logo
logo
Sign in
ak shawon
Followers 0 Following 0
ak shawon 2020-09-20
img

Leak detection of corrosive chemicals in double walled containment tanks has become a necessity in the industry for both corrosive and non-corrosive liquids alike.Levelpro’s Leak detection sensor is a highly developed and reliable leak detection sensor which is an all plastic corrosion resistant design.

Which makes it perfect for corrosive liquids.

It faultlessly senses the presence of any conductive liquid by utilizing the ultra-sensitive capacitive technology.

It is important to highlight, Levelpro’s LDS-YN leak detection sensor utilizes non-contact technology, therefore, it does not need to come in contact with the process liquid.

Again, it monitors the interstitial space among double wall tanks, tank retention dikes, secondary containment sumps, and are where process pumps and valves are utilized.

One of the most important features is the LDS-YN sensor has been designed to tolerate even the most unfavorable conditions and optimize performances according to the severity of the condition.

collect
0
ak shawon 2020-09-20
img

Leak detection of corrosive chemicals in double walled containment tanks has become a necessity in the industry for both corrosive and non-corrosive liquids alike.Levelpro’s Leak detection sensor is a highly developed and reliable leak detection sensor which is an all plastic corrosion resistant design.

Which makes it perfect for corrosive liquids.

It faultlessly senses the presence of any conductive liquid by utilizing the ultra-sensitive capacitive technology.

It is important to highlight, Levelpro’s LDS-YN leak detection sensor utilizes non-contact technology, therefore, it does not need to come in contact with the process liquid.

Again, it monitors the interstitial space among double wall tanks, tank retention dikes, secondary containment sumps, and are where process pumps and valves are utilized.

One of the most important features is the LDS-YN sensor has been designed to tolerate even the most unfavorable conditions and optimize performances according to the severity of the condition.