Overview
The portable Benchtop Colorimeter TS8260 is a Colorimeter developed by 3nh using its own spectroscopic core technology. It adopts built-in silicon photodiode array (dual row 40 groups) sensors and imported whiteboards, while taking into account Measurement speed and convenience of operation. TS8260 portable Benchtop Colorimeter Repeatability Delta E * ab is easily controlled within 0.02, Inter-instrument Agreement Delta E * ab is controlled within 0.15, and accurate measurement can be used for accurate analysis and transmission of laboratory Color.
Features
1. Adopt international common D/8 structure, compatible with SCI/SCE measurement, and support SCI + SCE simultaneous fast measurement
2. Silicon Photodiode Array (Double 40 Array) Sensor
3. Various Color measurement spaces, Various Observation Illuminants
4. Combined Full Light spectrum LED Illuminant, UV Illuminant
5. Measurement verification report
6, camera view positioning, can clearly observe the measurement area
7, Industrial high definition Touchscreen, easy to use user interface
8. Color management software
9. Practical Accessories
Principle
The TS8260 portable Benchtop Colorimeter uses a planar grating spectroscopy method to illuminate samples by combining full-spectrum LED Illuminant and UV Illuminant, and uses a silicon photodiode array (dual column 40 group) Sensor to receive reflected light signals to achieve Light spectrum analysis in the 400~ 700nm Wavelength range, while supporting SCI/SCE Measurement mode.
Applications
Plastic electronics, paints inks, Spinning & weaving garment printing, printing, ceramics
Standards
CIE No.15、GB/T 3978、GB 2893、GB/T 18833、ISO7724-1、ASTM E1164、DIN5033 Teil7
Steps
1. Accurately determine the measured part through camera viewing and positioning
2. Select measurement diameter (φ 8/4mm) and Measurement mode
3. Perform a single measurement or average measurement (2 to 99 times)
4. View measurement results and Data analysis
5. Use SQCX quality management software for data management and report generation
Notice
• Operating Ambient Temperature should be in the range of 0~ 40 ℃
• relative humidity should be controlled at 0~ 85% RH (no condensation)
• The use altitude should be less than 2000m
• Storage Ambient Temperature -20~ 50 ℃
• Avoid operating and storing instruments under condensation conditions
