DC 6-36V M12 Inductive 4mm PNP-NO Proximity Sensor Switch

199.00 (Incl. Tax)

5 in stock

2 People watching this product now!
Description

This DC 6-36V M12 Inductive 4mm PNP-NO
Proximity Sensor Switch is a component widely used in the automatic
control industry for detecting, controlling, and non-contact switching.
When the proximity switch is close to some target object, it will send
out a control signal.

When the metal approaches near-proximity
switch sensing area, an Edy Current is induced in metal. Which in turn
disturbs the magnetic field produced by the Inductive Proximity Sensor.
This change is sensed by the sensor.

This inductive proximity switches can be
non-contact, no pressure, no spark, quickly issued the electrical
command. Accurately reflect the position and stroke movement mechanism.
Positioning accuracy, operating frequency, service life. Easy to install
and suitable for harsh environments.

This 4mm proximity sensor can detect a
variety of metals, miniature size, long life, low price, shielded type
installation, anti-interference ability, 1mm detection distance, using
for precise positioning of molds, precision machine tools, and robots.

Features :

  1. Red LED checks the state of the proximity sensor
  2. High repeated positioning accuracy
  3. High switching frequency
  4. Wide voltage range
  5. Total Length of cylinder: 62mm.
  6. Thread length: 40mm.
  7. Outer (Theard) Diameter: M12
  8. Antivibration, dust, water and oil prevention
  9. Reverse power protection, short circuit protection, directly connecting with PLC
  10. Can replace small switches and limit switches

Package Includes :

1 x DC 6-36V M12 Inductive 4mm PNP-NO Proximity Sensor Switch

No Guarantee No Warranty

Product image is for reference purpose only.

Reviews (0)

Reviews

There are no reviews yet.

Be the first to review “DC 6-36V M12 Inductive 4mm PNP-NO Proximity Sensor Switch”

Your email address will not be published. Required fields are marked *

Ask Us Question About This Product

Product Enquiry
Please enable JavaScript in your browser to complete this form.
Name