Visit
Official Website


Sensorik Automation Sdn Bhd
22, Jalan Shahbandar 2, Taman Ungku Tun Aminah, 81300 Iskandar Puteri, Johor, Malaysia.
+607-5546088
+6016-7725628

CM30-25NNP-EC1 Capacitive proximity sensors SICK | Sensorik Automation SB

Previous 5 / 8 Next

Quantity
Add Quotation



Capacitive proximity sensors |
 
CM
  • Sensing range Sn4 mm ... 25 mm
  • Installation type: Non-flush
  • Electrical wiring: DC 4-wire
  • Connection type: Male connector M12, 4-pin
  • Switching output: NPN
  • Output function: Complementary
  •  
  • Features
    Housing Cylindrical thread design
    Thread size M30 x 1.5
    Diameter Ø 30 mm
    Sensing range Sn 4 mm ... 25 mm
    Safe sensing range Sa 19.13 mm 1)
    Installation type Non-flush
    Switching frequency 50 Hz
    Connection type Male connector M12, 4-pin
    Switching output NPN
    Output function Complementary
    Output characteristic Wire configurable
    Electrical wiring DC 4-wire
    Adjustment Potentiometer (Sensitivity)
    Enclosure rating IP68, IP69K 2)
    Authorizations

    Ecolab 3)

    CE-conformity

    cULus

    • 1) For flush mounting in electrically conductive materials Sa = 0.8 x Sr at temperatures <0 °C and >60 °C.
    • 2) 1 m water depth / 60 min.
    • 3) P3-topax 19, P3-topax 56, P3-topax 66, P3-topactive DES.
    •  
    • Technical drawings

       
      CM30-25NNP-EC1
      Installation note Non-flush installation
      CM30-25NNP-EC1
      Shock and vibration resistance
      CM30-25NNP-EC1
      Electromagnetic compatibility (EMC)
       
      CM30-25NNP-EC1
      Connection diagram Cd-006
      CM30-25NNP-EC1
      Characteristic curve CM30, Non-flush installation
      CM30-25NNP-EC1
      Dimensional drawing CM30, non-flush, connector
  •  
Please leave your enquiry here, we will reply as soon as possible.
Name*  
Company Name  
Product Interested  
Quantity  
Email*  
Contact No.*  
Ship to Name  
Shipping Address  
Messages*  
   

You have 0 items in you cart. Would you like to checkout now?
0 items
Subscribe Newsletter