Telemecanique Sensors Pressure Switch, 0bar Min, 25bar Max, Analogue Output
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Merkki
Telemecanique SensorsMinimum Pressure Reading
0bar
Maximum Pressure Reading
25bar
Accuracy
±0.1 %
Output Type
Analogue
Media Measured
Air, Corrosive Fluid, Fresh Water, Hydraulic Oil, Sea Water
Analogue Output
4 → 20 mA
Electrical Connection
M12 3-Pin Connector
Response Time
2 ms
Maximum Current
20 mA
Supply Voltage
12 V dc, 24 V dc
Housing Material
Aluminium Oxide Ceramic, Stainless Steel
Minimum Operating Temperature
-15°C
Mounting Type
Thread Mount
Maximum Operating Temperature
+85°C
IP Rating
IP66, IP67
Alkuperämaa
Switzerland
Tuotetiedot
OsiSense XMLG Electronic Pressure Sensors
Schneider Electric XMLG pressure transmitters and pressure switches feature a ceramic pressure measuring cell. The deformation caused by the pressure is transmitted to the resistors of a Wheatstone bridge silk-screened on the ceramic. The change in resistance is then processed by the integrated electronics, providing either a digital or analog output signal.
€ 469,00
€ 469,00 kpl (ilman ALV)
€ 588,60
€ 588,60 kpl (Sis ALV:n)
1
€ 469,00
€ 469,00 kpl (ilman ALV)
€ 588,60
€ 588,60 kpl (Sis ALV:n)
1
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Tekninen dokumentti
Tekniset tiedot
Merkki
Telemecanique SensorsMinimum Pressure Reading
0bar
Maximum Pressure Reading
25bar
Accuracy
±0.1 %
Output Type
Analogue
Media Measured
Air, Corrosive Fluid, Fresh Water, Hydraulic Oil, Sea Water
Analogue Output
4 → 20 mA
Electrical Connection
M12 3-Pin Connector
Response Time
2 ms
Maximum Current
20 mA
Supply Voltage
12 V dc, 24 V dc
Housing Material
Aluminium Oxide Ceramic, Stainless Steel
Minimum Operating Temperature
-15°C
Mounting Type
Thread Mount
Maximum Operating Temperature
+85°C
IP Rating
IP66, IP67
Alkuperämaa
Switzerland
Tuotetiedot
OsiSense XMLG Electronic Pressure Sensors
Schneider Electric XMLG pressure transmitters and pressure switches feature a ceramic pressure measuring cell. The deformation caused by the pressure is transmitted to the resistors of a Wheatstone bridge silk-screened on the ceramic. The change in resistance is then processed by the integrated electronics, providing either a digital or analog output signal.