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Break The Sonde Barrier with the EXO3
A YSI multiparameter sonde fitted with an antifouling wiper for long-term continuous monitoring.
The EXO3 is a purpose built sonde for monitoring water quality parameters, including: pH, conductivity, temperature, turbidity, and dissolved oxygen. In short: a multiparameter sonde that records all the parameters you need without the features you don't!
With the EXO3, you get the best of both worlds: the flexibility of the EXO1 and the powerful antifouling wiper of the EXO2 - at a very competitive price!
The smart sensor technology makes these sondes extremely versatile, allowing the user to quickly and automatically configure a sonde with different sensor for different application.
Very reliable, these sondes were tested in a variety of rigorous field conditions as well as lab conditions to ensure accuracy and response times.What Can it Do?
Ammonium • Barometer • Blue-Green Algae (PC & PE) • Chloride • Chlorophyll • Conductivity • Depth • Optical Dissolved Oxygen • fDOM • Nitrate • ORP • pH • Salinity • Temperature • Turbidity
Key Features
- Rugged Materials & Design
- Best Antifouling Wiper in the Industry: 90 Days Protection
- Plug and Play, Field Replaceable Sensors: Smart Sensor Tecnology
- High-Accuracy Sensors with On-Board Memory
- Easy Switch from Continuous Monitoring to Spot Sampling
- Wireless Communications: Cable-Free Calibrations & Data Transfer
- Seamless Integration into Marine, Estuarine, Freshwater and Ground Water Monitoring Systems
5-Port Multiparameter Water Quality Sonde.
The EXO3 is a purpose-built sonde for monitoring major water quality parameters, including: pH, conductivity, temperature, turbidity, and dissolved oxygen.
Extremely versatile instrument, allowing the user to automatically configure a sonde with different sensor for different applications in minutes
Tested in a variety of rigorous field conditions as well as lab conditions to ensure accuracy and response times
Main Features:
• High-Accuracy Sensors with On-Board Memory
• Wireless Communications
• Seamless Integration into Marine, Estuarine, Freshwater and Ground Water Monitoring systems
• 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 Antifouling Systems protect data integrity
• Low power consumption extends underwater deployments.