Overview
The PS2070 "fat girl" color difference meter is developed by 3nh using CMOS dual-channel spectroscopic Sensor. It is both a color difference meter and a Colorimeter. It has excellent Repeatability and inter-table difference, and the measurement data is continuous, stable, accurate and reliable. Equipped with a total of four measurement diameters of φ 8mm (platform + pointed nozzle) and φ 4mm (platform + pointed nozzle), the adaptability is wider. It is used for color difference quality control in various industries such as plastic electronics, paints inks, Spinning & weaving clothing printing and dyeing, printing, Pottery and porcelain; including UV can be used for measurement of fluorescent samples.
Features
1. Adopt the internationally accepted D/8 SCI/SCE synthesis technology
2. Adopt full-band Balanced LED light source + UV light source
3. CMOS Dual Spectroscopic Sensor
4. Non-contact automatic whiteboard calibration
5. Color measurement space, a variety of observation light sources
6. Ergonomic design and easy-to-measure devices
7. Cloud storage, portable massive color database
8. Measurement verification report
9. Camera view positioning, can clearly observe the measurement area
10. Color management software
Principle
PS2070 spectroscopic color difference meter adopts D/8 illumination observation conditions and SCI/SCE synthesis technology, uses full-band Balanced LED light source and UV light source as illumination light source, and uses CMOS dual-channel spectroscopic Sensor for color data collection and processing to achieve accurate color measurement.
Applications
Plastic electronics, paints inks, Spinning & weaving garment printing, printing, Pottery and porcelain
Standards
CIE No.15、GB/T 3978、GB 2893、GB/T 18833、ISO7724-1、ASTM E1164、DIN5033 Teil7
Steps
1. Boot warm-up
2. Perform non-contact automatic whiteboard verification
3. Select measurement caliber and mode
4. Locate the measurement area through the camera viewfinder
5. Take single or average measurements
6. View measurement results and data analytics
Notice
• Whiteboard verification is required before use to ensure measurement accuracy
• Measurement environment temperature should be within the range of 0~ 40 ℃
• Avoid using the instrument in a condensation environment
• Regularly maintain and calibrate instruments
• Use the appropriate measurement caliber to adapt to different samples
