Cuvettes

90000-27 Traceable Extreme-Accuracy Digital Thermometer with Calibration, 37.00°C; 1 Stainless Steel Probe by Digi-Sense

Four Traceable International Standards Digital thermometers provide the exact readings required for critical requirements, quality control checks, and routine measurements. Units read 0.00, 25.00, 37.00, or a combination of all three with a resolution of 0.01° and an accuracy ±0.05°C within ±2°C of standard. Units read in °C and °F.

Stainless-steel probe supplied with units shows the slightest temperature change. Probe is triple purpose for liquid, air/gas, and semisolids. Accurate readings with tip penetration of 1/3-inch. Probe has a diameter of 1/8-inch, stem length of 6-1/4 inches, overall length of 9 inches and a cable length of 5 feet. Absolute high-precision thermometer is ideal for measuring temperatures in water baths, cuvettes, gas systems, reagents, standards solutions, ovens, incubators, pharmaceuticals, petroleum products, foods, and wastewater. The display shows minimum/maximum and current temperatures. MIN/MAX monitors readings overnight, on weekends, or for any time period and displays the exact time and date when the MIN/MAX temperature occurred. Alarm provides two visual (LEDs) and two audio alerts when temperature rises above or falls below high and low set points. Unit displays the exact time and date when dual thermometer alarms are triggered. Alarms are programmable in 0.1° increments. Visual and audible alarms signal continuously (for days) even if temperature returns to non-alarm range. First thermometer ever designed to permit user one-button calibration.

Traceable® Products have an individually-numbered Traceable® Certificate provided with each unit, that assures accuracy from our ISO/IEC 17025:2017(1750.01) calibration laboratory accredited by A2LA. It indicates traceability of measurements to the SI units through NIST or other recognized national measurement institutes (NMI) that are signatories to the CIPM Mutual Recognition Agreement. Each product goes through an intense vetting process before it can carry the Traceable name, thus saving you both time and money by not having to calibrate separately.

• Includes NIST-Traceable certificate from our A2LA accredited (1750.01) calibration laboratory|Resolution is 0.01°
• Displays date and time of min/max temperature
• High and low settable alarms|Unit conforms to ITS-90, International Temperature Standard
• Takes routine measurements at 37.00°C

Includes

Stand, hook-and-loop fastener, magnetic strips, wall mount, stainless-steel probe, two AA batteries, and NIST-traceable calibration certificate.

UV 1200 Spectrophotometer by Citizen Scale

UV-1200 spectrophotometers are the ideal instrument for education and QC laboratories. Using your standard sample solutions, you can get a standard curve on the large LCD screen. They are widely used in colleges and enterprises for general quantitative analysis and experiments.

Features:

• Large LCD screen (128°64 Dots)
• Can display total 50 groups of data, groups per screen. Can display standard curve and the curve equation.
• Data can be restored after a sudden power cut.
• Auto setting wavelength.
• Tungsten lamp & Deuterium lamp can be turned on/off individually to extend lifetime.
• Pre-aligned makes it convenient to change lamps.
• Large sample compartment, it can accommodate 5-100mm path length cuvettes with optional holders. A variety of optional accessories are available.
• The optional application software M. Wave Professional provides complete control of the spectrophotometer through the Built-in USB port. You can achieve the following functions. I. Quantitative, II. Kinetics, III.Wavelength, IV. Multi Wavelength, V. DNA/Protein.
• Basic Mode: Transmittance, Concentration.
• Standard curve (Only for V-1200, UV-1200) Maximum of 9 standard samples can be used to establish a standard curve: The curve equation will display on the screen simultaneously. You can test your unknown concentration solutions by the curve.
• Coefficient Methods if you have known the coefficients K&b of the formula C≤K*A+b, you can input the value directly by button, then lest your unknown solution.

7002000 EnSys TNT Explosives Soil Test Kit by Modern Water

EnSys® explosives kits are rapid field or laboratory colourimetric tests for the analysis of explosives in soil. The kits are based on a method developed by Dr. Thomas Jenkins at the US Army Corps of Engineers - CRREL.

Features:

• Detects TNT, DNT and related explosives
• Convenient and rapid testing in the field or laboratory
• Extractions can be performed simultaneously with analysis in singlicate
• TNT extracts can be used with EnSys RDX test
• Training available
• EPA SW-846 Method #8515

Test result type

• Quantitative data

Samples per kit

• 20 soil samples

Assay range

• Soil: 1 ppm to 30 ppm total TNT
• Higher sample concentrations can be quantified by sample extract dilution

Sample preparation

• Soil samples require prior extraction using the included extraction components
• Soil samples should be dried prior to analysis
• Soil sample extracts may be saved for use with the RDXsoil test kit

Sampling time

• 'Dirt-to-Data' in approximately 30 minutes
• Typically about ten samples can be run in about 40 minutes
• Soil extraction time is typically 2 - 10 minutes per sample plus test run time of approximately 2 minutes

Specificity

The EnSys® TNT test is specific for TNT and related explosive compounds and exhibits the following sensitivities. The TNT test does not measure RDX or HMX.

Basic Test Procedure

• Clean cuvettes and set spectrophotometer
• Extract soil sample: Weigh 10 grams of soil sample, Add sample to extraction jar, Measure 50mL acetone into 50mL tube, Pour acetone into extraction jar and shake for three minutes, Allow to settle for five minutes
• Draw 25mL liquid into the syringe from above the sediment layer in extraction jar
• Attach filter tip to syringe and transfer 25mL of sample extract into a cuvette.
• Place cuvette in spectrophotometer and record initial absorbance
• Add one drop of developer solution, cap and shake for three seconds.
• Remove stopper and place the'sample' cuvette in cell holder and read sample absorbance.
• NOTE: For analysis of samples containing DNT,and/or where DNT concentration is of concern, samples must be allowed to develop for 10 minutes before reading sample absorbance. This will not affect colour development for other nitroaromatics.
• Record data and calculate results.

Test kit components

• 20 weigh boats and wooden spatulas
• 20 extraction jars
• One 50mL graduated tube
• 20 - 30cc syringes and syringe filters
• 1 bulb pipette
• 1 TNT control vial and ampoule cracker
• Developer solution
• Test kit instructions

Storage & precautions

• Shelf life is typically one year from date of manufacture, with specific kit expiration date information provided on product packaging.
• Store at ambient temperature 64° to 81°F (18° to 27°C)
• Operate the test at temperature greater than 40°F/4°C and less than 100°F/39°C (4°C)

Required test materials

• EnSys TNT explosives soil test kit (7002000)

Required test equipment

• EnSys TNT accessory kit (rental, includes HACH DR2800) (6999700)
• Acetone: hardware or laboratory grade (min 50mL per sample)

Other recommended materials

• Hach DR/2000, DR/2010 or DR/2800
• 2 matched hach cuvettes
• 2 cuvette stopper plugs
• Balance
• Tap or laboratory grade water for cuvette rinsing
• Marker pen, calculator
• Absorbent paper
• Liquid waste container
• PPE: Disposable gloves, eyewear

WD-35635-00 T-100 Turbidity Meter with Kit by Oakton

Waterproof and dustproof with IP67 rated housing that floats!

Designed for portability and durability the waterproof T-100 turbidity meter is ideal for monitoring turbidity in chemical, food and industrial applications. The microprocessor-based T-100 turbidity meter uses an infrared LED light source and delivers unprecedented repeatability and accuracy while offering resolution as low as 0.01 NTU. This lightweight meter is a valuable analytical tool for field-testing and quality control.

Calibration standards are now provided in freeze-resistant 60-mL HDPE bottles for better shipping and longer shelf-life.

• Includes primary calibration standards (4), cuvettes w/ light shield caps (7), collection bottle, lint-free cloth, silicone oil, batteries, hard carrying case, and manual
• Four point push-button calibration for full-range accuracy
• Auto-ranging from 0 to 1000 NTU

WD-35635-25 Replacement Sample Test Cuvettes; 6/Pk by Oakton

Compatible with Oakton turbidity meters, ensure your meter is compatible with each accessory.

• Optimize performance of your Oakton turbidity meters
• Ideal for use with Oakton T-100 series portable turbidity meters

WD-35635-10 T-100WL Portable White Light Turbidity Meter Kit by Oakton

The Oakton T-100 series portable turbidity meters feature five calibration points—0 NTU, 20 NTU, 100 NTU, 400 NTU, and 800 NTU. The 0 NTU uses laboratory distilled or deionized water, while the other four calibration points are configured using high molecule polymer standard solutions included in the kits. The meters also include normal and continuous measurement modes, parameter setup, data recall, real-time clock, calibration date check, automatic power off, and low voltage indication. The continuous measure mode allows you to automatically generate average, maximum and minimum measured values in a data storage interface, suitable for sample solutions with rapid settling and continuous measurement changes.

The large TFT color screen displays a blue background for measurement mode, green background for calibration mode, and features operation guides for easy calibration and measurement. Up to 200 sets of data can be stored on the meter. A USB interface cable can transfer this data to your computer for future analysis.

• Auto-ranging from 0 to 1000 NTU (FNU)
• Stores up to 200 sets of data
• Suitable for field use—meets IP67 water-resistant requirements
• Easy to replace tungsten light source
• Meets performance criteria as specified by EPA 180.1 method

Includes

Six 25 x 60 mm sample test cuvettes, five 60-mL polymer standard calibration solutions (0.0, 20, 100, 400, and 800 NTU), 10 mL of silicone oil, microfiber wiping cloth, PCLink software on USB flash drive, hard carrying case, built-in Lithium ion battery, and USB cable with power adapter.

UVT-LED-H Handheld UV Transmittance Monitor by Sensorex

Sensorex's UVT-LED transmittance monitors are the first UVT monitors in the world to use a UV-LED light source. This technology offers advantages over traditional mercury lamp UVT instrumentation, including stable output with zero warm up time. Field users will benefit from reduced maintenance: LED technology eliminates the need for replacement cuvettes or lamps.

Our UVT-LED-H Handheld UV Transmittance Monitor is ergonomic and lightweight at just 0.9 lbs (0.41 kg). Obtain incredibly accurate UV Transmittance data on water samples with easy one-button operation. Calibration is equally quick and easy, and only requires a small amount of deionized (DI) water. Designed for reliability in the field, the unit is built with a Nickel-Cadmium (NiCad) battery and can take up to 350 readings on a single charge.

Features:

• Ergonomic, lightweight, and portable
• Fast readings with zero warm up time
• Quick and easy calibration with DI water
• No replacement cuvettes or lamps
• Stable measurements driven by UV-C LED technology
• Take up to 350 measurements per battery charge

AZF848519 Microtox® FX Test System by Modern Water

Microtox® FX is a simple, rapid, extremely responsive, portable water quality test system. Designed for acute toxicity screening and adenosine triphosphate (ATP) testing, Microtox® FX uses bioluminescence technology to screen for contamination in instances of drinking water emergencies and chemical spills into water systems. Microtox® FX is the portable toxicity analyser used with the Microtox® technology

The Microtox® FX instrument has a combined detection capability that provides a very sensitive and rapid test to detect two of the most probable classes of agents; pathogens and toxic chemicals, that may accidently or intentionally contaminate drinking water or wastewater. Microtox® FX's acute toxicity and ATP detection capabilities make it the ideal instrument for rapidly and accurately assessing if the quality of drinking water, from the source to the tap, has been affected by an incident.

• Biological early warning system sensitive to more than 2,700 simple and complex chemicals
• Fast - Reliable results available in 5 minutes after initial sample preparation
• Test results highly correlated with other widely accepted toxicity test methods
• Excellent correlation with HPC test methods
• Fully portable - lightweight with sturdy field carrying case
• Battery life of up to 8 - 10 hours with typical use
• Compatible with widely available ATP test kits*
• Manufactured in a certified ISO 13485 quality system with 100% lot traceability

Microtox® FX is designed for use in any sample location throughout the water distribution or industrial waste water system. It is particularly suited to remote sites such as reservoirs, storage tanks, ocean or lake going vessels or in any hard to reach place.

Chemical contamination of drinking water and wastewater

Microtox® FX is the portable version of the industry-leading Microtox® Model 500 (M500) laboratory analyser. The Microtox® FX test is fast, simple to conduct, uses small sample sizes and is very cost effective. Results correlate well with those from other toxicity bioassays such as fish, daphnia and shrimp. Microtox® FX is used extensively in the measurement of toxicity of "fit for use" water and wastewater treatment effluent. It is also used as an early screening tool for relative toxicity as part of a test battery.

Microtox® FX test systems are uniquely suited for drinking water surveillance where supplies are monitored regularly and at strategic points. It can quickly reveal any changes in the level of toxicity of drinking water making it the ideal solution for major events. Microtox® has been deployed during the Summer Olympics beginning in 1984.

In industrial and municipal wastewater, Microtox® FX helps assure compliance with NPDES toxicity limits, measures toxicity in influent streams and determines treatment efficiency.

Microbial contamination of drinking water

Microtox® FX can rapidly estimate the microbial concentration of a drinking water sample to a level of 100 cfu/mL without additional filtration or incubation steps. The data is available in minutes and is highly correlated with standard heterotrophic plate count methods.

Microtox® FX is extremely responsive and has been designed for use in a wide variety of applications where it is crucial to rapidly determine the biomass of a sample.

Applications

• Drinking water monitoring
• Emergency response: Biological contamination
• Emergency response: Chemical toxicity
• Hazardous waste
• Industrial effluent
• Industrial process water
• Municipal effluent
• Recreational water
• Soil
• Sediments
• Storm water

Process explained

The Microtox® FX system performs a dual function; toxicity testing and determination of microbial contamination. The Microtox® FX test system uses a strain of naturally occurring luminescent bacteria called Aliivibrio fischeri to provide acute toxicity detection. The bacteria emit light as a natural part of their metabolism. Exposure to a toxic substance causes disruption of the respiratory process of the bacteria resulting in reduced light output. The Microtox® FX photometer measures the light levels before and after addition of the sample, and the reduction in light output is a measure of the toxicity of the sample.

All organisms contain ATP as their main energy source and the amount of ATP in a sample is directly proportional to the biomass of the sample.

ATP reacts with luciferin/luciferase, the enzyme system present in firefly tails, to produce light. In the reaction, each molecule of ATP produces one photon of light; the light output of this reaction can be accurately measured using the very sensitive Microtox® FX instrument.

Includes:

• Microtox FX Analyzer, w/Case
• Microtox SOLO Reagent: 50 vials
• Microtox Diluent: 1L
• Microtox Osmotic Adjusting Solution
• Adjustable Volume Pipette, 10-100 uL
• Adjustable Volume Pipette 100-1000 uL
• 10-100 uL Pipette Tips
• 100-1000 uL Pipette tips
• Disposable Glass Cuvettes (400)
• Cuvette Racks: set of 5
• Digital Lab Timer
• User Manual (USB)

AZF686300 Microtox SOLO Reagent, 50 vials per box by Modern Water

SOLO Reagent is the same as Acute Reagent - packaged to run a single test

Accessories required:

• Disposable Glass Cuvettes: box of 1000 - AZF686004
• Cuvette Racks (set of 5) - AZF686250
• Oxford® Fixed Volume 10 uL Pipette (for high toxicity protocol only) - AZF686067
• Adjustable Volume Pipette: 10 - 100 uL - AZF686087
• Adjustable Volume Pipette: 100 - 1000 uL (for all protocols) - A00176
• 10-100 uL Wide Bore Pipette Tips: tray of 96 - AZFV020
• 100-1000 uL Wide Bore Pipette Tips: tray of 100 - AZFV021
• Microtox® Diluent: 1L bottle - AZF686011
• Microtox® Osmotic Adjusting Solution: 1 x 50 mL - AZF686019

WD-35635-05 T-100 Turbidity Meter Only by Oakton

Waterproof and dustproof with IP67 rated housing that floats!

Designed for portability and durability the waterproof T-100 turbidity meter is ideal for monitoring turbidity in chemical, food and industrial applications. The microprocessor-based T-100 turbidity meter uses an infrared LED light source and delivers unprecedented repeatability and accuracy while offering resolution as low as 0.01 NTU. This lightweight meter is a valuable analytical tool for field-testing and quality control.

Calibration standards are now provided in freeze-resistant 60-mL HDPE bottles for better shipping and longer shelf-life.

• Includes three empty cuvettes wihte light shield caps, silicone oil, lint-free cloth, 4 AAA batteries, instruction, and hard carrying case
• Four point push-button calibration for full-range accuracy
• Auto-ranging from 0 to 1000 NTU

AZF848522 Microtox® FX Test System, No SOLO by Modern Water

Microtox® FX is a simple, rapid, extremely responsive, portable water quality test system. Designed for acute toxicity screening and adenosine triphosphate (ATP) testing, Microtox® FX uses bioluminescence technology to screen for contamination in instances of drinking water emergencies and chemical spills into water systems. Microtox® FX is the portable toxicity analyser used with the Microtox® technology

The Microtox® FX instrument has a combined detection capability that provides a very sensitive and rapid test to detect two of the most probable classes of agents; pathogens and toxic chemicals, that may accidently or intentionally contaminate drinking water or wastewater. Microtox® FX's acute toxicity and ATP detection capabilities make it the ideal instrument for rapidly and accurately assessing if the quality of drinking water, from the source to the tap, has been affected by an incident.

• Biological early warning system sensitive to more than 2,700 simple and complex chemicals
• Fast - Reliable results available in 5 minutes after initial sample preparation
• Test results highly correlated with other widely accepted toxicity test methods
• Excellent correlation with HPC test methods
• Fully portable - lightweight with sturdy field carrying case
• Battery life of up to 8 - 10 hours with typical use
• Compatible with widely available ATP test kits*
• Manufactured in a certified ISO 13485 quality system with 100% lot traceability

Microtox® FX is designed for use in any sample location throughout the water distribution or industrial waste water system. It is particularly suited to remote sites such as reservoirs, storage tanks, ocean or lake going vessels or in any hard to reach place.

Chemical contamination of drinking water and wastewater

Microtox® FX is the portable version of the industry-leading Microtox® Model 500 (M500) laboratory analyser. The Microtox® FX test is fast, simple to conduct, uses small sample sizes and is very cost effective. Results correlate well with those from other toxicity bioassays such as fish, daphnia and shrimp. Microtox® FX is used extensively in the measurement of toxicity of "fit for use" water and wastewater treatment effluent. It is also used as an early screening tool for relative toxicity as part of a test battery.

Microtox® FX test systems are uniquely suited for drinking water surveillance where supplies are monitored regularly and at strategic points. It can quickly reveal any changes in the level of toxicity of drinking water making it the ideal solution for major events. Microtox® has been deployed during the Summer Olympics beginning in 1984.

In industrial and municipal wastewater, Microtox® FX helps assure compliance with NPDES toxicity limits, measures toxicity in influent streams and determines treatment efficiency.

Microbial contamination of drinking water

Microtox® FX can rapidly estimate the microbial concentration of a drinking water sample to a level of 100 cfu/mL without additional filtration or incubation steps. The data is available in minutes and is highly correlated with standard heterotrophic plate count methods.

Microtox® FX is extremely responsive and has been designed for use in a wide variety of applications where it is crucial to rapidly determine the biomass of a sample.

Applications

• Drinking water monitoring
• Emergency response: Biological contamination
• Emergency response: Chemical toxicity
• Hazardous waste
• Industrial effluent
• Industrial process water
• Municipal effluent
• Recreational water
• Soil
• Sediments
• Storm water

Process explained

The Microtox® FX system performs a dual function; toxicity testing and determination of microbial contamination. The Microtox® FX test system uses a strain of naturally occurring luminescent bacteria called Aliivibrio fischeri to provide acute toxicity detection. The bacteria emit light as a natural part of their metabolism. Exposure to a toxic substance causes disruption of the respiratory process of the bacteria resulting in reduced light output. The Microtox® FX photometer measures the light levels before and after addition of the sample, and the reduction in light output is a measure of the toxicity of the sample.

All organisms contain ATP as their main energy source and the amount of ATP in a sample is directly proportional to the biomass of the sample.

ATP reacts with luciferin/luciferase, the enzyme system present in firefly tails, to produce light. In the reaction, each molecule of ATP produces one photon of light; the light output of this reaction can be accurately measured using the very sensitive Microtox® FX instrument.

Includes:

• Microtox FX Analyzer, w/Case
• Microtox Diluent: 1L
• Microtox Osmotic Adjusting Solution
• Adjustable Volume Pipette, 10-100 uL
• Adjustable Volume Pipette 100-1000 uL
• 10-100 uL Pipette Tips
• 100-1000 uL Pipette tips
• Disposable Glass Cuvettes (400)
• Cuvette Racks: set of 5
• Digital Lab Timer
• User Manual (USB)

7085000 EnSys RDX Explosives Soil Test Kit with Extraction Jars by Modern Water

Ensys® explosives kits are rapid field or laboratory colourimetric tests for the analysis of explosives in soil. The kits are based on a method developed by Dr. Thomas Jenkins at the US Army Corps of Engineers - CRREL.

Features:

• Detects RDX, HMX and related explosives
• Convenient and rapid testing in the field or laboratory
• Extractions can be performed simultaneously with analysis in singlicate
• Can test sample extract from EnSys TNT test
• Training recommended
• EPA SW-846 Method #8510 (proposed status final with 4th update)

Test result type

• Quantitative data

Samples per kit

• 20 soil samples

Assay range

• Soil: 1 ppm to 30 ppm total RDX
• Higher sample concentrations can be quantified by sample extract dilution

Sample preparation

• Soil samples require prior extraction using the included extraction components
• Soil samples should be dried prior to analysis
• Soil sample extracts from TNT soil test kit may be used

Sampling time

• 'Dirt-to-Data' in approximately 30 minutes
• Typically about six samples can be run in about one hour
• Soil extraction time is typically 2 - 10 minutes per sample plus test run time of approximately 20 minutes

Specificity

The Ensys® RDX test is specific for RDX, HMX and related explosive compounds and exhibits the following sensitivities. The RDX does not measure TNT, TNB or DNB.

Basic Test Procedure

• Clean cuvettes and set spectrophotometer
• Extract soil sample: Weigh 10 grams of soil sample, Add sample to extraction jar, Measure 50mL acetone into 50mL tube, Pour acetone into extraction jar and shake for three minutes, Allow to settle for five minutes
• Draw into syringe 5.5mL liquid from above the sediment layer in extraction jar
• Attach filter tip to syringe and transfer 5mL of sample extract into a 13mL tube
• NOTE: if nitrate/ nitrate interferents are present, attach an Alumina-A cartridge to the syringe and dispense through this
• Cut open an acetic acid bulb and add contents to the 13mL tube. Cap and shake
• Cut open a NitriVer pillow and add it to a 50mL reaction vial containing water
• Quickly pour acetic acid and sample into 13 mL zinc tube and cap. Invert twice and expose sample to zinc for EXACTLY 15 seconds
• With the filter attached to syringe and plunger removed, hold over reaction vial and pour zinc solution into it
• Rapidly filter the solution into the 50mL reaction vial, cap and shake for 30 seconds
• Incubate for 15 minutes for colour development and transfer contents to 30mL syringe barrel. Attach syringe filter and dispense into spectrophotometer cuvette
• Place cuvette in spectrophotometer and record absorbance
• Calculate results

Test kit components

• 20 weigh boats and wooden spatulas
• 20 extraction jars
• One 50mL graduated tube
• 20 - 50mL reaction vials with H2O
• 20 - 13mL zinc tube in foil pouches
• 20 - 10cc, 20cc and 30cc syringes
• 20 - 30mL tubes
• 20 NitriVer pillows
• 20 acetic acid bulb pipettes
• 60 syringe filters
• 1 bulb pipette
• 1 RDX control vial and ampoule cracker
• Test kit instructions

Storage & precautions

• Shelf life is typically one year from date of manufacture, with specific kit expiration date information provided on product packaging.
• Store kits at room temperature (less than 80°F (27°C))
• Operate the test at temperature greater than 40°F/4°C and less than 100°F/39°C
• Do not expose the kits to direct sunlight

Required test materials

• EnSys RDX explosivessoil test kit (7085000)
• EnSys TNT explosives soil test kit (7002000)

Required test equipment

• Acetone: hardware or laboratory grade (min 50mL per sample)
• Alumina-A cartidges (if nitrate/nitrate interferents present) (6021200)

Other recommended materials

• Scissors
• Tap or laboratory grade water for cuvette rinsing
• Hach DR/2000, DR/2010 or DR/2800
• 2 matched hach cuvettes
• 2 cuvette stopper plugs
• Balance
• Marker pen, calculator
• Absorbent paper
• Liquid waste container
• PPE: Disposable gloves, eyewear

SP-710 Water Multimeter, PTSA/pH/ORP/Conductivity/Temp/Free/Total Chlorine by Quantrol

The Pyxis SP-710 and SP-710B are handheld multimeter units capable of measuring up to 6 key water treatment parameters simultaneously. SP-710 offers pH, Conductivity, PTSA, Temperature, ORP and a Free/Total Chlorine Colorimeter uniquely designed as a multimeter for cooling water applications. The SP-710B offers pH, Conductivity, PTSA, Temperature, ORP and Fluorescein for boiler water applications. Both units offer a Bluetooth enabled and fully potted, battery powered pH/ORP module, eliminating water and KCl contamination to the unit processor. The new module design offers wireless communication to the base SP710/B unit and can also be viewed via the uPyxis APP for smartphone and/or our full scale SP-910 Colorimeter.

The SP710/B is fully waterproof and industrialized and available with an optional body case bump guard with bet clip for ease of access and protection. Pyxis has integrated a fully molded screen to ensure a water proof seal under a pressurized manufacturing environment. The device itself also contains an integrated humidity sensor to ensure a water-free electronic environment.

The simplicity of the one-handed operation is empowered by the Pyxis Inc. proprietary technology that combines electrochemical and optical measurements in a cuvette-less platform. This unique technology simultaneously measures and compensates for Color and Turbidity contamination of the water sample during fluorescence testing, ensuring precise measurement capability +/1ppb resolution, unmatched in the water treatment market.

In less than one minute, results for all key parameters for a typical traced cooling and boiler water treatment applications can be determined. The SP-710/B stores the history for all measurements which can then be transferred via Bluetooth to smartphones or computers for statistical analysis via the uPyxis APP. The SP-710/B can also be used to wirelessly diagnose and calibrate the Pyxis ST-500 and ST-525 inline PTSA/Fluorescein probes, dramatically reducing service time in the field associated with tracer probe calibration.

Features

• Breakthrough technology combines the following in a single rugged one-handed meter. SP-710=PTSA / Conductivity / pH / ORP / Temperature / Free & Total Chlorine Colorimeter. SP-710B=PTSA / Conductivity / pH / ORP / Temperature / Fluorescein
• Waterproof Bluetooth Enabled potted battery powered pH/ORP Module
• pH/ORP Battery Module Added Wireless Communication Capable uPyxis APP & SP-910
• Intelligent sensor aging and/or humidity detection capability.
• Record up to 8G historical data with a calendar time mark and options to set up sample location information
• Long battery life - 10,000+ readings
• Auto Compensation for Color & Turbidity Contamination = Precise Measurement
• Brightness Adjustable Color Screen with Parameter Locking-in Function
• Wireless Diagnosis & Calibration of Pyxis ST-500 (PTSA) & ST-525 (Fluorescein) probes
• Optional Body Pump Guard w/Belt Clip

Typical Applications

Traced water treatment for industrial / commercial cooling towers and boilers.

WD-35635-15 T-100IR Portable Infrared Turbidity Meter Kit by Oakton

The Oakton T-100 series portable turbidity meters feature five calibration points—0 NTU, 20 NTU, 100 NTU, 400 NTU, and 800 NTU. The 0 NTU uses laboratory distilled or deionized water, while the other four calibration points are configured using high molecule polymer standard solutions included in the kits. The meters also include normal and continuous measurement modes, parameter setup, data recall, real-time clock, calibration date check, automatic power off, and low voltage indication. The continuous measure mode allows you to automatically generate average, maximum and minimum measured values in a data storage interface, suitable for sample solutions with rapid settling and continuous measurement changes.

The large TFT color screen displays a blue background for measurement mode, green background for calibration mode, and features operation guides for easy calibration and measurement. Up to 200 sets of data can be stored on the meter. A USB interface cable can transfer this data to your computer for future analysis.

• Auto-ranging from 0 to 1000 NTU (FNU)
• Stores up to 200 sets of data
• Suitable for field use—meets IP67 water-resistant requirements
• Infrared light source delivers high accuracy across entire range
• Meets performance criteria as specified by ISO 7027 (DIN EN 27027) method

Includes

Six 25 x 60 mm sample test cuvettes, five 60-mL polymer standard calibration solutions (0.0, 20, 100, 400, and 800 NTU), 10 mL of silicone oil, microfiber wiping cloth, PCLink software on USB flash drive, hard carrying case, rechargeable Lithium battery and USB cable with power adapter.

SP-350 Flourometer, PTSA by Quantrol

Pyxis SP-300 series fluorometers measure the concentration of a fluorescent substance in a liquid sample. These fluorometers have a built-in sample cell and samples can be directly filled into the sample cell. SP-380, SP-395, and SP-400 are dual channel fluorometers. SP-380 measures PTSA and fluorescein. SP-395 measures halogenated azoles and naphthenic disulfonic acid (NDSA).

SP-400 measures PTSA (1,3,6,8-pyrenetetrasulfonic acid) and conductivity with patent pending technology to combine cutting edge optical measurement with electrochemical measurement in the same sample cell.

Major features of these fluorometers include:

• Extra color and turbidity parameters measured are used for automatic compensation to eliminate interference.
• No sample cuvette is needed and variations associated with the cuvette is eliminated.
• Large color graphic screen that can be read in direct sunlight.

AZF686060 Microtox Acute Starter Pack by Modern Water

Only available with purchase of M500 analyser. Includes the following:

• 1 AZF686018 Microtox® Acute Reagent 10 vials
• 1 AZF686011 Microtox® Diluent
• 1 AZF686019 Microtox® Osmotic Adjusting Sol'n
• 2 AZF686016 Microtox® Reconstitution Solution
• 1 686005 Disposable Glass Cuvettes: 400x

SP-400 Dual-channel Flourometer, PTSA/Conductivity by Quantrol

Pyxis SP-300 series fluorometers measure the concentration of a fluorescent substance in a liquid sample. These fluorometers have a built-in sample cell and samples can be directly filled into the sample cell. SP-380, SP-395, and SP-400 are dual channel fluorometers. SP-380 measures PTSA and fluorescein. SP-395 measures halogenated azoles and naphthenic disulfonic acid (NDSA).

SP-400 measures PTSA (1,3,6,8-pyrenetetrasulfonic acid) and conductivity with patent pending technology to combine cutting edge optical measurement with electrochemical measurement in the same sample cell.

Major features of these fluorometers include:

• Extra color and turbidity parameters measured are used for automatic compensation to eliminate interference.
• No sample cuvette is needed and variations associated with the cuvette is eliminated.
• Large color graphic screen that can be read in direct sunlight.