Aqua TROLL 100 And 200 Instruments
Source: In-Situ, Inc.
Conductivity measurements can be used to characterize water quality changes relative to a baseline or to estimate the concentration of contaminants.
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Datasheet: Aqua TROLL 100 And 200 Instruments
Verifying The Use Of Specific Conductance As A Surrogate For Chloride In Seawater Matrices
Antifouling System Extends Instrument Deployment By Up To Six Weeks
Datasheet: Aqua TROLL 100 And 200 Instruments
Verifying The Use Of Specific Conductance As A Surrogate For Chloride In Seawater Matrices
Antifouling System Extends Instrument Deployment By Up To Six Weeks
Datasheet: Aqua TROLL 100 And 200 Instruments
Verifying The Use Of Specific Conductance As A Surrogate For Chloride In Seawater Matrices
Antifouling System Extends Instrument Deployment By Up To Six Weeks
Conductivity measurements can be used to characterize water quality changes relative to a baseline or to estimate the concentration of contaminants. Aqua TROLL® instruments enhance groundwater and surface water monitoring.
- Aqua TROLL® 100 — Measures and logs conductivity and temperature.
- Aqua TROLL® 200 — Measures and logs conductivity, water level/pressure, and temperature. Dynamic density compensation delivers superior water level accuracy.
Flexible Communications
- Built-in Modbus/RS485, SDI-12, and 4-20 mA simplify SCADA and telemetry system integration.
- Uses Win-Situ® software platform.
Extended Deployments
- Titanium housing safeguards against corrosion.
- Batteries last a minimum of 5 years when reading every 15 minutes—guaranteed.
- TROLL® Shield antifouling system significantly reduces biofouling.
Applications
- Aquifer storage and recovery
- Discharge monitoring
- Estuary and wetland studies
- Mine water management
- Recovery water monitoring at hydraulic fracturing sites
- Remediation projects
- Saltwater intrusion monitoring
- Storm surge analysis
- Tracer studies
Datasheet: Aqua TROLL 100 And 200 Instruments
Verifying The Use Of Specific Conductance As A Surrogate For Chloride In Seawater Matrices
Antifouling System Extends Instrument Deployment By Up To Six Weeks