Water leak detection
UV Fluorescent Colored Tracers
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Food Tracers for Water
Non-fluorescent color tracers
Fluorescein: fluorescent tracer for leak detection
Equipment for Tracing and Diagnostics
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Dosing accessories and equipment
Complete Air Conditioning Tracing Kits
Complete Oil and Fuel Tracing Kits
Complete water tracing kits
Smoke generators for pipes, sewer networks and airtightness testing
Inflatable pipe plugs for sewer pipes, leak testing and network interventions
Detection needles
Tracing in Natural Environments
All our measurement equipment for tracing in natural environments
Fluorescent Tracers for Maritime Safety
Powder Tracers
Concentrated Liquid Tracers
Sodium Fluorescein / Uranine
Rhodamine WT 20%
Eosin
Sulforhodamine B
Potassium iodide
Amino G Acid: fluorescent tracer for studies in natural environments
Sodium naphthionate
Fluorimeters for measuring fluorescent tracers in natural environments
Data loggers: monitor and use your measurements in natural environments
Tracing in Industrial Environments
Oil and Fuel Tracers
Colorants and Markers
Fluorescent UV Markers
Powder Contrast for Industrial Filtration
Tracers for Air Conditioning and Refrigeration Systems
Water & sanitation: tracing solutions for networks and technical installations
Contamination Simulation
Tracers for Dry Contamination Simulations
Tracers for Wet Contamination Simulations
Contamination Simulation Kit
Data loggers are used to collect, store and monitor field measurements during tracing tests, hydrological monitoring campaigns or environmental surveillance. They are used when data needs to be observed over time, compared, stored historically or analysed after a measurement campaign. At Fluotechnik, we offer equipment suited to professionals carrying out monitoring in aquifers, rivers, karst networks, springs, watersheds, hydraulic structures or complex natural systems.
Data loggers make it possible to keep information collected during a test or extended monitoring campaign.
They support measurement campaigns in natural environments, particularly for hydrological, hydrogeological or environmental studies.
They can be combined with sensors, fluorimeters or other instruments depending on the parameters monitored.
Data recording makes it easier to read evolutions, compare monitoring points and interpret results.
Fluotechnik helps you choose the data logger suited to your protocol, equipment and field constraints.
A data logger is used to collect and store measurements taken during a field campaign. In a hydrological or hydrogeological context, it can be used to monitor the evolution of a signal, a parameter or a series of measurements over a given period. It therefore provides usable historical data for analysing a phenomenon, comparing monitoring points or interpreting a restitution. Unlike a fluorimeter, whose main role is to measure the fluorescence of a tracer, a data logger is part of a monitoring-over-time approach.
It does not replace the measurement instrument: it complements the system by ensuring the collection, storage and organisation of the information produced by the field protocol. This category is intended for engineering consultancies, hydrogeologists, laboratories, local authorities, researchers and professionals who need to structure their measurement data. Data loggers are particularly useful when measurements must be repeated, monitored over a long period or analysed after the intervention in order to better understand the behaviour of the system studied.
Fluotechnik offers a range of data loggers for professionals carrying out measurement campaigns in natural environments, hydrology, hydrogeology or environmental monitoring. These instruments are used to record measurements from sensors or instruments in order to monitor their evolution over time and make the results easier to analyse. Depending on the protocol, the parameters monitored, the campaign duration, the measurement frequency and field conditions, the choice of data logger may vary. This category helps compare the available equipment according to its use, autonomy, recording capacity, compatibility with associated instruments and relevance for punctual, regular or extended monitoring.
Using a data logger requires a clear protocol: parameters to be monitored, recording frequency, campaign duration, measurement points, associated equipment and method for analysing the results. Its role is to secure data collection and facilitate analysis.
Before choosing a data logger, you need to specify what you want to observe: signal evolution, restitution monitoring, parameter variation, comparison between several points or extended surveillance of a natural environment.
The data logger must be chosen according to the instruments or sensors used. It can complement measurement equipment depending on the type of data to be collected, technical compatibility, acquisition frequency and expected level of autonomy.
The protocol must define the measurement frequency and monitoring duration. A short campaign does not require the same configuration as long-term monitoring. These parameters influence equipment choice, storage capacity and field autonomy.
Data loggers are positioned according to the objectives of the study: restitution point, watercourse, piezometer, structure, network, outlet or monitoring area. Their installation must allow reliable data collection consistent with field conditions.
Once the campaign is complete, or during monitoring, the recorded data can be retrieved, compared and analysed. It makes it possible to visualise evolutions, identify trends, confirm a phenomenon or complete the interpretation of a measurement protocol.
Choosing a data logger depends on the protocol, associated equipment, monitoring duration, field conditions and expected type of analysis. Fluotechnik supports professionals in selecting equipment suited to measurement campaigns in natural environments. Our solutions help structure data collection and make the results easier to analyse in hydrological, hydrogeological or environmental studies.
Data loggers make it possible to store measurements and follow their evolution over a defined period.
They can be combined with different equipment depending on the parameters monitored and the needs of the field protocol.
They are useful for monitoring aquifers, rivers, springs, karst networks or complex natural systems.
When measurements need to be monitored regularly or over an extended period, the data logger helps ensure continuity of observation.
The right equipment depends on the recording frequency, desired autonomy, data volume and associated instruments.
Our team supports you in choosing the data logger best suited to your application and field constraints.
See how data loggers can be used to structure field monitoring, store measurements and make result analysis easier. These videos help explain their role in hydrological campaigns, tracing tests, environmental surveillance and protocols requiring monitoring over time.
Discover our Hydrology & Fluorescent Tracing catalogue: a complete selection of professional solutions dedicated to tracing water flows, studying underground networks and detecting hydraulic transfers. Fluorescent dyes, fluorimeters, detection equipment and technical accessories...
A data logger is a device that collects, stores and monitors measurements over time. It is used when information from a sensor or instrument must be kept for analysis.
It is used to monitor the evolution of field measurements, particularly in hydrological, hydrogeological or environmental contexts. It makes it possible to analyse variations, restitutions or observed trends.
A fluorimeter measures the fluorescence of a tracer. A data logger records and monitors measurements over time. The two types of equipment can be complementary, but they do not address the same need.
Yes, depending on the protocol and equipment used, a data logger can complement a fluorimeter when measurements need to be monitored or stored over a given period.
It can be used for restitution monitoring, hydrological campaigns, network surveillance, measurements in rivers, aquifers, piezometers, structures or complex natural systems.
The choice depends on the parameters to be monitored, acquisition frequency, campaign duration, desired autonomy, data volume and associated equipment.
Yes, they are particularly useful when measurements need to be recorded over an extended period or when data must be analysed after a field campaign.
No, its main role is to record data. Fluorescence measurement is performed by a fluorimeter or compatible instrument. The logger can complement this system if the protocol requires it.
A data logger is an essential piece of equipment when measurements need to be monitored, stored and analysed over time. In hydrological, hydrogeological or environmental studies, it helps structure the collection of field information and makes post-campaign analysis easier. It complements measurement instruments by adding a logic of historical storage, comparison and monitoring.
The choice of data logger mainly depends on:
By creating a dedicated Data loggers category, Fluotechnik clearly distinguishes acquisition and time-monitoring equipment from direct measurement equipment such as fluorimeters. This separation makes it easier to guide professionals according to their real need: measuring a fluorescent signal, recording data, monitoring a restitution or structuring a monitoring campaign in a natural environment.
Data loggers complement measurement equipment when monitoring over time is required. Depending on your protocol, they can be combined with fluorimeters, tracing substances or other equipment to build a complete method for field measurement, recording and analysis.