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Showing results: 46 - 56 of 56 items found.

  • Online Water Quality Monitor

    TW-150 - HORIBA, Ltd.

    HORIBA's TW-150 is a process water quality measurement system designed for drinking water and water distribution plants. TW-150 monitors turbidity,color, free residual chlorine, water pressure and pH without any reagent for measurement.This chemical free method reduces operating costs as it requires minimal maintenance and improves process control.

  • Handheld Water Quality Analysis Tool

    PoolPro™ PS6FCᴱ & PS9TKB - Myron L Company

    The fastest, most accurate, reliable, easy-to-use handheld water quality analysis tool for any pool or spa. POOLPRO™ does the job of up to nine tests in one easy to use instrument:*Monitor disinfectant residuals*Determine water balance corrections*Calibrate equipment*Ensure proper TDS levels in saltwater chlorine generator

  • Marine Ballast Water Analyzer

    9017 - OI Analytical

    Developed specifically for the demands of marine environments, OI Analytical's new Model 9017 Marine Ballast Water Analyzer was engineered to meet the stringent United States Coast Guard (USCG) standards. The 9017 monitors and controls total chlorine and residual oxidants around the clock, while connected to a Ballast Water Management System with user-programmable cycle times and alarms.

  • Nitrates Analyzer​​​​

    Model LXT-330N - Teledyne Analytical Instruments

    Model LXT330 Liquid Transmitter is a single or dual channel, universal, multi-parameter transmitter, designed for continuous online liquid measurements. It is paired with SP3 Smart sensors and is intended for use in non-hazardous, general purpose rated industrial environments. The SP3 sensor platform covers a wide range of liquid analytical measurements, such as pH, ORP, Specific Ion (pION), dissolved oxygen, free chlorine, total chlorine, conductivity, resistivity and turbidity. The LXT330 transmitter can be used with any SP3 smart sensors without additional user reconfiguration. The Universal Transmitter & Smart Sensor loop philosophy removed the need to stock for multiple instrument types. The process parameter, sensor details, serial number and calibration history are stored in the sensor's main memory, facilitated by two-way digital communication between the sensors and transmitter. The LXT330 universal transmitter allows for up to two SP3 sensors per transmitter (contact factory for available combinations).

  • Ammonia / Ammonium Analyzer​​​​

    Model LXT-330-NH4 - Teledyne Analytical Instruments

    Model LXT330 Liquid Transmitter is a single or dual channel, universal, multi-parameter transmitter, designed for continuous online liquid measurements. It is paired with SP3 Smart sensors and is intended for use in non-hazardous, general purpose rated industrial environments. The SP3 sensor platform covers a wide range of liquid analytical measurements, such as pH, ORP, Specific Ion (pION), dissolved oxygen, free chlorine, total chlorine, conductivity, resistivity and turbidity. The LXT330 transmitter can be used with any SP3 smart sensors without additional user reconfiguration. The Universal Transmitter & Smart Sensor loop philosophy removed the need to stock for multiple instrument types. The process parameter, sensor details, serial number and calibration history are stored in the sensor's main memory, facilitated by two-way digital communication between the sensors and transmitter. The LXT330 universal transmitter allows for up to two SP3 sensors per transmitter (contact factory for available combinations).

  • Universal Transmitter

    Model LXT-330​​​ - Teledyne Analytical Instruments

    Model LXT330 Liquid Transmitter is a single or dual channel, universal, multi-parameter transmitter, designed for continuous online liquid measurements. It is paired with SP3 Smart sensors and is intended for use in non-hazardous, general purpose rated industrial environments. The SP3 sensor platform covers a wide range of liquid analytical measurements, such as pH, ORP, Specific Ion (pION), dissolved oxygen, free chlorine, total chlorine, conductivity, resistivity and turbidity. The LXT330 transmitter can be used with any SP3 smart sensors without additional user reconfiguration. The Universal Transmitter & Smart Sensor loop philosophy removed the need to stock for multiple instrument types. The process parameter, sensor details, serial number and calibration history are stored in the sensor's main memory, facilitated by two-way digital communication between the sensors and transmitter. The LXT330 universal transmitter allows for up to two SP3 sensors per transmitter (contact factory for available combinations).

  • Chemical Testing Services

    BMP Testing and Calibration Services Inc.

    Chemical testing is critical for material and product manufacturing in various industries. It helps identify the contents, composition, and quality of materials used in manufacturing, product development, and other industrial applications. It is also necessary for industries that depend on chemical materials and substances subject to legal regulations, restrictions, standards, and certifications because of their potentially harmful effects for high peroxide strip tests, Chlorine strip tests, the environment, and customers.

  • Single Channel Transmitter

    1066 - Barben Analytical

    The model 1066 Single Channel Transmitter is a loop powered device that can accept input from pH/ORP, conductivity (contacting and toroidal), and amperometric (dissolved oxygen, chlorine, and ozone) sensors.The model 1066 Single Channel Transmitter can display a liquid analytical measurement, in addition to a temperature measurement, current output, and diagnostic information. The transmitter has quick start programming for shorter installation times and an intuitive user interface for easy operation.

  • X-ray Fluorescence Sulfur/Chlorine-in-oil Analyzer

    MESA-7220V2 - HORIBA, Ltd.

    The MESA-7220V2 measures both sulfur and chlorine in petroleum based products using the Monochromatic Energy Dispersive X-ray Fluorescence (EDXRF) method. A monochromatic X-ray source is used in order to obtain an ultra-low noise background which affords the best detection limits for both sulfur and chlorine.The detector window size was increased to collect more fluorescent X-rays and thus achieve lower level ppm values. This provides excellent, repeatable performance at both low and high concentrations of both elements.By adjusting the angle of the graphite crystal, the excitation beam can be measured to excite sulfur in the sample, increasing sensitivity.

  • Photometers

    PCE Instruments

    Photometers to measure many parameters of water in industry, laboratories, field, gardening Photometers (Monofunction) to measure many parameters of water in industry, laboratories, field, gardening and in the environmental sector. and in the environmental sector. On our photometers website, we have 15 digital monofunctional photometers for the analysis of water (spare parts, reagents, and technical specifications included in the delivery). If needed, we can also offer other equipment for other water parameters. The control of water quality with solid devices is increasingly important, just as checking the quality of drinking water, industrial water and other wastewater. Take advantage of the properties of these photometers to measure various parameters such as chlorine, water hardness, nitrates, etc.

  • Energy Dispersive X-ray Fluorescence Analyzer

    X-5000 - HORIBA, Ltd.

    HORIBA continues it's innovation in the petroleum market by proudly teaming with Olympus Innov-X to promote the X-5000 Mobile XRF Analyzer. The X-5000 is a rugged, fully integrated closed beam portable EDXRF system that offers the power and performance of a traditional benchtop XRF, but is designed for transportable operation. Using a Silicone Drift Detector, low PPM detection limits can be achieved for many elements in a variety of sample types and matrices. Applications include fuels, additives, and wear metal oils to crude oils, water, coke, and coal allow this easy to use analyzer to be a fast, flexible solution to traditional testing methods.Detectable elements to concentrations of 100% are: Aluminum, Antimony, Barium, Cadmium, Calcium, Chlorine, Chromium, Copper, Iron, Manganese, Molybdenum, Nickel, Phosphorous, Potassium, Silicon, Silver, Sulfur, Tin, Titanium, Vanadium, and Zinc.

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