KJT Double head Inductive Proximity Sensor

 

KJT Double head Inductive Proximity Sensor

KJT Double head Inductive Proximity Sensor，- Q9.5 power module with 2 connected sensors and LED indicators Repositionable module 0 °…90 °, cross-drilled plastic with flexible cable routing, PP GR-20

-Can withstand AC/DC magnetic field interference (applied to welding areas)

-2 x normally open, PNP output 4-wire DC, 10…30 VDC
KJT ultra-small proximity switch, micro integrated circuit metal detector. Specifications: φ3, φ4, M4, M5, φ6.5, M8, etc., can be installed in small and compact spaces, are simple to install, have high working precision and good anti-interference performance, and are suitable for high-precision equipment and micro metal detection.




product link：https://www.kjt-sensors.com/show-1069.html

Comments

Post a Comment

Popular posts from this blog

KJT-XW5K High temperature resistant travel limit switch 350℃

Image
  KJT-XW5K High temperature resistant travel limit switch 350℃ Overview The KJT-XW5K is an advanced high temperature resistant travel limit switch designed to perform reliably in extreme heat conditions. Capable of withstanding temperatures up to 350℃, this switch is ideal for applications in high-temperature environments, providing precise control and dependable performance where standard switches would fail. Key Features High Temperature Resistance : The KJT-XW5K is engineered to operate efficiently in environments with temperatures reaching up to 350℃. This makes it suitable for use in furnaces, kilns, and other high-temperature industrial settings. Robust Design : Constructed with high-quality materials, the switch is built to endure harsh conditions, including thermal stress, mechanical wear, and corrosive environments. Its durability ensures long-lasting performance and reliability. Precision Operation : The switch offers precise and reliable operation, essential for ensuring...
Read more

M8 Non-Flush corrosion-resistant proximity Sensor

Image
  M8 Non-Flush corrosion-resistant proximity Sensor The field of industrial automation is developing rapidly, and sensing technology has always been at the forefront of this field. The M8 Non-Flush Corrosion Protection Proximity Sensor is a well-designed, high-performance sensor that demonstrates unparalleled reliability and stability in harsh environments. This article will take an in-depth look at the sensor’s features, benefits, and potential for industrial applications. 1. Technical features The M8 Non-Flush Corrosion Protection Proximity Sensor uses advanced non-contact technology to accurately and quickly detect the proximity of metallic or non-metallic objects. Its unique non-flush design allows the sensor to provide wider coverage within the monitoring range without the need for objects to directly contact the sensor, thereby reducing the risk of wear and failure caused by contact. 2. Corrosion protection performance This sensor has excellent corrosion protection properties...
Read more

TLS-05C High-precision laser ranging displacement sensor (5-meter range)

Image
  TLS-05C High-precision laser ranging displacement sensor (5-meter range) Overview The TLS-05C is a cutting-edge high-precision laser ranging displacement sensor designed to deliver exceptional accuracy and reliability for a wide range of industrial and scientific applications. With a measurement range extending up to 5 meters, the TLS-05C is an ideal choice for tasks requiring precise distance and displacement measurements. Key Features High Precision : The TLS-05C boasts superior accuracy, with a resolution capable of detecting minute changes in distance. This makes it suitable for applications requiring meticulous measurement, such as quality control and fine-tuning in manufacturing processes. Long Range : With a maximum measurement range of 5 meters, the sensor can be used in various environments and applications, from small-scale laboratory settings to large industrial spaces. Robust Design : The TLS-05C is built to withstand harsh environmental conditions. Its rugged housing...
Read more