What to do if Konica Minolta CM-2600d show ER02 LOW BATTERY?
If your Konica Minolta Measuring Instruments display the error 'ER02 LOW BATTERY', it means the battery voltage has dropped. Replace the batteries with new ones to resolve this issue.
What to do if Konica Minolta CM-2600d say ER01 MEMORY FULL?
If your Konica Minolta Measuring Instruments show 'ER01 MEMORY FULL', delete some data to free up memory space. This instrument can store up to 1700 pieces of data in total (700 in the 'defined in COND.' mode), including sample data for the COND and TASK modes, as well as color difference target data.
What to do if Konica Minolta Measuring Instruments show ER11 FAILED IN CALIBRATION?
If your Konica Minolta Measuring Instruments display the error 'ER11 FAILED IN CALIBRATION', it could be due to a few reasons: * Zero calibration or white calibration has not been performed correctly. Ensure that for zero calibration, the specimen measuring port is directed into the air, and for white calibration, the White Calibration Plate is used. * The Target Mask is not correct. Attach the correct Target Mask.
How to fix OK02 LOW ILLUMINATION error on Konica Minolta CM-2600d Measuring Instruments?
The 'OK02 LOW ILLUMINATION' error on your Konica Minolta Measuring Instruments can be due to: * Deterioration of xenon lamp. * Dirt on integrating sphere. Clean the integrating sphere. If the problem persists, contact a KONICA MINOLTA SENSING-authorized service facility.
What to do if Konica Minolta CM-2600d displays ER05 ERROR IN FLASHING?
If your Konica Minolta Measuring Instruments display the error 'ER05 ERROR IN FLASHING', contact a KONICA MINOLTA SENSING-authorized service facility.
Explains symbols used to prevent accidents during instrument use.
Provides guidelines and disclaimers regarding the manual's content.
Details critical safety instructions to prevent death or serious injury.
Outlines safety instructions to prevent injury or instrument damage.
Specifies conditions for instrument setup and operation.
Guidance on instrument setup, calibration, and accessories.
Details on supplying power to the instrument.
Specifies environmental requirements for storing the instrument.
Instructions for cleaning the instrument and accessories.
Lists accessories and identifies instrument components.
Covers preparation, system setup, and essential settings.
Explains the structure and elements of manual pages.
Outlines measurement sequence and first-time power-on settings.
How to set parameters and perform zero/white calibration.
Defining target colors and setting tolerances for difference measurement.
Steps to perform measurements and interpret results.
Using averaging for accuracy and assessing results.
Connecting to devices and using guided measurement procedures.
Explains common error codes and their resolutions.
Principles, specifications, dimensions, and modes.
General| Type | Spectrophotometer |
|---|---|
| Light Source | Pulsed Xenon lamp |
| Spectral Separation Device | Diffraction grating |
| Wavelength Range | 360 nm to 740 nm |
| Spectral Resolution | 10 nm |
| Wavelength Pitch | 10 nm |
| Aperture | MAV: Ø8 mm, SAV: Ø3 mm |
| Power Supply | AC Adapter |
| Interface | USB |
| Measurement Geometry | d/8° (diffuse illumination, 8° viewing) |
| Measurement Time | Approx. 1.5 sec. |
| Measurement Area | MAV: ø8 mm, SAV: ø3 mm |
| Power | AC 100 - 240 V |
| Operating Temperature Range | 10 to 40°C |
| Operating Humidity Range | 20 - 80 % |
| Sphere Diameter | 150 mm |
| Inter-Instrument Agreement | ΔE*ab ≤ 0.2 (between two instruments) |
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