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Portable Water Quality Analyzer EZL-PWA20 detects parameters at wavelengths ranging from 420nm to 620nm using spectrophotometry. The use of advanced sensors and optical systems can broaden the range of sample dilution measurements. This system can track 10 different important water quality parameters. Even in low-light conditions, a back-lit graphic LCD with a life source of 100000 hours offers easy reading resolution, and a combination of dedicated and soft keys makes operation quick.
| Wavelength Range | 420 nm to 620 nm |
|---|---|
| Absorbance Monitoring Range | 0 to 3.0 Abs |
| Absorbance Resolution | 0.001 Abs |
| Temperature | 0 to 50°C |
| Light Path | ≤±0.005 Abs/30 min |
| Enclosure Rating | IP65 |
| Filter Life | 5 years |
| Operation Repetition | ≤±0.01 Abs |
| Light Source Life | 100000 Hrs |
| Rater Power | 0.3 W |
| Dimension (W×D×H) | 170×72×44 mm |
| Weight | 236 g |
Multi-parameter analyzer is used in various environmental protection bureaus, factory waste, water detection, aqua culture, river/lake/sea detection, river improvement and laboratory scientific research.
Ezilab Portable Water Quality Analyzer offers comprehensive testing capabilities to measure multiple parameters to meet user demands. They prioritize fast response times and accurate results to reduce time consumption. The professional optical path design ensures consistent optical stability for accurate measurements. Their waterproof and dustproof housing ensures longevity in various environments. Our Portable Water Quality Analyzer has significant data storage capabilities, ranging from 200 to 10,000 sets of data for operational efficiency.
Ezilab COD Reactor have an integrated heat-resistant protective cover to enhance the safety of user operations. They have LCD screens for displaying, analyzing, and managing measurement data. The easy-touch buttons enhance user efficiency by minimizing errors. Their intelligent and environmentally friendly feature ensure operational efficiency. Our COD reactor have an automatic start time to optimize resource utilization.
Ezilab Portable Water Turbidity Test Analyzer have IP65 protection that protects from dust and water to ensure longevity. They are configured with professional optical path design to maintain consistent and reliable results. The multi-parameter configuration provides flexibility and analytical capabilities. Their ability to measure very low levels of turbidity in water ensures measurement accuracy. Our Portable Water Turbidity Test Analyzer assures low power consumption for reliable and continuous operations.
Ezilab Desktop Reactor integrates two automatic temperature control regions to maintain precise and stable temperature conditions. They have both touch and button keys to enhance operational flexibility. The wide range adjustment panel ensures precision and user adaptability. Their fully transparent heat-resistant protective cover assures safe monitoring and operation under various conditions. Our Desktop Reactor have different operational modes to meet specific user needs.
Ezilab Dissolved Oxygen Meter incorporates auto temperature compensation to maintain accurate measurements in various temperatures. They have screen for display with adjustable brightness and backlighting for easy viewing. The polarographic DO electrode is capable of measuring temperature, salinity, and DO levels. Their self-diagnosis function automatically checks for system issues and notifies the user. Our Dissolved Oxygen Meter have advanced functions like ATC, auto salinity, and pressure compensation, to meet user-specific needs.
Ezilab Benchtop Water Quality Analyzer enhances accessibility and real-time monitoring. Their compatibility with colorimetric bottles assures precise and reliable measurements of parameters. The capability to store 1000 records and check 480 records directly to ensure efficient data management and storage. The in-built printer enables on-site printing of measurement results and reports. Our Benchtop Water Quality Analyzer adopts a high- precision LED source for energy-efficient measurements of water quality parameters.
