Data Management Software CL-S10w
Changes from previous version
Changes from Ver1.41 to Ver1.42
Bug fixes:
- Several minor bugs have been fixed.
Changes from Ver1.40 to Ver1.41
System requirements:
- Windows® 11 Pro has been added to the list of compatible OS.
- Windows® 7 Professional 32-bit, 64-bit and WindowsⓇ 8.1 Pro 32-bit, 64-bit have been removed from the list of compatible OS.
- Windows ExcelⓇ 2019 32-bit, 64-bit and WindowsⓇ 2021 32-bit, 64-bit have been added to the list of compalible application softwre.
- Windows ExcelⓇ 2013 32-bit, 64-bit have been removed from the list of compatible application software.
Bug fixes:
- Several minor bugs have been fixed.
Specification change:
- Memory Integrity in "Windows Security" is now supported.
Changes from Ver. 1.31 to Ver. 1.40
System requirements:
- Windows® 10 Pro 32-bit, 64-bit have been added to the list of compatible OS.
- Windows® XP Professional 32-bit SP3, 64-bit SP2 and Windows® 8 Pro 32-bit, 64-bit have been removed from the list of compatible OS.
- Windows Excel® 2013 64-bit, Windows Excel® 2016 32-bit and Windows Excel® 2016 64-bit have been added to the list of compatible application software.
- Windows Excel® 2003 has been removed from the list of compatible application software.
Note: CL-S10w 32-bit edition should be used with 32-bit versions of Excel and CL-S10w 64-bit edition should be used with 64-bit versions of Excel. Compatibility between each CL-S10w edition, operating system, and application software is as follows:
Bug fixes:
The following bugs have been fixed:
- Problem in which it was not possible to connect with the CL-500A if the decimal separator for the operating environment was set to "," (comma)
- For correlated color temperature list items, the JIS method list item and Konica Minolta method list item are clearly identified.
- Problem in which the options "Confirm overwrites" and "Update in same place" could not be enabled when taking measurements using the instrument's measuring button.
- Other minor bugs.
Changes from Ver. 1.30 to Ver. 1.31
Bug fixes:
The following bugs have been fixed:
- Problem when using Excel 2013 in which when CL-S10w was registered the first time as an add-in, CL-S10w disappeared from the add-in list when Excel 2013 was closed and restarted.
- Problem when reading measurement data stored in the CL-500A memory in which luminance, scotopic luminance, and S/P ratio may not be uploaded properly.
- Problem when reading measurement data stored in the CL-500A memory in which the measurement date and time may be blank.
- Other minor bugs.
Changes from Ver. 1.20 to Ver. 1.30
Specification changes:
- Additional combinations in system requirements:
OS: Windows 8 Pro 32 bit, Windows 8 Pro 64 bit
Application software: Excel 2010 32 bit, Excel 2013 32 bit (when using Windows 8 OS) - Addition of scotopic lux and S/P ratio to measurement data items for upload from instrument
- Addition of the following Excel templates:
Template_CRI&Spectral.xls: Simultaneous display of CRI (Color-Rendering Index) and spectral waveform
Template_MacAdamEllipse.xls: Display of MacAdam SDCM level ellipses
Template_MacAdamEllipse_shifted.xls: Display of MacAdam SDCM level ellipses - Cursor is moved to the data start cell at the time measurement is started for all Excel templates.
- Measurement data clear button has been added to all Excel templates.
Bug fixes:
The following bugs have been fixed:
- Various minor bugs
Changes from Ver. 1.10 to Ver. 1.20
Specification changes:
- Measurement range for correlated color temperature by JIS method has been expanded to
1,563 ≤ Tcp < 100,000; -0.1 ≤ ∆uv ≤ +0.1.
Note:
If you are using CL-S10w with a CL-500A, it is strongly recommended that you also upgrade the firmware of the CL-500A to the latest version. (Click here to go to the firmware update page.) If the CL-500A firmware is not upgraded, the measurement range will be different when the instrument is used standalone compared to when it is used with CL-S10w.
- The CL-500A firmware version can be checked by pressing Enter/MENU, selecting "System", and then selecting "Info(SerNo/Ver)".
- When updating CL-S10w, please uninstall the previous version before installing the new version. For details on uninstallation and installation procedures, please refer to the CL-S10w Installation Guide.
CL-500A | |||
---|---|---|---|
Previous version (Ver. 1.0) |
New version (Ver. 1.1 or higher) |
||
CL-500A used standalone | CL-500A previous specification (Note 1) |
CL-500A new specification (Note 2) |
|
CL-500A used with software (CL-S10w or CL-SDK) |
Previous version CL-S10w: Ver. 1.1 or lower CL-SDK: Ver. 1.0 or lower |
Software previous specification (Note 3) |
Software previous specification (Note 3) |
New version CL-S10w: Ver. 1.2 or higher CL-SDK: Ver. 1.1 or higher |
Software new specification (Note 4) |
Software new specification (Note 4) |
Table notes
Note 1
CL-500A previous specification:
Correlated color temperature Tcp(K) determined by Konica Minolta original method
Measurable range: 2,300 ≤ Tcp ≤ 20,000; -0.1 < ∆uv < +0.1
Note 2
CL-500A new specification:
Correlated color temperature Tcp(K) determined by JIS method
Measurable range: 1,563 ≤ Tcp < 100,000; -0.1 ≤ ∆uv ≤ +0.1
Note 3
CL-S10w or CL-SDK previous specification:
Konica Minolta original method or JIS method for determining correlated color temperature Tcp(K) can be selected.
Konica Minolta original method: Measurable range: 2,300 ≤ Tcp ≤ 20,000; -0.1 < ∆uv < +0.1
JIS method: Measurable range: Approx. 1,570 ≤ Tcp; -0.03 ≤ ∆uv ≤ +0.03
Note 4
CL-S10w or CL-SDK new specification:
Konica Minolta original method or JIS method for determining correlated color temperature Tcp(K) can be selected.
Konica Minolta original method: Measurable range: 2,300 ≤ Tcp ≤ 20,000; -0.1 < ∆uv < +0.1
JIS method: Measurable range: 1,563 ≤ Tcp < 100,000; -0.1 ≤ ∆uv ≤ +0.1
Changes from Ver. 1.00 to Ver. 1.10
Compatible instruments:
- " Compatibility with Illuminance Spectrophotometer CL-500A Firmware Update added
Specification changes:
- Addition of Excel templates for multi-point measurement.
- Addition of Excel templates for CRI (color rendering index) and spectral measurements when using CL-500A