YSI Conductivity Standards
Description
NIST-traceable conductivity solutions to calibrate both field instruments and lab instruments and cells together for maximum accuracy.
Features
- Calibrates full line of YSI conductivity meters
- Available in pints, quarts, and boxes of 8-pint bottles
- Designed and manufactured to the highest quality standards
Details
YSI Conductivity Calibrator Solutions are secondary standard solutions for the calibration of conductivity cells together with conductance meters. The solutions are provided in two ranges of accuracy. The YSI 3161, 3163, and 3165 solutions are made to close tolerances and intended primarily for use in laboratory applications where other factors which strongly influence conductivity can also be tightly controlled or accurately measured. The YSI 3160, 3167, 3168, and 3169 solutions are made to less exacting tolerances and are intended mainly for use in field applications where other factors are less subject to close control or measurement.
| Image | Part # | Product Description | Price | Stock | Order | |
|---|---|---|---|---|---|---|
|
1 mS | Conductivity standard, 1,000 uS, 1 pint |
$17.00
|
In Stock | ||
|
50 mS | Conductivity standard, 50,000 uS, 1 pint |
$17.00
|
In Stock
|
||
|
065270 | 3161 conductivity standard, 1,000 uS, 1 quart |
$69.35
|
In Stock
|
||
|
065272 | 3163 conductivity standard, 10,000 uS, 1 quart |
$69.35
|
In Stock
|
||
|
065274 | 3165 conductivity standard, 100,000 uS, 1 quart |
$69.35
|
Usually ships in 3-5 days
|
||
|
060907 | 3167 conductivity standard, 1,000 uS, 8 pints |
$118.75
|
In Stock
|
||
|
060906 | 3160 conductivity standard, 1,413 uS, 8 pints |
$118.75
|
In Stock
|
||
|
060911 | 3168 conductivity standard, 10,000 uS, 8 pints |
$118.75
|
In Stock
|
||
|
060660 | 3169 conductivity standard, 50,000 uS, 8 pints |
$118.75
|
In Stock
|
||
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.
Read More
New Fish Lab Offers Unique Opportunities
Sometimes scientists have to make an extraordinary effort to study the questions that concern them. In fact, they may even need to design and build labs to their specifications. This was the case with the University of Nebraska, Lincoln's (UNL’s) Fish Conservation Behavior and Physiology Lab , which serves as a locus for research on water management best practices based on fish physiology—work conducted by up and coming scientists as well as more established researchers. Dr. Jamilynn Poletto spoke to EM about how the lab was built and the work that is happening there. Building a customized solution “My problem was that in the lab we get city water from Lincoln, and any water from any city in the country has chlorine and chloramine in it,” explains Dr.
Read More
From Acid Rain to Cyanobacteria, Cary Institute of Ecosystem Studies is a Leader in Environmental Monitoring
Cary Institute of Ecosystem Studies , an independent environmental research organization in Millbrook, NY, is a leader in environmental monitoring – particularly long-term monitoring that spans decades. Steve Hamilton is a freshwater ecologist at Cary Institute and professor at Kellogg Biological Station , a member of the Organization of Biological Field Stations ( OBFS ), at Michigan State University. Hamilton explains, “Environmental monitoring is how ecologists keep a finger on the planet’s rapidly-shifting pulse. By tracking ecological indicators over long timescales, we can identify patterns and better understand how ecosystems are changing. This understanding will guide us as we work to adapt to and mitigate environmental degradation.
Read More
Follow Us