LM40
USYUMO
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Transistor Switch Aluminum Inductive Proximity Sensor
An inductive sensor is a device that uses the principle of electromagnetic induction to detect or measure objects. An inductor develops a magnetic field when a current flows through it; alternatively, a current will flow through a circuit containing an inductor when the magnetic field through it changes. This effect can be used to detect metallic objects that interact with a magnetic field. Non-metallic substances such as liquids or some kinds of dirt do not interact with the magnetic field, so an inductive sensor can operate in wet or dirty conditions.
| INDUCTIVE PROXIMITY SWITCH | ||||
| Outward appearance code | LM40 | |||
| Appearance | 
 | |||
| Dimension | 
 | |||
| Flush | Detection distance | |||
| NPN | NO | |||
| DC | NC | |||
| 6 | NO+NC | |||
| ~ | PNP | NO | ||
| 36 | NC | |||
| V | NO+NC | |||
| two wire system | NO | |||
| NC | ||||
| AC | SRC Control label silicon | NO | ||
| 90 | NC | |||
| ~250 | NO+NC | |||
| V | Relay output | |||
| Non-flush | Detection distance | 20mm | ||
| NPN | NO | 3020NA | ||
| NC | 3020NB | |||
| DC | NO+NC | 3020NC | ||
| 6 | PNP | NO | 3020PA | |
| ~ | NC | 3020PB | ||
| 36 | NO+NC | 3020PC | ||
| V | two wire system | NO | 3020LA | |
| NC | 3020LB | |||
| AC | SRC Control label silicon | NO | 2020A | |
| 90 | NC | 2020B | ||
| ~250 | NO+NC | 2020C | ||
| V | Relay output | 2020JC | ||
| Control output | DC | 200mA | ||
| SCR/Relay | 300mA/1A | |||
| Output voltage dropDC/AC | DC<3V AC<10V | |||
| Consumption current | DC<15mA AC<10mA | |||
| Standard detected object | 45×45×1(A3 iron) | |||
| Repeated precision | 0.1 | |||
| DC/AC Response frequency | 100Hz/15Hz | |||
| Working environment temperature | –25℃~75℃ | |||
| Insulation resistance | 50MΩ | |||
| Shell material | Metal | |||
| Protection grade | IEC standard IP67 | |||
| Altemative model at home and abroad | SC-□□ | |||
Transistor Switch Aluminum Inductive Proximity Sensor
An inductive sensor is a device that uses the principle of electromagnetic induction to detect or measure objects. An inductor develops a magnetic field when a current flows through it; alternatively, a current will flow through a circuit containing an inductor when the magnetic field through it changes. This effect can be used to detect metallic objects that interact with a magnetic field. Non-metallic substances such as liquids or some kinds of dirt do not interact with the magnetic field, so an inductive sensor can operate in wet or dirty conditions.
| INDUCTIVE PROXIMITY SWITCH | ||||
| Outward appearance code | LM40 | |||
| Appearance | 
 | |||
| Dimension | 
 | |||
| Flush | Detection distance | |||
| NPN | NO | |||
| DC | NC | |||
| 6 | NO+NC | |||
| ~ | PNP | NO | ||
| 36 | NC | |||
| V | NO+NC | |||
| two wire system | NO | |||
| NC | ||||
| AC | SRC Control label silicon | NO | ||
| 90 | NC | |||
| ~250 | NO+NC | |||
| V | Relay output | |||
| Non-flush | Detection distance | 20mm | ||
| NPN | NO | 3020NA | ||
| NC | 3020NB | |||
| DC | NO+NC | 3020NC | ||
| 6 | PNP | NO | 3020PA | |
| ~ | NC | 3020PB | ||
| 36 | NO+NC | 3020PC | ||
| V | two wire system | NO | 3020LA | |
| NC | 3020LB | |||
| AC | SRC Control label silicon | NO | 2020A | |
| 90 | NC | 2020B | ||
| ~250 | NO+NC | 2020C | ||
| V | Relay output | 2020JC | ||
| Control output | DC | 200mA | ||
| SCR/Relay | 300mA/1A | |||
| Output voltage dropDC/AC | DC<3V AC<10V | |||
| Consumption current | DC<15mA AC<10mA | |||
| Standard detected object | 45×45×1(A3 iron) | |||
| Repeated precision | 0.1 | |||
| DC/AC Response frequency | 100Hz/15Hz | |||
| Working environment temperature | –25℃~75℃ | |||
| Insulation resistance | 50MΩ | |||
| Shell material | Metal | |||
| Protection grade | IEC standard IP67 | |||
| Altemative model at home and abroad | SC-□□ | |||



