Description
The Portable COD Analyzer YR06296 is an advanced, user-friendly device designed for precise water analysis. Its 3-inch color display with an intuitive graphical interface offers seamless reading of concentration levels, making it ideal for field use. The device incorporates a customizable automatic shut-off function, supporting up to 7-point calibration, which ensures accurate results by allowing users to reset to factory calibration settings. With a robust storage capacity of up to 5000 sets of test data, it is perfect for extensive use without losing critical information. The analyzer employs rapid digestion spectrophotometry within a range of 10-10000mg/L and an impressive accuracy of ≤5%. Additionally, the imported silicon photodiode provides high resolution down to 0.01, enhancing its reliability for professional use.
Market Price
In the competitive field of water analysis, the Portable COD Analyzer YR06296 is available at a market price range of $700 to $1500. This pricing reflects its advanced functionalities and durability, marking it as a valuable investment for laboratories and professionals dedicated to water quality monitoring.
Frequently Asked Questions
- What is the battery life of the analyzer?
- The rechargeable battery lasts approximately 10 hours on a full charge, making it suitable for a full day of field operations.
- How do I calibrate the device?
- The device supports up to 7-point calibration and includes a convenient reset function to restore factory settings.
- Which measurement method does it utilize?
- It uses rapid digestion spectrophotometry, ensuring precise and quick results suitable for various water testing needs.
Advantages and Disadvantages
- Advantages:
- High accuracy with a resolution of 0.01 enhances precise measurements.
- Large data storage capacity for up to 5000 sets ensures data integrity.
- The intuitive user interface simplifies operation even for new users.
- Customizable calibration options meet diverse measurement requirements.
- Disadvantages:
- Initial training might be required for those unfamiliar with spectrophotometry to operate efficiently.
- The 10-hour battery life may limit extended continuous usage in isolated field environments.
Product Use in the Field
The Portable COD Analyzer YR06296 is engineered for rugged outdoor environments, ideal for water quality analysis in remote locations. Thanks to its IP54 waterproof rating, it withstands dust and splashes, offering durability under harsh conditions. Its considerable storage and efficient battery life allow for multiple tests without the need for immediate data transfer or frequent recharging, making it indispensable for field researchers.
Recommendations
To maximize the efficiency and longevity of the Portable COD Analyzer YR06296, regularly perform calibration checks and store the device in a dry, secure place. Utilize the automatic shut-off feature effectively to conserve the battery during downtimes. Regular updates and reviews of calibration curves are recommended to maintain high measurement accuracy. For further inquiries or to get a detailed quotation, visit our Kalstein Plus platform and generate an instant quote. Seize the opportunity to boost your water analysis precision and efficiency with this state-of-the-art analyzer.
Features
- 3-inch color display with intuitive interface
- Automatic shut-off function, customizable
- Up to 7-point calibration and reset to factory settings
- Large data storage up to 5000 sets
- Rapid digestion spectrophotometry
- Rechargeable battery lasting up to 10 hours
- Imported silicon photodiode with 0.01 resolution
- IP54 waterproof rating
Technical Specifications
Model | YR06296 |
Measurement Method | Fast digestion spectrophotometry |
Measuring Range | 10-10000mg/L |
Accuracy | ≤5% |
Resolution | 0.01 |
Light Source | Imported Silicon Photodiode |
Display | 3-inch color screen |
Output | Micro USB |
Power | Power adapter/Rechargeable lithium battery |
Waterproof Level | IP54 |
Ambient Temperature | (5-40) °C |
Ambient Humidity | Relative humidity ≤ 85% (No condensation) |