Analytical Technology, Inc. Datasheets for Water Quality Testing Instruments
Water quality testing instruments are used to test water for chemical and biological agents, and to measure variables such as clarity and rate of movement.
Water Quality Testing Instruments: Learn more
| Product Name | Notes |
|---|---|
| ATI’s Model A15/76 Turbidity Monitor is designed to meet the needs of both municipal drinking water systems and industrial water treatment for reliable, low-range turbidity measurement. The turbidity sensor is... | |
| ATI’s Model Q45H/65 Residual Chlorine Dioxide Monitor is designed for on-line monitoring and control of industrial disinfection systems. Chlorine dioxide is a powerful disinfecting agent used for treating potable water,... | |
| ATIs Model C10/77 Particle Counter is designed to provide valuable particle data by continuously monitoring particle counts in raw water, filter influent, or filter effluent. Based on a laser light... | |
| ATIs Model Q45D Dissolved Oxygen monitor provides reliable oxygen measurement and reduced maintenance costs. The galvanic dissolved oxygen sensor uses a rugged 5 mil Teflon membrane to resist mechanical abrasions... | |
| ATIs Model Q45D-ODO Optical Dissolved Oxygen monitor utilizes a fluorescence-based sensor to provide a reliable oxygen measurement. This sensor will provide years of service and, unlike other optical sensors, will... | |
| ATIs Model Q45H/64 Dissolved Ozone Monitor is the ideal choice for on-line monitoring and control of ozonation systems. Capable of measuring DO3 concentrations as low as 0-200 PPB full scale,... | |
| ATIs Model Q45H/84 Hydrogen Peroxide Monitor is designed to continuously monitor processes that utilize hydrogen peroxide for bleaching or disinfection purposes. Q45H systems utilize a membrane-covered polarographic sensor that does... | |
| ATIs Model Q45H/85 Peracetic Acid Monitor is designed for on-line monitoring and control of processes the contain peracetic acid. Q45H systems utilize a membrane-covered polarographic sensor that does not require... | |
| ATIs Model Q45WQ Water Quality Panel is a flexible system designed for continuous, on-line monitoring of multiple parameters in municipal water distribution systems and potable water treatment facilities. The instrumentation... | |
| ATIs Model Q46H/62-63 Residual Chlorine Monitor is an upgraded version of our proven Q45H system for continuous monitoring of free or combined chlorine. Monitor capabilities have been expanded to include... | |
| ATIs Models Q45H62 and Q45H63 are reagentless and designed for on-line monitoring and control of chlorination systems. It is available in two versions: a free chlorine monitor for drinking water... | |
| The ATI Model A15/79 Total Chlorine Monitor uses the standard iodometric method for the determination of total chlorine in highly contaminated samples. A unique sensing technique is used to determine... | |
| Continuous monitoring of ammonia in water and wastewater streams is becoming increasingly important for plant operations and process control. Unfortunately, on-line ammonia monitors are generally very expensive, complex, and labor... | |
| Dechlorination of wastewater effluent is common practice in many treatment facilities throughout the US. Strongly reducing sulfur compounds are used to eliminate chlorine residuals that might prove toxic to fish... | |
| Fluoride is widely added to drinking water systems to help prevent tooth decay. It is normally added in the form of liquid hydrofluorosalicic acid, which can be easily handled and... | |
| Monitoring water quality parameters at remote locations in potable water systems can present a challenge to those responsible for insuring safe drinking water. This is especially true for chlorine residual... | |
| Providing permanent chlorine residual records normally means purchasing a residual chlorine monitor and connecting the output of the monitor to a separate recorder. ATI’s B20 provides an integrated solution to... | |
| Sulfides can be found naturally in well water and can build up in wastewater collection systems due to anaerobic conditions that frequently occur. They are also used in mercury removal... | |
| While chlorine has become the most widely used disinfectant in the world, there are still some applications where monitoring chlorine residuals can present a challenge. Multiple forms of chlorine in... |