Optopol SOCT Copernicus REVO User manual

Manufacturer:
OPTOPOL Technology Sp. z o.o.
ul. Żabia 42
42-400 Zawiercie
POLAND
www.optopol.com
[e-mail]
SOCT Copernicus REVO
User Manual
Software Version 7
User Manual Rev. A
0197
Make sure you read this manual before using
the instrument. Keep this manual in a safe
place so that you can use it in the future.

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Copyright
© 2016 OPTOPOL Technology Sp. z o.o. All rights reserved.
User Manual Version 7 Rev. A
Date of issue of manual: December 2016
Date of review: December 2016
For Customer Service or Technical Service contact your authorized dealer of OPTOPOL Technology
Sp. z o.o. Contact details are available on www.optopol.com.

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1DESCRIPTION OF THE DEVICE ...............................................................................................8
1.1 INTEND OF USE .......................................................................................................................8
1.2 INTENDED USER......................................................................................................................8
1.2.1 THE MINIMUM KNOWLEDGE ..............................................................................................8
1.2.2 EDUCATION NEEDED FOR OPERATING THE TOMOGRAPHER ........................................................8
1.2.3 OPERATING SKILLS ...........................................................................................................9
1.2.4 OCCUPATIONAL SKILLS.......................................................................................................9
1.2.5 JOB REQUIREMENTS FOR THE USER ......................................................................................9
1.2.6 CONTRAINDICATION .........................................................................................................9
1.2.7 INSTRUCTION MANUAL AVAILABILITY.................................................................................10
1.2.8 INSTRUCTION MANUAL APPLICABILITY ...............................................................................10
1.2.9 DISPOSAL .....................................................................................................................10
2TECHNICAL DATA................................................................................................................11
2.1 DEVICE CLASSIFICATION ..........................................................................................................11
2.2 MINIMUM COMPUTER SYSTEM REQUIREMENTS...........................................................................12
2.2.1 CAPTURE STATION ..........................................................................................................12
2.2.2 REVIEW STATION............................................................................................................12
3SAFETY ..............................................................................................................................13
3.1 SAFETY INFORMATION ............................................................................................................13
3.2 PRODUCT LABEL ...................................................................................................................14
3.3 SAFETY STANDARDS ...............................................................................................................15
3.4 NOTES ON USE .....................................................................................................................17
3.4.1 BEFORE USE..................................................................................................................17
3.4.2 AFTER USE....................................................................................................................17
4UNPACKING AND INSTALLATION ........................................................................................18
4.1 UNPACKING .........................................................................................................................18
4.2 CONNECTING CABLES .............................................................................................................19
4.3 DEVICE CONNECTION .............................................................................................................20
4.4 FACTORY DEFAULT CALIBRATION AND CONFIGURATION ..................................................................21
5SOCT COPERNICUS REVO SOFTWARE .................................................................................22
5.1 RUNNING SOCT COPERNICUS REVO APPLICATION......................................................................22
5.2 SOCT COPERNICUS REVO APPLICATION STRUCTURE ...................................................................22
6PATIENT WINDOW .............................................................................................................23
6.1 PATIENT LIST VIEW.................................................................................................................24
6.2 REGISTERING NEW PATIENTS ....................................................................................................24
6.3 EDITING PERSONAL DATA.........................................................................................................25
6.4 UNREGISTERING PATIENTS .......................................................................................................26

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6.5 EXAMINATION LIST ................................................................................................................26
6.6 DELETE EXAM/S...................................................................................................................27
6.7 EXPORT EXAMINATION ...........................................................................................................27
6.8 IMPORT EXAMINATION ...........................................................................................................27
6.9 FILTER.................................................................................................................................28
7EXAMINATION WINDOW ...................................................................................................29
7.1 SELECTION OF SCAN PATTERN MODE..........................................................................................32
7.2 SELECTION OF SCANNING PROGRAM..........................................................................................33
7.3 SELECTION OF PROTOCOL ........................................................................................................34
7.4 FOLLOW UP..........................................................................................................................35
7.5 DEVICE HEAD MOVEMENT CONTROLS ........................................................................................35
7.6 EYE PREVIEW........................................................................................................................37
7.7 PSLO LIVE FUNDUS PREVIEW...................................................................................................38
7.7.1 MOVING THE SCANNING AREA .........................................................................................38
7.7.2 ROTATION OF THE SCANNING ANGLE..................................................................................38
7.7.3 MOVING THE INTERNAL EYE FIXATION TARGET .....................................................................38
7.8 FIXATION TARGET CHANGE.......................................................................................................39
7.9 CUSTOMIZING SCAN PARAMETERS.............................................................................................39
7.10 LIVE OCT PREVIEW............................................................................................................41
8CONDUCTING EXAMINATION.............................................................................................42
8.1 PREPARING FOR EXAMINATION.................................................................................................42
8.2 ACQUISITION MODES DESCRIPTION ...........................................................................................43
8.2.1 FULL AUTO MODE ..........................................................................................................43
8.2.2 SEMI AUTO MODE..........................................................................................................43
8.2.3 MANUAL MODE.............................................................................................................45
8.3 SCANNING PROGRAMS DESCRIPTION .........................................................................................46
8.3.1 RETINA EXAMINATION.....................................................................................................46
8.3.2 CENTRAL EXAMINATION...................................................................................................47
8.3.3 DISC AREA EXAMINATION.................................................................................................47
8.3.4 ANTERIOR MEASUREMENT ....................................................................................................48
8.3.5 WIDE ANTERIOR PROGRAMS .................................................................................................50
8.4 EXTERNAL FIXATION ...............................................................................................................52
8.5 CHORIORETINAL/VITREORETINAL MODE ....................................................................................52
8.6 EXAMINATION TIPS ................................................................................................................53
9RESULT REVIEW .................................................................................................................55
9.1 TYPE OF VIEW MODE.............................................................................................................55
9.1.1 [SINGLE] TAB SCREEN......................................................................................................55
9.1.2 [BOTH EYES] TAB SCREEN ................................................................................................55

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9.1.3 [COMPARISON] TAB SCREEN .............................................................................................55
9.1.4 [PROGRESSION] TAB SCREEN ............................................................................................55
9.2 TYPES OF ANALYSIS................................................................................................................55
9.2.1 SINGLE RETINA ANALYSIS .................................................................................................55
10 POSTERIOR ANALYSIS ....................................................................................................56
10.1 RETINA THICKNESS ANALYSIS ...............................................................................................56
10.1.1 SINGLE TAB ..................................................................................................................56
10.1.2 BOTH EYES TAB ..............................................................................................................59
10.1.3 COMPARISON................................................................................................................63
10.1.4 PROGRESSION ...............................................................................................................64
10.2 OPTIC NERVE HEAD ANALYSIS ......................................................................................67
10.3 CENTRAL EXAMINATION ANALYSIS ......................................................................................74
10.4 2D SCAN PROGRAMS RESULTS REVIEW...................................................................................75
10.4.1 SINGLE B-SCAN EXAMINATION REVIEW...............................................................................76
10.4.2 RASTER EXAMINATION RESULTS REVIEW..............................................................................77
10.4.3 RADIAL EXAMINATION RESULTS REVIEW..............................................................................79
10.4.4 CROSS EXAMINATION RESULTS REVIEW...............................................................................79
10.5 3D VISUALIZATION .............................................................................................................80
10.5.1 MANIPULATION OF THE 3D CUBE ......................................................................................80
10.5.2 SELECTION OF DISPLAYED LAYERS .......................................................................................80
10.5.3 OPERATION PANEL..........................................................................................................81
10.5.4 [SOLID] VIEW ...............................................................................................................83
10.5.5 [VOLUME VIEW]............................................................................................................84
11 ANTERIOR SEGMENT ANALYSIS......................................................................................85
11.1 ANTERIOR RADIAL .............................................................................................................87
11.1.1 [SINGLE] TAB SCREEN......................................................................................................87
11.1.2 [BOTH EYES] TAB SCREEN................................................................................................90
11.1.3 [COMPARISON] TAB SCREEN .............................................................................................90
11.1.4 [PROGRESSION] TAB SCREEN ............................................................................................91
11.1.5 EDIT ANTERIOR SURFACE..................................................................................................93
11.1.6 AOD MEASUREMENT .....................................................................................................94
11.1.7 ANGLE MEASUREMENT TOOL............................................................................................95
11.1.8 TOMOGRAM REVIEW ANALYSIS .........................................................................................95
12 FULLSCREEN WINDOW ..................................................................................................96
12.1 FUNDUS RECONSTRUCTION, EYE PREVIEW OR PSLO..................................................................96
12.2 IMAGING TOOLS ................................................................................................................97
12.3 SELECTION AND LAYERS EDITION ...........................................................................................97
12.4 MEASUREMENT TOOLS AND ANNOTATIONS .............................................................................97

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12.5 BRIGHTNESS AND CONTRAST ADJUSTMENT..............................................................................98
12.6 FULL SCREEN MODE EXIT .....................................................................................................98
13 IMPORT FUNDUS IMAGES .............................................................................................99
13.1 ADDING FUNDUS PHOTO TO THE EXAMINATION........................................................................99
13.2 EXAMINATIONS CORRELATION...................................................................................100
13.2.1 MANUAL REGISTRATION ................................................................................................100
13.3 TOMOGRAM WINDOW MANIPULATION ................................................................................101
13.4 EDITION OF RECOGNIZED LAYERS.........................................................................................102
14 ANGIO RETINA ............................................................................................................103
14.1 [SINGLE] VIEW...............................................................................................................103
14.1.1 ANGIOGRAM OBJECT ....................................................................................................104
14.1.2 ENFACE WINDOW:.......................................................................................................105
14.1.3 TOMOGRAM WINDOW..................................................................................................105
15 SETUP WINDOW .........................................................................................................106
15.1 GENERAL .......................................................................................................................106
15.2 DATABASE ......................................................................................................................107
15.3 STORAGE .......................................................................................................................108
15.4 USERS ACCOUNTS ............................................................................................................110
15.5 PREFERENCES .................................................................................................................111
15.5.1 PROTOCOLS TAB...........................................................................................................111
15.5.2 PARAMETERS TAB ........................................................................................................113
15.5.3 VOICE MESSAGES.........................................................................................................113
15.5.4 RESULTS SETTINGS........................................................................................................115
15.6 BACKUP.........................................................................................................................116
16 MAINTENANCE AND CLEANING PROCEDURE ............................................................... 117
16.1 ROUTINE CLEANING .........................................................................................................117
16.2 SOFTWARE MAINTENANCE ACTIVITIES ..................................................................................118
16.3 HARD DISK DEFRAGMENTATION .........................................................................................118
16.4 ORDERING CONSUMABLES.................................................................................................119
16.5 FUSE.............................................................................................................................119
16.5.1 BLOWN FUSES EXCHANGE ..............................................................................................119
17 NETWORK CONNECTION CONFIGURATION .................................................................. 120
17.1 SOCT NETWORK .............................................................................................................120
17.2 SHARING SOCT EXAMINATION DATABASE FOLDER(S) ON WINDOWS 7(STORAGE LOCATIONS).........121
17.3 SOCT VIEWING STATION CONFIGURATION/ SOCT PC.............................................................123
17.4 FAQ .............................................................................................................................124

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18 ENVIRONMENTAL CONDITIONS ...................................................................................125
19 WARRANTY AND SERVICE............................................................................................126
20 UTILIZATION................................................................................................................ 126
21 TROUBLESHOOTING ....................................................................................................127

1DESCRIPTION OF THE DEVICE
This manual explains the details of the function and method of application to make a good
use of the SOCT system. Before using the device, read this manual carefully to ensure that
you operate it efficiently and safely. Always keep this manual at hand to make a good use of
it.
SOCT Copernicus REVO uses Spectral domain Optical Coherence Tomography method to
obtain 3-dimensional, cross-section images of the retina.
SOCT Copernicus REVO is an optical coherence tomography system indicated for the in vivo
imaging and measurement of the retina layers, retina nerve fiber layer, and optic nerve head
as an aid in the diagnosis and management of posterior segment diseases. The device
produces a light beam, which is focused on the human retina. The light that reflects from
internal structures of an eye is then interferometrically analyzed by the device. The raw data
are processed by a PC to obtain images of eye cross-sections. The SOCT Copernicus REVO
contains features including: Retina Thickness, Optical Nerve Head, Retinal Nerve Fiber Layer,
Angle assessment, Cornea measurement.
1.1 Intend of use
It is intended for use as a diagnostic device to aid the detection and management of ocular
diseases, including but not limited to, age-related macular degeneration, macular holes,
diabetic retinopathy, macular edema and glaucoma.
NOTE: The SOCT Copernicus REVO is not intended to be used as the sole diagnostic
aid for disease identification, classification and management. A patient diagnosis is
the sole domain of eye care clinician.
1.2 Intended User
The SOCT Copernicus REVO can be used by Ophthalmologists, Optometrists, Opticians,
Orthoptists or other trained health personnel.
1.2.1 The minimum knowledge
The user must be able to distinguish right eye and left eye, chin and forehead, read and
understand the language and the functionality used in the SOCT application software.
1.2.2 Education needed for operating the tomographer
Ophthalmologist, Optometrist, Nurse, Certified Medical Technician, Assistant.

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1.2.3 Operating Skills
For instrument operation, the user should be able to perform the following functions:
-Power on and power off the device,
-Disinfect surfaces which interact with the patient,
-Enter and modify the patient data,
-Adjust position of the patient, position of the instrument, the table height, and the
patient’s chair,
-Set the examination parameters, acquire examination,
-Select or create the required type of printout,
-Verify the printout for completeness of data,
-Print, export and save the selected report,
-Archive and recover the patient database.
1.2.4 Occupational skills
The user should be able to work with elderly patients, disabled patients and with children.
1.2.5 Job requirements for the user
The SOCT training in the scope of usage and operation is mandatory before the first use. The
user should be also trained in the analysis and treatment of ophthalmic diseases or other
eye-related medical issues, as it is stated by governing bodies. The user should be a
computer literate person.
CAUTION: This manual does not provide guidance on interpretation of clinical
results. The clinician must ensure that he or she has received appropriate medical
training in such interpretation. Optopol Technology Sp. z o.o. cannot be held
responsible for misdiagnosis of results.
1.2.6 Contraindication
Do not use the SOCT Copernicus REVO for those patients who:
-Have an anamnestic history of photodermatosis,
-Have undergone photodynamic therapy (PDT) within a short period (refer to the
product document of administered photosensitizer about the prohibition period),
-Are on medication with side effects that may possibly cause photodermatosis.

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1.2.7 Instruction Manual Availability
The SOCT Copernicus REVO Instruction Manual in PDF format is available on the computer
with installed SOCT application. To open the file, press START  Application  SOCT  User
Manual. The manual is included on USB flash drive delivered with the standard package of
the SOCT. Install the .pdf file viewer e.g. free Adobe Reader from the www.adobe.com
website or flash drive to read the manual in PDF format.
The Instruction Manual in paper form is available on request. To receive user manual in
hardcopy please contact authorized Optopol representative to receive it.
1.2.8 Instruction Manual Applicability
This document applies to the SOCT Copernicus REVO running with the application software
version 6.0 or higher, unless superseded.
1.2.9 Disposal
For disposal at the end of the product life cycle, please follow national regulations.
CAUTION: Do not use this instrument for purposes other than intended and
specified.

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2TECHNICAL DATA
Signal source Super Luminescent Diode (SLED)
Wavelength 830 nm
Optical power 985 µW ± -3%
Signal analysis Spectral domain Optical Coherence Tomography
Scanning speed 27 000 measurements per second
Scanning programs 3D, B-scan, Radial, Raster, Cross
Axial resolution 5 µm (in tissue)
Transversal resolution ideal 12 µm
typical 18 µm
Retina scan width 5 – 12 mm
Anterior scan width 3 – 16 mm
Scan depth 2.4 mm
Power supply 100-240 V, 50 / 60 Hz
Power consumption 115-140 VA
Fuse ratings 2 x F 3.15 A L 250V
Multiple socket-outlet max. load 500 VA
Dimensions 549 mm L × 382 mm W × 462 mm H
Weight 23 kg
2.1 Device classification
Classification Class 1 Laser Device
Protection against electric shock Class 1
Degree of protection against electric Type B applied parts (chin rest, forehead rest, and
shock
shock grip)
Degree of Protection against IPX0
ingress of water
Mode of operation Continuous operation

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2.2 Minimum computer system requirements
2.2.1 Capture station
Processor Intel® Core™ i7 3.0 GHz or higher
No of cores: 4 physical cores
RAM min. 8 GB
Operating system Windows 7 Professional, 64-bit
HDD Minimum 500 GB
CD/DVD Recordable
Graphic card NVIDIA chipset
Screen resolution: Minimum 1920 x 1080
Communication ports 1 available USB 3.0 port
2 available USB minimum 2.0 ports
Mouse Mouse Wheel
Touch screen Recommended
2.2.2 Review station
Processor Intel® Core™ i5 2.4 GHz or higher
No of cores: min. 2 physical cores, 4 logical
RAM min. 4 GB
Operating system Windows 7 Professional or Ultimate SP1 or later, 64-
bits
HDD Minimum 80 GB
CD/DVD Recordable recommended
Screen resolution: Minimum 1920 x 1080
Communication ports 1 available USB 3.0 port
2 available USB minimum 2.0 ports
Mouse Mouse Wheel

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3SAFETY
3.1 Safety information
CAUTION
Follow operating instruction
Indicates a fuse is present near this symbol
On / Off
Type B Applied Parts
Date of manufacture
Manufacturer
Electrical and Electronic Equipment waste. Do not throw the product away with
normal household waste at the end of its life.
Sign of conformity with essential requirements –The Medical Device Directive
93/42/EEC
Class 1 Laser Product
Warning: Dangerous voltage
General warning sign

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Warning: Laser radiation
Caution: Federal law restricts this device to sale by or on the order of a physician or
practitioner.
3.2 Product Label
The sample label of the SOCT Copernicus REVO is presented below.
The following table describes the marks and indications on the Spectral Optical Coherence
Tomographer - SOCT Copernicus REVO.
Manufacturer’s name and address
Year of manufacture
Serial Number in eight digits and coded year of production
Sign of conformity with essential requirements – The Medical Device Directive
93/42/EEC
Type B Applied Parts
Follow operating instruction
Indicates a fuse and specification of the fuse
Alternating current
Electrical and Electronic Equipment waste. Do not throw the product away with
normal household waste at the end of its life

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3.3 Safety standards
CAUTION: Before the first use, the device operator should be trained how to use
the system efficiently and safely.
NOTE: SOCT Copernicus REVO system can be connected only to power supply
socket equipped with properly connected grounding pin.
The SOCT Copernicus REVO system complies with all requirements of the directive
93/42/EEC (MDD - Medical Devices Directive).
The SOCT Copernicus REVO is type B applied parts (chin rest support and forehead support)
and class I protection against electric shock.
Usually SOCT Copernicus REVO is a part of larger Medical System, which consists of many
other medical and non-medical devices. Medical system in general and all its components
have to fulfill the requirements of IEC 60601-1 standard.
In order to comply with the IEC 60601-1 standard all non-medical devices must be connected
to the Isolating Transformer. By connecting the devices to the Isolating Transformer, the
leakage current is reduced to the level which is in line with the IEC standard.
The Isolating Transformer fulfills requirements of IEC 60601-1 standard for medical electrical
system.
The Isolating Transformer supplies the power for non-medical devices connected to electric
not grounded mains in a room.
The Isolating Transformer can be installed in patient environment in accordance with IEC
60601-1 standard.
NOTE: Only the PC, monitor and printer have to be connected to the isolating
Transformer. Connecting non-medical devices in other way than presented in
chapter 3.3. can lead to electric shock or damage of the devices.
NOTE: It is strictly forbidden to connect any non-medical or medical devices which
are not included within the SOCT Copernicus REVO system to the Isolating
Transformer e.g. lamp, vacuum cleaner, etc.
NOTE: The SOCT Copernicus REVO must not be connected to the Isolating
Transformer, but directly to the main power supply socket or to the dedicated
supply socket in the dedicated table.
SOCT Copernicus REVO is connected to PC using USB 3.0 cable.

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There are no user serviceable parts inside SOCT Copernicus REVO device. Light source is
included inside the device. Removing the covers can be done only by authorized personnel.
The maximum power of light radiation available outside the covers is less than 1000
microwatts providing safe operation of the device.
Objective lens is the output of light.
SOCT Copernicus REVO has been classified as CLASS 1 laser device
IMPORTANT:
1. If the whole Medical System has been installed by Manufacturer of SOCT
Copernicus REVO or Authorized Personnel, the manufacturer guarantees
correct installation and compliance with all required standards and directives.
2. In case installation was made not by Manufacturer or Authorized Personnel,
the manufacturer of SOCT Copernicus REVO takes no responsibility for any
problems or risks that could be created by incorrect connection and violation
of safety standards.
3. Understanding and following up of sections 5, 6, 7, 8, 9 of this manual as well
as PC experience are sufficient for operating the SOCT Copernicus REVO
device.
4. Manufacturer of SOCT Copernicus REVO takes no responsibility for incorrect
medical diagnosis of results and takes no responsibility for the consequences
of such incorrect medical diagnosis.
WARNING: Do not scan patients who have been injected with photo-dynamic
therapy (PDT) treatment drugs in the previous 48 hours. Failure to observe this
warning could result in unintended exposure and uncontrolled treatment of
neovascular vessels.
WARNING: Medical professionals need to determine whether this device should
be used for patients who may be photosensitive, including those with epilepsy.
WARNING: To avoid risk of electric shock, this equipment must only be connected
to a supply mains with protective earth. Ignoring safety rules can lead to
accidents.
WARNING: Multiple portable socket-outlets shall not be placed on the floor.

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WARNING: Any Additional Multiple Socket-Outlet or extension cord shall not be
connected to the ME System.
WARNING: All activities that demand removing main body housing may be
performed by Manufacturer or Authorized Personnel trained by Manufacturer
only.
WARNING: Ignoring or disregarding the statements above may lead to danger of
death or serious injury.
3.4 Notes on Use
3.4.1 Before use
-Inspect the SOCT daily. Make sure that no foreign matter on the front lens is present
that can affect image readings or diagnoses.
-Any dirt or scratches on the objective lens appear as black spots which may affect the
image quality. Check and clean the objective lens before taking an image. You cannot
take good images if the objective lens is dusty.
-Sudden heating of a room during winter or in cold regions may cause condensation to
form on the objective lens or on optical parts inside the SOCT, resulting in an inability
to obtain optimal images. In this case, wait until condensation disappears before
taking images.
-Before turning the device on, make sure that Anterior Chamber Adapter is not
installed on the objective lens.
3.4.2 After use
After using the SOCT device, turn off the power, attach the objective lens cap to protect the
objective lens from dust and place the dust cover over the device.

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4UNPACKING AND INSTALLATION
NOTE: Check for any damage to the package. Every transportation box is equipped
with the shockwatches. If any shockwatch is broken (red indicator) please contact
OPTOPOL Technology and lodge a complaint to the carrier.
SOCT Copernicus REVO set consists of the following components:
1. SOCT device,
2. Fixation adapter (optional),
3. Anterior adapter,
4. Dust cover,
5. USB 3.0 communication cable,
6. Power supply cable,
7. USB Flash drive with the software, drivers and the User manual,
8. Chinrest papers.
4.1 Unpacking
This section describes how to unpack the device shipped from a factory. Remove the top of
the box and side walls. Remove transport foams. The figures indicate where to grab the SOCT
Copernicus REVO during moving. It should be lifted by at least two people. Firmly hold the
instrument body at the base of device as indicated below, and put it on the automatic
instrument table. Do not lift the device holding it by indentation area located at the back of
the device above the rear panel.
CAUTION: The SOCT weighs approximately 23 kg. It should be lifted by at least two
people. Use only the indicated positions for lifting.

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After unpacking, one should check the whole set for any mechanical damages,
cables damages, etc. In case any damage is found, don't connect the device and
contact your local distributor.
IMPORTANT: Always let the device reach room temperature before it is powered
up. This is particularly important if the device was exposed to extreme
temperature. Always operate the device within operating ranges of temperature
and humidity.
Transport position of the SOCT Copernicus REVO is to be set by turning it off and
on -device will go to base position. Turn it off and pack to the box securing with
packing foams.
4.2 Connecting cables
To connect the SOCT Copernicus REVO to a PC, you need one USB 3.0 cable shipped with the
device:
USB 3.0 cable to connect SOCT Copernicus REVO (type B) and PC (type A):
Power Supply Cable:
All sockets and plugs are different so it is not possible to connect plugs improperly. The figure
below shows the rear panel view of SOCT Copernicus REVO.
Power connector
Power switch
USB 3.0 Type B
Fuses socket

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First connect USB cable, in the next step connect power supply cables.
NOTE: Regarding EMC (Electro-magnetic compatibility) standards all signal cables
have to be put together.
4.3 Device connection
The SOCT Copernicus REVO is connected to the PC using USB 3.0 cable.
NOTE: The SOCT Copernicus REVO must be directly plugged into the mains with
protective earth. Connect the PC, printer and monitor into the multiple portable
socket-outlet, which is directly connected to the Isolating Transformer. By connecting
the PC set to the Isolating Transformer the leakage current is reduced to the level
which is in line with the IEC standard. The Isolating Transformer is connected directly
to the mains with protective earth pin.
The diagram below shows how to connect all elements of the system.
USB 2.0 cable
USB 3.0
PS2/USB 2.0 cable
PS2/USB 2.0 cable
AC cord
AC cord
Isolating
transformer
AC socket
AC cord
AC LINE
lilineLcor
AC LINE
lilineLcor
AC cord
Computer
Monitor
Printer
Applied part:
chin rest support
Applied part:
forehead support