Söring Arco-3000 User manual

SERVICE-MANUAL
Söring
GmbH
ARCO-3000
F
Sörin
g
GmbH
ARCO-2000
l/min
F
Söring
GmbH
ARCO-1000
l/min
Sicherheit
Safety
F
Söring
GmbH
MBC 601
12
F
Söring
GmbH
MBC 600
F
Arco-2000
Arco-1000
MBC-601
MBC-600
Arco-3000
Made in Germany

25/08/2004 © Söring Service-Manual Arco- and RF-units
1
not valid for A-3000/ -2000
2
not valid for Arco-2000 -2-
3
not valid for MBC600
4
not valid for Arco-1000
SöringGmbH
Medizintechnik
Justus von Liebig Ring 2
25451 Quickborn
Tel: (+) 49 (0)4106-6100-0
Fax: (+) 49 (0)4106-6100-10
E-mail: [email protected]
SM-3000
03-003 R8a

25/08/2004 © Söring Service-Manual Arco- and RF-units
1
not valid for A-3000/ -2000
2
not valid for Arco-2000 -3-
3
not valid for MBC600
4
not valid for Arco-1000
Contents
Page
1. Overview.........................................................................................................10
1.1 General description of the Arco-units, MBC-units ...................................................... 10
1.2 Co-operation of units........................................................................................................... 12
Arrangement of modules of the Arco-3000 .................................................13
Arrangement of modules of the Arco-2000 .................................................14
Arrangement of modules of the Arco-1000 .................................................15
Arrangement of modules of the Arco-1000 Table-Top..............................16
Arrangement of modules of the MBC 601....................................................17
Arrangement of modules of the MBC 600....................................................18
Block diagram of units.....................................................................................19
Block diagram primary current supply of the units ..................................20
Description of units..........................................................................................21
2. Primary power supply..................................................................................21
2.1 Description of power supply board................................................................................. 21
Block diagram mains board 1/2 .....................................................................23
Block diagram mains 2/2.................................................................................24
3. Description of microcontroller unit, board CPU....................................25
3.1. General description ............................................................................................................ 25
3.2. Connection to other units ................................................................................................. 25
3.2.1. Connection to frontpanel................................................................................................... 25
3.2.2. Connection to handpiece recognition unit...................................................................... 25
3.2.3. Connection to high-power supply.................................................................................... 25
3.2.4. Connection to Cut-module4............................................................................................... 25
3.2.5. Connection to Coag-module............................................................................................. 25
3.2.6. Connection to relay board ................................................................................................ 25
3.2.7. Connection to the mains relay board.............................................................................. 26
Block diagram CPU board...............................................................................27
4. Description of front panel...............................................................................28

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
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not valid for Arco-2000 -4-
3
not valid for MBC600
4
not valid for Arco-1000
4.1. General description ............................................................................................................ 28
4.2. Connection to other units ................................................................................................. 28
4.2.1. Connection to CPU ............................................................................................................ 28
4.2.2. Connection to low-voltage supply.................................................................................... 28
Block diagram Frontpanel...............................................................................29
5. Description of high-power supply ............................................................30
5.1. General description ............................................................................................................ 30
5.2. High-power supply, design and function...................................................................... 30
5.3. Technical data ...................................................................................................................... 31
Block diagram High power supply................................................................32
6. Description of Cut-module
4
........................................................................33
6.1. General description ............................................................................................................ 33
6.2. Final stage and output filter ............................................................................................. 33
6.3. Oscillator and driver........................................................................................................... 34
6.4. Switching stage ................................................................................................................... 34
6.5. Short circuit switch-off...................................................................................................... 34
6.6. Current limiting, current control..................................................................................... 34
6.7. Power limiting ...................................................................................................................... 35
6.8. Arc regulation....................................................................................................................... 35
6.9 Pulse generation and control logic.................................................................................. 35
6.10 Signal shapes ...................................................................................................................... 36
This signal-shape is used for the function Cutting with Blend ...............................36
Block diagram Cut module..............................................................................37
7. Description of RF-output module..............................................................38
7.1. General description ............................................................................................................ 38
7.2. Description of board HFO_A ............................................................................................ 38
7.2.1. Design/function of board HFO_A..................................................................................... 38
7.3. Description of board HFO_B ............................................................................................ 39
7.3.1. Design/function of board HFO_B..................................................................................... 39
Block diagram RF-Output Board /A ..............................................................40

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
2
not valid for Arco-2000 -5-
3
not valid for MBC600
4
not valid for Arco-1000
Block diagram RF-Output board /B...............................................................41
8. Description of coagulator module............................................................42
8.1. General description ............................................................................................................ 42
8.2. Function of coagulator module........................................................................................ 42
8.3. Technical data coagulator module.................................................................................. 43
8.4 Signal shapes ........................................................................................................................ 43
Block diagram Coagulation module (fig 8.1) .................................................45
9. Description of handpiece recognition......................................................46
9.1. Properties.............................................................................................................................. 46
9.2. Function................................................................................................................................. 46
Block diagram Handpiece recognition board .............................................47
10. Description of interface board.................................................................48
Block diagram Interfaceboard........................................................................49
11. Description of gas-system
1
......................................................................50
11.1. External gas-system ......................................................................................................... 50
11.2. Internal gas system (gas control unit and gas control board).............................. 50
11.2.1. General description ......................................................................................................... 50
11.2.2. Principle of operation ...................................................................................................... 50
11.2.3. Design of gas control unit............................................................................................... 50
11.2.4. Technical data.................................................................................................................. 50
Block diagram Gasunit
(fig. 11.1) .....................................................................51
11.3. Description of gas control board.................................................................................. 52
11.3.1. General description of gas control board..................................................................... 52
11.3.2. Description of gas control board ................................................................................... 52
Block diagram gas control board (fig. 11.2) ...................................................53
12. Service- and adjustment procedures.....................................................54
12.1. Description of LEDs and adjustment potentiometers ............................................. 54
Arrangement of LEDs and potentiometers I................................................56
Arrangement of LEDs and potentiometers II ..............................................57
12.2. Error indication at system start .................................................................................... 58

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for Arco-2000 -6-
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not valid for MBC600
4
not valid for Arco-1000
12.3. Configuration of important bus cables and connectors......................................... 58
12.4. Service mode...................................................................................................................... 60
12.4.1. Preparation of service mode.......................................................................................... 60
12.4.2 Switching to service mode............................................................................................... 60
12.4.3. Selecting service functions ............................................................................................ 61
12.4.4. Description of service functions .................................................................................... 62
12.4.5. Performing service adjustments.................................................................................... 62
12.4.5.1. Checking and adjusting basic settings of gas system (Service function 0)........ 62
12.4.5.2. RF-output signal delay Argon coagulation (from SM 4.3 gas flow adjustment)
(Service function 4)....................................................................................................................... 62
12.4.5.3. Start delay bipolar / Resonance frequency bipolar recognition............................ 62
12.4.5.4. Adjustment of gas flow (Service functions 3,7,8,9,10)........................................... 63
12.4.5.5. Adjustment of patient electrode recognition (Service function 5)......................... 64
12.4.5.6. Auto stop times (Service function 2) ......................................................................... 64
12.4.5.7. Service adjustments of Cut module (Service functions 11 and 12) ..................... 64
12.4.5.8. Calibration of cut module power (Service function 13) .......................................... 65
12.4.5.9. Loudness adjustment (Service function 1)............................................................... 65
12.4.5.10. Check of power measurement (Service function 14)............................................ 65
12.4.5.11. Indication power supply voltage and current (Service function 15)................... 65
12.5. Service adjustments of the modules............................................................................ 66
12.5.1. Adjustment of high power supply .................................................................................. 66
12.5.2. Adjustment of coagulator module.................................................................................. 66
12.5.3. Adjustment of cut-module............................................................................................... 67
12.5.4 Adjustment of RF-Out B2 (SMD) [from SW 3.10]......................................................... 68
13. Technical data.............................................................................................69
Power diagram Cutting
4
...................................................................................75
Power diagram Blend
4
.....................................................................................75
Power diagram TUR
4
........................................................................................76
Power diagram Pulse
4
......................................................................................76
Power diagram TUR-Pulse
4
.............................................................................77
Power diagram Spray-Coagulation ...............................................................78
Power diagram Force-Coagulation -Effect 1
4
..............................................78
Power diagram Force-Coagulation -Effect Hi
4
............................................79
Power diagram Force-Coagulation -Effect 5
4
..............................................79
Power diagram Force-Coagulation -Effect 9
4
..............................................80
Power diagram Soft-Coagulation
4
.................................................................80
Power diagram Argon 1,6-Coagulation
4
.......................................................81

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
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not valid for Arco-2000 -7-
3
not valid for MBC600
4
not valid for Arco-1000
Power diagram Argon 2,4-Coagulation
4
.......................................................81
Power diagram Argon open-Coagulation
4
...................................................82
Power diagram Bipolar Cutting
2,3,4
................................................................83
Power diagram Bipolar Coagulation
2,4
.........................................................83
13.1. Visual and acoustical signals ........................................................................................ 84
14. Technical checks regarding safety (TSC) .............................................85
14.1. Intervals ............................................................................................................................... 85
14.2. Extent ................................................................................................................................... 85
14.3. Description of special checks ....................................................................................... 85
14.3.1 Check of controls and indicators.................................................................................... 85
14.3.2 Check of handpieces and foot switches........................................................................ 86
14.3.3 Check of RF-generators and safety-devices................................................................ 86
14.3.4. Power measurement........................................................................................................ 86
14.3.7. Measurement of gas-flow1.............................................................................................. 87
14.3.9. Check of handpiece allocation-relay............................................................................. 87
Annex ...................................................................................................................88
Microprocessor-Modul (CPU)............................ Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 2/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 3/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 4/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 5/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 6/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 7/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 8/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 9/10 ........................................................................ Fehler! Textmarke nicht definiert.
circuit plans 10/10...................................................................... Fehler! Textmarke nicht definiert.
Cut-Modul................................................................................ Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.

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not valid for Arco-2000 -8-
3
not valid for MBC600
4
not valid for Arco-1000
circuit plans 1/4 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 2/4 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plan 3/4............................................................................. Fehler! Textmarke nicht definiert.
circuit plans 4/4 .......................................................................... Fehler! Textmarke nicht definiert.
RF-output board................................................................. Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/2 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 2/2 .......................................................................... Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/3 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 2/3 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 3/3 .......................................................................... Fehler! Textmarke nicht definiert.
Coag-Modul ..................................................... Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plan 1/3............................................................................. Fehler! Textmarke nicht definiert.
circuit plan 2/3............................................................................. Fehler! Textmarke nicht definiert.
circuit plan 3/3............................................................................. Fehler! Textmarke nicht definiert.
handpiece recognition................................................... Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/2 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 2/2 .......................................................................... Fehler! Textmarke nicht definiert.
mains board .................................................... Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/2 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 2/2 .......................................................................... Fehler! Textmarke nicht definiert.
high power supply ........................................ Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/3 .......................................................................... Fehler! Textmarke nicht definiert.

25/08/2004 © Söring Service-Manual Arco- and RF-units
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2
not valid for Arco-2000 -9-
3
not valid for MBC600
4
not valid for Arco-1000
circuit plans 2/3 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 3/3 .......................................................................... Fehler! Textmarke nicht definiert.
gas control
1..................................................... Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/2 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 2/2 .......................................................................... Fehler! Textmarke nicht definiert.
synchronization board
1............................... Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/2 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 2/2 .......................................................................... Fehler! Textmarke nicht definiert.
Frontpanel Arco/HF
*..................................... Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/1 .......................................................................... Fehler! Textmarke nicht definiert.
layout plans ................................................................................. Fehler! Textmarke nicht definiert.
circuit plans 1/1 .......................................................................... Fehler! Textmarke nicht definiert.
layout plans ................................................................................. Fehler! Textmarke nicht definiert.
circuit plan 1/1............................................................................. Fehler! Textmarke nicht definiert.
Interfacekarte .................................................. Fehler! Textmarke nicht definiert.
layout plan.................................................................................... Fehler! Textmarke nicht definiert.
circuit plans 1/2 .......................................................................... Fehler! Textmarke nicht definiert.
circuit plans 2/2 .......................................................................... Fehler! Textmarke nicht definiert.

25/08/2004 © Söring Service-Manual Arco- and RF-units
1
not valid for A-3000/ -2000
2
not valid for Arco-2000 -10-
3
not valid for MBC600
4
not valid for Arco-1000
1. Overview
1.1 General description of the Arco-units, MBC-units
The RF-surgery equipment makes the following applications available to the user.
- Cutting in steps 1-54
- Cutting with Blend-function in steps 1-54
- Coagulation modes - Soft4- Force4- Spray4
- Argon inertgas1
- Bipolar Coagulation2,4 - Bipolar Cutting2,3,4
The desired mode is roughly selected on the front panel by 5 pre-select buttons and can
then be fine adjusted by arrow buttons. The desired mode can be activated by footswitch
or fingerswitch at the handpiece.
Application of function fields monopolar4and bipolar2,4 is as follows:
a) If monopolar4-handpieces with fingerswitches are used, an activation of the
bipolar2,4 functions Cutting and Coagulation is possible by means of a double
footswitch. Both function fields are thereby useable. In this case both indicator
fields are active.
b) If monopolar4-handpieces without fingerswitches are used, only one of the function
fields can be activated. The use of both functions with one footswitch is possible,
but in order to switch from one function to the other a manual selection at the
equipment is necessary.
For more detailed description of the control- and indicator-elements see instruction
manual.
The Arco -respectively MBC-units were only meant for the use in general surgery and
gastroentorology. Operations on the heart, eyes and in the brain (neuro-surgery) are not
admissible!!!
This equipment has not been developed for continual operation (constant power-supply
for a longer period). The period for use fulfills the minimum demands for operation of the
EN60601-2-2 (10s load, 30s break).
Before starting operation the supplies of the appropriate handpieces must always be
checked for external damages. Only accessories from the Söring Accessories Order List
are allowed to be applied to the unit. We take no liability for accessories of other
manufacturers.

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
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not valid for Arco-2000 -11-
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not valid for MBC600
4
not valid for Arco-1000
Used symbols
F
Patient electrode (when RF applied Pt-elec-
trode insulated against earth)
Defibrillator safe
Attention!, see also covering
documents
Monopolar Cutting & Coagulation4
out (separation from main) Argon Enhanced Coagulation1
on (connection to mains) Bipolar2,4 Cutting3and Coagulation
type CF potential equation pin
0123
CE-label acc. to 93/42/EWG Attention high voltage
Double Footswitch1,4
!

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
2
not valid for Arco-2000 -12-
3
not valid for MBC600
4
not valid for Arco-1000
1.2 Co-operation of units
The equipment contains the following units:
- Electrical components
-Primary power supply unit: transformer, line-filter, power switch and parts
of mains board
-mains board with low-voltage power supply, mains relays and voltage
selector switch
-High-power supply
-Cut -module incl. Interface
-Coagulator-module incl. Interface
-RF-output module incl. Handpiece allocation, PE-monitoring and bipolar
recognition 2,3,4
-Handpiece recognition
-Gas control1
-Synchronization board1
-Front panel (modular design)
-Micro controller (CPU)
-Mechanical components
-Gas system1
The wiring of the modules and their cooperation is shown on the following block diagram
and the voltage-supply plans. Power is connected to the mains power socket, which
contains the mains fuses and a parasitic suppresser filter. Via the mains switch the power
goes to the mains board. This contains a voltage selector and an inrush current limiter (a
resistor, which is short-circuited after approximately 1 second). The mains voltage goes
to the primary winding of the transformer. It feeds the low-voltage power supply and via a
separate rectifier bridge and smoothing capacitors the high power supply. These two
units are also placed on the mains board together with a low voltage power supply.
The power supply of the other modules is provided by two different power supplies. The
low-voltage power supply (on mains board) feeds front panel, microprocessor, handpiece
recognition and RF-output module. The high-power part, consisting of coagulator- and
cut-module, is fed by the high-power supply.
The power modules deliver RF-signals to the RF-output module (HFO). Here the RF-
signal first passes through a power measuring device, is then converted to the necessary
output voltage by means of an output transformer and is finally switched to the desired
handpiece by the allocation relay. Furthermore the RF-output module contains checking
circuits for the PE-contact check and a tissue contact detection for the bipolar output.
The handpiece recognition (HSE) delivers information regarding type of connected
handpiece respectively its switch functions to the CPU via the handpiece bus. The
sensing of footswitches is also performed by this module.
The CPU-board (microprocessor) controls the complete sequence of the equipment. It
gets information about the desired mode from the front panel modules via an I2C-bus.The
power modules (high-power supply, cut- and coagulator module) are controlled by a
parallel module control bus. The check of actual voltage of the high-power supply as well
as the status of the power modules is done via the module status bus, which connects
the power modules with the RF-output. This information is transferred from the RF-output
module to the CPU via the status bus.
The relay control, check of delivered output power, status of PE-electrode and tissue
contact recognition on the RF-output module is done via the I2C-bus.
In order to protect the software functions the CPU-board is connected to a
microprocessor watchdog and a voltage monitor on the power supply board.
The control of argon gas flow supplied to the handpiece is performed by the gas control
board located at the CPU-board. Gas control is carried out by the CPU via the I2C-bus.

25/08/2004 © Söring Service-Manual Arco- and RF-units
1
not valid for A-3000/ -2000
2
not valid for Arco-2000 -13-
3
not valid for MBC600
4
not valid for Arco-1000
Arrangement of modules of the Arco-3000
single footswitch
Loudspeaker
mains transformer
mains filter
mains board
(low power supply,
mains relays,
screening)
Gascontrol-
board
CPU Handpiece recognition
Frontpanel (modular design)
MG Mono
MG Mono
MG Mono MAArgon BIArco 3000 / M
Groundpin
Cutmodule
Coagulatormodule
High power supply
rectifier
Mains switch
PE-socket
Monopolar- socket
Argon- socket
Gassystem
double footswitch
Gasconnection
LoudspeakerPotentiometer
Bipolar- socket
Synchroboard
with BNC socket
RF-Output Module
output unit (assignment relays,
PE-monitoring, Bipo-recognition)
Test resistor

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
2
not valid for Arco-2000 -14-
3
not valid for MBC600
4
not valid for Arco-1000
Arrangement of modules of the Arco-2000
single footswitch
Loudspeaker
mains transformer
mains filter
mains board
(low power suppl
y
,
mains relays,
screening)
Gascontrol-
board
CPU Handpiece reco
g
nition
Frontpanel (modular design)
MG Mono
MG Mono
MG Mono MAArgon BI 600/2000
Groundpin
Cutmodule
Coa
g
ulatormodule
High power supply
rectifier
Mains switch
PE-socket
Monopolar- socket
Argon- socket
Gassystem
double footswitch
Gasconnection
LoudspeakerPotentiometer
S
y
nchroboard
with BNC socket
RF-Output Module
output unit (assi
g
nment rela
y
s,
PE-monitorin
g
, Bipo-reco
g
nition)
Test resistor

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
2
not valid for Arco-2000 -15-
3
not valid for MBC600
4
not valid for Arco-1000
Arrangement of modules of the Arco-1000
single footswitch
Loudspeaker
mains transformer
mains filter
mains board
(low power supply,
mains relays,
screening)
Gascontrol-
board
CPU Handpiece recognition
Frontpanel (modular design)
MG Mono MAArgon
BI 600/2000
Groundpin
Coagulatormodule
High power supply
rectifier
Mains switch
PE-socket
Argon- socket
Gassystem
double footswitch
Gasconnection
LoudspeakerPotentiometer
Synchroboard
with BNC socket
RF-Output Module
output unit (assignment relays,
PE-monitoring, Bipo-recognition)
Test resistor

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
2
not valid for Arco-2000 -16-
3
not valid for MBC600
4
not valid for Arco-1000
Arrangement of modules of the Arco-1000 Table-Top
mains transformer
mains filter
Ground- pin
rectifier
Patient electrode socket mains switch
Gas- socket
single footswitch
Loudspeaker
mains board
(low power supply,
mains relays,
screening)
CPU
Handpiecerecognition
Output unit (assignment relays,
PE-monitoring, Bipo-recognition)
Coagulatormodule
High power supply
double footswitch
Loudspeaker Poti gas connection
Synchro-socket
Frontpanel (modular design)
MG Mono MAArgon
BI 600/2000
RF-Output Module
gassystem
Test resistor

25/08/2004 © Söring Service-Manual Arco- and RF-units
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not valid for A-3000/ -2000
2
not valid for Arco-2000 -17-
3
not valid for MBC600
4
not valid for Arco-1000
Arrangement of modules of the MBC 601
mains transformer
mains filter
Ground- pin
rectifier
Patient electrode- socket mains switch
Monopolar- socket1
Monopolar- socket 2
Bipolar- socket
single footswitch
loudspeaker
mains board
(low power supply,
mains relays,
screening)
CPU
Handpiece recognition
Output unit (assignment relays,
PE-monitoring, Bipo-recognition)
Cut module
Coagulator module
High power supply
double footswitch Loudspeaker Poti
Frontpanel (modular design)
MG Mono
MG Mono
MG Mono MAHF
BI Arco 3000 / M
RF output module
Test resistor

25/08/2004 © Söring Service-Manual Arco- and RF-units
1
not valid for A-3000/ -2000
2
not valid for Arco-2000 -18-
3
not valid for MBC600
4
not valid for Arco-1000
Arrangement of modules of the MBC 600
mains transformer
mains filter
Ground- pin
rectifier
Patient electrode- socket mains switch
Monopolar- socket
Bipolar- socket
single footswitch
loudspeaker
mains board
(low power supply,
mains relays,
screening)
CPU
Handpiece recognition
Output unit (assignment relays,
PE-monitoring, Bipo-recognition)
Cut module
Coagulator module
High power supply
double footswitch Loudspeaker Poti
Frontpanel (modular design)
MG Mono
MG Mono MAHF
BI 600/2000
RF output module
Test resistor

25/08/2004 © Söring Service-Manual Arco- and RF-units
1
not valid for A-3000/ -2000
2
not valid for Arco-2000 -19-
3
not valid for MBC600
4
not valid for Arco-1000
Block diagram of units
IC
2
IC
2
IC
2
CPU
Handpiece recognition
HSE
RF-Out-Module
PE
Bipolar
Act2
Act1
PE
Bipolar
HS2
HS1
Cut module
(Sinus)
Coagulation module
(Pulse)
High power supply 0-100V
+/- 15V
control-/display unit
(Frontpanel)
mains board
-low power supply -smoothing -voltage selector switch -Softstart-relays -Microprocessormonitoring -clear switching of power
-Relays
-Output transformers mono/bipo
-power detection
-PE monitoring
-Bipolarautomatic
Test resistor
IC
2
supply (5)
5V / +/-15V
5V
CPU-
monitoring
(6)
(2)
(2)
(6)
(14)
(20)
(8)
(2)
(2)
(1)
(1)
(8)
(8)
(6)
Synchro
mains filter rectifier
Modulestatus B (8)
Modulecontrolbus B (14)
supply B (5)
RF (2)
RF (2)
150=/Softstart (4)
mains
mains switch
primary (4) Statusbus (14)
16V 18V 18V (6)
21V 18V
110V (2)
(2)
(14)
Numbers in square brackets are plug contacts !!!
Numbers in round brackets are polarities of cables !!!
MA_PM
[J8]
[J5]
[J5]
[J2]
[J2] [J1]
[J5]
[J3]
[J7]
[J7]
[J4]
[J2] [J6]
[J4]
[J14]
[J4]
*[J1]
[J8]
*[J4]
[J2]
[J1]
[J1]
*[J1]
*[J1]
*[J3]
*[J3]
[J2]
[J2]
[J1]
[J7]
[IC-Sockel]
[J1]
Synchro signal
[J3]
[J4]
[J5]
[J2]
[J3]
[J5]
*[J3]
[J6]
[J13]
[J16]
[J1]
[J2]
[J3]
[J8/J9]
[J5]
[J7]
[J6]
[J7] [J1]
[J2] [J1]
(2)
[J7]
(14)
(14)
[J1] [J1] [J1] [J1] [J1] [J1] [J1] [J1] [J1]
BI_PM MG_PM
MG_PM MG_PM
(8) (8) (8) (8)
valves (6)
sensors (6)
Gassensor (2)
footswitch (8)
Handpiecebus
*on piggy-
backboard
*on Interface
*on Interface
(2)
[J1]
[J8][J9]
(4)
Poti