manual user compact touch xe ctt me an 140905
DESCRIPTION
Manual User Ultrasound Compact Touch 2014TRANSCRIPT
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COMPACT TOUCH USER MANUAL Select a chapter:
Introduction I Regulatory & safety information II Technical information III Using the COMPACT TOUCH IV Maintenance V Appendix: IOL formulae
11, rue du bois joli - CS 40015 63808 Cournon dAuvergne Cedex
FRANCE Tel. : +33 (0) 473 745 745 Fax : +33 (0) 473 745 700
E-mail : [email protected] Site web: www.quantel-medical.com
2008
Directive 93/42/EEC
SEPTEMBER 2014
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This QUANTEL MEDICAL equipment, including the associated software and documentation are proprietary products of QUANTEL MEDICAL under international copyright law and all rights are reserved. This manual may only be reproduced in whole or in part with written permission of QUANTEL MEDICAL. This manual is furnished for informational use only and QUANTEL MEDICAL reserves the right to modify the equipment characteristics and manual without previous notice. Photos and diagrams are not contractual. QUANTEL MEDICAL cannot be held responsible for any damage or injury which results from a failure to follow, or incorrect use of, the instructions contained in this manual. The guarantee of the equipment will be void if the equipment is opened (even partially), modified or repaired in any way by persons who are not authorized by QUANTEL MEDICAL.
Any question regarding the installation or the use of the COMPACT TOUCH system should be directed to the QUANTEL MEDICAL Service Department or to a local distributor:
International QUANTEL MEDICAL 11, rue du bois joli, 63808 Cournon dAuvergne FRANCE Tel. : +33 (0) 473 745 745 Fax : +33 (0) 473 745 700 E-mail : [email protected] Web site: www.quantel-medical.com
U.S.A. QUANTEL USA MEDICAL UNIT 601, Haggerty Lane BOZEMAN MT 59715 U.S.A. Tel : +1 888 660 6726 Fax : +1 (406) 586 2924 E-mail : [email protected] Web site www.quantel-medical.com
2014 QUANTEL MEDICAL
All rights reserved
COMPACT TOUCH User Manual
Software Version 3.02
International version
(Ref: XE_CTT_ME_AN)
September 5, 2014
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User Manual Introduction
SEPTEMBER 2014 11, rue du bois joli - CS 40015
63808 Cournon dAuvergne Cedex FRANCE
Tel. : +33 (0) 473 745 745 Fax : +33 (0) 473 745 700
E-mail : [email protected] Site web: www.quantel-medical.com
2008
Directive 93/42/EEC
-
CONTENTS REV*
1. INTRODUCTION............................................................................................................................................................. 1
2. USER MANUAL DESCRIPTION .................................................................................................................................. 1
3. USER MANUAL TERMS AND SAFETY SYMBOLS .................................................................................................. 1
4. UNPACKING THE INSTRUMENT ............................................................................................................................... 2
5. PACKING LIST ............................................................................................................................................................... 2
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User manual: Introduction
XE_CTT_ME_AN_140905
Intro /1
1. INTRODUCTION The COMPACT TOUCH is a complete echography system which has four basic functions:
A scan echography for axial length measurement(option*) B scan echography for diagnosis(option*) IOL calculation Pachymetry for measurement of corneal thickness (option*)
* Some of those options require an activation keycode. Please contact QUANTEL MEDICAL or your local
distributor for details on how to order those packages and get the activation keycodes.
The COMPACT TOUCH is a user-friendly system that includes a touch-screen for user interface. All image acquisition is controlled via the touch-screen.
Setup of the COMPACT TOUCH is simple. Built on a PC board, the software is ready to use. The device can be delivered with the following configurations:
COMPACT TOUCH A: with A probe only COMPACT TOUCH B: with B probe only COMPACT TOUCH AB: with an A probe and a B probe
An optional pachymetry probe can be delivered with all configurations: COMPACT TOUCH A; COMPACT TOUCH B; COMPACT TOUCH AB.
2. USER MANUAL DESCRIPTION The User Manual is organized into the following chapters: Introduction
I Regulatory & safety information II Technical information III Using the COMPACT TOUCH IV Maintenance V Appendix: IOL formulae
3. USER MANUAL TERMS AND SAFETY SYMBOLS
WARNING
Potential hazards which, if not avoided, could result in serious injury or death
CAUTION
Potential hazards which, if not avoided, could result in minor or moderate injury and/or product damage
NOTE Significant additional information or explanation.
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Intro /2
4. UNPACKING THE INSTRUMENT The instrument is delivered in a special shockproof casing. If the instrument has been subjected to low temperature during transportation, it should not be turned on immediately after unpacking.
WARNING: If the instrument is at a temperature below 10C (50F): switching on the instrument may cause serious damage. Unpack the instrument and leave it at normal temperature for at least half a day to ensure that the internal components warm up gradually.
5. PACKING LIST Before beginning the installation, check the contents of the package against the following list: BASIC CONFIGURATION:
COMPACT TOUCH unit Power cord + Mouse + Footswitch External Power Supply 12Vdc Carrying case
COMPACT TOUCH A (XECTTA):
Basic configuration Biometry probe (Ref TP-01-b) or ProBeam probe (Ref TP-02-las) with carrying case B1 and biometry probe holder
COMPACT TOUCH B (XECTTB):
Basic configuration B1 probe (10MHz) with carrying case B1 and biometry probe holder Footswitch Mouse
COMPACT TOUCH AB (XECTTAB): COMPACT TOUCH B Biometry probe (Ref TP-01-b) or ProBeam probe (Ref TP-02-las) with carrying case
OPTIONS : Biometry probe (Ref TP-01-b) with carrying case (Ref XEAX2PRBBIO) ProBeam probe (Ref TP-02-las) with carrying case (Ref XEPRBBIOL) Handpiece for the TP-01-b Biometry probe (Ref XEAAAPAM) B1 and biometry probes holder (Ref XECTTPSD) Pachymetry option (Ref XEOPTPK) External keyboard (Ref XECLVUSBAZ and XECLVUSBQW) USB storage device (Ref XECLEUSB)
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User Manual: I - Regulatory & safety information
SEPTEMBER 2014 11, rue du bois joli - CS 40015
63808 Cournon dAuvergne Cedex FRANCE
Tel. : +33 (0) 473 745 745 Fax : +33 (0) 473 745 700
E-mail : [email protected] Site web: www.quantel-medical.com
2008
Directive 93/42/EEC
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CONTENTS REV*
1. INTENDED USE AND CONTRAINDICATIONS ................................................................................................... 1
2. SAFETY INFORMATION AND PRECAUTIONS ................................................................................................ 1*
2.1. General warnings and cautions information................................................................................................... 1*
2.2. Probes care / WARNINGS and CAUTIONS ..................................................................................................... 2*
2.3. How to prevent a transfer of infection ............................................................................................................. 3*
2.3.1. Pre-disinfection and disinfection procedures / Europe .................................................................. 3*
2.3.2. Pre-disinfection and disinfection procedures / USA only .............................................................. 3*
2.3.3. Finger cots ................................................................................................................................................. 3*
2.4. Precautions to take concerning wastes and elimination of device and accessories ........................... 4*
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1. INTENDED USE AND CONTRAINDICATIONS The QUANTEL MEDICAL COMPACT TOUCH Ophthalmic Ultrasound System and the probes that are used with it are indicated for diagnostic imaging and biometric measurement of the eye including:
Visualization of the interior of the eye and the orbit by A and B scans. Axial Length measurement of the eye by ultrasonic means. Implanted IOL power calculation, using the Axial Length measurement. Measurement of corneal thickness by ultrasonic means.
2. SAFETY INFORMATION AND PRECAUTIONS
2.1. General warnings and cautions information Tissue exposure to ultrasound energy: The COMPACT TOUCH unit is designed for use in ophthalmology only. While QUANTEL MEDICAL is not aware of any reports of adverse effects from using ophthalmologic ultrasound biometry, no other use is intended or implied. The system controls limit the output energy to within the parameters specified for its intended purpose. No control of ultrasound energy is available to the user other than the duration of exposure.
WARNINGS
This device is required to be sold only by on the prescription of a physician. This device is not intended for foetal use. Disconnect AC power before cleaning the case. AC power should be disconnected every time after turning the system OFF To avoid risk of electric shock, this equipment must only be connected to supply mains with protective
earth. While using the unit, mains plug must be easily accessible. The COMPACT TOUCH IOL calculator will calculate negative IOL values if such is predicted by the
entered data. These are displayed with a minus sign (-). Do not ignore this sign! Be careful not to compress the cornea when measuring axial length. No modification of this equipment is allowed. Before adding any other equipment to the basic configuration, please refer to the:
COMPACT TOUCH User Manual: Chapter II - Technical information Section 5.4 Connections to the right and left panels
Do not modify the equipment without authorization of the manufacturer. In case the equipment is modified, appropriate inspection and testing must be conducted to ensure
continued safe use of the equipment. Only connect Medical Electrical Equipment which has been specified as some parts of the equipment or
as compatible with the equipment. The COMPACT TOUCH has to be disconnected from the telecom, IT network and/or USB accessories
during examination. Only use a network device or USB accessories that comply with IEC 60601-1 and IEC 60950 standards. When new equipment (not delivered by QUANTEL MEDICAL) is connected to the equipment (via USB,
network...), the leakage current measurements and checks have to be performed by the responsible organization with the new equipment installation: clause 16 IEC 60601-1 third edition.
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Connect only power supply module provided by QUANTEL MEDICAL. Do not use flammable anesthetics product. Do not use in oxygen rich atmosphere. Some persons are extremely allergic to isopropyl alcohol.
CAUTIONS
Considering the current concern for possible unknown hazards, and despite the extremely low output intensities used in ultrasound biometry, QUANTEL MEDICAL recommends that patient exposure time during measurement be minimized.
To preserve the finish of the case, avoid the use of abrasive cleaners. If possible, clean spots before they dry.
Do not install non QUANTEL MEDICAL software onto the unit, as it may compromise the COMPACT TOUCH software. Installing non QUANTEL MEDICAL software will cause the warranty to be void. QUANTEL MEDICAL is not responsible for any errors caused by additional programs on the units hard drive.
Do not connect the unit to the Internet. The COMPACT TOUCH does not have antivirus protection. Connecting the unit to the Internet will cause the warranty to be void. QUANTEL MEDICAL is not responsible for any errors caused by connecting the COMPACT TOUCH to the Internet.
The installation of an antivirus may use computer resources that are necessary to the normal functioning of the COMPACT TOUCH unit and thus reduce the system performances. The image acquisition in real time by the COMPACT TOUCH system might be altered: risk of delays, saccades, image interruption It is up to the person who would install this type of software to set the appropriate parameters and validate that the software does not disrupt the normal functioning of the COMPACT TOUCH system (especially concerning the image acquisition).
2.2. Probes care / WARNINGS and CAUTIONS
WARNINGS If you notice a change in the probe efficiency or have any doubt about the probe integrity: contact
QUANTEL MEDICAL Service Department or your local distributor.
CAUTIONS The probes are fragile and must be handled with care. They will be damaged if dropped onto a hard
surface. The probes should never be autoclaved or subjected to excessive heat. Do not use any abrasive cleaning products or solvents that may alter the probes body aspect. If
possible, clean off stains immediately. The B-probe must not be totally immersed. : for disinfection purposes, only the tip of the probe should be
placed in liquid. Maximum immersion depth for B-probe is 5 cm. The A-scan probe can be immersed. After cleaning; rinse the end of the probe thoroughly with clean water to remove all traces of liquid used. The surfaces should then be dried with a lint-free cloth.
The ultrasound unit must be imperatively turned off before disconnecting the probes. Avoid splashing liquids onto the probe connectors.
Do not immerse the connector.
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2.3. How to prevent a transfer of infection
2.3.1. Pre-disinfection and disinfection procedures / Europe
WARNINGS
Between two patients, the probes and scleral shells must be cleaned to prevent patient-to-patient transfer of infection. QUANTEL MEDICAL recommends cleaning procedures: QUANTEL MEDICAL devices pre-disinfection and disinfection procedures. (Documentation code XE_SDE_PR_AN)
Probes & scleral shells must be disinfected prior to first use.
2.3.2. Pre-disinfection and disinfection procedures / USA only Probes must be disinfected for each patient to prevent the transmission of infection. Follow the Centers for Disease Control and Prevention (CDC) or institutional protocols for equipment sterilization. Probes must also be disinfected prior to first use. To disinfect a probe:
1. Clean the probe clean with a cloth. Ensure that all coupling medium and fluids are removed. The probe tip may be wiped with an alcohol swab prior to soaking.
2. Disinfect the probe tip. CDC protocol suggests soaking the probe tip for 5-10 minutes in one of the following solutions:
a. 70% isopropanol alcohol b. 3% hydrogen peroxide c. 1:10 dilution of chlorine bleach
3. Rinse the probe tip thoroughly in fresh water and allow to air dry.
Probes must not be heated (autoclave) or gas sterilized. Only clean the probes tip. Do not completely submerge the probe in cleaning or rinsing solutions. How to Disinfect Immersion Scleral Shells Follow the probe cleaning procedure, ensuring that the immersion shell is fully submerged in the disinfectant solution. Tubing for biometry shell is intended for single use. Shells must not be disinfected using procedures that use heat (autoclave) or gas.
2.3.3. Finger cots Finger cots are a simple way of preventing probe contamination:
WARNING
The finger cots are for a single use only and must be replaced after each patient.
Equipment: Preventive protection:
LATEX membrane Nitrile membrane (prevents allergy to LATEX)
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Procedure:
1. Place a small amount of ultrasound gel on the end of the B probe.
2. Place the finger cot. The gel must ensure a good contact without air bubbles.
3. Roll down the finger cot along the probe body.
4. Ensure that there are no air bubbles under the Latex membrane.
5. Add gel to the probe tip before starting the examination.
2.4. Precautions to take concerning wastes and elimination of device and accessories
This product complies with the WEEE Directive (2012/19/EU) marking requirements. The COMPACT TOUCH is an electrical / electronic product and must not be discarded with domestic household waste
Do not dispose with domestic household wastes!
Product category: With reference to the equipment types in the WEEE Directive annex I, this product is classed as category 8 among the "Medical devices (with the exception of all implanted and infected products)". To dispose completely of the device and its accessories, contact QUANTEL MEDICAL.
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User Manual:
II Technical information
SEPTEMBER 2014
11, rue du bois joli - CS 40015
63808 Cournon dAuvergne Cedex
FRANCE
Tel. : +33 (0) 473 745 745
Fax : +33 (0) 473 745 700
E-mail : [email protected]
Site web: www.quantel-medical.com
2008
2008
2008
2008
Directive 93/42/EECDirective 93/42/EECDirective 93/42/EECDirective 93/42/EEC
-
CONTENTSCONTENTSCONTENTSCONTENTS REV*REV*REV*REV*
1. LABELS ................................................................................................................................................................................. 1*
1.1. On the back panel ................................................................................................................................................. 1*
1.2. On the right panel .................................................................................................................................................... 2
1.3. On the left panel ...................................................................................................................................................... 2
1.4. Footswitch .............................................................................................................................................................. 3*
2. TECHNICAL SPECIFICATIONS ........................................................................................................................................... 3
2.1. Classification ............................................................................................................................................................ 3
2.2. Electrical requirements ......................................................................................................................................... 3
2.3. Compliance ............................................................................................................................................................... 4
2.4. Dimensions ............................................................................................................................................................... 4
2.5. Environmental conditions ...................................................................................................................................... 4
2.6. Echograph specifications ..................................................................................................................................... 4
2.6.1. Biometry Probe (option) ..................................................................................................................... 4
2.6.2. 10 MHz B-SCAN Probe (option) ....................................................................................................... 5
2.6.3. Pachymetry Probe (option) ............................................................................................................... 5
2.6.4. Acquisition echograms ...................................................................................................................... 5
2.6.5. Measurements accuracy .................................................................................................................. 5
2.6.6. Accuracy in IOL calculation .............................................................................................................. 5
2.6.7. Physiological limits of measurements ............................................................................................ 6
2.6.8. Data entry limits ................................................................................................................................... 7
2.7. Materials used ......................................................................................................................................................... 8
2.7.1. Housing .................................................................................................................................................. 8
2.7.2. Probes (Housing and material in contact with the patient) ....................................................... 8
2.8. Tissue Exposure to Ultrasound Energy .............................................................................................................. 8
2.8.1. ALARA section (ALARA: as low as reasonably possible) ........................................................... 8
2.8.2. Sonic values ......................................................................................................................................... 9
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3. COMPACT TOUCH: EMC DATA AND GUIDELINES ..................................................................................................... 13
4. UNIT DESCRIPTION & INSTALLATION ......................................................................................................................... 17
4.1. Right Panel ............................................................................................................................................................. 17
4.2. Left Panel 18
4.3. Front Panel ............................................................................................................................................................. 19
5. Installation: technical information..................................................................................................................... 20
5.1. Probe holder assembling .................................................................................................................................... 20
5.2. Patient exam area ................................................................................................................................................. 21
5.3. Power supply ......................................................................................................................................................... 21
5.4. Connections to the right and left panels .......................................................................................................... 22
5.5. Probe connections................................................................................................................................................ 24
5.5.1. Biometry probe .................................................................................................................................. 24
5.5.2. Pachymetry Probe ............................................................................................................................. 25
5.5.3. B-probe10 MHz ................................................................................................................................ 25
5.5.4. Footswitch .......................................................................................................................................... 25
5.5.5. USB Ports ............................................................................................................................................ 26
5.5.6. Network port ...................................................................................................................................... 26
5.5.7. Handle .................................................................................................................................................. 26
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1.1.1.1. LABELS LABELS LABELS LABELS
1.1. On the back panel
Identification label information:Identification label information:Identification label information:Identification label information:
ReReReRef.f.f.f. Labels &Labels &Labels &Labels & DescriptionDescriptionDescriptionDescription
Identification labelIdentification labelIdentification labelIdentification label
Protection against electrical shocks: the applied parts are classified as
BF Type".
IEC 60417IEC 60417IEC 60417IEC 60417----5555333333333333
IEC protection class: "Class II
IEC 60417IEC 60417IEC 60417IEC 60417----5172517251725172
Refer to the instruction manual/ booklet
ISO 7010ISO 7010ISO 7010ISO 7010----M002M002M002M002
For indoor use only.
IIIIEC 60417EC 60417EC 60417EC 60417----5957595759575957
Electrical/electronic equipment in accordance with the Directive
2012/19/EU (WEEE)
Do not dispose with domestic household wastes.
EN 50419EN 50419EN 50419EN 50419
General warning sign
ISO 7010ISO 7010ISO 7010ISO 7010----W001 GeneralW001 GeneralW001 GeneralW001 General
This label specifies the manufacturing date indication.
ISO 7000ISO 7000ISO 7000ISO 7000----2497249724972497
Federal US law labelFederal US law labelFederal US law labelFederal US law label ::::
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1.2. On the right panel
Rf.Rf.Rf.Rf. Labels & DescriptionLabels & DescriptionLabels & DescriptionLabels & Description
Power supply specificationsPower supply specificationsPower supply specificationsPower supply specifications
Probes & footswitch connectors label:Probes & footswitch connectors label:Probes & footswitch connectors label:Probes & footswitch connectors label:
OptionsOptionsOptionsOptions :::: Pachymetry Pachymetry Pachymetry Pachymetry
probeprobeprobeprobe
A probeA probeA probeA probe BBBB
probeprobeprobeprobe
1.3. On the left panel
Rf.Rf.Rf.Rf. Labels & DescriptionLabels & DescriptionLabels & DescriptionLabels & Description
Standby Standby Standby Standby iconiconiconicon
USB / NETWORK connector labelUSB / NETWORK connector labelUSB / NETWORK connector labelUSB / NETWORK connector label
2 USB connectors (type 2.0)
Footswitch
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1.4. Footswitch
Rf.Rf.Rf.Rf. LabelLabelLabelLabel
IP44IP44IP44IP44 (According to IEC 60529)::::
- Protection against the penetration of foreign solid bodies of diameter 1 mm.
- Protection against splashing water.
Electrical/electronic equipment in accordance with the Directive 2012 /19 / EU (WEEE)
Do not dispose with domestic household wastes.
EN 50419EN 50419EN 50419EN 50419
2.2.2.2. TECHNICAL SPECIFICATIONSTECHNICAL SPECIFICATIONSTECHNICAL SPECIFICATIONSTECHNICAL SPECIFICATIONS
2.1. Classification
The system is intended for continuous operation and has the following classification:
Electric security classElectric security classElectric security classElectric security class EN 60 601-1 Standard
Protective classProtective classProtective classProtective class II
TypeTypeTypeType BF (protection against electrical shocks)
2.2. Electrical requirements
CAUTIONCAUTIONCAUTIONCAUTION
Only connect the power supply module provided by QUANTEL MEDICAL.
Power supplyPower supplyPower supplyPower supply External module with automatic voltage adaptation: no
selection is needed
Input voltageInput voltageInput voltageInput voltage 100-240 Vac
Single phase without earth
FrequencyFrequencyFrequencyFrequency 47-63 Hz
Mains consumptionMains consumptionMains consumptionMains consumption 70 VA
COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH consumptionconsumptionconsumptionconsumption 12 Vcc 5A
ClassClassClassClass II
ReferenceReferenceReferenceReference TR60M12
Trade MarkTrade MarkTrade MarkTrade Mark Cincon Electronics
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2.3. Compliance
STANDARDSTANDARDSTANDARDSTANDARD SUBJECTSUBJECTSUBJECTSUBJECT
IEC 60 601IEC 60 601IEC 60 601IEC 60 601----1111 Medical electrical equipment-Part 1: General requirements for basic safety and
essential performance
IEC 60 601IEC 60 601IEC 60 601IEC 60 601----1111----1111 Medical electrical equipment-Part 1: General requirements for basic safety and
essential performance
IEC 60 601IEC 60 601IEC 60 601IEC 60 601----1111----2222
Medical electrical equipment-Part 1: General requirements for basic safety and
essential performance Amendment electromagnetic compatibility requirements
and testing
IEC 60 601IEC 60 601IEC 60 601IEC 60 601----1111----6666 Medical electrical equipment-Part 1-6: General requirements for basic safety and
essential performance Amendment: usability
IEC 60 529IEC 60 529IEC 60 529IEC 60 529 Degree of protection provided by enclosure (IP code)
IEC 62 304IEC 62 304IEC 62 304IEC 62 304 Medical device software Software life-cycle processus (IEC 62A/474/CDV)
ISO 14 971ISO 14 971ISO 14 971ISO 14 971 Medical devices Application of risk management to medical devices (ISO/DIS
14971)
93/42/EEC93/42/EEC93/42/EEC93/42/EEC European Medical Device Directive
2.4. Dimensions
Width: 37,5 cm (14,76 in)
Depth: 10 cm (3,94 in)
Height: 27 cm (10,63 in)
Weight: 4,280 kg (9,44 lbs)
2.5. Environmental conditions
The temperature of the room where the device is operated must be within the following range: : : :
10 C
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2.6.2. 10 MHZ B-SCAN Probe (option)
Probe ReferenceProbe ReferenceProbe ReferenceProbe Reference B1
Sector angleSector angleSector angleSector angle 50
FrequencyFrequencyFrequencyFrequency 10 MHz
EmissionEmissionEmissionEmission----running moderunning moderunning moderunning mode Pulsed
Focal lengthFocal lengthFocal lengthFocal length 24mm to 26mm
Active diameterActive diameterActive diameterActive diameter 7.5mm
Active surfaceActive surfaceActive surfaceActive surface 44mm
Axial resolutionAxial resolutionAxial resolutionAxial resolution 0.2mm (at -6dB)
Lateral resolutionLateral resolutionLateral resolutionLateral resolution 0.6mm (at -6dB)
2.6.3. Pachymetry Probe (option)
Probe ReferenceProbe ReferenceProbe ReferenceProbe Reference P1
TypeTypeTypeType A
Ceramic FrequencyCeramic FrequencyCeramic FrequencyCeramic Frequency 20 MHz
MaterialMaterialMaterialMaterial PZT ceramic
Emission Repetition RateEmission Repetition RateEmission Repetition RateEmission Repetition Rate 5882 Hz
2.6.4. Acquisition echograms
Points in X axisPoints in X axisPoints in X axisPoints in X axis 1536
Points in Y axisPoints in Y axisPoints in Y axisPoints in Y axis 256
Electronic resolutionElectronic resolutionElectronic resolutionElectronic resolution 0.03mm at 1550m/s
2.6.5. Measurements accuracy
The accuracy is achieved by the electronic resolution: 0.03 mm
CAUTIONCAUTIONCAUTIONCAUTION
The global accuracy of the A-Scan is dependent upon:
A good alignment with the visual axis
A low pressure on cornea, especially when using the Contact Technique
2.6.6. Accuracy on IOL calculation
Display resolution on IOL power: 0.1 Diopter.
NOTENOTENOTENOTE
Using the SRK II formula, a 0.2 mm accuracy in measurement results in an IOL difference of 0.5 diopter.
Using the other 4 formulas, a 0.15 mm accuracy in measurement results in an IOL difference of 0.5
diopter.
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2.6.7. Physiological limits of measurements
Physiological limits ofPhysiological limits ofPhysiological limits ofPhysiological limits of measurementmeasurementmeasurementmeasurements (auto)s (auto)s (auto)s (auto) Minimum (mm)Minimum (mm)Minimum (mm)Minimum (mm) MaximumMaximumMaximumMaximum
(mm)(mm)(mm)(mm)
PhakicPhakicPhakicPhakic
Anterior chamber at:Anterior chamber at:Anterior chamber at:Anterior chamber at:
1532153215321532 m/sm/sm/sm/s 1.5 7
Lens thickness at 1641 m/sLens thickness at 1641 m/sLens thickness at 1641 m/sLens thickness at 1641 m/s 2.5 7
Total length = AC+L+VTotal length = AC+L+VTotal length = AC+L+VTotal length = AC+L+V 14 45
PseudoPseudoPseudoPseudo----phakicphakicphakicphakic
Anterior chamber atAnterior chamber atAnterior chamber atAnterior chamber at::::
1532153215321532 m/sm/sm/sm/s 1.5 7
Lens thickness at 1641 m/sLens thickness at 1641 m/sLens thickness at 1641 m/sLens thickness at 1641 m/s 0.5 7
Total lengthTotal lengthTotal lengthTotal length = AC+= AC+= AC+= AC+LLLL+V+V+V+V 14 45
AphakicAphakicAphakicAphakic Total length at 1532 m/sTotal length at 1532 m/sTotal length at 1532 m/sTotal length at 1532 m/s 14 45
NOTENOTENOTENOTE
These values correspond to the Automatic freezing control criteria.
On a manually frozen image, the markers being set manually there are no limits within the acquisition
depth of 60mm.
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2.6.8. Data entry limits
The COMPACT TOUCH will accept values within the ranges listed below as valid data entries.
NOTENOTENOTENOTE
Some of these are outside the range of normal ophthalmic physiological values.
ParametersParametersParametersParameters Allowable rangeAllowable rangeAllowable rangeAllowable range
Minimum Maximum
Anterior chamber, lens and vitreous velocitiesAnterior chamber, lens and vitreous velocitiesAnterior chamber, lens and vitreous velocitiesAnterior chamber, lens and vitreous velocities 500 m/s 5000 m/s
Dense cataract velocityDense cataract velocityDense cataract velocityDense cataract velocity 500 m/s 5000 m/s
PMMA, acrylic and silicon IOL velocityPMMA, acrylic and silicon IOL velocityPMMA, acrylic and silicon IOL velocityPMMA, acrylic and silicon IOL velocity 500 m/s 5000 m/s
Keratometry in millimetersKeratometry in millimetersKeratometry in millimetersKeratometry in millimeters 5 mm 13 mm
Keratometry in diopterKeratometry in diopterKeratometry in diopterKeratometry in diopter 25.0 D 68.0 D
Total Total Total Total length in IOL calculation screenlength in IOL calculation screenlength in IOL calculation screenlength in IOL calculation screen 15 mm 40 mm
Anterior chamber in IOL calculation screenAnterior chamber in IOL calculation screenAnterior chamber in IOL calculation screenAnterior chamber in IOL calculation screen 0 mm 9.9 mm
PostPostPostPost----operative ametropiaoperative ametropiaoperative ametropiaoperative ametropia -20.0 D +20.0 D
SRK A constantSRK A constantSRK A constantSRK A constant 113.00 120.59
Holladay surgeon factor calculated from AHolladay surgeon factor calculated from AHolladay surgeon factor calculated from AHolladay surgeon factor calculated from A -1.61 +2.69
HofferHofferHofferHoffer----Q ACDQ ACDQ ACDQ ACD 2.05 6.48
Binkhorst II postBinkhorst II postBinkhorst II postBinkhorst II post----op. anterior chamber depth: ACDbop. anterior chamber depth: ACDbop. anterior chamber depth: ACDbop. anterior chamber depth: ACDb 1 mm 8 mm
Constant for Haigis formula: aConstant for Haigis formula: aConstant for Haigis formula: aConstant for Haigis formula: a0000 -10 +10
Constant for Haigis formula: aConstant for Haigis formula: aConstant for Haigis formula: aConstant for Haigis formula: a1, 1, 1, 1, aaaa2222 -1 +1
Haigis constants: combined limits for a (1.16 to 7mm) Haigis constants: combined limits for a (1.16 to 7mm) Haigis constants: combined limits for a (1.16 to 7mm) Haigis constants: combined limits for a (1.16 to 7mm)
ACD rangeACD rangeACD rangeACD range
-2 < a0 + 3.37 a1 + 23.39 a2 < 12
-2 < a0 + 2.53 a1 + 20.00 a2 < 12
-2 < a0+ 3.50 a1 + 27.00 a2 < 12
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2.7. Materials used
2.7.1. Housing
Upper frameUpper frameUpper frameUpper frame Polyurethane plastic complying with the UL 94 V0 standard
Lower frameLower frameLower frameLower frame Painted steel sheet
LCD LCD LCD LCD LED LED LED LED front panelfront panelfront panelfront panel Painted steel sheet
2.7.2. Probes (Housing and material in contact with the patient)
AAAA----ScanScanScanScan Body material Delrin 100
Face material Insulcast I-124 Epoxy
Manufacturer Permagile
PachymetryPachymetryPachymetryPachymetry Body material Delrin 100
Face material REXOLITE 1422
Manufacturer Blatek
BBBB----ScanScanScanScan Body material Painted aluminium
Face material TPX-MX002
Manufacturer Mitsui
2.8. Tissue Exposure to Ultrasound Energy
The COMPACT TOUCH unit is designed for use in ophthalmology only.
WARNINGWARNINGWARNINGWARNING
This device is not intended for foetal use.
2.8.1. ALARA section (ALARA: as low as reasonably possible)
Ultrasound energy will always be attenuated by the tissue between the transducer and the focus when
used as recommended. The values presented here are the values at the focal point, the point of
maximum intensity.
It is not possible to vary the output energy of the transducer. However, to minimize exposure,
measurements should be kept as short as possible.
If more accuracy is desired, the intensity in the body at any transducer point may be calculated
according to the formula recommended by the FDA:
IIIIt t t t = I= I= I= Iwwwwexp(exp(exp(exp(----0.069fz)0.069fz)0.069fz)0.069fz)
Where:
IIIItttt = is the estimated in situ intensity
IIIIwwww is the measured intensity in water at the focus of the transducer
ffff is the ultrasonic frequency in megahertz
zzzz is the distance from the face of the probe to the transducer focus in centimeters, which is the point of
measurement
This formula was also used to calculate the derated values shown above.
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2.8.2. Sonic values
Transducer parameters show considerable variation from transducer to transducer. The measured and
calculated values given in the sections below (2.8.2.1 / 2.8.2.2 / 2.8.2.3) were those for 3 actual
transducers, whose values deviated slightly from the values in the specification above, and whose
values are likely to be different from the transducer of the users system. However, the values in the
specification should give results that are accurate enough for any practical purpose, since the
intensities are very low.
CAUTION:CAUTION:CAUTION:CAUTION:
It is always recommended to minimize exposure by limiting the ultrasonic transmission to as short
periods as possible.
Symbols used in the following tables are described below:
IIIISPTA.SPTA.SPTA.SPTA.
3333
The derated spatial-peak temporal-average intensity (milliwatts per square centimeter).
IIIISPPA.SPPA.SPPA.SPPA.
3333
The derated spatial-peak pulse-average intensity (watts per square centimeter). The value of IPA.3
at the position of global maximum MI (IPA.3@MI) may be reported instead of ISPPA.3 if the global
maximum MI is reported.
MlMlMlMl The Mechanical Index. The value of MI at the position of ISPPA 3, ([email protected]) may be reported
instead of MI (global maximum value) if ISPPA.3 is < 190W/cm2.
PPPPR.3R.3R.3R.3 The derated peak rarefactional pressure (megapascals) associated with the transmit pattern giving
rise to the value reported under MI.
WWWWoooo The ultrasonic power (milliwatts). For the operating condition giving rise to ISPTA.3, Wo is the total
time-average power; for the operating condition subject to reporting under ISPPA.3, , , , W0 is the
ultrasonic power associated with the transmit pattern giving rise to the value reported under
ISPPA.3....
ffffcccc The center frequency (MHz). For Ml and ISPPA.3 , fc is the center frequency associated with the
transmit pattern giving rise to the global maximum value of the respective parameter. For ISPTA.3 ,
for combined modes involving beam types of unequal center frequency, fc is defined as the overall
range of center frequencies of the respective transmit patterns.
zzzzSPSPSPSP The axial distance at which the reported parameter is measured (centimeters).
xxxx----6,6,6,6, yyyy----6666 Are respectively the in-plane (azimuthal) and out-of-plane (elevational) -6dB dimensions in the x-y
plane where zsp is found (centimeters).
PDPDPDPD Pulse duration (microseconds) associated with the transmit pattern giving rise to the reported value
of the respective parameter.
PRFPRFPRFPRF Pulse repetition frequency (Hz) associated with the transmit pattern giving rise to the reported
value of the respective parameter.
EBDEBDEBDEBD Entrance beam dimensions for the azimuthal and elevational planes (centimeters).
EDSEDSEDSEDS Entrance dimensions of the scan for the azimuthal and elevational planes (centimeters).
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2.8.2.1. A-Scan probe (option)
Probe referenceProbe referenceProbe referenceProbe reference TP-01-b / TP-02-las (ProBeam)
TypeTypeTypeType A-scan
MaterialMaterialMaterialMaterial PZT ceramic
FrequencyFrequencyFrequencyFrequency 11 MHz
Ultrasonic intensities in tissue at measured transducer focus (22mm from probe tip).
IIIISPTA.3SPTA.3SPTA.3SPTA.3 0.140 mW/cm2
IIIISPPA.3SPPA.3SPPA.3SPPA.3 11.611 W/cm2
Mechanical Mechanical Mechanical Mechanical indexindexindexindex 0.16
Ultrasonic powerUltrasonic powerUltrasonic powerUltrasonic power 0.013 mW
Transducer modelTransducer modelTransducer modelTransducer model TP-01-b / TP-02-las (ProBeam)
Operating ModeOperating ModeOperating ModeOperating Mode A-Scan
ApplicationApplicationApplicationApplication Ophthalmic biometer
Acoustic outputAcoustic outputAcoustic outputAcoustic output MIMIMIMI IIIISPSPSPSPTTTTA.3A.3A.3A.3
(mW/ cm(mW/ cm(mW/ cm(mW/ cm2222))))
IIIISPPA.3SPPA.3SPPA.3SPPA.3
(W/ cm(W/ cm(W/ cm(W/ cm2222))))
Maximum ValueMaximum ValueMaximum ValueMaximum Value 0.16 0.140 11.611
Ass
ociated A
coustic
Ass
ociated A
coustic
Ass
ociated A
coustic
Ass
ociated A
coustic
Para
meters
Para
meters
Para
meters
Para
meters
Pr.3 (Mpa) 0.480
W0 (mW) 0.013 0.013
fc (MHz) 8.83 8.83 8.83
Zsp (cm) 2.00 2.00 2.00
Beam
Dimension
X-6 (cm) 0.168 0.168
Y-6 (cm) 0.166 0.166
PD (m) 0.11 0.126
PRF (Hz) 108 108
EBD Az (cm) 0.5
E1 (cm) 0.5
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2.8.2.2. B-Scan probe (option)
Probe referenceProbe referenceProbe referenceProbe reference B1
TypeTypeTypeType B mode
MaterialMaterialMaterialMaterial Composite material
FrequencyFrequencyFrequencyFrequency 10 MHz
Pulse repetition frequencyPulse repetition frequencyPulse repetition frequencyPulse repetition frequency 4655 Hz
Ultrasonic intensities in tissue at measured transducer focus (27mm from probe tip):
IIIISPTA.3SPTA.3SPTA.3SPTA.3 0.22 mW/cm2
IIIISPPA.3SPPA.3SPPA.3SPPA.3 24.3 W/cm2
Mechanical indexMechanical indexMechanical indexMechanical index 0.196
Ultrasonic powerUltrasonic powerUltrasonic powerUltrasonic power 0.208 mW
Transducer modelTransducer modelTransducer modelTransducer model 10 MHz Ophthalmic Probe
Operating ModeOperating ModeOperating ModeOperating Mode B-mode
ApplicationApplicationApplicationApplication Ophthalmic
Acoustic outputAcoustic outputAcoustic outputAcoustic output MIMIMIMI IIIISPSPSPSPTTTTA.3A.3A.3A.3
(mW/ cm(mW/ cm(mW/ cm(mW/ cm2222))))
IIIISPPA.3SPPA.3SPPA.3SPPA.3
(W/ cm(W/ cm(W/ cm(W/ cm2222))))
Maximum ValueMaximum ValueMaximum ValueMaximum Value 0.196 0.22 24.3
Ass
ociated A
coustic
Ass
ociated A
coustic
Ass
ociated A
coustic
Ass
ociated A
coustic
Para
meters
Para
meters
Para
meters
Para
meters
Pr.3 (Mpa) 0.56
W0 (mW) 0.208 0.208
fc (MHz) 8.85 8.85 8.85
Zsp (cm) 2.7 2.7
Beam
Dimension
X-6 (cm) 0.094
Y-6 (cm) 0.09
PD (s) 0.09 0.09
PRF (Hz) 2844 2844
EBD Az (cm) 1.41
Ele (cm) 0.75
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2.8.2.3. Pachymeter probe
Probe referenceProbe referenceProbe referenceProbe reference P1
TypeTypeTypeType A
Tip diameterTip diameterTip diameterTip diameter 1.2mm
Active tip diameterActive tip diameterActive tip diameterActive tip diameter 1.5mm
Focal pointFocal pointFocal pointFocal point 0.5mm from the tip
MaterialMaterialMaterialMaterial PZT ceramic
Ceramic frequencyCeramic frequencyCeramic frequencyCeramic frequency 20MHz
AngleAngleAngleAngle 45 degrees
Ultrasonic intensities in tissue at measured transducer focus (2mm from probe tip).
IIIISPTA.3SPTA.3SPTA.3SPTA.3 0.097 mW/cm2
IIIISPPA.3SPPA.3SPPA.3SPPA.3 0.655 W/cm2
MechanicalMechanicalMechanicalMechanical IndexIndexIndexIndex 0.04
Ultrasonic powerUltrasonic powerUltrasonic powerUltrasonic power 0.0009 mW
Transducer modelTransducer modelTransducer modelTransducer model Pachymeter
Operating modeOperating modeOperating modeOperating mode A-Scan
ApplicationApplicationApplicationApplication Ophthalmic Pachymeter
Acoustic outputAcoustic outputAcoustic outputAcoustic output MIMIMIMI IIIISPSPSPSPTTTTA.3A.3A.3A.3
(mW/ cm(mW/ cm(mW/ cm(mW/ cm2222))))
IIIISPPA.3SPPA.3SPPA.3SPPA.3
(W/ cm(W/ cm(W/ cm(W/ cm2222))))
Maximum ValueMaximum ValueMaximum ValueMaximum Value 0.04 0.097 0.655
Ass
ociated A
coustic
Ass
ociated A
coustic
Ass
ociated A
coustic
Ass
ociated A
coustic
Para
meters
Para
meters
Para
meters
Para
meters
Pr.3 (Mpa) 0.15
W0 (mW) 0.0009 0.0009
fc (MHz) 13.14 13.14 13.14
Zsp (cm) 0.200 0.200 0.200
Beam
Dimension
X-6 (cm) 0.100 0.100
Y-6 (cm) 0.104 0.104
PD (s) 0.05 0.05
PRF (Hz) 2800 2800
EBD Az (cm) 0.12
E1 (cm) 0.12
Accuracy in pachymetry modeAccuracy in pachymetry modeAccuracy in pachymetry modeAccuracy in pachymetry mode ::::
The least-significant digit of the display is one micron. However, the accuracy of the measurements is
5 microns, over a range of corneal thicknesses from 200 to 999 microns. The maximum acoustic
resolution (the ability to distinguish two separate echos) is 81 microns, and is limited by the central
frequency of the imaging transducer. For structures larger than 200 microns, the reproducibility of the
measurements is actually 5 microns. It does not include errors caused by operation or uncertainty in
the velocity of sound.
The operator should minimize errors by keeping the probe perpendicular to the cornea and The operator should minimize errors by keeping the probe perpendicular to the cornea and The operator should minimize errors by keeping the probe perpendicular to the cornea and The operator should minimize errors by keeping the probe perpendicular to the cornea and
applying as little pressure as possible.applying as little pressure as possible.applying as little pressure as possible.applying as little pressure as possible.
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The default value of sound velocity, 1620 m/s, is considered to be the most standard value of velocity in
the cornea. Other values can only be used if they are specifically documented for the type of eye under
treatment.
NOTENOTENOTENOTE
It is not recommended to modify the value of velocity in cornea.
The accuracy of the emissions given in the table above is: Power 29%, Pressure 14.6%, Intensities 29%,
Center frequency 2%, as defined by the spectrum of the pulse.
3.3.3.3. COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH: EMC DATA AND GUIDELINES: EMC DATA AND GUIDELINES: EMC DATA AND GUIDELINES: EMC DATA AND GUIDELINES
WARNINGWARNINGWARNINGWARNING
Medical electrical equipment needs special precautions regarding EMC. The following EMC guidelines
must be observed during installation and commissioning of the COMPACT TOUCH.
WARNINGWARNINGWARNINGWARNING
Portable and mobile RF communications equipment can affect medical electrical equipment.
Guidance and manufacturers declaration Guidance and manufacturers declaration Guidance and manufacturers declaration Guidance and manufacturers declaration electromagnetic emissionselectromagnetic emissionselectromagnetic emissionselectromagnetic emissions
The The The The COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH is intended for use in the electromagnetic environment specified below. The is intended for use in the electromagnetic environment specified below. The is intended for use in the electromagnetic environment specified below. The is intended for use in the electromagnetic environment specified below. The
operator of the operator of the operator of the operator of the COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH has to make sure that it is used in such an environment.has to make sure that it is used in such an environment.has to make sure that it is used in such an environment.has to make sure that it is used in such an environment.
Emission testEmission testEmission testEmission test ComplianceComplianceComplianceCompliance Electromagnetic environment Electromagnetic environment Electromagnetic environment Electromagnetic environment ----
GuidanceGuidanceGuidanceGuidance
RF emission acc. toRF emission acc. toRF emission acc. toRF emission acc. to
EN 55011EN 55011EN 55011EN 55011
Group 1 The COMPACT TOUCH uses RF energy
only for its internal functions.
Therefore, its RF emissions are very
low and are not likely to impair nearby
electronic equipment.
RF emissions acc. to RF emissions acc. to RF emissions acc. to RF emissions acc. to
EN 55011EN 55011EN 55011EN 55011
Class A The COMPACT TOUCH is suitable in all
establishments other than those in
living areas and those directly
connected to the public low voltage
power supply network that also
supplies buildings used for living.
Harmonic emissions acc. toHarmonic emissions acc. toHarmonic emissions acc. toHarmonic emissions acc. to
IEC 61000IEC 61000IEC 61000IEC 61000----3333----2222
Class A
Voltage fluctuations / Voltage fluctuations / Voltage fluctuations / Voltage fluctuations /
Flicker emissions acc. toFlicker emissions acc. toFlicker emissions acc. toFlicker emissions acc. to
IEC 61000IEC 61000IEC 61000IEC 61000----3333----3333
Complies
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Guidance and manufacturer declaration Guidance and manufacturer declaration Guidance and manufacturer declaration Guidance and manufacturer declaration electromagnetic immunityelectromagnetic immunityelectromagnetic immunityelectromagnetic immunity
The The The The COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH is intended for use in the electromagnetic environment specified below. The operator is intended for use in the electromagnetic environment specified below. The operator is intended for use in the electromagnetic environment specified below. The operator is intended for use in the electromagnetic environment specified below. The operator
of the of the of the of the COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH has to ensure that it is used in such an environment.has to ensure that it is used in such an environment.has to ensure that it is used in such an environment.has to ensure that it is used in such an environment.
Immunity Immunity Immunity Immunity
TestTestTestTest
CEI 60601 test CEI 60601 test CEI 60601 test CEI 60601 test
levellevellevellevel
Compliance Compliance Compliance Compliance
levellevellevellevel Electromagnetic environment Electromagnetic environment Electromagnetic environment Electromagnetic environment ---- GuidanceGuidanceGuidanceGuidance
Portable and mobile RF communications equipment should
be used no closer to any part of the COMPACT TOUCH,
including cables, than the recommended separation
distance calculated from the equation applicable to the
frequency of the transmitter.
RecommendedRecommendedRecommendedRecommended separation distance:separation distance:separation distance:separation distance:
Conducted Conducted Conducted Conducted
RF RF RF RF
disturbances disturbances disturbances disturbances
according to according to according to according to
IEC 61000IEC 61000IEC 61000IEC 61000----4444----6666
3 Veff
150 kHz to 80
MHz
10 V
Pd 35,0=
Radiated RF Radiated RF Radiated RF Radiated RF
disturbances disturbances disturbances disturbances
according to according to according to according to
IEC 61000IEC 61000IEC 61000IEC 61000----4444----3333
3 V/m
80 MHz to 2,5
GHz
10 V/m
Pd 35,0= for 80 MHz to 800 MHz
Pd 7,0= for 800 MHz to 2,5 GHz
Where P is the maximum emission output power of the
transmitter in watts (W) according to the transmitter
manufacturer and d is the recommended separation
distance in meters (m).
Field strength from fixed RF transmitters, as determined by
an electromagnetic site surveya, should be less than the
compliance level in each frequency rangeb.
Interference may occur in the vicinity of equipment marked
with the following symbol:
NOTE 1: At 80 MHz and 800 MHz the separation distance for the NOTE 1: At 80 MHz and 800 MHz the separation distance for the NOTE 1: At 80 MHz and 800 MHz the separation distance for the NOTE 1: At 80 MHz and 800 MHz the separation distance for the higher frequency range applies.higher frequency range applies.higher frequency range applies.higher frequency range applies.
NOTE 2: This guidance may not apply in all situations. Electromagnetic propagation is affected by absorption NOTE 2: This guidance may not apply in all situations. Electromagnetic propagation is affected by absorption NOTE 2: This guidance may not apply in all situations. Electromagnetic propagation is affected by absorption NOTE 2: This guidance may not apply in all situations. Electromagnetic propagation is affected by absorption
and reflection from structures, and reflection from structures, and reflection from structures, and reflection from structures, objects and people.objects and people.objects and people.objects and people. aaaa Field strength from fixed transmitters, such as base stations for radio (Cellular / cordless) and land mobile Field strength from fixed transmitters, such as base stations for radio (Cellular / cordless) and land mobile Field strength from fixed transmitters, such as base stations for radio (Cellular / cordless) and land mobile Field strength from fixed transmitters, such as base stations for radio (Cellular / cordless) and land mobile
radios, amateur radio, AM and FM radio broadcast and TV broadcast cannot be predicted theoretically with radios, amateur radio, AM and FM radio broadcast and TV broadcast cannot be predicted theoretically with radios, amateur radio, AM and FM radio broadcast and TV broadcast cannot be predicted theoretically with radios, amateur radio, AM and FM radio broadcast and TV broadcast cannot be predicted theoretically with
accuracy. To asaccuracy. To asaccuracy. To asaccuracy. To assess the electromagnetic environment due to fixed RF transmitters, an electromagnetic site sess the electromagnetic environment due to fixed RF transmitters, an electromagnetic site sess the electromagnetic environment due to fixed RF transmitters, an electromagnetic site sess the electromagnetic environment due to fixed RF transmitters, an electromagnetic site
survey should be considered. If the measured field strength in the location in which the device survey should be considered. If the measured field strength in the location in which the device survey should be considered. If the measured field strength in the location in which the device survey should be considered. If the measured field strength in the location in which the device COMPACT COMPACT COMPACT COMPACT
TOUCHTOUCHTOUCHTOUCH is used exceeds the applicable RF compliance level abovis used exceeds the applicable RF compliance level abovis used exceeds the applicable RF compliance level abovis used exceeds the applicable RF compliance level above, additional measures may be necessary, e, additional measures may be necessary, e, additional measures may be necessary, e, additional measures may be necessary,
such as reorientation or relocating the such as reorientation or relocating the such as reorientation or relocating the such as reorientation or relocating the COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH. In case unusual performance is witnessed, . In case unusual performance is witnessed, . In case unusual performance is witnessed, . In case unusual performance is witnessed,
additional measures may be required such as change of orientation or location of the additional measures may be required such as change of orientation or location of the additional measures may be required such as change of orientation or location of the additional measures may be required such as change of orientation or location of the COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH.... bbbb Field strengtField strengtField strengtField strength should be less than 3 V/m in the range between 150 kHz and 80 MHzh should be less than 3 V/m in the range between 150 kHz and 80 MHzh should be less than 3 V/m in the range between 150 kHz and 80 MHzh should be less than 3 V/m in the range between 150 kHz and 80 MHz
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Recommended separation distances between portable and mobile RF communications equipment and the Recommended separation distances between portable and mobile RF communications equipment and the Recommended separation distances between portable and mobile RF communications equipment and the Recommended separation distances between portable and mobile RF communications equipment and the
COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH
The The The The COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH is intended for use in an electromagnetic environment in which the radiated RF is intended for use in an electromagnetic environment in which the radiated RF is intended for use in an electromagnetic environment in which the radiated RF is intended for use in an electromagnetic environment in which the radiated RF
disturbances are controlled. The disturbances are controlled. The disturbances are controlled. The disturbances are controlled. The COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH user can help prevent electromagnetic interference by user can help prevent electromagnetic interference by user can help prevent electromagnetic interference by user can help prevent electromagnetic interference by
maintaining a minimal distance between portable and mobile RF communicationmaintaining a minimal distance between portable and mobile RF communicationmaintaining a minimal distance between portable and mobile RF communicationmaintaining a minimal distance between portable and mobile RF communications equipment (transmitters) and s equipment (transmitters) and s equipment (transmitters) and s equipment (transmitters) and
the the the the COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH as recommended below, according to the maximum output power of the as recommended below, according to the maximum output power of the as recommended below, according to the maximum output power of the as recommended below, according to the maximum output power of the
communications equipment.communications equipment.communications equipment.communications equipment.
Maximum transmitter Maximum transmitter Maximum transmitter Maximum transmitter
power output (W)power output (W)power output (W)power output (W)
Separation distance according to the transmitters frequency (m)Separation distance according to the transmitters frequency (m)Separation distance according to the transmitters frequency (m)Separation distance according to the transmitters frequency (m)
150 150 150 150 kHz to 80 MHzkHz to 80 MHzkHz to 80 MHzkHz to 80 MHz
Pd 35,0=
80 MHz to 800 MHz80 MHz to 800 MHz80 MHz to 800 MHz80 MHz to 800 MHz
Pd 35,0=
800 MHz to 2,5GHz800 MHz to 2,5GHz800 MHz to 2,5GHz800 MHz to 2,5GHz
Pd 7,0=
0,010,010,010,01 0,035 0,035 0,07
0,10,10,10,1 0,11 0,11 0,22
1111 0,35 0,35 0,70
10101010 1,1 1,1 2,2
100100100100 3,5 3,5 7,0
For transmitters rated at a maximum output power not listed above, the recommended separation distance For transmitters rated at a maximum output power not listed above, the recommended separation distance For transmitters rated at a maximum output power not listed above, the recommended separation distance For transmitters rated at a maximum output power not listed above, the recommended separation distance dddd
in meters (m) can be determined using the equation applicable to the frequency of the transmitter, where in meters (m) can be determined using the equation applicable to the frequency of the transmitter, where in meters (m) can be determined using the equation applicable to the frequency of the transmitter, where in meters (m) can be determined using the equation applicable to the frequency of the transmitter, where PPPP is is is is
the maximum emission output power of the the maximum emission output power of the the maximum emission output power of the the maximum emission output power of the transmitter in watts (W) according to the transmitter transmitter in watts (W) according to the transmitter transmitter in watts (W) according to the transmitter transmitter in watts (W) according to the transmitter
manufacturer.manufacturer.manufacturer.manufacturer.
NOTE 1 : Between 80 MHz and 800 MHz, separation distance for the highest frequency range appliesNOTE 1 : Between 80 MHz and 800 MHz, separation distance for the highest frequency range appliesNOTE 1 : Between 80 MHz and 800 MHz, separation distance for the highest frequency range appliesNOTE 1 : Between 80 MHz and 800 MHz, separation distance for the highest frequency range applies
NOTE 2: These guidelines may not apply in all situations. Electromagnetic propagation is NOTE 2: These guidelines may not apply in all situations. Electromagnetic propagation is NOTE 2: These guidelines may not apply in all situations. Electromagnetic propagation is NOTE 2: These guidelines may not apply in all situations. Electromagnetic propagation is affected by affected by affected by affected by
absorption and reflection from structures, objects and people.absorption and reflection from structures, objects and people.absorption and reflection from structures, objects and people.absorption and reflection from structures, objects and people.
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Guidance and manufacturer declaration Guidance and manufacturer declaration Guidance and manufacturer declaration Guidance and manufacturer declaration electromagnetic immunityelectromagnetic immunityelectromagnetic immunityelectromagnetic immunity
The The The The COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH is intended for use in the electromagnetic environment specified below. The operator is intended for use in the electromagnetic environment specified below. The operator is intended for use in the electromagnetic environment specified below. The operator is intended for use in the electromagnetic environment specified below. The operator
of the of the of the of the COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH has to ensure that it is used in such an environment.has to ensure that it is used in such an environment.has to ensure that it is used in such an environment.has to ensure that it is used in such an environment.
Immunity TestImmunity TestImmunity TestImmunity Test CEI 60601 test levelCEI 60601 test levelCEI 60601 test levelCEI 60601 test level Compliance levelCompliance levelCompliance levelCompliance level Electromagnetic environment Electromagnetic environment Electromagnetic environment Electromagnetic environment ----
GuidanceGuidanceGuidanceGuidance
Electrostatic Electrostatic Electrostatic Electrostatic
discharge (ESD) discharge (ESD) discharge (ESD) discharge (ESD)
acc. to IEC 61000acc. to IEC 61000acc. to IEC 61000acc. to IEC 61000----
4444----2222
6 kV contact
discharge
8 kV air discharge
6 kV contact
discharge
8 kV air discharge
Floors should be wood, concrete or
ceramic tile. If floors are covered with
synthetic materials, the relative humidity
should be at least 30%.
Electrical fast Electrical fast Electrical fast Electrical fast
transients/ burst transients/ burst transients/ burst transients/ burst
acc. to IEC 61000acc. to IEC 61000acc. to IEC 61000acc. to IEC 61000----
4444----4444
2 kV for power supply
lines
1 kV for input/ output
lines
2 kV for power supply
lines
1 kV for input/ output
lines
The quality of the supply voltage should
correspond with one characteristic for a
typical commercial or hospital
environment.
Surge acc. to IEC Surge acc. to IEC Surge acc. to IEC Surge acc. to IEC
61000610006100061000----4444----5555
1 kV differential mode
2 kV common mode
1 kV differential mode
2 kV common mode
The quality of the supply voltage should
correspond with one characteristic for a
typical commercial or hospital
environment.
Voltage dips, Voltage dips, Voltage dips, Voltage dips,
shortshortshortshort----term term term term
interruptions and interruptions and interruptions and interruptions and
voltage voltage voltage voltage
variations on variations on variations on variations on
power supply power supply power supply power supply
input lines acc. input lines acc. input lines acc. input lines acc.
to 61000to 61000to 61000to 61000----4444----11111111
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4.4.4.4. UNIT DESCRIPTION & INSTALLATIONUNIT DESCRIPTION & INSTALLATIONUNIT DESCRIPTION & INSTALLATIONUNIT DESCRIPTION & INSTALLATION
The connectors have different shape to avoid installation errors.
WARNINGWARNINGWARNINGWARNING
Do not force on the connectors
4.1. Right Panel
Main switchMain switchMain switchMain switch
The user must turn on the unit (main switch to the 1 position) to supply power to the
unit, or to 0 to switch it off.
CAUTION:CAUTION:CAUTION:CAUTION:
To prevent data loss, it is imperative to turn off the unit using the Start
button or the Windows 7 shut down procedure: Do not turn off the unit using
the main switch if the Windows shutdown process is not finished (turn on the
main switch when the power supply LED is orange).
Power supplyPower supplyPower supplyPower supply 2.5mm Supply Connector.
Footswitch connectorFootswitch connectorFootswitch connectorFootswitch connector It is the Audio type connector next to the handle.
BBBB----Scan probe Scan probe Scan probe Scan probe
connectorconnectorconnectorconnector B-probe (10MHz) can be plugged into this connector.
Biometry probe Biometry probe Biometry probe Biometry probe
connectorconnectorconnectorconnector
The biometry probe has a LEMO four-pin connector. It is a push-pull type connector
with a locking system.
Pachymetry probe Pachymetry probe Pachymetry probe Pachymetry probe
connectorconnectorconnectorconnector A pachymetry probe can be plugged into this rotative BNC connector
Main switch Power supply 12Vdc
Pachymetry probe
Biometry probe: TP-01b/TP-02-las
B Probe
Footswitch
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4.2. Left Panel
USB 2.0 connectorsUSB 2.0 connectorsUSB 2.0 connectorsUSB 2.0 connectors There are 2 USB connectors: used for printer or data storage key or external
keyboard
Network connector (RJNetwork connector (RJNetwork connector (RJNetwork connector (RJ----45)45)45)45) This connector is used to connect the COMPACT TOUCH to a network
2 USB Ports Network port
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4.3. Front Panel
Ref.Ref.Ref.Ref. DescriptionDescriptionDescriptionDescription
1111 Color LCD LED touchscreen
2222 Start button
3333 Power supply LED:
Orange: the COMPACT TOUCH is powered
Green: the COMPACT TOUCH is started
4444 The front knob may be used:
- to increase / decrease values
- to move the markers
- to move from one field to another one in specific screen
5555 B1 probe holder (including biometry probe holder)
6666 Biometry Test-Block: 10mm at 1550m/s
7777 Pachymetry probe holder
8888 Pachymetry Test-Block
2
8
7
1 4 3 6 5
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5.5.5.5. Installation: technical informationInstallation: technical informationInstallation: technical informationInstallation: technical information
5.1. Probe holder assembling
CAUTIONCAUTIONCAUTIONCAUTION
Before any intervention on the device, unplug the mains cord at the right side and remove all
connections.
Take the probe holder, the hexagon socket screw and its Allen key delivered with the COMPACT TOUCH.
Turn over the COMPACT TOUCH with care
Position the probe holder (main switch side). Insert the lug in the corresponding hole.
Screw on the hexagon socket screw (see below):
Probe holder for COMPACT TOUCH B or AB:
Lug location
Hexagon socket Screw location
Lug
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5.2. Patient exam area
The patient exam area is diposed as follows:
5.3. Power supply
The power supply is an external module with an automatic voltage adaptation. It includes a 2.5mm
power supply connector. For more information, refer to the:
COMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCHCOMPACT TOUCH User Manual: Chapter IIUser Manual: Chapter IIUser Manual: Chapter IIUser Manual: Chapter II---- Technical informationTechnical informationTechnical informationTechnical information
Section 2.2: Electrical requirements
CAUTION:CAUTION:CAUTION:CAUTION:
Only connect the power supply provided by QUANTEL MEDICAL.
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5.4. Connections to the right and left panels
All connectors are located on the left and right panels of the unit. To avoid wrong connections, the
connectors have different shapes.
WARNINGWARNINGWARNINGWARNING
Do not force on connectors
CAUTION:CAUTION:CAUTION:CAUTION:
Only connect to devices complying with the international standard: IEC 60950 for Input and Output
signals.
CAUTION:CAUTION:CAUTION:CAUTION:
Do not connect USB unit (printer, mouse, keyboard) during acquisition.
Biometry Probe TP-01-b / TP-02-las
Pachymetry Probe option
B10 MHz Probe
Footswitch
USB ports
Network port
Power supply
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CAUTION:CAUTION:CAUTION:CAUTION:
Be cautious when connecting devices other than the ones provided with the COMPACT TOUCH by
QUANTEL MEDICAL:
1. To comply with the IEC 60 601-1-1 Standard for Medical Systems, the configuration must respect the
following regulations:
1a) Accessories installed in the Patient Environment are considered medical devices and must
comply with the IEC 60 601-1 standard.
The Patient Environment is defined as the area in which medical diagnosis, monitoring, or treatment is
carried out, as well as the area in which intentional or unintentional contact can occur between the
patient or other persons present and parts of the system.
1b) Non-medical electrical equipment may be connected to the COMPACT TOUCH in the following
conditions:
the equipment is at least 1.5 m from the Patient Environment;
the equipment is not touched by any person in close proximity of the patient.
2. Only connect to devices complying with these international standards:
IEC 60 601-1 Medical Electrical equipment
Or IEC 60 950-1 Safety of Information Technology equipment including electrical business equipment.
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5.5. Probe connections
5.5.1. Biometry probe
The Biometry probe is equipped with a push-pull type connector with a locking system. Before inserting
the connector, rotate it slightly to find the good position.
CAUTION:CAUTION:CAUTION:CAUTION:
Do not pull the cable to disconnect the probe. Pull the connector body to unlock it.
5.5.1.1. Standard probe (TP-01-b: Tono-PROBE)
The Biometry probe is uni-directional. Its small size allows it to be mounted on the Goldman tonometer in
place of the optical cone. The cable outlet along the tonometer stem does not disturb the balance of the
instrument, and the pressure regulation of the tonometer remains easily adjustable.
A hand-piece may be used to handle it more easily, either at 45 degrees or vertically
The probe hand-piece can be ordered through your local distributor or to QUANTEL MEDICAL. The
ordering code is XEAAAPAM.
The biometry probe holder
is fixed on the right of the
COMPACT TOUCH (see
figure):
FRAGILE
HANDPIECE FOR TP-01-b A-Scan PROBE
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5.5.1.2. ProBeam Probe (TP-02-las)
ProBeam is an optional probe with a laser aiming beam.
WARNING:WARNING:WARNING:WARNING:
A laser radiation is emitted from the ProBeam probe, so avoid direct eye exposure.
Sticker on the ProBeam:
Use of the probe:Use of the probe:Use of the probe:Use of the probe:
In the acquisition screen, the probe is activated by pressing on the footswitch.when the footswitch is
pressed to get an unfrozen image (with the emission echo),. The ProBeam laser aiming beam is turned
ON. The patient should then fix the red point projected on the wall (or on the ceiling) so that the patients
eye to be measured and the ProBeam are in good alignment.
5.5.2. Pachymetry Probe
The pachymetry connector is located on the right
panel. The pachymetry probe must be plugged into
this BNC connector
A specific probe holder is located on the left hand side of front
panel (see figure)
5.5.3. B-probe10 MHz
The B-probe connector is located on the right panel.
The red dot connector of the probe connector must
correspond to the red dot connector of the Compact
Touch connector.
The A probe holder is located on the right side of the
COMPACT TOUCH (see figure).
5.5.4. Footswitch
The footswitch connector is located on the right panel.
Without ProBeam (misalignment)
With ProBeam (good alignment)
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5.5.5. USB Ports
The USB ports (located on the left panel) are used to connect the following peripherals:
USB data storage device
External printer with a USB cable.
Additional USB keyboard
5.5.6. Network port
This port (located on the left panel) is used to connect the COMPACT TOUCH to a network.
5.5.7. Handle
The black handle can be used as a stand to tilt the device to a forward or backward position. Press both
sides on the rotating axis and turn the handle to the next position. A click can be heard when the handle
is locked to a specific position.
Rotating axis
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User Manual III Using the COMPACT TOUCH
SEPTEMBER 2014 11, rue du bois joli - CS 40015
63808 Cournon dAuvergne Cedex FRANCE
Tel. : +33 (0) 473 745 745 Fax : +33 (0) 473 745 700
E-mail : [email protected] Site web: www.quantel-medical.com
2008
Directive 93/42/EEC
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CONTENTS REV*
1. STARTING UP THE SYSTEM .............................................................................................................................................. 1
1.1. Main switch .............................................................................................................................................................. 1
1.2. Switching on the unit .............................................................................................................................................. 1
2. STARTUP SCREEN ............................................................................................................................................................... 2
3. GENERAL SETUP SCREEN .................................................................................................................................................. 3
3.1. Setup screen parameters ...................................................................................................................................... 3
3.2. Functions bar............................................................................................................................................................ 4
4. PHYSICIAN SETUP SCREEN (CREATE / MODIFY / DELETE A PHYSICIAN) .............................................................. 6
4.1. Physician setup screen parameters ................................................................................................................... 6
4.2. Functions Bar ........................................................................................................................................................... 8 4.2.1. IOL setup................................................................................................................................................ 8 4.2.2. B mode Setup (option) ........................................................................................................................ 9 4.2.3. More information (Delete Physician) ............................................................................................ 10 4.2.4. Pachymetry setup (option) .............................................................................................................. 11
a) Default selection................................................................................................................... 11 b) Mapping ................................................................................................................................. 12 c) Measurement number ......................................................................................................... 12 d) IOP ........................................................................................................................................... 13 e) Velocity ................................................................................................................................... 14 f) Bias Value .............................................................................................................................. 14 g) Bias operator ......................................................................................................................... 14 h) Freeze ...................................................................................................................................... 14 i) Buzzer ..................................................................................................................................... 14
5. PATIENT SETUP SCREEN (CREATE / MODIFY / DELETE A PATIENT) ..................................................................... 15
5.1. Keratometry .......................................................................................................................