Advanced analysis for alkalinity, ammonia/monochloramine, and hardness. The APA 6000 Process Analyzer is a microprocessor-controlled process analyzer designed to continuously monitor a specific substance in a sample stream. Whether monitoring industrial effluent or drinking water, operators need a process analyzer they can rely on. The two basic measurement methods for the instrument are colorimetric and ion-sensitive electrode (ISE).
Hach’sAmtaxsc digital on-site analyzer with gas sensitive electrode is designed for the high precision determination of ammonium concentration directly at the tank.. Easy access to reagents and wear parts.
The Amtaxsc can be connected to a SC 200 (power box required) or a SC 1000 controller to provide versatile output options including 4-20 mA Output, Modbus RS485, Profibus, or HART.
The 5500sc Ammonia Monochloramine Analyzer provides all the information you need to eliminate nitrification events and taste and odor issues, giving you total confidence in your process.
The analyzer offers an easy-to-operate, low-maintenance solution to help you maintain the proper chlorine to ammonia ratio and assure there is no free ammonia in your system that could lead to nitrification.
The 9184 sc free chlorine sensor is ideal for drinking water distribution monitoring, chlorination applications, demineralizer systems, wastewater, or cooling water processes due to its 0 to 20 ppm range. The minimum detection limit of 5 ppb (0.005 mg/L hypochlorous chlorine in the form of HOCl) lets the 9184 sc excel at near zero chlorine readings.
The CL10 screagentless chlorine analyzer allows for real-time control of disinfection processes by providing continuous readings that indicate when treatment conditions have changed. A measurement range from 0-20 ppm ensures process control in a wide range of disinfection applications.
The industry standard Hach CL17 Chlorine Analyzer uses colorimetric DPD chemistry to continuously monitor water for free or total chlorine. The CL17 analysis method is not affected by changes in chlorine concentration, sample pH, temperature, flow or pressure, thus offering more reliable and accurate measurement with less operator interventions than other methods in today’s market for typical use, the CL17 will operate unattended for 30 days. The CL17 is compliant with US EPA regulation 40 CFR 140.74.
*This product has not been evaluated to test for chlorine and chloramines in medical applications in the United States
The Hach SP 510 Hardness Monitor continuously monitors water systems to provide an alarm when total hardness exceeds a pre-set limit (eight alarms are available). By performing an analysis every two minutes, the SP 510 monitor can establish an automatic or semi-automatic system for water softener regeneration in a variety of commercial or industrial applications.
The SP 510 monitor detects hardness breakthrough when the capacity of a water softener is exhausted, immediately signaling the need for regeneration.
The 9586 sc Oxygen scavenger analyser has a fast response time of less than 60 seconds.
Unlike traditional amperometric techniques that use two electrodes, the 9586 sc uses a three-electrode design; eliminating voltage drift due to the composition of the water. The working electrode self-cleans by turning Teflon® beads. Calibrations are done via comparison method.
The 9185sc ozone sensor is an online, single-channel industrial sensor that measures ozone in drinking water treatment plants, distribution networks, and other applications that require monitoring of ozone at the ppb and ppm levels. This instrument uses an amperometric method to measure ozone concentration. A membrane allows the selective diffusion of ozone molecules to the amperometric sensor. Because the amperometric cell is separated from the sample by the membrane and is immersed into an electrolytic medium, the 9185sc ozone sensor is suitable for use in water with low conductivity.
The all-inclusive 9185sc ozone system comes pre-assembled on a panel. Just mount the panel in the desired location, insert the sensors, and connect the controller to get started. The membrane system of the sensor means there are no reagents used for measurement. Maintenance is minimal and two years of typical maintenance items are included with the system.
The Hach model 2200 PCX is the first particle counter designed specifically to meet the unique requirements of water treatment. The model 2200 PCX can be integrated into your plant control system, used with our water quality software products, or both in parallel. Collected data can be utilized for optimizing chemical dosage, backwash cycles, and filter-to-waste times. Particle count reports can also be used to apply for removal credits and high rate filter studies.
Hach company’s digital on-site analyser PHOSPHAX sc with weather proof housing is ideal for the high precision determination of orthophosphate concentration directly at the tank. The instrument offers a wide measurement range for a variety of wastewater and drinking water applications with detection limits as low as 0.05 mg/L and response time of less than five minutes including sample preparation.
The PHOSPHAX sc can be connected to the SC 200 (power box required) or a SC 1000 controller to provide versatile output options including 4-20 mA Output, Modbus RS485, Profibus, or HART.
Only two liters of reagent are required for the analyzer to perform unattended for up to 90 days; twice as long as the Series 5000. The industry’sonly pressurized reagent delivery system eliminates the frequent maintenance associated with pumps. Predictive diagnostic tools, including Hach’s proprietary Prognosys technology, warning LEDs, and high-visibility notification screens let you avoid unplanned downtime.
Only two liters of reagent are required for the analyzer to perform unattended for up to 90 days; twice as long as the Series 5000. The industry’s only pressurized reagent delivery system eliminates the frequent maintenance associated with pumps. Predictive diagnostic tools, including Hach’s proprietary Prognosys technology, warning LEDs, and high-visibility notification screens let you avoid unplanned downtime.
The 9245/9240 Sodium Analyzer installs easily; it requires only power and sample connections. Clear step-by-step instructions are given by the analyzer to simplify operations such as instrument start-up, long-term stand-by, and reagent replenishment. The 9245/9240 Analyzer is equipped with a fully automated calibration system that uses 10 ppm samples and follows a multiple step calibration cycle to accurately calibrate the analyzer.
With a detection limit of 0.01 ppb and a range of 0 to 10,000 ppb, the 9245/9240 Sodium Analyzer is ideally suited for monitoring sodium in demineralized water, boiler feed, condensate, and all parts of the steam/water cycle.
The 1720E Turbidimeter reflects nearly 50 years of Hach leadership in turbidity measurement science. Continuously flowing sample flows through the patented bubble removal system which vents entrained air from the sample stream and eliminates the most significant interference in low level turbidity measurement. The 1720E Turbidimeter is not affected by variations in flow and pressure. When connected to ansc controller, 1720E provides versatile output options including 4-20mA Output, Modbus RS485, Profibus, or HART. Instrument specific warning and error messages give confidence in the accuracy of your measurement.
The FilterTrak 660 sc is the world’s most sensitive turbidimeter. Using advanced laser optics and signal processing, the instrument detects increased concentrations of submicron-sized particles that are a precursor to larger particles. This allows for early filter deterioration detection that meets or exceeds the performance of particle counters all with the day-to-day convenience, simplicity, and reliability of a Hachturbidimeter. Operators can detect impending filter breakthrough, delineate filter ripening, and maximize effective filter run time. The HachFilterTrak 660 sc Laser Nephelometer has the ability to detect a 0.3 mNTU or 0.0003 NTU change in turbidity, providing operators with confidence in their turbidity measurement.
