-94 March 2000 © TOSHIBA TEC...
  • Page 161 Line monitor for user mode: 0: OFF 1: ON Always monitoring the communication line: — 00: Not monitored 01: Monitored for Line 1 10: Monitored for Line 2 11: Monitored for Line 1 and 2 March 2000 © TOSHIBA TEC 4-95 DP120F/DP125F Function Settings...
  • Page 162 Sets the unit to monitor or not monitor the communication line. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-96 March 2000 © TOSHIBA TEC...
  • Page 163 0: Auto Selection 1: Lower Tray PCL Print Online/Offline Setting: 0: Offline 1: Online Letter Head Paper Setting: 000: 001: Upper Tray 010: Middle/Lower Tray 011: Lower Tray 100-110: Undefined 111: Bypass Tray March 2000 © TOSHIBA TEC 4-97 DP120F/DP125F Function Settings...
  • Page 164 These bits select the Letter Head Paper Tray Option. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR DP120F/DP125F Function Settings 4-98 March 2000 © TOSHIBA TEC...
  • Page 165 0100: 4800 bps 0101: 12000 bps (V.17) 0110: Undefined 0111: Undefined 1000: 9600 bps 1001: 9600 bps (V.17) 1011: Undefined 1100: 7200 bps 1101: 7200 bps (V.17) 1110: Undefined 1111: Undefined March 2000 © TOSHIBA TEC 4-99 DP120F/DP125F Function Settings...
  • Page 166 These bits set the modem speed. The speed should be programmed when the tele- phone line quality is poor. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-100 March 2000 © TOSHIBA TEC...
  • Page 167 10: 2 times 11: 1 time Use of V.34 Modem for Line 1: — 0: Prohibited 1: Allowed V.34 Modem Initial Speed for Line 1: — 0: 28,800 bps 1: 33,600 bps March 2000 © TOSHIBA TEC 4-101 DP120F/DP125F Function Settings...
  • Page 168 Bit setting allows the user to choose the speed at which the V.34 modem operates. (Line 1) Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR DP120F/DP125F Function Settings 4-102 March 2000 © TOSHIBA TEC...
  • Page 169 Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-103 DP120F/DP125F Function Settings...
  • Page 170 100: Undefined 101: DD-MM-YYYY 110: YYYY-MM-DD 111: Undefined Month format of clock: 0: Numeric 1: Alphabets Time display of clock: 0: 24-hour system 1: 12-hour system Undefined — Undefined — Undefined — DP120F/DP125F Function Settings 4-104 March 2000 © TOSHIBA TEC...
  • Page 171 Bit setting allows the user to choose between the 24-hour or the 12-hour system. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-105 DP120F/DP125F Function Settings...
  • Page 172 Specified time setting to super power saver in automatic: 000000 to 111100 ... counts up for each minute. 000000: Soon 000001: 1 minute 000010: 2 minutes 111100: 60 minutes 1111XX: 60 minutes DP120F/DP125F Function Settings 4-106 March 2000 © TOSHIBA TEC...
  • Page 173 The time can be programmed for up to 60 minutes. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-107 DP120F/DP125F Function Settings...
  • Page 174 Determines whether the relay reception list is printed, and the conditions for printing. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-108 March 2000 © TOSHIBA TEC...
  • Page 175 A5 Size Transmission Report print after a Memory Transmission: — 0: Do not Print 1: Print Journal Print Page (Key default): 000: Do not Print 001: 50 communications 010: 100 communications 011: 150 communications 1XX: Undefined March 2000 © TOSHIBA TEC 4-109 DP120F/DP125F Function Settings...
  • Page 176 Sets the number of communication to be printed on Jounal (automatic print). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-110 March 2000 © TOSHIBA TEC...
  • Page 177 Languages in LCD display and report: 0000: English 0001: Italian 0010: Germany 0011: Spanish 0100: Belgium 0101: Dutch 0110: Swedish 0111: Finnish 1000: Norwegian 1001: Portuguese 1010: Danish 1011: French 1100: Quebec 1101-1111: Undefined March 2000 © TOSHIBA TEC 4-111 DP120F/DP125F Function Settings...
  • Page 178 These bits select the language for messages and list indication. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR DP120F/DP125F Function Settings 4-112 March 2000 © TOSHIBA TEC...
  • Page 179 Function Setting Undefined — Undefined — Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-113 DP120F/DP125F Function Settings...
  • Page 180 Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-114 March 2000 © TOSHIBA TEC...
  • Page 181 • FUNC 36 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-115 DP120F/DP125F Function Settings...
  • Page 182 • FUNC 37 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-116 March 2000 © TOSHIBA TEC...
  • Page 183 • FUNC 38 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-117 DP120F/DP125F Function Settings...
  • Page 184 • FUNC 39 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-118 March 2000 © TOSHIBA TEC...
  • Page 185: Pc Func

    Informing of communication journal to PC print 0: Do not inform 1: Inform — LDC Function: 0: Prohibited 1: Allowed — Printing Function: 0: Prohibited 1: Allowed — Scanner Function: 0: Prohibited 1: Allowed March 2000 © TOSHIBA TEC 4-119 DP120F/DP125F Function Settings...
  • Page 186 This switch allows or prohibits scanning directed from the PC. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-120 March 2000 © TOSHIBA TEC...
  • Page 187 PC at PC FAX reception. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-121 DP120F/DP125F Function Settings...
  • Page 188 Link with User Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-122 March 2000 © TOSHIBA TEC...
  • Page 189 This switch specifies the time intervals between retries in data transmission to the Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR March 2000 © TOSHIBA TEC 4-123 DP120F/DP125F Function Settings...
  • Page 190 Link with User Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-124 March 2000 © TOSHIBA TEC...
  • Page 191 • PC FUNC 5 Link with User Contents Function Setting — Undefined Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-125 DP120F/DP125F Function Settings...
  • Page 192 • PC FUNC 6 Link with User Contents Function Setting — Undefined Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-126 March 2000 © TOSHIBA TEC...
  • Page 193 • PC FUNC 7 Link with User Contents Function Setting — Undefined Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-127 DP120F/DP125F Function Settings...
  • Page 194 100: Level 4 101: Level 5 110: Level 6 111: Level 7 (Dark) Half Tone Setting: — 0: Enable 1: Disable Collate Copy Draft Setting: 0: Enable 1: Disable Undefined — DP120F/DP125F Function Settings 4-128 March 2000 © TOSHIBA TEC...
  • Page 195 HOME 0 Bit 1: This bit select the Collate Copy Option. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-129 DP120F/DP125F Function Settings...
  • Page 196 HOME 1 Bit 5: This bit select the Prohibit Memory Transmission Option. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT DP120F/DP125F Function Settings 4-130 March 2000 © TOSHIBA TEC...
  • Page 197 These bits determine the Reduce of Copies default setting. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT March 2000 © TOSHIBA TEC 4-131 DP120F/DP125F Function Settings...
  • Page 198 100: 1.3 sec. 101: 1.8 sec. 110: 2.5 sec. 111: 500 msec. Allowable gap during line current detection (PSTN): — 00: Off 01: 50 msec. 10: 100 msec. 11: 200 msec. DP120F/DP125F Function Settings 4-132 March 2000 © TOSHIBA TEC 01/12...
  • Page 199 When “BZT” is selected for “DTC/LCC for PSTN” in UAD 1, this setting is ignored. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-133 DP120F/DP125F Function Settings...
  • Page 200 111: No Check Maximum waiting time for dial tone: — 000: 20 sec. 001: 10 sec. 010: 8 sec. 011: 15 sec. 100: 3.3 sec. 101: Undefined 110: Undefined 111: Undefined DP120F/DP125F Function Settings 4-134 March 2000 © TOSHIBA TEC...
  • Page 201 If the dial tone is not detected and redial attempt or internal retry will be performed later. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-135 DP120F/DP125F Function Settings...
  • Page 202 100: 1.3 sec. 101: 1.8 sec. 110: 2.5 sec. 111: 500 msec. Allowable gap during line current detection (PABX): — 00: Off 01: 50 msec. 10: 100 msec. 11: 200 msec. DP120F/DP125F Function Settings 4-136 March 2000 © TOSHIBA TEC...
  • Page 203 Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-137 DP120F/DP125F Function Settings...
  • Page 204 111: No Check Maximum waiting time for dial tone: — 000: 20 sec. 001: 10 sec. 010: 8 sec. 011: 15 sec. 100: 3.3 sec. 101: Undefined 110: Undefined 111: Undefined DP120F/DP125F Function Settings 4-138 March 2000 © TOSHIBA TEC...
  • Page 205 If the dial tone is not detected and redial attempt or internal retry will be performed later. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-139 DP120F/DP125F Function Settings...
  • Page 206 — 0: No check 1: Check Dial T1 timer: — 000: 60 sec. 001: 35 sec. 010: 90 sec. 011: 55 sec. 100: 145 sec. 101: Undefined 110: Undefined 111: Undefined DP120F/DP125F Function Settings 4-140 March 2000 © TOSHIBA TEC...
  • Page 207 Sets the value of the T1 timer in the calling terminal. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-141 DP120F/DP125F Function Settings...
  • Page 208: Undefined

    • The number of T1 time-out in automatic dialing is counted (manual dialing not included). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-142 March 2000 © TOSHIBA TEC...
  • Page 209: Undefined

    1: Enable Dial Retry Counter: — 0000 to 1110 ... counts up for each time. 0000: No redialing 0001: 1 time 0010: 2 times 0011: 3 times 1110: 14 times 1111: Reserved March 2000 © TOSHIBA TEC 4-143 DP120F/DP125F Function Settings...
  • Page 210 These bits program the number of redial times. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-144 March 2000 © TOSHIBA TEC...
  • Page 211: Undefined

    These bits programs the switch time when a pause is entered as a part of a dial number. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-145 DP120F/DP125F Function Settings...
  • Page 212: Undefined

    1: Enable Undefined — Interval between redialing attempts: — 0001 to 1111 ... counts up for each minute. 0000: default (3 minutes) 0001: 1 minute 0010: 2 minutes 1111: 15 minutes DP120F/DP125F Function Settings 4-146 March 2000 © TOSHIBA TEC...
  • Page 213 UAD 8 Bits 3 to 0: These bits program the redial intervals. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-147 DP120F/DP125F Function Settings...
  • Page 214 101: Undefined 110: Undefined 111: Undefined MF Timing: — 000: 80/80 msec. 001: 70/70 msec. 010: 70/150 msec. 011: 60/60 msec. 100: 80/100 msec. 101: 150/50 msec. 110: 150/240 msec. 111: Undefined DP120F/DP125F Function Settings 4-148 March 2000 © TOSHIBA TEC...
  • Page 215 Sets the tone on and tone off times for tone dialing (MF). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-149 DP120F/DP125F Function Settings...
  • Page 216 These bits program the attenuator value for the MF signal. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-150 March 2000 © TOSHIBA TEC...
  • Page 217 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-151 DP120F/DP125F Function Settings...
  • Page 218 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-152 March 2000 © TOSHIBA TEC...
  • Page 219 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-153 DP120F/DP125F Function Settings...
  • Page 220 Sets the dial tone’s attenuation detection level during reception (PABX). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-154 March 2000 © TOSHIBA TEC...
  • Page 221 — Undefined — Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-155 DP120F/DP125F Function Settings...
  • Page 222 These bits program busy tone signal OFF time. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-156 March 2000 © TOSHIBA TEC...
  • Page 223 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-157 DP120F/DP125F Function Settings...
  • Page 224 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-158 March 2000 © TOSHIBA TEC...
  • Page 225 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-159 DP120F/DP125F Function Settings...
  • Page 226 This bit sets the dialing method for Line 1 (DP/MF). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-160 March 2000 © TOSHIBA TEC...
  • Page 227 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-161 DP120F/DP125F Function Settings...
  • Page 228 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-162 March 2000 © TOSHIBA TEC...
  • Page 229 100: 1.3 sec. 101: 1.8 sec. 110: 2.5 sec. 111: 500 msec. Allowable gap during line current detection (PSTN): — 00: Off 01: 50 msec. 10: 100 msec. 11: 200 msec. March 2000 © TOSHIBA TEC 4-163 DP120F/DP125F Function Settings 01/12...
  • Page 230 When “BZT” is selected for “DTC/LCC for PSTN” in 2UAD 1, this setting is ignored. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-164 March 2000 © TOSHIBA TEC...
  • Page 231 111: No Check Maximum waiting time for dial tone: — 000: 20 sec. 001: 10 sec. 010: 8 sec. 011: 15 sec. 100: 3.3 sec. 101: Undefined 110: Undefined 111: Undefined March 2000 © TOSHIBA TEC 4-165 DP120F/DP125F Function Settings...
  • Page 232 If the dial tone is not detected and redial attempt or internal retry will be performed later. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-166 March 2000 © TOSHIBA TEC...
  • Page 233 100: 1.3 sec. 101: 1.8 sec. 110: 2.5 sec. 111: 500 msec. Allowable gap during line current detection (PABX): — 00: Off 01: 50 msec. 10: 100 msec. 11: 200 msec. March 2000 © TOSHIBA TEC 4-167 DP120F/DP125F Function Settings...
  • Page 234 Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-168 March 2000 © TOSHIBA TEC...
  • Page 235 111: No Check Maximum waiting time for dial tone: — 000: 20 sec. 001: 10 sec. 010: 8 sec. 011: 15 sec. 100: 3.3 sec. 101: Undefined 110: Undefined 111: Undefined March 2000 © TOSHIBA TEC 4-169 DP120F/DP125F Function Settings...
  • Page 236 If the dial tone is not detected and redial attempt or internal retry will be performed later. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-170 March 2000 © TOSHIBA TEC...
  • Page 237 — 0: No check 1: Check Dial T1 timer: — 000: 60 sec. 001: 35 sec. 010: 90 sec. 011: 55 sec. 100: 145 sec. 101: Undefined 110: Undefined 111: Undefined March 2000 © TOSHIBA TEC 4-171 DP120F/DP125F Function Settings...
  • Page 238 Sets the value of the T1 timer in the calling terminal. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-172 March 2000 © TOSHIBA TEC...
  • Page 239: Undefined

    • The number of T1 time-out in automatic dialing is counted (manual dialing not included). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-173 DP120F/DP125F Function Settings...
  • Page 240: Undefined

    1: Enable Dial Retry Counter: — 0000 to 1110 ... counts up for each time. 0000: No redialing 0001: 1 time 0010: 2 times 0011: 3 times 1110: 14 times 1111: Reserved DP120F/DP125F Function Settings 4-174 March 2000 © TOSHIBA TEC...
  • Page 241 These bits program the number of redial times. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-175 DP120F/DP125F Function Settings...
  • Page 242: Undefined

    These bits programs the switch time when a pause is entered as a part of a dial number. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-176 March 2000 © TOSHIBA TEC...
  • Page 243: Undefined

    1: Enable Undefined — Interval between redialing attempts: — 0001 to 1111 ... counts up for each minute. 0000: default (3 minutes) 0001: 1 minute 0010: 2 minutes 1111: 15 minutes March 2000 © TOSHIBA TEC 4-177 DP120F/DP125F Function Settings...
  • Page 244 2UAD 8 Bits 3 to 0: These bits program the redial intervals. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-178 March 2000 © TOSHIBA TEC...
  • Page 245 101: Undefined 110: Undefined 111: Undefined MF Timing: — 000: 80/80 msec. 001: 70/70 msec. 010: 70/150 msec. 011: 60/60 msec. 100: 80/100 msec. 101: 150/50 msec. 110: 150/240 msec. 111: Undefined March 2000 © TOSHIBA TEC 4-179 DP120F/DP125F Function Settings...
  • Page 246 Sets the tone on and tone off times for tone dialing (MF). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-180 March 2000 © TOSHIBA TEC...
  • Page 247 These bits program the attenuator value for the MF signal. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-181 DP120F/DP125F Function Settings...
  • Page 248 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-182 March 2000 © TOSHIBA TEC...
  • Page 249 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-183 DP120F/DP125F Function Settings...
  • Page 250 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-184 March 2000 © TOSHIBA TEC...
  • Page 251 Sets the dial tone’s attenuation detection level during reception (PABX). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-185 DP120F/DP125F Function Settings...
  • Page 252 — Undefined — Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-186 March 2000 © TOSHIBA TEC...
  • Page 253 These bits program busy tone signal OFF time. Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-187 DP120F/DP125F Function Settings...
  • Page 254 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-188 March 2000 © TOSHIBA TEC...
  • Page 255 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-189 DP120F/DP125F Function Settings...
  • Page 256 Link with User Contents Function Setting Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-190 March 2000 © TOSHIBA TEC...
  • Page 257 This bit programs the dialing method for Line 2 (DP/MF). Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-191 DP120F/DP125F Function Settings...
  • Page 258 Contents Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB BE NL ES AT CH SE DK NO PT FR AU DP120F/DP125F Function Settings 4-192 March 2000 © TOSHIBA TEC...
  • Page 259 Function Setting Undefined — Undefined — Default table US TYPE EUR TYPE BIT US TW SG HK DE GB IT BE NL ES AT CH SE DK NO PT FR AU March 2000 © TOSHIBA TEC 4-193 DP120F/DP125F Function Settings...
  • Page 260 Chapter 5 Mechanical Description 1. Basic Components ..................5-1 2. Transmission Section ................5-2 Actions of Transmission Section ..............5-2 Components of Transmission Section ............5-4 3. Reception Section ..................5-8 Actions of Reception Section ................. 5-8 Components of Reception Section ..............5-9 Laser Scanner Area ..................
  • Page 261: Basic Components

    Optional recording paper trays (Mid-row and Lower-row) and Optional bypass tray, as in the figure below. Operation panel assembly 05-01-01a Transmission section Optional bypass tray Reception section Optional recording paper tray (Mid-row) Optional recording paper tray (Lower-row) 05-01-01b Fig. 5-1-1 March 2000 © TOSHIBA TEC DP120F/DP125F Mechanical Description...
  • Page 262: Transmission Section

    However, normal feeding is not performed when the friction between the pages is exces- sive. In this case, document jams may occur or multiple pages may be fed together. DP120F/DP125F Mechanical Description March 2000 © TOSHIBA TEC...
  • Page 263 Document position sensor Document Pinch roller ADF unit White plate Document sensor Pinch roller Kick roller ADF roller TX drive roller R TX drive roller L CIS unit 05-02-01 Fig. 5-2-1 March 2000 © TOSHIBA TEC DP120F/DP125F Mechanical Description...
  • Page 264: Components Of Transmission Section

    This roller is driven by the TX motor. The feed speed by the Kick roller is slower than the ADF roller. Accordingly, a one-way clutch is attached to the Kick roller, to allow the Kick roller to turn freely in one direction. DP120F/DP125F Mechanical Description March 2000 © TOSHIBA TEC...
  • Page 265 During a multi-page transmission, the bottom edge of the last page detects the end of the transmission. March 2000 © TOSHIBA TEC DP120F/DP125F Mechanical Description...
  • Page 266 • Pinch roller The Pinch rollers are pressed against the TX drive rollers L and R to assist feeding. The Pinch rollers are driven by the rotation of the TX drive rollers. DP120F/DP125F Mechanical Description March 2000 © TOSHIBA TEC...
  • Page 267 (As for resolution, etc., Refer to Page 2-2.) The light emitted by LEDs strikes the surface of the document and reflects through the Lens array and is read by the Sensor array. March 2000 © TOSHIBA TEC DP120F/DP125F Mechanical Description...
  • Page 268: Reception Section

    Paper pickup roller, a paper jam error is detected. Developer assembly Drum unit Fuser Feed direction Optional bypass tray Recording paper tray Optional recording paper tray Recording paper 05-03-01 Fig. 5-3-1 DP120F/DP125F Mechanical Description March 2000 © TOSHIBA TEC...
  • Page 269: Components Of Reception Section

    One of the three Paper size sensors is turned on by the Paper guide B in the Recording paper tray and detects the size of paper loaded in the tray. The sensors are located in the rear of the tray base. (Refer to page 6-11.) March 2000 © TOSHIBA TEC DP120F/DP125F Mechanical Description...
  • Page 270 The Paper pickup roller supplies the recording paper from the Recording paper tray. The roller is driven by the Main motor assembly, but the timing of its rotation is controlled by the Paper pickup solenoid. DP120F/DP125F Mechanical Description 5-10 March 2000 © TOSHIBA TEC...
  • Page 271 One of the three switches for the Paper size sensor is turned on by the slide lever in the Bypass tray and detects the size of paper loaded in the Bypass tray. The sensor is located on the right side of the machine. March 2000 © TOSHIBA TEC 5-11 DP120F/DP125F Mechanical Description...
  • Page 272: Laser Scanner Area

    Each time the Start sensor receives the laser beam, it sends a signal to the Main PBA. The Main PBA uses this signal to determine the print start position of each line. DP120F/DP125F Mechanical Description 5-12 March 2000 © TOSHIBA TEC...
  • Page 273 The positive holes, with their positive load, may be regarded as the “skin” that is cast off after the transfer of electrons into the semiconductor. 05-03-06 Fig. 5-3-6 March 2000 © TOSHIBA TEC 5-13 DP120F/DP125F Mechanical Description...
  • Page 274 (the shaded areas) form reflecting surfaces. (These two reflecting surfaces will be hereafter referred to as the “junction area.”) 05-03-08 Fig. 5-3-8 DP120F/DP125F Mechanical Description 5-14 March 2000 © TOSHIBA TEC...
  • Page 275 The laser diode generates a laser beam when a current that equals or is greater than the stipulated value (I th) flows. I th Laser driving current 05-03-09 Fig. 5-3-9 March 2000 © TOSHIBA TEC 5-15 DP120F/DP125F Mechanical Description...
  • Page 276 05-03-10 Fig. 5-3-10 Therefore, the laser beam should be converted into parallel light by the Collimator lens. Semiconductor laser element Laser beam Aperture surface Collimator lens 05-03-11 Fig. 5-3-11 DP120F/DP125F Mechanical Description 5-16 March 2000 © TOSHIBA TEC...
  • Page 277 Main PBA scans 1 line on the drum not being rotated. With this facsimile, toner is attracted to the area where the laser beam strikes the drum. PRINTING IMAGE Black level White level (Laser is ON) (Laser is OFF) 05-03-13 Fig. 5-3-13 March 2000 © TOSHIBA TEC 5-17 DP120F/DP125F Mechanical Description...
  • Page 278 Reflecting mirror 2 Polygon mirror Reflecting mirror 1 Fθ lens Drum 05-03-14 Fig. 5-3-14 Following shows an example of the laser beam raster scanning to form a character “A.” 05-03-15 Fig. 5-3-15 DP120F/DP125F Mechanical Description 5-18 March 2000 © TOSHIBA TEC...
  • Page 279 The rotation starts when the Polygon driver receives the Polygon motor drive signal from the Main PBA. Then, when the rotation speed of the Polygon motor becomes stable, the polygon driver sends the Polygon motor synchronous signal to the Main PBA. 05-03-16 Fig. 5-3-16 March 2000 © TOSHIBA TEC 5-19 DP120F/DP125F Mechanical Description...
  • Page 280: Print Area

    The electrostatic discharge process, electrostatic charge process and developer pro- cess are done in the Developer assembly with Drum unit, and is shown below. Charger Discharge lamp Laser beam Developer assembly Drum Discharger Fuser Transfer charger 05-03-17 Fig. 5-3-17 DP120F/DP125F Mechanical Description 5-20 March 2000 © TOSHIBA TEC...
  • Page 281 By using the corona discharge, a negative charge is applied equally over the drum sur- face. A grid is used to ensure that the negative charge is applied to the drum evenly. Charger Charger wire Grid OPC drum 05-03-19 Fig. 5-3-19 March 2000 © TOSHIBA TEC 5-21 DP120F/DP125F Mechanical Description...
  • Page 282 The characteristics of the OPC drum to generate a charge reacts to all light sources, not only a laser beam, and controls the life of the drum. Time (t) Laser ON Laser OFF -500 05-03-21 Fig. 5-3-21 DP120F/DP125F Mechanical Description 5-22 March 2000 © TOSHIBA TEC...
  • Page 283 The main components of toner are magnetic powder and resin, and are given a negative charge by the friction. Therefore, the toner adheres to the drum on the areas which have been irradiated by the laser beam and so creates a visible image. March 2000 © TOSHIBA TEC 5-23 DP120F/DP125F Mechanical Description...
  • Page 284 This process is used to prevent an occurrence of print quality problem (black or white spots, etc.) which might be seen on paper with higher resistance, such as transparencies. OPC drum Toner Recording paper Discharge wire 05-03-24 Fig. 5-3-24 DP120F/DP125F Mechanical Description 5-24 March 2000 © TOSHIBA TEC...
  • Page 285 To prevent winding or creasing of the recording paper, the Fuser cleaner contains silicon oil. The oil is applied to the Heat roller in small quantities each time the roller turns. March 2000 © TOSHIBA TEC 5-25 DP120F/DP125F Mechanical Description...
  • Page 286 Drum unit by the Toner feed roller. This cleaning process is done in the Drum unit. Cleaning blade Toner OPC drum Toner feed roller 05-03-26 Fig. 5-3-26 DP120F/DP125F Mechanical Description 5-26 March 2000 © TOSHIBA TEC...
  • Page 287 Chapter 6 PBA Outline and Sensor Functions 1. Electrical Components................6-1 2. PC Board Layout ..................6-2 3. Connector Layout of PC Board ..............6-3 MAIN PBA ...................... 6-3 NCU PBA ....................... 6-4 MOTHER PBA ....................6-5 LVPS....................... 6-5 HVPS ......................6-6 DOCUMENT SENSOR PBA ................
  • Page 288: Electrical Components

    Power supply section: LVPS (Generation of supply voltages for the logic system and drive system and power supply delivery to the fuser) HVPS PBA (HVPS delivery for charging, development, and transfer) March 2000 © TOSHIBA TEC DP120F/DP125F PBA Outline and Sensor Function...
  • Page 289: Pc Board Layout

    MODEM PBA (DP120F: Option/ DP125F: Standard) MEMORY PBA (Option for DP120F) OPTIONAL TRAY PBA (Middle - row: Option) MOTHER PBA OPTIONAL TRAY PBA (Lower - row: Option) Fig. 6-2-1 06-02-01 DP120F/DP125F PBA Outline and Sensor Function March 2000 © TOSHIBA TEC...
  • Page 290: Connector Layout Of Pc Board

    3. Connector Layout of PC Board MAIN PBA Fig. 6-3-1 06-03-01 NOTE: CN7 is mounted on the DP120F Main PBA only. March 2000 © TOSHIBA TEC DP120F/DP125F PBA Outline and Sensor Function...
  • Page 291: Ncu Pba

    NCU PBA • US/CA/TW models Fig. 6-3-2 06-03-02 • EU/AU/ASIA/HK models Fig. 6-3-3 06-03-03 DP120F/DP125F PBA Outline and Sensor Function March 2000 © TOSHIBA TEC...
  • Page 292: Mother Pba

    MOTHER PBA Fig. 6-3-4 06-03-04 LVPS 06-03-05 Fig. 6-3-5 March 2000 © TOSHIBA TEC DP120F/DP125F PBA Outline and Sensor Function...
  • Page 293: Hvps

    HVPS Fig. 6-3-6 06-03-06 DOCUMENT SENSOR PBA 06-03-07 Fig. 6-3-7 DP120F/DP125F PBA Outline and Sensor Function March 2000 © TOSHIBA TEC...
  • Page 294: Pc I/F Pba

    PC I/F PBA Fig. 6-3-8 06-03-08 March 2000 © TOSHIBA TEC DP120F/DP125F PBA Outline and Sensor Function...
  • Page 295: Optional Tray Pba

    OPTIONAL TRAY PBA Fig. 6-3-9 06-03-09 TEL PBA (US/CA models only) Fig. 6-3-10 06-03-10 DP120F/DP125F PBA Outline and Sensor Function March 2000 © TOSHIBA TEC...
  • Page 296: Modem Pba

    3.10 MODEM PBA 06-03-11 Fig. 6-3-11 3.11 MEMORY PBA Fig. 6-3-12 06-03-12 March 2000 © TOSHIBA TEC DP120F/DP125F PBA Outline and Sensor Function...
  • Page 297: Sensors

    Sensor Layout (1/3) Scanner cover open switch Document sensor Top cover open switch Document position sensor 06-04-01 Fig. 6-4-1 DP120F/DP125F PBA Outline and Sensor Function 6-10 March 2000 © TOSHIBA TEC...
  • Page 298: Sensor Layout

    Optional paper size sensor 2 size sensor 0 Paper size Paper size sensor 2 sensor 0 Optional paper size sensor 1 Paper size sensor 1 Fig. 6-4-2 06-04-02 March 2000 © TOSHIBA TEC 6-11 DP120F/DP125F PBA Outline and Sensor Function...
  • Page 299 Sensor Layout (3/3) Toner empty sensor Paper exit sensor Bypass tray paper empty sensor Bypass tray paper size sensor Paper feed sensor 06-04-03 Fig. 6-4-3 DP120F/DP125F PBA Outline and Sensor Function 6-12 March 2000 © TOSHIBA TEC...
  • Page 300: Table Of Sensors

    Bypass tray paper FIG. 6-4-3 SCPS0-2 Micro-switch Detection of recording — size sensor paper size in the bypass tray (LT, A4, LG) March 2000 © TOSHIBA TEC 6-13 DP120F/DP125F PBA Outline and Sensor Function...
  • Page 301: Functions Of Each Sensor

    In case the sensor stays on even a fixed time after the transport of the document has started, a document jam will be assumed. DP120F/DP125F PBA Outline and Sensor Function 6-14 March 2000 © TOSHIBA TEC...
  • Page 302 When the actuator of the sensor is pushed up by the recording paper to turn on the sensor, the loading of recording paper will be detected. March 2000 © TOSHIBA TEC 6-15 DP120F/DP125F PBA Outline and Sensor Function...
  • Page 303 When all the three paper size sensors are off, it will be judged that there is no recording paper tray. Paper guide set position HIGH HIGH HIGH HIGH HIGH HIGH No recording paper tray HIGH HIGH HIGH DP120F/DP125F PBA Outline and Sensor Function 6-16 March 2000 © TOSHIBA TEC...
  • Page 304 In case the sensor stays on even a fixed time after the sensor has been turned on, a paper jam will be assumed. March 2000 © TOSHIBA TEC 6-17 DP120F/DP125F PBA Outline and Sensor Function...
  • Page 305 While the top cover open sensor is off, a power supply voltage of 24VSW delivered from the LVPS and the AC voltage delivered to the fuser are cut off. DP120F/DP125F PBA Outline and Sensor Function 6-18 March 2000 © TOSHIBA TEC...
  • Page 306 When the actuator of the sensor is pushed up by recording paper in the bypass tray to turn on the sensor, the recording paper placed will be detected. March 2000 © TOSHIBA TEC 6-19 DP120F/DP125F PBA Outline and Sensor Function...
  • Page 307 This detects the size (LT, A4, LG or Other) of recording paper placed in the bypass tray. Paper size select plate set position SCPS0 SCPS1 SCPS2 HIGH HIGH HIGH Other HIGH HIGH HIGH DP120F/DP125F PBA Outline and Sensor Function 6-20 March 2000 © TOSHIBA TEC...
  • Page 308 Chapter 7 Circuit Description 1. Outline ......................7-1 Circuit Connection Diagram ................7-1 Block Diagram ....................7-7 PBA Major Device Diagrams ................7-8 Power Supply Table ..................7-10 2. Flow of Image Signals ................7-11 Facsimile Transmission .................. 7-11 Facsimile Reception ..................7-13 Copy .......................
  • Page 309 4. NCU PBA ..................... 7-77 Line Path Switching Control Circuit ..............7-79 Dial Pulse Generation Circuit ................. 7-81 Line Current Detect Circuit ................7-83 CI Detect Circuit ..................... 7-85 Line Monitor Circuit ..................7-87 Hook Detect Circuit (US/CA models only) ............7-90 5.
  • Page 310: Outline

    This section outlines the entire circuitry using the circuit connection diagrams, the block diagram the major device diagram of each PBA, and the table of power supplies. 1.1 Circuit Connection Diagram US/CA/TW models (1/3) 07-01-01 Fig. 7-1-1 March 2000 © TOSHIBA TEC DP120F/DP125F Circuit Description...
  • Page 311 US/CA/TW models (2/3) 07-01-02 Fig. 7-1-2 DP120F/DP125F Circuit Description March 2000 © TOSHIBA TEC...
  • Page 312 US/CA/TW models (3/3) 07-01-03 Fig. 7-1-3 March 2000 © TOSHIBA TEC DP120F/DP125F Circuit Description...
  • Page 313 EU/AU/ASIA/HK models (1/3) 07-01-01E Fig. 7-1-4 DP120F/DP125F Circuit Description March 2000 © TOSHIBA TEC...
  • Page 314 EU/AU/ASIA/HK models (2/3) 07-01-02E Fig. 7-1-5 March 2000 © TOSHIBA TEC DP120F/DP125F Circuit Description...
  • Page 315 EU/AU/ASIA/HK models (3/3) 07-01-03E Fig. 7-1-6 DP120F/DP125F Circuit Description March 2000 © TOSHIBA TEC...
  • Page 316: Block Diagram

    1.2 Block Diagram 07-01-10 Fig. 7-1-7 March 2000 © TOSHIBA TEC DP120F/DP125F Circuit Description...
  • Page 317: Pba Major Device Diagrams

    1.3 PBA Major Device Diagrams (1/2) MAIN PBA 07-01-04 Fig. 7-1-8 NCU PBA (EU/AU/ASIA/HK) NCU PBA (US/CA/TW) 07-01-05E Fig. 7-1-10 07-01-05 Fig. 7-1-9 DP120F/DP125F Circuit Description March 2000 © TOSHIBA TEC...
  • Page 318 1.3 PBA Major Device Diagrams (2/2) OPTIONAL TRAY PBA 07-01-06 Fig. 7-1-11 MEMORY PBA MODEM PBA (Option for DP120F only) 07-01-08 Fig. 7-1-13 07-01-07 Fig. 7-1-12 March 2000 © TOSHIBA TEC DP120F/DP125F Circuit Description...
  • Page 319: Power Supply Table

    3.3V power supply for Main PBA logic 3.3VB +3.3 3.3V buck up Battery Main PBA Signal ground LVPS Analog ground LVPS Power ground LVPS 24VSW +12V -12V +18V 5VLSU 3.3V R12V -R12V -R5V DP120F/DP125F Circuit Description 7-10 March 2000 © TOSHIBA TEC...
  • Page 320: Flow Of Image Signals

    07-02-01 Fig. 7-2-1 March 2000 © TOSHIBA TEC 7-11 DP120F/DP125F Circuit Description...
  • Page 321 PTC GA where it is coded to data in the JBIG format. Then the JBIG coded data is transferred to the SYS-DRAM (DP120F: IC34, IC41/DP125F: IC46). This allows the coded data for all the documents for transmission to be stored in the SYS-DRAM.
  • Page 322: Facsimile Reception

    NCU PBA. The analog data is demodulated to coded data by the MODEM. Then the coded data is transferred to the SYS-DRAM (DP120F: IC34, IC41/DP125F: IC46). The coded data is transferred to the CODEC (IC51) through the CODEC interface of the PTC GA (IC45) where it is decoded to raster data.
  • Page 323: Copy

    There are the following two copy modes: the normal copy mode in which the documents placed are printed one by one and the sort copy mode in which all the documents read are stored in memory before being printed. 07-02-03 Fig. 7-2-3 DP120F/DP125F Circuit Description 7-14 March 2000 © TOSHIBA TEC...
  • Page 324 PTC GA where it is coded to data in the JBIG format. Then the JBIG coded data is transferred to the SYS-DRAM (DP120F: IC34, IC41/DP125F: IC46). This allows the coded data for all the documents for copying to be stored in the SYS-DRAM.
  • Page 325: Pc Interface

    PC, the PC facsimile reception mode in which the data received is read by the PC, and the GDI print mode in which the data sent from the PC is printed. 2.4.1 PC Scanner 07-02-04 Fig. 7-2-4 DP120F/DP125F Circuit Description 7-16 March 2000 © TOSHIBA TEC...
  • Page 326 PTC GA where it is coded to data in the JBIG format. Then the JBIG coded data is transferred to the SYS-DRAM (DP120F: IC34, IC41/DP125F: IC46). This allows the coded data for all the documents scanned to be stored in the SYS-DRAM.
  • Page 327 PC is transmitted page by page and the PC indirect transmission mode in which all the document data is read and stored in memory before being transmitted. 07-02-05 Fig. 7-2-5 DP120F/DP125F Circuit Description 7-18 March 2000 © TOSHIBA TEC...
  • Page 328 The raster data is transferred to the CODEC where it is coded to data in the JBIG format. Then the JBIG coded data is transferred to the SYS-DRAM (DP120F: IC34, IC41/DP125F: IC46). This allows the coded data for all the documents for transmission to be stored in the SYS-DRAM.
  • Page 329 NCU PBA. The analog data is demodulated to coded data by the MODEM. Then the coded data is transferred to the SYS-DRAM (DP120F: IC34, IC41/DP125F: IC46). The coded data is transferred to the CODEC (IC51) through the CODEC interface of the PTC GA (IC45) where it is decoded to raster data.
  • Page 330 The raster data is converted to print data by the PTC interface and sent to the LSU. The LSU is driven according to the received print data for printing on the recording paper. March 2000 © TOSHIBA TEC 7-21 DP120F/DP125F Circuit Description...
  • Page 331: Pcl Print

    The raster data is converted to print data by the PTC interface and sent to the LSU. The LSU is driven according to the received print data for printing on the recording paper. DP120F/DP125F Circuit Description 7-22 March 2000 © TOSHIBA TEC...
  • Page 332: Network Interface

    GD-1040: IFAX PBA) which transmits or receives document data as an attached file in emailing by using Internet. This section describes the flow of image signals for Internet fax transmission and reception. 2.6.1 Internet Fax Transmission 07-02-09 Fig. 7-2-9 March 2000 © TOSHIBA TEC 7-23 DP120F/DP125F Circuit Description...
  • Page 333 PTC GA where it is coded to data in the JBIG format. Then the JBIG coded data is transferred to the SYS-DRAM (DP120F: IC34, IC41/DP125F: IC46). This allows the coded data for all the documents scanned to be stored in the SYS-DRAM.
  • Page 334 The raster data is transferred to the CODEC (IC51) where it is coded to data in the JBIG format. Then the JBIG coded data is transferred to the SYS-DRAM (DP120F: IC34, IC41/DP125F: IC46). This allows all the coded data received to be stored in the SYS- DRAM.
  • Page 335: Main Pba

    • Drum unit and Developer assembly detection • CODEC (MH, MR, MMR, JBIG) control • TX motor control • Top cover open detection • Scanner cover open detection • PC interface • Generation of print clocks DP120F/DP125F Circuit Description 7-26 March 2000 © TOSHIBA TEC...
  • Page 336 • MG motor control • Fan motor control • HVPS control • Optional paper tray interface Sub-CPU (IC37) • System control in Super Power Save mode • LVPS control • LED control March 2000 © TOSHIBA TEC 7-27 DP120F/DP125F Circuit Description...
  • Page 337: Memory Circuit

    3.1 Memory Circuit 07-03-01 Fig. 7-3-1 DP120F/DP125F Circuit Description 7-28 March 2000 © TOSHIBA TEC...
  • Page 338 (D0-15) and address bus (A1-15). IC34 and IC41 (installed on the DP120F only) are 16M-bit DRAM’s and used for storing image data and as a CPU work memory and a transmit/receive data buffer. These DRAM’s are backed up by the nickel-hydrogen battery.
  • Page 339 DP125F 8192KB 7008KB 160KB 256KB 768KB 8192KB DP120F 4096KB 2912KB 160KB 256KB 768KB 8192KB Option memory is not installed DP120F 8192KB 7008KB 160KB 256KB 768KB 8192KB Option memory (4MB) is installed DP120F/DP125F Circuit Description 7-30 March 2000 © TOSHIBA TEC...
  • Page 340: Scanning Control Circuit

    LED Array Lighting Signal XCLK CIS Drive Clock Line Synchronizing Signal Analog Image Data MVSCK Image Data Transfer Clock PTC GA MVSENX Image Enable Signal PTC GA MVSDA Serial Image Data PTC GA March 2000 © TOSHIBA TEC 7-31 DP120F/DP125F Circuit Description...
  • Page 341: Lsu Drive Circuit

    The PTC GA reads the image data stored in the DRAM where it is converted to a LDATA signal and outputs it to the EET. The EET performs smoothing on LDATA and converts it to VDIN before outputting it to the PTC DP120F/DP125F Circuit Description 7-32 March 2000 © TOSHIBA TEC...
  • Page 342 Laser Enable Signal LDATA Print Data VDIN EET Print Data PTC GA VDOUT LSU Exposure Data UFEO LSU Horizontal Synchronizing Signal MT2C0 LSU Sample/Hold Clock Signal IC262 LSUSH LSU Sample/Hold Signal March 2000 © TOSHIBA TEC 7-33 DP120F/DP125F Circuit Description...
  • Page 343: Fuser Control Circuit

    Signal Name Type Active Description Destination ATH1 Thermistor Measured Temperature Thermistor Information ADCDO A/D Converter Digital Output Signal PTC GA HTON Heater Tube on Signal Heater tube DP120F/DP125F Circuit Description 7-34 March 2000 © TOSHIBA TEC...
  • Page 344: Reset Circuit

    ROUTX signal to go LOW. This causes the system to be reset in the same manner as when the power is turned on. Signal Name Type Active Description Destination PWRESETX Power on Reset Signal RESETX Reset Signal Each IC ROUTX Watchdog Reset Signal March 2000 © TOSHIBA TEC 7-35 DP120F/DP125F Circuit Description...
  • Page 345: Super Power Save Circuit

    3.6 Super Power Save Circuit Main PWB No. HBJB0008405 07-03-06 Fig. 7-3-6-1 Main PWB No. HBJB0008406/HBJB0008407 07-03-06-2 Fig. 7-3-6-2 DP120F/DP125F Circuit Description 7-36 March 2000 © TOSHIBA TEC...
  • Page 346 PWSV signal to go LOW to cut off the supply of power to other than the super power save circuit. This allows the machine to be placed in the super power save mode to light the power save LED. March 2000 © TOSHIBA TEC 7-37 DP120F/DP125F Circuit Description...
  • Page 347 Then it causes the PWSV signal to be LOW to cut off the supply of power from the LVPS to other than the super power save circuit. This allows the super power save state to be assumed to light the power save LED. DP120F/DP125F Circuit Description 7-38 March 2000 © TOSHIBA TEC...
  • Page 348 I/OP-2 GA PWRSVLED Power Save LED Lighting Signal Operation panel PBA CIREQ CI Request Signal I/OP-2 GA PWRSVREQ Power Save Request Signal I/OP-2 GA PWRSVKEY Key Input Detect Signal Operation panel PBA March 2000 © TOSHIBA TEC 7-39 DP120F/DP125F Circuit Description...
  • Page 349: Toner Empty Detect Circuit

    LOW to turn off the piezo-electric element. Signal Name Type Active Description Destination TONEREN Toner Empty Detect Start Signal Toner empty sensor Toner Empty Detect Signal IC55 TONERH Toner Empty Detect Amplify Signal A/D converter DP120F/DP125F Circuit Description 7-40 March 2000 © TOSHIBA TEC...
  • Page 350: Drum Unit Detect Circuit

    Signal Name Type Active Description Destination PUCHKON Drum Unit Detection Enable Signal Q272 Drum Unit Detect Signal A/D converter PROCHG Discharge Lamp Lighting/ Fuse Blow Signal Discharge Lamp Signal Drum unit March 2000 © TOSHIBA TEC 7-41 DP120F/DP125F Circuit Description...
  • Page 351: Main Motor Drive Circuit

    MMSYNC signal to be HIGH and outputs it to the I/OP-2 GA. This detects that the rotation of the main motor has been stabilized. Signal Name Type Active Description Destination MMON Main Motor Drive Signal MMSYNC Main Motor Drive Synchronizing Signal I/OP-2 GA DP120F/DP125F Circuit Description 7-42 March 2000 © TOSHIBA TEC...
  • Page 352: Tx Motor Drive Circuit

    Tx Motor A/B/AX/ BX Phase Signal IC70 AX, BX MT1C0, 1 Tx Motor Current Control 1/2 Signal Q2, 257 OTXA, B, Tx Motor Drive A/B/AX/ BX Phase Signal TX motor AX, BX March 2000 © TOSHIBA TEC 7-43 DP120F/DP125F Circuit Description...
  • Page 353: Mg Motor Drive Circuit

    The I/OP-2 GA causes the MGON signal to be HIGH to turn on Q12. This allows a power supply to be delivered to the MG motor for driving. Signal Name Type Active Description Destination MGON MG Motor Drive Signal DP120F/DP125F Circuit Description 7-44 March 2000 © TOSHIBA TEC...
  • Page 354: Fan Motor Drive Circuit

    Description Destination FANL Fan Motor Low Speed Signal Q255 FANH Fan Motor High Speed Signal Q254 FANPS Fan Motor Drive Signal Fan motor FANDET Fan Motor Connection Detect Signal A/D converter March 2000 © TOSHIBA TEC 7-45 DP120F/DP125F Circuit Description...
  • Page 355: Document Detect Circuit

    Signal Name Type Active Description Destination DDET Document Detect Signal I/OP-2 GA SCNP Document Position Detect Signal I/OP-2 GA DP120F/DP125F Circuit Description 7-46 March 2000 © TOSHIBA TEC...
  • Page 356: Paper Empty Detect Circuit

    This causes the PE signal to be LOW and input to the I/OP-2 GA to detect the presence of recording paper. Signal Name Type Active Description Destination Paper Empty Detect Signal I/OP-2 GA March 2000 © TOSHIBA TEC 7-47 DP120F/DP125F Circuit Description...
  • Page 357: Paper Size Detect Circuit

    Recording paper size HIGH HIGH HIGH HIGH HIGH HIGH No recording paper tray HIGH HIGH HIGH Signal Name Type Active Description Destination PS0-2 Paper Size Detect 0-2 Signals I/OP-2 GA DP120F/DP125F Circuit Description 7-48 March 2000 © TOSHIBA TEC...
  • Page 358: Paper Jam Detect Circuit

    HIGH within the specified time at this time, the occurrence of a recording paper jam will be assumed. Signal Name Type Active Description Destination FDS1 Paper Feed Sensor Detect Signal I/OP-2 GA FDS2 Paper Exit Sensor Detect Signal I/OP-2 GA March 2000 © TOSHIBA TEC 7-49 DP120F/DP125F Circuit Description...
  • Page 359: Paper Pickup Solenoid Drive Circuit

    The I/OP-2 GA causes the APF signal to be HIGH to turn on Q253. This allows the APF signal to be at GND level to drive the paper pickup solenoid for feeding the recording paper. Signal Name Type Active Description Destination Paper Pickup Solenoid Drive Signal Q253 DP120F/DP125F Circuit Description 7-50 March 2000 © TOSHIBA TEC...
  • Page 360: Scanner Cover Open Detect Circuit

    HIGH. Then, when the PTC GA detects that the cover is open, the message “SCANNER COVER OPEN” will be displayed on the LCD of the Operation panel PBA. Signal Name Type Active Description Destination DOOR Scanner Cover Open Detect Signal PTC GA March 2000 © TOSHIBA TEC 7-51 DP120F/DP125F Circuit Description...
  • Page 361: Top Cover Open Detect Circuit

    “TOP COVER OPEN” will be displayed on the LCD of the Operation panel PBA. DP120F/DP125F Circuit Description 7-52 March 2000 © TOSHIBA TEC...
  • Page 362 Upper data strobe signal (active-low) Causes the upper data bus data to be latched. LDSX Lower data strobe signal (active-low) Causes the lower data bus data to be latched. I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-53 DP120F/DP125F Circuit Description...
  • Page 363 Read signal for SRAM (IC30). MRDX Flash ROM read signal (active-low) Read signal for Flash ROM (IC13, IC20) and ROM on the Recovery ROM PBA. I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-54 March 2000 © TOSHIBA TEC...
  • Page 364 Bus ground acknowledge signal (active-low) Indicates the fact of becoming the bus master to the CPU (IC66). Bus request signal (active-low) Requests the CPU for bus control. I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-55 DP120F/DP125F Circuit Description...
  • Page 365 The PTC GA makes a request for DMA transfer with the PC interface. DSCDREQ DSC DMA request signal (active-low) The PTC GA makes a request for DMA transfer with the DSC. I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-56 March 2000 © TOSHIBA TEC...
  • Page 366 An interrupt signal from GF-1010 (NIC/Relay PBA) is input. (Interrupt level 3) MT2INT Motor interrupt signal 2 A motor interrupt signal from the PTC GA is input. (Interrupt level 6) I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-57 DP120F/DP125F Circuit Description...
  • Page 367 Read signal for PIX-DRAM (active-low) Reads data from PIX-DRAM. PWEX Write signal for PIX-DRAM (active-low) Writes data from PIX-DRAM. 122-125, PXD0-15 PIX-Data bus 127-130, 132-135, 137-140 I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-58 March 2000 © TOSHIBA TEC...
  • Page 368 The interrupt signal of the MODEM (IC5) is input. (Interrupt level 6) MDRRQ1 Line 1 MODEM receive data transfer request signal The MODEM makes a request to transfer receive data. I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-59 DP120F/DP125F Circuit Description...
  • Page 369 CPU interrupt request 0-2 signals (active-low) Request the CPU for interruption. DTACKX Data transfer acknowledge (active-low) Indicates the end of data transfer to the CPU. I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-60 March 2000 © TOSHIBA TEC...
  • Page 370 CODEC DMA request 1 signal The CODEC makes a request for DMA transfer. 41-48, 50-57 PMID0-15 CODEC output data bus Bus for data output to CODEC. I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-61 DP120F/DP125F Circuit Description...
  • Page 371 A/D converter data output Outputs digital data to the A/D converter. ADCSRX A/D converter status signal (active-low) The status signal of the A/D converter is input. I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-62 March 2000 © TOSHIBA TEC...
  • Page 372 Outputs exposure data for printing to the LSU. PCL synchronizing signal Synchronizing signal with GA-1020 (PCL PBA). PMCLK Polygon motor clock Drives the polygon motor in the LSU. I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-63 DP120F/DP125F Circuit Description...
  • Page 373 Controls the connection of the PC interface data bus. ERROR PCL error signal (L: Error) Indicates to the PCL that an error has occurred in the printer engine. I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-64 March 2000 © TOSHIBA TEC...
  • Page 374 Resets the system. 158-160 TST0-2 Signal ground 162-166, PXD0-15 PIX Data bus 168-173, 175-179 MT1A TX motor phase A signal Drives the TX motor for document transport. I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-65 DP120F/DP125F Circuit Description...
  • Page 375 The last transfer flag of CH5 for PIX DMA transfer is input. C5A0 PIX DMA CH5 A0 signal A0 of CH5 for PIX DMA transfer is input. I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-66 March 2000 © TOSHIBA TEC...
  • Page 376 Causes the lower data bus data to be latched. UDSX Upper data strobe signal (active-low) Causes the upper data bus data to be latched. 225-230 A1-7 Address bus I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-67 DP120F/DP125F Circuit Description...
  • Page 377 Line 2 return loss adjust control signal (EU/AU/ASIA models only) Adjusts the return loss by switching the circuit. RLADJ21 RLADJ22 ASIA HIGH Unused HIGH HIGH HIGH CTR21 (EU) I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-68 March 2000 © TOSHIBA TEC...
  • Page 378 Causes line 1 to generate dial pulses. ERCL1 Unused ATT3DB1 Line 1 attenuator control signal (H: ATT3dB inserted) Connects the attenuator to line 1 to attenuate the reception level by 3dB. I: Input O: Output I/O: Bidirectional March 2000 © TOSHIBA TEC 7-69 DP120F/DP125F Circuit Description...
  • Page 379 Line 1 MODEM reset signal (active-low) Resets the MODEM (IC5). MDM2RESX Line 2 MODEM reset signal (active-low) Resets the MODEM (IC1) on the MODEM PBA. HCTR6 Unused G1HZ Unused I: Input O: Output I/O: Bidirectional DP120F/DP125F Circuit Description 7-70 March 2000 © TOSHIBA TEC...