A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
Determination of Common Counterions and Impurity Anions in Pharmaceuticals Using a Capillary HPIC System with Suppressed Conductivity and Charge Detection
Recently, identification and quantification of ions in early stage drug development has gained increasing attention, because the APIs maybe contaminated with different counter ions from synthesis steps, and because selecting the counter ion to enhance APIs’ solubility and stability is becoming a key step in formulation development. This presentation demonstrates the identification and quantification of 22 commonly found anions in pharmaceuticals in a single run using a high-pressure capillary IC system (HPIC) with 4-μm particle ion –exchange column, and CD-QD dual detectors.
The document describes several professional multi-parameter bench meters - the AD1000, AD1020, AD1030, AD1040 and AD1200 - that measure pH, ORP, ISE and temperature. The meters feature up to 5-point calibration, logging capabilities, alarms, and GLP features. They are supplied with electrodes, calibration solutions, and a manual. The document also lists various calibration and electrode solutions available for purchase.
High-performance anion-exchange chromatography with pulsed amperometric detection is valuable for oligosaccharide analysis with the value derived from the high-resolution separation followed by sensitive detection of native oligosaccharides. In this presentation the application of HPAE-PAD to oligosaccharides released from glycoproteins is demonstrated.
Method for HCL Monitoring by FTIR Analysisjimbelanger33
This document describes an analytical method for determining HCl concentration in gases using Fourier transform infrared spectroscopy (FTIR). It involves calibrating the FTIR using certified gas standards and then applying the calibration model to analyze sample gases. Key aspects discussed include using classical least squares to predict concentrations, selecting appropriate analysis regions, accounting for spectral interferences like water, and requirements for the sampling system such as heated lines and filtering. The method is intended for continuous emission monitoring applications like those required at Portland cement plants under EPA regulations.
Determination of Carbohydrates in Various Matrices by Capillary High-Performance Anion-Exchange Chromatography with Pulsed Amperometric Detection (HPAE-PAD)
This presentation describes the combined advantages of a reagent-free capillary format Ion Chromatography (IC) to determine monosaccharides and disaccharides in various applications, from low concentrations in synthetic urine samples to high concentrations in beverage samples. In a reagent-free IC system, the hydroxide eluent is electrolytically generated inline to deliver accurate and precise concentrations for isocratic or gradient separations by only adding deionized water. Eluent generation eliminates carbonate contamination and errors from manual preparation. A capillary scale system with µL/min flow rates can run 24/7, always on and always ready for samples.
A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
Determination of Common Counterions and Impurity Anions in Pharmaceuticals Using a Capillary HPIC System with Suppressed Conductivity and Charge Detection
Recently, identification and quantification of ions in early stage drug development has gained increasing attention, because the APIs maybe contaminated with different counter ions from synthesis steps, and because selecting the counter ion to enhance APIs’ solubility and stability is becoming a key step in formulation development. This presentation demonstrates the identification and quantification of 22 commonly found anions in pharmaceuticals in a single run using a high-pressure capillary IC system (HPIC) with 4-μm particle ion –exchange column, and CD-QD dual detectors.
The document describes several professional multi-parameter bench meters - the AD1000, AD1020, AD1030, AD1040 and AD1200 - that measure pH, ORP, ISE and temperature. The meters feature up to 5-point calibration, logging capabilities, alarms, and GLP features. They are supplied with electrodes, calibration solutions, and a manual. The document also lists various calibration and electrode solutions available for purchase.
High-performance anion-exchange chromatography with pulsed amperometric detection is valuable for oligosaccharide analysis with the value derived from the high-resolution separation followed by sensitive detection of native oligosaccharides. In this presentation the application of HPAE-PAD to oligosaccharides released from glycoproteins is demonstrated.
Method for HCL Monitoring by FTIR Analysisjimbelanger33
This document describes an analytical method for determining HCl concentration in gases using Fourier transform infrared spectroscopy (FTIR). It involves calibrating the FTIR using certified gas standards and then applying the calibration model to analyze sample gases. Key aspects discussed include using classical least squares to predict concentrations, selecting appropriate analysis regions, accounting for spectral interferences like water, and requirements for the sampling system such as heated lines and filtering. The method is intended for continuous emission monitoring applications like those required at Portland cement plants under EPA regulations.
Determination of Carbohydrates in Various Matrices by Capillary High-Performance Anion-Exchange Chromatography with Pulsed Amperometric Detection (HPAE-PAD)
This presentation describes the combined advantages of a reagent-free capillary format Ion Chromatography (IC) to determine monosaccharides and disaccharides in various applications, from low concentrations in synthetic urine samples to high concentrations in beverage samples. In a reagent-free IC system, the hydroxide eluent is electrolytically generated inline to deliver accurate and precise concentrations for isocratic or gradient separations by only adding deionized water. Eluent generation eliminates carbonate contamination and errors from manual preparation. A capillary scale system with µL/min flow rates can run 24/7, always on and always ready for samples.
A sensor selection guide when you need to measure
pH, ORP, Turbidity, Specific Ion, Conductivity, Water Analyzers, Dissolved Oxygen
Typical industrial applications are: Petro-Chemical Processing, Biotech & Pharmaceutical, Waste Water Treatment, Chemical Processing, Power Generation, Food & Beverage, Semi-Conductor, Industrial Water, Drinking Water
This document describes Method 200.7 for determining trace elements in water, solids, and biosolids using inductively coupled plasma-atomic emission spectrometry (ICP-AES). The method can be used to analyze over 30 elements, including metals and some nonmetals. It consolidates existing EPA methods for water, wastewater, and solid waste samples. The method allows for direct analysis of aqueous samples, as well as digestion of samples prior to analysis. It acknowledges that further validation is needed for some analytes like molybdenum in biosolids. The document provides information on applicability, required sample preparation and analysis techniques, potential interferences, and analyte detection limits that vary based on instrument parameters and
Overview of webinar:
Rechargeable, manganese-based, lithium-ion batteries (LiBs) are environmentally friendly, have a good safety record, and can be made at a lower cost than other metal-based LiBs. However, they have a shorter lifetime. Much research has been spent on improving product safety, cycle life, and product performance, yet understanding fundamental processes and degradation mechanism in LiBs remains a challenge. Identifying breakdown products and understanding degradation processes can lead to enhancing battery performance, improvements in product safety, and insight into component failure mechanisms.
Wastewater is produced by multiple sources, including chemical manufacturing, power generation, petroleum product extraction, and private residences. Specific industries can use knowledge of around the analytes present in wastewater to make decisions on reuse, treatment, or whether disposal is the most cost effective option. Prior to any discharge into ground or surface waters, the level of specific analytes must be determined to ensure that they do not exceed regulated limits. If these limits are being exceeded, treatment will be required. Ion Chromatography (IC) is the primary technique used for measuring the concentration of ions in wastewater and numerous methods have been developed that meet regulatory requirements. Learn about IC methods that enable accurate, consistent, and rapid measurement of both anions, such as chloride, sulfate, and bromate, and cations, such as sodium and magnesium.
Analysis of Anions and Cations in Produced Water from Hydraulic Fracturing Using Ion Chromatography
This presentation describes the use of ion chromatography (IC) to determine anions and cations in produced water from three different hydraulic fracturing sites. Considerable variation in ion concentration was found, which was attributed to differences in the geology of the locations from which samples were obtained.
This document summarizes the key process control points in a brewery where instrumentation is useful, including malt receiving, mash tun, hot and cold wort, fermentation, blending and filtration, packaging, product transfer, and wastewater. For each area, it outlines what parameters are measured (e.g. density, viscosity, pH), why accurate measurement is important for quality control and process efficiency, and examples of laboratory and process instruments that can be used. Process instrumentation allows for real-time monitoring and control while laboratory instruments enable periodic quality checks.
This document provides information on steam and water conditioning equipment, including sample coolers, cationic resin columns, back pressure relief valves, pressure reduced valves, and degassed cation conductivity equipment. It includes specifications, descriptions, diagrams, and spare parts for each type of equipment.
Monitoring and maintaining water purity are important to the power and electronics industries. In the both of these industries, impurities must be minimized and monitored to prevent corrosion or scaling, and degradation in demineralization processes. Learn about the analysis of ppb concentrations of ionic contaminants in high purity water using two easy methods: a direct large volume injection and concentration of a large volume injection, using electrolytically generated hydroxide eluents on a Reagent-Free™ Ion Chromatography system (RFIC™).
The MultiGas 2030 CEM is an FTIR-based gas analyzer designed to continuously monitor emissions in effluent streams containing up to 40% water. It can measure multiple target emissions like NOx, SO2, N2O, CO, HCl, HF, CH4, H2O, CO2 and NH3 with one analyzer. The robust analyzer produces high resolution spectra to detect components accurately in high moisture streams without water removal. It has low maintenance needs and costs due to integrated components and permanent calibration spectra.
This document discusses proper testing procedures for salt water pools. It emphasizes the importance of accurate testing to maintain balanced pool water. New regulations and testing standards are changing the industry. Digital testing devices provide more accurate results than test strips, but all devices require regular calibration and verification using standards to ensure accuracy. Maintaining proper chemical levels through regular testing is vital for salt water pool maintenance.
The document summarizes the ET TrafficBOx, an air quality monitoring device that measures multiple gases and particulate matter. It utilizes gas sensor technology to precisely measure pollutants. Key features include real-time data resolution and storage, an optional particulate monitor, and communication via Ethernet, GSM modem or other options. Specifications include measurement ranges and accuracy for various sensors, as well as the enclosure, power requirements, and optional communications modules.
The document provides information on charged aerosol detection (CAD) technology. It discusses the evolution of CAD products, how CAD works, comparisons to other detection methods like ELSD, and example applications. Key points covered include how CAD provides a uniform response for analytes independent of chemical structure, its wide dynamic range of up to four orders of magnitude, and how it can detect both non-volatile and semi-volatile compounds on HPLC and UHPLC systems without the need for reference standards.
The importance of clean drinking water is recognized worldwide. In the U.S., the Environmental Protection Agency (EPA) has established Maximum Contamination Limits (MCL) for monitoring toxic contaminants that may cause adverse health effects. Other ions, such as chloride and sulfate are monitored for aesthetic characteristics under the U.S. National Secondary Drinking Water Standards guidelines. Similar regulations for clean drinking water have been implemented in other industrialized countries. Ion Chromatography (IC) methods have been approved for compliance monitoring including U.S. EPA 300.0 in 1993. Learn about using ion chromatography for the determination of inorganic anions, perchlorate and chromate for compliance monitoring according to U.S. EPA Methods 300.0, 314 and 218.6.
This document provides tips and tricks for maintaining an HPLC instrument. It discusses the benefits of instrument service plans and visually inspecting the instrument weekly. Inputs are shared from Nordic field service engineers on best practices like using certified consumables and troubleshooting from the flow path direction. Useful tools discussed include backpressure coils, syringes, and control charts in Chromeleon. Maintaining a log book and monitoring for high backpressure are also recommended.
Analysis of Cations in Hydraulic Fracturing Flowback Water from the Marcellus Shale Using Ion Chromatography
This presentation describes the determination of cations in hydraulic fracturing flowback water using ion chromatography. In this work, sodium was most abundant, followed by calcium, strontium, magnesium, potassium, barium, ammonium, and then lithium, respectively. The quantity of scale-forming ions, such as calcium, strontium, and barium, is particularly informative because it can be used to determine the amount of anti-scaling agent in fracturing fluid mix that will maximize hydrocarbon recovery.
The slickwater stimulation of unconventional gas and oil shale plays creates flowback water with a composition that is unique to particular shale formations. Characteristically, these fluids contain high concentrations of salts (e.g., chloride, bromide) which are routinely determined using ion chromatography. This analysis typically requires sample preparation, including manual dilution, which can significantly increase the cost of analysis. Results presented will show highly reproducible determination of anions and cations from Marcellus Shale flowback water using inline conductivity to identify high salt samples and then automatically diluting them prior to injection, saving time and column life.
This webinar will provide pesticides residue analysts with valuable information on the development and optimization of gas chromatographic separations and mass spectrometry methods for the analysis of pesticide residues in food. The expert speakers will share their knowledge in understanding the critical points of the method, assisting analysts in modifying existing methods, and understanding instrumental and software technologies with the goal of improving laboratory productivity and reducing the overall cost per sample. The results of experiments for both screening and quantification workflows, using the latest technology, will be presented.
eXact Micro 10 Photometer Test InstructionsRonnie Lewis
The document provides information about the eXact Micro 10 photometer system for poolside water testing. It describes the features of the photometer such as precision, built-in cell, automatic timing, and test memory. It also summarizes the EZ-3 reagent delivery method and provides instructions for 13 common pool water tests that can be performed using eXact test strips. Additional information is given about ITS manufacturing facilities and quality control procedures to ensure accurate and reliable test results.
Analysis of Disinfection Byproducts by Ion Chromatography
In this presentation, the use of ion chromatography for the determination of bromate, chlorate and haloacetic acids for compliance monitoring according to various ISO standards (15061, 11206, 10304-4, 23631) and U.S. EPA Method 557 will be discussed. Examples will include IC methods using electrolytically generated hydroxide eluents on an RFIC™ system.
A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
No single liquid chromatography (LC) detector delivers ideal results. Often with LC detectors one analyte responds more strongly than another, or may not respond at all. What is most desired is the ability to accurately measure a wide range of analytes with consistent response simultaneously.
Charged Aerosol detection (CAD) is a mass sensitive technique for determining levels of any non-volatile and many semi-volatile analytes after separation by liquid chromatography. This technique provides consistent analyte response independent of chemical characteristics and gives greater sensitivity over a wider dynamic range. An analytes response does not depend on optical properties, like with UV-vis absorbance, or the ability to ionize, as with mass spectrometry (MS). The presence of chromophoric groups, radiolabels, ionizable moieties, or chemical derivatization is needed for detection.
A sensor selection guide when you need to measure
pH, ORP, Turbidity, Specific Ion, Conductivity, Water Analyzers, Dissolved Oxygen
Typical industrial applications are: Petro-Chemical Processing, Biotech & Pharmaceutical, Waste Water Treatment, Chemical Processing, Power Generation, Food & Beverage, Semi-Conductor, Industrial Water, Drinking Water
This document describes Method 200.7 for determining trace elements in water, solids, and biosolids using inductively coupled plasma-atomic emission spectrometry (ICP-AES). The method can be used to analyze over 30 elements, including metals and some nonmetals. It consolidates existing EPA methods for water, wastewater, and solid waste samples. The method allows for direct analysis of aqueous samples, as well as digestion of samples prior to analysis. It acknowledges that further validation is needed for some analytes like molybdenum in biosolids. The document provides information on applicability, required sample preparation and analysis techniques, potential interferences, and analyte detection limits that vary based on instrument parameters and
Overview of webinar:
Rechargeable, manganese-based, lithium-ion batteries (LiBs) are environmentally friendly, have a good safety record, and can be made at a lower cost than other metal-based LiBs. However, they have a shorter lifetime. Much research has been spent on improving product safety, cycle life, and product performance, yet understanding fundamental processes and degradation mechanism in LiBs remains a challenge. Identifying breakdown products and understanding degradation processes can lead to enhancing battery performance, improvements in product safety, and insight into component failure mechanisms.
Wastewater is produced by multiple sources, including chemical manufacturing, power generation, petroleum product extraction, and private residences. Specific industries can use knowledge of around the analytes present in wastewater to make decisions on reuse, treatment, or whether disposal is the most cost effective option. Prior to any discharge into ground or surface waters, the level of specific analytes must be determined to ensure that they do not exceed regulated limits. If these limits are being exceeded, treatment will be required. Ion Chromatography (IC) is the primary technique used for measuring the concentration of ions in wastewater and numerous methods have been developed that meet regulatory requirements. Learn about IC methods that enable accurate, consistent, and rapid measurement of both anions, such as chloride, sulfate, and bromate, and cations, such as sodium and magnesium.
Analysis of Anions and Cations in Produced Water from Hydraulic Fracturing Using Ion Chromatography
This presentation describes the use of ion chromatography (IC) to determine anions and cations in produced water from three different hydraulic fracturing sites. Considerable variation in ion concentration was found, which was attributed to differences in the geology of the locations from which samples were obtained.
This document summarizes the key process control points in a brewery where instrumentation is useful, including malt receiving, mash tun, hot and cold wort, fermentation, blending and filtration, packaging, product transfer, and wastewater. For each area, it outlines what parameters are measured (e.g. density, viscosity, pH), why accurate measurement is important for quality control and process efficiency, and examples of laboratory and process instruments that can be used. Process instrumentation allows for real-time monitoring and control while laboratory instruments enable periodic quality checks.
This document provides information on steam and water conditioning equipment, including sample coolers, cationic resin columns, back pressure relief valves, pressure reduced valves, and degassed cation conductivity equipment. It includes specifications, descriptions, diagrams, and spare parts for each type of equipment.
Monitoring and maintaining water purity are important to the power and electronics industries. In the both of these industries, impurities must be minimized and monitored to prevent corrosion or scaling, and degradation in demineralization processes. Learn about the analysis of ppb concentrations of ionic contaminants in high purity water using two easy methods: a direct large volume injection and concentration of a large volume injection, using electrolytically generated hydroxide eluents on a Reagent-Free™ Ion Chromatography system (RFIC™).
The MultiGas 2030 CEM is an FTIR-based gas analyzer designed to continuously monitor emissions in effluent streams containing up to 40% water. It can measure multiple target emissions like NOx, SO2, N2O, CO, HCl, HF, CH4, H2O, CO2 and NH3 with one analyzer. The robust analyzer produces high resolution spectra to detect components accurately in high moisture streams without water removal. It has low maintenance needs and costs due to integrated components and permanent calibration spectra.
This document discusses proper testing procedures for salt water pools. It emphasizes the importance of accurate testing to maintain balanced pool water. New regulations and testing standards are changing the industry. Digital testing devices provide more accurate results than test strips, but all devices require regular calibration and verification using standards to ensure accuracy. Maintaining proper chemical levels through regular testing is vital for salt water pool maintenance.
The document summarizes the ET TrafficBOx, an air quality monitoring device that measures multiple gases and particulate matter. It utilizes gas sensor technology to precisely measure pollutants. Key features include real-time data resolution and storage, an optional particulate monitor, and communication via Ethernet, GSM modem or other options. Specifications include measurement ranges and accuracy for various sensors, as well as the enclosure, power requirements, and optional communications modules.
The document provides information on charged aerosol detection (CAD) technology. It discusses the evolution of CAD products, how CAD works, comparisons to other detection methods like ELSD, and example applications. Key points covered include how CAD provides a uniform response for analytes independent of chemical structure, its wide dynamic range of up to four orders of magnitude, and how it can detect both non-volatile and semi-volatile compounds on HPLC and UHPLC systems without the need for reference standards.
The importance of clean drinking water is recognized worldwide. In the U.S., the Environmental Protection Agency (EPA) has established Maximum Contamination Limits (MCL) for monitoring toxic contaminants that may cause adverse health effects. Other ions, such as chloride and sulfate are monitored for aesthetic characteristics under the U.S. National Secondary Drinking Water Standards guidelines. Similar regulations for clean drinking water have been implemented in other industrialized countries. Ion Chromatography (IC) methods have been approved for compliance monitoring including U.S. EPA 300.0 in 1993. Learn about using ion chromatography for the determination of inorganic anions, perchlorate and chromate for compliance monitoring according to U.S. EPA Methods 300.0, 314 and 218.6.
This document provides tips and tricks for maintaining an HPLC instrument. It discusses the benefits of instrument service plans and visually inspecting the instrument weekly. Inputs are shared from Nordic field service engineers on best practices like using certified consumables and troubleshooting from the flow path direction. Useful tools discussed include backpressure coils, syringes, and control charts in Chromeleon. Maintaining a log book and monitoring for high backpressure are also recommended.
Analysis of Cations in Hydraulic Fracturing Flowback Water from the Marcellus Shale Using Ion Chromatography
This presentation describes the determination of cations in hydraulic fracturing flowback water using ion chromatography. In this work, sodium was most abundant, followed by calcium, strontium, magnesium, potassium, barium, ammonium, and then lithium, respectively. The quantity of scale-forming ions, such as calcium, strontium, and barium, is particularly informative because it can be used to determine the amount of anti-scaling agent in fracturing fluid mix that will maximize hydrocarbon recovery.
The slickwater stimulation of unconventional gas and oil shale plays creates flowback water with a composition that is unique to particular shale formations. Characteristically, these fluids contain high concentrations of salts (e.g., chloride, bromide) which are routinely determined using ion chromatography. This analysis typically requires sample preparation, including manual dilution, which can significantly increase the cost of analysis. Results presented will show highly reproducible determination of anions and cations from Marcellus Shale flowback water using inline conductivity to identify high salt samples and then automatically diluting them prior to injection, saving time and column life.
This webinar will provide pesticides residue analysts with valuable information on the development and optimization of gas chromatographic separations and mass spectrometry methods for the analysis of pesticide residues in food. The expert speakers will share their knowledge in understanding the critical points of the method, assisting analysts in modifying existing methods, and understanding instrumental and software technologies with the goal of improving laboratory productivity and reducing the overall cost per sample. The results of experiments for both screening and quantification workflows, using the latest technology, will be presented.
eXact Micro 10 Photometer Test InstructionsRonnie Lewis
The document provides information about the eXact Micro 10 photometer system for poolside water testing. It describes the features of the photometer such as precision, built-in cell, automatic timing, and test memory. It also summarizes the EZ-3 reagent delivery method and provides instructions for 13 common pool water tests that can be performed using eXact test strips. Additional information is given about ITS manufacturing facilities and quality control procedures to ensure accurate and reliable test results.
Analysis of Disinfection Byproducts by Ion Chromatography
In this presentation, the use of ion chromatography for the determination of bromate, chlorate and haloacetic acids for compliance monitoring according to various ISO standards (15061, 11206, 10304-4, 23631) and U.S. EPA Method 557 will be discussed. Examples will include IC methods using electrolytically generated hydroxide eluents on an RFIC™ system.
A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market.
No single liquid chromatography (LC) detector delivers ideal results. Often with LC detectors one analyte responds more strongly than another, or may not respond at all. What is most desired is the ability to accurately measure a wide range of analytes with consistent response simultaneously.
Charged Aerosol detection (CAD) is a mass sensitive technique for determining levels of any non-volatile and many semi-volatile analytes after separation by liquid chromatography. This technique provides consistent analyte response independent of chemical characteristics and gives greater sensitivity over a wider dynamic range. An analytes response does not depend on optical properties, like with UV-vis absorbance, or the ability to ionize, as with mass spectrometry (MS). The presence of chromophoric groups, radiolabels, ionizable moieties, or chemical derivatization is needed for detection.
The document discusses charged aerosol detection, which can detect non-volatile and semi-volatile compounds that lack a chromophore or the ability to ionize. It compares charged aerosol detection to evaporative light scattering detection (ELSD). Charged aerosol detection has better sensitivity, linearity, and dynamic range than ELSD. It provides consistent detection of analytes independent of their chemical structure. The document presents several examples of applications using charged aerosol detection to analyze compounds such as adjuvants, glycans, carbohydrates, steviol glycosides, algal biofuels, and active pharmaceutical ingredients. It also describes using an inverse gradient to obtain a uniform response from charged aerosol detection when
Portable pH Dissolved Oxygen Meters, Dissolved Oxygen Meter for Lab, Dissolved Oxygen Ph Meter, Benchtop pH Dissolved Oxygen Meters For More Information Please Logon http://cutt.us/it8f
This document discusses a steam and water analysis system (SWAS) for monitoring water quality in power plants. It describes the need for SWAS to prevent corrosion and optimize boiler performance. The key components of SWAS include sample conditioning equipment that cools, filters and regulates water samples, and various analyzers that measure critical water parameters like pH, conductivity, dissolved oxygen and silica. Maintaining high water quality through online monitoring with SWAS is essential for reducing shutdowns and maximizing power plant efficiency.
W.A.H.C 2014 The Future of Water Testing is DigitalITS (Sensafe)
Handheld photometers are replacing expensive lab equipment and matching drops to test pool water quality. This presentation is an overview of testing procedures used in the pool industry.
This document describes a steam and water analysis system (SWAS) for a power plant. It discusses the need for online monitoring of critical water parameters to prevent equipment damage from scaling and corrosion. The SWAS conditions samples through cooling, pressure regulation, and filtering before analyzing parameters like pH, conductivity, dissolved oxygen, silica, and phosphate. It provides details on sample inlet schematics, equipment, analyzer specifications and calibration procedures. Maintaining water purity is important for protecting steam turbines and other apparatus.
Lutron DO-5510 Dissolved Oxygen Meter / DO Meter
Dissolved Oxygen Meter / DO Meter
Brand: Lutron
Model: DO-5510
Made in Taiwan
ROnex International
47/2, Fazli Rabbi Road, Motijheel, Dhaka-1000.
+880-1811-155717, 01612-526665
ronexbd@gmail.com
https://ronexbd.wixsite.com/ronexbd/
Analytical Measurements: Troubleshooting, Maintenance and the FutureISA Boston Section
Focuses on measurement of pH, ORP (Redox), and Conductivity and aspects related to inline measurement of these critical analytical parameters. Discussion topics include scientific theory, measurement challenges, proper troubleshooting, installation, key applications, and the future of analytical measurements
Incorrect pH readings from buffer solutions can be caused by several factors related to the buffer or pH probe. Old or improperly stored buffer solutions may be past their shelf life or exposed to heat, affecting the pH. Used buffer solutions should not be returned to their bottle. It is also important to check the performance of the pH probe through visual inspection, cleaning, and ensuring proper storage and handling. Inaccurate pH readings could be due to issues with either the buffer solution or the pH probe, so both should be evaluated when calibration does not provide the expected results.
The document provides guidance on collecting water quality samples for laboratory analysis. It discusses preparing sample containers, reagents, and field equipment in the laboratory. Specific procedures are outlined for collecting grab samples, special samples like dissolved oxygen, and composite samples from surface waters. Quality assurance steps like proper labeling and preservation are also covered.
The document provides guidance on collecting water quality samples for laboratory analysis. It discusses preparing sample containers, reagents, and field equipment in the laboratory. Specific procedures are outlined for collecting grab samples, special samples like dissolved oxygen, and composite samples from surface waters. Quality assurance steps like proper labeling and preservation are also covered.
The document provides guidance on water quality sampling procedures including:
1) Laboratory preparations such as preparing sample containers, reagents, and field instruments.
2) Procedures for collecting water samples including using appropriate containers, labeling, and preservation techniques.
3) Guidance on collecting special samples like dissolved oxygen samples and how to collect and preserve composite samples.
This document provides information on water testing methods and kits available from OMEGA. It describes various titrimetric and colorimetric testing methods for analyzing parameters like alkalinity, ammonia, chlorine, and copper. Specific test kits are listed that use techniques like titration, octet comparators, and colorimeters to test for over 50 parameters. Ordering information is provided for individual test kits, which come with everything needed to perform the specified test.
This document describes the development of reagent test strips for measuring total alkalinity and phosphate levels in water samples using handheld photometers. The strips were developed to extend the measurement ranges for total alkalinity from 1-320 ppm to 1-800 ppm, and for phosphate from 0-4 ppm to 0-6 ppm. The strips showed good reproducibility, precision, and accuracy when tested on various water samples. They provide a user-friendly, portable method for field analysis of important water quality parameters.
This document provides instructions for measuring chemical oxygen demand (COD) using the dichromate reactor digestion method. Key points include:
- The test measures COD concentrations from 0.7-40 mg/L (ULR range), 3-150 mg/L (LR range), 20-1500 mg/L (HR range), and 200-15,000 mg/L (HR Plus range).
- Samples are digested using COD reagent vials in a heated reactor to oxidize organic compounds. Absorbance of digested samples is then measured colorimetrically.
- Interferences from chloride are removed by mercuric sulfate in the reagent vials. Samples with high chloride must
This document discusses the qualification and calibration of analytical instruments and glassware. It describes the components of analytical data quality including qualification, calibration protocols, and the need for calibration. It then provides details on calibrating specific instruments like electronic balances, pH meters, UV-visible spectrophotometers, FTIR, GC, HPLC, and HPTLC. It also covers calibrating various glassware items like volumetric flasks, pipettes, measuring cylinders, and beakers. The calibration procedures and acceptance criteria are outlined for ensuring the accuracy of measurements from analytical equipment.
pH Meters,soil ph meters,portable ph meters,ph meters for water testing, pH sensors,Laboratory pH meters,pH Measuring instruments For More Information Please Logon http://cutt.us/7aMHZ
Determination of Anions by Ion Chromatography
1 SCOPE AND FIELD OF APPLICATION
This method is suitable for the determination of inorganic anions in Ammonia Solution in the range 100 ppb to 50 ppm m/v.
2 PRINCIPLE
The sample is passed through a column of anion exchange resin, on which the anions are absorbed and separated. They are then eluted with dilute sodium carbonate/sodium hydrogen carbonate solution and passed through a suppressor. This replaces the cations with hydrogen ions and thus reduces the background conductivity of the eluent. Final measurement is by conductivity
Similar to Tester and rapid kit for analysis catalog (20)
We are a products, solutions and services wholesale supplier in water treatment. We provide only businesses companies such as distributors, retailers, manufacturers and assemblers.A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market. A continuous and consistent effort, the ability to anticipate the evolution of the market demand and orientation to the understanding and satisfaction of our customers has always characterizes us in our work.
Born with the objective view in the exclusive distribution: Continue to be "Leader of the Brand Leader ", with activities and services of value. A choice of specialization that in recent years has allowed us to develop a unique knowledge and experience in the market. The thorough water treatment market understanding and high commercial performance, make us able to offer to our customers many products and services more personalized and appropriate to the individual end user. Our mission is to become your best business Partner!
Siamo un fornitore all'ingrosso di prodotti, soluzioni e servizi nel trattamento dell'acqua.
Forniamo solo ed esclusivamente le aziende del settore quali distributori, rivenditori, assemblatori e costruttori. Un catalogo che comprende prodotti attentamente selezionati fra i brand più prestigiosi del mercato Water Treatment, sito efficace, servizi personalizzati, logistica precisa ed efficiente, organizzazione flessibile, ma anche la fondamentale importanza che viene attribuita al fattore umano ed ai rapporti con i Partner, fanno di Sinergroup S.r.l. un riferimento per molteplici aziende di settore. Un impegno continuo e coerente, la capacità di anticipare l'evoluzione della domanda e l'orientamento alla comprensione e alla soddisfazione dei nostri clienti ci distingue da sempre nel nostro lavoro. Nati con un obiettivo sempre più esclusivo nel panorama Distributivo Italiano: Continuare ad essere "Leader di Brand Leader", con attività e servizi di Valore. Una scelta di specializzazione che in questi anni ha permesso di maturare una conoscenza ed una esperienza uniche nel settore. L’approfondita conoscenza del mercato del trattamento acqua e l’elevata efficienza commerciale, consentono di offrire ai nostri clienti numerosi prodotti e servizi sempre più personalizzati ed adeguati al singolo utente finale.
La nostra missione è diventare il Tuo miglior Business Partner.
Un catalogo che comprende prodotti attentamente selezionati fra i brand più prestigiosi del mercato Water Treatment, sito efficace, servizi personalizzati, logistica precisa ed efficiente, organizzazione flessibile, ma anche la fondamentale importanza che viene attribuita al fattore umano ed ai rapporti con i Partner, fanno di Sinergroup S.r.l. un riferimento per molteplici aziende di settore.
Complete system for water chlorination with electromagnetic dosing pump TEKNA Evo TPG.
Dosing pump with constant flow rate manually adjustable, proportional flowrate according to an external analog (4÷20 mA) or digital pulse signal (e.g. fromwater meter). This digital version of the APG, includes additonal characteristics: Timer function, ppmdosing, statistics, password and On/Off input (remote switch).
Compatible PVDF pump head and ceramic ball valve as standard. PVDF is suitable for almost all chemical used in the Industrial,Waste Water Treatment and potableWater applications. The use of Ceramic balls as standard improves the pumping reliability and the chemical compatibility of the whole liquid end Full chemical compatibility.
Tanks in polyethylene. Our tanks are designed to assemble dosing systemswith mixers and motor driven pumps or solenoid dosingpumps. All are made from food-safe polyethylene,resistant to almost all chemicals normally encountered.
Threadedwater meters. The meters wich we offer have high precision and sensitivity according to CEE standard requirements.Their plastic and metallic parts, in particular those in contact with water, comply with currentregulations and are subject to extensive checks and controls.
* MAx flow rate: 8 liters/h., max. pressure 20 Bar
* Power supply: 100-240 Vac 50-60 Hz
* We provide only businesses companies such as distributors, retailers, manufacturers and assemblers.
Sistema completo per la clorazione dell'acqua con Pompa dosatrice elettromagnetica TEKNA Evo TPG.
* Dosaggio PROPORZIONALE con interfaccia digitale.
* Membrana in PTFE. Corpo pompa standard in PVDF. Contenitore in PP caricato in fibra di vetro. Grado di protezione IP 65.
* Portata massima 8 litri/ora, pressione massima 20 Bar
* Alimentazione standard: 100-240 Vac 50-60 Hz
Corpo pompa in PVDF e sfere in ceramica. Il PVDF è adatto per la maggior parte di prodotti chimici usati nelle applicazioni industriali, nel trattamento acqua e nella potabilizzazione. Le sfere in ceramica migliorano l’affidabilità del dosaggio e la compatibilità chimica.
Serbatoio in Polietilene. Specificatamente studiati per l’assemblaggio di gruppi di dosaggio con agitatori e pompe dosatrici, sia elettromeccaniche che elettromagnetiche. Ottenuti per centrifugazione garantiscono un’elevata resistenza meccanica. In polietilene alimentare, sono compatibili alla quasi totalità dei prodotti chimici utilizzati negli impianti di dosaggio.
Contatore lancia-impulsi. Sono di elevata qualità e precisione, perfettamente conformi alle norme CEE. Tutti i loro componenti, plastici e metallici, in particolar modo
quelli a contatto con l'acqua, sono rispondenti alle normative vigenti e comunque sottoposti a controlli ed accertamenti in fase di collaudo.
* Forniamo solo ed esclusivamente le aziende del settore quali distributori, rivenditori, assemblatori e costruttori.
The system is then a cost effective and environmentally responsible disinfection alternative to chemical.
- No disinfection by-products (DBPs) of health concern formed.
- UVC acts instantly.
- Low capital and operating cost.
- Easy to operate and maintain.
- Safe and environmentally-friendly.
Il sistema è quindi l'alternativa agli agenti chimici per la disinfezione ad un costo conveniente ed amico dell'ambiente.
- Nessuna disinfezione tramite aggiunta di prodotti chimici nocivi per la salute.
- Azione UV-C istantanea.
- Costi di manutenzione economici.
- Facile da installare e manutentare.
- Sicuro ed amico dell'ambiente.
The water treatment system used for cartridge Everpure, give a water that have an high characteristics, delicious, crystal clear and safe, through the combination of an activated carbon filter type Pre-Coat and a ultraviolet lamp for disinfection of water. The cartridge (depending on the model installed) remove the cysts of Giardia and of Cryptosporidium, filaments of Asbestos, taste and bad odor, chlorine, dirt, rust,material in suspension not visible by man without used of tools, mold and algae. Ideal for drinking and cooking in maximum security.
Sistema di trattamento acqua predisposto per cartuccia Everpure, fornisce un'acqua di elevate caratteristiche, deliziosa, cristallina e sicura, attraverso la combinazione di un filtro a carbone attivo tipo Pre-Coat ed una lampada a raggi ultravioletti di disinfezione dell'acqua.
La cartuccia (in base al modello installato) rimuove le cisti di Giardia e di Criptosporidio, le fibre dell'amianto, il gusto e l'odore cattivo, il cloro, la sporcizia, la ruggine, materiale in sospensione non visibile ad occhio nudo, la muffa e le alghe.
Ideale per bere e cucinare in massima sicurezza.
We are a products, solutions and services wholesale supplier in water treatment. We provide only businesses companies such as distributors, retailers, manufacturers and assemblers.A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market. A continuous and consistent effort, the ability to anticipate the evolution of the market demand and orientation to the understanding and satisfaction of our customers has always characterizes us in our work.
Born with the objective view in the exclusive distribution: Continue to be "Leader of the Brand Leader ", with activities and services of value. A choice of specialization that in recent years has allowed us to develop a unique knowledge and experience in the market. The thorough water treatment market understanding and high commercial performance, make us able to offer to our customers many products and services more personalized and appropriate to the individual end user. Our mission is to become your best business Partner!
Siamo un fornitore all'ingrosso di prodotti, soluzioni e servizi nel trattamento dell'acqua.
Forniamo solo ed esclusivamente le aziende del settore quali distributori, rivenditori, assemblatori e costruttori. Un catalogo che comprende prodotti attentamente selezionati fra i brand più prestigiosi del mercato Water Treatment, sito efficace, servizi personalizzati, logistica precisa ed efficiente, organizzazione flessibile, ma anche la fondamentale importanza che viene attribuita al fattore umano ed ai rapporti con i Partner, fanno di Sinergroup S.r.l. un riferimento per molteplici aziende di settore. Un impegno continuo e coerente, la capacità di anticipare l'evoluzione della domanda e l'orientamento alla comprensione e alla soddisfazione dei nostri clienti ci distingue da sempre nel nostro lavoro. Nati con un obiettivo sempre più esclusivo nel panorama Distributivo Italiano: Continuare ad essere "Leader di Brand Leader", con attività e servizi di Valore. Una scelta di specializzazione che in questi anni ha permesso di maturare una conoscenza ed una esperienza uniche nel settore. L’approfondita conoscenza del mercato del trattamento acqua e l’elevata efficienza commerciale, consentono di offrire ai nostri clienti numerosi prodotti e servizi sempre più personalizzati ed adeguati al singolo utente finale.
La nostra missione è diventare il Tuo miglior Business Partner.
We are a products, solutions and services wholesale supplier in water treatment. We provide only businesses companies such as distributors, retailers, manufacturers and assemblers.A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market. A continuous and consistent effort, the ability to anticipate the evolution of the market demand and orientation to the understanding and satisfaction of our customers has always characterizes us in our work.
Born with the objective view in the exclusive distribution: Continue to be "Leader of the Brand Leader ", with activities and services of value. A choice of specialization that in recent years has allowed us to develop a unique knowledge and experience in the market. The thorough water treatment market understanding and high commercial performance, make us able to offer to our customers many products and services more personalized and appropriate to the individual end user. Our mission is to become your best business Partner!
Siamo un fornitore all'ingrosso di prodotti, soluzioni e servizi nel trattamento dell'acqua.
Forniamo solo ed esclusivamente le aziende del settore quali distributori, rivenditori, assemblatori e costruttori. Un catalogo che comprende prodotti attentamente selezionati fra i brand più prestigiosi del mercato Water Treatment, sito efficace, servizi personalizzati, logistica precisa ed efficiente, organizzazione flessibile, ma anche la fondamentale importanza che viene attribuita al fattore umano ed ai rapporti con i Partner, fanno di Sinergroup S.r.l. un riferimento per molteplici aziende di settore. Un impegno continuo e coerente, la capacità di anticipare l'evoluzione della domanda e l'orientamento alla comprensione e alla soddisfazione dei nostri clienti ci distingue da sempre nel nostro lavoro. Nati con un obiettivo sempre più esclusivo nel panorama Distributivo Italiano: Continuare ad essere "Leader di Brand Leader", con attività e servizi di Valore. Una scelta di specializzazione che in questi anni ha permesso di maturare una conoscenza ed una esperienza uniche nel settore. L’approfondita conoscenza del mercato del trattamento acqua e l’elevata efficienza commerciale, consentono di offrire ai nostri clienti numerosi prodotti e servizi sempre più personalizzati ed adeguati al singolo utente finale.
La nostra missione è diventare il Tuo miglior Business Partner.
We are a products, solutions and services wholesale supplier in water treatment. We provide only businesses companies such as distributors, retailers, manufacturers and assemblers.A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market. A continuous and consistent effort, the ability to anticipate the evolution of the market demand and orientation to the understanding and satisfaction of our customers has always characterizes us in our work. Born with the objective view in the exclusive distribution: Continue to be "Leader of the Brand Leader ", with activities and services of value. A choice of specialization that in recent years has allowed us to develop a unique knowledge and experience in the market. The thorough water treatment market understanding and high commercial performance, make us able to offer to our customers many products and services more personalized and appropriate to the individual end user. Our mission is to become your best business Partner!
Siamo un fornitore all'ingrosso di prodotti, soluzioni e servizi nel trattamento dell'acqua. Forniamo solo ed esclusivamente le aziende del settore quali distributori, rivenditori, assemblatori e costruttori. Un catalogo che comprende prodotti attentamente selezionati fra i brand più prestigiosi del mercato Water Treatment, sito efficace, servizi personalizzati, logistica precisa ed efficiente, organizzazione flessibile, ma anche la fondamentale importanza che viene attribuita al fattore umano ed ai rapporti con i Partner, fanno di Sinergroup S.r.l. un riferimento per molteplici aziende di settore. Un impegno continuo e coerente, la capacità di anticipare l'evoluzione della domanda e l'orientamento alla comprensione e alla soddisfazione dei nostri clienti ci distingue da sempre nel nostro lavoro. Nati con un obiettivo sempre più esclusivo nel panorama Distributivo Italiano: Continuare ad essere "Leader di Brand Leader", con attività e servizi di Valore. Una scelta di specializzazione che in questi anni ha permesso di maturare una conoscenza ed una esperienza uniche nel settore. L’approfondita conoscenza del mercato del trattamento acqua e l’elevata efficienza commerciale, consentono di offrire ai nostri clienti numerosi prodotti e servizi sempre più personalizzati ed adeguati al singolo utente finale.
La nostra missione è diventare il Tuo miglior Business Partner.
We are a products, solutions and services wholesale supplier in water treatment. We provide only businesses companies such as distributors, retailers, manufacturers and assemblers.A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market. A continuous and consistent effort, the ability to anticipate the evolution of the market demand and orientation to the understanding and satisfaction of our customers has always characterizes us in our work. Born with the objective view in the exclusive distribution: Continue to be "Leader of the Brand Leader ", with activities and services of value. A choice of specialization that in recent years has allowed us to develop a unique knowledge and experience in the market. The thorough water treatment market understanding and high commercial performance, make us able to offer to our customers many products and services more personalized and appropriate to the individual end user. Our mission is to become your best business Partner!
Siamo un fornitore all'ingrosso di prodotti, soluzioni e servizi nel trattamento dell'acqua. Forniamo solo ed esclusivamente le aziende del settore quali distributori, rivenditori, assemblatori e costruttori. Un catalogo che comprende prodotti attentamente selezionati fra i brand più prestigiosi del mercato Water Treatment, sito efficace, servizi personalizzati, logistica precisa ed efficiente, organizzazione flessibile, ma anche la fondamentale importanza che viene attribuita al fattore umano ed ai rapporti con i Partner, fanno di Sinergroup S.r.l. un riferimento per molteplici aziende di settore. Un impegno continuo e coerente, la capacità di anticipare l'evoluzione della domanda e l'orientamento alla comprensione e alla soddisfazione dei nostri clienti ci distingue da sempre nel nostro lavoro. Nati con un obiettivo sempre più esclusivo nel panorama Distributivo Italiano: Continuare ad essere "Leader di Brand Leader", con attività e servizi di Valore. Una scelta di specializzazione che in questi anni ha permesso di maturare una conoscenza ed una esperienza uniche nel settore. L’approfondita conoscenza del mercato del trattamento acqua e l’elevata efficienza commerciale, consentono di offrire ai nostri clienti numerosi prodotti e servizi sempre più personalizzati ed adeguati al singolo utente finale.
La nostra missione è diventare il Tuo miglior Business Partner.
Brass fittings - Check valves
Brass fittings - Tubing extensible
Brass fittings
Brass fittings - accessories
* We provide only businesses companies such as distributors, retailers, manufacturers and assemblers.
Raccordi in ottone - valvole di non ritorno
Raccordi in ottone - tubi estensibili
Raccordi in ottone
Raccordi in ottone - accessori
* Forniamo solo ed esclusivamente le aziende del settore quali distributori, rivenditori, assemblatori e costruttori.
We are a products, solutions and services wholesale supplier in water treatment. We provide only businesses companies such as distributors, retailers, manufacturers and assemblers.A catalog including carefully selected products, from the most prestigious brands in the Water Treatment market, operative website, personalized services, precise and efficient logistics, flexible organization, but also the basic importance that is attributed to human factors and relationships with partners, make of Sinergroup Srl a reference for many companies of the market. A continuous and consistent effort, the ability to anticipate the evolution of the market demand and orientation to the understanding and satisfaction of our customers has always characterizes us in our work. Born with the objective view in the exclusive distribution: Continue to be "Leader of the Brand Leader ", with activities and services of value. A choice of specialization that in recent years has allowed us to develop a unique knowledge and experience in the market. The thorough water treatment market understanding and high commercial performance, make us able to offer to our customers many products and services more personalized and appropriate to the individual end user. Our mission is to become your best business Partner!
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2. INDEX
Drop kit for analysis.............................................................................................................................................. 3
PH Tester - O.R.P. (chlorine) ................................................................................................................................ 7
TDS Tester - Conductivity - temperature............................................................................................................ 10
Tank pressure tester ........................................................................................................................................... 14
Co2 saturation tester........................................................................................................................................... 14
Water softener hardness demostration............................................................................................................. 16
Calibration Solutions .......................................................................................................................................... 20
Thermometers...................................................................................................................................................... 21
3. Drop kit for analysis
Code: 13000001
Titrant Kit Total Hardness (1°F) single reagent 15cc.
TOTAL HARDNESS
1. Rinse test tube with the water to be analysed.
2. Fill test tube with the water to be analysed up to the 5 ml mark.
3. Add Titrant drop by drop mixing after each addition.
Count the drops to the colour change from red to green. According to the Titrant used, in a 5 ml sample
each drop corresponds to half the value indicated on the bottle, in a 10 ml sample each drop corresponds
te half the value indicated on the bottle.
Code: 13000002
Kit Total Hardness (1°F)
TOTAL HARDNESS Direction for use
1. Rinse the measuring vessel with the water to be tested and fill up the 5ml. mark.
2. Add 1-2 drops of indicator and swirl. In presence of hardness higher than 3 ppm CaCO3 a wine red
colour will appear (A blue color indicates absence of hardness. With hardness lower than 3 ppm the colour
of the sample shifts from violet. to grey to pink).
3.Add titrant drop by drop, mixing after each addition. Count the drops until the colour changes from red to
blue. Each drop correspondes to 1°fr degree (1°fr= 10 ppm CaCO3).
4.For softened water, fill the vessel to the 10ml. mark and add 2-4 drops of indicator. Each drop of titrant
corresponds to 0,5°fr degrees.
04 May 2021 3/22
4. Code: 13000003
Total chlorine test
Variants
Code Description
13000003-01 Total chlorine test complete
13000003-02 Replacement chlorine total A 25cc. (6)
TOTAL CHLORINE (ideal for water with low content of organics, like drink water)
SENSITIVITY: 0,1 ppm Cl2 * TEST QUANTITY: 75.
KIT CONTAINS: 1 bottle 25cc reagent Total chlorine * 1 test tube 10cc with stopper * 1 color scale 0,1-1,5
ppm * use directions.
SPARE PARTS: reagent Total chlorine, 6 bottles 25cc Code N° 3204 * test tube 10cc, 12 Code N° 3312 *
1 color scale 0,1-1,5 ppm, Code N° 3404.
Code: 13000008
Iron Kit test complete
KIT NAME: IPT FERRO
ANALYSIS TYPE: colorimetric
METHOD: 1.10-phenanthroline
SENSIBILITY: 0.05 ppm Fe
MEASURING RANGE:
out of 20 ml 0,05-010-0,15-0,20 ppm Fe, risp.
out of 5 ml 0,25-0,5-1,0-2,0-5,0-7,5-10-15 ppm Fe
TEST QUANTITY: 100 (with scale 0,25 – 15 ppm)
KIT CONTAINS:
- 1 bottle 25cc Iron A reagent
- 2 test tube 20cc with plug
- 1 comparator
- 1 color scale 0,25-15 ppm
- 1 color scale 0,05-0,2 ppm
04 May 2021 4/22
5. - instructions
OBSERVATIONS:
- The 0.25-15 ppm color scale is used with a 5 ml sample.
- For greater sensitivity, use the chromatic scale 0,05-2 ppm on 20 ml (increasing proportionally the reagent
drops)
- IPT kits are ideal if very little analysis is needed, with fair accuracy. For many analysis and great precision
we recommend HYDROCHECK, which also offer a lower cost for analysis.
REPLACEMENT PARTS AVAILABLES
- Reagent A, 6 bottles 25cc Cod.N° 3211
- 1 test tube 20cc, 12 Cod.N° 3310
- 1 color scale 0,25-15 ppm Cod.N° 3407
- 1 color scale 0,05-0,2 Cod.N° 3407.1
Code: 13000005
Replacement test tube 20cc. box qty. 10
Code: 13000006
Nitrates test
Variants
Code Description
13000006-01 Nitrates test
13000006-02 Nitrates replacement test
ANALYSIS TYPE: colorimetric
METHOD: acid 5-hydroxysalicylic
SENSITIVITY: 10 ppm NO3
MEASURES RANGE:10-20-40-60-80-100-120-140 ppm NO3
TEST QUANTITY: 50
KIT CONTENTS:
1x Nitrates A powder reagent bottle
2x 10cc test tubes with stopper
04 May 2021 5/22
6. 1x comparator
1x color scale
1x dosing spoon
- instructions
OBSERVATIONS:
In the water treatment market often speaks of "nitric azote" (which corresponds to nitrates), of "nitrous
azote" (which corresponds to nitrites), and "ammonia azote" (which corresponds to ammonia), however the
concentrations are expressed as NO3 for nitrates, as NO2 for nitrites and as NH3 for ammonia.
The IPT kits are ideal in cases where you need to make little analysis, with reasonable accuracy. For many
analysis and great accuracy the HYDROCHECK, which also offer a lower cost for analysis.
INSTRUCTIONS FOR USE
1. Rinse the test tubes well whit the water to be analysed.
2. Put the color scale on a plain surface whit good illumination (not direct sunshine).
3. Put 5 ml. of the water to be analysed into both the test tubes. Insert one test tube (blank) into one hole of
the comparator and put it on the color scale whit the blank on the color fields.
4. Measure 5ml. of the water to be analysed with the second (empty) test tube.
5. Add on level spoon of Nitrate reagent to the test tube, replace top and shake well for one minute.
6. Swirl well and put the test tube into the empty hole of the comparator.
7. After 5 minutes compare the color whit the chromatic scale, moving the comparator backwards and
forwards. Find the best meeting color and read the Nitrate value directly on the scale.
Code: 13000007
Total pH complete test single reagent 15cc.
Measuring range: 5,0-5,5-6,0-6,5-7,0-7,5-8,0-8,5-9,0-9,5 pH
Sensitivity: 0,5pH
Kit contains:
- 1 bottle 15cc. reagent pH
- 1 test tube 10cc.
- 1 color scale
- Use directions
04 May 2021 6/22
7. PH Tester - O.R.P. (chlorine)
Code: 13001001
ORP-200 Waterproof O.R.P. (chlorine redox) Meter
Ideal for all ORP testing, including anti-oxidant measurement, water purification applications, ionizers,
agriculture, aquariums & aquaculture, chlorine monitoring, cooling tower disinfection, environmental testing,
fruit & vegetable washing, hydroponics, metal finishing, ozone system monitoring, pharmaceutical &
medical applications, pools & spas, pulp bleaching, vineyards & wineries and water treatment.
FEATURES
* Measures Oxidation Reduction Potential (Redox) and Temperature
* Auto-ranging calibration with digital fine tuning
* Includes 4 pH buffer solution in a sponge embedded in a clear cap
* Waterproof housing (IP-67 rating)
* Simultaneous temperature display
* Digital Calibration (push button)
* Auto-off function, data-hold function and low-battery indicator.
* Display: large and easy-to-read LCD screen includes simultaneous temperature reading.
* Factory Calibrated: The ORP-200 meter is factory calibrated to +200 mV The meter can be easily
recalibrated with digital calibration using the push buttons, rather than a screwdriver.
* Includes a cap, batteries, and lanyard
SPECIFICATIONS
ORP Range: -999 to +1000 mV
Temperature Range: 0-80 °C; 32-176 °F
Resolution: 1 mV; Temperature resolution is 0.1 °C/F
Accuracy: 0.5% (+/- 2mV)
Calibration: Digital calibration by push button.
Electrode: Replaceable glass sensor and reference tube electrodes
Housing: IP-67 Waterproof (submersible; floats)
Power source: 3 x 1.5V button cell batteries (included)
Dimensions: 18.5 x 3.4 x 3.4 cm (7.3 x 1.3 x 1.3 inches)
04 May 2021 7/22
8. Code: 13001002
PH-200 Waterproof pH - temperature Meter
Variants
Code Description
13001002-01 PH-200 Waterproof pH tester - temperature Meter
13001002-02 PH-200 Replacement tester probe
Ideal for all pH testing, water purification applications, wastewater regulation, aquaculture, hydroponics,
colloidal silver, labs & scientific testing, pools & spas, ecology testing, boilers & cooling towers, water
treatment, wine, coffee, agriculture and more.
FEATURES
Measures pH and Temperature
* Auto-ranging three point calibration with digital fine tuning
* Includes 4 pH buffer solution in a sponge embedded in a clear cap
* Waterproof housing (IP-67 rating)
* Simultaneous temperature display
* Measurement Range: 0-14 pH
* Digital automatic calibration (one point), with digital fine tuning
* Auto-off function, data-hold function and low-battery indicator
* Display: large and easy-to-read LCD screen includes simultaneous temperature reading
* Factory Calibrated: The PH-200 meter is three-point factory calibrated to 4, 7, and 10 pH. The meter can
be recalibrated with digital calibration using the push buttons, rather than a screwdriver.
* Includes a cap, batteries, lanyard, and pH 7.0 buffer
SPECIFICATIONS
pH Range: 0 - 14
Temperature Range: 0-80 °C; 32-176 °F
Resolution: 0.01 pH; Temperature resolution is 0.1 °C/F
Accuracy: +/- 0.02 pH
Calibration: Digital automatic calibration (one point) with digital fine tuning
Electrode: Replaceable glass sensor and reference tube electrodes
Housing: IP-67 Waterproof (submersible; floats)
Power source: 3 x 1.5V button cell batteries (included)
Dimensions: 18.5 x 3.4 x 3.4 cm (7.3 x 1.3 x 1.3 inches)
04 May 2021 8/22
9. Code: 13001003
PH-80 Water resistant pH - temperature Meter economy
NEW! The PH-80 is an economically priced, reliable pH meter that is ideal for testing applications such as
hydroponics & gardening, pools & spas, aquariums & reef tanks, water ionizers, drinking water and more.
FEATURES
* Measures pH and Temperature
* One-touch automatic digital calibration
* Water resistant
* Simultaneous temperature display
* Sleek, lightweight design
* Large LCD display
* Automatic Temperature Compensation (ATC)
* Auto-off function, data-hold function and low-battery indicator
* Includes storage solution in a sponge embedded in a translucent cap
* Factory Calibrated: The PH-80 meter is factory calibration to pH 7.0. The meter can easily and quickly be
recalibrated with digital calibration to pH 4.0, 7.0 or 10.0 using the meter's simple one-touch process.
* Includes a cap, batteries, storage solution and pH 7.0 buffer
SPECIFICATIONS
pH Range: 0 - 14
Temperature Range: 1-80 °C; 33-176 °F
Resolution: 0.1 pH; Temperature resolution is 0.1 °C/F
Accuracy: +/- 0.2 pH; Temperature accuracy is +/-2%
Calibration: Digital automatic calibration (one point)
Electrode: Glass sensor and reference tube electrodes
Housing: Water resistant
Power source: 3 x 1.5V button cell batteries (model 357A; included)
Dimensions: 15.3 x 3.2 x 1.8 cm (6.0 x 1.3 x 0.7 inches)
04 May 2021 9/22
10. TDS Tester - Conductivity - temperature
Code: 13002001
TDS -EZ Economy TDS Meter (0 - 9990ppm) retail blister pack.
Ideal for all basic water testing applications.
Features
* Economy model that is ideal for end-users.
* Highly efficient and accurate due to its advanced microprocessor technology.
* Hold Function: saves measurements for convenient reading and recording.
* Auto-off function: the meter shuts off automatically after 10 minutes of non-use to conserve batteries.
* Measurement Range: 0-9990 ppm. From 0-999 ppm, the resolution is in increments of 1ppm. From 1000
to 9990 ppm, the resolution is in increments of 10ppm, indicated by a blinking 'x10' image.
* Display: large and easy-to-read LCD screen.
* Factory Calibrated: our meters are calibrated with a 342 ppm NaCl solution. Meters can be recalibrated
with a mini-screwdriver.
* Fun, translucent blue housing that's very strong and durable.
* Includes a TDS chart sticker on the back of the meter that explains TDS values.
Specifications
Range: 0 - 9990 ppm (mg/L)
Resolution: 1 ppm (0-999 ppm); 10 ppm (1000-9990 ppm)
Accuracy: +/- 3%
Conversion Factor: NaCl (avg. 0.5)
Power source: 2 x 1.5V button cell batteries (included)
Battery life: Approx. 1000 hours of usage
Dimensions: 15.5 x 3.1 x 2.3cm (6.1 x 1.25 x 1 inches)
Code: 13002007
ZT-2 Basic TDS Meter (0 - 999ppm) retail blister package (1)
The ZT-2 is the first of new HMD line. It's a low-cost TDS meter that's perfect as a promotional item.
Though inexpensive, this meter does not skimp on quality, features and design.
Features
* Economy model that is ideal for end-users and retail products.
04 May 2021 10/22
11. * Highly efficient and accurate due to its advanced microprocessor technology.
* Auto-off function: the meter shuts off automatically after 10 minutes of non-use to conserve batteries.
* Measurement Range: 0-999 ppm.
* Display: large and easy-to-read LCD screen.
* Factory Calibrated: our meters are calibrated with a 342 ppm NaCl solution. Meters can be recalibrated
with a mini-screwdriver.
* Comes in a retail-ready package.
* Includes a TDS chart sticker on the back of the meter that explains TDS values.
Specifications
Range: 0 - 999 ppm (mg/L)
Resolution: 1 ppm (0-999 ppm)
Accuracy: +/- 3%
Conversion Factor: NaCl (avg. 0.5)
Power source: 2 x 1.5V button cell batteries (included)(357A)
Battery life: Approx. 1000 hours of usage
Dimensions: 14 x 2.3 x 1.5 cm (5.5 x 0.9 x 0.75 inches)
Code: 13002002
TDS-3 Handheld TDS & Temp Meter with case (10)
Ideal for commercial use. Includes a carrying case with belt clip. Highly efficient and accurate due to its
advanced microprocessor technology.
FEATURES
* Hold Function: saves measurements for convenient reading and recording.
* Auto-off function: the meter shuts off automatically after -10 minutes of non-use to conserve batteries.
* Measurement Range: 0-9990 ppm. From 0-999 ppm, the resolution is in increments of 1ppm. From 1000
to 9990 ppm, the resolution is in increments of 10ppm, indicated by a blinking 'x10' image.
* Built-in digital thermometer
* Display: large and easy-to-read LCD screen.
* Factory Calibrated: our meters are calibrated with a 342 ppm NaCl solution. Meters can be recalibrated
with a mini-screwdriver.
* Also available in "x10" mode: reads in increments only of 10 ppm (0-9990 ppm).
SPECIFICATIONS
TDS Range: 0 - 9990 ppm (mg/L)
Temp. Range: 0 - 80 degrees Celsius
Resolution: 1 ppm, 1 degree Celsius (also available in 10 ppm)
Accuracy: +/- 2%
Conversion Factor: NaCl (avg. 0.5)
ATC: Built-in sensor for Automatic Temperature Compensation of 1 to 50 degrees Celsius (33 to 122
degrees Fahrenheit)
Power source: 2 x 1.5V button cell batteries (included)
Battery life: 1000 hours of usage
Dimensions: 15.5 x 3.1 x 2.3cm (6.1 x 1.25 x 1 inches)
04 May 2021 11/22
12. Code: 13002003
AquaPro TDS/temp. ~ Conductivity EC/temp. tester (1)
Variants
Code Description
13002003-01 AquaPro AP1 TDS/Temp Meter (retail box)
13002003-02 AquaPro AP2 EC/Temp Meter (with plastic case)
A line of handheld TDS/EC meters with a sleek design that's perfect for today's modern kitchen. The
AquaPro digital water testers are the next generation for today's tech-savvy and health-conscience
consumer.
* Automatic Temperature Compensation (ATC)
* Water-resistant housing
* Digital Calibration (push button)
* Auto-off function, data-hold function and low-battery indicator.
* Display: large and easy-to-read LCD screen includes simultaneous temperature reading.
* Includes a cap and batteries.
* Dimensions: 15 x 2.8 x 1.3 cm (5.9 x 1.1 x .5 inches)
AP1
FEATURES
Measures total dissolved solids (TDS) and temperature.
TDS Range: 0-5000 ppm (mg/L)
Temperature Range: 0-80 °C; 32-176 °F
Digital Calibration (push button)
Factory Calibrated: calibrated with a 342 ppm NaCl solution. The meter can be recalibrated with digital
calibration using the push buttons, rather than a screwdriver.
AP2
FEATURES
Measures electrical conductivity (EC) and temperature.
EC Range: 0-9999 µS
Temperature Range: 0-80 °C; 32-176 °F
Factory Calibrated: calibrated with a 700 µS solution. The meter can be recalibrated with digital calibration
using the push buttons, rather than a screwdriver.
Includes a storage case.
04 May 2021 12/22
13. Code: 13002005
COM-100 Waterproof EC/TDS/Temp Combo Meter (retail box)
Ideal for all water quality testing, water purification applications, wastewater regulation, aquaculture,
hydroponics, colloidal silver, labs & scientific testing, pools & spas, ecology testing, boilers & cooling
towers, water treatment and more.
* Measures electrical conductivity (EC), total dissolved solids (TDS) and temperature.
* Three different calibration options (KCl, 442TM, NaCl), each with its own non-linear conversion factor.
* Automatic Temperature Compensation (ATC) using three temperature coefficients
* Waterproof housing (IP-67 rating)
* Measurement Range: 0-9990 µS; 0-8560 ppm (auto-ranging).
* Digital Calibration (push button)
* Auto-off function, data-hold function and low-battery indicator.
* Display: large and easy-to-read LCD screen includes simultaneous temperature reading.
* Factory Calibrated: The COM-100 meter is calibrated with a 1413 µS solution. The meter can be
recalibrated with digital calibration using the push buttons, rather than a screwdriver.
* Includes a cap, batteries and lanyard.
SPECIFICATIONS
EC Range: 0 - 9990 µS
TDS Range: 0-8560 ppm (mg/L)
Temperature Range: 0-80 °C; 32-176 °F
Resolution: 0-99: 0.1 µS/ppm; 100-999: 1 µS/ppm; 1000-9990: 10 µS/ppm. Temp. resolution is 0.1 °C/F
Accuracy: +/- 2%
EC to TDS Conversion Factor: Non-linear conversions for KCl, 442TM or NaCl solutions, set by the user.
Calibration: Digital calibration by push button.
Probe: Detachable platinum electrodes
Housing: IP-67 Waterproof (submersible; floats)
Power source: 3 x 1.5V button cell batteries (included)
Dimensions: 18.5 x 3.4 x 3.4 cm (7.3 x 1.3 x 1.3 inches)
Code: 13002004
EC-3 Handheld Conductivity & Temp Meter with case (10)
04 May 2021 13/22
14. Ideal for all water purification applications, wastewater regulation, aquaculture, hydroponics, and colloidal
silver.
Features
* Ideal for commercial use. Includes a carrying case with belt clip.
* Highly efficient and accurate due to its advanced microprocessor technology.
* Hold Function: saves measurements for convenient reading and recording.
* Auto-off function: the meter shuts off automatically after 10 minutes of non-use to conserve batteries.
* Measurement Range: 0-9990 µS. From 0-999 µS, the resolution is in increments of 1 µS. From 1000 to
9990 µS, the resolution is in increments of 10 µS, indicated by a blinking 'x10' image.
* Built-in digital thermometer
* Display: large and easy-to-read LCD screen.
* Factory Calibrated: our meters are calibrated with a 700 µS NaCl solution.
* Meters can be recalibrated with a mini-screwdriver.
Specifications
TDS Range: 0 - 9990 µS (µS/cm)
Temp. Range: 0 - 80 degrees Celsius
Resolution: 1 µS; 10 µS, 0.1 degree Celsius
Accuracy: +/- 2%
ATC: Built-in sensor for Automatic Temperature Compensation of 1 to 50o C (33 to 122o F)
Power source: 2 x 1.5V button cell batteries (included)
Battery life: 1000 hours of usage
Dimensions: 15.5 x 3.1 x 2.3cm (6.1 x 1.25 x 1 inches)
Tank pressure tester
Code: 13005001
Portable PSI pressure tank meter (Digital)
Co2 saturation tester
Code: 13006001
Carbonation test Co2 quality test volumes
04 May 2021 14/22
15. MEASURING CUP CARBONATION
Note: for use with post-mix dispensed beverages only.
1. Pre-cool the cup with ice or by filling with cold product and then empty.
2. Immediately dispense sample product into a cup larger than the test chamber.
Note: The cup should be held close to the nozzle and tilted to reduce foaming.
3. Carefully transfer the sample into the test chamber until completely full.
4. Place the cap on the test chamber and screw closed.
5. Depress the vent valve until the gauge reads zero, then release.
6. Gently swirl the tester until gauge reads 5 PSIG. Again release the pressure using the vent valve.
7. Shake the tester vigorously until the pressure stabilizes at the highest reading.
8. Read down the temperature heading column to that indicated on the thermometer in the tester base.
Then read across the pressure heading row to that indicated on the gauge. The number at the intersection
of the temperature and pressure readings is the volume of CO2 in the sample. Measure samples until
readings agree.
SETTING CARBONATOR PRESSURE
1. Take the desired cup carbonation value and add 1 volume to obtain in-line value.
2. Divide the in-line value by carbonator efficiency (usually 80%) to obtain ideal value.
IDEAL VALUE= in-line value / 0.8
3. Read down the temperature heading column to that indicated on the thermometer. Go across the
temperature row to the ideal value. Read the pressure column heading above the ideal volume reading.
Note: the ideal carbonator pressure should be adjusted as needed by measuring actual cup carbonator
values.
THERMOMETER FIELD ADJUSTMENT
1. Turn nut under thermometer approximately 1 turn counterclockwise using 9/16" open end wrench
inserted through slot in base of carbonation tester.
2. Remove thermometer by pulling on the thermometer housing and twisting while holding tester cup
steady.
3. Insert thermometer stem, into an ice-water container and stir vigorously for one minute. The thermometer
should indicate 32°F (0°C).
4. If it dopes not, grasp the flats on the metal housing with pliers and turn the plastic face with one's hand
until 32°F (0°C) is indicated.
5. Wth the stem still wet, insert the thermometer by pressing in while twisting.
6. Tighten the retaining nut 1 turn.
7. Check the thermometer by filling the test chamber with the ice-water mixture and reading 32°F (0°C).
PRESSURE GAUGE FIELD ADJUSTMENT
1. The gauge has been factory calibrated and will indicate within the zero band when the tester is
depressurized.
2. If the gauge does not indicate within the zero band when depressurized, unscrew the clear plastic cover.
3. Carefully turn the adjusting stem until the pointer is centered in the zero band.
4. Replace the cover.
5. For absolute accuracy, calibration of the gauge must be done with a calibrated test pressure gauge.
04 May 2021 15/22
16. Water softener hardness demostration
Code: 13000501
NeatWork reagent 1 demo demostration hardness softener
150ml.
REAGENT 1 Hardness reagent precipitator 1.
Reagent product for soft water demonstration.
Volume: 150 ml
Dosage / Use: Dose 10 drops of reagent 1 for each 25 ml of water. (Use it exclusively combined with
reagent 2. After reagent 1 dose the same quantity of reagent 2). After homogenization the dissolution with
soft water we will obtain a complete transparent dissolution. This effect will be reduced proportionally as the
higher hardness contained in water.
Precautions: Provoque Burns.
Use gloves, protection glasses or proper dress to manipulate it. Don’t ingest neither inhale it. Avoid eye
and direct skin contact. In case of accident, seek immediate medical assistance and show the bottle or the
label.
Keep container closed, dry and away from heat. Keep locked up and out of reach of children. After contact
with eyes wash immediately with plenty of water, seek medical assistance and show this label. Take off
immediately all contaminated clothing. Do not mix with other chemical products. Exclusive product for
professional use. Contains: Potassium hydroxide.
Code: 13000502
NeatWork reagent 2 demo demostration hardness softener
150ml.
REAGENT 2 Hardness reagent precipitator 2.
Reagent product for soft water demonstration.
Volume: 150 ml
Dosage / Use: Dose 10 drops of reagent 2 for each 25 ml of water. (Use it exclusively combined with
reagent 1. After reagent 1 dose the same quantity of reagent 2). After homogenization the dissolution with
soft water we will obtain a complete transparent dissolution. This effect will be reduced proportionally as the
higher hardness contained in water.
Precautions: Don’t ingest neither inhale it. Avoid eye and direct skin contact. In case of accident, seek
immediate medical assistance and show the bottle or the label. Keep container closed, dry and away from
heat. Keep locked up and out of reach of children After contact with eyes wash immediately with plenty of
water, seek medical assistance and show this label. Do not mix with other chemical products. Exclusive
04 May 2021 16/22
17. product for professional use.
Code: 13000503
NeatWork soap solution reagent demo demonstration hardness
softener 150ml.
Soap solution reagent demo demonstration hardness softener
Dosage / Use: Dose between 5 and 15 drops of Soap Solution for each 50 ml of water. Once shaken, using
soft water, we will obtain a transparent solution with a lot of foam. This effect will be proportionally reduced
as higher is the water hardness.
Precautions: Provoque Burns.
Use gloves, protection glasses or proper dress to manipulate it. Don’t ingest neither inhale it. Avoid eye
and direct skin contact. In case of accident, seek immediate medical assistance and show the bottle or the
label.
Keep container closed, dry and away from heat. Keep locked up and out of reach of children. After contact
with eyes wash immediately with plenty of water, seek medical assistance and show this label. Take off
immediately all contaminated clothing. Do not mix with other chemical products. Exclusive product for
professional use. Contains: 4% Potassium hydroxide.
Code: 13000504
Holder for 2 test tube made of trasparent methacrylate
Accessory required for precipitation hardness.
04 May 2021 17/22
18. Code: 13000505
Trasparent test tube x 2 pcs.
Accessory required for precipitation hardness.
Dimensions (mm): 15x100
Code: 13000506
100ml. Erlenmeyer glass flask for soap demostration in
softened water
Accessory required for soap solution.
Code: 13000507
Double demonstration briefcase test water softener and
reverse osmosis
Variants
Code Description
13000507-01 Double demonstration briefcase test water softener and reverse osmosis with WA. TEST
13000507-02 Double demonstration briefcase test water softener and reverse osmosis without WA. TEST
13000507-03 Double demonstration briefcase test water softener and reverse osmosis w/o Water Softener with WA. TEST
Composition:
1x Faucet connection kit.
2x Test tubes.
1x Test tubes holder.
04 May 2021 18/22
19. 2x Erlenmeyer of 150 ml.
1x Hardness analyser.
1x Disposable portable softener.
1x 150 cc bottle with precipitator 1. Demo drop crystal.
1x 150 cc bottle with precipitator 2. Demo drop green.
1x 150 cc bottle with soap.
1x Electronic TDS analyser.
1x Advanced electrolysis precipitator, WA.TEST (Optional).
1x 150 cc bottle with chlorine determination reagent.
4x Drop dispenser.
2x Iron electrodes WA.TEST (Optional).
Code: 13000004
Hardness precipitation test
Variants
Code Description
13000004-01 Hardness precipitation kit test
13000004-02 Hardness precipitation test replacement hardness precipitation A 25cc. pack of 6 bottles
13000004-03 Hardness precipitation test replacement hardness precipitation B 25cc. Pack of 6 bottles
13000004-04 Hardness precipitation test pack containing 1 x 250cc. A and 1x 250cc. B
13000004-05 Hardness precipitation test replacement hardness precipitation A 250cc. pack of 2 bottles
13000004-06 Hardness precipitation test replacement hardness precipitation B 250cc. pack of 2 bottles
IPT HARDNESS PRECIPITATION (to demonstrate the presence of hardness by the formation of a bulky
precipitate)
KIT CONTAINS: 1 bottle 25cc hardness precipitation A * 1 bottle 25cc hardness precipitation B * 2 test tube
20cc * use directions
SPARE PARTS: hardness precipitation A, 6 bottles 25cc Code N° 13000004-02 * hardness precipitation B,
6 bottles 25cc Code N° 13000004-03 * hardness precipitation: 1 bottle da 250 cc A e 1 bottle da 250 cc B
Code N° 13000004-04 * hardness precipitation A, 2 bottles 250cc Code N° 13000004-05 * hardness
precipitation B, 2 bottles 250cc Code N° 13000004-06 * test tube 20cc, 10 Code N° 13000004-07
04 May 2021 19/22
20. Calibration Solutions
Code: 13003001
TDS - EC - pH - ORP REDOX Calibration Solutions
Variants
Code Description
13003001-02 C1000 TDS 1000 ppm 3oz/89ml
13003001-03 pH Buffer Solution - LAST PIECES
13003001-05 7.0 pH buffer solution 20ml.
13003001-04 ORP Buffer Solution & Electrode Test Kit (1)
13003001-06 4.0 pH buffer solution 20ml.
For optimal performance, re-calibrate your meters periodically or if testing levels in wide or different ranges.
TDS and EC Calibration Solutions
FEATURES
* NaCl calibration solution, available in 342 ppm or 1000 ppm.
* Comes in lightweight HDPE plastic bottles.
* Sealed with a coated foam liner.
SPECIFICATIONS
NaCl solution
Available in 342 ppm or 1000 ppm
3 oz. bottles (88.7 ml)
Solution Conversions
342 NaCl =
362 as KCl ; 478 as "442" ; 700 µS
________________________________
1000 NaCl =
1060 as KCl ; 1450 as "442" ; 2000 µS
pH Buffer Solution Variety Pack
FEATURES
* Variety pack of pH buffer solution.
* Simple to use.
* Powder has an indefinite shelf life.
SPECIFICATIONS
Total volume: 1.2 liters. Each powder packet makes 100 ml of solution (when mixed with distilled or
deionized water)
Contents: 3 packets of 4.0 pH, 6 packets of 7.0 pH, 3 packets of 10.01 pH
Extra: Includes one empty 100 ml bottle
Accuracy: +/- 0.02 pH at 25 degrees Celsius
Preparation directions included with the pack
04 May 2021 20/22
21. ORP Buffer Solution and Electrode Test Kit
FEATURES
* Variety pack of ORP buffer solution.
* Test kit to check the quality of your ORP electrode.
* Simple to use.
* Powder has an indefinite shelf life.
SPECIFICATIONS
Total volume: 1.0 liter. Each powder packet makes 100 ml of solution (when mixed with distilled or
deionized water)
Contents: 5 packets of +92mV, 5 packets of +265mV
Extras: Includes three empty 100 ml bottles
Accuracy: +/- 0.2 ORP at 25 degrees Celsius
Preparation directions included with the kit
Thermometers
Code: 13004001
Digital Thermometer -58 a 482°F (da -50 a 250°C)
For use in: All hot and cold fluids and/or solids Aquariums Kitchens and bakeries Hydroponics and
aquaculture Freezers/coolers and heating systems Motors, generators and ventilations systems Academic,
scientific and medical laboratories
FEATURES
* Durable 2 ½” stainless steel probe with 20” cable
* Complete with wallet-style carrying case
* Large, easy-to-read LCD display
SPECIFICATIONS
Temp. Range: -58 to 482°F (-50 to 250°C)
Resolution: .0.1°C and 0.1 °F
Accuracy: ±1°C (-10 to 100°C ), ±2°C (101 to 200°C ), ±3°C (-50 to -10°C ), ±5°C (200 to 250°C )
Power source: 2 x 1.5V button cell batteries (included)
Dimensions: 5.4 x 10.8 x 1.2cm (2.1 x 4.2 x .5 inches)
04 May 2021 21/22