Don't Settle for Less
If you are unsure about the best option for your application, please fill out the form below with as much detailed information as possible, and our technical support team will contact you shortly.
WATER QUALITY
SENSORS
pH Sensor
Precise Monitoring for Industrial and Environmental Applications
Ellenex pH sensors are designed to provide highly accurate and reliable pH measurement in both water supply management and environmental monitoring. These sensors are built to withstand harsh conditions, making them ideal for applications in water treatment plants, environmental monitoring for disaster prevention, and aquaculture systems. The advanced design ensures long-lasting performance, minimal maintenance, and accurate readings in remote or hard to access areas.
By integrating with IoT platforms via LoRaWAN or NB-IoT, Ellenex pH sensors enable near real-time monitoring, predictive maintenance, and seamless data access. This connectivity reduces downtime and operational costs while providing actionable insights. Ellenex pH sensors are the go-to choice for industries requiring consistent and precise pH monitoring.
ORP Sensor
Reliable Oxidation-Reduction Potential Measurement
Ellenex ORP sensors deliver exceptional performance in measuring the oxidation-reduction potential (ORP) of water and other solutions. These sensors are crucial for applications like monitoring disinfection efficiency in water treatment, assessing oxidation levels in industrial processes, and ensuring environmental compliance in wastewater management.
Equipped with advanced technology, Ellenex ORP sensors are built to resist fouling and corrosion, ensuring accuracy over extended periods. Their seamless integration with IIoT systems enhances process control by providing real-time data, improving decision-making, and optimizing resource usage. For industries prioritizing water quality and environmental safety, Ellenex ORP sensors are unmatched in reliability and functionality.
Accurate Water Clarity Measurement
Ellenex turbidity sensors are designed for measuring water clarity in diverse applications, including municipal water supplies, wastewater treatment, and environmental monitoring. These sensors use state-of-the-art optical technology to provide precise readings, even in environments with fluctuating sediment loads or high levels of particulate matter.
By leveraging IoT connectivity, Ellenex turbidity sensors allow for continuous, remote monitoring, reducing the need for manual checks. This technology not only ensures compliance with water quality regulations but also optimizes treatment processes. Ellenex turbidity sensors stand out as the best option for industries requiring dependable, high-accuracy water clarity measurement.
Turbidity Sensor
Salinity Sensor
Monitoring Salt Concentration in Diverse Environments
Ellenex salinity sensors provide accurate and reliable measurements of salt concentration in water, making them ideal for applications in aquaculture, desalination plants, and environmental research. These sensors are engineered to operate in harsh conditions, delivering precise readings even in extreme salinity ranges.
The integration of LoRaWAN and NB-IoT technologies enhances the usability of Ellenex salinity sensors by enabling remote data access and real-time alerts. This capability is particularly valuable in remote or large-scale operations, reducing the need for onsite monitoring and ensuring consistent data accuracy. Ellenex salinity sensors set a benchmark for quality and reliability in industrial and environmental applications.
Conductivity Sensor
Robust Measurement of Water Conductivity
Ellenex conductivity sensors are built to deliver precise measurements of water conductivity, a key parameter in determining water purity and quality. These sensors are widely used in industries such as power generation, chemical production, and water treatment. Their rugged design ensures durability and consistent performance, even in aggressive or high-temperature environments.
With built-in IoT connectivity, Ellenex conductivity sensors provide continuous, remote monitoring capabilities, making them an essential tool for industries requiring high-efficiency process control. These sensors are not only reliable but also cost-effective, offering added value through reduced maintenance and enhanced data accessibility.
Reliable Oxygen Monitoring for Critical Applications
Ellenex dissolved oxygen (DO) sensors are engineered for applications where oxygen concentration plays a critical role, such as aquaculture, wastewater treatment, and environmental studies. These sensors offer high accuracy and stability, ensuring precise measurement in both low and high oxygen concentration environments.
The advanced design of Ellenex DO sensors minimizes maintenance needs while maximizing sensor longevity. Integrated with LoRaWAN and NB-IoT connectivity, these sensors enable real-time monitoring and efficient data management, making them the ideal solution for industries requiring accurate dissolved oxygen measurements.
Dissolved Oxygen Sensor
IIoT-Enabled Water Quality Sensors: Ellenex's Technological Edge
Ellenex water quality sensors, including pH, ORP, turbidity, salinity, conductivity, and dissolved oxygen sensors, are at the forefront of IIoT (Industrial Internet of Things) innovation. By incorporating advanced communication technologies such as LoRaWAN and NB-IoT/Cat-M1, these sensors provide unparalleled remote monitoring capabilities, ensuring continuous data access from any location.
Ellenex sensors are designed to operate efficiently in harsh industrial and outdoor environments, offering high accuracy and reliability with minimal power consumption. The ability to integrate seamlessly with cloud-based platforms enables real-time data visualization, predictive maintenance, and actionable insights, reducing downtime and enhancing operational efficiency. With robust construction, innovative technology, and exceptional performance, Ellenex water quality sensors deliver unmatched value, setting new standards in industrial and environmental monitoring.