New: NH6000sc Ammonium Analyser, 1 channel, for use with 1 external filtration system, flow detection, 115 VAC

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Product #: LXV461.99.00221

Unit Price Contact Hach

Experience Unmatched Efficiency and Reliability with the NH6000sc Ammonium Analyser: High-Quality Measurements and Predictive Diagnostics for Optimal Performance

NEW Discover the NH6000sc Ammonium Analyser, an advanced online ammonium analyser that combines transparent, high-quality measurement technology with exceptional reliability and a swift response time. Designed to handle a wide range of wastewater applications, this analyser ensures precise and rapid results, including efficient sample preparation. The NH6000sc ammonium analyser utilises the gas sensing ammonium Electrode (GSE) measurement procedure, providing highly accurate and reliable ammonium readings. The NH6000sc is the new and improved replacement for the Amtax sc ammonium analyser, offering enhanced performance and reliability for your ammonium analysis needs.

Environmentally controlled for rugged, outdoor installations, the NH6000sc ammonium analyser is specifically designed for easy installation at the measurement point. Its gas sensing electrode is equipped with a self-cleaning membrane, minimizing maintenance requirements. The analyser also features easy access to reagents and wear parts, making it incredibly user-friendly and efficient.

To ensure optimal performance and reliability, the NH6000sc ammonium analyser must be connected to a digital Hach SC controller. These controllers provide seamless integration and enhanced operational efficiency, making your water analysis processes more streamlined and effective. Additionally, Prognosys, the predictive diagnostic system, allows you to be proactive in your maintenance by alerting you to upcoming instrument issues, giving you unwavering confidence in your measurements.

The sample needs to be prepared and filtered before analysis, filtration system is sold separately. Please note that reagents are not included and need to be ordered separately.