ISOTHERM PORTABLE SAMPLER AQUACOMPACT
AQUACOMPACT is a robust and easy to transport autonomous isotherm water sampler with vacuum pump sampling system for composite sampling. Sampling can be time or volume proportional, or event based.
Learn moreAQUIBOX is an autonomous and modular water sampler offering vacuum or peristaltic sampling systems. A wide available range of bottles arrangements and long autonomy ensure efficiency and flexibility.
AQUACOMPACT is a robust and easy to transport autonomous isotherm water sampler with vacuum pump sampling system for composite sampling. Sampling can be time or volume proportional, or event based.
Learn moreAQUALABO, a French company, offers a combination of experience, innovation, international presence, adaptability, and ecological commitment, making it a trusted partner for water quality control.
Yes, it is possible to connect our water quality sensors to our samplers to trigger sampling based on quality measurements. This integration allows for real-time monitoring of water conditions, and when certain quality thresholds or conditions are met, it can automatically initiate the sampling process. This capability enables targeted sampling based on specific parameters such as pH, DO, turbidity, or other relevant water quality indicators.
The AQUACOMPACT features a maximum lifting height of 7 meters while the AQUIBOX can reach up to 6 meters.
Absolutely. Our samplers are built according to the recommendations of ISO 5667-10, especially in terms of materials and sample velocity. This ensures that the water samples collected are representative.
The available sampling modes are time or volume-proportional and event-based. Time-proportional sampling involves collecting samples at regular intervals, providing a systematic representation of water quality over time. Volume-proportional sampling focuses on obtaining samples based on specified water volumes, ensuring a proportionate representation of water composition. Event-based sampling, on the other hand, responds to specific occurrences, such as significant weather events or pollution incidents, aiming to capture the immediate impact on water quality.