GF Signet 3-2839-1VD, ISO Thread, Conductivity/Resistivity Electrode, 0.01 Cell Constant
Signet 2839-2842 Conductivity/Resistivity Electrodes are suitable for a wide variety of applications ranging from high purity water quality monitoring to weak acids and bases. The PEEK insulator and process connections are injection over-molded to minimize variance between electrodes.
Features:
- Compact Electrode Length fo Easy Inline Installation
- Triple Oriface Flow-Through Design Reduces Clogging and Bubble Entrapment
- 316SS Electrodes with Injection Molded POOK Process
- In-Line or submersible mounting
- Cell Constants may be traceable to NIST and certified to Within +/-1% to meet USP requirements
- Triple Oriface Flow-Through Design Reduces Clogging and Bubble Entrapment
- 316SS Electrodes with Injection Molded POOK Process
- In-Line or submersible mounting
- Cell Constants may be traceable to NIST and certified to Within +/-1% to meet USP requirements
- 3/4" NPT Connection Size
- 15' Cord Attached
Applications:
- Pure water treatment
- Reverse Osmosis
- Deionization
- Distillation
- Boiler Condensate
- Semiconductor water production
- Rinse water monitoring and control
- TDS
- Salinity
- USP Purified Water
- WFI water production
- Ultra pure water
Applications:
- Pure water treatment
- Reverse Osmosis
- Deionization
- Distillation
- Boiler Condensate
- Semiconductor water production
- Rinse water monitoring and control
- TDS
- Salinity
- USP Purified Water
- WFI water production
- Ultra pure water
General
- Operating Range: 0.055 to 100 uS
- Cell Constant Accuracy: +/- 2% of reading (certified cells +/- 1%)
- Cable Length: 15 foot (4.6 m)
Wetted Materials
- O-Rings: EPR (EPDM)
- Insulator Material: Carbon Fiber reinforced PTFE
- Electrodes: 316L SS
Max Temperature/Pressure Rating
- Standard Polypro Fitting: 100 psi @ 212°F
- Optional 1/2" NPT 316 SS fitting: 200 psi @ 248°F
- Sanitary Connection: 100 psi @ 248°F
- Temperature Response:
- 0.01 Cell: 7 sec.
- 0.1 Cell: 53 sec.
- 1.0 Cell: 21 sec.
- Temperature Accuracy: 0.3° C
