Multiparameter Water Quality Meter

Multiparameter Water Quality Sonde with 5 sensor ports (including a central wiper port), optional depth sensor, and battery compartment

EXO Multiparameter Sondes — the best-in-class platform for the highest quality data. EXO's dynamic range of smart sensors provide comprehensive multiparameter water quality data while SmartQC ensures proper calibrations and top sensor performance. You can be confident in your extended deployments thanks to EXO's tough materials and unmatched anti-fouling technology.

Instrument Only. Cables, probes/sensors, and accessories sold separately.

Smart Sondes and Sensors
EXO is an extremely versatile instrument, allowing the user to automatically configure a sonde with different sensors for different applications in minutes

Smart Sensor Options:
• Conductivity/Temperature (wiped and non wiped
• Dissolved Oxygen
• fDOM
• ISEs (Ammonium, Chloride, and Nitrate)
• pH (guarded and unguarded)
• pH & ORP (guarded and unguarded)
• NitraLED (UV Nitrate)
• Rhodamine
• Total Algae (Chlorophyll + Phycocyanin and Phycoerythrin)
• Turbidity

Other Available Parameters
• Absolute Pressure
• Ammonia
• Depth
• DO% Local
• Guage Pressure
• nLF Conductivity
• PAR
• Resistivity
• Salinity
• Specific Conductivity
• Total Dissolved Solids
• Total Suspended Solids
• Water Density

Accuracy
EXO sondes and sensors are tested in a variety of rigorous field conditions as well as lab conditions to ensure accuracy and response times.

Monitor without Interruption
No matter which EXO sensors users select, other features of the smart sensor design make them rugged and durable:
• Wet-mateable connectors resist corrosion
• Isolated components prevent short circuits
• Welded housings and double o-rings prevent leaks
• High-impact plastic and titanium resists breaking
• Built-in anti-fouling systems protect data integrity
• Low power consumption extends underwater deployments

Monitoring Made Mobile
EXO makes it easy to view data in the field. The EXO Handheld offers a dedicated, streamlined interface to EXO sondes. EXO GO uses Bluetooth to connect any Windows OS device to a submerged EXO sonde.

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What is a multiparameter water quality meter?

With a multiparameter water quality meter, you can gather water samples from different sources and determine which one is best for your use. The device is extremely easy to use and offers you the simplest way to access different components of water. By doing so, you will be able to determine whether or not the water you are drinking is safe.

Why do you need a multiparameter water quality meter?

We all know that our life cannot exist without water. But the water quality is under threat due to pollution. Besides, it is especially true for people who are living in India. We are facing these issues for several reasons, including poor water management systems, waste management, improper irrigation, etc. These factors create a massive problem that results in water pollution. To determine the current state of water, a multiparameter water quality meter can play a crucial role.
 

Why is Water Quality Monitoring Important?

Measurement of the quality of drinking water is important, but it is also important to measure the standards of other water sources for companies and the general public. Water quality monitoring is also important for running research work. Many things determine water quality, including oxygen, pH, bioindicators, temperature, etc.

Identify the source of pollution

Many sources can be responsible for polluting the water. Water quality monitoring can identify the causes of water pollution. You can then take the necessary steps to prevent pollution and solve the issues.

Identify the quality of the water

Water quality measurements will help you decide whether to use the water for a specific purpose. You can collect data over time and identify and get a complete report.

Water pollution prevention

Compiling data and utilizing it to improve the water quality of a particular source is also possible. Using digital analysis and complete interpretations will help you to develop a plan to prevent water pollution in an area or particular source.

Monitoring water quality in emergencies

Monitoring water is sometimes necessary for emergencies. For example, oil tank leaks, sudden floods, and unwanted pollution make it essential to monitor water quality. It helps determine whether you can still use the water. If so, what purposes are best for use? 

Maintaining good health

We all know that the overall water quality of India is not good enough. Ensure your drinking water is safe by checking its source and determining its quality. Water pollution can cause so many diseases that you cannot imagine. Some major water-related diseases include malaria, typhoid, cholera, giardiasis, etc. Protecting residents of coastal areas from the harmful consequences of poor water quality and water health is also necessary.

We offer the best portable multiparameter water quality meter in India at the most reasonable price. EXO sondes and sensors are tested under various demanding field and lab settings to ensure the results are accurate. Users can get necessary data quickly and quickly to make the right decisions. 
 

How Do You Use Multiparameter Water Quality Meter?

A multiparameter water quality meter is a device that can be used to measure various water quality parameters. These parameters include pH, conductivity, dissolved oxygen, and more. When using a multiparameter water quality meter, it is essential first to calibrate the device. This ensures that the readings are accurate. Once the device is calibrated, you can take lessons on the water quality parameters that interest you.

What Parameters Could Be Determined Using A Multiparameter Water Quality Meter?

A single-parameter water quality meter is the most basic type of water quality meter available today. This device only measures one physical characteristic at a time and can be used for a minimal purpose. Multiparameter water quality meters are becoming more common in the water system industry as they offer a variety of capabilities that can help improve water quality. 

Some of these capabilities include measuring specific parameters, such as turbidity and dissolved solids, which can be used to improve water purity. Additionally, multiparameter meters can measure various other parameters, such as hardness and oxygen levels, which can help determine the health of an entire system.

What Is the Principle And Purpose Of a Multiparameter Water Quality Meter?

Multiparameter meters are necessary for proper testing because they can measure multiple contaminants in a single test and provide information about the quality of the sample. For example, the presence of iron in drinking water is a problem for many propel who are at risk of iron deficiency. This can cause serious health problems, such as fatigue, poor growth, and impaired development in young children. By measuring iron levels, a multiparameter meter can tell whether or not a sample is safe to drink, preventing iron deficiency from occurring.

How Do You Calibrate A Multiparameter Water Quality Meter?

Multiparameter water quality meters are necessary because they allow users to see the results of many different parameters in one place. Besides, these measurements include a variety of variables like pH, conductivity, temperature, dissolved oxygen, and total carbon. 

These meters can alert you to possible issues in your home's water system, such as low pH levels and a bad smell. These can be caused by a leaky pipe or a problem with your sewage system. A multiparameter meter can also monitor the water quality in your pool or spa.

What Is a pH in Water Quality Parameters?

The pH of plain drinking water is an index of the acidic degree of the drink. The scale goes from 0 to 14, with seven being neutral. A pH value of fewer than seven means acidity; a pH greater than 7 indicates basicity. Since most measurements relate to water, knowing the pH of water is essential. The average pH value of water that people drink is neutral. If water is too acidic or too basic, it can have adverse health effects. Some organisms living in water have specific requirements for pH.