Turner Designs Cyclops-7F Submersible Sensors

The Turner Designs Cyclops-7F submersible sensor is a high performance and compact fluorometer designed for integration into any platform that supplies power and data logging.

Features

  • Interfaces easily with most data collection platforms using 0-5 VDC output
  • Very low power consumption allows for extended remote deployments
  • Interfaces with DataBank Handheld Data Logger and Cyclops-7 Logger
List Price $$$$$
Your Price Check Price
Stock Check Availability  
Turner Designs Cyclops-7F Submersible Sensors

Overview
The Turner Designs Cyclops-7F submersible fluorometer sensors are designed for integration into remote data collection and telemetry platforms. The sensors offer a unique combination of performance and size, making them very attractive for freshwater, coastal, and oceanographic environments. Cyclops-7F sensors are configured and factory scaled for the specific analysis of turbidity, chlorophyll, phycocyanin, phycoerythrin, rhodamine dye, fluorescein dye, CDOM, crude oil, optical brighteners, PTSA dye, or tryptophan.

Durable
The Cyclops-7F sensor features a locking sleeve Impulse connector with cable options available from 2 feet to 50 meters. The rugged stainless steel construction is designed to withstand most environmental conditions. Common applications include turbidity dredge monitoring, algal bloom notification, and dye tracer studies.

Questions & Answers
When should I use a Shade Cap?
Turner Designs recommends use of the shade cap, as it provides a fixed distance for sample measurement and minimizes affects from ambient light. The Shade Cap also offers protection for the optics and prevents damage from deploying, recovering, or transporting the instrument, in fast-flowing environments, and/or from bottoming out in shallow environments.
What is the difference between the C-FLUOR and Cyclops-7F fluorometers?
C-FLUOR sensors come standard with a titanium housing and factory calibration. The depth rating is also improved to 2000m. C-FLUOR sensors have a single gain setting, while the Cyclops-7F has a wider linear range with three gain settings.
Did you find what you were looking for?

Select Options

  Products 0 Item Selected
Image
Part #
Description
Price
Stock
Quantity
Turner Designs Cyclops-7F Submersible Sensors
2110-000-T
Cyclops-7F turbidity sensor, stainless steel housing
Check Price
Check Availability  
Turner Designs Cyclops-7F Submersible Sensors
2110-000-C
Cyclops-7F chlorophyll sensor, stainless steel housing
Check Price
Check Availability  
Turner Designs Cyclops-7F Submersible Sensors
2110-000-R
Cyclops-7F rhodamine WT sensor, stainless steel housing
Check Price
Check Availability  
Turner Designs Cyclops-7F Submersible Sensors
2110-000-F
Cyclops-7F fluorescein sensor, stainless steel housing
Check Price
Check Availability  
Turner Designs Cyclops-7F Submersible Sensors
2110-000-P
Cyclops-7F blue-green algae (phycocyanin) sensor, stainless steel housing
Check Price
Check Availability  
Turner Designs Cyclops-7F Submersible Sensors
2110-000-U
Cyclops-7F colored dissolved organic matter (CDOM) sensor, stainless steel housing
Check Price
Check Availability  
Turner Designs Cyclops-7F Submersible Sensors
2110-000-G
Cyclops-7F refined fuels sensor, stainless steel housing
Check Price
Check Availability  
  Accessories 0 Item Selected
Notice: At least 1 product is not available to purchase online
×
Multiple Products

have been added to your cart

There are items in your cart.

Cart Subtotal: $xxx.xx

Go to Checkout

In The News

Wildfire smoke alters a lake's ecology from the top to the bottom of the food chain

Wildfires have been big news the last couple of years. Australia’s wildfires in 2019 and 2020 and the Amazon rainforest fires in 2021 made headlines around the world. The American west has had record-breaking burns in recent years, blanketing cities in dangerous amounts of smoke and sending haze across the continent to the east coast. While smoke has clear and apparent effects on the sky, new research finds it changed the ecology of Castle Lake, a freshwater lake in California, in 2018. “There are some studies that have analyzed the effect of human health in respiration with the smoke of wildfire,” said Facundo Scordo, a postdoctoral researcher at the Global Water Center of the University of Nevada—Reno.

Read More

Stone Lab: Cyanobacteria Monitoring in Ohio Lakes

Microcystin, one of several toxins produced by the cyanobacteria that form harmful algal blooms (HABs), has become a popular topic of lake research as the human health impacts of HABs become better understood. Stone Lab is one of the leading groups in algal bloom research on Lake Erie and other lakes in Ohio. For more than 100 years, Stone Lab has conducted biology research and provided science education and outreach to the region. Over the years, thousands of individuals of varying ages have learned from the resources Stone Lab provides. Stone Lab’s Research Coordinator and Senior Researcher, Justin Chaffin, learned of Stone Lab while an undergraduate student at Bowling Green State University Fireland Campus.

Read More

From Assessment to Angler: Continual Research Ensures Lake Erie Remains a Beacon of Freshwater Fishing

Lake Erie is well known for its abundant recreational fishing. Anglers come from across the country to try their luck at the “walleye capital of the world” and search for other freshwater species, such as bass, perch, and steelhead trout.  As one of the world’s largest freshwater fisheries, much effort is made behind the scenes to maintain fishing opportunities for visitors to enjoy year after year, efforts that often go unnoticed by the public. One of the lake's most important economic and tourism centers is the city of Sandusky, home to the Sandusky Fisheries Research Station . As part of the Ohio Division of Wildlife, the unit serves as a base for assessing fish populations and managing harvest with partner agencies from around Lake Erie.

Read More