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The PowerMon Ionometer is a versatile applicable on-line measuring instrument, which is used for the monitoring of the legally prescribed limit value in the outlet of municipal and industrial purification plants.
Advantages:
-precise results
-connection of up to 100 external,
physical measuring sensors
-fully automatic operation
-easy, comfortable operation
-fast data transfer
-self-monitoring system
-remote maintenance and
network ability
-graphic user interface with interactive
Touch Screen operation
-update of the operating software or
download of data by USB stick
-minimum operating cost by small
reagent consumption
-second measuring point
without surcharge
-operation also possible
without housing
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These analyzers and sensor assemblies are suitable for measuring fluoride concentration typically found in drinking water applications and are a simple, cost-effective solution for ensuring regulatory compliance in fluoridated drinking water.
Benefits:
- Low price
- Low maintenance
- No chemical additions
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ANTEK's 9000F offers a cost-effective alternative to the common Wickbold method (oxy-hydrogen torch) of analysis, providing total fluoride determinations on gas, liquid, and solid samples safely within minutes instead of hours. It is far less expensive than ICP/MS; and, unlike other methods, the ANTEK 9000F is specific for fluoride without interference from other halides. The safe, non-hazardous ion specific detection method provides an analytical range from sub-ppm to percent levels.
Features & Benefits
- Specific for fluoride
- Sensitivity from sub-ppm to % levels
- Results in 5 to 15 minutes
- Non-hazardous operation
- Gas, LPG, liquid, and solid samples
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PerkinElmer recently acquired Arnel, a recognized leader in engineered solutions for GC applications in the hydrocarbon processing, food & beverage and industrial hygiene markets. PerkinElmer continues to provide standard and custom engineered solutions based upon the Clarus GC platform.
PerkinElmer offers more than 100 turnkey solutions with defined specifications that cover a wide range of applications and requirements in many industries – petroleum refining/petrochemical, natural gas and dissolved gases in transformer oils – providing superior analytical capabilities and ease-of-use.
And if our standard analyzers do not meet your needs, we can configure an analyzer to match your requirements.
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With one of the most comprehensive families of sensors and on-line analyzers for pH, conductivity and dissolved oxygen, Yokogawa is recognized as a world leader in the field of analytical equipment.
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Semi-Automatic Gum Content Determination by Jet Evaporation up to 280 °C
Gum content is the residue of substances mainly aircraft fuels and motor gasoline) under investigation which can not be evaporated under test conditions. The gum content is measured in units of mg/100 ml.
Suitable for: Aviation Fuel, Fuel, Gas Oil, Gasoline, Jet Fuel, Motor Gasoline, Turbine Fuel
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The AQUAPOD LIGHT UV FLUO detects BTEX, gasoline, diesel, jet fuel and oil in water.
The AQUAPOD LIGHT UV FLUO is an on-line continuous monitor that provides hydrocarbon and oil in water monitoring down to low ppb.
The AQUAPOD LIGHT UV FLUO is used for applications that require monitoring of treated and untreated wastewater streams ranging from industrial wastewater, groundwater, process water, produced, potable water intakes, and storm water run-off.
Technical Features :
The AQUAPOD UV FLUO integrate both UV and Fluorescence analysis.
Direct, Continuous Monitoring. The AQUAPOD LIGHT UV FLUO monitors a flowing water stream continuously.
Accurate. The AQUAPOD LIGHT UV FLUO directly measures aromatic hydrocarbons in water with accuracies that consistently correlate to regulated laboratory methods.
Sensitive. The AQUAPOD LIGHT UV FLUO monitor detects BTEX, gasoline, diesel, jet fuel, crude oil, aromatic solvents and refined petroleum products containing aromatics from low ppb (ug/L) to high ppm (mg/L).
Selective. The AQUAPOD LIGHT UV FLUO continuously measures the fluorescence of aromatic hydrocarbon compounds in water. Fluorescent compounds each have a unique signature, and these compounds can be displayed as an actual concentration.
Effective Monitoring in Dirty Water. Monitoring fluorescence makes the AQUAPOD LIGHT UV FLUO resistant to interferences by turbid or dirty water which impact on-line UV or IR light scatter instruments.
Operator Friendly. The AQUAPOD LIGHT UV FLUO is designed for easy operation.
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AMETEK Western Research® manufactures a range of H2S analyzers for applications including gas sweetening, pipeline quality/custody transfer, synthetic natural gas, blending stations, lean/rich amine and contactor overhead, tail gas treating, and any other process where % or PPM concentrations of H2S must be measured.
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The PowerMon Titrometer is a versatile applicable on-line measuring instrument. It guarantees a permanent optimal water quality by the continuous supervision in the chemical industry, water and waste water treatment, in power stations and the paper industry.
Advantages
- fully automatic operation
- easy, comfortable operation
- fast data transfer
- precise results
- self-monitoring system
- minimum operating cost by small reagent consumption
- connection of up to 100 external, physical measuring sensors
- remote maintenance and network ability
- update of the operating software or download of data by USB stick
- graphic user interface with interactive Touch Screen operation
- second measuring point without surcharge
- operation also possible without housing
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Sievers 900 Laboratory
The Sievers® 900 Laboratory Total Organic Carbon (TOC) Analyzer offers superior productivity for laboratory TOC measurements. Automated calibration and validation procedures, faster analysis time, automated reagent adjustment, and the high-capacity 900 Autosampler combine for an unequalled level of efficiency, flexibility, and ease of use.
The 900 Laboratory Analyzer yields productivity gains with analysis times 30 percent faster than its Model 800 predecessor. The instrument enables complete unattended operation with an Autoreagent feature that calculates and applies the appropriate reagent flow rate for any sample without requiring user intervention. Additional productivity enhancements are realized with the optional 900 Autosampler, featuring random access capability and up to 120 sample positions.
Engineered for ease of use and cost-effective operation, the Analyzer needs no external reagents or gas supplies and requires only two hours of preventive maintenance per year. Twelve-month calibration stability frees analysts to perform other critical tasks.
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IL 550 TOC Analyser - Ready for the toughest challenge
Liquids and solids, particle- and salt-containing samples - all of them are no problem for the IL 550 TOC-TN with high-temperature digestion.
The variable injection volume of 10 to 500 µl enables a volume-dependent calibration to be carried out without time-consuming preparation of different standards.the VITA software ensures long-term stable calibration. The wide measuring range of 0.05-30,000 mg/l TOC and 0.1-100 mg/l TN makes precise analysis possible without dilution.
For the serial analysis of solids, the HSC 1300 module is used with sample weights up to 3 g!
IL 500 TOC Analyser - Seriously sensitive
The IL 500 TOC analyser with UV persulphate digestion is especially suitable for the automatic analysis of TOC in the low measuring range, as samples of up to 20 ml can be injected. Three measurement channels give the instrument its especially wide measuring range from 0.002 to 10,000 mg/l. The OMNITOC software is very easily understandable
and can be operated intuitively.
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Total solution for all application and conditions with 7 different modules:
TOC-determination based on the known
Combustion catalytic oxidation / NDIR-detection method
- Stand alone operation
- PC-Controlled
- Economic Module
TOC-determination based on the new developed
Wet chemical oxidation / NDIR-detection method
- Stand alone operation
- PC-Controlled
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This range of small probes with 3 mini-sensors measure pH, ORP, conductivity, temperature DO and level in wastewater, natural water and underground water. These SDI-12 ultra low comsuption probes can be connected to all SDI-12 systems
Using AQUA, AQUA 10 or AQUA 50 probes allows you to measure up to 6 parameters simultaneously: Temperature, Conductivity, pH, ORP, Dissolved Oxygen and Depth.
- Fast connection to ISCO devices, ADCON remote systems or any other instruments using the SDI12 protocol
- Ultra low consumption (40 µA)
- Connection of the sensors by simple "clip"
- Pocket size for maximum user convenience (length = 420 mm, diameter = 40 mm)
- Flexibility in use : its independent connection cable length allows adjusting cable length according to your needs
3 probes are available :
- AQUA : Wastewater
- AQUA 10 : Surface water (0-10 m),
- AQUA 50 : Underground water (0-50 m).
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pH-ORP
Patented non-glass Durafet probes and traditional glass pH technology help measure, analyze and transmit pH and ORP information in industrial processes. Honeywell provides a complete line of analyzers and transmitters, and several mounting types.
7758/7758D Pipeline Mounting
The 7758 pipeline electrode mounting uses a stainless steel or polypropylene bushing with 3/4" NPT for mounting in pipelines.
7773/7773D Flow & Immersion Mounting
7773 mounting capabilities encompass the industrial measurements of pH, ORP, specific ion and temperature in a flow or submersion configuration.
7774/7774D Insertion Removal Mounting
The 7774 insertion/removal assemblies, which accommodate Durafet II and Meredian series combination (single-probe) pH or ORP electrodes, are designed for use in processes under pressure because the electrode can be inserted or removed without interrupting the process.
7777/7777D Immersion/In-Line Glass Mounting
Honeywell's 7777 series of electrode mountings enables users to interface Durafet II pH electrodes with a process via a ¾" threaded connection and Meredian II by either submersing the electrode or mounting it into a ¾" threaded connection.
7777DVP Immersion/In-Line Mounting
Honeywell's 7777DVP Series of electrode mountings enables users to interface Durafet III pH electrodes to a process via a ¾" threaded connection by either submersing the electrode or mounting it into a ¾" threaded connection.
7794DVP Sanitary Durafet III Mounting
The Sanitary Durafet III pH electrode has an integral, tri-clamp flange for easy mounting in the process.
HB Series Ruggedized Electrodes
Honeywell's HB Series of electrode mountings are designed for high temperature, high pressure and harsh chemical applications.
Transmitter - APT2000PH
The APT2000PH transmitter is a two-wire 24-volt device that continuously measures pH or ORP in industrial processes.
Analyzer - APT4000PH
The APT4000 pH/ORP analyzer continuously measures pH or ORP in industrial processes.
DirectLine DL421 pH Transmitter
The DL421 transmitter can be connected directly to the electrode as one integral mounted unit. Alternatively, the transmitter can be wall, pipe or DIN rail mounted remotely from the associated pH electrode.
DirectLine DL422 ORP Transmitter
The Meredian II ORP electrode can be located directly on to the DL422 transmitter module as one integral mounted unit. Alternatively the DL422 transmitter can be wall, pipe or DIN rail mounted remotely from the ORP electrode.
DirectLine DL1000 Durafet Mountings
DL1000 pH electrode in combination with DL421 pH transmitter either directly or remotely mounted offer an ideal end user solution to online pH measurement. Installation, maintenance and performance cost savings are assured.
DirectLine DL2000 Meredian Glass Mountings
For pH measurement the DirectLine transmitter modules can be mounted integrally or remotely with the DL2000 Meredian glass pH electrode.
DirectLine DL3000 ORP Mountings
For ORP measurement the DirectLine transmitter modules can be mounted integrally or remotely with the DL3000 ORP electrode.
Durafet non-Glass pH Sensor
The Durafet pH electrode is an industrial, non-glass, unbreakable, Ion Sensitive Field Effect Transistor (ISFET)-based pH sensor that provides fast, accurate and dependable pH measurement in the most demanding applications.
HPW7000 HiPurity pH Measurement System
The HPW7000 HiPurity Water pH Measurement System is an electrode mounting assembly designed specifically for the difficult pH measurement in high-purity water applications.
TL1000 Durafet II Twist Lock Mounting
The TL1000 Series, Twist Lock Mounting, provides an easy way to install/remove Durafet III pH electrodes from pipelines and tees. A quick ¼ turn is all that is required for installation/removal.
Analyzer - UDA2182 Multiple Input
The UDA2182 Universal Dual Analyzer represents the latest in analyzer technology by providing the most versatile multiple-input analyzer package on the market for measurement of pH, ORP, conductivity and dissolved oxygen.
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Conductivity
Honeywell conductivity technology helps measure, analyze and transmit valuable conductivity, resistivity and concentration information in simple and complex industrial processes with a complete line of analyzers, transmitters and conductivity cells.
Dissolved Oxygen
A complete line of analyzers, transmitters and dissolved oxygen probes ensures highly accurate, stable and trouble-free measurement in all types of applications.
pH-ORP
Patented non-glass Durafet probes and traditional glass pH technology help measure, analyze and transmit pH and ORP information in industrial processes. Honeywell provides a complete line of analyzers and transmitters, and several mounting types.
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All liquid parameters firmly under control
Our measuring systems analyze
- pH,
- ORP,
- electrical conductivity,
- dissolved oxygen,
- dissolved chlorine,
- turbidity,
- solids content
in chemicals as well as the concentration, e.g. of NO3, NH4, Si, Mn, Fe, PO4, in pharmaceutical products, power plants, in wastewater treatment, in pure water and drinking water.
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Microprocessor-controlled instrument amplifier with integrated controller for water analysis of:
pH
Redox
Ion concentration
Electrolytic conductivity (conductive and inductive)
Active chlorine concentration
Total chlorine concentration
Chlorine dioxide concentration
Oxygen concentration
Ozone concentration
Hydrogen peroxide concentration
Features:
Backlit 2-line alphanumeric LC display with measuring units
Clear text human-machine interface with only 5 touch keys
Password protection against unauthorized operation
Temperature compensation manual or via Pt 100 / 1000 / NTC 22 kOhm (3-wire)
Galvanic separation of inputs and outputs
2 analog outputs, user configurable
Integrated controller with 2 switching points
2 limit switches with time-delay, allocated to alarm relay
Display of operating and status messages
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Analyzer - UDA2182 Multiple Input
The UDA2182 Universal Dual Analyzer represents the latest in analyzer technology by providing the most versatile multiple-input analyzer package on the market for measurement of pH, ORP, conductivity and dissolved oxygen.
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Mitsubishi Chemical Analytech can offer an advanced solution for the analysis in drinking water, surface water and sludge in AOX application.
The ease of operation achieved by open top vertical tube which allows free maintenance of combustion tube more than 8 hours per day (one hundred column operable). And AOX-200 has its unique air inducting system which offers not required Oxygen gas supply.
Supply of drinking water is often discussed at the environmental related conference, and AOX is one of the important parameter of water quality.
Reference method
ISO9562, DIN EN1485, DIN38414 part18, EPA9020.
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We describe the use of measuring and control technologies for fluid dosing as “intelligent dosing”. Using the right measuring and control technology can help to substantially optimize metering of fluid chemicals.
The use of the right measuring and control technology grants a list of advantages for the dosing of fluid chemicals:
* Increased process safety
* More efficient process guidance (e.g. increase in product quality)
* Cost-savings for dosing-chemicals
* Cost-savings for the disposal of dosing-chemical-surpluses (effluent costs!)
* Transparency of the measuring data in realtime
Our product families for measuring and control technology offer a complete product range ideally adjusted to your dosing tasks
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Near-Infrared, Non-Invasive Tissue Oximeter
OxiplexTS™ is a revolutionary new device allowing the measurement of oxygenated and de-oxygenated hemoglobin concentrations in tissue. The device works by emitting Near Infrared (NIR) light into tissue at known distances from a collector. Light of two different wavelengths is used and the light is modulated at an RF frequency of 110 MHz. The collected light is measured and processed, and the absorption and scattering coefficients of the medium are determined. Once the absorption and scattering are determined, the assumption that hemoglobin is the only significant absorber is applied and the oxygenated and de-oxygenated hemoglobin concentrations are calculated.
The unique feature of the ISS OxiplexTS™ is that it uses the theory of photon migration through highly scattering media. This patented technology allows for the first time the absolute measurement of absorption and scattering in a highly scattering medium such as human tissue.
Since OxiplexTS™ measures the absorption and scattering of tissues directly, it does not require any calibration, estimation, or assumption about scattering in order to make an accurate measurement of absorption and, hence, hemoglobin concentrations. This unique ability to separate scattering from absorption sets the ISS OxiplexTS™ above all other NIR tissue oximeter technologies.
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GfG is a world leader for gas detection and measurement technology. For over 40 years GfG has specialized in designing, developing and producing the safest and most reliable equipment and sensors available.
GfG offers an extensive range of portable monitors and fixed systems. The product range includes sensors, the world´s smallest gas monitors, micro-processor controlled multi-gas detectors and computer aided system solutions. GfG provides diverse solutios for Toxic, Explosive and Oxygen gas detection in air and water.
GfG equipement is used in a variety of applications and industries including automotive, chemical industries, landfills, steel industries, hospitals, mining, public utilities, food processing, research institutes, universities and wherever the protection of life and property is needed.
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MOBILE FUEL LAB
Total quality control on the move
The new GRABNER INSTRUMENTS´ 'Mobile Fuel Lab' can be built and equipped in a very flexible way according to individual requirements: the type of vehicle can be chosen, air-condition, ventilation system, auxiliary heating, sink with fresh and/or distilled water, vessel dryer, anti-skid flooring, fire extinguishers and certainly a large selection of on-board fuel testing analysers (various brands are available) can be installed to comply with your individual needs.
All instruments are securely mounted on specially designed shock absorbers to avoid damage during driving. Specially designed lab desks and lockers provide optimal work space and storage of samples and chemicals.
The on board electric transformer supplies power to the instruments and devices from 2 sources: chargeable 12 V batteries and external and internal 240 V. Containers for waste and fresh/distillate water supply are easily accessible through the back doors.
A PC-network and a specially designed software program link all the instruments via the serial communication ports for data storage and print out. Additionally available options are a flat screen, a laser printer and a GPS navigation system.
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VARiON Plus – Ion-selective measurement of Ammonium and Nitrate
with automatic compensation
WTW’s new highly variable ionic sensor VARiON Plus allows:
• The continuous measurement of ammonium and nitrate with dynamic compensation by auxiliary ion-selective potassium or chloride electrodes.
• A further available slot can be used for an additional measuring electrode – this allows to measure ammonium and nitrate with one sensor (2 in 1).
No calibration required! Instead, the sensor comes manufacturer-calibrated and uses long-term stable electrodes.
Low purchase and operating costs! Utmost stability of the electrodes doubles the lifespan of minimizing the operating costs. Additionally, the calibration work and the additional costs for calibration standards is ommitted.
The advantages of the new VARiON Plus system are obvious: This calibration free combination sensor can measure both Ammonium and Nitrate simultaneously. Due to low investment and operating costs, it is a highly cost-effective solution for a reliable 24 hours measurement directly in the process.
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With new technology
The LDO oxygen probe and the pHD sc pH probe stand for superior technology. The LDO-Sensor determines the dissolved oxygen with an optical method, no more replacing of electrolyte or calibration. No electrode poisoning can occur because of the closed pHD sensor design. Less work and a longer service life in combination with gerater reliabilty translate into lower operating costs and appreciably more process dependabilty.
Wide range of applications
HACH LANGE probes can be installed in tanks, pipes or in bypasses - suitable mounting devices are available for every application.
By the application-specific design the probes can be exposed to aggressive fluids or high pressures.
The electrodes are kept separate from the sensitive digital electronics in an enclosure made of resistant plastic.
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One cost-effective and convenient way to measure multiple parameters without the need to purchase many different meters is to make use of a multi-parameter meter. Most of these meters are able to measure 2 or more parameters. The models featured here measure pH, conductivity and dissolved oxygen.
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The Neutronics Model HI-3000 Halon Identifier analyzes liquid samples of Halon 1301 taken from storage cylinders. The instrument displays the percentage purity of the Halon 1301 and identifies and displays percentages of the most likely contaminants: Halon 1211, R12, R22, and R134a. By correctly identifying the contents of Halon 1301 storage cylinders, contamination of expensive Halon 1301 can be eliminated.
Easy to Use
Model HI-3000 has five modes of operation: WARM UP, READY, SAMPLE, IDENTIFICATION, and PURGE. A series of LED lights guides the user through a simple operating procedure.
During the WARM UP mode, the system is purged with air and is auto calibrated. When the unit displays READY, the identifier is prepared for the test.
In the SAMPLE mode, a sample is drawn from the cylinder. The next step, IDENTIFICATION, analyzes the gas and displays the results. During the IDENTIFICATION mode, a printer can be attached to provide hard copy printout for records keeping and cylinder certification.
In the final PURGE mode, the HI-3000 automatically calibrates itself and returns to the READY mode.
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The HI 9828 Multiparameter Portable Meter is a comprehensive analytical instrument, capable of measuring up to 13 critical water quality parameters (6 measured and 7 calculated), including pH, EC/TDS, ORP, DO, atmospheric pressure, and temperature. Some of the most advanced capabilities available are incorporated into this portable meter. Designed for intuitive operation, the menu-driven navigation is user-friendly and logical.
Engineered with smart features such as auto recognition of pH/ORP probe, auto-ranging adjustments for EC/TDS readings, and measurement check - to eliminate erroneous readings - and more, our design acually simplifies operations and handling. There is virtually no learning curve to getting into this meter and quickly mastering it's capabilities. For field applications, Hanna's Quick Calibration allows the user to standardize pH, conductivity and dissolved oxygen, all with one solution! While in calibration mode, the meter will also assess and verify probe functionality. For monitoring and recording data, HI 9828 can be equipped with Hanna's optional T.I.S. - Tag Identification System: iButton©s with unique ID numbers. Installed at any sampling site, these tags will record and match specific location information with logging data. Comprehensive GLP features, such as last calibration date and status information, calibration time-out, and date and time tags associated with sample measurements, ensure consistency and accountability. The LOGGER function memorizes data from each connected sensors and log-on-demand & automatic logging can record up to 60,000 data samples. All data is downloadable to a PC via USB connectivity.
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Series of 5 models to measure 8 to 11 parameters; pH conductivity, dissolved oxygen, turbidity, temperature, ORP, Depth, GPS and more.
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The Analyst provides far greater accuracy and convenience for water testing. Using the latest advances in microprocessor technology, The Analyst provides a direct-reading, user-friendly analysis system for your choice of 90+ water tests. Most test kits use convenient tablet reagents. Compact, rugged and portable, The Analyst is equally reliable in lab, plant, classroom or field.
Important Features
Choose from OVER 90 pre-standardized important tests
Permanent calibrations for 90+ tests are stored in the memory of The Analyst microprocessor. No standard solutions, calibrations, charts, graphs, or calculations are needed. Procedures manual (supplied) contains all 90+ test instructions. Just read the accurate result directly from the liquid crystal display.
For more information, please visite our website
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Liquid analyzers
