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SY90F003
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IDNR
IDNR
Short Description
DESCSHORT
Long Description
DESCLONG
Product ID of the Manufacturer
MANUID
Delivery Time
DELTIME
Display
ARDTEEL_ANZEIGE
Type of switching function
ARDTEEL_AUSFUEHRUNGDERSCHALTFUNKTION
Type of analog output
ARDTEEL_AUSFUEHRUNGDESANALOGAUSGANGS
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SY87F004
Sensor flow, natural gas, calorimetric, G 1/2", 18-36V DC, 4-20mA, M12 connector 5pin, plastic PC, With display, parameterization, RS-485, 130mbar
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY87F004
21
LCD display
4 - 20mA
SY87F002
Flow sensor , natural gas, calorimetric, G 1/2", 18-36V DC, 4-20mA, M12-connector 5pin, plastic PC, with display, parameterization, RS-485, 160mbar
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY87F002
21
LED display
4 - 20mA
SY87F003
Sensor flow, natural gas, calorimetric, G 1/2", 18-36V DC, 4-20mA, M12 connector 5pin, plastic PC, With display, parameterization, Ethernet, 200mbar
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY87F003
21
LED display
4 - 20mA
SL98E280
sensor flow, Natural gas, Calorimetric, 176x75x300mm, R 1/2 inch, 12-36V DC, 4-20mA, Plug-in connection M12 5pin, Plastic PC, Pressure resistance 16bar, With display, Parameterization, MBus
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SL98E280
21
LED display
4 - 20mA
SY98F001
sensor flow, Natural gas, Calorimetric, 475x276x200mm, DN80", 18-36V DC, 4-20mA, Plug-in connection M12 5pin, Plastic PC, Pressure resistance 16bar, With display, Parameterization, Ethernet
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY98F001
21
LED display
4 - 20mA
SY87F001
Flow sensor , natural gas, calorimetric, G 1/2", 18-36V DC, 4-20mA, M12-connector 5pin, plastic PC, with display, parameterization, RS-485, 150mbar
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY87F001
21
LED display
4 - 20mA
SY900023
Sensor flow, nitrogen, calorimetric, 109x55x135mm, G 1/2", 12-36V diagnostic coverage, M12 plug connector 5-pin, plastic PC, pressure resistance 16bar, with display, parameterization, Ethernet
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY900023
TFT display
SL91E345
sensor flow, nitrogen, Calorimetric, 109x55x135mm, G3/4 inch, 12-36V DC, Plug-in connection M12 5pin, Plastic PC, Pressure resistance 16bar, With display, Parameterization, Ethernet
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SL91E345
21
TFT display
SY87F005
Sensor flow, natural gas, calorimetric, G 1/2", 18-36V diagnostic coverage, 4-20mA, M12 plug connector 5-pin, plastic PC, with display, parameterization, Ethernet, 300mbar
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY87F005
LED display
4 - 20mA
SY90F001
Sensor flow, nitrogen, calorimetric, 176x75x300mm, R 1/2", 12-36V DC, 1x relay contact NO, 4-20mA, M12 connector 5pin, plastic PC, pressure resistance 40bar, With display, parameterization, RS-485
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY90F001
21
LED display
Normally open contact (NO)
4 - 20mA
SY90F003
Sensor flow, natural gas, calorimetric, 176x75x300mm, R1/2", 18-36V diagnostic coverage, 4-20mA, M12 plug connector 5-pin, plastic PC, pressure resistance 16bar, with display, parameterization, RS-485
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY90F003
21
LED display
Normally open contact (NO)
4 - 20mA
SY91F002
Sensor flow, nitrogen, calorimetric, 179x75x475mm, R 3/4", 12-36V diagnostic coverage, 1x relay contact NO, 4-20mA, M12 plug connector 5-pin, plastic PC, pressure resistance 40bar, with display, parameterization, RS-485
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY91F002
21
LED display
Normally open contact (NO)
4 - 20mA
SY920023
Sensor flow, nitrogen, calorimetric, 109x55x135mm, G1", 12-36V DC, M12 connector 5pin, plastic PC, pressure resistance 16bar, With display, parameterization, Ethernet
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY920023
21
TFT display
SY92E296
sensor flow, Nitrogen, Calorimetric, 183x75x475mm, R 1 inch, 12-36V DC, 1x Relay contact NO (NO), 4-20mA, Plug-in connection M12 5pin, Plastic PC, Pressure resistance 40bar, With display, Parameterization, RS-485
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY92E296
21
LED display
Normally open contact (NO)
4 - 20mA
SY98F002
Sensor flow, hydrogen, calorimetric, 475x275x300mm, DN50, 18-36V DC, 4-20mA, M12 connector 5pin, plastic PC, pressure resistance 16bar, With display, parameterization, Ethernet
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY98F002
21
LED display
4 - 20mA
SY90E293
sensor flow, Natural gas, Calorimetric, 176x75x300mm, R 1/2 inch, 12-36V DC, 1x Relay contact NO (NO), 4-20mA, Plug-in connection M12 5pin, Plastic PC, Pressure resistance 16bar, With display, Parameterization, RS-485
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY90E293
21
LED display
Normally open contact (NO)
4 - 20mA
SY94E304
sensor flow, Nitrogen, Calorimetric, 187x75x475mm, R1 1/2 inch, 12-36V DC, 1x Relay contact NO (NO), 4-20mA, Plug-in connection M12 5pin, Plastic PC, Pressure resistance 16bar, With display, Parameterization, RS-485
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY94E304
21
LED display
Normally open contact (NO)
4 - 20mA
SY92F001
Sensor flow, natural gas, calorimetric, 183x75x475mm, R 1", 12-36V diagnostic coverage, 1x relay contact NO, 4-20mA, M12 plug connector 5-pin, plastic PC, pressure resistance 16bar, with display, parameterization, RS-485, 80m
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY92F001
LED display
Normally open contact (NO)
4 - 20mA
SY94F001
Sensor flow, natural gas, calorimetric, 187x75x475mm, R1 1/2", 12-36V diagnostic coverage, 1x relay contact NO, 4-20mA, M12 plug connector 5-pin, plastic PC, pressure resistance 16bar, with display, parameterization, RS-485, 80m
The function of the flow sensor is based on the calorimetric principle. The sensor is heated by a few degrees Celsius from the inside compared to the flow medium into which it protrudes. If the medium flows, the heat generated in the sensor is dissipated by the medium. The temperature generated in the sensor is measured and compared with the temperature of the medium, which is also measured. The flow state for each medium can be derived from the temperature difference obtained. Applications for these sensors include compressed air consumption measuring devices.
SY94F001
LED display
Normally open contact (NO)
4 - 20mA
Ipf Electronic - Consumption measurement for various gases
| 订购编码 | SY90F003 |
| 上次修改 | 17.07.2025 14:57:51 |
| 单位 |
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