Residual Chlorine

Description: User selectable features and innovative design sets the new CLX Online Residual Chlorine Monitor apart from the competition. Cycle times that are adjustable from 110 seconds to 10 minutes, 4-20mA and Modbus outputs that can control feed pumps and user settable alarms equates to low

• Operating Temperature: 32 to 104 F
• Output Options: Analog current signal, Switch or alarm signal
• Computer Interface: Computer Interface
• Local Interface: Digital Front Panel

Description: 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 this problem, combining both the analyzer and recorder

Description: CLX-Ex Chlorine Monitor is a rugged, safe, and low maintenance instrument for shipboard ballast water require continuous monitoring and control of residual Total Chlorine levels in hazardous environments. User selectable cycle times, 4-20mA and RS-485 with Modbus output that can

• Operating Temperature: 32 to 131 F
• Output Options: Analog current signal, Switch or alarm signal
• Computer Interface: Computer Interface
• Instrument Type: Fixtured or Permanent

Description: 10mL size, potable water standard

• Form & Features: Inorganic Chemical / Salt, Liquid / Solution

Description: 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 options for a third analog output or additional low power relays. Digital

Description: 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 and cooling water, and a combined chlorine monitor ideally suited for “chloraminated”

Description: Standard Test Method for Residual Chlorine in Water

Description: Methods of Test for Residual Chlorine in Waste Water

Description: STANDARD METHODS OF TEST FOR RESIDUAL CHLORINE IN WATER

Description: COMPARATOR SET, COLOR RESIDUAL CHLORINE AND PH DETERMINATION

Description: CLX-XT Extended Reagent Life Chlorine Monitor is an economical and low maintenance instrument for shipboard ballast water, potable water or wastewater applications that require continuous monitoring and control of residual Total Chlorine levels. User selectable cycle times,

• Operating Temperature: 32 to 131 F
• Output Options: Analog current signal, Switch or alarm signal
• Computer Interface: Computer Interface
• Local Interface: Digital Front Panel

Description: The HF scientific Dry Chlorine Reagent Kits have been specifically formulated for use in the CLX Chlorine Monitor. Specific advantages of the Dry kits over current pre-mixed reagents are savings on shipping weight, no chance of freezing making storage more convenient and an extended

• Form & Features: Powder
• Function: Reagent, Reference / Chemical Standard
• Applications: Water Treatment

Description: 1.1 This test method covers the determination of residual chlorine in water by direct amperometric titration. 1.2 Within the constraints specified in Section 6, this test method is not subject to commonly encountered interferences and is applicable to most waters. Some waters, however,

Description: Methods of Test for Residual Chlorine in Waste Water (Withdrawn 1981)

Description: Do you need reliable, real-time chlorine analysis to optimize your disinfection process or to report to regulatory agencies? The industry standard Hach CL17 Chlorine Analyzer uses colorimetric DPD chemistry to continuously monitor water for free or total chlorine. For typical

• Display: Digital Readouts
• Instrument Type: Fixtured or Permanent
• Measured Parameter: Free Chlorine, Total Chlorine

Description: 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 in the receiving stream. Because residual chlorine discharge

Description: The principle consists in sampling of a known volume of chlorine (about 100 ml) obtained by gasification of liquid chlorine. Absorption of the chlorine by a 2% zinc amalgam in the presence of 1 ml of saturated sodium chlorine solution. Measurement of the residual,

Description: The principle consists in sampling of a known volume of chlorine (about 100 ml) obtained by gasification of liquid chlorine. Absorption of the chlorine by a 2% zinc amalgam in the presence of 1 ml of saturated sodium chlorine solution. Measurement of the residual,

Description: 1.1 This practice provides a means of estimating the quantity of chlorine required to be added to a unit volume of water to accomplish a predetermined treatment objective or to completely react with all chlorine reactable substances in the water, or both. 1.2 Temperature, pH, and

Description: 1.1 This practice provides a means of estimating the quantity of chlorine required to be added to a unit volume of water to accomplish a predetermined treatment objective or to completely react with all chlorine reactable substances in the water, or both. 1.2 Temperature, pH, and

Description: SENSOR RESIDUAL CHLORINE SENSOR

Description: Colorimetric process analyzer (DPD-method) for measurement and dosing control of disinfectants such as free chlorine, monochloramine, total residual chlorine and combined chlorine. Features For the continuous online determination of disinfectants based on the DPD

• pH Range: 2 to 12 pH
• Control Relays: 2
• Process Media Temperature: -22 to 212 F
• Operating Temperature: -13 to 149 F

Description: Designed to increase chlorine residual consistency in potable water systems, Mueller has added the HG-8 In-Ground model to our expanding line of Hydro-Guard® Automatic Flushing Systems. This new direct discharge model is installed below grade with all flushing and metering components

Description: prevents bird/rodent intrusion, increases tank security, and also removes chlorine and chloramine residual during overflow discharges. The Dechlorinating Overflow Security Assembly, or DOSA, is constructed of dual Tideflex® Nozzles and an internal adjustable dechlorination tube

• Valve Type: Mixing Valves
• Media: Water

Description: water quality for residential applications. Features • 4-Stage System of Filtration Stage 1: Sediment Filter removes particulates down to 1 micron Stage 2: Carbon Block Filter removes chlorine taste and odors Stage 3: Advanced TFC Membrane rejects impurities down to 1/10,000th of a micron

• Configuration: System
• Features: Water

Description: 4.5 to 25 VDC at a 20 mA maximum.| Programmable Large Volume Pumps feature flow capacities typically requiring motor-driven pumps. Onboard controls allow proportional flow rate, pH and residual chlorine control by direct analog connection, eliminating the PID controller and

• Maximum Discharge Flow: 0.089818497 GPM
• Maximum Discharge Pressure: 140 psi
• Power Source: AC Powered
• Pump Type: Diaphragm Pumps, Metering Pumps

Description: 4.5 to 25 VDC at a 20 mA maximum.| Programmable Large Volume Pumps feature flow capacities typically requiring motor-driven pumps. Onboard controls allow proportional flow rate, pH and residual chlorine control by direct analog connection, eliminating the PID controller and

• Maximum Discharge Flow: 0.089818497 GPM
• Maximum Discharge Pressure: 140 psi
• Power Source: AC Powered
• Pump Type: Diaphragm Pumps, Metering Pumps

Description: 4.5 to 25 VDC at a 20 mA maximum.| Programmable Large Volume Pumps feature flow capacities typically requiring motor-driven pumps. Onboard controls allow proportional flow rate, pH and residual chlorine control by direct analog connection, eliminating the PID controller and

• Maximum Discharge Flow: 0.200770758 GPM
• Maximum Discharge Pressure: 60 psi
• Power Source: AC Powered
• Pump Type: Diaphragm Pumps, Metering Pumps

Description: 4.5 to 25 VDC at a 20 mA maximum.| Programmable Large Volume Pumps feature flow capacities typically requiring motor-driven pumps. Onboard controls allow proportional flow rate, pH and residual chlorine control by direct analog connection, eliminating the PID controller and

• Maximum Discharge Flow: 0.14001118650000002 GPM
• Maximum Discharge Pressure: 100 psi
• Power Source: AC Powered
• Pump Type: Diaphragm Pumps, Metering Pumps

Description: system is the latest offering in the Intelligent Water Technology™ portfolio of products and services. The device can continuously monitor pressure, chlorine residual, temperature, pH, and turbidity using third-party sensors from installation points located throughout the water

Description: DIALYSATE METER also measures parameters critical in water quality monitoring and control at every stage of hemodialysis water treatment. Test Conductivity, Resistivity, TDS, pH, ORP, Free Chlorine and Temperature of feed and product water in unit processes. Use measurements as independent

• pH Range: 0 to 14 pH
• Accuracy: 0.01 ±pH
• ORP / Redox Range: -999 to 999 millivolts
• Operating Temperature: 32 to 132 F