LM6
Winston
LM6 Inductance type proximity sensor
Inductive proximity switch is composed of three parts:oscillator,switch circuit and magnified output circuit The oscillator will generate an alternating electric field.When the metal object approaches this electric field adn reaches the induction distance,thirlpool will generate in metal object,resulting in attenuation of vibration and then stop.the change of vibration and stop of oscillator is treated by behind stage magnified circuit and converted to switching sign,triggering driving control for non-contact detection.
Packing
LM6 Inductance type proximity sensor
Inductive proximity switch is composed of three parts:oscillator,switch circuit and magnified output circuit The oscillator will generate an alternating electric field.When the metal object approaches this electric field adn reaches the induction distance,thirlpool will generate in metal object,resulting in attenuation of vibration and then stop.the change of vibration and stop of oscillator is treated by behind stage magnified circuit and converted to switching sign,triggering driving control for non-contact detection.
Packing
Model explanation of proximity switch
1. Switch category(LM: inductance type; CM: capactitance type;SM:Hall type; AM:safety explosion-proof type; XM: mimic linear type)
2. Outward appearance code(C: Cylinder type; F: Angular column type and planeinstallation type)
3. Operating voltage(30: 6-36VDC; 310: 5-24VDC; 320: 12-60VDC; 20:90-250VAC; 210: 24-250VAC;220: 380VAC; 40: 12-240VDC/24-240AC; 50: Special voltage)
4. Detection distance( 01: 1mm; 05:5mm; 10:10mm)
5. Output method (N: Three-line DC NPN output;P: Three-line DC PNP output;
L: Two-line DC output; AC two-wire output;J: Relay output;NP: NPN+PNP output)
6. Output status(A: NO; B: NC; C: NO+NC; MU: Mimic voltage; MI: Mimic current)
7. Auxi function code(T: With connector; Y: Water proof, oil proof; I: Special requirement;
H: High temp resistance; R: Ring type)
Outward appearance illustration | LM6 | |||
Flush | Detection distance | 1mm | ||
DC 6-36VDC | NPN | NO | LM6-3001NA | |
NC | LM6-3001NB | |||
NO+NC | | |||
PNP | NO | LM6-3001PA | ||
NC | LM6-3001PB | |||
NO+NC | | |||
Two wire system | NO | LM6-3001LA | ||
NC | LM6-3001LB | |||
AC 90~ 250 VAC | SCR Control- lable silicon | NO | | |
NC | | |||
NO+NC | ||||
RELAY OUTPUT | | |||
NOn-flush | Detection distance | 1.5mm | ||
DC 6-36VDC | NPN | NO | LM6-3002NA | |
NC | LM6-3002NB | |||
NO+NC | | |||
PNP | NO | LM6-3002PA | ||
NC | LM6-3002PB | |||
NO+NC | | |||
Two wire system | NO | LM6-3002LA | ||
NC | LM6-3002LB | |||
AC 90~ 250 VAC | SCR Control- lable silicon | NO | | |
NC | | |||
NO+NC | | |||
Control output | DC | 150mA | ||
SCR/RELAY | | |||
Output voltage dropDC/AC | DC < 3V,AC < 10V | |||
Consumption current | DC < 15mA,AC < 10mA | |||
Standard detected object | 6×6×1(A3 iron) | |||
Repeated precision | 0.01 | |||
DC/AC Response frequency | 500Hz | |||
Working environment temperature | -25℃ ~+75℃ | |||
Insulation resistance | ≥30MΩ | |||
Shell material | Stainless steel | |||
Protection grade | IP67 | |||
Alternative model at home and abroad | |
Outer and mount dimension: |
|
Model explanation of proximity switch
1. Switch category(LM: inductance type; CM: capactitance type;SM:Hall type; AM:safety explosion-proof type; XM: mimic linear type)
2. Outward appearance code(C: Cylinder type; F: Angular column type and planeinstallation type)
3. Operating voltage(30: 6-36VDC; 310: 5-24VDC; 320: 12-60VDC; 20:90-250VAC; 210: 24-250VAC;220: 380VAC; 40: 12-240VDC/24-240AC; 50: Special voltage)
4. Detection distance( 01: 1mm; 05:5mm; 10:10mm)
5. Output method (N: Three-line DC NPN output;P: Three-line DC PNP output;
L: Two-line DC output; AC two-wire output;J: Relay output;NP: NPN+PNP output)
6. Output status(A: NO; B: NC; C: NO+NC; MU: Mimic voltage; MI: Mimic current)
7. Auxi function code(T: With connector; Y: Water proof, oil proof; I: Special requirement;
H: High temp resistance; R: Ring type)
Outward appearance illustration | LM6 | |||
Flush | Detection distance | 1mm | ||
DC 6-36VDC | NPN | NO | LM6-3001NA | |
NC | LM6-3001NB | |||
NO+NC | | |||
PNP | NO | LM6-3001PA | ||
NC | LM6-3001PB | |||
NO+NC | | |||
Two wire system | NO | LM6-3001LA | ||
NC | LM6-3001LB | |||
AC 90~ 250 VAC | SCR Control- lable silicon | NO | | |
NC | | |||
NO+NC | ||||
RELAY OUTPUT | | |||
NOn-flush | Detection distance | 1.5mm | ||
DC 6-36VDC | NPN | NO | LM6-3002NA | |
NC | LM6-3002NB | |||
NO+NC | | |||
PNP | NO | LM6-3002PA | ||
NC | LM6-3002PB | |||
NO+NC | | |||
Two wire system | NO | LM6-3002LA | ||
NC | LM6-3002LB | |||
AC 90~ 250 VAC | SCR Control- lable silicon | NO | | |
NC | | |||
NO+NC | | |||
Control output | DC | 150mA | ||
SCR/RELAY | | |||
Output voltage dropDC/AC | DC < 3V,AC < 10V | |||
Consumption current | DC < 15mA,AC < 10mA | |||
Standard detected object | 6×6×1(A3 iron) | |||
Repeated precision | 0.01 | |||
DC/AC Response frequency | 500Hz | |||
Working environment temperature | -25℃ ~+75℃ | |||
Insulation resistance | ≥30MΩ | |||
Shell material | Stainless steel | |||
Protection grade | IP67 | |||
Alternative model at home and abroad | |
Outer and mount dimension: |
|