 |
| Range: | Please select |
|---|---|
| Cable Length : | |
| Output Signal: | |
| Power: | |
| Display Type: | Please select |
| Quantity: | |
QDY60C Corrosion-Resistant Split Level Transmitter
QDY60C is a level transmitter designed around “Reliable Level Measurement & Conversion.” Uses corrosion-resistant wetted materials for chemical liquids and aggressive process media. The wetted structure is selected for aggressive media so the measuring point is less exposed to corrosion, residue and premature material damage. The feature is directly relevant to electroplating line, acid / alkali tank and water basin projects. Maintain reliable measurement in electroplating line and corrosive media, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation.
QDY60C is a level transmitter designed around “PP Wetted Structure for Corrosive Liquids.” Uses corrosion-resistant wetted materials for chemical liquids and aggressive process media. The wetted structure is selected for aggressive media so the measuring point is less exposed to corrosion, residue and premature material damage. The feature is directly relevant to electroplating line, acid / alkali tank and water basin projects. Maintain reliable measurement in electroplating line and corrosive media, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation.
QDY60C is a level transmitter designed around “Ceramic Sensing Element for Stable Corrosive-liquid Measurement.” Improves level stability, response or operating efficiency under changing field conditions. The stated operating range, accuracy, response, overload or stability feature supports more dependable data under changing field conditions. The feature is directly relevant to electroplating line, acid / alkali tank and water basin projects. Maintain clearer trend data during long-term industrial operation, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation.
Working Principle Diagram
