Hach sensION+ 5060 Portable Platinum Conductivity Cell
Features
- Protected against harsh field conditions
- Heavy-duty electrode handle design optimized for field calibration and storage
- Ideal for conductivity measurements in general aqueous applications
- Free ground shipping
- Expedited repair and warranty service
- Lifetime technical support
- More
Overview
The Hach sensION+ 5060 Portable Platinum Conductivity Cell is a three-pole platinum conductivity cell with a polycarbonate body and built-in temperature sensor. It has a fixed 1-meter cable and MP5 connector dedicated for use with Hach sensION+ Portable Conductivity meters. The 5060 is ideal for conductivity measurements in general aqueous applications.
Design
The Hach sensION+ 5060 Portable Platinum Conductivity Cell's resilient poly-carbonate body, handle, and MP5 connecter ensure protected performance in the field. Its heavy-duty electrode handle design is optimized for field calibration and storage, as the tubes screw directly onto the electrode handle. This design provides a secure interface between the electrode and calibration/storage tube, reducing the risk of contamination.
- Material Sensor Body: Outside: Polycarbonate; Inside: Glass
- Measuring range conductivity: 0.2 µS/cm to 200 mS/cm
- Parameter: Conductivity
- Temperature Range: 0 to 80 °C
- Temperature range: pH: 0 to 80 °C
- Temperature Sensor: Pt 1000
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In The News
What is Conductivity?
UPDATE : Fondriest Environmental is offering their expertise in conductivity through their new online knowledge base. This resource provides an updated and comprehensive look at conductivity and why it is important to water quality. To learn more, check out: Conductivity, Salinity and TDS. Salinity and conductivity measure the water's ability to conduct electricity, which provides a measure of what is dissolved in water. In the SWMP data, a higher conductivity value indicates that there are more chemicals dissolved in the water. Conductivity measures the water's ability to conduct electricity. It is the opposite of resistance. Pure, distilled water is a poor conductor of electricity.
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Climate Change and Microplastics: Monitoring Lake Champlain
Most people go to Lake Champlain for its exceptional views and thrilling boating, but it’s also home to a wide variety of interesting aquatic research projects. From studying microplastics to thermal dynamics of the lake, Timothy Mihuc, director of the Lake Champlain Research Institute (LCRI) at the State University of New York at Plattsburgh (SUNY Plattsburgh), has spent his career studying aquatic ecosystems. As an aquatic biologist, he’s the main investigator on Lake Champlain’s research studies while also managing their grants, employees, and their hands-on buoy work. Over the years, LCRI has received a number of environmental grants that aid in its monitoring research.
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Current Monitoring after the Francis Scott Key Bridge Collapse
On March 26th, according to The Baltimore Sun , a 984-foot, 112,000-ton Dali lost propulsion and collided with a support column of the Francis Scott Key Bridge, collapsing the structure. Soon after the event, search and rescue, salvage crews, and other emergency responders were mobilized after the collision. As salvage efforts progressed in early April, NOAA’s Center for Operational Oceanographic Products and Services (CO-OPS) responded to a request for real-time tidal currents data and deployed a current monitoring buoy—CURBY (Currents Real-time BuoY)—into the Patapsco River north of the Francis Scott Key Bridge.
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