Alibaba Store
Tmall Store
Jingdong Sstore
Product parameters:
Model: YT-2810 silicate root
Display: 5.0-inch touch color LCD, Chinese display
Measurement range: (0-200) μ g/L or (0-2000) μ g/L (optional)
Indication error: ± 2% F.S
Resolution: 0.1 μ g/L
Repeatability: not greater than 1%
Stability: ± 1% F.S/4h
Environmental temperature: (5~45) ° C
Environmental humidity: not exceeding 90% RH (without condensation)
Dimensions: 270mm x 200mm x 190mm (length x width x height)
Power supply: AC (220 ± 22) V frequency (50 ± 1) HZ
Power: 30W
Weight: 4kg
- Product Details
- Product manual
Yetuo YT-2810 silicate analyzer
model: YT-2810
Product Overview:
The analyzer is an intelligent specialized photometric detector designed and manufactured using advanced optoelectronic technology. It is suitable for quantitative determination of trace and constant amounts of silicate, phosphate, hydrazine, copper content in high-purity and ultra pure water. It is an essential detection instrument for measuring desalinated water, steam condensate water, furnace water, and high-purity water in the chemical, pharmaceutical, chemical fiber, and semiconductor industries in power plants.
Product features of Yetuo YT-2810 silicate analyzer:
5.0-inch touch color LCD with Chinese display, easy to operate
Advanced SMT technology and integrated design, high integration circuit design is stable and durable
Advanced microcontroller technology, high performance, low power consumption
Color dot matrix LCD display module
The light source adopts imported monochromatic cold light source, with excellent performance, stable signal, low power consumption, and long service life
● Automatic timing reminder function, convenient for operators to use, improves work efficiency
Unique blank calibration function, only pure water is needed to complete blank calibration, greatly simplifying the calibration process
● Circular data storage function, automatically clearing overflow data, simple operation, easy to query
● Adopt the national standard colorimetric determination and analysis method for ortho phenanthroline
