HI98302P is rugged and reliable pocket-sized testers that offer quick and accurate reading of TDS. HI98302P has manual calibration faccility and it can measure TDS upto 10.00 g/L (ppt)

•     Graphite electrodes
•     ATC
•     Simple one point calibration
•     Easy to use
•     Economical

Details

• The DiST® family of testers is widely used for monitoring EC/TDS in drinking water, water conditioning, reverse osmosis, cooling towers, wastewater, laboratories, agriculture, aquaculture and aquariums, hydroponics and the printing industry.
• HI98302P can measure TDS upto 10.00 g/L (ppt)
• These testers feature an amperometric graphite electrode that provides better repeatability in measurements since they do not oxidize. An amperometric measurement of EC/TDS is based on Ohm’s Law, I = V/R where R depends on the distance between two pins and their surface. Oxidation changes both the distance and surface which will affect accuracy. The DiST’s non-oxidizing graphite pins are able to provide an optimal surface for accurate, dependable results.
• When calibration is necessary, simply submerge the electrode tip into calibration solution (6.44 ppt) and adjust the trimmer on the side of the tester.

HI98302P is rugged and reliable pocket-sized testers that offer quick and accurate reading of TDS. HI98302P has manual calibration faccility and it can measure TDS upto 10.00 g/L (ppt)

•     Graphite electrodes
•     ATC
•     Simple one point calibration
•     Easy to use
•     Economical

Details

• The DiST® family of testers is widely used for monitoring EC/TDS in drinking water, water conditioning, reverse osmosis, cooling towers, wastewater, laboratories, agriculture, aquaculture and aquariums, hydroponics and the printing industry.
• HI98302P can measure TDS upto 10.00 g/L (ppt)
• These testers feature an amperometric graphite electrode that provides better repeatability in measurements since they do not oxidize. An amperometric measurement of EC/TDS is based on Ohm’s Law, I = V/R where R depends on the distance between two pins and their surface. Oxidation changes both the distance and surface which will affect accuracy. The DiST’s non-oxidizing graphite pins are able to provide an optimal surface for accurate, dependable results.
• When calibration is necessary, simply submerge the electrode tip into calibration solution (6.44 ppt) and adjust the trimmer on the side of the tester.