Electrical Switch 12V Inductive Proximity Sensor (LM12)

  • Price:

    Negotiable

  • minimum:

  • Total supply:

  • Delivery term:

    The date of payment from buyers deliver within days

  • seat:

    Zhejiang

  • Validity to:

    Long-term effective

  • Last update:

    2017-12-30 16:44

  • Browse the number:

    59

Send an inquiries

Company Profile

Yueqing Winston Electric Co., Ltd.

By certification [File Integrity]

Contact:Mr. Jeff Wong(Mr.)  

Email:

Telephone:

Phone:

Area:Zhejiang

Address:Zhejiang

Website: http://cnwstele.jssytm.com/

Product details

Electrical Switch 12V Inductive Proximity Sensor (LM12)

Main features:

(1)Compact volume
(2)high precision of repeated location 
(3)Diversified exterior structures 
(4)Good performance of anti-interference. 
(5)Many output forms 
(6)High on-off frequency. 
(7)Wide voltage range 
(8)Dust proof,vibration proof,water proof and oil proof. 
(9)With short-circuit protection and inverted connecting protection. 
(10)Long service life
 
Technical Parameters:

Model NO.
Detection distance Working voltage Output Flush
Form State
LM12-3002NA 2mm DC6-36V NPN NO Flush
LM12-3002NB 2mm DC6-36V NPN NC Flush
LM12-3002NC 2mm DC6-36V NPN NO+NC Flush
LM12-3002PA 2mm DC6-36V PNP NO Flush
LM12-3002PB 2mm DC6-36V PNP NC Flush
LM12-3002PC 2mm DC6-36V PNP NO+NC Flush
LM12-3002LA 2mm DC6-36V Two wire system NO Flush
LM12-3002LB 2mm DC6-36V Two wire system NC Flush
LM12-2002A 2mm AC90-250V SCR Control 
label silicon
NO Flush
LM12-2002B 2mm AC90-250V SCR Control 
label silicon
NC Flush
LM12-3004NA 4mm DC6-36V NPN NO Non-flush
LM12-3004NB 4mm DC6-36V NPN NC Non-flush
LM12-3004NC 4mm DC6-36V NPN NO+NC Non-flush
LM12-3004PA 4mm DC6-36V PNP NO Non-flush
LM12-3004PB 4mm DC6-36V PNP NC Non-flush
LM12-3004PC 4mm DC6-36V PNP NO+NC Non-flush
LM12-3004LA 4mm DC6-36V Two wire system NO Non-flush
LM12-3004LB 4mm DC6-36V Two wire system NC Non-flush
LM12-2004A 4mm AC90-250V SCR Control 
label silicon
NO Non-flush
LM12-2004B 4mm AC90-250V SCR Control 
label silicon
NC Non-flush

Model explanation of proximity switch
 


Dimension

Application