Hach 2100Q Portable Turbidimeter (EPA), Turbidity Meter for Turbidity Measurement and Water Analysis, Water Quality Tester with Carry Case for use in Field and Plant, 2100Q01

The Hach 2100Q Portable Turbidimeter sets a new standard for ease and precision in turbidity measurement. Engineered for reliability and simplicity, it’s perfect for field testing, plant monitoring, and regulatory compliance in water quality analysis. With a wide measurement range of 0-1000 NTU, this turbidimeter delivers laboratory-grade results wherever you need them. Effortless Calibration and Data Management Equipped with on-screen assisted calibration, including the single-standard Rapidcal™ option, the 2100Q ensures accurate measurements that meet regulation standards. Its built-in data logging capability can store up to 500 readings, complete with detailed information for thorough documentation. For added convenience, the optional USB+Power module enables quick and secure data transfer to your computer. Designed for Reliable Field Use The 2100Q features a two-detector optical system that compensates for color, light variation, and stray light for unmatched accuracy, even in challenging environments. Its portable, durable design ensures it can keep up with rigorous use in field or plant operations. Take the complexity out of turbidity measurement with the Hach 2100Q Portable Turbidimeter.

• EPA COMPLIANT DESIGN – Meets USEPA Method 180.1 criteria, ensuring trustworthy and consistent results for regulatory reporting.
• ACCURATE TURBIDITY MEASUREMENT – Measures turbidity across a 0-1000 NTU range, ideal for groundwater, surface water, and municipal applications.
• EASY CALIBRATION AND VERIFICATION – On-screen guided calibration eliminates guesswork, with Rapidcal for quick low-level standards calibration.
• DATA LOGGING MADE SIMPLE – Automatically stores up to 500 measurements with timestamps, operator ID, and calibration status for reliable record-keeping.
• PORTABLE AND DURABLE BUILD – Rugged design and intuitive interface ensure reliable performance in field and plant environments.