M30 Metal Proximity Sensor , Magnetic Induction Sensor 800 Hz Frequency

M30 Metal Proximity Sensor , Magnetic Induction Sensor 800 Hz Frequency

Quick details:

Name: M30 Proximity inductive sensor switch

Output: PNP/NPN NO/NC

Distance:10mm

Mounting:flush

Specification:

Application:

Proximity sensors are mainly used in food production, packaging, agriculture, animal husbandry, plastics industry, woodworking, chemical industry, semiconductors, pharmaceuticals, etc.

Competitive Advantage:

1) Using self-developed special IC improve anti-jamming performance
2) Built-in power reverse connection protection circuit (DC3 wire)
3) Long life, high reliability, economic and simple operation
4) Red LED can confirm the proximity switch working state
5) IP67 degree of protection (IEC) specifications

Nanjing KJT Electric Co.,ltd

Founded in 2009, Nanjing KJT Electric Co,.LTD is a professional manufacturer in the field of sensors and industrial switches.
Our main products are proximity sensor, photoelectric sensor,speed sensor,and wireless sensor so on.

As a professional manufacturer, with over 10 years experience in this field,
KJT owns an outstanding R&D team who dedicate themselves to the development and innovation of sensors’ technology.
Our team is a mixed team,experienced and innovative.
The standard sensors are designed by our experienced engineers,and the innovative solutions are thought by our new blood.

So we could satisfy your requirements for high quality and innovative design.

Therefore,we are sure that our products can meet the exact demands of different industries and sectors efficiently. Our high-tech products are widely used in a variety of industrial mechanical equipment and automatic assembly lines,for example,the industry of transportation, plastic, metallurgy, chemistry, textile, tobacco, food processing, printing etc. for properties of location check, signal transmission, automatic counting and velocimetry.

Also the service of OEM and free sample could be provided according to your requirements.