The Hydrolab MS5 is no longer manufactured & has been replaced by:
Discontinued item.
Replacement sensors & spare parts still available for sale.
The Hydrolab MS5 is no longer manufactured & has been replaced by:
Discontinued item.
Replacement sensors & spare parts still available for sale.
The sensor employs the acoustic Doppler principle to reliably measure flow velocity in a variety of naturally occurring conditions, including during most flood events.
Usage Type: Fixed installation
Measurement technology: Acoustic
Parameters measured: Flow velocity
Product Highlights: Side-Looking-Doppler for continuous discharge measurement in rivers and open channels. Discharge calculation based on velocity – index – method. Integrated vessel filter algorithm, Modbus interface and output of total volume of flow (max. interval 1 day).
Measurement range: ± 10 m/s
Accuracy: ± 1 % of measured value ± 0.5 cm/s
The Hydrolab DS5 is no longer manufactured & has been replaced by:
Discontinued item.
Replacement sensors & spare parts still available for sale.
The Hydrolab DS5X is no longer manufactured & has been replaced by:
Discontinued item.
Replacement sensors & spare parts still available for sale.
The Munsell Soil Color Chart is an affordable way to evaluate the type of soil, in the field, quickly and easily.
The soil classification system that has been developed around the Munsell color system has been used in the United States for more than 55 years to aid in the management and stewardship of natural resources. Through the use of the Munsell Soil Color Charts, Environmental Scientists can share reliable and consistent information about the color of soils at a particular site with colleagues anywhere around the world.
The Munsell Soil Color Charts are used by a variety of industries and professions such as universities and high schools, forestry, forensics, environmental and soil science, building and contracting, landscaping, real estate, health departments, geology and archaeology.
Two versions of the Munsell Soil Color Chart are available including:
• #081101 Munsell Soil Color Chart
Soil colour book, with 12 colour charts (7.5R/10R/2.5YR/ 5YR/7.5YR/10YR/2.5Y/5Y/7.5Y /5R and GLEY = two charts. Total 389 colour chips Japanese version, English text)
• #081103 Munsell Soil Color Chart
Soil colour book (Munsell) with 12 colour charts (5R/7.5R/10R/2.5YR/5YR/7.5YR/10YR/ 2.5Y/5Y/10Y-5GY/GLEY 1 and Gley 2) and 1 white chart. Water-resistant, washable pages, American version.
The C3 is a submersible Fluorometer that can be configured with an additional three optical sensors, ranging from deep ultraviolet to the infrared spectrum.
Available Parameters
(Choose up to three optical sensors)
Sensors on the C3 are factory installed to provide maximum sensitivity, with a broad range of detection. Every C3 comes with a factory installed temperature sensor, an optional depth sensor, and an optional mechanical wiper system with copper arms.
The C3 features a delrin housing, making it highly resistant to harsh environments. An antifouling copper plate is available for long term deployments.
C-sense is a compact, lightweight, plug-n-play sensor designed for measurement of the partial pressure of CO2 gas in liquids. Combining an oil resistant hydrophobic membrane and a temperature compensated non-dispersive infrared (NDIR) detector, C-sense measures the
partial pressure of CO2 in water, oil, and water and oil mixtures.
C-sense operates through the diffusion of gas across a hydrophobic membrane into an isolated headspace. While any resident gas may enter the headspace, the wavelength of the infrared sensor is specific to CO2 absorption. The amount of absorption of that wavelength is proportional to the concentration of CO2 gas in the headspace.
Specifically designed for applications involving immersion in water, oil, or water and oil mixtures, C-sense sensors incorporate an oil-resistant interface with a compact, temperature-compensated non-dispersive infrared (NDIR) detector.
C-sense are available in four standard measurement ranges:
Designed for integration, C-sense enables pCO2 monitoring at a significantly lower price than traditional pCO2 sensors.
Each C-sense ships with:
Manufactured by Turner Designs, the Cyclops-7F is a combination Fluorometer & Turbidity sensor ideal for spot check or unattended measurements.
Cyclops-7F sensors are high performance, compact submersible fluorescence and turbidity sensors designed for integration into any platform that provides power and datalogging.
Cyclops-7F are pin-compatible with Analog C-FLUOR Submersible Probes so they are easily integrated into many of the same third-party systems that accept 0-5V signal.
Available Parameters
• Blue Green Algae
– Phycoerythrin (marine)
– Phycocyanin (freshwater)
• CDOM/FDOM
• Chlorophyll in vivo
– Blue excitation
– Red excitation (high CDOM)
• Fluorescent Dye Tracing
– Fluorescein
– PTSA
– Rhodamine
• Hydrocarbons
– Crude Oil
– Refined Fuels
• Turbidity
• Wastewater Monitoring
– Optical Brighteners
– Tryptophan
• Custom Optics Available: 260-900 nm
Third Party Platforms
Cyclops-7F Sensors easily integrate into third-party platforms. Aqualab Scientific & Turner Designs has partnered with several integrators to provide single sensor packages, multi-probes and remote monitoring solutions for in situ sampling. Examples include:
For longer term, or unattended deployments, Aqualab recommend the addition of a Hydro-Wiper mechanical wiper system to promote robust data capture.
The DataBank handheld datalogger is a rugged & self-contained, universal meter, datalogger, GPS & power supply that is used in combination with either a C-FLUOR or CYCLOPS 7F submersible sensor.
Sensor power is provided from the DataBank’s internal rechargeable battery. Various sensor cable lengths are available to allow sampling at different depths.
The DataBank handheld datalogger records high-frequency data which can be downloaded and graphically displayed on a PC.
GPS data is integrated into the DataBank handheld datalogger. Each line of data that is stored or exported contains time, date, and position information as well as the sample measurement. Integrated GPS data is important when conducting dye trace studies, mapping algal blooms or looking for the presence of optical brighteners as an indicator of wastewater contamination. Small and lightweight, the DataBank handheld datalogger is ideal for remote field work.
The Handheld Little Dipper is a small, lightweight, highly durable handheld fluorometer ideal for quick measurements in the field.
Two versions are available:
Simple to operate, the Handheld Little Dipper is a perfect tool for system verification.
All Handheld Little Dippers include: