How to fix a blank display on Konica Minolta Measuring Instruments?
If the Konica Minolta Measuring Instruments display is blank after turning it on, ensure the AC power cord is connected and that you are using power within the specified rating.
Why do measurement results fluctuate on Konica Minolta Measuring Instruments?
If you are experiencing fluctuating measurement results with your Konica Minolta Measuring Instruments, try the following: * Select an appropriate SYNC mode. * Ensure the probe is correctly placed and firmly secured against the display. * Secure it with the screw. * Connect the AC power cord to an AC outlet with a protective grounding terminal. Also, be aware that repeatability for x and y may drop if measuring a low-luminance display.
How to fix RS-232C communication issues with Konica Minolta Measuring Instruments?
If you're having trouble with RS-232C communication on your Konica Minolta Measuring Instruments, check these: * Ensure the connections are properly made. * Use an RS-232C cable with the correct pin assignment. * Verify that the RS-232C baud rate on your PC matches the instrument's setting. * Press the REMOTE key to turn ON remote mode (the REMOTE LED should light up).
How to fix USB communication issues with Konica Minolta Measuring Instruments?
If you're having trouble with USB communication on your Konica Minolta Measuring Instruments, check these: * Ensure the connections are properly made. * Use a USB cable with the correct pin assignment. * Press the REMOTE key to turn ON remote mode (the REMOTE LED should light up). * Try turning the power OFF, and then turn it ON again. Also, try communicating with PC via RS-232C instead of USB.
What to do if keys are inoperable on Konica Minolta Measuring Instruments?
If the keys on your Konica Minolta Measuring Instruments are not working, try the following: * Press the REMOTE key to turn off remote mode (the REMOTE LED should go out). * Ensure you are pressing the correct key. * Hold down the key for two seconds to cancel LOCK mode.
Why are strange measured values displayed on Konica Minolta Measuring Instruments?
If your Konica Minolta Measuring Instruments are displaying strange measured values: * Clean the instrument with a soft, dry cloth or lens cleaning paper if it's dirty. * Perform zero calibration if the ambient temperature has changed. * Perform user calibration again.
What to do if zero calibration does not end on Konica Minolta Measuring Instruments?
If zero calibration does not complete on your Konica Minolta Measuring Instruments ("ZERO CALIBRATION" is displayed, or "TOO BRIGHT" appears even with proper light blocking), turn the power off, then on again, and retry zero calibration. If the issue persists, the instrument may be defective.
Why does the analog display not change on Konica Minolta Measuring Instruments?
If the analog display on your Konica Minolta Measuring Instruments isn't changing, ensure you've set the correct range and target color. You may need to perform user calibration or adjust the RGB emission characteristic for the display's analyzer mode.
What does “N O S Y N C . SIGNAL” mean on Konica Minolta Measuring Instruments?
If “N O S Y N C . SIGNAL” is displayed in EXT SYNC mode on your Konica Minolta Measuring Instruments: * Connect the cable to the connector on the instrument and display, and input the vertical synchronizing signal. * Set the signal level to conform to the specified input condition. * Ensure the frequency is within the correct range: 40 to 200 Hz for color measurement, or 40 to 130 Hz for flicker measurement.
Why do calibration values differ on Konica Minolta Measuring Instruments?
If the calibration values entered for user calibration on your Konica Minolta Measuring Instruments differ from those displayed at the end of calibration, it may be due to calculation error if a low-luminance value is used as the calibration value.
General| Brand | Konica Minolta |
|---|---|
| Model | CA-310 |
| Category | Measuring Instruments |
| Language | English |
Details compliance requirements for system connections with IEC standards.
Provides copyright, revision, and contact information for the manual.
Highlights severe risks of death or serious injury from improper instrument use.
Outlines risks of injury or damage to equipment from improper instrument use.
Details components and controls located on the front of the main instrument body.
Details connectors and slots located on the rear of the main instrument body.
Lists and describes accessories included with the instrument upon purchase.
Lists and describes optional accessories available for purchase for the instrument.
Explains how to attach the probe using tripod or ISO screw holes.
Details how to set the probe tip at the correct 30mm distance from the display surface.
Explains the function and positions of the pointing ring for measurement and calibration.
Illustrates and labels the keys on the instrument's front panel for operation.
Explains key functions like 0-CAL, Mode, MR for operation and calibration.
Explains HOLD, REMOTE, MEMORY CH keys for instrument control.
Details Number, ALPHA, Alphabet, MENU, and CAL keys for input and menu navigation.
Explains Cursor, ENTER, Color keys and special functions like key locking and value storage.
Describes the functions of measurement mode indications, digital, analog, and LCD displays.
Explains display indications when measurement values exceed the instrument's range.
Provides operating environmental conditions and notes for instrument installation.
Explains how to connect measuring probes, power cord, and optional accessories.
Details the procedure for powering the instrument on and off.
Details environmental requirements and notes for proper instrument installation.
Step-by-step guide to connecting the measuring probe to the instrument.
Provides important cautions for connecting and disconnecting the measuring probe.
Provides a step-by-step guide for installing the 4-Probe Expansion Board.
Cautions to observe when installing or removing the 4-Probe Expansion Board.
Explains how to connect various measuring probes to the expansion board.
Details the procedure for connecting the instrument's AC power cord.
Provides important safety notes regarding AC power cord connection and usage.
Step-by-step instructions for powering the instrument on and off safely.
Lists and explains error messages related to probe connection and status.
Explains the zero point adjustment method for accurate measurements.
Guides on selecting speed, sync mode, measurement mode, and display digits.
Explains how to select the measuring probe for displaying measured values.
Step-by-step procedure for performing zero calibration.
Provides important notes and conditions for performing zero calibration correctly.
Explains error messages like 'TOO BRIGHT' and 'E1' during zero calibration.
Describes how to verify if zero calibration was performed correctly.
Explains how to select measurement speed (FAST, SLOW, AUTO) for optimal results.
Provides the step-by-step procedure to select the measurement speed.
Details how selected measurement speed is retained and becomes effective.
Explains how to select SYNC mode for measurement synchronization.
Provides the step-by-step procedure to select the SYNC mode.
Explains how to set the synchronizing frequency for INT mode.
Details how measurement speed is determined by SYNC mode and other conditions.
Explains 'NO SYNC. SIGNAL' error for EXT mode and its causes/actions.
Provides the step-by-step procedure to select the measurement mode.
Details how to select the number of display digits (4 or 3).
Explains how selected display digit settings are retained and become effective.
Provides the step-by-step procedure to select the probe number for display.
Explains probe selection when using the 4-Probe Expansion Board.
Explains measurement method types and settings required for each.
Provides detailed explanations on memory channels common to settings and target colors.
Explains how to select the instrument's calibration standard (6500K or 9300K).
Explains how to set or change the target color for measurement.
Details user calibration procedures and execution methods.
Explains analyzer mode and inputting display's RGB emission characteristic.
Explains how to set an ID name and the analog display range.
Explains how to check set values and probe serial numbers used.
Details measurement using Konica Minolta's standard without user calibration.
Explains performing user calibration for correction factors and target color setting.
Explains analyzer mode for R, G, B intensity and target color (W) settings.
Describes the 100 memory channels and the items that can be set for each.
Provides the step-by-step procedure to select the calibration standard (6500K or 9300K).
Explains how calibration standard settings are retained and become effective.
Explains setting user's own correction factor by measuring display colors.
Explains how to correct reading differences when using multiple instruments or probes.
Provides the step-by-step procedure for performing white calibration.
Context for probe selection during white calibration with expansion board.
Provides the step-by-step procedure for performing matrix calibration.
Context for probe selection during matrix calibration with expansion board.
Explains the analyzer mode for display white balance adjustment.
Guides on adjusting white balance using analyzer mode settings.
Explains when to use G-Standard versus R-Standard for white balance adjustment.
Provides the step-by-step procedure to input RGB emission characteristics.
Important notes and prerequisites for inputting RGB emission characteristics.
Explains error messages like 'E5' during RGB emission characteristic input.
Sets the target color by measuring the display's current color.
Sets the target color by directly entering x, y, Lv values (for CH00 only).
Step-by-step procedure to set target color using measurement.
Provides important notes on setting target color across measurement modes.
Step-by-step procedure to set target color by entering values.
Explains 'E3' error related to incorrect target color values.
Explains assigning a name to each memory channel for identification.
Provides the step-by-step procedure to set an ID name.
Important notes on setting ID names, including key restrictions.
Explains how to read the analog display based on the set percentage range.
Provides the step-by-step procedure to set the analog display range.
Explains 'E4' error related to setting analog display range to 0.0%.
Explains how to check the set values and probe serial numbers used.
Displays the target color for the currently selected memory channel.
Checks calibration values entered during user calibration (white/matrix).
Explains how to check the probe serial number used for settings.
Explains measuring methods, how to hold and read measured values.
Explains how to adjust the white balance in analyzer mode.
Step-by-step guide to performing measurements with the instrument.
Provides important notes for accurate measurement, including probe placement and calibration.
Explains how to hold displayed values and the function of the HOLD LED.
Lists cases where holding measured values is not possible and how to cancel hold mode.
Explains how measured values are displayed in digital and analog sections.
Explains how measurement results are displayed in Analyzer mode.
Explains display indications when measurement values exceed the instrument's range.
Explains how measurement results are displayed in Flicker mode.
Explains error messages like 'OVER', 'E1', 'E2' and Flicker errors.
Explains analyzer mode for adjusting display's white balance.
Guides on adjusting white balance using analyzer mode settings.
Explains when to use G-Standard versus R-Standard for white balance adjustment.
Adjusts luminance/intensity for G, then R and B for white balance.
Adjusts luminance/intensity for R, then B and G for white balance.
Explains connecting via RS-232C cable and setting baud rate for PC communication.
Explains connecting the USB cable for communication with a PC.
Explains how to control the instrument remotely from a computer.
Details the procedure for connecting the RS-232C cable to the instrument.
Provides RS-232C pin assignment and cable wiring diagram.
Details how to change the RS-232C baud rate for remote measurement.
Explains how RS-232C baud rate settings are retained and become effective.
Explains connecting the USB cable for communication with a PC.
Provides notes on controlling multiple instruments via USB and RS-232C.
Explains how to control the instrument remotely from a computer.
Explains the instrument's use of CIE 1931 color-matching function for measurements.
Explains T∆uvLv mode values: Correlated Color Temperature, Color Difference, Luminance.
Explains correlated color temperature and color difference from blackbody locus.
Explains how user calibration corrects spectral sensitivity differences.
Describes White Calibration and Matrix Calibration methods.
Explains how analyzer mode converts display colors to monochromatic light emissions.
Explains sensor sensitivity and display's spectral distributions in analyzer mode.
Describes the objective lens and optical fiber system of the measuring probe.
Defines flicker as display blinking due to refresh rate or resolution mismatch.
Explains contrast and JEITA methods for quantifying flicker.
Calculates flicker amount based on AC and DC components of luminance.
Uses amplitude and frequency for flicker measurement, considering human sensitivity.
Details which display types are compatible with the CA-310 models.
Explains how the CA-310 quantifies fluctuation perceived as flicker.
Explains how to clean the instrument and its probe receptor.
Provides guidelines for storing the instrument and optional accessories.
Highlights severe risks of death or serious injury from improper instrument use.
Indicates issues with probe serial number or target color settings.
Indicates an error due to zero point shift from ambient temperature change.
Indicates incorrect calibration values set for user or target color.
Indicates 0.0% was entered for analog display range.
Indicates missing calibration values for W, R, G, or B.
Indicates incorrect values set for matrix calibration.
Indicates incorrect setup value for INT SYNC mode.
Covers OFFSET ERROR, TOO BRIGHT, NO SYNC. SIGNAL errors.
Covers OVER, SET MAIN PROBE, PROBE ERROR, DATA ERROR messages.
Covers MEMORY ERROR, FLICKER errors (UNDER, OVER, VSYNC, PROBE TYPE).
Covers blank display, inoperable keys, and zero calibration issues.
Covers sync signal, calibration value, and measurement fluctuation issues.
Covers strange measured values and analog display issues.
Covers RS-232C and USB communication errors.
Covers DATE ERROR and MEMORY ERROR displays.
Covers probe selection and Flicker mode probe change issues.
Details technical specifications for the LED Universal Measuring Ø27 Probe.
Details technical specifications for the LED Universal Measuring Ø10 Probe.
Details technical specifications for the LED Flicker Measuring Ø27 Probe.
Details technical specifications for the LED Flicker Measuring Ø10 Probe.
Quick guide for performing zero calibration.
Quick guide for selecting measurement speed.
Quick guide for selecting SYNC mode.
Quick guide for selecting the measurement mode.
Quick guide for selecting the number of display digits.
Quick guide for selecting the probe number for display.
Quick guide for selecting the calibration standard.
Quick guide for setting/changing the target color by measurement.
Quick guide for performing user calibration (white and matrix).
Quick guide for performing white calibration.
Quick guide for performing matrix calibration.
Quick guide for inputting RGB emission characteristic for analyzer mode.
Quick guide for setting an ID name.
Quick guide for setting the analog display range.
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