kЙм=~ДW
kЙп=~л=зСW
kзмоЙ~м=ЗЙймблW
kмЙоз=~=й~кнбк=ЗЙW
mêçcÉÉä
pЙкобЕЙ=J=e~еЗДмЕЬ
pЙкобЕЙ=j~ем~д
j~емЙд=ЗЙ=лЙкобЕЙ
j~ем~д=ЗЙ=лЙкобЕбз
MRKOMMT
H
OK
19
OK
Information
Information
=
I
nformation
Información
siehe Seite ...
siehe Seite ...
see page ...
see page ...
=
=
c
f. page
c
f. page
véase página
véase página
ja / in Ordnung
yes / functioning
=
oui / en bon état
sí / en orden
nein / nicht in Ordnung
no / not functioning
=
non / état défectueux
no / no está en orden
3-5
6
7
8
9
10-12
18
19
19
19
14
13
15
19
19
breite Rückenlehne
OK
wide backrest
dossier large
respaldos anchos
3
4
OK
schmale Rückenlehne
narrow backrest
dossier étroit
respaldos estrechos
0
3
K2
3
W1
W5
1.
OK
5.
nur USA-Version
USA-Version only
seulement version-E.U.A
sólo versión-EE.UU.
7.
8.
wenn vorhanden
if present
si présent
si existe
5
4.
7.
3.
6.
2.
6
SS_TB
SS_BR
F4
F1
F2
F3
Purge HE
SS_HE
LS
V82
F5
F6
P1
Purge
PS
P2
P0
V77
25VAC
V81
LS
Power
V80
V79
V72 V71
M_inc
V73
M_lift
V74
Input
Active
V76
V70
Service
V78
+5V
X21
X1
X11
X10
X16
X24
X9
X13
X2
X17
X23
X8
X22
X1
S F
54 47 537 D3331 E2
1
1
1
4
F3
F2
F1
16VAC 4AT
C3
T2
C2
C1
WE
AE
HE
24VAC 4AT
25VAC 4AT
16VAC
1 2 3 4 5 6
BU BU1 BN BN1 YE YE1
S
i r on a
25VAC
24VAC
24VAC
X2
X3
X4
X10
X9
X8
SVI
S
i r on a
X7X3X1
X5
X11
X2
X6
X10
X8
X2
X4
TB2
X2
X2
X11
K4
L20
X3
SF
X4
X2
X22
X21
X12
X18
X23
X23
X4
X7
X14
X14
K1
K1
K4
L
N
K4
K1
K4
TEST
SAN
AMALG
DESINF
DESINF
TEST
SAN
AMALG
DESINF
DESINF
TEST
SAN
AMALG
DESINF
DESINF
OK
X7A
SV2
S
i r on a
X5
X6
X5
X6X5X6
OK
nur USA-Version
USA-Version only
seulement version-E.U.A
sólo versión-EE.UU.
Option
L29
Option
Alternativ
KA
KA
Option
L37
L15
L38
L109
Amalgamabscheider
Amalgam separator
Desinfektionssystem
Disinfection system
L87
Wasserheizer
Water heater
L87
L109
P152
Mini L.E.D.
Video
L87
L109
L15
L109
Option
GN+
YE-
L37
Option
MV1
MV35
L29
WH+
BN-
L19
L87
L20
Option
SB
SX
P152
P2
SIROLUX F
L114
Purge
TESTED
F3
16VAC 4AT
F2
24VAC 4AT
SF
F1
25VAC 4AT
BARCODE
BARCODE
24VAC
25VAC
M_inc
M_lift
SIRONA
SB
SB
L36 or L144
L105
Option
16VAC
24VAC
SV2
L105
L32
L114
V78
V77
L40
Option
Option
Option
Option
L91P
WH X18.B1
BN X18.B2
L32
L36
L105
L19
L89
L89
L27
L153
L102
L26
L15
L7
L38
L7
Option Option
SVI
L40 L40
L25 L25
L35 L35
L7 L7
L26 L26L26
!
W1
W5
2.
OK
1.
2.
M
A
t
s
Te
G
L
A
M
A
F
N
I
S
E
D
N
A
S
10.
9.
7.
7
5.
6.
8.
4.
3.
8
X5
X6
X3
K4
X23
X23
X18
X12
X7A
X4
X7
X13
X11
Extern
X5
X8
X9
TB2
X21
X22
TEST
SAN
AMALG
DESINF
DESINF
X5
X1
XF
X1
X10
X1
X12
PL
X1
PL
X1
X5
P
S
1
0
2
X1
X1
W
D2
S
i r o n a
X10
X9
X0
X21
X32
X36
X34
X99
X52
X51
X53
X6
X2
WB
54 47 490 D3341 E3
S
ir on a
MP1
MP2
GND
+21V
X2
X1
X12
X13
X14
X3
X4
TEST
SAN
AMALG
DESINF
DESINF
X1
X4
X2
X7
X7.2
L91P
L153
L19
SL
OK
SS WE Speischale
S1 S2
Amalgamabscheider
Amalgam separator
Desinfektionssystem
Disinfection system
Wasserheizer
Water heater
Nassabsaugung
Wet suction
WH X18.B1
BN X18.B2
SB
SB
Cupfill
L153
L90
SS WE Speischale
Option
Option
Option
Option
L26
SVI
L25
SVI
L35
L40
NM
L7
SVI
SX
P2
SX
P152
L153 L153
L102
L105
SF
L105
SB
L19
SB
L109
SB
L36
SF
L32
SB
L15
SB
WH+
BN-
L26
L25
L102
L105
MV34
L105
L102
L26
L25
L35
L40
L7
P152
P2
P2
L109
L108
WD2
TESTED
MD
L150
Option
Option
SS_HE
L15
L32
AM
TEST
AMALG
DESINF
SAN
BARCODE
L36
L37
L36
L32
L15
S1 / S2
L37
AC7
AZ2
AB
AZ2
PAR
L153
L91P
L90
S3
L109
P2
L35
L40
L7
P2
P152
L25
L26
L102
L105
L19
L109
L36
L32
L15
L105
L102
L26
L25
L35
L40
L7
P2
P152
P2
L109
L89
L37
L29
MV_Cuspidor
SM
Reed- Sep Reed- NA / Clean-Switch
On/Off
PumpMV33
V19
V17
V9 V10 V8
V21
FP1
SW-On
WB
Reed-NA
FP3
FP2
Reed-SEP
54 47 490 D3341 E3
BARCODE
L37
L27
L36
L32
L15
L36
L32
L15
+20V
MP4
V20
V18
MP3
V11
Power
V12
V7
SB
L91P L91P
L89
SV2
L29
L27
SF
L89
L29
L27
TEST
SAN
AMALG
DESINF
DESINF
TEST
SAN
AMALG
DESINF
DESINF
W34
OK
W35
W34
W35
W12
A11
A12
A13
W35
W34
A15
MV34
9
Ab Serien-Nr.
From Serial-No.
De No de série
Desde No de serie
Amalgamabscheider
Amalgam separator
Desinfektionssystem
Disinfection system
Wasserheizer
Water heater
Nassabsaugung
Wet suction
VA 2
VA 4
VA 1
VA 1
1 500
Option
Option
Option
Option
A42
W1
W5
VX6
VX2
W35
W34
W12
W38
VX15
W34
W1
A37
VX14
VX3
V2
A41
W1
A42
W38
W35
A11
A37
A41
A37
W38
RD35
W5
A41
RD1
A13
A12
A15
A01
A39
A37
A39
A37
A05
VX1
A41
A13
A12
VX 4
VX 5
A03
A02
A01
Option
W35
W38
W38
W35
DN1
VX11
A42
W1
W5
A42
W1
W5
10
C8
+
P
1
2
S
0
P
1
2
S
0
E
N
D
O
1
0
0
1
20
40
60
80
C8
+
P
1
2
S
0
P
1
2
S
0
E
N
D
O
10
0
1
20
40
60
80
OK
1.
6.
5.
7.
8.
4.
AU
3x
2.
3x
2.
6.
3.
3x
5.
3.
3x
9.
AU
10.
AU
L112
X1
X11
X2
L104
X1
L105
L112
X1
X11
OK
2.
1.
AB
4.
3.
7.
5.
PAR
L102
8.
AB
10.
9.
AB
AB
PAR
6.
L105
11.
AB
AU
L104
L102
11
12
OK
AL
AB
AZ2
AC7
MI
AUB
AU
AU
AB
PLX1
OK
MI
13
14
pfoliru=c^kq^pqf`
OK
24V / 150W
Herstellerinformationen beachten
Manufacturer information consider
Des informations de fabricant considérer
La información del fabricante considera
1
2
S
P
0
100100
1
2020
4040
6060
80
ENDO
OK
Instrumenten-Steuerung
SB
SV2
Stuhl-Steuerung
Chair-Control
Commande du fauteuil
Control del sillón
24V-Versorgungsplatine
24V-Support
Platine d’ alimentation 24V
Platina de alimentación 24V
AB
AC7
AL
Sicherungsplatine
Fuseboard
SF
Carte fusibles
Platina de fusibles
AUB
SIROLUX-Steuerung
SIROLUX-Control
SX
KA
Commande de SIROLUX
Control de SIROLUX
Anschluss Kompakt
Connection Kompakt
Raccordement Kompakt
Conexión platina Kompakt
AU
AZ2
MI
PC/Video-Interface
PC/video interface
SVI
15
Interface vidéo /PC
Interfaz PC7Video
PA R
Instrument-Control
Commande des instruments
Control de los instrumentos
Kameramodul
Camera module
Module caméra
Módulo de cámara
Instr.-Motor-Steuerung
Instrument-Motor-Control
Commande moteur d. instruments
Control el motor del instrumento
Ultraschallversorgung
Ultrasonic-Supply
Alimentation de ultrasons
Alimentación de ultrasonidos
Ultraschall-Modul
AU
Ultrasonic module
Module ultrasons
Módulo de ultrasonidos
Optionsversorgung
Option-Support
Commande de option
Control de opción
Mini L.E.D. -Versorgung
Mini L.E.D.-Support
Alimentation Mini L.E.D.
Alimentación Mini L.E.D.
Tastatur
Keyboard
Clavier
Teclado
WD2
WA2
WB
Xx
WA2
Desinf.-steuerung
Disinfection system-Control
Commande de syst. de désinfect.
Control de sistema de desinfección
Amalgamabscheider-Steuerung
Amalgam separator-Control
Commande - séparateur d’amalg.
Control de separador de amalgama
Separier.-Steuerung
Automatic separator-Control
Commande de autom. séparateur
Control de automatismo separador
Filmbetrachter Versorgung
Film viewer-Supply
Alimentation de négatoscope
Alimentación de negatoscopio
MI
Mini L.E.D. -Versorgung
Mini L.E.D.-Support
Alimentation Mini L.E.D.
Alimentación Mini L.E.D.
16
X20
=
in Ordnung
en bon état
Functioning
en orden
OK
OK
1
2
S
P
0
1
2
0
4
0
6
E
N
D
O
BARBAR
11
00
50
50
PSI
PSI
OK
OK
1 2
Information
Information
=
I
nformation
Información
siehe Seite ...
see page ...
=
c
f. page
véase página
prüfen (sehen ob ...)
Check (see whether ...)
=
vérifier (contrôle visuel ...)
compruebe (mire si ...)
prüfen (hören ob ...)
Check (listen whether ...)
=
vérifier (contrôle auditif ...)
compruebe (oiga si ...)
muß leuchten / Betriebszustand in Ordnung
murt light up / operating state in order
=
doit s’allumer / bon état de fonctionnement
tiene que estar iluminado /
Estado operacional en orden
darf nicht leuchten / Fehlerzustand
murt not light up / error state
=
ne doit pas s’allumer / défaut
no puede estar iluminado / Defectuoso
Status / Information
Status / Information
=
état /information
Revisión / Información
LED leuchtet
LED lit up
=
DEL allumée
LED iluminado
LED blinkt
LED flashing
=
DEL clignote
LED en intermitencia
LED AUS
LED OFF
=
DEL éteinte
SB
ProAA2
Function Pad überbrücken
Jumper function pad
=
court-circuiter Function Pad
Puentear la función Pad
Auswechseln
Replace
=
échanger
cambiar
O-Ringe leicht mit
fettenSyntheso Pro AA2
Lightly lubricate the O-rings
with Syntheso Pro AA2
=
Graisser légèrement les joints toriques
avec de la Syntheso Pro AA2.
Lubricar ligeramente los anillos toroidales
con Syntheso Pro AA2
V77 25VAC
V78 +5V
V80 Power
2
5
5
I
I
0
0
S
S
P
P
V77
V78
V80
V70
V79
in Ordnung
Functioning
en bon état
en orden
LED APAGADO
ja / in Ordnung
yes / functioning
=
V76 Input
oui / en bon état
sí / en orden
nein / nicht in Ordnung
no / not functioning
=
non / état défectueux
V74 M_lift
no / no está en orden
Unterbrechung
Disturbance
=
interruption
Interrupción
Kurzschluß
M2
Short circuit
=
court-circuit
Cortocircuito
P1
P2
1
2
S
P
0
100
1
2
0
40
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
P
r
o
S
m
i
l
e
s
i
r
o
n
a
.
1
2
S
P
0
1
00
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
19
79
19
s
i
r
o
n
a
.
e
l
i
m
S
o
r
P
19
19
18
17
18
0
1
2
S
0
1
2
S
0
1
2
S
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
1
2
S
P
0
100
1
2
0
4
0
60
80
E
N
D
O
P1
P2
20
2
1
0
S
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
21
0
S
2
1
P
2
21
30
P1
P
2
1
0
25
25
S
29
29
1x
32
32
P
2
0
1
S
C
8
+
1
2
S
P
0
P
2
0
1
S
C
8
+
1
2
S
P
0
TEST
35
36
38
KL2
40
KL2
51
52
55
56
57
AMALG
DESINF
DESINF
SAN
58
62
64
65
77 79
43
KL3
44
KL2
46
KL2
47
KL2
48
KL5
19
20
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
1
2
S
P
0
100
1
20
40
60
80
ENDOENDO
X1
1
2
S
P
0
ENDOENDO
S 0
1 2
X2
X1
X21
X22
P
S
1
0
2
X1
AZX1
PLX1
1 2
S 0
0
S
2
5050
1
P
00
11
PSIPSI
BARBAR
PAR
L105
L105
PH
L32
0
S
2
1
P
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
AZ2
SF
SB
MI
X11
X10X1X12
X18
X16
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
X2
M_inc
V73
1 2
OK
1
2
S
P
0
1
2
0
40
6
ENDO
BARBA R
11
00
50
50
PSI
PSI
5050
1
OK
1
2
S
P
0
1
2
X1.1 X1.3
55
1
2
X1.A3 X1.B1
X21
X22
X17
PH
PAR
0
S
2
1
P
V77 25VAC
V78 +5V
V80 Power
2
5
5
I
I
0
0
S
S
P
P
V76 Input
V74 M_lift
24
23
L32
L32
L105
L105
V70 Service
SB
V78 +5V
V77 25VAC
V76 Input
V80 Power
BARCODE
SB
V74
SIRONA
TESTED
L9
M_lift
33
31
M1
V79
SB
22
M1
21
M1
22
M1
X17
OK
OK
OK
X17
X2
F6
OK
X16
X16
X17
X17
OK
X1.7
X1.5
1
2
S
P
0
ENDO
X1.B2 X1.A2
5
X16
X16
X17
X17
X1.1 X1.3
X1.A3
X1.B1
1
2
S
P
0
EENDO
X11
X10
X1
X12
X18
X16
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
X2
M_inc
V73
X21
X22
X17
BARCODE
SB
22
SB
M1
PH
S
1
S
PAR
505
0
S
L9 L8
K2
0
3
6
Input
0V ~ (115V)
0VAC
115VAC
T1
0
2
0
0
SB
SB
X2
X2.3
X2.2
L7
X2.1
SIRONA
TESTED
SB
SB
PAR
PH
X17.2
0
S
2
1
P
X17.4
X17.6
L9
M1 M1
5AT 115V
SB
1 1
2 2
M1
SB
X12
X18
SIRONA
X16
M_lift
Input
Active
V74
V76
V70
V78
Service
+5V
SS_TB
SS_BR
P1
P0
P2
PS
Purge
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
M_incM_inc
V73
X21
X22
X17
OK
OK
1
2
S
P
0
100
1
20
4040
6060
80
E
N
D
O
ENDO
1
2
S
P
0
100
1
2020
40
6060
80
E
ND
O
ENDO
1
S
P
0
100
1
2020
40
6060
80
E
ND
O
ENDO
OK
1
2
S
P
0
100
1
20
40
6060
8080
E
N
D
O
ENDO
1
2
S
P
0
100100
1
2020
40
6060
8080
E
N
D
O
ENDO
1
S
P
0
100100
1
2020
40
6060
8080
E
N
D
O
ENDO
OK
2
1
2
1
X10
X12
X18
PPurge
F3
X22
X21
X10
X12
X18
PPurge
F3
X22
X21
1
2
S
P
0
1
2
S
P
0
EENDO
55
SISI
X1.12
X1.12
X1.B4
X1.B4
X1.3
X1.1
X1.B1
X1.A3
2
2
X22
X22
X21
X21
1
1
P0
XX19
OK
OK
23
SB
TESTED
SB
V76 Input
SB
PH
0
S
2
1
P
L32
SB
PAR
V76 Input
PAR
505
0
L105
SB
V76 Input
V76 Input
23
SB
PH
S
PAR
00
11
5050
0
2
1
P
L32
505
0
L105
SB
PAR
24
X11
X10
X1
X12
X18
X16
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
X2
M_inc
V73
X21
X22
X17
K2
K1
4AT
OK
OK
OK
24
V77 25VAC
SB
S1
F1
V77
L1
L2
10AT
T1
PELN
SB
V77 25VACV78 +5V
V80 Power
BARCODE
SB
SIRONA
TESTED
SB
SB
V78 +5V
V80 Power
F1
SB
X11
X10
X1
X12
X18
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
X2
M_inc
V73
X17
S 0
OK
1
2
S
P
0
1
2
0
4
ENDO
11
00
50
50
5050
OK
X1.B2 X1.A2
1
2
S
P
0
ENDO
5050
X1.5 X1.7
X21
X22
X16
PH
PAR
0
S
2
1
P
V77 25VAC
V78 +5V
V80 Power
S
5
5
0
0
2
0
V76 Input
24
28
S
L32
L32
2
0
L105
L105
S
2
0
V78 +5V
V77 25VAC
V76 Input V80 Power
Power
BARCODE
SB
SB
Purge
33
SIRONA
TESTED
V73
M_inc
L8
V73 M_inc
V70 Service
31
M2
M2
M2
25
27
26
V79
SB
26
X11
X10
X1
V70
V78
V77
Service
+5V
25VAC
P1
P2
PS
F4
F1
F2
F3
V81
LS
X4
X4
OK
OK
OK
SS_TB
SS_BR
LS
OK
1
2
S
P
0
X4
LS/LS_1/P2
V81 LS
SB
V81 LS
SB
L14
LS/LS_1/P2
LS
V81/LS
LS_1
SB
5050
V81/LS
LS/P2
SB
LS
SB
LS_1 / P2
LS
LS_1
SB
V81/LSV81/LS
LS_1
X11
X10
X1
X12
X18
X16
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
X2
M_inc
V73
X21
X22
X17
OK
X1.5 X1.7
X1.B2
X1.A2
1
S
P
0
ENDOENDO
M2
X16
X16
X17
X17
OK
OK
OK
OK
X2
X1.3
2
X1.1
1
1
2
S
P
0
EENDO
2
X1.B1 X1.A3
1
X16
T
X16
OK
X16
X16
X17
X17
OK
F6
5
27
PH
PAR
BARCODE
SB
0
S
2
1
P
SB
Input
SIRONA
TESTED
M2
SB
27
5AT 115V
L9 L8
SB
SB
PAR
5050
S
0
SB
X2.3
X2.2
X2.1
PH
L7
K2
0
3
6
0V ~ (115V)
0VAC
115VAC
M2 M2
T1
SB
X16.1
X16.3
0
S
2
1
S
0
X16.5
L8
M2
M2
M2
SB
28
X12
X18
SIRONA
X16
M_lift
Input
Active
V74
V76
V70
V78
Service
+5V
SS_TB
SS_BR
P1
P0
P2
PS
Purge
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
M_inc
V73
X21
X22
X17
OK
OK
0
S
0
S
PPurge
F3
PPurge
F3
2
S
P
0
E
N
D
O
ENDO
2
S
P
0
E
N
D
O
ENDO
55
SIS
I
X1.12
X1.12
X1.B4
X1.B4
X1.7
X1.5
X1.A2
X1.B2
XX19
X
0
0
S
S
1
2
S
P
0
100100
1
2020
4040
60
8080
ENDOENDO
1
2
S
P
0
100
1
2020
4040
6060
80
ENDOENDO
1
S
P
0
100
1
2020
4040
6060
80
ENDOENDO
OK
1
2
S
P
0
100
1
2020
4040
60
80
ENDO
1
2
S
P
0
100
1
2020
4040
60
80
ENDOENDO
1
S
P
0
100
1
2020
4040
60
80
ENDOENDO
OK
OK
OK
SB
28
TESTED
SB
V76 Input
SB
PH
0
S
2
1
L32
SB
X10
PAR
V76 Input
X12
X22
X22
PAR
5050
L105
X18
X21
X21
PH
S
PAR
00
11
5050
0
2
1
5050
L32
L105
V76 Input
SB
V76 Input
SB
SB
X12
X18
X10
X22
X22
X21
X21
PAR
X10
X12
X18
PPurge
F3
X22
X21
0
1
2
S
P
0
1
20
4
E
N
D
O
50
50
11
00
5050
PSIPSIPSIPSI
5050
1
2
S
P
0
1
20
4
E
N
D
O
11
00
50
50
PSI
PSI
OK
1
2
S
P
1
0
2
S
1
0
2
S
SB
SB
B
SIR
Input
Active
Power
V76
V80
V79
V81
LS
X12
P1
P0
X19
X22
OK
5050
P1
P0
X1.B4
P
P
S
P
0
E
N
D
O
ENDO
1
2
S
P
0
1
0
0
100
1
2020
4040
60
8080
ENDOENDO
1
2
S
P
0
1
0
0
100
1
2020
4040
60
8080
ENDOENDO
1
S
P
0
1
0
0
100
1
2020
4040
60
8080
ENDOENDO
OK
OK
X1.A2/A3
X1.1/3/5/7
X1.B1/B2
X1.12
X22
X21
V76 Input
R
R
PSI
PSI
5
5
0
0
V76 Input
5
5
0
0
V76 Input
<3s
PH
PH
0
S
2
1
P
PH
0
S
505
0
2
1
P
L32
PAR
X1.1/3/5/7
L105
SB
PAR
0
S
1
5050
2
P
28
SB
SB
M2
M1
V76 Input
22
M1
M2
27
SB
29
30
1
0
2
S
X12
P1
P0
X22
X19
OK
P1
P0
0
OK
1
0
2
S
1
0
2
S
1
2
S
0
X11
X10
X
X12.2
X12.6X12.3 X12.4 X12.5
X12
1
0
2
S
P1
P2
CFS
P1
P2
CFS
P1
P2
X12.2
SB
P
1
P2
SB
V76 Input
M2
M2
M1
M1
M1
M2
22
27
SB
V76 Input
SB
SS_TB
SS_BR
SS_BR
SS_HE
OK
31
SB
SS_TB
SB
SS_TB
V79
SB
SB
SB
L14
A5 X4 B5
SS_BR
L14
A6 X4 B6
P
L88
2 X8 1
SS_HE
2 X7 1
V79
L14
A5 X4 B5
SS_BR
L14
A6 X4 B6
P
DN1DN1
L88
2 X8 1
SS_HE
2 X7 1
31
32
X11
X10
X1
X18
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
X2
M_inc
V73
X21
X22
OK
OK
1
2
X17
X12
X16
KSKS
2
1
2
1
V74 M_lift
0
S
V77 25VACV77 25VAC
V78 +5VV78 +5V
V80 PowerV80 Power
V76 InputV76 Input
V73 M_inc
M2M1
2
1
0
S
S9 S11S10 S12
0
24
0
S
2
23
1
M1
L44
28
22
SB
0
S
S
V77 25VACV78 +5V
V76 Input
V80 Power
BARCODE
SB
V79
33
M_lift
V73 V74
V70 Service
SIRONA
TESTED
L9
M_inc M_lift
M1
31
L8
M2
27
V79
SB
M2
26
X11
X10
X1
X12
X18
X16
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
X2
M_inc
V73
X21
X22
X17
X9
X9
X4
X4
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
33
BARCODE
SB
SB
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
S1
SIRONA
TESTED
SB
CFS
IFS
P1
P2
V70 SERVICE
P2 P1
SB
SB
V70 SERVICE
V70 Service
SB
V70 SERVICE
SB
V70 SERVICE
33
X9.1
X9.2
X9.3
X9.1
X9.2
X9.3
X4.A2
X4.B1
X4.B2
X4.A2
X4.B1
X4.B2
L13
L13
L14
L14
1
2
P1
3
1
2
P1
3
1
2
P2
3
1
2
P2
3
34
1
2
S
P
0
1
00
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
P
2
0
1
S
C8
+
1
2
S
P
0
10
0
1
2
0
4
0
6
0
8
0
E
N
D
O
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
V12 V13 V14 V15
V11
KL2
MP7
KL3 KL4 KL5
PROG
INDEX
S
A B
E RV I C E
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V
S
i r o n a
GND
INDEX
OK
AB
PURGE
.
P
r
o
S
m
V11 SERVICE V10 +32V
V11 SERVICE
V11 SERVICE
KL2
MV21.1
MV21.1
KL3
MV21.2
MV21.2
KL2
.
P
r
o
KL3
s
i
r
a
o
n
e
l
i
m
S
a
n
o
r
i
s
i
l
e
V11 SERVICE
35
CFS
.
a
n
o
P
r
i
s
r
o
S
m
i
l
KL4
V11 SERVICE
KL2
KL3
KL4
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
KL5
V11 SERVICE
KL4
MV21.3
MV21.3
KL5
KL5
e
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
AB
MV22
P1
P
2
V11 SERVICE
IFS
S1
MV22
CFS
P1
P2
IFS
36
X18.A4
X18.A6
X18.A2
OK
X18
X18
X1
X2
X2
X2
X3
X1
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
37
AZ2
L104
AZ2
L104
ABAB
V8 SERVICE
AZ2
L102 L102
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
AZ2
MV21.1
MV21.2
MV21.3
AB
X18.B4
AB
P
1
P2
SB
SB
P
2
0
1
S
C
8
+
1
2
S
P
0
10
1
2
0
4
0
6
0
8
0
E
N
D
O
V8 SERVICE
P
100
1
20
40
60
80
ENDO
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
P
100
1
20
40
60
80
ENDO
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
P
100
1
20
40
60
80
ENDO
ENDO
ERROR
ERROR
32V
32V
X2
X1
X3X
3
X3X
3
OK
+ 32VP
+5V
VL+
USER
Kl2
V2
9
2
V
317
V
V
2
X3X
3
X3X
3
OK
+ 32VP
+5V
VL+
USER
K
l2
V
2
9
2
V
3
17
V
V
2
+ 32VP
V292
X1
X1
X2
YE1
YE
OK
OK
GND
YE1YE1
F1 4AT
3x
V8 SERVICE
AZ2
V8 SERVICE
V8 SERVICE
V8 SERVICE
V8 SERVICE
V8 SERVICE
V8 SERVICE
4x
5x
6x
5x
6x
5x
7x
AL
AZ2
KL2
KL2
AZ2
V34
+32VP
AL
AL
>10s
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
V292
+32VP
V34
+32VP
C5
SF T2
1
AL
SF
R/I_
SERVICE
9
V
8
S
V
USER
Kl5
6
V
V7
+5V
Kl4
VL+
Kl3
5
3
V
Kl2
V4V
17
3
2
V
L105
AL
P
AZ2
V
2
9
2
2
V
3
+
L105
6
AZ2
V
92
2
V
+ 32VP
R/I_
SERVICE
9
V
8
S
V
USER
Kl5
V6
V7
+5V
Kl4
VL+
Kl3
3
4V5
V
Kl2
V
317
2
V
V
2
9
V2
+ 32VP
AZ2
V292
+32VP
AZ2 AL
SB
AZ2
2
9
2
V
V8 SERVICE
8x
V8 SERVICE
37
9x
AZ2
V120
+ 32VP
2
9
2
V
+ 32VP
R/I_
SERVICE
9
V
8
S
V
USER
Kl5
6
V
V7
+5V
Kl4
VL+
Kl3
5
3
V
Kl2
V4V
17
3
2
V
V
R/I_
SERVICE
9
V
8
S
V
USER
Kl5
6
V
V7
+5V
l4
K
VL+
Kl3
V5
l2
3
4
V
K
V
17
3
2
V
V
38
OK
P1
P2
P1P2P1
P2
X8
X8
AU
KL2
MV21.1
A11 A15
CFS
AB
L88
VX1
VX3
DN1
L88
A01 A05
P1
P2
A5
A5
SB
IFS
OK
V12 V13 V14 V15
V11
KL2
MP7
KL3 KL4 KL5
PROG
INDEX
S
A B
E RV I C E
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V
S
i r o n a
GND
INDEX
AB
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
OK
X2
X2
X8
X18
OK
X1
X1
V12
INDEX
20 - 40V
KL2
KL2
V77/SB 25VAC
V78 +5V/SB
V80 Power/SB
V10 +32V/AB
V11/AB SERVICE
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
KL2
V11/AB
SERVICE
V12/AB KL2
KL2
MV21.1
DN1
V11/AB
SERVICE
0V 5V
DN1
L102
AB
24
50
V10 +32V
V11 SERVICE
V12 MV21.1
AB
IFS
CFS
X8.1
0V 5V
X8.2
A03
A01
A02
A05
A5
W1
X2.A2
L102
X2.B2
RD1
L88
X18.A2
X18.A4 32V
X18.B4
X18.A6
AB
A13
A11 A12 A15 W12
DN1
VX3 VX1
0V 5V
PURGE
KL2
X1.1
X1.2 32V
X1.3
VX2
0V 5V
RD4
AC1.1
MV21.1
RD5
MA3
RD3
MV21.1
AO1.1
39
37
KL2
SB
40
1
2
S
P
0
P
r
o
S
m
i
l
e
+ 32VP
+5V
VL+
USER
Kl2 Kl3 FS R/LKl4 Kl5
SERVICE
V292
V317
V7
V2 V3 V6 V9
V4 V5
V8
OK
S
P
1
00
1
20
40
60
80
M
M
ENDO
1
2
100
1
20
40
60
80
P
1
P
2
X8
X18
X2
X1
Ye1
YE
F1 4AT
X3X3
X3X3
+ 32VP
+5V
VL+
USER
Kl2
Kl3
S
R/I_
Kl4
Kl5
SERVICE
V292
V317
V7
V2
V3
V6
V9
V4
V5
V8
X22
X10
X7
X1
AU
AU
X2
X11
X22
X10
X7
X1
X1
KL2
KL2
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
AZ2
+
-
PAR
L112
L112
AZ2
V9 R/L
_
+
L102
L107
L102
L105
MV21.1
A11 A15
L104
A11
VX3
DN1
AB
AB
L102
L107
Speed control
L107
P
V
92
2
2
V
3
+
L116
L102
L112
+
L
V
7
31
V
V9 R/L
E
IC
V
I_
/
R
R
E
S
9
R
V
8
E
V
S
l5
U
V
K
6
7
5
+
V
V
l4
K
l3
K
5
V
l2
V3
K
V4
AZ2
A15
VX1
A5
P
1
P
IFS
2
CFS
A05
A01
L102
L88
L102
SB
L88
A5
SF
L105
6
1
T2
1
2
S
P
0
P
r
o
S
m
i
l
e
V12
V13 V14
V15
V11
KL2
MP7
KL3 KL4 KL5
PROG
INDEX
S
A B
E RV I C E
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V
S
i r o n a
GND
INDEX
OK
OK
X3X3
+ 32VP
+5V
VL+
USER
Kl2
Kl3
S
R/I_
Kl4
Kl5
SERVICE
V292
V317
V7
V2
V3
V6
V9
V4
V5
V8
X5
X2
X4
X3
X2
X3
X4.A2
X4.A1
KL2
OK
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
X2
X2
X8
X18
X1
X1
KL2
AB
V13
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
V15
V77/SB 25VAC
V78 +5V/SB
V80 Power/SB
V10 +32V/AB
V11/AB SERVICE
.
a
n
o
P
r
i
s
r
o
S
m
i
l
KL2
V11/AB
SERVICE
V12/AB KL2
e
KL2
MV21.1
DN1
V11/AB
SERVICE
0V 5V
AB
DN1
24
L102
50
RD3
P
V
2
3
+
V10 +32V
X2.A2
X2.B2
AZ2
+
L
V
V317
MV21.1
E
IC
V
/I_
R
R
E
S
R
E
S
5
l
U
V
K
5
V7
+
l4
K
3
l
K
5
V
2
l
K
V4
V11 SERVICE
V12 MV21.1
AB
IFS
CFS
X2.A2
X2.B2
AB
A13
A11 A12 A15 W12
L104
X1.1
X1.2 32V
X1.3
0V 5V
MA3
X3.A1
X3.A2
X3.B2
L111
X5.1
X5.2
MV21.1
RD1
A03
A01
A02
A05
A5
W1
L102
L88
DN1
VX3 VX1
VX2
RD4
RD5
X2.A2
X2.B2
AZ2
AC1.1
X18.A2
X8.1
0V 5V
X8.2
0V 5V
X18.A4 32V
X18.B4
KL2
41
42
KL2
KL2
SB
4
5
3
8
AO1.1
L111
42
V30 V31 V32 V34 V35
RESET RUN ERROR +32V +8V
RESET RUN ERROR +32V +8V
V30 V31 V32 V34 V35
1
2
S
P
0
1
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
+ 32VP+ 32VP
+5V+5V
VL+
USERUSER
Kl2
Kl3
Kl4Kl4
Kl5
SERVICESERVICE
V292V292
V
3
17
V317
V7V7
V2V2
V3V3
V4V4
V5V5
V8
X2
X3
OK
OK
OK
OK
+ 32VP
V292
YE1
YE
F1 4AT
OK
OK
X3X3
X3X3
OK
+
3
2
V
P
+
5
V
V
L
+
U
S
E
R
K
l2
V
2
9
2
V
3
1
7
V
V
2
X3X3
X3X3
OK
+
3
2
V
P
+
5
V
V
L
+
U
S
E
R
K
l2
V
2
9
2
V
3
1
7
V
V
2
X3X3
X3X3
OK
+
3
2
VP
+
5
V
V
L
+
U
S
E
R
K
l2
V
2
9
2
V
3
1
7
V
V
2
+ 32VP
+5V
VL+
USER
Kl2 Kl3 FS R/LKl4 Kl5
SERVICE
V292
V317
V7
V509
V2 V3 V6 V9
V4 V5
V8
X3X3
X3X
3
+5V
VL+
USER
Kl4
Kl5
SERVICE
V7
V8
X10
OK
X18
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
X2
X1
X1
42
AZ2
L105
V317 VL+
V292 +32VP
V /AZ2 5V509 +
V35/AL +8V
V34/AL +32V
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
KL2
V2/AZ2 Kl2
KL2
KL2
V6/AZ2
V31/AL
RUN
V30/AL RESET
KL2
L102
L+
V
L102
AZ2
R
E
S
U
5V
+
SB
E
VIC
R
E
S
K
l4
K
3
V30/AL
RESET
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
AZ2
SB
P
V
2
9
2
2
V
3
+
P
V
2
9
2
2
V
3
+
V509 +5V
E
C
I
V
_K
/I
R
R
E
S
9
R
V
8
S
E
V
S
l5
U
V
K
6
7
5
V
V
+
+
l4
L
V
l3
K
5
V
l2
3
4
V
K
V
7
1
3
2
V
V
E
IC
V
_K
/I
R
R
E
S
9
R
V
8
S
E
V
S
l5
U
V
K
6
7
5
V
V
+
+
l4
L
V
l3
K
5
V
l2
3
4
V
K
V
7
1
3
2
V
V
V2 Kl2
37
V292/AZ2
+32VP
V6 FS
AL
AZ2
AL
SF
6
1
T2
E
IC
V
/I_
R
R
E
S
9
R
V
8
S
E
V
S
l5
U
V
K
6
7
5
V
V
+
+
l4
L
K
V
l3
K
5
V
l2
3
4
V
K
V
7
1
3
2
V
V
P
V
2
9
2
2
V
3
+
E
IC
V
/I_
R
R
E
S
9
R
V
8
S
E
V
S
l5
U
V
K
6
7
5
V
V
+
+
l4
L
K
V
l3
K
5
V
l2
3
4
V
K
V
7
1
3
2
V
V
P
V
2
9
2
2
V
3
+
V32 ERROR
V31 RUN
V30 RESET
AL
AB
L104
X2.A1
X2.A2
X2.B2
AL
L105
X3.A1
X3.A2
X3.B2
AZ2
AZ2
P
V
2
9
2
2
V
3
+
VP
2
9
2
2
3
V
+
AZ2
V34 +32V
V35 +8V
P
+ 32V
E
IC
V
_
/I
R
R
E
S
9
R
V
8
S
E
V
S
l5
U
V
K
6
7
5
V
V
4
+
+
L
Kl
V
l3
K
5
V
2
l
3
4
V
K
V
7
1
3
2
V
V
E
IC
V
_K
/I
R
R
E
S
9
R
V
8
S
E
V
S
l5
U
V
K
6
7
5
V
V
4
+
+
l
L
V
l3
K
5
V
l2
3
4
V
K
V
7
1
3
2
V
V
P
2
0
1
S
C8
+
1
2
S
P
0
1
2
S
P
0
P
2
0
1
S
C
8
+
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
OK
OK
OK
V12 V13 V14 V15
V11
KL2
MP7
KL3 KL4 KL5
PROG
INDEX
S
A B
E RV I C E
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V26 - 42V
S
i r o n a
GND
INDEX
AB
OK
X18
OK
INDEX
KL3
V77/SB 25VAC
V78 +5V/SB
V80 Power/SB
V10 +32V/AB
V11/AB SERVICE
KL3
V11/AB
SERVICE
24
50
V11 SERVICE
V13 MV21.2
L102
AB
SB
SB
+ 32V
V10 +32V
V13/AB Kl3
V11/AB
SERVICE
43
MV21.2
DN1
KL3
Kl3
KL3
0V 5V
DN1
42
44
OK
X3X3
+5V
VL+
USER
Kl2
Kl3
S
R/I_
Kl4
Kl5
SERVICE
V317
V7
V2
V3
V6
V9
V4
V5
V8
+
-
¹
P1
P
2
X8
X18
AU
AU
OK
X4
X4
X2
X1
Ye1
YE
F1 4AT
X3X3
X3X3
+ 32VP
+5V
VL+
USER
Kl2
Kl3
S
R/I_
Kl4
Kl5
SERVICE
V292
V317
V7
V2
V3
V6
V9
V4
V5
V8
X22
X10
X7
X1
=
3.3-0.1V
3.3-0.1V
Bis zum Anschlag
Stop Position
Jusqu’en butée
Hasta tope
L102
A11 A15
L102
MV21.1
AB
AB
AZ2
L107
???
L116
L102
L112
=
?.? V
2V
VDC
?.?V
6V
-
+
R313
+
L
V
AZ2
X4. 1A
E
IC
P
1
V
/I_
R
ER
S
P2
ER
S
l5
U
K
5V
+
l4
K
l3
K
l2
K
X4. 1B
+
VL
P
V
2
+ 3
A11
VX3
DN1
CFS
A15
VX1
A5
P1
P
2
A05
A01
L102
L88
L105
L102
A5
SB
L88
IFS
SF
6
1
V
+5
E
IC
V
ER
S
ER
S
U
Kl5
l4
K
l3
K
AZ2
T2
/I_
R
Die Volteinstellung (R313) muß jeweils nach
Angaben des Instrumentenherstellers erfolgen.
Stellen Sie das Potentiometer (R313) immer auf
die Glühlampe (Instrument) mit der niedrigsten
Spannung ein.
Adjust voltage (R313) according to instrument
manufacturer’s instructions.
Always set Potentiometer (R313) to Intensity of
bulb (Instrument) with lowest voltage.
Régler le voltage (R313) conformément aux
indications du constructeur des instruments.
Réglez toujours le potentiomètre (R313) sur la
valeur de tension de la lampe (instrument) la plus
faible.
El ajuste del voltaje (R313) ha de efectuarse en
cada caso conforme a las instrucciones del
fabricante.
Ajuste siempre el potenciómetro (R313) a la
lámpara (instrumento) con la potencia más baja.
+ 32VP
+5V
VL+
USER
Kl2 Kl3 FS R/LKl4 Kl5
SERVICE
V292
V317
V7
V2 V3 V6 V9
V4 V5
V8
+ 32VP
V292
YE1
YE
F1 4AT
X3X3
X3X3
OK
+
3
2
V
P
+
5
V
V
L
+
U
S
E
R
K
l
2
V
2
9
2
V
3
1
7
V
V
2
OK
OK
OK
KL2
X2
X1
X1
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
1
2
S
P
0
1
0
1
2
0
4
0
6
0
80
E
N
D
O
P
r
o
S
m
i
l
e
AZ2
V292 +32VP
V292/AZ2 +32VP
.
a
n
o
P
r
i
KL2
s
r
o
S
m
i
l
e
KL2
V2/AZ2 Kl2
KL2
V6/AZ2
V317/AZ2 VL
+
SF
V2 KL2 V6 FSV317 VL+
L105
AL
L105
P
V
2
3
+
AZ2
6
1
T2
AZ2
E
C
I
V
_
I
/
R
R
E
S
9
R
V
8
S
E
V
S
5
l
U
V
K
6
7
5
V
V
4
+
+
l
L
K
V
l3
K
5
V
2
l
3
4
V
K
V
7
1
3
2
V
V
P
V
2
9
2
2
3
V
+
E
C
I
V
_
I
/
R
R
E
S
9
R
V
8
S
E
V
S
l5
U
V
K
6
7
5
V
V
4
+
+
l
L
K
V
l3
K
5
V
2
l
3
4
V
K
V
7
1
3
2
V
V
P
V
2
9
2
2
3
V
+
KL2
45
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
46
V12
V13
V14 V15
V11
KL2
MP7
KL3 KL4 KL5
PROG
INDEX
S
A B
E RV I C E
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V
S
i r o n a
GND
INDEX
OK
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
AU
P1
P2
KL2
V77/SB 25VAC
V78 +5V/SB
V80 Power/SB
V10 +32V/AB
V11/AB SERVICE
AB
24
50
V13
V14
V10 +32V
V11 SERVICE
V14 MV21.3
W12
A13
A15
V13 MV21.2
V12 MV21.1
MV21.1
AB
VX2
W1
KL2
V11/AB
SERVICE
V12/AB KL2
MV21.1
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
RD1
KL2
VX1
CFS
P1
P2
KL2
IFS
A03
A05
A5
W1
A5
W1
OK
V12 V13 V14 V15
V11
KL2
MP7
KL3 KL4 KL5
PROG
INDEX
S
A B
E RV I C E
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V
S
i r o n a
GND
INDEX
KL2
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
AU
P1
P
2
AB
V11 SERVICE
V14 MV21.3
V13 MV21.2
A12
A15
D3418 E2
V10 +32V
V77/SB 25VAC
V78 +5V/SB
V80 Power/SB
V10 +32V/SB
V11/AB SERVICE
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
KL2
V11/AB
SERVICE
V12/AB KL2
MV21.1
KL2
24
50
V12 MV21.1
VX5
A12
VX1
MV21.1
MV21.1
AB
A15
47
A02
A05
A5
CFS
P1
P
2
KL2
IFS
48
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
V12 V13 V14 V15
V11
KL2
MP7
KL3 KL4 KL5
PROG
INDEX
S
A B
E R V I CE
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V26 - 42V
S
i r on a
GND
INDEX
OK
X3X3
X3X
3
+ 32VP
+5V
VL+
USER
Kl2
Kl3
S
R/I_
Kl4Kl5
SERVICE
V292
V317
V7
V2
V3
V6
V9
V4
V5
V8
X10
X10
X7
X6
X7
X2
X2
X1
X2
X4
X11
X6
X2
1
2
S
P
0
1
0
0
1
2
0
40
60
8
0
EN
DO
100
1
20
40
60
80
AU
X2
X2
X11
X4
X10
X7X1X1
X8
X18
KL5
KL5
AB
V11 SERVICE V10 +32V
KL5
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
L107
+ 32VP
MV22
L102
L111
L116
R/I_
SERVICE
V9
V317
V6
AZ2 AU
AUB
9
8
7
VX2
L102
L107
L111
AB
KL5
L116
L116
AUB
MV22
L107
Speed control
AZ2
L22
AU
L22
_
MV22
MV22
+
+
-
L102
A11 A15
L102
+
_
+
W1
L102
1
2
3
4
KL5
5
A11
VX3
DN1
A15
VX1
L88
L102
6
A05
IFS
P1
P2
MV23
RD4.3
CFS
A5
A01
L102
L88
SB
A5
W1
X3X
3
+ 32VP
+5V
VL+
USER
Kl2
Kl3
S
R/I_
Kl4
Kl5
SERVICE
V292
V317
V7
V2
V3
V6
V9
V4
V5
V8
V12 V13 V14 V15
V11
KL2
MP7
KL3 KL4 KL5
PROG
INDEX
S
A B
E RV I C E
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V
S
i r o n a
GND
INDEX
AB
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
D
O
P
r
o
S
m
i
l
e
OK
X3X3
+ 32VP
+5V
VL+
USER
Kl2
Kl3
S
R/I_
Kl4
Kl5
SERVICE
V292
V317
V7
V2
V3
V6
V9
V4
V5
V8
X7.2
X7.4
X7.1
OK
OK
AU
AU
OK
X4.A2
X4.A1
X2
X4
X3
X2
X7
X7
X11
X6
X3
X2X2X2
X8
X18
X1
X1X1X1
KL5
KL5
V77/SB 25VAC
V78 +5V/SB
V80 Power/SB
V10 +32V/AB
V11/AB SERVICE
.
a
n
o
P
r
i
s
r
o
S
m
KL5
i
l
e
V11/AB
SERVICE
MV22, MV23
DN1
0V 5V
24
50
AB
DN1
L102
MV22
2
3
+
P
V
2
29
V
V10 +32V
X2.A5
X2.B5
X6.2
MV23
X.63
V
5
+
+
L
V
7
31
V
AZ2
R
E
S
R
E
S
U
7
V
l3
K
l2
V
K
2
V
E
C
I
V
_
/I
R
9
V
l5
K
4
l
K
5
V
3
V11 SERVICE
V15 MV22
, MV23
AB
IFS
CFS
X2.A2
AB
X2.B2
L104
X1.1
X1.2 32V
X1.3
0V 5V
X3.A1
X3.A2
X3.B2
L111
Speed control
A01
A05
W1
L107
A11 A15 W12
DN1
X2.A5
AB
X2.B5
AZ2
VX3 VX1
A5
L88
L102
VX2
MV22
P
V
2
2
29
V
3
+
AUB
L116
+
L
V
7
31
V
E
IC
V
I_
/
R
R
E
S
9
R
V
8
E
V
S
l5
U
V
K
7
5
V
4
+
l
K
l3
K
5
V
l2
K
V4
2
V
L116
V15/AB Kl5
V11/AB
SERVICE
KL5
Kl5
49
X18.A2
KL5
X8.1
0V 5V
AU/AUB
X8.2
0V 5V
X18.A4 32V
X18.B4
X18.A5 32V
X18.B5
X18.B6
SB
Kl5
AUB
1
3
6
7
X1.1
X1.2 +32V
X1.3
X1.4
X1.5
X1.6 ON/OFF
X1.7
AU
L22
L111
50
1
2
S
P
0
1
2
0
4
0
END
O
BARBARBARBAR
11
00
50505050
PSIPSIPSIPSI
2
X18.A2
V12 V13 V14 V15
V11
KL2
MP7
KL3 KL4
KL5
PROG
INDEX
S
A B
E RV I C E
V10
MP6
MP8
MP7
20 - 40V
+ 32V
5964510
D3418 E2
PURGE
4.5 - 5.5V
26 - 42V26 - 42V
S
i r o n a
GND
INDEX
1
2
S
P
0
E
N
DO
P
r
o
S
m
i
l
e
1
2
S
P
0
E
N
DO
P
r
o
S
m
i
l
e
1
2
S
P
0
E
ND
O
P
r
o
S
m
i
l
e
1
2
S
P
0
EN
DO
P
r
o
S
m
i
l
e
OK
X18
X8
X1
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
E
N
DO
P
r
o
S
m
i
l
e
1
2
S
P
0
1
00
1
2
0
40
6
0
80
EN
D
O
P
r
o
S
m
i
l
e
P
2
0
1
S
C
8
+
1
2
S
P
0
1
00
1
2
0
4
0
6
0
8
0
E
N
DO
1
2
S
P
0
1
0
0
1
2
0
4
0
6
0
8
0
EN
D
O
P
r
o
S
m
i
l
e
1
2
S
P
0
10
0
1
2
0
4
0
6
0
80
E
NDO
P
r
o
S
m
i
l
e
50
V11 SERVICE
AB
KL2
V11 SERVICE
V11 SERVICE
V11 SERVICE
INDEX
KL5
V11 SERVICE
KL2
KL2
MV21.1
MV21.1
s
i
.
r
a
o
n
e
l
P
i
r
o
m
S
KL3
KL3
MV21.2
MV21.2
KL4
KL4
MV21.3
MV21.3
+ 32V
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
L102
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
AB
X1.3
X18.A2
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
SB
L88
SB
V11 SERVICE
KL5
KL5
.
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
a
n
o
P
r
i
s
r
o
S
m
i
l
e
DN1
MV22
MV22
MV23
VX3
CFS
P
1
P2
V11 SERVICE
IFS
OK
W12AUA15
VX1
MV21.1
AB
VX2
W1
A5
W1
51
A5
W1
52
OK
AU
PLX1
BURDBN
BK
GY
YE
X2
X2
X2
X1
X1
X1
BN1
BN
BU
BN
X2
L105
L150
L150
L105
L105
L105
AB
SF
L105
MI
wenn vorhanden
if present
si présent
si existe
L105
F2 4AT
+5V
GND
Input
24VAC
MI
6
1
T2
SF
OK
GY
YE
BU
BN
PLX1
X2
OK
5V
OK
GND
24VAC
Input
+5V
BURDBN
BK
wenn vorhanden
if present
si présent
si existe
L150
L150
+5V
GND
Input
24VAC
L105
MI
F2 4AT
SF
53
54
OK
BAR
BAR
11
00
50
50
PSI
PSI
BAR
BAR
11
00
50
50
PSI
PSI
L102
AU
X18
X2X1X12
X18
L102
L102
L102
AB
R
R
5
5
I
I
0
0
S
S
P
P
BA
BA
L102
R
R
5
5
I
I
0
0
S
S
P
P
BA
BA
55
L102
SB
56
_
+
P
1
P
2
OK
CFS
IFS
1
2
S
P
0
1
0
0
1
2
0
4
0
60
8
0
ENDO
P
r
o
S
m
i
l
e
1
2
S
P
0
1
0
0
1
2
0
4
0
60
8
0
ENDO
1
2
S
P
0
10
0
1
20
4
0
6
0
8
0
E
N
DO
S
m
i
l
e
S
m
i
l
e
s
i
r
o
n
a
.
2,2 lbs
1 kg
=
<
<
1
2
S
P
0
10
0
1
20
4
0
6
0
8
0
EN
D
O
m
i
l
e
m
i
l
e
s
i
r
o
n
a
.
2,2 lbs
1 kg
=
<
<
OK
OK
OK
OK
r
o
n
2,2 lbs
1 kg
=
<
<
2
3
.
a
n
o
P
r
i
s
r
o
S
m
i
l
e
57
26 69 350
1
2
46 86 445
58
K4
K4
TEST
OK
X6
X10
X9
X32
X2
AMALG
DESINF
DESINF
SAN
L29
AD2
MA2
VA2
AD1
MA1
VA1
A42
A5
AD3
VA4
W1
W34
VX2
W12
L108
L108
WD2
L108
L108
AM
Test
ALG
AM
ESINF
D
SAN
A39
A5
VX1
WD2
A41
A42
W1
WD2
A5
W34
W1
W1
V2
A41
L108
A42
A5
W1
ProAA2
A05
VX1VX1
A15A41
IFS
P1
P
1
P2
P2
CFS
TEST
OK
TEST
AMALG
OK
W
D2
S
i r o n a
X10
X9
X0
X21
X32
X36
X34
X99
X52
X51
X53
X6
DESINF
DESINF
SAN
V302/WD2 24VDC
V307/WD2 5VDC
V119/WD2 DS33
oder
or
ou
o
V120/WD2 DS34
V126 SAN
V127
SAN
Taste
V107 MV34
V102
SBMV34
V109 MV1
V108 MV3
V121 DS32
V120 DS34
MV1
V125 DESINF
MV34
SAN Taste
V127
V107 V102
V109
V108
V121
V120
V110 MV40
SAN
V126 V125
MV34
MV1 MV3
DS32 DS34
V122
V110 V119
DESINF
MV34
SB-
TESTED
DS31 MV40
WD2
+24V
V302
DS33
V307
V130
User Err Service
V129
V128
BARCODE
+5V
V130 User
V129 Error
V128 Service
V302 +24V
V122 DS31
V302 +5V
V119 DS33
MV3
V109/WD2 MV1
AMALG
DESINF
SAN
59
AM
TE
ST
A
M
A
L
G
D
E
S
I
N
F
SAN
MV1
60
TEST
AMALG
X6
X9
X10
X2
X13
X8
X1
X32
YE
GN
+
-
+
-
SV2
X5
X1
X34
X36
X21
X2
OK
DESINF
DESINF
SAN
MV34
L108
WD2
L109
L89
L109
L109
61
L110
MV1
L109
SB
L88
L89
SV2
DN1
L45
T1
62
X11
X10
X1
X12
X16
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X14
X2
M_inc
V73
X17
OK
S
P
0
1
0
0
1
20
40
60
80
ENDO
50
50
PPSIPPSI
OK
X13
X13
X13
BARBAR
X1.A1X1.B4
100
1
20
40
60
80
ENDOENDO
SIS
I
X1.6X1.12
WD2
X22
V72
X13
X18
X21
WD2
00
11
PSIPSI
5050
0
S
2
PH
1
00
11
5050
PAR
Cupfill
V77 25VAC
V78 +5V
V80 Power
5
5
0
0
V76 Input
V72
MV34
24
63
L32
L105 L153
SB
SB
V78 +5V
V77 25VAC
V76 Input
V80 Power
BARCODE
SB
SIRONA
SB
TESTED
L18
MV34
SB
X13.1
X13.3
MV34
SB
X13.1
X13.3
MV34
V72
PPurge
F3
PPurge
F3
X12
X18
SIRONA
X16
M_lift
Input
Active
V74
V76
V70
V78
Service
+5V
SS_TB
SS_BR
P1
P0
P2
PS
Purge
HEPurge
F5
F6
SS_HE
V79
V72
V82
V71
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X14
M_inc
V73
X21
X22
X17
OK
OK
Purge
Purge
55
X1.12
X1.B4
X1.B4
X1.12
X1.6
X1.8
X1.A1
X1.B3
1
0
0
100
1
20
4040
60
80
E
N
D
O
ENDO
00
1
0
0
100
1
20
4040
60
80
E
N
D
O
ENDO
55
1
2
S
P
0
1
0
0
100
1
20
40
6060
80
E
N
D
O
ENDO
1
2
S
P
0
1
0
0
100
1
2020
40
6060
8080
E
N
D
O
ENDO
1
S
P
0
1
0
0
100
1
2020
40
6060
8080
E
N
D
O
ENDO
OK
1
2
S
P
0
1
0
0
100
1
20
40
6060
80
E
N
D
O
ENDO
1
2
S
P
0
1
0
0
100
1
2020
40
6060
80
E
N
D
O
ENDO
1
S
P
0
1
0
0
100
1
2020
40
6060
80
E
N
D
O
ENDO
OK
OK
OK
0505050
63
SB
TESTED
SB
X12
X10
X22
X22
PAR
V76 Input
SB
V76 Input
SB
PH
S
PAR
0
2
1
P
L32
L105
Cupfill
L153
5
X18
X18
X21
X21
SB
V76 Input
V76 Input
63
SB
PH
PAR
505
0
0
S
L32
L105
SB
X12
X18
X10
X22
X22
X21
X21
PAR
64
X11
X10
X1
X12
X18
X16
M_lift
Input
Active
Power
V74
V76
V80
V70
V78
V77
Service
+5V
25VAC
SS_TB
SS_BR
P1
P0
P2
PS
Purge
F4
F1
F2
F3
HEPurge
F5
F6
SS_HE
V79
V72
V82
V81
LS
LS
X19
X20
X23X8X7X4X24X9X13
X2
M_inc
V73
X17
S
P
0
1
0
0
1
20
4
0
60
8
0
E
N
D
O
BARBAR
11
00
50
50
PSI
PSI
OK
X14
OK
X14
X14
P
1
20
40
60
880
ENDO
11
00
X1.8X1.12
X1.B3X1.B4
WA2
V71
X14
X21
X22
WA2
5050
5050
0
S
2
PH
1
PAR
V77 25VAC
V78 +5V
V80 Power
I
I
S
S
P
P
5
5
0
0
V76 Input
V71
MV35
V78 +5V
V77 25VAC
V76 Input
V80 Power
BARCODE
SB
L105L32
Active
SIRONA
24
63
SB
SB
SS_TB
SS_BR
SB
M_inc
V71
TESTED
L20
MV35
SB
X14.1
X14.3
MV35
SB
X14.1
X14.3
MV35
V71
OK
OK
OK
OK
66
68
70
72
65
75
66
OK
X12
X2
X7
X4
X13
X8
W
A2
S
i r o na
X35
X30
X2
X99
K100
X13
X12
X7
X7
X4
X8
X20
X1
X44
X21
K4
L29
U.S. only
WA2
WA2
AD2
MA2
VA2
WA2
AD1
MA1
VA1
WA2
A5
AD3
VA4
A5
W1
WA2
Xx
A5
V306 Motor
V110 DS30
V210 MV33
V113 S3
V120 Cuspidor
V208 MV35
V106 MV37
V117 DN30
V107 Amalg
V101 SM
V212 SM
A5
VX1
Motor
DS30
V110
MV33
V210
S3
V113
Cuspidor
V120
MV35
V208
MV37
V206
DN30
V117
AM-Test Amalg
V106 V107
Klaue
SM
V212
V306
WA2
Service
V101
UserMV-ErrAA-Err
V203V204V205
V203 User
V204 AA-Err
V205 MV-Err
V202 Reset
Reset
V202
V214
+24V
V100
+5V
V112
TESTED
BARCODE
V214 Service
V100 +24V
V112 +5V
A39
A05
VX1VX1
A15A37
IFS
WA2
P
P
1
1
P2
P2
CFS
WA2
A37
ProAA2
WA2
Xx
X1
X14
X1
BN
WH
+
-
SV2
X5
X21
X44
K4
S1/S2
X30
X7
X4
X12
X13
X2
X8
X35
OK
WA2
Xx
SV2
SV2
X5
OK
V100/WA2 24VDC
V112/WA2 5VDC
WA2
L37
L86
WA2
L37
L89
SV2
F1 5AT
T1
Xx
WA2
Xx
WA2
L89
L89
L29
L87
L29
MV35
67
L87L87
SB
L89
SV2
T1
68
OK
S2
S1
L37
WB
L37
X1
X12
X13
ProAA2
WB
L37
L29
L27
SF
L29
L27
X4
X3
V7
V11
V12
Power
WB
54 47 490 D3341 E354 47 490 D3341 E3
S
i r o n a
MP1
MP2
GND
+21V
X3
OK
OK
X2
X3
X1
X3
BU1
BU
F3 4AT
V
SW-On
FP1
X12
OK
Pump MV33
MV_Cuspidor
SM
V17
V21
SW-On
FP1
V9 V10 V8
V18
+20V
MP4
V19 V20
Reed - Sep Reed - NA / Clean-Switch
On/Off
X2
X1
V17 Pump
OK
X1
V9 MV33
V8 On/Off
V19 SM
V77 25VAC/SB
V78 +5V/SB
V80 Power/SB
V7 Power/WB
V8 ON/OFF/WB
V19 SM/WB
V17 Pump/WB
S1/S2
24
SF
1
L27
WB
V20 Reed-Sep
WB
V7
BARCODE
Powe r
L27
6
T2
WB
S1/S2
L37
L37
WB
WB
V8/WB
On/Off
V17/WB
Pump
WB
69
V20 Reed.Sep./WB
V9 MV/WB
73
70
K4
X3
X3
X4
X2
X13
X1
X12
X14
X3
X3
K4
X3
X2
X3
X12
X13
X14
X4
X1
X2
X12
X13
X14
OK
K4
L29
U.S. only
wenn vorhanden
if present
si présent
si existe
WET SUCTION
WB
MV_Cuspidor
WB
L29
REED
A5
A5
MV33
L27
SF
S1
VX2
A5
A5
L27
SF
WB
WB
WB
WB
L37
A5
L29 L27
SF
L37
WB
WB
S2
MV_Cuspidor
MV33
WET SUCTION
S1
S1
ProAA2
L27L29
WB
WB
V7
V11
V12
Power
WB
54 47 490 D3341 E354 47 490 D3341 E3
S
i r o n a
MP1
MP2
GND
+21V
X3
1 Liter
OK
X2
X3
X1
BU1
BU
F3 4AT
OK
Pump MV33
MV_Cuspidor
SM
V17
V21
SW-On
FP1
V9 V10 V8
V18
+20V
MP4
V19 V20
Reed - Sep Reed - NA / Clean-Switch
On/Off
X1
X2
X13
X12
V10 MV_Cuspidor
OK
X3
V19 SM
V7 Power
V77 25VAC/SB
V78 +5V/SB
V80 Power/SB
V7 Power/WB
V18
/WB
Reed-NA
V10/WB
MV_Cuspidor
24
SF
1
L27
WB
V18 Reed/NA
WB
BARCODE
L27
6
T2
L37
REED
WB
S1
WB
V18/WB
Reed-NA
V10/WB
MV_Cuspidor
WB
71
V19 SM/WB
WB
X12.1
X12.4
MV33
72
OK
X12
X14
V9 MV33
V7 Power
V19 SM
V8 On/Off
Pump MV33
MV_Cuspidor
SM
V17
V21
SW-On
FP1
V9 V10 V8
V18
+20V
MP4
V19 V20
Reed - Sep Reed - NA / Clean-Switch
On/Off
X2
X1
V7
V11
V12
Power
WB
54 47 490 D3341 E354 47 490 D3341 E3
S
i r o n a
MP1MP1
MP2MP2
GND
+21V
X3
X12
V
SW-On
FP1
X12
X13
OK
OK
X1
OK
X3
X1
BU1
BU
F3 4AT
X3
WB
V77 25VAC/SB
V78 +5V/SB
V80 Power/SB
V7 Power/WB
V8 ON/OFF/WB
V19 SM/WB
V9 MV33/WB
S1/S2
24
SF
1
L27
WB
BARCODE
L27
6
T2
WB
S1/S2
L37
L37
WB
V8/WB
On/Off
WBWB
V9/WB
MV33
WB
WB
X12.1
X12.4
MV33
V9 MV33
V17 Pump
V20 Reed-Sep
Pump MV33
MV_Cuspidor
SM
V17
V21
SW-On
FP1
V9 V10 V8
V18
+20V
MP4
V19 V20
Reed - Sep Reed - NA / Clean-Switch
On/Off
X2
X1
V7
V11
V12
Power
WB
54 47 490 D3341 E354 47 490 D3341 E3
S
i r o n a
MP1
MP2
GND
+21V
X3
OK
OK
OK
OK
OK
Reed-NA
Reed-SEP
FP3
FP2
73
V20/WB
Reed Sep.
WB
BARCODE
?
?
WB
V20/WB
Reed Sep.
WB
REED
X13
73
V9/WB
MV33
X12
WB
V17/WB
Pump
WB
X12
X12.1
X12.4
MV33
WB
74
75
OK
76
OK
OK
S2
S1
ProAA2
77
0
0
78
X10
X24
W5
X3
X3
X3
X1
X4
X4
OK
1
2
S
P
0
10
0
1
20
4
0
6
0
8
0
E
N
D
O
BAR
BAR
11
00
50
50
PSI
PSI
1
2
S
P
0
1
00
1
2
0
4
0
6
0
8
0
E
N
D
O
BAR
BAR
11
00
50
50
PSI
PSI
!
OK
SIROLUX Fantastic
24V / 150W
L152
P2
V77 25VAC
V78 +5V
V80 Power
R
R
BA
BA
I
I
S
S
P
P
5
5
0
0
BAR
BAR
I
I
S
S
P
P
5
5
0
0
SX
24
Option
P2 P2
L114
SB
L152
L115
F3
6.3AT
F2
6.3AT
1
4
SX
P2
L152
P2
P2
3x
P2
L152
L152
P2
L152
P2
L152
P2
P2
L115
79
SB
80
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rp^
pбкзе~=`~е~З~
PORM=oбЗЦЙп~у=aкбоЙ=J=rебн=R
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