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pHSense

The pHSense range of online pH meters from Pi utilize the very latest and best pH sensors available in the world today for measuring the online pH of any aqueous solution. They are patented gel filled sensors with integral reference which uses no reagents, are extremely stable, and have reduced maintenance and reduced whole life costs. The junction, usually the source of error with current pH sensor technology is made from an electrochemically active solid resulting in a more robust pH sensor. Online pH meters and pH controllers are one of the most common analyzers in use today in water treatment and process plants and yet online pH meters cause continual problems for their operators. What is needed is a stable, reliable, online pH meter for a reasonable cost. That is exactly what you get with the pHSense. The pHSense sensors and flow cells are available with different controllers giving you the same great performance with different communication, display, and control options. With the pHSense range of online pH meters, you get everything that you need – and nothing that you don’t.
Key Benefits
Stable and reliable online pH meter On board diagnostics Auto calibrant recognition Low purchase cost Long life pH sensors Remote access and SMS text alarms
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OzoSense

The OzoSense Online Dissolved Ozone Monitor from Pi for the measurement of the ozone concentration in water, is designed to be simple to install and operate, and offers unrivalled stability, accuracy and precision, whilst offering excellent value for money. The OzoSense range of online dissolved ozone analyzers and dissolved ozone monitors utilize the very latest and best ozone sensors available in the world today. There are two sensors in the OzoSense range. The first is a membraned device which is insensitive to changing pH, uses no reagents, is extremely stable, and has reduced maintenance and reduced whole life costs. The second is a non membraned three electrode sensor, that can operate at higher temperatures and pressures.
Key Benefits
  • Stable and reliable – excellent ozone process control – ozone controllers
  • Suitable for all potable, process and salt waters – ozone monitor – ozone analyzer
  • Up to 6 months between maintenance
  • Up to 3 months between calibration
  • Does not respond to residual chlorine (OzoSense M)
  • Resistant to detergents in the water
  • Up to 70°C (OzoSense NM)
  • Onboard PID controls – dissolved ozone Controller
  • Onboard data logging and graphing capability
  • Onboard comms such as TCP/IP, Modbus, Profibus and more.
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SoliSense®

Key Benefits
  • From 2 NTU to 8% Solids
  • Displays in NTU, mg/l, g/l or % solids – flexible
  • Auto-clean optical sensor – months without maintenance
  • Stable and reliable – excellent process control
  • Suitable for all potable, waste and process waters
  • Up to 12 months between maintenance
  • Up to 12 months between calibration
The SoliSense® suspended solids sensor is available with different controllers giving you the same great performance with different communication, display, and control options. With the SoliSense® range of online suspended solids analyzers, you get everything that you need – and nothing that you don’t, without sacrificing the quality of measurement. The use of a single sensor to robustly and accurately measure a large dynamic range of suspended solids allows for:
  • Less spares – more commonality across a single or multiple sites
  • No requirement to know the range prior to specifying – easier purchasing
  • One online suspended solids analyzer can be:
    • Online mlss meter
    • Online tss meter
    • Online total suspended solids meter
    • Online effluent monitor
    • Online inlet monitor
    • Online ‘in process’ suspended solids analyzer
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PC-100 pH/ORP Panel Meter

The PC-100 pH/ORP monitors utilize microprocessor technology to provide you enhanced capabilities with economical price. The compact design fits in small space installation. The PC-100 features for sample monitoring.
Applications
Water treatment Pure water System Clean room Wastewater treatment Scrubber Electronics process
Features
  1. 48 x 96 mm Microprocessor pH/ORP Monitor & Controller
  2. Sensor slope performance diagnosis & error message
  3. User-friendly operation
  4. Automatic temperature compensation
  5. Compatible with Pt-1000 and NTC 30K temperature probe
  6. Isolated current output DC 0/4~20mA
  7. Gradually continuous sample measurements average function to enhance stability
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ConductiSense

The ConductiSense range of online conductivity meters from Pi utilize the very latest and best conductivity sensors available in the world today for measuring the online conductivity of any aqueous solution. Online conductivity meters are common in today’s water treatment and process plants. ConductiSense is a stable, reliable, online conductivity meter for a reasonable cost. The ConductiSense sensors and accessories are available with different controllers giving you the same great performance with different communication, display, and control options. With the ConductiSense range of Conductivity Monitors, you get everything that you need – and nothing that you don’t.
Key Benefits
  • Resists coating, corrosion and fouling
  • Durable Noryl (plastic) construction
  • Easy installation
  • Low purchase cost
  • Custom tee for in-line mounting
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TurbSense®

Key Benefits
The TurbSense® online turbidity meters are available with different controllers giving you the same great performance with different communication, display, and control options. With the TurbSense® range of online turbidity meters, you get everything that you need – and nothing that you don’t, without sacrificing the quality of the measurement. The online turbidity meters from Pi are now in use around the world providing trouble free, easy to use solutions to a range of online turbidity monitoring and control.
  • Autoclean solid state optical sensor – no moving parts
  • Single point calibration – very easy to use
  • Stable and reliable – excellent process control
  • Suitable for all potable, waste and process waters between 0 NTU and 1000 NTU
  • ‘Maintenance free’ – low cost of ownership
  • No ‘zero’ required – improved accuracy at the low end
  • Up to 1 year between calibration – very little drift
  • Up to 10 bar – for inline operation
  • 0.001 resolution
  • Automatic debubbling and bubble removal solutions – no interference from bubbles
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pH1400 Light Duty Glass pH Electrode

Product Description
Whether you are a student measuring pH in a lab or a business owner monitoring plant or crop health, you need a pH probe that will consistently deliver accurate measurements. If you deal with a wide variety of chemicals or any aggressive substances, a glass pH probe like our pH1400 is a safe choice due to the chemically inert properties of glass. This basic, single junction electrode has a refillable reference cell, allowing users to maintain measurement precision throughout instrument lifetime.
  • Accurate measurements across full pH scale (0-14)
  • Easily maximize measurement repeatability: refillable reference cell with liquid solution
  • Maximum chemical compatibility: glass probe body is inert to most reactions
  • Compatible with a variety of pH meters: use this probe with any pH meter accepting BNC
  • Instantly ready for use: Shipped in storage bottle for long shelf life – guaranteed for one year
  • One year limited warranty: We stand behind all our products with the Sensorex Guarantee
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FluoriSense

Key Benefits
Pi’s FluoriSense range of fluoride monitors and fluoride analyzers utilize the very latest and best fluoride sensors available in the world today for measuring the online fluoride content of any potable water. They are ion selective electrodes (ISEs) with integral reference, automatic temperature compensation and solid polymeric junction. which use no reagents, are extremely stable, and have reduced maintenance and reduced whole life costs.
  • Measuring method: ISE (Ion Specific Electrode)
  • Measure range: 0.02 ppm saturation
  • Sample pH range: 5 to 7 pH at 1 x 10⁻⁶ M / 5 to 11 pH at saturation
  • Temperature range: 0 to 80°C continuous / 80 to 100°C intermittent
  • Electrode resistance: less than 50 MΩ
  • Reproducibility: ±2%
  • Cable length: 100cm
  • Calibration: Manual using test kit
  • No reagent required
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pH3000 Research-Grade Plastic pH Sensor (Refillable)

Product Description
When accuracy and repeatability are critical, such as in pharmaceutical or drinking water applications, the ideal pH electrode will quickly deliver stable measurements. The pH3000 is a research grade pH meter replacement probe specially designed to respond quickly and accurately to rapid temperature changes. The high sensitivity internals also make these electrodes the best choice for low ionic samples. The double junction reference design prevents contamination, allowing pH testing in samples containing heavy metals, proteins and enzymes, or TRIS buffer.
  • Our most sensitive laboratory electrode: accurate to 0.04 pH in tests across full recommended temperature range
  • Easily maximize measurement repeatability: Rapid renew reference system for quick refilling
  • Extensive chemical compatibility: Constructed with durable Ultem®, proven in a range of chemical conditions
  • Ideal for difficult sample types: Double junction reference protection for testing samples containing heavy metals, TRIS buffer, and other contaminants
  • Virtually unbreakable: removable bulb guard protects pH glass and strain relief prevents damage to cable connection
  • Ready for wet or corrosive environments: BNC boot protects meter connection
  • Compatible with various meters: Versatile replacement probe works with any meter accepting a BNC pH probe
Recommended for: Low ionic samples, medical and pharmaceutical research, biological samples, samples containing heavy metals
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HaloSense Zero

Key Benefits
Many water companies want to measure free chlorine residuals without the need for chemical buffers traditionally associated with such measurements. Acetate and phosphate buffers are expensive and environmentally unfriendly. Buffer delivery systems are maintenance intensive and have fairly costly consumables and there are health and safety considerations in the handling of the acids and high disposal costs if the acid treated water is unable to be fed back into the water supply. Amperometric cells and most polarographic probes only respond to hypochlorous acid, (HOCl). HOCl dissociates into hypochlorite (OCl–) in a pH dependent manner. This is why most chlorine monitors need acid buffers in most applications. The typical pH of water measured on a water treatment works may range from 7 to 9.2. Chemical buffering reduces the pH to between 5 and 6 and ensures that the majority of the residual chlorine is present as HOCl (see graph below).
  • Low purchase cost
  • Low cost of ownership
  • Reduced pH dependency (largely pH independent)
  • Stable and reliable
  • Bufferless
  • Reagentless
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