UW-FL1R

NexSens UW Receptacle to Flying Lead Cables

NexSens UW Receptacle to Flying Lead Cables

Description

The UW receptacle to flying lead cable is used for wiring sensors with integrated UW plug connectors to a data logger terminal strip.

Features

  • Includes sensorBUS for connecting to other smart sensors
  • Easily connects to UW underwater cables
  • Available in 1, 3, 10, 20, or 30 meter lengths
More Views
Your Price
$100.00
Usually ships in 3-5 days

Shipping Information
Return Policy
Why Buy From Fondriest?

Details

The UW receptacle to flying lead cable is used for wiring sensors with integrated UW plug connectors to a data logger terminal strip.

The UW-FL cables incorporate sensorBUS connectivity for connection to include three industry standard digital interfaces (1-wire temp string, RS-485 multi-drop and SDI-12) along with both 12 and 5 VDC power. Cables are constructed of (8) 22 AWG wires, including a shielded twisted pair for RS-485 signals, an overall shield, and a heavy-duty, UV stabilized poly-urethane jacket. The connectorized cable end includes a flexible strain-relief and a plug fitting. Double o-rings (both gland and face seals) ensure a reliable and water-tight connection.
Image Part # Product Description Price Stock Order
NexSens UW Receptacle to Flying Lead Cables UW-FL1R UW receptacle to flying lead cable, 1m
$100.00
Usually ships in 3-5 days
NexSens UW Receptacle to Flying Lead Cables UW-FL3R UW receptacle to flying lead cable, 3m
$120.00
Usually ships in 3-5 days
NexSens UW Receptacle to Flying Lead Cables UW-FL10R UW receptacle to flying lead cable, 10m
$188.00
Usually ships in 3-5 days
NexSens UW Receptacle to Flying Lead Cables UW-FL20R UW receptacle to flying lead cable, 20m
$287.00
Usually ships in 3-5 days
NexSens UW Receptacle to Flying Lead Cables UW-FL30R UW receptacle to flying lead cable, 30m
$385.00
Usually ships in 3-5 days

In The News

Toxic Chemicals in Plastic Pollution Littering Freshwater Habitats

When we consider the glut of plastic rapidly accumulating all over the world , it's easy to see the problem of pollution and disposal of substances that don't biodegrade. However, it's not always as apparent to us that plastic pollution also means a growing number of toxic chemicals in the environment, many of which can be harmful to ecosystems. Plastic polymers and the products made from them are wildly diverse as to chemical properties, composition, and range of potential applications, although most plastics are made from petrochemicals. Throughout the very long lifespan of any given plastic product, the material may release various hazardous substances .

Read More

CO2 Cacophony in Acidified Oceans Will Confuse Baby Fish

Ocean acidification is a simple process that has complex effects. Increasingly acidic ocean waters create a cascading series of changes and problems for marine life, as each response to the changing conditions prompts other crises. Recent research from the University of Adelaide reveals a novel problem: baby fish will have more trouble finding and reaching shelter in the acidified oceans of our shared future, placing populations of various fish at risk. Despite how they may seem to humans, oceans are not silent worlds. They are filled with all sorts of noise, from fish sounds and whale vocalizations to the sounds produced by different kinds of habitats.

Read More

Grand Lake St. Marys Management Practices Improving Water Quality

What does it take for a lake to go from being the Environmental Protection Agency's (EPA's) poster child for cyanobacteria to genuinely being in recovery and improving year by year? It takes a concerted community effort, best water quality management practices, and patience. At least, that's what it's taken for those working to improve the water quality of Grand Lake St. Marys—and recent research proves that all of the effort and patience is paying off. Stephen Jacquemin , associate professor of biology and research coordinator at the Wright State University Lake Campus, has been spearheading research efforts on the lake for several years, and those efforts go back more than a decade.

Read More