Turner Designs C6P Submersible Fluorometer
Features
- One, two, three, four, five or six optical sensors
- Robust memory - over 60,000 data lines
- Optional 3-brush mechanical wiper helps eliminate bio-fouling
- Expedited repair and warranty service
- Lifetime technical support
- More
Overview
The Turner Designs C6P Submersible Fluorometer can be configured with up to six optical sensors ranging from the deep ultraviolet to the infrared spectrum. Internal memory storage capacity combined with an external submersible lithium ion battery allow the C6P to run during extended or short-term deployments. Each C6P comes with a factory-installed temperature sensor. Optional factory-installed depth sensors and mechanical wipers are also available. The durable delrin housing is highly resistant to harsh environments. C-Soft Windows-based software allows for intuitive calibration, datalogging set-up and file management capabilities as well as data integration.
- Weight in Air: 2.54 kg (5.6 lbs.)
- Length: 27.43cm (10.8 in.)
- Diameter: 13.84cm (5.25 in)
- Material: Delrin plastic
- Temperature: -2 to 50 degrees C
- Depth: 0 to 600 meters
- External Power: 8 to 30 VDC
- Output: Digital Signal
- Interface: RS232 Interface
- Maximum Sample Rate: 1 Second
- (1) C6P submersible fluorometer
- (1) PC interface cable
- (1) 12V power supply
- (1) Factory-installed temperature sensor
- (1) Communication and integration cable
- (1) "Y" style USB to male and female DB-9
- (1) 8-pin female dummy plug
- (1) CD with software, user's manual, and quick start guide
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In The News
Monitoring Meadowbrook Creek: Real-Time Data Collection in an Urban Creek
Meadowbrook Creek in Syracuse, New York, has been monitored by Syracuse University (SU) faculty and students for over a decade. Originally established by Dr. Laura Lautz in 2012, the early years of the program focused on collecting grab water samples for laboratory analysis and evaluating the impact of urban land use, human activities, and natural processes on water resources. Tao Wen , an Assistant Professor in SU’s Department of Earth and Environmental Sciences, took over the program in 2020 and upgraded the existing systems to include 4G modems that allowed for real-time data viewing. [caption id="attachment_39339" align="alignnone" width="940"] An overview of the Fellows Ave monitoring station along Meadowbrook Creek.
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Lancaster County Makes the Switch to Real-Time Water Quality Monitoring Systems
Continuous data collection in Lancaster County, Pennsylvania, started about 5 years ago, and the county will be making a major upgrade over the next year—switching from relying solely on the internal storage of water quality sondes to telemetry units that enable real-time data viewing. [caption id="attachment_39295" align="alignnone" width="940"] The first telemetry unit was installed at LCCD along Little Conestoga Creek. (Credit: Tyler Keefer / LCCD) [/caption] Telling Lancaster County's Story Through Data Since the Lancaster County Conservation District started monitoring county waterways, the goal has remained the same, according to Amanda Goldsmith, Watershed Specialist for the Watershed Department.
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From Florida to the World: How a Smithsonian Research Station is Bridging Gaps in Marine Biology
In the early 2000s, along the coast of northern California, where the redwoods dominate the forests, and the Pacific Ocean shapes shorelines, a Humboldt University undergraduate student took the first steps into a lifelong love of marine biology. Dean Janiak accepted an invitation to help a graduate student with fieldwork in rocky coastal tide pools, and so began a journey that led him from California to Connecticut to Florida and eventually to the world, where he has facilitated research in communities across the globe. While finishing up his masters of Oceanography from the University of Connecticut, Janiak continued researching fouling communities–marine life that live on hard, often artificial surfaces such as docks–at the Smithsonian Environmental Research Center.
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