Documente tehnice
Specificatii
Marca
PanasonicTip citire presiune
Relative
Citire presiune minima
-1bar
Citire presiune maxima
1bar
Acuratete
±1 %
Tip iesire
Relay
Mediu masurat
Non-Corrosive Gas
Process Connection
G1/8
Analogue Output
1 → 5 V dc, 100 mA
Conexiune electrica
Wire Lead
Timp de raspuns
2.5 ms
Tensiunea de alimentare
12 → 24 V dc
Housing Material
PBT
Protectie IP
IP40
Temperatura minima de lucru
-10°C
Temperatura maxima de lucru
+50°C
Tara de origine
Japan
Detalii produs
Panasonic Digital Pressure Sensors Dual Display
The Panasonic range of digital pressure sensors has now upgrader to give you greater visibility within a digital display. The improvements have delivered a clearer wide viewing angle plus the display pressure range and set pressure range has increased. This range now also gives you a dual display As a uses you can select either voltage or current output. The digital pressure sensor has a reduced power consumption of 14% due to a re-design of the circuitry. Another development is when the display is shut off can offer consumption savings of 50% and savings of 30% can be made by lowering the brightness.
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Documente tehnice
Specificatii
Marca
PanasonicTip citire presiune
Relative
Citire presiune minima
-1bar
Citire presiune maxima
1bar
Acuratete
±1 %
Tip iesire
Relay
Mediu masurat
Non-Corrosive Gas
Process Connection
G1/8
Analogue Output
1 → 5 V dc, 100 mA
Conexiune electrica
Wire Lead
Timp de raspuns
2.5 ms
Tensiunea de alimentare
12 → 24 V dc
Housing Material
PBT
Protectie IP
IP40
Temperatura minima de lucru
-10°C
Temperatura maxima de lucru
+50°C
Tara de origine
Japan
Detalii produs
Panasonic Digital Pressure Sensors Dual Display
The Panasonic range of digital pressure sensors has now upgrader to give you greater visibility within a digital display. The improvements have delivered a clearer wide viewing angle plus the display pressure range and set pressure range has increased. This range now also gives you a dual display As a uses you can select either voltage or current output. The digital pressure sensor has a reduced power consumption of 14% due to a re-design of the circuitry. Another development is when the display is shut off can offer consumption savings of 50% and savings of 30% can be made by lowering the brightness.