Language (Engl., D, I, F, E)
Pressure indication (bar/PSI)
Cursor control (On/Off)
Foot switch mode (On/Off - adjustable)
Purge time (60 sec. to 120 sec.)
Service mode / Start - Stop)
Max. light voltage per instrument
+
-
English
PSI
ON
adjustable
120 sec.
STOP
3.6V
+
+
Cooling air for electric motor
Saline pump (holders 2, 3, 4, 5, 6, Off) C2
SIROLUX status with chair programs:
Program S (On/Off)
Program 0 (On/Off)
Program 1 (On/Off)
Program 2 (On/Off)
Mode dialog:
# key (switch/button)
Miscellaneous:
Chair programs 0, S, 1, 2, for users A and B;
(Position of: lift, backrest, travel track, tilting part)
User (A/B)
The dentist panel is not used for saving any data!
OFF
OFF
ON
ON
Switch
Factory program
A
58 77 977 D 3370
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1 – 5
2 Overview of modules
and PCBs
C2+, C3+, C4+, C5+, M1
+
2 Overview of modules and PCBs
H
`O
ComponentPCB / module
Dentist element (AE) AP=Control panel
ADX=Control PCB
AL=SIRONA motor SL module
AU=SIROSON module
HF=HF module
PL=Polylux
MI=Mini LED
CC=IR PCB
STAEHEFSWE
Assistant element (HE) HEP=Control panel
HC=Control PCB
HP=Power supply PCB
HI=Flexible PCB
PL=POLYLUX
MI=Mini LED
Water unit (WE) WE=Control PCB
Patient chair (ST) DI=SIROLUX
CJ=Control ST
CF=Fuse PCB
SR=Relay PCB
CK=Hand switch PCB
SL=Wiring PCB
KS=4-way foot control
Foot switch (FS)CFS=Foot switch PCB
2 – 2D 3370.076.01.06.02 10.2005
58 77 977 D 3370
`P
H
ComponentPCB / module
Dentist element (AE) AP=Control panel
ADX=Control PCB
AL=SIRONA motor SL module
AU=SIROSON module
CC=IR PCB
2 Overview of modules and PCBs
bеЦдблЬ
STAEAss. FSWE
Assistant element (HE)
Water unit (WE) WE=Control PCB
Patient chair (ST) DI=SIROLUX
HEP=Control panel
HC=Control PCB
HP=Power supply PCB
RK=IR PCB
PL=Polylux
MI=Mini LED
CJ=Control ST
CF=Fuse PCB
SR=Relay PCB
SL=Wiring PCB
CK=Hand switch PCB
KS=4-way foot control
Foot switch (FS) CFS=Foot switch PCB
58 77 977 D 3370
D 3370.076.01.06.02 10.2005
2 – 3
2 Overview of modules and PCBs
H
`Q
ComponentPCB / module
Dentist element (AE) AP=Control panel
ADX=Control PCB
AL=SIRONA motor SL module
AU=SIROSON module
CC=IR PCB
STAEAss. FSWE
Assistant element (HE) HEP=Control panel
HC=Control PCB
HP=Power supply PCB
RK=IR PCB
PL=POLYLUX
MI=Mini LED
Water unit (WE) WE=Control PCB
Patient chair (ST) DI=SIROLUX
CJ=Control ST
CF=Fuse PCB
SR=Relay PCB
SL=Wiring PCB
CK=Hand switch PCB
KS=4-way foot control
Foot switch (FS)CFS=Foot switch PCB
2 – 4D 3370.076.01.06.02 10.2005
58 77 977 D 3370
`R
2 Overview of modules and PCBs
H
bеЦдблЬ
FS
ComponentPCB / module
Dentist element (AE) AP=Control panel
ADX=Control PCB
AL=SIRONA motor SL module
AU=SIROSON module
CC=IR PCB
Assistant element (HE)HEP=Control panel
HC=Control PCB
HP=Power supply PCB
RK=IR PCB
PL=POLYLUX
MI=Mini LED
Water unit (WE) WE=Control PCB
WV=WE and video interface
DI=SIROLUX
Patient chair (ST) CJ=Control ST
CF=Fuse PCB
SR=Relay PCB
SL=Wiring PCB
CK=Hand switch PCB
KS=4-way foot control
WE
STAEAss.
Foot switch (FS) CFS=Foot switch PCB
58 77 977 D 3370
D 3370.076.01.06.02 10.2005
2 – 5
2 Overview of modules and PCBs
H
jN
FS
ComponentPCB / module
Dentist element (AE) AP=Control panel
ADX=Control PCB
AL=SIRONA motor SL module
AU=SIROSON module
HF=HF module
PL=Polylux
MI=Mini LED
CC=IR PCB
Assistant element (HE) HEP=Control panel
HC=Control PCB
HP=Power supply PCB
HI=Flexible PCB
PL=POLYLUX
MI=Mini LED
Water unit (WE) WE=Control PCB
Patient chair (ST) DI=SIROLUX
CJ=Control ST
CF=Fuse PCB
SR=Relay PCB
CK=Hand switch PCB
SL=Wiring PCB
KS=4-way foot control
WEAss.
ST
AE
Foot switch (FS) CFS=Foot switch PCB
58 77 977 D 3370
2 – 6D 3370.076.01.06.02 10.2005
3 Points to observe during assembly
C2+, C3+, C4+, C5+, M1
+
3 Points to observe during assembly
AD3
MV1
3.1 Patient chair
The patient chair can be moved without dentist element only if the
4-way foot control is installed.
3.2 Protective ground / electronic
A
ground
An equipotential bonding conductor must not be connected. If
present, isolate it!!
Measure the protective ground against electronic ground.
Measure continuity from A to B:
The continuity tester must not beep.
Assistant element
Water unit
Dentist element
X2.1 = gray
X2.2 = pink
X3.1 = gray
X3.2 = pink
X1.1 = gray
X1.2 = pink
A meter must show a reading of ∞ Ω.
B
3.3 MV1 / AD3
During assembly, decide whether the MV1 (version with disinfection system) or pressure reducer AD3 (version without disinfection system) is to be installed (see installation instructions).
3.4 Connecting the water Unit/assis-
tant element:
The 16V supply cables must be connected according to the color
coding to terminals X1, X2 and X3 on PCB CF in the connection
box.
58 77 977D 3370
3 – 2D 3370.076.01.06.02 10.2005
3 Points to observe during assembly
3.5 Assistant element:
The 16VAC and 24VAC cables are interconnected at the neutral conductors. If the conductors are switched, there will be
a short-circuit and fuse F 13 on PCB CF will blow. If no
medium time-lag fuse is fitted, PCB HP in the assistant element may be destroyed.
bеЦдблЬ
GeneralEnsure proper installation of hoses and cables, do not allow them to be
crushed.
If hoses are interchanged, water will penetrate into the air supply system. This
may result in a failure of solenoid valves.
Crushed hoses and cables may cause failures on the entire treatment center.
Check the position of cables and media hoses before tightening any nuts.
EMC installation workEMC work that has not been performed correctly may result in faults which
are difficult to detect later on.
When all the installation work has been completed, measure the contact
resistance between protective ground and electronic ground (see 3.2 or
installation instructions).
3
58 77 977D 3370
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3 – 3
4 What happens after switch-on?
C2+, C3+, C4+, C5+, M1
+
4 What happens after switch-on?
BAR
BAR
50
50
PSI
PSI
BAR
BAR
50
50
PSI
PSI
BAR
BAR
50
50
PSI
PSI
BAR
BAR
50
50
PSI
PSI
4.1 Sequence of events
The unit transformer T1 is supplied with power via the unit main
switch S1.
The transformer supplies a voltage of 25VAC which is then rectified.
This results in a DC voltage (approx. + 35VDC).
S1
T1
READY
"READY" indicates that the treatment center is ready to
operate. This does not mean, however, that the treatment
center self-tests have been completed without errors.
Components AE, HE, WE and the chair (AK) are now supplied with + 35VDC
via fuse PCB CF, i.e., the required voltages (e.g., + 5V for logic, + 24V for
solenoid valves) are generated on the PCBs in the different components.
The 16VAC and 24VAC voltages in the unit are used primarily to power the
SPRAYVIT, water heater, camera supply and the halogen Polylight.
When the supply voltages are applied to the different components, the software on the PCBs powers up (boot procedure).
A self-test is performed on the treatment center in this phase, and is audible
(for example, solenoid valves respond and relays trip).
Current is measured to detect whether any of the components (solenoid
valve, relay, or motor) has 1. a short-circuit, 2. an open circuit.
These evaluations are written into the service info memory of the individual
components AE, HE, WE and chair (AK).
CAUTION
A message relating to an open circuit does not necessarily indicate a fault. If
an open circuit is detected and the component is nevertheless functioning
completely, the current measurement is only out of tolerance.
When the self-test has been completed, the LCD indicates READY.
The clock is also displayed
i
NOTE
The clock chip is located on PCB CJ in the connection box (chair).
If the clock is functioning properly, CAN communication between the components is generally in order.
The software recognizes ...: :
1. ... whether the treatment center is in a sanitation mode.
This signal comes from the water unit, PCB WE, via CAN communication.
CJ
If this is the case, it must be terminated or properly interrupted.
Interrupt sanitizing by simultaneously pressing the SPRAY ON/OFF and
CHIP BLOWER keys, AP SW version 5.4 and higher press intensity
R
R
I
IS
S
BA
BA
P
P
5
50
0
R
R
I
IS
S
BA
BA
P
P
5
50
0
1
R
R
I
IS
S
BA
BA
P
P
5
50
0
R
R
I
IS
S
BA
BA
P
P
5
50
0
Intensity key 1
SW version 5.4 and higher
in the AP
key for 3 sec. (assistant element:press the SAN key for 3 sec.).
SAN
58 77 977 D 3370
4 – 2D 3370.076.01.06.02 10.2005
4 What happens after switch-on?
.2. ... whether the instrument configuration at the instrument
P21
R297
X30
ADX
flanges has changed since the last power ON.
This is detected by the different instrument hoses and their
coding.
If it is determined during power-up that the instrument configuration differs from the stored configuration (on the ADX PCB),
the instrument values will be set as follows:
– Highspeed handpiece to full power
– 1. Motor to 40,000 rpm
– 2. Motor to 20,000 rpm
HP
– Ultrasound to 20
CAUTION
The heater and the light in the SPRAYVIT remain turned off during
HC
initial start-up.
The water pump must execute at least 20 strokes before the heating and light are enabled. This applies to the SPRAYVIT both in
the dentist element and in the assistant element.
If the ADX PCBs in the dentist element and HC are replaced, the
pump must execute an additional 20 strokes.
When the self-test has been completed, the individual components can communicate with each other via a data bus system.
This system is called: "CAN BUS"
bеЦдблЬ
4
PCB
CJ
Jumper
plugs
must
be
present
PCB
WE
PCB
CJ
CAN BUS, data communication between PCBs C2+,C3+, C4+,
+
M1
,
PCB
HF
Option
C2
M1
PCB
ADX
+
+
PCB
AP
PCB
ADX
PCB
HF
Option
C2
M1
PCB
CJ
+
l
+
PCB
HC
PCB
CJ
Jumper
plugs
must
be
present
PCB
CJ
58 77 977 D 3370
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4 – 3
4 What happens after switch-on?
CAN BUS, data communication between PCBs C5
The four components chair, dentist element, assistant element and water
unit are interconnected via a CAN serial interface.
The individual CAN drivers (transmitters and receivers for data communication) are arranged in the following order:
Chair= board CJ
Water unit= board WE
Assistant element= board HF
Dentist element= board ADX
Dentist element= board AP
Assistant element= board HC
+
The individual signals - for example, cuspidor flushing, tumbler filling, instrument motor ON and clock time - are transferred and relayed from component
to component via this system.
4 – 4D 3370.076.01.06.02 10.2005
58 77 977 D 3370
4 What happens after switch-on?
L
BAR
BAR
5050
PSI
PSI
BARBAR
50
PSI
PSI
4.2 Checking the CAN BUS
Is the clock running ?
If not, check whether the CAN connections are crushed, and
check for short-circuits and loose pins on the connectors.
CJ
505050
i
NOTE
Tip: The clock chip is situated on PCB CJ in the chair (connection
bеЦдблЬ
box).
4
I
I
S
S
BAR
BAR
P
P
Turn on SIROLUX FANTASTIC from the dentist side and from the
assistant side.
I
I
S
SP
P
i
NOTE
Tip: In this way you check the CAN cabling and the functioning of
many PCBs.
The "Turn on SIROLUX" key information is passed from the dentist element panel (AP) to the connection box (CJ) and from there
on to the water unit (WE).
Here PCB WE drives the SIROLUX dimmer PCB.
It then turns the SIROLUX light on.
In addition, the relevant LEDs on the panels are activated by a
CAN message from the water unit.
Check the CAN BUS using the foot switch.
Move the chair with the cursor.
In this way you can test the section between foot switch, chair (connection
box) and panel.
i
NOTE
Information: You can move the chair with the 4-way foot control.
Tip:The 4-way foot control is not connected to the CAN; the chair also moves
when communication is no longer possible.
58 77 977 D 3370
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4 – 5
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