EXO1 Water Quality Sonde
The EXO1 multiparameter water quality sonde collects data with up to four user-replaceable smart sensors and an integral pressure transducer for depth.
YSI has Authorized Distributors all over the globe. View a map and find your closest contact for YSI EXO1 Water Quality Sonde products and accessories.
Have a question about your YSI EXO1 Water Quality Sonde? Check out the support page with resources compiled just for you.
Want to return a product for service? Here you'll find authorized service centers and instructions on how to send in your YSI EXO1 Water Quality Sonde.
For complete information about the EXO platform--including videos, articles, parts guide, manual and software--visit EXOwater.com.
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The EXO1 water quality sonde is a new YSI multiparameter instrument that collects data with up to four user-replaceable sensors and an integral pressure transducer for depth.
Smart Ports: Each sensor port on the sonde accepts any EXO water quality sensor and automatically recognizes it.
Sensor Options:
- Conductivity and Temperature
- Dissolved Oxygen (optical)
- fDOM (Fluorescent Dissolved Organic Matter, surrogate for CDOM)
- pH or pH / ORP
- Depth (integral)
- Total Algae (Dual-channel Chlorophyll and Blue-green Algae)
- Turbidity
Data Collection Options:
- Store onboard the sonde
- Transfer data to DCP
- Relay data to PC
- Relay data to EXO Handheld
For a list of EXO instruments, accessories, and replacement parts, browse EXOwater.com/accessories.
For information on preventive maintenance and repair programs, read the EXO Service Plan flyer.
Related Products |
|||
 EXO2 Water Quality Sonde |
 EXO Handheld |
 Multiparameter Sondes |
 6600V2 |
|
 6920 V2 |
 600OMS V2 |
 EcoNet |
| The EXO1 with | |
|
| Medium | Fresh, sea or polluted water | |
| Temperature | Operating Storage |
-5 to +50°C -20 to +80°C |
| Communications |
Bluetooth wireless technology; USB cable |
|
| Software | KOR® | |
| Dimensions | Diameter Length, no depth Weight |
1.85 in, 4.70 cm 25.50 in, 64.77 cm 1.42 kg, 3.15 lbs (batteries and sensors installed) |
| Power | External Internal |
9 to 16.5 V DC 2 D-size alkaline batteries |
Memory 512 MB; >1,000,000 logged readings
Ratings CE, UL, RoHS, WEEE
Catalogs & Brochures
Aquaculture Applications, Capabilities & Solutions
Español - Piscicultura Aplicaciones, Competencia y Soluciones
EXO Preventive Maintenance & Training Programs
EXO Advanced Water Quality Monitoring Platform
News Briefs
EXO Total Algae Sensor Combines Blue-green Algae and Chlorophyll Measurements
Webinars
Archived Webinar:Water Quality Data Collection Made Easy: A Practical Solution for Continuous Monitoring
Original Broadcast: April 26, 2013 —1:00-2:00 PM Eastern Time (USA)
Learn how to easily conduct continuous water quality monitoring in real-time by using two new powerful tools: EXO & STORM.
This informative web presentation discusses:
- The benefits of the combined EXO water quality sonde and versatile STORM telemetry solution for remote monitoring
- How EXO can reduce your operations and maintenance costs through longer deployments between servicing
- An "eyes on your data" solution to capture episodes with high-resolution and better manage your water quality program
The EXO + STORM solution makes it easy to do real-time continuous monitoring and share your data via the web. You can set up this plug-and-play solution in under 30 minutes.
Our presenters have years of real-world field experience and will provide examples of actual water quality monitoring stations that have implemented the EXO + STORM solution.
Get More Accurate Estimates of Total Algae Biomass: A New Tool for the Concurrent Measurement of Chlorophyll & Cyanobacteria
Original Broadcast: March 29, 2013 —1:00 PM - 1:45 PM EST (USA)
This webinar will discuss the sensor technology, practical-use applications, and calibration of the EXO Total Algae Sensor from YSI.
Topics include:
1. Why measuring Chlorophyll & Blue-green Algae (cyanobacteria) together is useful for an accurate estimate of total algae biomass
2. Total Algae Sensor technology
3. Applications for total algae measurements:
o Eutrophication of surface water
o Coastal algae blooms
o Drinking water reservoirs
4. Interferences with TAL sensor
5. Calibration and correlation to lab samples
6. Q&A
A Closer Look at fDOM Measurement
Original Broadcast: February 26, 2013 —1:00 PM - 1:45 PM EST
Listen to an informative webinar about measuring dissolved organic matter in surface water using YSI's newest smart sensor, fDOM.
We discuss topics including:
• What is fDOM?
• How does field fDOM measurement work?
- Details on YSI's EXO fDOM sensor
• Applications for fDOM measurement with EXO, including:
- Augmented sensor suite for enhanced ecosystem monitoring
- Proxy for DOM/DOC/TOC, land-derived nutrients and contaminants
- Light attenuation and primary productivity studies
• Interpreting fDOM data and interferences
• Benefits of combining fDOM with other water quality sensors
New Trends in Environmental Monitoring: Breaking the Sonde Barrier with the EXO Advanced Water Quality Platform
Original Broadcast: Aug. 31, 2012 —1-2 PM EDT
Water quality assessment has moved steadily from spot sampling to continuous monitoring---requiring tougher instruments, smarter sensors, and greater ease-of-use in the collection and transmission of data from remote sites.
Breaking onto the scene is the new EXO technology for long-term environmental monitoring from YSI. In this 45-minute web seminar, you will learn about:
. Reducing Operations and Maintenance Costs with quicker calibration procedures using Bluetooth wireless communication, smart sensors that retain their calibration metadata, and concurrent calibrations with a single reagent pour.
. Longer Deployment Times with rugged, industry-leading materials and advancements in biofouling protection.
. Increased Data Quality with intelligent sensor technology and smart QC.
. Greater Monitoring Flexibility with universal sensor ports and enhanced sampling modes.
Learn why now is the right time to consider the EXO platform as a way to break free from traditional data sondes.
Who should attend?
Those dedicated to monitoring natural aquatic environments, such as oceans, estuaries, rivers, lakes, and ground water.