To Next PageTo Next PageWhat to do if Topcon Medical Equipment printing is not done?
If printing is not working on your Topcon Medical Equipment, check the printer paper. If paper comes out without printing, confirm the direction of paper winding and reset paper to the proper direction if it's incorrect. If paper does not come out, and 'PAPER END' is displayed on the control panel, replenish the printer paper.
How to troubleshoot Topcon Medical Equipment control panel not turning on?
If the control panel of your Topcon Medical Equipment does not turn on: * Check if the power cable is unplugged. * Verify if the power cable is properly connected to the instrument. * If the fuse blows when the power switch is turned on, call our service engineer.
Describes the instrument's purpose for measuring refractive and corneal power, axis, and curvature.
Highlights the KR-1's simplicity, adjustable touch panel, and auto start function for quick measurements.
Outlines the manual's content, covering basic operation, troubleshooting, maintenance, and safety precautions.
Specifies patient requirements for maintaining concentration and following instructions during examination.
Details the required operating environment including temperature, humidity, and atmospheric pressure.
Provides essential notes on instrument usage, handling, power, and cleanliness for accurate results.
Outlines conditions to ensure instrument safety during storage, avoiding water, extreme environments, and instability.
States the instrument's expected lifespan of 8 years with regular maintenance.
Explains the meaning of WARNING and CAUTION displays to prevent injury and damage.
Provides critical warnings for patient and operator safety, and preventing electric shocks and fires.
Details precautions to avoid electrical hazards and fires during instrument operation and placement.
Advises caution to avoid patient injury, particularly with the chinrest mechanism and instrument contact.
Instructs on safe practices regarding electrical components, including covers and fuses.
Explains the instrument's compliance with EMC standards and potential effects on other devices.
Specifies that the KR-1 is a medical device and its operation should be supervised by a physician.
Defines user maintenance tasks, emphasizing adherence to specified items for safety and performance.
Provides instructions for changing the fuse, referencing specific page numbers for details.
Directs users to specific instructions for cleaning the instrument's measuring window.
Lists limitations of TOPCON's responsibility regarding damage, misuse, and diagnostic capabilities.
Identifies the main sections and parts of the auto kerato-refractometer.
Lists the materials used for parts that directly contact the patient, such as forehead rest and chinrest.
Describes the control panel's design as a touch panel for operations, settings, and displaying information.
Explains the purpose and function of various buttons on the control panel.
Details the display layout for measurement results, including patient ID and refractive values.
Illustrates the screen layout for various device settings such as buzzer, print, and data communication.
Shows the screen interface for performing cornea diameter measurements.
Provides instructions for safely moving and placing the instrument on an instrument table.
Details how to connect the power cable to a grounded receptacle, emphasizing safety.
Explains how to connect external devices via RS232C, LAN, or USB ports.
Describes how to connect to a PC or other devices for data output via RS232C or LAN.
Explains how to input ID numbers from external devices via USB.
Provides step-by-step instructions for loading printer paper, including safety precautions.
Describes how to resume operation from the instrument's power save mode.
Guides users on how to swing and tilt the monitor to their preferred position for operation.
Covers essential steps before starting any measurement, including power connection and checking the screen.
Instructions for powering on the instrument and verifying the initial screen display.
Explains how to choose between REF, KRT, and R/K measurement modes via the control panel.
Detailed steps for positioning the patient correctly, including chinrest and forehead rest adjustments.
Guidance on performing measurements in automatic mode, including notes on potential issues.
Steps to ensure the instrument is set to Auto mode for measurement.
Describes the process of aligning the instrument with the patient's eye and performing the measurement.
How to interpret and display the measurement results shown on the control panel screen.
Instructions for performing measurements using the manual mode, including alignment and operation.
Steps to switch the instrument from Auto mode to Manual mode.
Instructions on how to print the measurement results from the instrument's printer.
Explains how to use the ALL CLEAR button to erase all measurement data.
How to view all stored measurement data through the TARGET IMAGE and ALL DATA DISPLAY buttons.
Procedures to follow after completing measurements, including powering off and disconnecting cables.
How to input and display patient or operator identification information.
Instructions for performing measurements on a single eye using the R/L button lock feature.
Specific steps to lock the measurement to the right eye only.
Specific steps to lock the measurement to the left eye only.
Guide on how to measure the cornea diameter using the instrument.
Procedure for capturing and measuring from a live image on the screen.
Steps for capturing a still image and performing measurements on it.
Instructions for outputting data to a PC using the RS232C interface.
Details on how to input ID numbers from external devices via a USB connection.
Steps for outputting data to a PC over a LAN network connection.
Describes how to access and navigate the instrument's setup screen for various functions.
Covers the necessary steps before beginning to configure the instrument's settings.
An overview of how to use the INDEX, NEXT PAGE, and BACK PAGE buttons within the setup screen.
Instructions on using up/down buttons to change settings on the screen.
Guide on using the ten-key input method for entering numerical data.
Instructions for using the on-screen keyboard to input character data.
How to exit the setup screen and return to the main measurement interface.
Categorizes and lists all configurable setup items for the instrument.
Details the initial settings related to power-on status, measurement defaults, and system parameters.
Configuration options for the internal printer, including print format presets and data fields.
Specific print settings for the REF/KRT measurement mode.
Specific print settings applicable when the instrument is in REF mode.
Specific print settings applicable when the instrument is in KRT mode.
Settings related to data output and communication with external devices.
Configuration options for establishing and managing LAN network connections for data output.
Settings for managing operator identification, including display and registration.
Mode reserved for service engineers, not accessible for standard user operations.
A comprehensive list of error messages and their explanations, aiding in problem diagnosis.
Provides a checklist and guidance for resolving common operational problems with the instrument.
Details the technical ranges and capabilities for refractometry and cornea curvature measurements.
Specifies the required and recommended environmental conditions for use, storage, and transport.
Information regarding the instrument's compliance with EMC standards and guidelines for electromagnetic environments.
Provides the electrical specifications including source voltage, power input, and safety ratings.
Details the instrument's safety classifications according to IEC 60601-1 standards.
Lists the physical dimensions and weight of the auto kerato-refractometer.
Explains the optical principles and operational methods for refraction and keratometry measurements.
Lists and describes optional accessories available for the instrument, such as the adjustable table.
Provides a table showing the shape of power plugs used in different countries.
Explains common electrical symbols and their meanings as per IEC/ISO publications.
Regular checks to ensure the instrument's accuracy and proper functioning.
Procedure for checking the instrument's accuracy using a model eye.
Instructions for cleaning various parts of the instrument, including the measuring window and light sources.
General daily maintenance tasks, including dust prevention and power switch operation.
Information on how to order consumable items like printer paper and fuses.
Checklist for user maintenance, covering inspection, cleaning, and replacement tasks.
Guidance on adjusting the brightness of the control panel screen.
Steps to clear a paper jam from the printer, including safety precautions.
Detailed instructions for safely replacing the instrument's fuse.
Procedure for replacing the chinrest tissue when it runs out.
Instructions for cleaning the instrument's cover, emphasizing caution with solvents.
Guidance on cleaning the touch panel screen, including turning off the power.
Method for removing dust contamination from the instrument.
Method for cleaning fingerprint contamination from the instrument's surfaces.
Describes the instrument's purpose for measuring refractive and corneal power, axis, and curvature.
Highlights the KR-1's simplicity, adjustable touch panel, and auto start function for quick measurements.
Outlines the manual's content, covering basic operation, troubleshooting, maintenance, and safety precautions.
Specifies patient requirements for maintaining concentration and following instructions during examination.
Details the required operating environment including temperature, humidity, and atmospheric pressure.
Provides essential notes on instrument usage, handling, power, and cleanliness for accurate results.
Outlines conditions to ensure instrument safety during storage, avoiding water, extreme environments, and instability.
States the instrument's expected lifespan of 8 years with regular maintenance.
Explains the meaning of WARNING and CAUTION displays to prevent injury and damage.
Provides critical warnings for patient and operator safety, and preventing electric shocks and fires.
Details precautions to avoid electrical hazards and fires during instrument operation and placement.
Advises caution to avoid patient injury, particularly with the chinrest mechanism and instrument contact.
Instructs on safe practices regarding electrical components, including covers and fuses.
Explains the instrument's compliance with EMC standards and potential effects on other devices.
Specifies that the KR-1 is a medical device and its operation should be supervised by a physician.
Defines user maintenance tasks, emphasizing adherence to specified items for safety and performance.
Provides instructions for changing the fuse, referencing specific page numbers for details.
Directs users to specific instructions for cleaning the instrument's measuring window.
Lists limitations of TOPCON's responsibility regarding damage, misuse, and diagnostic capabilities.
Identifies the main sections and parts of the auto kerato-refractometer.
Lists the materials used for parts that directly contact the patient, such as forehead rest and chinrest.
Describes the control panel's design as a touch panel for operations, settings, and displaying information.
Explains the purpose and function of various buttons on the control panel.
Details the display layout for measurement results, including patient ID and refractive values.
Illustrates the screen layout for various device settings such as buzzer, print, and data communication.
Shows the screen interface for performing cornea diameter measurements.
Provides instructions for safely moving and placing the instrument on an instrument table.
Details how to connect the power cable to a grounded receptacle, emphasizing safety.
Explains how to connect external devices via RS232C, LAN, or USB ports.
Describes how to connect to a PC or other devices for data output via RS232C or LAN.
Explains how to input ID numbers from external devices via USB.
Provides step-by-step instructions for loading printer paper, including safety precautions.
Describes how to resume operation from the instrument's power save mode.
Guides users on how to swing and tilt the monitor to their preferred position for operation.
Covers essential steps before starting any measurement, including power connection and checking the screen.
Instructions for powering on the instrument and verifying the initial screen display.
Explains how to choose between REF, KRT, and R/K measurement modes via the control panel.
Detailed steps for positioning the patient correctly, including chinrest and forehead rest adjustments.
Guidance on performing measurements in automatic mode, including notes on potential issues.
Steps to ensure the instrument is set to Auto mode for measurement.
Describes the process of aligning the instrument with the patient's eye and performing the measurement.
How to interpret and display the measurement results shown on the control panel screen.
Instructions for performing measurements using the manual mode, including alignment and operation.
Steps to switch the instrument from Auto mode to Manual mode.
Instructions on how to print the measurement results from the instrument's printer.
Explains how to use the ALL CLEAR button to erase all measurement data.
How to view all stored measurement data through the TARGET IMAGE and ALL DATA DISPLAY buttons.
Procedures to follow after completing measurements, including powering off and disconnecting cables.
How to input and display patient or operator identification information.
Instructions for performing measurements on a single eye using the R/L button lock feature.
Specific steps to lock the measurement to the right eye only.
Specific steps to lock the measurement to the left eye only.
Guide on how to measure the cornea diameter using the instrument.
Procedure for capturing and measuring from a live image on the screen.
Steps for capturing a still image and performing measurements on it.
Instructions for outputting data to a PC using the RS232C interface.
Details on how to input ID numbers from external devices via a USB connection.
Steps for outputting data to a PC over a LAN network connection.
Describes how to access and navigate the instrument's setup screen for various functions.
Covers the necessary steps before beginning to configure the instrument's settings.
An overview of how to use the INDEX, NEXT PAGE, and BACK PAGE buttons within the setup screen.
Instructions on using up/down buttons to change settings on the screen.
Guide on using the ten-key input method for entering numerical data.
Instructions for using the on-screen keyboard to input character data.
How to exit the setup screen and return to the main measurement interface.
Categorizes and lists all configurable setup items for the instrument.
Details the initial settings related to power-on status, measurement defaults, and system parameters.
Configuration options for the internal printer, including print format presets and data fields.
Specific print settings for the REF/KRT measurement mode.
Specific print settings applicable when the instrument is in REF mode.
Specific print settings applicable when the instrument is in KRT mode.
Settings related to data output and communication with external devices.
Configuration options for establishing and managing LAN network connections for data output.
Settings for managing operator identification, including display and registration.
Mode reserved for service engineers, not accessible for standard user operations.
A comprehensive list of error messages and their explanations, aiding in problem diagnosis.
Provides a checklist and guidance for resolving common operational problems with the instrument.
Details the technical ranges and capabilities for refractometry and cornea curvature measurements.
Specifies the required and recommended environmental conditions for use, storage, and transport.
Information regarding the instrument's compliance with EMC standards and guidelines for electromagnetic environments.
Provides the electrical specifications including source voltage, power input, and safety ratings.
Details the instrument's safety classifications according to IEC 60601-1 standards.
Lists the physical dimensions and weight of the auto kerato-refractometer.
Explains the optical principles and operational methods for refraction and keratometry measurements.
Lists and describes optional accessories available for the instrument, such as the adjustable table.
Provides a table showing the shape of power plugs used in different countries.
Explains common electrical symbols and their meanings as per IEC/ISO publications.
Regular checks to ensure the instrument's accuracy and proper functioning.
Procedure for checking the instrument's accuracy using a model eye.
Instructions for cleaning various parts of the instrument, including the measuring window and light sources.
General daily maintenance tasks, including dust prevention and power switch operation.
Information on how to order consumable items like printer paper and fuses.
Checklist for user maintenance, covering inspection, cleaning, and replacement tasks.
Guidance on adjusting the brightness of the control panel screen.
Steps to clear a paper jam from the printer, including safety precautions.
Detailed instructions for safely replacing the instrument's fuse.
Procedure for replacing the chinrest tissue when it runs out.
Instructions for cleaning the instrument's cover, emphasizing caution with solvents.
Guidance on cleaning the touch panel screen, including turning off the power.
Method for removing dust contamination from the instrument.
Method for cleaning fingerprint contamination from the instrument's surfaces.
General| Pupil Diameter Measurement Range | 2.0 mm to 8.0 mm |
|---|---|
| Measurement Accuracy (Keratometry) | ±0.05D |
| Type | Auto Kerato-Refractometer |
| Measurement Range (Keratometry) | 5.00 mm to 10.00 mm |
| Display | LCD |
| Power Supply | AC 100V to 240V, 50/60Hz |
| Measurement Accuracy (Refraction) | ±0.25 D (Sphere), ±0.25 D (Cylinder) |
