KJTsensors

M12 Flush Inductive Proximity Sensor       The M12 Flush Inductive Proximity Sensor is a sensor designed to detect the presence of metal objects without physical contact and with a flush-mounted sensing face. The "M12" designation typically refers to the sensor's size or threading, indicating that it has a larger diameter suitable for a range of industrial applications.       The flush-mounted design of this sensor means that its sensing face is flush with the mounting surface, providing a seamless and unobtrusive installation. This allows for a clean and professional appearance while maintaining the sensor's ability to detect metal objects accurately.       Inductive proximity sensors, including the M12 flush variety, operate by generating a magnetic field around their sensing face. When a metal object enters this field, it disrupts the magnetic flux, resulting in a change in the sensor's electrical properties. This change is detected and co...

  M12 Non-Flush Inductive proximity Sensor       The M12 non-flush inductive proximity sensor is a compact yet powerful sensing device that detects the presence of metal objects without the need for physical contact. The "M12" designation typically indicates the sensor's size or form factor, which falls within a moderate range suitable for a wide variety of applications.       The non-flush design of this sensor means that its sensing face protrudes slightly from the mounting surface, allowing it to detect metal objects that are not immediately adjacent to the surface. This protrusion provides added flexibility in installation and positioning, making the sensor suitable for use in different orientations and in various industrial environments.       Inductive proximity sensors, including the M12 non-flush variety, operate by generating a magnetic field around their sensing face. When a metal object enters this field, it disrupts the magne...

  M8 Non-Flush Inductive proximity Sensor        The M8 non-flush inductive proximity sensor is a compact and versatile sensing device designed to detect the presence or absence of metal objects without the need for physical contact. The "M8" designation typically refers to the sensor's size or form factor, indicating that it belongs to a series of sensors with a smaller diameter, suitable for applications where space is limited.        The non-flush design of this sensor means that its sensing face protrudes from the mounting surface, enabling it to detect metal objects that are not directly adjacent to the mounting surface. This allows for greater flexibility in installation and positioning, making it suitable for use in various orientations and environments.         Inductive proximity sensors, including the M8 non-flush version, operate by generating a magnetic field around their sensing face. When a metal object enter...

  M30 Non-Flush Inductive proximity Sensor        The M30 non-flush inductive proximity sensor is a type of sensor that detects the presence or absence of metal objects without physical contact. The "M30" designation typically refers to the sensor's size or form factor, which is larger than the M18 variety and often suitable for applications where a larger sensing area or longer sensing range is required.       The non-flush design of this sensor means that its sensing face protrudes from the mounting surface, allowing it to detect objects that are not directly adjacent to the mounting surface. This feature provides greater flexibility in installation and positioning, enabling the sensor to be used in a variety of orientations and environments.          Inductive proximity sensors, including the M30 non-flush version, operate by generating a magnetic field around their sensing face. When a metal object enters this field, i...

  M18 Non-Flush Inductive proximity Sensor        The M18 Non-Flush Inductive Proximity Sensor is a type of sensor that is used to detect the presence or absence of metal objects without making physical contact. This sensor operates based on the principles of inductance, utilizing changes in the magnetic field to detect nearby metal objects.       Inductive proximity sensors work by generating a magnetic field that extends from the sensor's face. When a metal object enters this field, it disrupts the magnetic flux, causing a change in the sensor's electrical properties. This change is then detected and converted into a signal that can be used by a control system.       The "M18" designation typically refers to the size or form factor of the sensor, indicating that it is part of a series or family of sensors with a specific diameter or mounting configuration. The non-flush design means that the sensor's sensing face protrudes from th...

  M30 Flush Inductive Proximity Sensor       The M30 Flush Inductive Proximity Sensor is a type of sensor used for non-contact detection of metal objects. This type of sensor works by utilizing the principles of inductance to detect changes in the magnetic field caused by the presence of a metal object. Here are some key features and applications of the M30 Flush Inductive Proximity Sensor: Flush Mounting : The "flush" design allows the sensor to be mounted flush with the surface, providing a clean and aesthetic appearance. This is particularly useful in applications where the sensor needs to blend in with the surrounding environment. Inductive Detection : The sensor detects metal objects by sensing changes in the magnetic field. This makes it suitable for applications where contact-based detection is not feasible or desired. High Sensitivity : The sensor is designed to have a high sensitivity, enabling it to detect even small metal objects at a certain distance. Dur...

  M18 Flush Inductive Proximity Sensor       The KJT-J18M proximity switch is a high-performance industrial sensing device that offers a range of advanced features and specifications. With its flush installation method, it seamlessly integrates into machines and equipment, providing a clean and professional appearance.       The sensing distance of 5mm ensures accurate and reliable detection of objects in close proximity, making it suitable for a wide range of applications. The operating voltage range covers both DC and AC voltages, allowing for flexibility in power supply options.       The switch offers multiple output methods, providing compatibility with various control systems and interfaces. The environmental temperature range of -25℃ to +70℃ ensures stable performance even in extreme conditions.       Additionally, the 2M PVC leads provide a durable and reliable connection for the switch, ensuring long-term stabilit...

  M8 Ultra Short Flush Inductive Proximity Sensor       The KJT-M8 Ultra Short Flush Inductive Proximity Sensor is a compact and highly efficient sensing solution designed for a variety of industrial applications. With its flush installation method, it seamlessly integrates into machines and equipment, providing a clean and unobtrusive appearance.       The sensing distance of this switch can be selected from 1/2/3 mm, allowing for precise and reliable detection in various operational scenarios. The M8*18 appearance specifications ensure a compact and sturdy design that fits into tight spaces and withstands harsh industrial environments.       The KJT-J8D offers flexible output options, including NPN/PNP NO/NC, which allows it to integrate with a wide range of control systems. Operating at a voltage range of 10…30VDC, it ensures stable and consistent performance across different power supply conditions.       Known for its...

  KJT M18 Manufacturer Direct Selling Non-flush NPN PNP Sn 8mm 12V Inductive Proximity Sensor Connector With Good Price Non contact induction: This sensor adopts non-contact induction technology, which can detect the position and distance of the target object without touching it. This characteristic makes it particularly useful in applications that require high detection sensitivity and avoid object damage or contamination.  Multiple models: The KJT M18 sensor offers a choice of NPN and PNP output types to meet the needs of different users. Meanwhile, it also provides a detection distance of 8mm, suitable for applications in various scenarios. Reliability: Due to the use of high-quality materials and advanced manufacturing processes, this sensor has excellent reliability and stability. It can operate stably in various industrial environments and has a long service life.  12V power supply: The   sensor supports a 12V power supply mode, which can work normally und...

             KJT M12 High Temperature Inductive Proximity Sensor Switch       The JT M12 high-temperature induction proximity sensor switch is a sensor device specifically designed for high-temperature environments. The following are the characteristics and application introduction of the product: High temperature environment applicability: The KJT M12 high-temperature induction proximity sensor switch has excellent high-temperature adaptability and can operate reliably in industrial environments with high temperatures. Its design and material selection can ensure stable operation under temperature conditions up to 200 ° C, suitable for high-temperature industrial environments such as refineries, steel plants, and glass manufacturing plants.    Corrosion resistance: In addition to high temperature, this sensor also has good           corrosion resistance performance. It is made of corrosion-resista...

 Inductive Proximity Sensors: Understanding the Working Principle KJT standard proximity switch has reliable action, stable performance, fast frequency response, long service life and strong anti-interference ability, and is widely used in machine tools, metallurgy, chemical industry, textile and Print industries. Product dimensions, cables, and detection distances can all be customized. M8 Proximity Sensor Inductive proximity sensors are key components in many industrial applications, offering non-contact detection of metallic objects. These sensors operate based on the principle of electromagnetic induction. Inside the sensor, an oscillator generates a high-frequency electromagnetic field. When a metallic object enters this field, it disrupts the field, causing changes in the sensor's output. This change is then detected and used to trigger actions such as switching on machinery or signaling the presence of an object. Understanding this fundamental principle is crucial for effect...