Hach Free Chlorine TNTplus Vial Test TNT866

Hach Free Chlorine TNTplus Vial Test TNT866

Product description

The Hach Free Chlorine TNTplus Vial Test TNT866 is a highly accurate and EPA-compliant test designed for measuring free chlorine in water samples. Utilizing the DPD method, this test delivers reliable results with minimal handling errors. The pre-dosed TNTplus vials simplify testing, making it efficient and precise for various water quality monitoring applications. Compatible with Hach spectrophotometers, including DR3900, DR6000, DR1900, DR2800, DR3800, and DR5000, it ensures seamless integration into laboratory and field testing workflows.

Features

• EPA-compliant DPD method for accurate free chlorine measurement
• Pre-dosed TNTplus vials for easy and error-free testing
• Compatible with multiple Hach spectrophotometers (DR3900, DR6000, DR1900, DR2800, DR3800, DR5000)
• Wide measurement range of 0.05 – 2.00 mg/L Cl₂
• Ensures consistent and repeatable results with minimal user intervention
• Designed for quick and efficient water quality analysis

Application

• Drinking water treatment: monitors free chlorine levels to ensure safe drinking water
• Industrial water processing: controls chlorine levels in various applications
• Wastewater treatment: evaluates chlorine disinfection efficiency
• Swimming pool and spa maintenance: ensures proper chlorine levels for safe usage
• Food and beverage industry: monitors free chlorine for compliance with sanitation standards
• Environmental water testing: assesses chlorine impact in natural water sources

Specification

• EPA compliant: Yes
• Method: 10231 (DPD method)
• Number of tests: 24
• Parameter: Free Chlorine (Cl₂)
• Platform: TNTplus
• Range: 0.05 – 2.00 mg/L Cl₂
• Compatible instruments: DR3900, DR6000, DR1900, DR2800, DR3800, DR5000

Conclusion

The TNT866 provides an easy, accurate, and EPA-compliant solution for measuring free chlorine in water. With pre-dosed TNTplus vials and compatibility with Hach spectrophotometers, it ensures efficiency and precision in various applications, from drinking water treatment to industrial and environmental monitoring.