We are using cookies to provide statistics that help us give you the best experience of our website. By continuing to use this website, you consent to the use of cookies in accordance with our Privacy Policy. Learn more
Main features
- Continuous current loop output
- Optional pulse-width modulation output
- Temperature signal via pulse-width output
- Suitable for outdoor and indoor applications
- Long term drift free sensor output signal
About
Swiss based Trafag offers precise, reliable and maintenance-free instruments developed for density measuring of SF and related alternative gases. Measurement is based on the patented quartz tuning fork technology. Thus offering the most reliable and long term drift free solution on the market by directly measuring the insulating gas density.
Technical Data
Product code | 8774 |
---|---|
Designation | Gas density sensor with analog output |
Measuring principle | Oscillating quartz |
Designation of application | Density sensor for SF6 and other gases |
Output signal | Pulse-width: 10 … 292 Hz Current loop: 6.5 … 20 mA |
Electrical connections | EN175301-803-A (DIN 43650-A); M12x1; cable |
Ambient temperature | -40°C ... +80°C |
Applications | Density monitoring in insulating and quenching gasHigh voltage technologyMedium voltage technologySF and variety of alternative mixed gases |
Downloads Go to file downloads
Datasheet:
-
H72507z CN 8774 Gas Density Sensorcn
pdf 1.1MB
-
H72507z DE 8774 Gas Density Sensorde
pdf 999.5KB
-
H72507z EN 8774 Gas Density Sensoren
pdf 997.3KB
-
H72507z ES 8774 Gas Density Sensores
pdf 998.7KB
-
H72507z FR 8774 Gas Density Sensorfr
pdf 999.1KB
-
H72507z IT 8774 Gas Density Sensorit
pdf 998.1KB
-
H72507z JP 8774 Gas Density Sensorjp
pdf 1.1MB
-
H72507z PL 8774 Gas Density Sensorpl
pdf 1001KB
-
H72507z PT 8774 Gas Density Sensorpt
pdf 999.7KB
Manual:
-
H73507m Instruction 8774 Density Sensoren
pdf 744.8KB
Flyer:
-
H71108z EN 8774 Gas density sensoren
pdf 3.6MB
Did you not find the product information you were looking for? Please contact our sales team.