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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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pH2200 Spear Tip Plastic pH Sensor

Product Description
Looking to measure the pH of soil, meat, or cheese? A standard pH sensor with bulb shaped glass won’t effectively pierce the surface of these semi-solids; the pH glass may even crack. That’s why we’ve created the pH2200 spear tip pH sensor, specially designed to penetrate semi-solid surfaces for effective pH measurement. The sensor is assembled with a bio-friendly Ultem® body, making it safe for use in food and soil. Use this durable pH sensor at home or in the field with any pH meter accepting a BNC connector.
  • Rugged spear tip measurement surface for piercing semi-solid samples
  • Bio-friendly Ultem® body for safe measurements in food and soil
  • Long-lasting with built-in protection against protein contamination
  • No refilling or maintenance required with sealed gel-filled design
  • Instantly ready for use and shipped in storage bottle for long shelf life
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StreamerSense

Key Benefits
  • Immediate response to process changes in coagulation treatment – coagulation monitor
  • Maintain high quality finished water through improved coagulation control –coagulation controller
  • Reduce coagulant/polymer costs – coagulant analyzer
  • Automate dosing coagulant/polymer dosing using the streaming current monitor –coagulant control
  • Ensure coagulation reliability – coagulant analyzer
  • Improve operator efficiency – coagulant analyzer
  • Improve filter performance and coagulation treatment – coagulation controller
  • Monitor your coagulation control process – coagulation monitor
Streaming Current Monitors Standard Features
  • Patented sensor design
  • Quick replacement probe and piston
  • Self-diagnostic sensor
  • High-volume flow minimizes sensor fouling
  • Removes electronics from harsh environments
  • Corrosion-free Nema 4x enclosure (IP65)
  • Optional computer interface
  • Spare probe cartridge and piston included
  • Auxiliary input signals
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pH2400 Extended Life Glass pH Electrode

Product Description
Environmental, wastewater, and other sampling applications may expose electrodes to unknown contaminants. Over time, exposure to contaminants such as heavy metals and reactive chemicals, will take a toll on a sensor’s functional components. The best sensors for these types of applications are built to safely handle contaminants to maximize working lifetime. Our pH2400 is a glass electrode with double junction reference design to prevent fouling by sample contaminants that interact with Silver (Ag). The refillable reference junction allows users to replace the liquid fill solution as it becomes depleted or contaminated, instead of replacing the whole sensor.
  • Accurate measurements across full pH scale (0-14)
  • Maximum chemical compatibility: glass electrode bodies are inert to most reactions
  • Extended lifetime: Refillable reference junction allows sensor maintenance, saving replacement costs
  • Great for wet or corrosive environments: BNC boot protects meter connection
  • Compatible with any 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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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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pH1000 Polycarbonate Laboratory Plastic pH Sensor

Product Description
Whether you need to measure pH in your swimming pool, aquarium, or hydroponics garden, you need a probe that will deliver accurate measurements day in and day out. This low maintenance, low cost pH sensor provides reliable readings in a range of environments, from greenhouses to science classrooms. This sensor stands up to the usual wear and tear with its durable polycarbonate body and built-in protection for the pH glass measuring surface. Compatible with all pH meters accepting a BNC connector.
  • Very fast response time: Platinum measurement surface for fast response time and stable readings
  • No maintenance required: Sealed, no maintenance reference design
  • Durable construction: Polycarbonate body is built for frequent lab or field use
  • 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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UV254Sense

Key Benefits
  • UVA (ultra-violet absorbance) is an excellent surrogate parameter for TOC, DOC, COD and color.
  • UVT (ultra-violet transmission) allows for the calculation of optimal UV dose for disinfection systems, improving efficiency.
  • Accurate detection without the cost of reagents.
  • Few ongoing service or maintenance requirements.
  • Allows feed forward optimization of coagulation control, resulting in decreases in chemical consumption, reduction in sludge removal costs and minimization of DBP formation potential.
  • Strong ROI with pay back on the analyzer being seen by many customers within a few months.
  • UVA measurement ensures performance of various contaminant removal technologies such as membranes (RO, NF, UF), ion exchange (nitrates and TOC removal) and granular activated carbon (GAC).
  • Real time UVA analyzers can provide a final check of effluent water quality and can alarm an operator in case of non-compliance.
  • A UVA monitor can monitor the percentage removal of organics across any treatment system.
  • Can be combined with a CRONOS® or CRIUS® for a multi-parameter UV254 analyzer solution that suits your needs.
  • Standard Features
  • Online continuous operation
  • Patent pending Ortho-Beam technology
  • 254nm wavelength UV light source
  • Displays UV transmittance or absorbance values
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    ORP2000 Extended Life ORP Sensor

    Product Description
    When measuring samples such as wastewaster that may contain proteins, heavy metals, or other contaminants, it is important to use an ORP sensor (REDOX sensor) designed to withstand unpredictable chemical environments. The ORP2000 features double junction reference protection, which prevents contamination by sample components that interact with silver (Ag). The durable Ultem® body ensures extensive chemical compatibility, making the ORP2000 a highly versatile analytical tool.
    • Virtually unbreakable with durable Ultem® body construction and recessed protected glass
    • Reliable and accurate ORP / REDOX measurements
    • No refilling or maintenance required with sealed gel-filled design
    • Instantly ready for use and shipped in storage bottle for long shelf life – guaranteed for one year
    • One year limited warranty
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    FT520 Batch Flow Processor

    Product Description
    The FT500-Series is a batching flow processor with additional output controls. It is designed for use with Seametrics flow meters and flow sensors, as well as other manufacturer’s products which have frequency output proportional to flow. In addition to batch functions, the FT500- Series indicates flow rate, and other data in large 3/8” (9.66 mm) digits on an easily-read, backlit display. Units of measure are user selectable, and range from milliliters per second to millions of gallons per day. The unit can be 110 Vac powered with a standard 3-wire cord (included), 220 Vac powered (optional), or DC powered through an internal terminal strip. An analog output of 4-20 mA is available both in active and passive loop configuration, and in 0-5 Vdc or 0-10 Vdc outputs, and can be used in applications such as flow rate logging. Two programmable pulse scaled outputs are also standard, and can be used, for example, to provide proportional chemical feed with a pulse-responsive metering pump. The housing is supplied with two brackets for wall-mount applications, or the top/bottom housings can be easily separated and reassembled for panel-mount.
    • Large backlit alphanumeric display
    • Built-in 4-20 mA analog output
    • User-scaled pulse output for chemical metering pumps or telemetry
    • Two relay outputs for staged shutoff (batching) or dual setpoints (alarm option)
    • Rugged cast aluminum housing
    • Wall or panel mounting
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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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