Pathfinder Instruments

Understanding the Jenco 6309PDTF-pH/DO Temperature Analyzer: A Comprehensive Guide

Sat, 31 Aug 2024 22:30:00 GMT

Understanding the Jenco 6309PDTF-pH/DO Temperature Analyzer: A Comprehensive Guide

When it comes to precise measurement of dissolved oxygen (DO) and temperature in various industrial applications, the Jenco 6309PDTF-pH/DO Temperature Analyzer stands out as a leading choice. This advanced analyzer, available on Pathfinder Instruments , offers unparalleled accuracy and reliability, making it a vital tool for professionals in fields such as water treatment, aquaculture, and environmental monitoring.

What is the Jenco 6309PDTF-pH/DO Temperature Analyzer?

The Jenco 6309PDTF-pH/DO Temperature Analyzer is a versatile instrument designed to measure dissolved oxygen and temperature levels in real-time. It is an essential tool for applications where accurate monitoring of these parameters is crucial for maintaining water quality and ensuring optimal conditions in industrial processes. The device combines pH measurement, dissolved oxygen detection, and temperature monitoring into one compact unit, making it highly efficient and user-friendly.

Key Features of the Jenco 6309PDTF

One of the standout features of the Jenco 6309PDTF is its advanced sensor technology, which provides fast and accurate measurements of dissolved oxygen levels. The analyzer uses a polarographic or galvanic DO sensor that offers stable readings, making it suitable for continuous monitoring in challenging environments. This makes the Jenco 6309PDTF particularly valuable in aquaculture, where maintaining optimal oxygen levels is critical for the health and growth of aquatic organisms.

In addition to its DO measurement capabilities, the Jenco 6309PDTF also features a high-precision temperature sensor. Temperature is a critical parameter in many industrial processes, and the ability to monitor it accurately alongside dissolved oxygen levels allows for more comprehensive data collection and analysis. The analyzer’s temperature compensation function ensures that readings remain accurate across a wide range of environmental conditions, further enhancing its reliability and usability in various applications.

Another significant advantage of the Jenco 6309PDTF is its robust design, which is engineered to withstand harsh conditions typically encountered in industrial settings. Its durable construction ensures long-term performance and reduces the need for frequent maintenance, which can save both time and costs for operators.

Applications of the Jenco 6309PDTF in Industrial Settings

The versatility of the Jenco 6309PDTF-pH/DO Temperature Analyzer makes it suitable for a wide range of applications. In wastewater treatment facilities, for instance, monitoring dissolved oxygen levels is crucial for ensuring the efficiency of biological treatment processes. The Jenco 6309PDTF provides accurate, real-time data that helps operators maintain optimal conditions for aerobic bacteria, which are essential for breaking down organic matter in wastewater.

In aquaculture, dissolved oxygen and temperature are key parameters that directly impact the health and growth of aquatic species. The Jenco 6309PDTF allows for continuous monitoring of these parameters, enabling aquaculture operators to quickly detect and respond to changes in water quality. This proactive approach can help prevent fish kills and improve overall productivity.

Environmental monitoring is another area where the Jenco 6309PDTF excels. Whether deployed in natural water bodies or industrial effluents, this analyzer provides reliable data on dissolved oxygen levels and temperature, which are critical indicators of water quality. By providing continuous, accurate measurements, the Jenco 6309PDTF helps environmental professionals make informed decisions to protect aquatic ecosystems and comply with regulatory standards.

Why Choose the Jenco 6309PDTF-pH/DO Temperature Analyzer?

There are several reasons why professionals across various industries trust the Jenco 6309PDTF-pH/DO Temperature Analyzer . Its advanced sensor technology ensures accurate and reliable measurements, while its robust design makes it suitable for use in harsh environments. Moreover, the device’s versatility and ease of use make it a valuable tool for a wide range of applications, from aquaculture and wastewater treatment to environmental monitoring.

By choosing the Jenco 6309PDTF, operators can benefit from a high-quality, cost-effective solution for monitoring dissolved oxygen and temperature levels in their processes. This analyzer not only helps maintain optimal conditions but also contributes to improved operational efficiency and reduced environmental impact.

For more information on the Jenco 6309PDTF-pH/DO Temperature Analyzer and how it can benefit your operations, visit Pathfinder Instruments . Explore the full range of features and specifications, and discover why this analyzer is the preferred choice for professionals in demanding environments.

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How to Interpret Data from Measurement Instruments: A Practical Guide

Mon, 19 Aug 2024 16:46:00 GMT

How to Interpret Data from Measurement Instruments: A Practical Guide

When it comes to measurement instruments, accurate data interpretation is essential for making informed decisions, whether you’re in a laboratory, industrial setting, or environmental monitoring. Understanding how to read and interpret data from these instruments can significantly impact your results and outcomes. This guide will walk you through the basics of interpreting data from measurement instruments , with a special focus on conductivity meters , widely used in various applications.

Understanding Measurement Instruments

Measurement instruments are designed to collect data that reflects the physical, chemical, or electrical properties of a substance or environment. For instance, conductivity meters measure the ability of a solution to conduct electricity, which can indicate the concentration of ions in the solution.

To get accurate readings, it’s crucial to understand the operational principles of the instrument you’re using. Are you measuring conductivity, temperature, pH, or another parameter? Each measurement requires specific calibration, sample preparation, and maintenance to ensure the data you collect is reliable.

Key Steps in Data Interpretation

1. Calibration and Baseline Establishment

Before interpreting any data, ensure your instrument is properly calibrated. Calibration involves setting the instrument to known standards so that it provides accurate readings when measuring unknown samples. If your conductivity meter is not calibrated correctly, the data you collect may be skewed, leading to incorrect conclusions.

2. Data Collection Process

Once calibrated, begin collecting data. Ensure that the samples are prepared consistently, and the environment in which measurements are taken is stable. Variations in temperature, pressure, or sample preparation can lead to inconsistent data, making it challenging to interpret.

3. Analyzing the Data

After collecting the data, the next step is to analyze it. Look for patterns, trends, and any anomalies that might indicate measurement errors or unusual sample characteristics. For conductivity measurements, compare the data against standard conductivity values for the solution being tested. This will help you determine whether the ion concentration is within expected ranges.

Conductivity Meter Data Interpretation

Conductivity meters measure how well a solution can conduct electricity, which correlates to the concentration of ions in the solution. High conductivity indicates a high concentration of ions, while low conductivity suggests fewer ions. Here’s how to interpret this data:

Practical Applications

Understanding and interpreting conductivity data is critical in several industries. In water treatment, for instance, monitoring conductivity can indicate the efficiency of a filtration system. In the food and beverage industry, conductivity measurements help ensure product quality by maintaining proper ionic concentrations.

For more detailed guidance on selecting and using conductivity meters, check out our Conductivity Instruments at Pathfinder Instruments. Our range of high-quality instruments ensures accurate and reliable data for your specific application needs.

Conclusion

Interpreting data from measurement instruments like conductivity meters is not just about reading numbers—it’s about understanding what those numbers mean in the context of your application. By ensuring proper calibration, consistent data collection, and thorough analysis, you can make the most of your measurement instruments and achieve reliable, actionable results.

For more information on measurement instruments and best practices, explore our full range of products at Pathfinder Instruments . Whether you’re looking for a specific instrument or need advice on selecting the right tool for your needs, we’re here to help.

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How is Dissolved Oxygen Monitored?

Sun, 11 Aug 2024 01:57:00 GMT

How is Dissolved Oxygen Monitored?

Because DO is a dissolved gas, it must be measured on site, ideally in the body of water. Drawing a grab sample introduces atmospheric oxygen and temperature changes interfering with the accuracy of the measurement.

Electrodes

Optical Sensors

This method uses light and luminescent material to measure DO. These electrodes require less maintenance, hold calibration, are not affected by hydrogen sulfide or other dissolved gases. They offer accuracy, stability and reproducibility at fast response times.

Electrochemical Sensors

This method utilizes Galvanic or Clark-type electrodes (anode and cathode in an electrolyte solution) to measure DO. To ensure accuracy the electrodes require frequent calibration and water samples must be gently stirred.

The post How is Dissolved Oxygen Monitored? first appeared on Pathfinder Instruments .

The Role of Measurement Instruments in Environmental Protection

Sun, 28 Jul 2024 18:41:00 GMT

The Role of Measurement Instruments in Environmental Protection

In today’s rapidly changing world, environmental protection is a critical concern. Accurate measurement and monitoring are essential to understanding and mitigating environmental impacts. Measurement instruments play a pivotal role in this process, providing the data needed to make informed decisions and take effective action. Pathfinder Instruments is at the forefront of this effort, offering a range of high-quality measurement tools designed to support environmental protection initiatives.

One of the key areas where measurement instruments are indispensable is in air quality monitoring. With increasing concerns about air pollution and its effects on health and the environment, accurate and reliable data is crucial. Instruments such as gas analyzers and particulate matter sensors help detect and quantify pollutants in the air, enabling regulatory bodies and environmental organizations to assess air quality and implement necessary measures to improve it. Pathfinder Instruments offers advanced solutions for air quality monitoring, ensuring precise and reliable measurements.

Water quality is another critical aspect of environmental protection where measurement instruments are vital. Contaminants in water sources can have severe consequences for ecosystems and human health. By using instruments such as pH meters, turbidity sensors, and conductivity meters, environmental professionals can monitor water quality parameters and identify potential pollutants. This data is essential for maintaining safe drinking water, protecting aquatic life, and ensuring the sustainability of water resources. Pathfinder Instruments provides a comprehensive range of water quality measurement tools to support these efforts.

Soil health is yet another area where measurement instruments play a crucial role. Soil contamination from industrial activities, agricultural runoff, and improper waste disposal can lead to long-term environmental damage. Instruments like soil moisture sensors, nutrient analyzers, and heavy metal detectors help monitor soil conditions and identify contamination levels. By providing accurate data, these instruments enable environmental scientists and policymakers to develop effective remediation strategies and promote sustainable land use practices. Pathfinder Instruments’ soil measurement tools are designed to deliver reliable and precise data for soil health assessment.

In the realm of climate change, measurement instruments are indispensable for tracking changes in the environment. Instruments such as weather stations, radiometers, and greenhouse gas analyzers provide essential data on temperature, humidity, radiation, and gas concentrations. This information is crucial for climate modeling, research, and developing strategies to mitigate climate change impacts. Pathfinder Instruments’ advanced climate monitoring solutions offer the accuracy and reliability needed for comprehensive environmental monitoring.

Furthermore, measurement instruments are essential in industrial applications where environmental compliance is critical. Industries such as manufacturing, energy production, and waste management must adhere to stringent environmental regulations. Instruments for emissions monitoring, effluent analysis, and waste characterization help industries track their environmental footprint and ensure compliance with regulatory standards. Pathfinder Instruments provides a range of industrial measurement tools designed to support environmental compliance and sustainability efforts.

At Pathfinder Instruments, we are committed to providing innovative and reliable measurement solutions to support environmental protection initiatives. Our products are designed to deliver accurate and precise data, empowering environmental professionals to make informed decisions and take effective action. By leveraging advanced measurement technologies, we can collectively work towards a cleaner, healthier, and more sustainable environment.

For more information on our range of measurement instruments and how they can support your environmental protection efforts, visit Pathfinder Instruments . Let’s work together to make a positive impact on our environment.

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Top Industries That Rely on Pathfinder Instruments

Fri, 19 Jul 2024 22:37:00 GMT

Top Industries That Rely on Pathfinder Instruments

Pathfinder Instruments has established itself as a leader in providing precision instruments and calibration services across a diverse range of industries. These sectors depend on the accuracy and reliability that Pathfinder Instruments delivers, ensuring their operations run smoothly and efficiently. Let’s explore how various industries benefit from Pathfinder Instruments’ expertise and products.

In the aerospace industry , precision is paramount. Aircraft manufacturers and maintenance teams rely on Pathfinder Instruments for accurate calibration of their tools and equipment. This ensures that every component, from engines to navigation systems, meets stringent safety and performance standards. The use of advanced calibration services minimizes the risk of error, enhancing both safety and efficiency in flight operations.

The medical field is another sector that cannot afford inaccuracies. Medical device manufacturers and healthcare providers depend on Pathfinder Instruments to maintain the precision of diagnostic tools and treatment equipment. Accurate calibration of these devices is crucial for patient safety and effective medical care. Whether it’s imaging equipment or surgical tools, the reliability of Pathfinder Instruments’ services supports critical healthcare outcomes.

Pharmaceutical companies also benefit significantly from the precision instruments and calibration services provided by Pathfinder Instruments. In drug manufacturing and testing, even the smallest deviation can lead to significant issues. Ensuring the accuracy of measurement instruments helps maintain the integrity of pharmaceutical products, which is essential for compliance with regulatory standards and for ensuring patient safety.

In the automotive industry , manufacturers and service providers use Pathfinder Instruments to calibrate tools and equipment essential for vehicle production and maintenance. Precision in measurement and testing is vital for producing high-quality, reliable vehicles. Pathfinder Instruments’ services help automotive companies maintain their reputation for quality and safety.

Industrial manufacturing covers a broad range of activities, all of which require precise measurement and control. From the production of consumer goods to heavy machinery, manufacturers depend on accurate instrumentation to ensure product quality and process efficiency. Pathfinder Instruments offers the necessary calibration services to keep these operations running smoothly, reducing downtime and enhancing productivity.

The energy sector , encompassing oil, gas, and renewable energy, also relies heavily on precision instruments. Accurate measurement and control are critical for efficient energy production and distribution. Pathfinder Instruments’ calibration services support the maintenance of these systems, ensuring they operate within optimal parameters and comply with regulatory standards.

Finally, the research and development sector, which spans across multiple industries, depends on the accuracy and reliability of their measurement instruments. Whether developing new technologies or conducting scientific research, precision tools calibrated by Pathfinder Instruments are essential for obtaining reliable data and achieving groundbreaking results.

Pathfinder Instruments’ commitment to precision and reliability makes them an indispensable partner across these diverse industries. Their advanced calibration services and high-quality instruments ensure that businesses can operate with confidence, knowing their equipment meets the highest standards of accuracy. Explore the full range of services and products offered by Pathfinder Instruments by visiting their website .

By maintaining a focus on quality and precision, Pathfinder Instruments continues to support the critical needs of these industries, driving advancements and ensuring the highest levels of operational efficiency and safety.

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Instrumentation Solutions for the Pharmaceutical Industry

Tue, 09 Jul 2024 21:55:00 GMT

Instrumentation Solutions for the Pharmaceutical Industry

In the ever-evolving pharmaceutical industry, precision and reliability are paramount. At Pathfinder Instruments, we understand the critical need for accurate instrumentation solutions that ensure the safety, efficacy, and quality of pharmaceutical products. Our comprehensive range of instruments is designed to meet the stringent demands of the pharmaceutical sector, providing you with the tools necessary to maintain compliance and achieve excellence.

Ensuring Precision in Pharmaceutical Manufacturing

Pharmaceutical manufacturing involves intricate processes that require meticulous control and monitoring. From raw material testing to final product validation, every step must adhere to strict regulatory standards. Pathfinder Instruments offers a suite of solutions that cater to these needs, including advanced spectrophotometers, chromatographs, and titrators. Our instruments are designed to deliver precise and reproducible results, minimizing variability and ensuring consistent product quality.

Quality Control and Assurance

Quality control is a cornerstone of pharmaceutical manufacturing. Ensuring that every batch meets the highest standards of purity and potency is essential for patient safety. Our range of analytical instruments, such as high-performance liquid chromatography (HPLC) systems and gas chromatography (GC) systems, provide robust and reliable performance for complex analyses. These instruments are crucial for detecting impurities, verifying concentrations, and confirming the identity of pharmaceutical compounds.

Compliance with Regulatory Standards

Regulatory compliance is non-negotiable in the pharmaceutical industry. Pathfinder Instruments is committed to providing solutions that help you meet the rigorous requirements set by regulatory bodies such as the FDA and EMA. Our instruments come with comprehensive validation packages and software solutions that ensure data integrity and traceability, critical for audit readiness and regulatory submissions.

Research and Development

Innovation drives the pharmaceutical industry forward. In research and development (R&D) laboratories, accurate and reliable instrumentation is essential for breakthrough discoveries. Our spectrophotometers, microplate readers, and other analytical instruments support cutting-edge research by delivering high sensitivity and precision. Whether you are developing new drugs or improving existing formulations, our instruments are designed to support your R&D efforts.

Custom Solutions for Unique Challenges

Every pharmaceutical facility has unique challenges and requirements. At Pathfinder Instruments, we offer customized solutions tailored to your specific needs. Our team of experts collaborates with you to understand your processes and develop instrumentation solutions that enhance efficiency and accuracy. Whether you need a customized automation system or specialized analytical tools, we have the expertise to deliver solutions that meet your exact specifications.

Partnering for Success

Choosing the right instrumentation partner can significantly impact your operational success. Pathfinder Instruments is dedicated to building long-term relationships with our clients, providing ongoing support and service. Our commitment to customer satisfaction means that you can rely on us for technical support, maintenance, and training, ensuring that your instruments perform optimally throughout their lifecycle.

Explore our range of instrumentation solutions for the pharmaceutical industry and discover how we can help you achieve precision, compliance, and innovation in your operations. For more information, visit our website or contact our team of experts today.

In the pharmaceutical industry, where precision and compliance are critical, Pathfinder Instruments offers the reliable and advanced solutions you need. Our instruments support every stage of the pharmaceutical manufacturing process, from R&D to quality control and regulatory compliance. Partner with us to enhance your operational efficiency and achieve excellence in your pharmaceutical endeavors.

For more details on how Pathfinder Instruments can meet your pharmaceutical instrumentation needs, visit our website or reach out to our experts for personalized assistance.

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Kobold Flowmeters for your next Project

Sun, 30 Jun 2024 06:19:00 GMT

Kobold Flowmeters for your next Project

MEASURE, CONTROL, AUTOMATE

KOBOLD’s technical solutions can be easily integrated into a wide variety of systems in many industrial
sectors. Thanks to internationally recognized BUS interfaces, most of our models can be easily adapted into
already established automated processes. Our innovative instrumentation delivers the highest standards of
service and can handle complex processes. Because our solutions are both sophisticated and easy to use,
they are very popular among end users.

ABOVE AND BEYOND THE STANDARD
While KOBOLD offers a wide variety of instrumentation that meets most standard application needs, we are also able to meet extraordinary application needs. Our familiarity with exotic materials allows us to offer solutions for variables that are frequently hard to accommodate. Because we are the manufacturer, we also have the flexibility of being able to provide customized solutions in certain circumstances, based on the exact application needs.

KOBOLD is able to accommodate most common liquid application media, such as: oils, lubricants, water, wastewater, chemicals, corrosives, abrasives, coolant, paints, coatings, adhesives, sealants, and fuels. Our instrumentation can also handle most types of gaseous media, such as: steam, clean gas, dirty gas, ammonia gas, combustible gas, compressed air, natural gas, and nitrogen flow. KOBOLD flow instrumentation can be found providing dependable and lasting service in common application fields, such as: irrigation, oil and gas, automotive, power generation, general manufacturing, machining, cement/aggregates, chemicals, petrochemicals, test measurement, laboratories, research and development, aerospace, HVAC, water, wastewater, building automation, pulp and paper, metals, mining, surface treatment, semiconductors, pumping, agriculture, marine, aviation, boilers, brewing, refrigeration, turbines, utilities, and welding

See our line of KOBOLD flowmeters.

The post Kobold Flowmeters for your next Project first appeared on Pathfinder Instruments .

Featured Product: Fuji PXR3 Temperature Controller

Sun, 16 Jun 2024 07:53:00 GMT

Fuji PXR3 Temperature Controller

For temperature controlling with alarms. Advanced, self-tuning 1/32 DIN temperature and process controller with 16 ramp / soak segments

Features
•1/32 DIN (24×48 mm)
•PID plus self-tuning, PID plus fuzzy control, and auto-tuning
•NEMA 4X waterproof faceplate with large LED display
•Thermocouple/RTD and 4-20mA/0-5V inputs
•Single or dual control outputs
•Up to 16 ramp/soak segments or two 8-segment patterns
•Programmable alarms and heater burnout alarm options
•Remote Setpoint Option
•Analog retransmission option
•Digital Input Option
•Timer Function
•Remote monitoring and free software with RS485 option
•ISO 9001 manufactured
•3-year warranty
•UL873 approved

The post Featured Product: Fuji PXR3 Temperature Controller first appeared on Pathfinder Instruments .

What Water Conductivity Can Tell Us About Water Pollution

Mon, 03 Jun 2024 11:23:00 GMT

What Water Conductivity Can Tell Us About Water Pollution

The Flint water crisis and Deep Water Horizon oil spill are both examples of how pollution in water can harm animals and people who rely on those ecosystem.

While those two stories generated heavy news coverage any smaller cases of water pollution don’t get the attention they deserve. One of the best ways to test water pollution levels is to test the conductivity of water.

Pure water has very low conductivity, but as pollution increases, so does the conductivity of the water.

Conductivity tests, using instruments like a submersible conductivity sensor, can show big increases in conductivity, which can indicate rising pollution levels. This can happen due to agricultural runoff, a sewage leak, or a chemical spill in the water. Discovering pollution leaks early can help authorities protect local populations, as well as trace the source of the pollution and seek to remedy the problem.

At Pathfinder Instruments, we are proud to sell submersible conductivity sensors that can help address water pollution more quickly.

Customer Testimonial

“Great customer service and fast delivery. I was able to get the instruments that I needed for my project quickly.”

-Mark

The post What Water Conductivity Can Tell Us About Water Pollution first appeared on Pathfinder Instruments .

What is Dissolved Oxygen saturation?

Sun, 17 Mar 2024 01:57:00 GMT

In a stable body of water with no stratification, DO will remain at 100% air saturation. The 100% air saturation means that the water is holding as many dissolved gas molecules at it can in equilibrium. At equilibrium, the percentage of each gas in the water would be equivalent to the percentage of that gas in the atmosphere, which is known as its partial pressure.

The water will slowly absorb oxygen and other gases from the atmosphere until it reaches equilibrium at complete saturation . This process is sped up by aeration. It is possible for DO to exceed 100% air saturation in water by biological means.

What contributes to the concentration of Dissolved Oxygen in water:

The post What is Dissolved Oxygen saturation? first appeared on Pathfinder Instruments .

Pathfinder Instruments Provides Conductivity & Resistivity Sensors When It Has To Be Accurate

Sun, 03 Mar 2024 10:06:00 GMT

Pathfinder Instruments Provides Conductivity & Resistivity Sensors When It Has To Be Accurate

Our Sensors monitor a number of important measurements: The effectiveness of the filtration process for potable water. The mineral parts-per-million in desalination systems. The total dissolved solids for waste water treatment applications. The purity of water in applications where electroconductivity must be avoided. The purity of water to be used in pharmaceutical and semiconductor processes. When it has to be accurate, think Pathfinder.

Low-cost Pathfinder conductivity probes are suitable for use with most portable conductivity meters. Add a simple mounting gland fitting, and you can use these in process applications. Mount them inline, in a pipe “T” fitting, or submerge them into a tank or open channel.

Pathfinder CS-100 Conductivity Probes (K=0.1) are temperature compensated conductivity electrodes constructed of stainless steel and CPVC, used for measurements in the low ranges, from 0 to 10uS up to 0 to 750uS. These cost-effective probes can be paired with the CT-1000 conductivity transmitter (4 – 20mA Output) or the Sensorex model TX20 conductivity controller. Standard cable length is 10 ft (custom lengths available up to 60 ft).

Pathfinder CS-1000 Conductivity Probes (K=1.0) are
temperature compensated conductivity electrodes, and constructed of high density, flat surface graphite, PVC, & epoxy used for medium conductivity ranges from 0 to 1000uS up to 0 to 2000uS in combination with the CT-1000 conductivity transmitter, the Sensorex TX20 controller or other brands of controllers and transmitters. Standard cable length is 10 ft, and custom lengths are available up to 60 ft.

Pathfinder CS-3000 Conductivity Probes (K=5.0) Conductivity Probes are temperature-compensated conductivity electrodes, with high-density, flat surface graphite construction similar to the CS-1000 model, but suited for high range measurements, from 0 to 30,000uS up to 0 to 135,000uS. Standard cable length is 10 ft, and custom lengths are available up to 60 ft.

Pathfinder CS-5000 Conductivity Probes (K=2.5)
Features two graphite contacts mounted in CPVC housing for a rugged, dependable sensor design. Low cost, Flat surface 3/4″ PVC/Polypro Probe with ATC, these probes measure ranges from 0 to 5000uS up to 0 to 20,000uS. Standard cable length is 10 ft, and custom lengths are available up to 60 ft.

Pathfinder CT-1000PT Conductivity Transmitter is a 2-wire 4-20mA output conductivity transmitter featuring encapsulated construction, high performance, and small size. Our most popular model! The CT-1000PT-10US-K0.1 measures conductivity in the lowest range — 0 to 10uS.

Pathfinder RC-20 Resistivity Probe (K-.007) is a Resistivity/Conductivity Probe that has an Integral Temperature Sensor for automatic temperature compensation. It comes in a variety of cable lengths. Standard cable length is 10 ft, and custom lengths are available up to 60 ft.

The Model HPT-12 transmitter converts the resistivity cell signal to a usable 1-1.2 VDC output proportional to the Megohm/cm level using an RC-20 probe.

Click on the appropriate link below to see a complete line of products:

Pathfinder CS-100 Conductivity Probes
Pathfinder CS-1000 Conductivity Probes
Pathfinder CS-3000 Conductivity Probes
Pathfinder CS-5000 Conductivity Probes
Pathfinder RC-20 Resistivity Probes

For more information about these and other Pathfinder products, contact us .

The post Pathfinder Instruments Provides Conductivity & Resistivity Sensors When It Has To Be Accurate first appeared on Pathfinder Instruments .

For Water Quality & Control – Conductivity and Resistivity Probes

Fri, 01 Mar 2024 04:47:00 GMT

Conductivity & Resistivity Sensors

When It Has To Be Accurate

Pathfinder RC-20 Resistivity Probe

Pathfinder RC-20 Resistivity Probe (K=.007) provides accurate measurement of ultra pure water for Pharmaceutical, Hydrogen Fuel Cell, and Semiconductor applications.

The RC-20 is a Resistivity/Conductivity Probe that has an Integral Temperature Sensor for automatic temperature compensation. It comes in a variety of cable lengths. Standard cable length is 10 ft, and custom lengths are available up to 60 ft.

The RC-20-SS (shown) has two advantages over the standard unit with the 3/4” NPT male plastic fitting. It will operate at a higher pressure and the SS fitting has ½” NPT male threads allowing it to be used in smaller pipelines.

To learn more, click here.

Pathfinder HPT-12 Resistivity Transmitter

The Model HPT-12 Transmitter converts the resistivity cell signal to a usable 1-1.2 VDC output proportional to the Megohm/cm level using an RC-20 probe.
Reliable Conductivity Measurement for Water

Conductivity transmitters are analytical transmitters designed for monitoring electrical conductivity levels within a given solution for industrial process, pharmaceutical production and water quality monitoring. Conversely, resistivity transmitters monitor how strongly a solution opposes the flow of electric current.

Conductivity measurements are used routinely in many industrial and environmental applications as a fast, inexpensive and reliable way of measuring the ionic content in a solution. For example, the measurement of product conductivity is a typical way to monitor and continuously trend the performance of water purification systems.

To learn more, click here.

The post For Water Quality & Control – Conductivity and Resistivity Probes first appeared on Pathfinder Instruments .

Uses for the Pathfinder CS-1000/40 Sensor

Fri, 23 Feb 2024 18:27:00 GMT

Uses for the Pathfinder CS-1000/40 Sensor

The Pathfinder CS-1000/40 Sensor is commonly used in various industrial applications for measuring and monitoring levels of gas such as carbon dioxide (CO2). Some common applications include indoor air quality monitoring, greenhouse gas monitoring, HVAC systems, and safety monitoring.

The sensor can be used in buildings, offices, schools, and other indoor environments to monitor CO2 levels. Elevated CO2 levels can indicate poor ventilation or high occupancy, which may lead to discomfort or health issues. When used in greenhouse operations, the sensor can monitor CO2 levels to optimize plant growth conditions. CO2 enrichment is often used to enhance photosynthesis and improve crop yields.

The sensor can be integrated into heating, ventilation, and air conditioning (HVAC) systems to control ventilation rates based on CO2 levels. This helps maintain optimal indoor air quality while also conserving energy. In various industrial processes where monitoring and controlling CO2 levels are crucial, such as fermentation processes in breweries, food packaging, or chemical production.

In environments where high levels of CO2 can pose a safety hazard, such as confined spaces or areas prone to carbon dioxide leaks (e.g., breweries, beverage dispensing areas). The Pathfinder CS-1000/40 Sensor provides accurate and reliable measurements of CO2 levels, allowing for effective control and management of various applications.

The post Uses for the Pathfinder CS-1000/40 Sensor first appeared on Pathfinder Instruments .

Understanding How the Jenco 6219N Benchtop Meter Works

Wed, 14 Feb 2024 18:05:00 GMT

Understanding How the Jenco 6219N Benchtop Meter Works

The Jenco 6219N Benchtop Meter is a laboratory instrument designed for measuring various parameters in water quality analysis, such as pH, conductivity, TDS (Total Dissolved Solids), salinity, and temperature. It typically consists of a digital display unit and probes/sensors for each parameter being measured.

The Jenco 6219N Benchtop Meter is suitable for a wide range of applications, including laboratory research, environmental monitoring, water treatment facilities, aquaculture, and more. Designed for durability and reliability in demanding laboratory environments, with quality materials and construction.

Overall, the Jenco 6219N Benchtop Meter is a versatile and reliable instrument for water quality analysis, offering accurate measurements across multiple parameters to meet various research and industrial needs.

The post Understanding How the Jenco 6219N Benchtop Meter Works first appeared on Pathfinder Instruments .

Uses for The KOBOLD DUK Compact Ultrasonic Flowmeter

Tue, 16 Jan 2024 06:31:00 GMT

The KOBOLD DUK Compact Ultrasonic Flowmeter is a specific type of flow meter designed for measuring the flow rate of liquids, including water, chemicals, and other fluids. Here are some common uses for the KOBOLD DUK Compact Ultrasonic Flowmeter:

Water and Wastewater Management: Monitoring the flow rate of water in municipal water supply systems, wastewater treatment plants, and industrial water processes.

Chemical Processing: Measuring the flow of chemicals in manufacturing processes to ensure accurate dosing and efficient production.

Petrochemical Industry : Monitoring the flow of various liquids in the petrochemical industry, such as oil and refined petroleum products.

Food and Beverage Industry: Measuring the flow of liquids in food and beverage production to control the mixing and blending of ingredients.

HVAC Systems: Monitoring the flow of chilled water or other fluids in heating, ventilation, and air conditioning (HVAC) systems for efficient temperature control.

Power Generation: Monitoring the flow of cooling water in power plants to optimize energy efficiency and equipment performance.

Paper and Pulp Industry: Measuring the flow of liquids in paper and pulp manufacturing processes for accurate control of chemical additives.

Mining and Mineral Processing: Monitoring the flow of liquids in mining operations and mineral processing plants to ensure efficient extraction and processing.

Agricultural Irrigation: Measuring the flow of water in irrigation systems to optimize water usage and ensure proper hydration for crops.

Chemical Distribution: Monitoring the flow of chemicals in distribution systems to track inventory and prevent over- or under-dosing.

Research and Laboratory Applications: Utilizing the flowmeter in laboratory setups and research experiments where accurate measurement of liquid flow is critical.

Oil and Gas Exploration: Monitoring the flow of liquids in oil and gas exploration processes, including drilling and extraction operations.

Cooling Systems in Data Centers : Measuring the flow of cooling fluids in data center cooling systems to maintain optimal temperatures for electronic equipment.

These applications demonstrate the versatility of the KOBOLD DUK Compact Ultrasonic Flowmeter across various industries where accurate and non-intrusive measurement of liquid flow is essential for process efficiency and control.

The post Uses for The KOBOLD DUK Compact Ultrasonic Flowmeter first appeared on Pathfinder Instruments .

Which Processes Require the Monitoring of Dissolved Oxygen?

Sun, 10 Dec 2023 01:31:00 GMT

Which Processes Require the Monitoring of Dissolved Oxygen?

Influent water entering a facility usually has a low DO concentration because it contains organics and microorganisms, which consume oxygen while feeding on the organics.

Monitoring DO helps promote efficiency in aeration basins. By using online DO measurement equipment, a facility can reduce energy costs by adjusting aeration to match the DO required by the organic load. Continuous measurement and adjustment ensure that the microorganisms have enough oxygen to consume organics while allowing the facility to conserve energy by reducing aeration when possible. Aeration control in wastewater treatment.

DO levels need to be replenished in effluent water leaving the facility to meet minimum DO level requirements to protect ecosystems and to comply with regulatory discharge permits. These regulations ensure that effluent water does not deplete oxygen levels in receiving waterways.

Jenco 6309PDTF-pH/DO Temperature Analyzer

6309PDTF pH, Temperature In-line Analyzer

pH, Dissolved Oxygen, Temperature In-line Analyzer. 1/4 DIN, IP65, panel mount pH/DO/Temp analyzer with 2 wire 4-20mA current output, 2 sets of programmable on/off relay, RS485 output and backlight.

The post Which Processes Require the Monitoring of Dissolved Oxygen? first appeared on Pathfinder Instruments .

Jenco VisionPlus pH6810 is an easy to use IP67 rated pH Meter

Tue, 21 Nov 2023 08:46:00 GMT

Jenco VisionPlus pH6810 is an easy to use, IP67 rated pH meter with mV and temperature readout. Key features include an IP67 rated body, 2 or 3 point calibration, electrode efficiency and manual/automatic temperature compensation.

VisionPlus pH6810 is RoHS compliant.

Includes:

The post Jenco VisionPlus pH6810 is an easy to use IP67 rated pH Meter first appeared on Pathfinder Instruments .

Using a Water Conductivity Meter to measure Resistance

Sun, 22 Oct 2023 12:08:00 GMT

Using a Water Conductivity Meter to measure Resistance

Je nco 3173 Conductivity/TDS/Temperature Benchtop Meter

Definition

The electrical conductivity of a solution of an electrolyte is measured by determining the resistance of the solution between two flat or cylindrical electrodes separated by a fixed distance. An alternating voltage is used in order to avoid electrolysis. The resistance is measured by a conductivity meter. Typical frequencies used are in the range 1–3 kHz. The dependence on the frequency is usually small, but may become appreciable at very high frequencies, an effect known as the Debye–Falkenhagen effect.

A wide variety of instrumentation is commercially available. Most commonly, two types of electrode sensors are used, electrode-based sensors and inductive sensors. Electrode sensors with a static design are suitable for low and moderate conductivities, and exist in various types, having either two or four electrodes, where electrodes can be arrange oppositely, flat or in a cylinder. Electrode cells with a flexible design, where the distance between two oppositely arranged electrodes can be varied, offer high accuracy and can also be used for the measurement of highly conductive media.

Inductive sensors are suitable for harsh chemical conditions but require larger sample volumes than electrode sensors. Conductivity sensors are typically calibrated with KCl solutions of known conductivity. Electrolytic conductivity is highly temperature dependent but many commercial systems offer automatic temperature correction. Tables of reference conductivities are available for many common solutions.

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KOBOLD DON-8 Oval Gear Flowmeter Uses

Tue, 05 Sep 2023 05:37:00 GMT

Reliable Oval Gear Positive Displacement Flow Technology

The heavy-duty industrial oval gear design design employs two precision-machined gears that are turned by the force of the flowing media and they allow a very specific known volume of liquid to pass through the meter with each rotation. These gears enable the DON to precisely measure liquid flow over a very wide viscosity range and provide a high accuracy volumetric flow rate measurement. Visit our article about Positive Displacement Flow Meters to learn all about the technology type and its advantages and limitations.

Ideal for Intermittent and Fluctuating Flow Rates

Because the measurement principle provides a true volumetric flow measurement, the DON is also ideal for flow rates that fluctuate widely and for flow that is intermittent. High accuracy measurement is assured even though these are process variables that would render other flow meter technology types non-compatible.

Higher Pressure Oval Gear Positive Displacement Flow Meters

To accommodate even higher process pressure than our standard DON Oval Gear Flow Meter, KOBOLD also makes the DON-H High Pressure Oval Gear Flow Meter. It offers the exact same rugged and reliable service for high viscosity liquid measurement. Contact us for more information.

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Installation for the Pathfinder CT-1000-100PPM-K0.1 Conductivity Transmitter

Tue, 08 Aug 2023 01:15:00 GMT

Installation for the Pathfinder CT-1000-100PPM-K0.1 Conductivity Transmitter

The CT-1000 is intended for use with 3-wire temperature-compensated sensors or 2-wire conductivity only sensors. The Model CT-1000 miniature transmitter is a 2-wire, 4-20 mA / 1-5 VDC conductivity transmitter featuring epoxy encapsulated construction, high performance, RoHs compliance and small physical size.

Installation

The post Installation for the Pathfinder CT-1000-100PPM-K0.1 Conductivity Transmitter first appeared on Pathfinder Instruments .

Jenco Products for your Project

Wed, 26 Jul 2023 06:26:00 GMT

Jenco Products for your Project

Pathfinder Instruments carries a selection of Jenco products for your next project. Every Jenco product is informed by decades of engineering experience and industry know-how and is hand-tested to function flawlessly right out of the box. No matter what your water quality monitoring needs are, we have a solution designed to make your job easier.

Here are a selection of products that you will find in our pH/ORP category of products.

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Product Feature: Fuji PXR3 Temperature Controller

Thu, 01 Jun 2023 06:17:00 GMT

Product Feature: Fuji PXR3 Temperature Controller

The Fuji PXR3 temperature controller is an innovative, 1/32 DIN temperature and process controller. Made for a vast range of applications, the PXR3 not only includes auto-tuning and fuzzy control, but also features self-tuning – an innovation in the control field. Self-tuning automatically re-tunes the controller under certain conditions, without the need to revert to auto-tuning.

The PXR3 accepts process and temperature inputs and extends a choice of three kinds of outputs to meet a large variety of needs in the process industries. Single or dual outputs include relay, SSR driver, or 4-20mA. The controller’s standard 8-segment ramp/soak feature has been expanded to include two patterns that can be linked to create a 16-step profile.

One of the most impressive features of the PXR3 is the expansive LED display. The faceplate, designed for NEMA 4X (IP66 equivalent) is watertight and corrosion-resistant. The easy-to-use 3-button keypad makes programming fast and simple. The screw-terminal on the back further lessens the cost by eliminating the need for sockets.

Remote monitoring of up to 31 PXR series controllers at a time is possible with the RS485 option that uses the industry-standard Modbus protocol. The communications option comes with free Windows-based software, PXR-LITE. The software allows you to program PXR series controllers from the PC and view real-time data and trend graph while logging the data on to a text file.

A powerful tool for the OEM customer is the Program Loader option with Windows-based software. Programs for different applications can be saved to and from Fuji temperature PXR series controllers.

Advanced, self-tuning 1/32 DIN temperature and process controller with 16 ramp / soak segments

The post Product Feature: Fuji PXR3 Temperature Controller first appeared on Pathfinder Instruments .

Featured Product: Pathfinder HPT-12 Resistivity Transmitter

Sat, 04 Mar 2023 07:21:00 GMT

Pathfinder HPT-12 Resistivity Transmitter

The Model HPT-12 transmitter converts the resistivity cell signal to a usable 1-1.2 VDC output proportional to the Megohm/cm level using an RC-20 probe.

Reliable Conductivity Measurement for Water

Conductivity measurements are used routinely in many industrial and environmental applications as a fast, inexpensive and reliable way of measuring the ionic content in a solution. For example, the measurement of product conductivity is a typical way to monitor and continuously trend the performance of water purification systems.

Conductivity transmitters offer a reliable interface for process and water measurements including a user-friendly touchscreen interface for simplified operation.

The post Featured Product: Pathfinder HPT-12 Resistivity Transmitter first appeared on Pathfinder Instruments .

Featured Product: JENCO 3679N pH/ORP Controller/Transmitter

Wed, 08 Feb 2023 02:31:00 GMT

JENCO 3679N pH/ORP Controller/Transmitter

Uses for a pH/ORP controller/transmitter for many different types of industries. Reliable ORP sensors and transmitters provide trend information on the disinfection ability in drinking water or swimming pools, aeration control in wastewater treatment plants and the detoxification of electroplating baths or flue gas scrubbing.

Pathfinder Instruments offers an extensive portfolio for standard or hygienic applications and hazardous areas. Learn more about our ORP sensors, transmitters, assemblies and calibration solutions by clicking on the button below.

The Jenco 3679N is a 1/4 DIN panel mount pH/ORP controller/transmitter in a waterproof IP-65 enclosure. Features, LCD display, dual SPDT Hi/Lo relays, manual set point adjust and pH calibration via potentiometers. For ORP there is a Zero Adjustment and pH/ORP is selectable via a shorting plug.

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What is Dissolved Oxygen (DO)?

Mon, 16 Jan 2023 07:22:00 GMT

What is Dissolved Oxygen (DO)?

Dissolved oxygen is a measure of the amount of gaseous oxygen contained in water. Healthy waters that can support life must contain dissolved oxygen (DO).

Dissolved Oxygen enters water by:

Factors that contribute to the concentration of Dissolved Oxygen in water:

Isolated Dissolved Oxygen Transmitters: EMIT-DO Input to output isolated, encapsulated, two-wire 4 to 20 mA dissolved oxygen transmitter, range 0 to 100% featuring small size (2″X2″X 1.5″ ) Signal and power are transmitted on the same two wires (12 to 36 VDC), used with the D.O. electrodes DO6000 Isolation is necessary in applications where more than one transmitter is connected to a system power source such as a PLC or computer.

The transmitter output can be used for any 4-20mA input device such as PLC’S, Controllers, and analog indicators.

The post What is Dissolved Oxygen (DO)? first appeared on Pathfinder Instruments .

Pathfinder Instruments Products Featured in Water Quality Products Magazine

Fri, 18 Nov 2022 07:58:00 GMT

Pathfinder Instruments Products Featured in Water Quality Products Magazine

Water Quality Products magazine features Pathfinder Instruments for the quality water quality products. Some of the examples of the top-quality that Pathfinder Instruments offers includes:

Jenco 3621 Ph/ORP Controller, 1/8 DIN Panel Mount

pH, ORP, Temperature In-line Controller. 1/8 DIN, RoHS compliant, panel mount pH/ORP/Temp controller with 2 sets of programmable on/off relay and backlight. Extremely price competitive.

KOBOLD VKG Viscosity Compensated Flowmeter and Switch

● ±5% Full Scale Accuracy
● For High and Low Viscosity Liquids
● Viscosity-Compensated up to Δv=540 cSt (No Scale Recalibration Necessary)
● Density-Compensated up to Δp=30 lb/ft3
● Direct Reading Scales for Oil
● Universal Mounting Positions
● In-line Connections for Easy Installation
● Max. Pressure: 175 PSI
● Brass or Stainless Steel Construction Available

Pathfinder CT-1000-10000US-K2.5 Conductivity Transmitter

The CT-1000-10000US-K2.5 measures conductivity in the range of 0 to 10000 microsiemens. It is intended for use with 3-wire temperature-compensated sensors or 2-wire conductivity only sensors. The Model CT-1000 miniature transmitter is a 2-wire, 4-20 mA / 1-5 VDC conductivity transmitter featuring epoxy encapsulated construction, high performance, RoHs compliance and small physical size.

Pathfinder Instruments offers over 100 products. Contact us for more information.

The post Pathfinder Instruments Products Featured in Water Quality Products Magazine first appeared on Pathfinder Instruments .