Epson Equity 386/33 PLUS Dimensions

EPSON AMERICA, INC.

EPSON

Product Support Bulletin

Subject: Epson Equity 386/33 PLUS and Monochrome Video Installation

Date: 06/04/93

PSB No: S-0162

Page(s): 1 of 3Originator: JAM

This bulletin provides information regarding the installation and compatibility of

Monochrome Video sub-systems.

Hardware Configuration: Product Code

CPU:

Memory:

Additional:

BIOS Rev:

FDD:

HDC:

HDD:

Video:

Display:

Epson Equity 386/33+

(A314221)

[ Serial Number: 64E2010044 ]

[ Configured System ]

4.0MB Standard, soldered on system board

not installed

D386-6080-031892-K2

Canon MD5501 5.25” half-height 1.2MB

(A811371)

Canon MD 3641G 3.5” half-height 1.44MB

(A811381)

Integrated on Main Logic Board

Quantum LPS-120

(A811951)

EIZO Enhanced MDA

[ Monochrome Display Adapter ]

Epson Monochrome Monitor

[ MBM-2095-E ]

Note: The Epson Monochrome Monitor (Model MBM-2095-E) was discontinued

as a sales item as of June 1991. However, it is available as a warranty

exchange item from the parts department.

2. Compatibility:

Monochrome Display Adapters are compatible on the Epson Equity 386/33

Plus system.

Pre-configuring system C-MOS is required. Refer to page 2 of

this document for details.

3. Display Symptoms & Causes:

System CMOS must be pre-set to successfully install a Monochrome video

sub-system. The system will not sync properly after a Monochrome adapter

and display are installed. A common complaint at that point is that the system

is dead (no boot activity or keyboard response).

PSB No: S-0162

Page: 2 of 3

Hardware CMOS settings are incorporated into the BIOS ROM. VGA is the

hardware default setting for video support. If a monochrome display adapter

and monitor are installed and the system booted, the monochrome monitor will

not synchronize properly because VGA BIOS calls are still being refreshed.

Two possible indications can occur at this point:

a) constant diagonal raster [loss of Horizontal Sync]

b) randomly lite pixel characters on display, no raster update visible.

The system is operational even though display is garbled or not apparent. The

system has encountered a conflict between CMOS settings and the hardware

that is sensed by the system. Hitting the ‘F1’ key will allow the boot process to

continue and the system will load the operating system even though no display

may be present.

Changing CMOS for Monochrome Video Support

A.) Attach a VGA monitor to the external VGA port on the rear of the system.

B.) Boot the system. During boot process hit the delete, <Del>, key to enter

the CMOS setup program.

C.) A ‘Start operating system/Run Setup’ screen will be displayed. Hit the

down-arrow key to highlight ‘Run SETUP’.

D.) Hit the ‘Enter’ key to start ‘SETUP’.

E.) Hit the down-arrow key to the ‘Primary Display’ option. ‘VGA or EGA

setting is currently highlighted.

F.) Hit the PgUp/PgDn key twice to set ‘Monochrome’.

G.) Hit the Escape key, <Esc>, and a message ‘Save SETUP configuration

(Y/N)?’ is displayed. Enter the letter Y and hit enter to continue.

H.) The system will reboot and go through ‘POST’. An error message will be

displayed:

CMOS display type mismatch

Press <F1> to run SETUP or RESUME.

I.)

Press the <F1> key to continue

J.) The ‘Start operating system/Run Setup’ screen will be displayed. ‘Start

operating system’ is highlighted. Hit the ‘enter’ key to start the operating

system and load DOS.

PSB No: S-0162

Page: 3 of 3

Changing Hardware jumpers for Monochrome Video Support.

A.) Power down the system and change the hardware jumpers for

monochrome support.

J1 Onboard VGA video port: J4 Color/Monochrome Monitor Used:

(3” from rear of main pcb on RtSide)

(4.5” from rear of Main PCB on RtSide)

(1” from the DC power connector)

A setting Video port enabled A setting Color monitor attached

B setting Video port disabled B setting Monochrome Monitor attached

B.) Configure the video adapter card appropriately for the monitor, in particular

the Horizontal frequency output from the video card being used. In our

test, the default Horizontal output frequency from the MDA card had to be

changed from 31.5KHz to 18.44KHz. When the adapter was installed

using the factory defaults, 31.5Khz, upon powering-up the system item ‘b’

under display symptoms mentioned above was encountered.

C.) Install the video adapter in an available expansion slot. Attach the

monochrome monitor to the MDA’s video port.

D.) Power up the system and then the monochrome display. The system will

reboot and load to DOS. Epson MS-DOS, Microsoft Windows 3.1 and

Lotus 3.1 were tested without any operation or video errors.

7. General Installation Tip:

During the test, a configuration error was noted when the Color/Monochrome

jumper, (J4), was not moved to the Monochrome setting. Upon boot, the

monitor displayed four legible ‘DOS’ prompts in 4 equally spaced quadrants of

the screen. Setting the J4 jumper to the Monochrome setting corrected the

problem and the system functioned under general testing criteria (i.e. DOS,

Windows applications, Lotus etc.)

The setting of the system jumpers is of critical importance for a successful

Monochrome video sub-system installation.

8. Third-Party Products Tested/Used:

Mfg:

Product:

Model:

Name:

Address:

Phone:

Hitec Associates Ltd.

EIZO PROFESSIONAL Enhanced MDA (Monochrome Display

Adapter)

MD-B05

Hitec Associates Ltd.

601, 87BLDG., 7-50

Yokogawa, Kanazawa, 921, Japan

0762-41-8600

EPSON AMERICA, NC.

EPSON

Product Support Bulletin

Subject: Epson Equity 386/33 Plus & Super Dual VGA Adapter Installation.

Date: 06/04/93 PSB No: S-0157

Page(s): 1 of 4Originator: JAM

This bulletin provides information regarding the installation and compatibility of the

Super Dual VGA adapter by Colorgraphic Communications in the Equity 386/33

Plus.

Hardware Configuration: Product Code

CPU:

Memory:

Additional:

BIOS Rev:

FDD:

HDC:

HDD:

Video:

Display:

Epson Equity 386/33 Plus

[ Serial Number: 64E2010044 ]

[ Configured System ]

4.0MB Standard, soldered on system board

not installed

(A314221)

D386-6080-031892-KZ

Canon MD5501 5.25” half-height 1.2MB

Canon MD 3641G 3.5’ half-height 1.44MB

Integrated on Main Logic Board

Quantum LPS-120

Colorgraphic Super Dual VGA adapter

[ Serial Number 310024 ]

Epson Professional Series 17’ Color

VGA Monitor

[ Model T1184U ]

(A811371)

(A811381)

(A811951)

(A804241)

2. Operating Systems:

Epson MS-DOS Version 5.0 installed at factory. (Configured System)

Microsoft Windows Version 3.1 installed at factory. (Configured System)

3. Compatibility:

The Super Dual VGA adapter from Colorgraphic Communications is compatible

in the Epson Equity 386/33 Plus system. MS-DOS and MS-Windows

applications were tested and no operational errors were encountered.

Changing the video hardware jumpers on the main system board is required.

Refer to page 3 of this document for details. The video drivers tested are on

page 4 of this document. The ability to display a Windows session across two

monitors was confirmed and no errors were apparent. This product may prove

beneficial in an AutoCAD for Windows environment.

PSB No: S-0157

Page: 2 of 4

Possible display symptoms and causes.

System CMOS and video jumpers must be set appropriately to successfully

install any video adapter. The system may not sync properly after an adapter

and display are installed. A common symptom is that the system appears to

be dead (no boot activity or keyboard response).

Hardware CMOS settings are incorporated into the BIOS ROM. Color VGA is

the hardware default setting for video support. If a display adapter and monitor

are installed and the system booted, the monitor may not synchronize properly

because VGA BIOS calls are still being refreshed. Two possible indications

can occur at this point:

a) constant diagonal raster [loss of Horizontal Sync]

b) random pixel characters on display, no raster update visible.

The system is operational even though the display may be garbled or not

apparent. The system has encountered a conflict between CMOS settings and

the hardware that is sensed by the system. Hitting the ‘F1’ key will allow the

boot process to continue and the system will load the operating system even

though no video display may be present.

Examining CMOS for Third Party video support (video card on bus);

A.) Attach a Color VGA monitor to the external VGA port on the rear of the

system.

B.) Boot the system. During boot process hit the delete, <Del>, key to enter

the CMOS setup program.

C.) A ‘Start operating system/Run Setup’ screen will be displayed. Hit the

down-arrow key to highlight ‘Run SETUP’.

D.) Hit the ‘enter’ key to start ‘setup’.

E.) Hit the down-arrow key to the ‘Primary display’ option. ‘VGA or EGA’

setting is currently highlighted.

F.) Verify that ‘VGA or EGA’ is set and DO NOT alter the setting.

G.) Hit the Escape key, <Esc>, and a message ‘Save SETUP configuration

(Y/N)?’ is displayed. Enter the letter Y and hit enter to continue.

H.) The system will reboot and go through POST and load DOS.

PSB No: S-0157

Page: 3 of 4

Changing hardware jumpers for Third-Party video support;

A.) Power down the system and change the hardware jumpers to disable the

embedded VGA adapter port on the system board. (Settings listed bold

are used in this configuration.)

J1 Onboard VGA video port:

(3” from rear of main PCB on RtSide) J4 Color/Monochrome Monitor

(4.5” from rear of main PCB on

RtSide, 1" from the DC power

connector)

A setting, Video port enabled

B setting, Video port disabled A setting, Color monitor attached

B setting, Monochrome Monitor

attached

B.) Install the video adapter in an available 16 bit expansion slot. Attach a

monitor to the Super Dual VGA adapter, lower port (primary video port).

Attach a secondary monitor to the upper port on the video card (secondary

video port).

C.) Power up the system and then both displays. The system will reboot and

load DOS. The secondary monitor will display the bios revision of the

video adapter until a Windows session is started. After ending a Windows

session, the second monitor will only display a blinking cursor in the upper

left corner of the display. This is normal operation of the display adapter.

Dual monitor support is only active by using the appropriate video driver

and application. Epson MS-DOS, MS-Windows 3.1 were tested without

any operation or video errors.

7. Video adapter hardware configuration:

A.) Factory Defaults were used throughout the testing process. There is one

dip switch block and 5 jumpers on the video card. Jumpers J3, J4, J5 can

be altered, jumpers J1 and J2 are for EPROM size and should not be

changed. Switch bank 1 (SW1) has 4 rocker setting for on or off. The

defaults are:

1=off 2=on 3=on 4=on.

Switches 1 and 2 sets the board to primary video base I/O address of

34C(hex) and secondary video base I/O address of 348(hex). Switches 3

and 4 sets the video adapter I.D. to zero (binary 00). This is done if

multiple Super Dual video adapters are installed. This information can be

found on page 4 and 5 of the Super Dual VGA Operations Manual.

PSB No: S-0157

Page: 4 of 4

Dual VGA video driver installation:

A.) A Super Dual VGA Utility Disk is supplied with the video adapter. The root

directory contains a READ-ME file with general information on installing

the various video drivers. The root directory contains a WINDOWS_DOC

file with specific information on how to install the Windows Video drivers.

B.) The file recommends installing the video drivers from the DOS prompt and

not from the Windows dos prompt. From the Windows subdirectory, run

SETUP. Select ‘display’, scroll down the list of available video drivers and

highlight “other display”. If necessary, specify the drive letter and path i.e.

(a:\w31). Select the desired resolution and press return. The process will

transfer various files from the floppy to the C:\WINDOWS\SYSTEM

subdirectory. You may be prompted for several of the Windows diskettes.

Please have them available.

C.) Upon completion of the file transfers, restart Windows. Verify that the

desired video driver is being utilized. Double-click on the Main Program

Group, double-click on the Windows Setup program item. The current

hardware settings are displayed on the Windows Setup screen. At the

display setting, the previously selected Super Dual VGA driver is being

utilized. For this session, the following driver was used:

Super Dual VGA H2V1 640x480x256.

D.) Using two monitors, Windows usage across both displays was confirmed.

No video anomalies or errors were encountered.

9. Resolutions tested.

A.) Super Dual VGA H2V1 640x480x16 Ok

B.) Super Dual VGA H2V1 800x600x16 Ok

C.) Super Dual VGA H2V1 1024x768x16 Ok

D.) Super Dual VGA H2V1 640x480x256 Ok

E.) Super Dual VGA H2V1 800x600x256 Ok

10. General Installation Tip:

The setting of the system jumpers is of critical importance for successful

Third-Party’ video support.

For more information concerning the Colorgraphic Communications Super Dual

VGA video adapter, contact:

Colorgraphic Communications

5388 New Peachtree Rd.

Atlanta, GA 30341-2849

BBS: (404) 452-8238

FAX: (404) 458-0616

TEL: (404) 455-3921

EPSON

Product Support Bulletin

Subject: Epson Equity 386/33 PLUS, MS-DOS 5.0 and Windows 3.1 Video drivers.

Date: 8/7/92

Page(s): 1 of 3

PSB No: S-0146

Originator: JAM, ALV

The purpose of this bulletin is to provide information regarding the installation and

compatibility of the Windows 3.1 Video Drivers Update.

Hardware Configuration: Product Code

CPU:

Memory:

Additional:

BIOS Rev:

FDD:

HDC:

HDD:

Video:

Display:

(A314221)

Epson Equity 386/33+

[ Serial Number: 64E2010044]

[ Configured System]

4.0MB Standard, soldered on system board

not applicable

D386-6080-031892-K2

Canon MD5501 5.25” half-height 1.2MB

(A811371)

Canon MD 3641G 3.5’ half-height 1.44MB

(A811381)

Integrated on Main Logic Board

Quantum LPS-120

(A811951)

Integrated on Main Logic Board

[ External VGA port provided on rear of unit ]

Epson Professional Series VGA monitor

(A804241)

2. Operating Systems:

Epson MS-DOS Version 5.01 installed at factory. (Configured System)

Microsoft Windows Version

3.0 installed at factory. (Configured System)

3. Windows Upgrade:

Microsoft Windows Version 3.1

upgrade performed. ‘Express Setup’ (Microsoft

Recommended) installation routine used for the upgrade from 3.0 to version 3.1.

4. Video Driver Update:

Windows 3.1 diskettes 1 through 3 are required during the update process to transfer

font files need by the new video drivers.

New

video driver file is

ET4DRV.EXE

and

is on the Epson BBS. It is in the

Drivers

library area of the bulletin board.

Compatibility:

The new video drivers for Windows 3.1 are compatible.

Installation time

approximately 15 minutes.

PSB No: S-0146

Page: 2 of 3

Update Video Driver file information:

For speed of access and availability the Windows 3.1 updated video drivers are available on the Epson

BBS. The name of the file is ET4DRV.EXE and is located in the DRIVERS library area. The files are

zipped and self-extracting. The BBS directory structure is as follows with a brief guide to maneuver to the

DRIVERS library area:

FILE DIRECTORY OF LIB DRIVERS Special Drivers for Epson Products

File

ACAD8.EXE

ACAD8DL.EXE

AUTODESK.EXE

CEG.DRV

CPl4OOO.EXE

EPSMOUSE.EXE

EPSONLQC.ZlP

ES300DD.EXE

ESCP2WIN.EXE

ET4DRV.EXE

FILES.

INDEX.

L23ESCP2.ZIP

LQ570DRV.EXE

LT3ESCP2.ZIP

LTWINDRV.EXE

MOUSE7.EXE

OMNIPAGE.ZIP

Bytes

37008

93742

23040

14720

14080

18560

47360

51616

60416

654592

2357

10334

3072

52096

190336

196352

10624

39552

Source

Sysop

Hoser

Tran

Sysop

Tomlinson

Sysop

Tran

Sysop

Tran

Tomlinson

Sysop

Purdy

PSDRV3_4.EXE 105472 Sysop

PSSDL.EXE 113664

Hoser

TOPFILES. 929 Sysop

TRUESCAN.ZIP 47872 Purdy

WIN30C&T.EXE 83968 Markberg

WIN31DRV.EXE 258066 Tomlinson

WINESCP2.ZlP 46336 Tran

WORDSCAN.ZIP 36480 Purdy

Description

m-w-

AutoCAD 8 CEG Video Driver

AutoCAD 8 Display List CEG Video Drivers

ESC/P2 AutoCAD/AutoSketch Driver

Lotus driver for the CEG graphics

AutoCAD driver for the EPI-4000

Drivers for the Epson Mouse

Color Printer Driver for Windows 3.0

ES-300C DOS Driver and Diagnostics

ESC P2 Drivers for Windows

Windows 3.1 Drivers - Equity 386/33 PLUS

File Directory for the ‘DRIVERS LIB.

Index of files in the ‘DRIVERS’ LIB.

Lotus 1-2-3 Rel 2.3, ESC/P 2 Driver

LQ-570 Drivers

Lotus 1-2-3 Re3.x ESC/P 2 Drier

LCD Drivers for Windows and LT-386SX

MS Mouse 7.00 Patch for EQ386SX Plus

ES300C COLOR SCANNER FOR

OMNIPAGE

Windows Postscript Driver 3.4 - EPL7500

Driver for EPL 7500 / MS Word anomaly

Top popularity files.

ES-300C Driver for TrueScan software

Windows 3.0 800x600 Driver for 386SX+

C&T Display Drivers for Windows 3.1

MS Windows 3.0, ESC/P 2 Driver, Gen 1.5

WORDSCAN PLUS DRIVER FOR ES300C

1588180 bytes (approx)

26 files

PSB No: S-0146

Page: 3 of 3

7. Extracting/Exploding the Video Driver suggestions:

Down-load the

ET4DRV.EXE

to your local hard disk drive, a 1.2Mb or 1.44Mb diskette. The driver

files expand-out to approximately 643,174 bytes of data space. Run the file

ET4DRV.EXE

and the

files will extract themselves into the disk/current-directory. lf the current directory has data on it,

copying the necessary files to another diskette may become tedious

(Housekeeping tip).

Recommendation: Transfer the ET4DRV.EXE onto another diskette and write-protect it. Keep it as

a Master diskette for duplication purposes. Delete the driver file from the exploded diskette, write-

protect it and use it for duplication purposes.

8. General Installation Tips:

I installed the new driver files from within Windows. From Program Manager go to File and select

Bun...

and in the

Command Line:

box type in

setup.

This will bring up the Windows Setup

program group.

Select

Options

and then select change System

Settings.. the

Change System

Settings program group is displayed with the current values.

At Display click on the down arrow

symbol at the end of display mode currently highlighted in black. A list of video drivers and modes

are displayed. Scroll down and highlight

Other display (Requires disk from OEM)...

Click on OK

button. A message is displayed to insert the OEM diskette into drive A:\. Insert the diskette with

the uncompressed video drivers into drive a:\. Click on OK button.

Select the desired video driver you wish to install, such as:

ET4000 800x600 256 col. (Large fonts)

Click on OK button. The new driver is displayed in the Display parameter in the Change System

Settings program group. Click on OK button. The Change System Settings program group then asks

you if you want to install a new driver. Select New and have Window 3.1 diskettes 1 through 3

ready for updating the fonts needed for the new driver.

The system will ask you at various points to install the diskettes as needed. The system transfers

the various fonts onto the hard disk drive. The system asks you to install the ET4000 Windows 3.1

driver disk. Install the diskette and click the OK button. The driver files are loaded on to the hard

disk drive.

The Exit Windows Setup program group appears at this point. You are asked to either

Restart

Windows

Continue.

Warning: the system alerts you not to warm boot ( CTRL+ALT+DEL )

or loss of

data

will occur.

Restart Windows

and the new driver and fonts will be activated.

9. Resolutions tested:

1024 x 768 x 16 colors

small

fonts

800

600

256

colors

small

fonts

640 x 480 x

256

colors Ok

1024 x 768 x 16 colors

large

fonts

800 x 600 x 256 colors

large

fonts

640x480x16 colors

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