YE0688 Real Scene Test Chart-3NH

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YE0688 Real Scene Test Chart

YE0688 Real Scene Test Chart Instructions Operating Manual YE0688 Real Scene Test Chart PDF

This YE0688 Real Scene Test Chart Instrument are Certified with

1 Years Warranty (Additional support period of 3 years)

Subjective real scene test chart is based on personal subjective feelings, building a test scene, taking photos with a camera, and then subjectively judging the performance of the camera in all aspects through the photos.

The YE0688 real scene test chart has different wood patterns, sponges, brushes, feathers, black velvet, and dead leaves. The image card can be used to analyze the texture expression of the lens on different materials. There are various colored pens, pigment tubes, 24 color cards, portraits, etc. that can be used to analyze the color reproduction of the lens. The text on paper currency, the text on the label on the paint tube, and the resolution card can be used to analyze the resolution situation.

Description of YE0688 Real Scene Test Chart

	Wooden blocks, observing the texture details of the wood
Scratcher, testing the color and detail reproduction of objects by the lens
	Clay carving tools, observing the expression of wood texture

	Large dye agents in multiple colors, testing the color and text details of the lens
Brush, observing the expression of details in different colored bristles
	Feather testing can better reflect the performance of the lens in terms of gloss, chromaticity, transparency, and texture details
Stainless steel tea cup, clip, used to test the performance of metals of different colors and shapes

A set of crayons in different colors can better observe the color reproduction of matte surfaces
	Various colored square fabrics, observe the color of the fabric
Multi colored small dyes pose a challenge to lens resolution and are used to observe the color and text details of dyes
	Testing the Performance of Wood and Animal Hair Details
Skin tone test chart, used to test the restoration of three different skin tones and the detailed expression of portraits
	Sponge, used to observe the behavior of objects

	Wedge line, testing the maximum resolution of the lens
Paper currency, used to assess the clarity and color of surface text
	Wooden color palette, observing the expression of wood texture
Grid frame test card, testing the texture details of the lens
	A set of colored crayons containing different colors. Used to test color performance under light sources
Bamboo, details of testing lens
	A set of colored pencils containing multiple colors. Used to test color performance under light sources
Brush, test the color reproduction of the lens
	Leaf chart, analyzing the loss of precision details
Pure black board, analyzing low to medium contrast caused by noise or other image techniques

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FAQs About Other Charts

a. Right click "! USB Device" or "! SCI USB2Serial (COM6)", "Update Driver" -> "Install from a list or specific location (Advanced)" -> "Next" ->"Include this location in the search" -> "Browse", specify USB driver file path "CQCS3USB_Driver", click "Next". Then it will install successfully.

b.Detailed installation information please refers to "2.2 Installing USB Driver" in Color Quality Management System User Manual.doc.

Since part of the light will pass through the light-transmitting materials, the colorimeter is not suitable for color measurement of such kinds of materials; however, when place a pure color material with uniform texture under the light-transmitting material, we can measure the color difference between the standard and the sample.

The gloss of the paint is defined by the measurement of light reflection at the surface of the paint with the help of a gloss meter. The angle and quantity of light reflected determine the level of gloss, with smoother and reflective surfaces having a higher level of gloss.

You can choose a colorimters depending on the substrate you are measuring the color of, whether it is opaque, translucent or transparent. In short, you can consider the following factors for choosing the right 3NH colorimeter for your needs: Sample Opacity, Physical Form, Optical Properties needed, Measurement Methods required, Scales and Indices needed, Instrument Standards Conformance (ASTM/ISO/Other), Instrument Geometry, Instrument Performance, Location (laboratory, portability, in-process) and Sample Handling requirements.

By systematically addressing these factors, you can select a colorimeter that optimizes accuracy, efficiency, and value for your specific application.Learn more from our ultimate guide on colorimeter selection. If unsure, consult the 3NH manufacturer for personalized recommendations based on your sample and workflow.

D/8°and 45°/0°are two kinds of illumination geometry with different optical geometry design. D/8°illumination geometry is more widely used for the color comparison and measurement of high-gloss materials; 45°/0°illumination geometry is mainly used in printing and packaging industries.

To answer this question, you first need to clarify your specific needs:

Is it for simple color quality control (QC)?
To coordinate with supply chain color management?
To monitor on-line color stability?
Do you require computer color matching or production color correction?
What is your budget?
Systematic supervision and evaluation of color performance in dyed products?

If you aren’t fully clear about your requirements at the initial stage, our color management engineers are ready to communicate with you. We will recommend solutions tailored to your needs. When conditions permit, we can provide prototype demonstrations and trial testing to ensure the instrument meets your practical application requirements.

YE0688 Real Scene Test Chart

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YE0688 Real Scene Test Chart

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1. After completing CQCS3 installation, how to solve the problem if it display “! USB Device” or “! SCI USB2Serial (COM6)” when checking the communication port?

2. Can the colorimeter measure light-transmitting materials (such as colored glass and film)?

3. How is gloss determined in paint?

4. How do I know which colorimeters to choose?

5. D/8°and 45°/0°, which one is recommended?

6. How to Choose the Right Color Difference Measurement Instrument?

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