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UP-3301VS

OPTIONS

– 7 –

No.

CLASSIFICATION

COMPONENT NAME

MODEL NAME

REMARK

1

Printer

External R/J printer

ER-01PU

Via RS-232 I/F

Built-in printer

UP-T80BP

Via RS-232 (TTL level)

2

Display

Remote display (Pole type)

UP-P16DP

11-Dig. 7-Seg.+16-Dig. Dot

3

Drawer

Remote drawer

ER-03DW

ER-04DW

Coin case

ER-55CC2

5B/5C

ER-75CC3

7B/5C

4

Memory

Expansion RAM board

UP-S02MB2M

2M bytes RAM board

5

On-line function

RS232 I/F board

ER-A7RS2

2 port RS232 I/F

6

OTHER

MCR (Magnetic Card Reader)

UP-E12MR2

for ISO 1 & 2 stripe card

Satelite

HUB

PC

<Local purchased>

RS-232 Communication 

PC

<Local purchased>

Scale

<Local purchased>

CAT

<Local purchased>

(RS-232)

R/J Printer

<Option>

ER-01PU

MCR

<Option>

UP-E12MR2

Poll Display

<Option>

UP-P16DP

RS-232 Board

<Option>

ER-A7RS2

Max 

6ports

Master terminal

(LAN)

Remote

Drawer

<Option>

ER-03DW/04DW

Coin Case

<Option>

ER-75CC3 - ER03DW
ER-55CC2 - ER04DW

Expansion

RAM

board

<Option>

UP-S02MB2M

Built in Printer

<Option>

UP-T80BP

No.

COMPONENT NAME

MODEL NAME

NOTE

1

External printer

TM-T85/T88 (3).
TM-300
TM-U200/U230
ER-01PU

2

Scale  I/F

UP-3301VS

OPTIONS

– 8 –

• Extrenal view

• Plain view

• Connection diagram

•  Used when executing the diagnostics for the UP-E12MR2.

• External view

No.

NAME

PARTS CODE

PRICE

DESCRIPTION

1

MCR test card

UKOG-6718RCZZ

BE

for UP-E12MR2

2

RS232 loop back connector

UKOG-6705RCZZ

BC

for RS232 connector

3

Expansion PWB

CKOG-6724BHZZ

BX

for ER-A7RS2

Test pins : Used to check the bus signals.

Bus connector : Used to check the bus signals.

Connected to the UP-3301 Mother PWB.

UP-3301 bus connector

ER-A7RS2

UP-3301VS

SERVICE PRECAUTION

– 9 –

The coordinates on the touch panel and those on the VGA display may
not match for the following reasons.

•  The physical deviation between the touch panel and LCD display

• Variations in “electric resistance>coordinate” conversion on the touch

panel

Correction for such deviations is to perform the calibration.

Calibration is started in the following two cases:

– SRV reset/MRS –

1) When the touch panel is pressed:

Calibration is started when a PROGRAM reset/MRS is performed
with the touch panel pressed at the same time.

2) When no calibration has been performed:

Calibration is started when the calibration data held by the touch

panel controller is broken.

Note: Case 2 isn’t performed if case 1 is performed prior to the second.

Calibration is also started when the EEPROM on the touch panel PWB

is replaced.

Note: If the touch panel unit is replaced for any reason such as a

repair, then start calibration, by following case 1).

1) The character text “Calibration Mode” is displayed.

2) If the touch panel is kept pressed, the machine waits for the finger

leaving the touch panel.

3) The character text “Touch these crosses” is displayed.

4) Entering correction mode

The command “Entering correction mode” is issued to the touch

panel controller.

At this step, the coordinate data of the four corners in the input area
are passed to the controller.

5) Correction points are displayed

The correction points are displayed.

All of the nine correcting points are displayed as follows using the

mark “+”. The “+” mark is 18 by 18 dots with 2 dots thick.

6) Correction points are input

Arbitrary correction points are input. Coordinate data corresponding
to its input are output from the touch controller. Note the data are
those of the initial coordinates. (Refer to the table below.)
The point from where the finger leaves the touch panel is defined as
the correction point input position (OFF position).
The data on the nearest correction point is checked, and if almost
appropriate, (regarding data of the initial coordinates, within +/-100
dots and +/-5mm in size) the command “correction data set” is
issued to the controller. When the panel is released and it is possi-
ble to correct the settings by touching the panel, changing the “+”
mark green.
If the input coordinates are very far from the correction point, it will
be neglected. If the command “correction data set” is terminated
normally, the mark “+” at the correction point turns black.
The input coordinate data are those of the initial coordinates, and
the relation to the correction points is as follows:

The data of the initial coordinates of correction points

7) Step 6) is repeated for the nine correction points.

Correction is performed in an arbitrary order. At first all of the nine
points are displayed in white and they turn black as corrected.

8) After all of the points are corrected, the command “correction mode

end” is issued to the controller.
The maximum coordinates are (4096, 4096).

9) The display mode is returned to the text mode.

*

If the power supply is turned off during correction, the following mes-
sages are displayed and all the steps are started over again.

 Calibration failed.

Touch the panel to try again

Calibration flow

(16,14)

(320,14)

(624,14)

(16,240)

(320,240)

(624,240)

(16,465)

(320,465)

(624,465)

18 dots

18 dots

VGA Display

393, 402

2080, 402

3767, 402

393, 2048

2080, 2048

3767, 2048

393, 3697

2080, 3697

3767, 3697

N

Y

Y

N

N

Y

N

Y

N

Y

Nine correction points are
displayed on VGA screen

Correction mode

Panel pressed?

Panel pressed?

Not-yet corrected

point +/-100?

Correction error?

Correction point is thined

All of nine points

finished?

Coordinates are obtained

from the touch panel controller

Coordinates are obtained
from touch panel controller

Correction data set

Correcting point>corrected

Correction mode end

UP-3301VS

SERVICE PRECAUTION

– 10 –

•  Touch panel configuration (unit: mm)

• Touch panel coordinates

Initial coordinates (xi, yi) 

0

 Touch panel coordinates (xt, yt) conversion

xt = (xi - 4096*x1/x)*(x / (x2-x1))
yt = (yi - 4096*y1/y)*(y / (y2-y1))

Touch panel coordinates (xt, yt) 

0

 VGA coordinates (xv, yv) conver-

sion

xv = xt * 640 / 4096

yv = yt * 480 / 4096

•  Coordinates of correction points

Initial coordinates

Touch panel coordinates

VGA coordinates

The application software of the UP-3301 is written in the flash ROM.

In the following cases, the writing procedure of the application software
into the flash ROM is required

• When the flash ROM is replaced with a new one. The service part

flash ROM does not include the application software in it.

•  When IPL writing is required because of a change in the software.

*

The service part of the main PWB unit includes the flash ROM with

the application software written in it. There is no need for writing the
application software when replacing the main PWB unit.

There are two ways of IPL procedures.

•  IPL from EPROM via ER-A7RS2

•  IPL from PC via the POSUTIL.EXE PC utility.

The detailed descriptions on the above procedures are given below.

(1) Install the two master ROMs to the IC socket (IC12, IC13) on the

ER-A7RS2.

Master ROM -1 : VHI27801RXXXX

Master ROM -2 : VHI27801RXXXX

(2) IPL switch on the ER-A7RS2 : Set the IPL SW to ON position.

(3) Install the ER-A7RS2 in the UP-3301. (The UP-3301 power should

be turned OFF.)

(4) Turned on the power of the UP-3301.

(5) The IPL procedure is started.

After the buzzer sounds terminated, the IPL procedure finished.

(6) Turn OFF the power of the UP-3301.

(7) Remove the ER-A7RS2 from the UP-3301.

(8) Perform a Master reset.

393, 402

2080, 402

3767, 402

393, 2048

2080, 2048

3767, 2048

393, 3697

2080, 3697

3767, 3697

100, 100

2048, 100

3996, 100

100, 2048

2048, 2048

3996, 2048

100, 3996

2048, 3996

3996, 3996

16, 14

320, 14

624, 14

16, 240

320, 240

624, 240

16, 465

320, 465

624, 465

172.9(y2)

14.5(y1)

187.4(y)

18.2(x1)

229.4(x2)

243.8(x)

(640,480)

(4096,4096)

(4096,4096)

(0,0) Initial coordinates

(0,0) Touch panel coordinates (4096x4096)

(0,0) VGA coordinates

IPL SW

OFF

ON

EP ROM2

EP ROM1

MASTER
P-ROM -2

MASTER
P-ROM -1