ProductsTurbidity sensors The Profling Beacon by Communication Technology provides Real-Time profiles of the whole column of water.  The new Sentinel V is the first product configuration to be released from our next generation line of V ADCP products. This self-contained instrument is available in three profiling ranges: 20m, 50m and 100m.  The Monitor is Teledyne RD Instruments’ most popular direct-reading Acoustic Doppler Current Profiler. The unit is typically bottom frame-mounted and hard-wired to shore to provide real-time monitoring of coastal currents.  The self-contained Sentinel is Teledyne RD Instruments’ most popular and versatile Acoustic Doppler Current Profiler (ADCP) configuration, boasting thousands of units in operation in over 50 countries around the world.  For long-range, long-term deployments, the Long Ranger is the best choice for collecting detailed data on seasonal and annual current structure fluctuations for scientific research and offshore oil and gas applications.  Teledyne RDI's new 150 kHz QuarterMaster ADCP has been designed to fill a gap between our 300 kHz Workhorse ADCPs and our 75 kHz Workhorse Long Ranger.  The 300 kHz long-range Horizontal Acoustic Doppler Current Profiler (H-ADCP) is a narrow beam acoustic monitoring system that “looks” out horizontally from an offshore or coastal to measure near-surface water currents and multi-directional waves.  Intelligent river discharge measurement system offering users a 5-beam solution and more...    The compact, versatile and affordable ChannelMaster is a two-beam, horizontally oriented ADCP designed to obtain high accuracy velocity data at ranges from 1 to 300 meters, utilizing 1 to 128 cells of data.  A Navis autonomous profiling float with integrated optical Dissolved Oxygen sensor (SBE 63) and bolt-on WET Labs ECO Triplet is now available from Sea-Bird Scientific. The sensors take continuous measurements at 1 Hz through ascent, and provide high accuracy, resolution, and stability.  A Navis autonomous profiling float with integrated optical Dissolved Oxygen sensor (SBE 63) and WET Labs MCOMS is now available from Sea-Bird Scientific. The sensors take continuous measurements at 1 Hz through ascent, and provide high accuracy, resolution, and stability.  The LISST-200X marks a major advance in technology of our workhorse LISST-100X submersible laser-diffraction instruments used to measure particle size and concentration in rivers, streams, ports, harbors, coasts and oceans.   Sequoia Scientific, Inc. is proud to offer the first low-cost acoustic backscatter sensor designed specifically for measuring suspended sediment concentration at a point.  The LISST-Holo from Sequoia is the world’s first commercially available submersible Digital Holographic Particle Imaging System.   The LISST-AOBS Super-Turbidity sensor is a simple, low-cost sensor to measure suspended sediment concentration (SSC)  The Cyclops Integrator™ provides a package optimized for integrating Cyclops™ sensors into vehicles.  The CYCLOPS-7™ line of submersible sensors is designed for integration into multi-parameter platforms requiring a high performance, compact sensor at a significantly lower price than traditional submersible sensors. The CYCLOPS-7™ combination of price, performance and size makes the sensor very attractive for oceanographic, freshwater and dye tracing applications.  Turbidity Plus™ is an accurate single-channel turbidity sensor including an integrated wiper which is triggered by the user.  The C3™ Submersible Fluorometer can be configured with one, two or three optical sensors ranging from the deep ultraviolet to the infrared spectrum.  C-FLUOR are sensitive, extremely low power single wavelength in situ fluorescence and turbidity probes available in several optical configurations spanning a broad range of applications.  The AquaFluor® is a lightweight, inexpensive, handheld fluorometer/turbidimeter ideal for field use.  WET Labs offers the Environmental Characterization Optics (ECO) series of meters that  The Environmental Characterization Optics (ECO) series of sensors incorporates a common set of options with a single basic design to make them ideal for a wide variety of deployments.  The C-Star incorporates a novel monolithic housing with a highly integrated opto-electronic design to provide a low cost, compact solution for underwater measurements of beam transmittance. |
