Sharp ER-1911 Bedienungsanleitung

SHARP

_

SERVICE

MANUAL

CODE:00ZER1921SM2E

ELECTRONIC

CASH

REGISTER

No.2:

Hardware

manual

ER-1

91

1

(Europe

Ver.)

ER-1921

ER-2

S386

us,

Ver.)

move.

ER-2396

SRV

Key

:LKGIM7113RCZZ

CONTENTS

L.

ER-191

1/ER-2386

........

cece

cececereeeeeeeeseeereeeeeneerepereeensnsenerenaens

1.

TEST

FUNCTION

(ER-1911/ER-2386)

2.

CIRCUIT

DESCRIPTION

(ER-1911/ER-2386)

...

3.

CIRCUIT

DIAGRAM

(ER-1911/ER-2386)

...........:ceeeeseeeeeeeeees

12

TL.

ER-1921/ER-2396

.2.......cccecceeeneeeeeeeeeeeceeteseeceeesaseeaeeeeerenerene

15

4.

TEST

FUNCTION

(ER-1921/ER-2396)

.........ccccceseeeereseneeeeees

15

2.

CIRCUIT

DESCRIPTION

(ER-1921/ER-2396)

...

3.

CIRCUIT

DIAGRAM

(ER-1921/ER-2396)

TIL.

INSTALLATION

MANUAL

FOR

OPTIONS.

.........:::eeeeeeereerees

32

a

SHARP

CORPORATION

This

document

has

been

provided

for

service

training

program

and

is

subject

to

revision

without

notice.

I.

ER-1911/ER-2386

1.

TEST

FUNCTION

(ER-1911/ER-2386)

1-1.

Start

of

test

function

The

following

key

operation

is

required

in

the

SRV1

mode

to

start

the

test

20

>

RE]

or

[REND

Test

command

RE]

key

:

ER-1911

BEND]

key

:

ER-2386

1-2.

List

of

test

command

No.

Description

Key

operation

1_|Mode

switch

test

1

[RF]

orfRFND.

2

|Key

test

XXx02

[RF]

orfRFND!

3.

|

Display

test

3

=

[RF}or|REND]

4

.|

Buzzer

test

4

>

[RE]

or[REND.

5

|

Receipt

ON/OFF

switch

test

5

+

[RF]

or[RFND]

6

|

Drawer

open

test

{with

option

installed)

6

>

[RF]

or[RFND}

7_|Printer

test

7

—

[RF]

or[REND-

8

|

RAM

test

8

=

[RF]

or[RFND]

9

|

Key

position

code

test

9

—

[RF

jor[RFND

10

[Sequential

test

XXX11

>

[RE]

or[AFND

XXX

:

Sum

check

data

for

standard

key

layout

ER-1911{5DEPT.)=22

ER-2386=237

ER-1911(10DEPT.)=213

41-3.

Test

description

1)

Test

No.1

:

Mode

switch

test

®

Key

operation

1

-+

[BF]

or

REND)

Then,

turn

the

mode

switches

in

the

following

order.

Mode

switch

operation

SRVI

PGM

[eq]

or

VOID

of

OFF

TIME

i

REG

x

Display

Lary.

IM

ine

x222

u

Mode

switch

position

layout

For

ER-1941

REG

For

ER-2386

REG

TIME

o

xt

Z

X2Z2.

PGM

(SRV1)

(srv2)

(SRV2)

@

Description

As

the

mode

switch

position

number

is

displayed,

check

the

number.

@

Termination

The

mode

can

be

terminated

when

the

mode

switch

is

turned

to

the

SRV1

side

from

other

position.

Termination

print

1

Error

print

=

2

(zaaa

1E

2)

Test

No.2

:

Key

test

©

Key

operation

eo

or

[REND]

Test

command

Sum

check

data

Enter

the

test

command

in

succession

to

the

sum

check

data

of

the

model.

Modet

Sam

check

data_|

ER-1011

:

SDEPT.

22

ER-1971

10DEPT.

|

2is*

ER2386

10DEPT.

267"

*

NOTE

:

Sum

check

data

The

checksum

is

a

decimal

number

obtained

by

converting

jow two

digits

of

the

hard

code

haxadecimal

total

of

all

keys.

The[TL]

or

keys

are

exception.

+

Next,

push

every

key

on

the

keyboard

except

for

the

receipt

and

journal

keys.

When

the

[TL]

or

[CA/AT]

key

is

depressed,

the

termination

printout

is

immediately

produced

assuming

that

all

keys

have

been

depressed.

There

is

no

order

in

which

the

keys

have

to

be

depressed.

+

Keyboard

position

code

of

model

vs.

key

lay

out

[All

key

position

code]

A2|

12

|

04

|

02

|

03

cic

eel

|

R

lJ

41

|

42

|

72

A3

|

32

|

14

02;

01

43

|

44

92

|s2

73

A4

|

B2/

13

03

|

22

54

|

53

93

les

74

A1|B4)

34

11

|

24

52

|

63

81

loa

84

71

|B3/

33

23

51

|

62

61

|

64

91

/B1)31

21

{ER-1911]

5

DEPT.

A2}

12

02

R

ee

41

|

42

|72

32

01

43

|

44

92

|82 |73

B2

22

54}

53

93

(83

|74

B4

24

52/63

81

(94

|84

B3

23

51

62}

61

|

64

B1

TL

10

DEPT.

a

fh

41

(42

|72

32)

14

01

43

|

44

92

|

82

|73

B2|

13

22

54

|

53 93

|

83

|74

B4|

34

24

52/63

81

1.94

|

84

B3

|

33

23

51

|

62

eife4}

|

B1|31

Th

ER-2386]

aw

02

|03

als

4

a2

|72

32

[14

o1

43

|

44

92 82

|73

Ba

{13

22

54/53

j93

83

|74

11

|

24

52

|

63

[at

94

|

84

23

51

|

62

61

|

64

CAAT

®

Description

Until

the

depression

of

the

[TL]

or

[CA/AT}

key,

the

sum

of

key

position

codes

is

compared

with

the

sum.check

data,

except

for

the

[TL]

or

[CA/AT]

key.

®

Display

+

Display

the

hard

code

of

the

key

pressed.

+

High

and

low

digits

of

the

hard

code

are

separated

with

a

hyphen

*-".

+

Ifthe

hard

code

value

is

A

or

B,

it

will

be

converted

into

decimal

equivalent

and

displayed.

A

10

Boil

©

Termination

The

test

terminates

with

the

depression

of

the

[TL]

or

[CAYAT]

key

and

the

termination

printout

is

produced.

Termination

print:

|

2/24

Error

print

|

3)

Display

test

@

Key

operation

RE}

or]

REND

35

@

Description

The

display

pattem

is

kept

displayed

in

the

given

interval

after

the

test

mode

was

established.

Press

any

key

to

cancel

the

test

mode.

In

this

event,

the

display

returns

to

the

initial

message

display.

+

Disptay

'

Li

Bel

86

di:

Lott

al

6

8

tt

7

15

66

AB

LS

6

648

2

ly

al

£6

4

8

AA

OY

Eee

ce

@

Termination

print

:

{

a

|

4)

Test

No.4

:

Buzzer

test

@®

Key

operation

4

[RF]

or

[RFND)

@

A

continuous

beep

will

be

issued

when

in

this

mode.

Press

any

key

to

cancel

the

test

mode,

The

beeper

will

then

be

turned

off.

+

Display

@

Termination

print

:

I

4

1

5)

Test

No.5

:

Receipt

ON/OFF

test

@

Key

operation

5

[BE]

or

[RFR

@

Description

The

following

is

dispiayed

according

to

the

location

of

the

receipt

on/off

switch.

Display

: |

5

O|Receipt

on

(contacts

open)

5

C]Receipt

off

(contacts

closed)

®

Termination

With

depression

of

any

key,

Print

out

:

{

5

t

6)

Test

No.6

:

Drawer

open

test

©

Key

operation

6

>

[RE]

or

[RFND

@®

Description

With

this

test,

the

drawer

opens

and

its

state

is

displayed

in

the

following

manner.

Display:

[

6

0}

Drawer

open

fa

C]

Drawer

close

For

the

model

with

the

drawer

‘open

sensor,

check

that

the

display

shows

“0

when

the

drawer opens,

and

"C*

when

it

closes.

For

the

mode!

without

the

drawer

open

sensor,

check

that

the

display

always

shows

"C’.

®

Termination

With

depression

of

any

key.

Print

out

:

\

7)

Test

No.7

:

Printer

test

@

Key

operation

7

-»

[RE]

or

[REND

®

Description

Receipt

switch

in

the

position

OFF:

Continuous

printing

is

done,

Receipt

switch

in

the

position

ON

:

After

a

cycie

of

printing,

the

operation

terminates

automatically.

Display

:

®

Termination

When

the

receipt

switch

is

tuned

fram

OFF

ta

ON

position

while

printing

is

continuing,

the

test

terminates

after

a

cycle

of

printing.

JA

continuous

print

example]

Address

vs.

data

EB-2386

ER1aiL

oo

Cooo0ddsaaT

Uitidy

tag

rinttnia

2222222208

222222220

BE333333E0

33333333E

SEER

AGELESS

44446446

5555555570

555555557

6666666608

656666660

TAVITTTIX

TTVITITVIX

8eeaessare

88888883

I99DIIIOE

99999999K

Lea

eee

peers!

terres

y

£4

8)

Test

No.8

;

RAM

test

©

Key

operation

8

[RF]

or

[REND

®

Description

After

writing

the

tollowing

data

in

the

RAM,

the

data

is

check

by

reading

the

RAM.

i

an

error

occurs,

the

operation

ends

with

the

termination

error

printout.

The

application

will

handle

it

as

address

O00OH~3FFFH

and

4-bit

data

by

the

handler

and

converted

to

the

address

Q000H~1FFFH

and

8-bit

data,

NOTE:

The

data

in

the

RAM

is

cleared

by

this

test.

Perform

a

master

reset

function

ater

this

test

is

completed.

“Torre

gg

se

7

a

OP

ATR

CID

ETE

TOI

[Oi

2

ss

5

Si

TSH

ABCD

RIE

DOR

{PTOI

28

4S

OTS

I

IAIBIC

DIE

@0

4X

)BiFi0/31213:4;5!6/7/

8)

91AIBICID

@

ON

[DIEIFlO1112:914'516:7:18:9:Ai

BIC

O

LOX

(CIDIE:FHO(1i1

213341516171

819

1

ALB

OZONIBICIDIFIFLOL

21S

415

BT

BGA

04

0X

JAIBICIDIB

FO 12

si

a

Si si

7i

eis

THON

|OABICIDIBIFi0

1;

213:

4

516/718

TOOX

|Si9:AIBICIDIEiFiOilizisiai

si

giz

SOON

IT

SIV

ABICIDIB

FlOlil

273

afsis

‘The

write

data

to

other

address

will

be 0.

Display:

|

8

@

Termination

8

(

(=2Ses55

gE

|

Normal

termination

print

out

Error

print

out

9)

Test

No.9

;

Key

position

code

test

®

Key

operation

9»

(BE

or

FAD}

®

Description

Shows

the

hard

code

of

the

key

pressed,

except

for

the

[CA/AT}key-

:

Press

the[TL]

or

key

to

cancel

this

test

mode.

*

Display

LA

1.

:

Indicates

the

hard

code

of

the

key

depressed.

High

and

low

digits

of

the

hard

code

are

separated

with

a

hyphen

*-".

if

the

hard

code

value

is

A

or

B,

it

will

be

converted

in

to

decimal

equivalent

and

displayed,

@

Termination

40)

Test

No.10

:

Sequentiat

test

@

Key

operation

40

-»

[RE)

or

[RFND}

Sum

check

data

@

Description

Checksum

for

the

keyboard

test

js

similar

as

the

Jab#02,

is

a

decimal

number

obtained

by

converting

low

two

digits

of

the

hard

code

hexadecimal

total

of

all

keys.

With

this

test,

test

items

1~8 are

executed

in

succession.

The

basic

print

pattem,

however,

is

used

for

the

printer

aging

test

of

en

7.

The

basic

print

pattem

wilt

be

printed

just

for

once,

ragardless

of

the

receipt

switch

position.

Termination

print

(or

error

print)

will

be

obtained

avery

time

a

test

has

completed

before

going

to

a

After

compietion

of

the

test

item

8,

the

stamp

is

printed

and

a

receipt

is

issued

and

the

sequential

test

terminates.

Key

operation,

display,

and

printout

of

tests

No.

Test

Key

operation

Display

Print

(norma!

pattern)

Note

1

|

Mode

switch

Made

switch

2

SRV1

2

Key

entry

TL

key

3

Display

The

display

pattern

wil}

continue

until

a

key

is

pressed.

(Any

key)

4

Beeper

Beep

(Any

key)

Beep

stop

5

Receipt

issue

ON/OFF

active

—

Receipt

issue

}

|

(Any

key)

not

acive

6

|Drawer

open

Drawer

open

NOTE;

Drawer

(Drawar

close)

open

sensor

kit

{Any

key)

must

be

installed.

7

Print

Le

ER-4911

ER-2386

|

8

RAM

(Stamp

printed

and

receipt

issued)

@

Termination

All

tests

automatically

terminate

open

finishing

the

stamp

test.

2.

CIRCUIT

DESCRIPTION

(ER-1911/2386)

Circuit

block

diagram

Voltage

regulator

Printer

power

source

VP,

VM

Display

power

source

VDISP

AC

power

Power

Do-DC

Drawer

Buzzer

converter

Power

ON/OFF

switch

Strobe

signal

ol

aise

peta

ae

LsI

Mode

switch}

S808

x

uPD75217

Receipt

ON/OFF

cutoy

Address|

Latch

Power

Ad-

switch

dress

Operator

__

side

display

tube

display

tube

9MT9BG

PMT98GY

RAM

HM6264,

Fig.

2-4

2-1.

hPD75217

Terminal

signal

No.|[

Name

Description

T/o

T

ss

Kéy

strobe/Display

tube

segment

signal

(d)

out

2]

s2

Key

strobe/Display

tube

segment

signal

(c)

out

3]

$2

Key

strobe/Display

tube

segment

signai

(b)

out

4|

so

Key

strobe/Display

tube

segment

signal

(a)

out

5

|

POO

Power

off

signal

in

6

|

Pol

Print

data

shift

clock

output

out

7

|

Boz

Print

data

output

out

8

|

Po3

Key

return

signal

in

3]

a

Printer

timing

signal

input

in

10]

P11

Key

return

signal

in

Ir

|

Piz

Key

return

signal

in

12

|

P13

Key

return

signal

in

13

|.

-cs1

RAM

chip.

select

signal

out

14

[°

-wE

RAM

write

signal

out

15

|

P22

Printer

motor

on

signal

out

16

|

P23

Drawer

open

signal

out

17

|

P30

Mode

switch

return

in

18]

P31

Key

return

signal

in

19

|

P32

Address

latch

enable

for

RAM out

20

|

A12 RAM

Address

bus Al2

out.

21

AB

RAM

Address

bus

Aé

out

22

AD

RAM

Address

bus

A9

out

23

All

RAM

Address

bus

All

out

24

ALO RAM

Address

bus Al0

out

25

DI/A0

Data

bus

D2/Address

bus

_Al0

in/out,

26

D6/A:

Data

bus

Dl/Address

bus

Al

in7out

27

DS/A4

Data

bus

DO/Address

bus

A4

in/out

28

D4/A2

Data

bus

D7/Address

bus

A2

in/out

29

PPO

Buzzer

signal

out

30 XL

X'tal

terminal

4.19MHz

in

31 X2

X'tal

terminal

4.

19MHz

in

32

vss

GND

in

33

xTL

Timer

X‘tal

terminal

32.768KHz

in

34

XT2

Timer

X'tal

terminal

32.768KHz

in

35

DO/A7

Data

bus

DO/Address

bus

A7

in/out.

6

DIZA'

Data

bus

Di/Address

bus

A6

in/out

37

D2/A5

Data

bus

D2/Address

bus

AS

in/out

38

D3/A3

Data

bus..D3/Address.

bus

A3

in/out

39

~RESET

Reset

signal

input

in

40

TO

Display

tube

1st

digit

drive

signal

out

Hitt}

bisslay

tubs

and

digit

drive

signal

———

out

a2

|

T2

Display

tube

3rd

digit

drive

signal

out

43

|

T3

Display

tube

4th

digit

drive

signal

out

44]

T4

Display

tube

5th

digit

drive

signal

out

45

|

TS

Display

tube

6th

digit

drive

signal

out

a6

TS

|—

Display

tube

7th

digit

drive

Signal

out

47

|

17

Display

tube

8th

digit

drive

signal

out

48}

T8

Display

tube

9th

digit

drive

signal

out

a9

|

T9

NU

50

|

PH3

NU

Si

|

PHZ

Wo

2

|

PHL

Printer

magnet

data

output

enable

signal

out

53

|

PHO

Printer

magnet

data

strobe

signal

out

54]

Sil

Key

strobe

signal

out

55.|

S10

Key

strobe

signal

out

[se

+

Vioad

Power

(-20V)

for

display

in

57

|

Vpre

Power

(-4V)

for

display

in

58]

59

Key

strobe

signal

out

59]

58

Key

strobe

signal,

Display

tube

segment

(¥)

out

60

|

S87

Key

strobe/Display

tube

segment

(DP)

signal

out

ei

|

56

Kéy

strobe/Display

tube

Segment

signal

(9)

out

62

|

s5

Key

strobe/Display

tube

segment

signal

(f)

out

63;

S4

Key

strobe/Display

tube

segment

signal

(e)

out

64

|

vpDD

Power

(+5V)

in

2-2.

Circult

description

4)

RAM

Read/write

circult

HM5264

pPD75217

Data

bus

i

po-07

K

DOYA7-D7/A0

Address

bu

ADAI2

P32

40

AB-AIL

WE

We

os

E

tsi

Fig.

2-2

Since

the

8-bit

data

bus

of

the

pPD75217

shares

the

same

lines

with

the

8-bit

address

bus

of

the

HM6264,

selection

of

the

RAM

chip

by

the

pPD75217

causes

the

HC973

to

latch

the

8-bit

address

when

P32

of

uPD75217

is

inputted.

DOK?

~DIIA2

HC978

output

Ta

=

wR

H

RAM

data

read

timing

2)

Battery

Circuit

o

os

.

v0.00

—D+

De

vecisvi

ama

voo

isv

a0

cr

—-

:

Battery

recharge

current

---+

:

Battery

discharge

circuit

Fig.

2-3

3)

P-OFF

Circuit

Power

SW

Torr

eweon

Fig.

2-4

At

power

on

When

P-ON

voltage

reaches

16V,

the

current

flows

through

the

zener

diode

(MTZ16B)

so

that

the

level

at

point

@

goes

high.

‘The

eve}

of

P-OFF

rises

as

VCC

increases.

As

a

result,

the

P-

OFF

signal

changes

from

low

to

high

level.

At

power

off

When

the

power

is

turned

off,

the

P-ON

voltage

drops

under

15V

causing

the

zener

diode

to

stop

current

flow,

which

causes

potential

at

point

@

to

drop.

Power

ON

Powe:

OFF

sav

Pon

/

\

as

tov

rom

@

/

\

eno

tv

Pore

Se

~

8y

Reset

GND

Fig.

2-5

4)

Key

and

switch

so~-S11

Key

scan

signal

POS,

P1i~P13

Key

return

signal

vo

:

Power

switch

P-ON

Made

switch

P3ok

Mode

switch

Return

signat

5)

Display

control

80-88

pPD75217

Fig.10-7

a~g:

Display

segment

DP

:.

Decimal

point

Vv:

Indicator

Fig,

2-7

A-G,

PLY

Display

tude

6)

Printer

control

Block

diagram

CR-802A

or

UCR-802A

PRINTER

yPD75217

PO2

-}———|

PHO

|

-

we

us

Charactor

Pot

aa

selecting

he

magnet

PHI

ju}

xe

|

st

oy

a,

Mio

ee]

st

bas

cK

OS.

ane,

|

Ca

ag

ie

a

imet

a

et

STAMPmagnet

ar

J-FEED

magnet

<I>.

iia}

A-FEED

magnet

alo;

MOTOR

“f+

|

sco

TIMMING

GENERATOR;

HH

Fig.

28

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