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XMF37 Inductive linear sensor
NegotiableUpdate on August 20
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Overview
XMF37 Inductive linear sensor
Product Details
XMF37 Inductive linear displacement sensor
Working principle:
1.Inductive proximity switch with analog quantity output has the similar work principle with general inductive proximity switch. The energy of oscillator syst-em
decreases when a metal object approaches the inductive side. The energy decrease degree indic ates the distance between the metal object and thesensor.
The energy consumption is transformed into measuring sign inan additional device and magnified through linear treatment.(Fig.5) Provide astandard analog
2.signal at output terminal(0~5V or 4-20mA···)
Work principle of inductive proximiy switch with analog quantity
Installation and connection:
| lead out with connecting terminal | lead out with conductor |
| Note: the color of core line BN=brown, BK=black, BU=blue, and YE=yellow | |
Model explanation of the proximity switch:
1.Switch category: LM:inductance type CM:capacitance type SM:Hall type AM:safte explosion-proof type XM:Mini linear type HM:Reed type RU:Ultrasonic type | 5.Output form: N:Three wire dc NPN output P:Three wire dc PNP output L:Two wire dc output :Two wire ac output J:Relay contact output NP:NPN+PNP double output |
2.Outward appearance code: C:Cylinder type; F:Angular column type and plane installation type) | 6.Output state: A:Normally open(NO) B:Normally close(NC) C:Normally open(NO)+Normally close(NC) MU:Mimic voltage MI:Mimic current MUI:Voltage and current double output |
3.Working voltage: 30:6~36VDC 310:5~24VDC 320:12~60VDC 330:10~30VDC 340:10~55VDC 350:10~60VDC 360:5~36VDC 20:90~250VAC 210:24~250VAC 220:380VAC 40:12~240VDC/24~240VAC 50:Special voltage | 7.Subsidiart functions: T:with aviation connector Y:water proof,oil proof I:Special requirement H:High temperature resistance R:Ring type |
4.Detection distance: 01:1mm 05:5mm 10:10mm ...... | 8.Long distance L:Long distance |
XMF37 Inductive linear displacement sensor
Working principle:
1.Inductive proximity switch with analog quantity output has the similar work principle with general inductive proximity switch. The energy of oscillator syst-em
decreases when a metal object approaches the inductive side. The energy decrease degree indic ates the distance between the metal object and thesensor.
The energy consumption is transformed into measuring sign inan additional device and magnified through linear treatment.(Fig.5) Provide astandard analog
2.signal at output terminal(0~5V or 4-20mA···)
Work principle of inductive proximiy switch with analog quantity
Installation and connection:
| lead out with connecting terminal | lead out with conductor |
| Note: the color of core line BN=brown, BK=black, BU=blue, and YE=yellow | |
Model explanation of the proximity switch:
1.Switch category: LM:inductance type CM:capacitance type SM:Hall type AM:safte explosion-proof type XM:Mini linear type HM:Reed type RU:Ultrasonic type | 5.Output form: N:Three wire dc NPN output P:Three wire dc PNP output L:Two wire dc output :Two wire ac output J:Relay contact output NP:NPN+PNP double output |
2.Outward appearance code: C:Cylinder type; F:Angular column type and plane installation type) | 6.Output state: A:Normally open(NO) B:Normally close(NC) C:Normally open(NO)+Normally close(NC) MU:Mimic voltage MI:Mimic current MUI:Voltage and current double output |
3.Working voltage: 30:6~36VDC 310:5~24VDC 320:12~60VDC 330:10~30VDC 340:10~55VDC 350:10~60VDC 360:5~36VDC 20:90~250VAC 210:24~250VAC 220:380VAC 40:12~240VDC/24~240VAC 50:Special voltage | 7.Subsidiart functions: T:with aviation connector Y:water proof,oil proof I:Special requirement H:High temperature resistance R:Ring type |
4.Detection distance: 01:1mm 05:5mm 10:10mm ...... | 8.Long distance L:Long distance |
| Overall dimensions | |||
| Detectable object | Metal | ||
| Detection distance | Flush type:15mm | Non-Flush:20mm | |
| Model available | Current type | XMF37-3015PMI | XMF37-3020PMI |
| Voltage type | XMF37-3015PMU | XMF37-3020PMU | |
| Voltage range | 15-30VDC | ||
| at the time of detection | ≤200mA…<4mA | ||
| Consumption | at the time of non-detection | ≤20mA | |
| Loading resistance | Current type | 0～300Ω | |
| Voltage type | ≥2.2KΩ | ||
| Output | Current type | 4～20mA | |
| Voltage type | 0-5V/O-10V | ||
| Output characteristic diagram | |||
| Voltage fluctuation | ≤5% | ||
| Output signal | PNP Simulation | ||
| Linear deviation | ±5% | ||
| Ambient temperature | 一25℃～+70℃ | ||
| Shell material | Plastic，Metal | ||
| Protection grade | lp54 | ||
| Overall dimensions | |||
| Detectable object | Metal | ||
| Detection distance | Flush type:15mm | Non-Flush:20mm | |
| Model available | Current type | XMF37-3015PMI | XMF37-3020PMI |
| Voltage type | XMF37-3015PMU | XMF37-3020PMU | |
| Voltage range | 15-30VDC | ||
| at the time of detection | ≤200mA…<4mA | ||
| Consumption | at the time of non-detection | ≤20mA | |
| Loading resistance | Current type | 0～300Ω | |
| Voltage type | ≥2.2KΩ | ||
| Output | Current type | 4～20mA | |
| Voltage type | 0-5V/O-10V | ||
| Output characteristic diagram | |||
| Voltage fluctuation | ≤5% | ||
| Output signal | PNP Simulation | ||
| Linear deviation | ±5% | ||
| Ambient temperature | 一25℃～+70℃ | ||
| Shell material | Plastic，Metal | ||
| Protection grade | lp54 | ||
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