Integrated Display Type Digital Flow Sensor FM-200 (Discontinued Products)
We are sorry, the products have been discontinued. Please refer to the details of the discontinued products and the recommended substitutes list below.
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July 31, 2022 |
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I/O Circuit and Wiring diagrams
FM-2□
I/O circuit diagram
Notes:
1) |
As for the aluminum body type, varistor (clamping voltage approx. 40 V) is connected between the internal power circuit and the metal body to prevent breakdown of the sensor. Connect the metal body to +V of power supply or to frame ground (F.G.) of a device that is connected to 0 V. High potential and insulation resistance tests between the internal power circuit and the metal body must not be done. |
2) |
Short-circuit protection is not incorporated into the analog voltage output. Do not connect the power supply or capacitive load directly to the analog voltage output. |
Symbols・・・ |
D1 to D4 : Reverse supply polarity protection diode Tr1,Tr2 : NPN output transistor Tr3 : PNP input transistor |
Wiring diagram
*1: When using CH2 as a comparative output 2
*2: When using CH2 as an external input
Analog voltage output
<Bi-direction detection> |
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<One-side detection> |
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FM-2□-P
I/O circuit diagram
Notes:
1) |
As for the aluminum body type, varistor (clamping voltage approx. 40 V) is connected between the internal power circuit and the metal body to prevent breakdown of the sensor. Connect the metal body to +V of power supply or to frame ground (F.G.) of a device that is connected to 0 V. High potential and insulation resistance tests between the internal power circuit and the metal body must not be done. |
2) |
Short-circuit protection is not incorporated into the analog voltage output. Do not connect the power supply or capacitive load directly to the analog voltage output. |
Symbols・・・ |
D1 to D4 : Reverse supply polarity protection diode Tr1,Tr2 : PNP output transistor Tr3 : NPN input transistor |
Wiring diagram
*1: When using CH2 as a comparative output 2
*2: When using CH2 as an external input
Analog voltage output
<Bi-direction detection> |
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|
<One-side detection> |
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