Model No:CAI-33
|
Turbidity Range |
0 to 1000 NTU |
|
Resolution |
1 NTU |
|
Accuracy |
+- 2% of Full Range |
|
Sample System |
30 mm Clear Glass Tube |
|
Light Source |
High Power White LED |
|
Detector |
Photodiode |
|
Operating Temperature |
10 °C – 45 °C |
|
Display |
16x2 LCD |
|
Power |
220 Volt +-10%, 50 Hz |
|
Function Keys |
Set Zero |
|
Dimensions |
275x187x94 mm (Approx) |
|
Accessory |
Glass Tubes (2 Nos) Instruction Manual |
To establish completely equipped scientific laboratories, testing facilities, and research centers, institutional buyers frequently combine our turbidity testing devices with related equipment categories such as high-definition microscopes, reliable laboratory equipment, professional lab glassware, plasticware & metalware, certified scientific educational instruments, specialized pharmacy instruments, and robust medical equipment systems.
Crucial for monitoring raw water intake, filtration efficiency, and final potable water clarity before municipal distribution.
Employed by pollution control boards to assess suspended solids and particulate pollution in rivers, lakes, and reservoirs.
Utilized to check clarity, filtration quality, and sediment presence in soft drinks, juices, beers, and bottled water products.
Deployed for chemical solution profiling, reaction clarity checks, and strict quality control assessments.
Turbidity and water testing instruments experience intensive commercial demand worldwide. Major markets and high-volume import regions include India, the United States, the United Kingdom, Canada, Australia, Singapore, and various Middle Eastern countries where municipal water security and industrial environmental compliance are strictly enforced.
Global procurement agents and laboratory managers frequently look up search terms such as digital turbidity meter price, nephelometer NTU measurement device, microprocessor based turbidity tester India, portable water clarity meter, and benchtop turbidity meter supplier.
Our microprocessor-driven turbidity meters feature stable light sources (such as infrared LED or tungsten lamps), automatic calibration prompts, direct NTU digital readouts, and stray light suppression optics. These high-end specifications eliminate human reading errors, ensuring reliable reproducibility for critical sample evaluations.
