KJTsensors

  M14*65 Flush high pressure Inductive Sensor Technical specifications The main technical specifications of the M14*65 flat-top high-voltage induction sensor include: Size: M14×65mm, flat-top design facilitates installation and wiring Working voltage range: 10-30VDC Sensing distance: up to 60mm Operating temperature range: -25°C to 70°C Protection level: IP67, suitable for harsh working environments Output mode: NPN or PNP output, flexibly suitable for different control systems Advantages and Applications Flat-top design facilitates installation: The M14*65 flat-top high-voltage induction sensor adopts a flat-top design, which is more convenient to install and saves space while maintaining good sensing performance. Wide sensing distance range: The sensor's sensing distance can reach up to 60mm, which can meet the needs of different application scenarios and is suitable for various workpiece detection and positioning tasks. Stable and reliable performance: The well-designed housing

  M12*78 Leaded High Pressure Inductive Proximity Sensor Technical specifications The key technical specifications of the M12*78 wire-type high-voltage inductive sensor include: Size: M12×78mm, moderate size for easy installation and wiring Working voltage range: 10-30VDC Sensing distance: up to 50mm Operating temperature range: -25°C to 70°C Protection level: IP67, suitable for harsh working environments Wire length: can be customized as needed Output mode: NPN or PNP output, suitable for different control systems Advantages and Applications Applicability to high-voltage environments: The M12*78 wire-type high-voltage inductive sensor is designed for use in high-voltage environments. Its stable operating voltage range makes it play an important role in the power industry, heavy manufacturing and other fields. Moderate size for easy installation: The sensor is of moderate size, making it easy to install on various devices, and the length of 78mm makes it more convenient for wiring. Pre

  M12*56 Leaded High Pressure Inductive Proximity Sensor Technical specifications The key technical specifications of the M12*56 wire-type high-voltage inductive sensor include: Size: M12×56mm, moderate size for easy installation and wiring Working voltage range: 10-30VDC Sensing distance: up to 40mm Operating temperature range: -25°C to 70°C Protection level: IP67, suitable for harsh working environments Wire length: can be customized as needed Output mode: NPN or PNP output, suitable for different control systems Advantages and Applications Applicability to high-voltage environments: The M12*56 wire-type high-voltage inductive sensor is designed for use in high-voltage environments. Its stable operating voltage range makes it an important application in the power industry and heavy manufacturing industries. Moderate size for easy installation: The sensor is moderate in size, making it easy to install on various devices, while the length of 56mm makes it more convenient during wiring.

  M12*43 Leaded High Pressure Inductive Proximity Switches Technical specifications The key technical specifications of the M12*43 wire-type high-voltage inductive switch include: Size: M12×43mm, compact and easy to install Working voltage range: 10-30VDC Sensing distance: up to 30mm Operating temperature range: -25°C to 70°C Protection level: IP67, suitable for harsh working environments Wire length: can be customized as needed Output mode: NPN or PNP output, flexible and suitable for different control systems Advantages and Applications Applicability to high-voltage environments: The M12*43 wire-type high-voltage induction switch is designed for use in high-voltage environments. Its stable operating voltage range makes it important in fields such as the power industry and heavy manufacturing. Compact and convenient design: The switch adopts M12 size, which is compact and suitable for applications with limited space. At the same time, the length of 43mm makes it more convenient to ins

  KJT-KT813 Plug-in High Pressure Inductive Proximity Sensor Technical specifications KJT-KT813 plug-type high-voltage inductive proximity sensor is a product specially designed for high-pressure environments. Its main technical specifications include: Working voltage range: 10-30VDC Sensing distance: up to 80mm Operating temperature range: -25°C to 70°C Protection level: IP67, suitable for harsh working environments Output mode: PNP output, suitable for a wide range of control systems Installation method: plug-type design, convenient and quick installation and replacement Advantages and Applications High-voltage environment applicability: The KJT-KT813 plug-type high-voltage inductive proximity sensor performs well in high-voltage environments. Its stable operating voltage range and reliable performance make it an ideal choice for the power industry and heavy manufacturing. Precise sensing performance: This sensor has excellent sensing accuracy and can accurately detect the position a

  M8 Flush All-Metal Proximity Sensor working principle The M8 Flush All-Metal Proximity Sensor is based on the principle of electromagnetic induction. When a metal object approaches the sensor, the coil within the sensor is affected, causing a change in the induced current. Sensors determine the presence or location of metal objects by detecting changes in induced current. The M8 Flush All-Metal Proximity Sensor adopts a flat head design, which can achieve accurate detection when the metal surface is smooth without false triggering. Features All-metal design: M8 Flush All-Metal Proximity Sensor adopts an all-metal housing design, which has excellent durability and anti-interference ability and is suitable for various industrial environments. Flat head design: The sensor adopts a flat head design, which can achieve accurate detection when the metal surface is smooth, avoid false triggering, and improve the accuracy and reliability of detection. High sensitivity: The sensor has high sen

  M8 Non-Flush all-metal proximity Sensor working principle The M8 Non-Flush All-Metal Proximity Sensor works based on the principle of electromagnetic induction. When a metal object approaches the sensor, the coil inside the sensor is affected, causing a change in the induced current. Sensors detect this change to determine the presence or location of metal objects. True to its name, the sensor adopts a non-trigger design and can detect without contact with the target object, avoiding wear and damage. Features All-metal design: M8 Non-Flush All-Metal Proximity Sensor adopts an all-metal housing design, which has excellent durability and anti-interference ability and is suitable for harsh industrial environments. Non-trigger design: The sensor can detect without contact with the target object, avoiding wear and damage and extending the service life of the equipment. High sensitivity: The sensor has high sensitivity and can quickly and accurately detect the approach of metal objects, ma

  M12 Flush All-Metal Proximity Sensor working principle The M12 Flush All-Metal Proximity Sensor works using the principle of electromagnetic induction. When a metal object approaches the sensor, the coil within the sensor is affected, causing a change in the induced current. By detecting this change, the sensor is able to determine the presence or location of a metallic object. The sensor adopts a flat head design, which enables accurate detection even on smooth metal surfaces without false triggering. Features All-metal design: M12 Flush All-Metal Proximity Sensor adopts an all-metal housing design, which has excellent durability and anti-interference ability and is suitable for harsh industrial environments. Flat head design: The sensor adopts a flat head design, which can achieve accurate detection when the metal surface is smooth, avoid false triggering, and improve the accuracy and reliability of detection. High sensitivity: The sensor has high sensitivity and can quickly and ac

  M12 Non-Flush all-metal proximity Sensor working principle The M12 Non-Flush All-Metal Proximity Sensor works based on the principle of electromagnetic induction. When a metal object approaches the sensor, the coil inside the sensor will be affected by the metal object, thus generating an induced current. Sensors determine the presence or location of metal objects by detecting changes in induced current. The M12 Non-Flush All-Metal Proximity Sensor adopts a non-trigger design and can detect without contact with the target object, avoiding wear and damage and extending the service life of the equipment. Features All-metal design: M12 Non-Flush All-Metal Proximity Sensor adopts an all-metal housing design, which has good durability and anti-interference ability and is suitable for harsh industrial environments. Non-trigger design: The sensor can detect without contact with the target object, avoiding wear and damage and extending the service life of the equipment. High sensitivity: The

  M18 Flush All-Metal Proximity Sensor working principle The M18 Flush All-Metal Proximity Sensor works based on the principle of electromagnetic induction. When a metal object approaches the sensor, the coil inside the sensor will be affected by the metal object, thus generating an induced current. Sensors determine the presence or location of metal objects by detecting changes in induced current. The M18 Flush All-Metal Proximity Sensor adopts a flat head design, which can achieve accurate detection without false triggering when the metal surface is smooth. Features All-metal design: M18 Flush All-Metal Proximity Sensor adopts an all-metal housing design, which has good durability and anti-interference ability, and is suitable for harsh industrial environments. Flat head design: The sensor adopts a flat head design, which can achieve accurate detection when the metal surface is smooth, avoid false triggering, and improve the accuracy and reliability of detection. High sensitivity: Th

  M18 Non-Flush all-metal proximity Sensor working principle The M18 non-triggered all-metal proximity sensor works based on the principle of magnetic induction. When a metal object approaches the sensor, the coil inside the sensor is affected, causing a change in the induced current. By detecting this change, the sensor can determine the presence or location of a metal object. The sensor features high sensitivity and fast response, allowing it to reliably detect the approach of metal objects. Advantage All-metal shell: The M18 non-triggering all-metal proximity sensor adopts a full-metal shell design, which has good durability and anti-interference ability, and is suitable for harsh industrial environments. High sensitivity: The sensor has high detection sensitivity for metal objects and can accurately identify the presence or location of the target object. Non-contact detection: The sensor does not need to be in contact with the target object for detection, avoiding wear and damage a

  M30 Flush All-Metal Proximity Sensor The M30 embedded all-metal proximity sensor is manufactured using the latest technology and materials, with compact dimensions and excellent durability. Its embedded design makes installation and maintenance easier, while the all-metal casing ensures stability and reliability in harsh environments. The electronic components inside the sensor have been precisely designed and tested to provide high-precision detection performance and achieve fast and accurate detection of target objects. Applications Automated production line: M30 embedded all-metal proximity sensor can be used to detect the arrival and departure of materials to achieve control and optimization of automated production processes. Material handling: Sensors can be used to monitor the location and movement of goods, realize automated processing and sorting of materials, and improve logistics efficiency. Safety monitoring: In industrial production environments, sensors can be used to mo

  M30 Non-Flush all-metal proximity Sensor The M30 non-embedded all-metal proximity sensor is manufactured using advanced technology and materials, with a compact form factor and excellent durability. Its all-metal casing ensures stability and reliability in harsh environments, and its non-embedded design makes installation and maintenance more convenient. The electronic components inside the sensor have been precisely designed and tested to provide high-precision detection performance and achieve fast and accurate detection of target objects. Applications Automated production line: M30 non-embedded all-metal proximity sensor can be used to detect the arrival and departure of materials to achieve control and optimization of automated production processes. Material handling: Sensors can be used to monitor the location and movement of goods, realize automated processing and sorting of materials, and improve logistics efficiency. Safety monitoring: In industrial production environments, s

  M8 Flush type all-metal proximity Sensor (plug-in type) The M8 embedded all-metal plug-type proximity sensor is manufactured using the latest technology and materials, with compact dimensions and excellent durability. Its plug-type design makes installation and maintenance easier, while the all-metal casing ensures stability and reliability in harsh environments. The electronic components inside the sensor have been precisely designed and tested to provide high-precision detection performance and achieve fast and accurate detection of target objects. Applications Automated production line: M8 embedded all-metal plug-type proximity sensor can be used to detect the position and direction of parts, achieve precise control of the automated assembly process, and improve production efficiency and quality. Packaging and logistics: Sensors can be used to detect the arrival and departure of goods, automatically triggering packaging and sorting processes, and improving logistics efficiency. Sa

  M8 Non-Flush all-metal proximity Sensor (plug-in type) Technical introduction The M8 non-embedded all-metal plug-type proximity sensor is manufactured using advanced technology and materials, with compact dimensions and excellent durability. Its plug-type design makes installation and maintenance easier, while the all-metal casing ensures stability and reliability in harsh environments. The electronic components inside the sensor have been precisely designed and tested to provide high-precision detection performance and achieve fast and accurate detection of target objects. main feature Full metal casing: With excellent corrosion resistance and anti-interference capabilities, it is suitable for various harsh industrial environments. M8 plug design: Simplifies the installation and maintenance process, and improves the efficiency and flexibility of the production line. High-precision detection: Through advanced sensing technology, rapid and accurate detection of target objects is achie

  M12 Flush mounted all-metal proximity Sensor (plug-in type) The M12 embedded all-metal plug-type proximity sensor is manufactured using advanced technology and materials, with compact dimensions and excellent durability. Its plug-type design makes installation and maintenance easier, while the all-metal casing ensures stability and reliability in harsh environments. The electronic components inside the sensor have been precisely designed and tested to provide high-precision detection performance and achieve fast and accurate detection of target objects. Applications Automated assembly line: M12 embedded all-metal plug-type proximity sensor can be used to detect the position and direction of parts, achieve precise control of the automated assembly process, and improve production efficiency and quality. Logistics and packaging: Sensors can be used to detect the arrival and departure of goods, automatically triggering packaging and sorting processes, reducing manual intervention and red

  M12 Non-Flush all-metal proximity Sensor (plug-in type) The M12 plug-type all-metal non-contact proximity sensor uses the principle of electromagnetic induction to detect the presence of metal objects. When a metal object approaches the sensor, the inductance value within the sensor changes, triggering a signal output. This principle allows the sensor to achieve high-precision detection without direct contact with the object being monitored. Application scenarios The M12 plug-type all-metal non-contact proximity sensor is widely used in the field of industrial automation. Here are some common application scenarios: Object detection and positioning: Sensors can be used to detect and position metal parts moving along the production line, ensuring they are processed and assembled in the correct location. Automated production counting: By detecting and counting metal objects passing through the sensor area, automatic production counting and management are realized. Liquid level control:

  M18 Flush mounted all-metal proximity Sensor (plug-in type) The M18 plug-type all-metal embedded proximity sensor uses the principle of electromagnetic induction to detect the presence of metal objects. When a metal object approaches the sensor, the inductance value within the sensor changes, triggering a signal output. This principle allows the sensor to achieve high-precision detection without direct contact with the object being monitored. Application scenarios M18 plug-type all-metal embedded proximity sensors are widely used in the field of industrial automation. Here are some common application scenarios: Object detection and positioning: Sensors can be used to detect and position metal parts moving along the production line, ensuring they are processed and assembled in the correct location. Automated production counting: By detecting and counting metal objects passing through the sensor area, automatic production counting and management are realized. Liquid level control: Sens

  M30 Flush all-metal Inductive proximity Sensor The M30 all-metal non-contact induction sensor uses the principle of electromagnetic induction to detect the presence of metal objects. When a metal object approaches the sensor, the inductance value within the sensor changes, triggering a signal output. This principle enables the sensor to achieve high-precision detection without contacting the monitored object. Application scenarios M30 all-metal non-contact induction sensor has a wide range of applications in the field of industrial automation. Here are some common application scenarios: Position detection and positioning: Sensors can be used to detect and position the position of machine parts to ensure their correct arrangement and assembly during the production process. Object counting: Counting metal objects passing through the sensor area to achieve automated production counting and management. Liquid level control: Sensors can be used to detect the liquid level of metal liquids

  M30 Non-Flush All Metal Inductive Proximity Sensor The M30 non-contact all-metal induction sensor uses the principle of electromagnetic induction to detect the presence of metal objects. When a metal object approaches the sensor, the inductance value within the sensor changes, triggering a signal output. This principle allows the sensor to achieve high-precision detection without direct contact with the object being monitored. Application scenarios M30 non-contact all-metal induction sensor has a wide range of applications in the field of industrial automation. Here are some common application scenarios: Object detection and positioning: Sensors can be used to detect and position metal objects moving on production lines, ensuring they are processed and assembled in the correct location. Liquid level control: Sensors can be used to detect the liquid level of metal liquids in containers to achieve precise liquid level control and management. Machine safety: By monitoring the location o

  M18 Non-Flush all-metal Inductive proximity Sensor (plug-in type) The M18 non-contact all-metal plug inductive sensor is a device that uses the principle of electromagnetic induction to detect the presence of metal objects. Its working principle is based on changes in inductance. When a metal object approaches the sensor, the inductance value within the sensor changes, triggering a signal output. This principle allows the sensor to achieve high-precision detection without direct contact with the object being monitored. Application scenarios M18 non-contact all-metal plug-type inductive sensor is widely used in the field of industrial automation. Here are some common application scenarios: Position detection: Sensors can be used to detect the position of machine parts, such as on an assembly line to ensure correct positioning of parts. Object counting: Counting metal objects passing through the sensor area to achieve automated production line management. Safety applications: Sensors c

 Intrinsically safe switching input isolation safety barrier Intrinsically safe technology is a technology used to prevent explosions caused by sparks and heat sources. The principle is to introduce current limiters and isolators into the circuit to limit the energy below safe levels, thus ensuring that no fire or explosion occurs when the equipment is used in hazardous environments.Safety isolators play a vital role in intrinsically safe systems. It is responsible for converting electrical signals from the control room into safe signals suitable for use in hazardous areas. At the same time, it also prevents any dangerous power from passing to the dangerous area through the isolation circuit, ensuring the safety of the working environment. Switching Input Isolation Safety Barrier is widely used in hazardous environments such as petrochemical, pharmaceutical, and mining industries. Their reliability and safety make them critical tools for protecting workers and equipment from hazards. p

  M30 non-buried explosion-proof proximity Sensor The M30 non-buried explosion-proof proximity sensor is a device built with advanced technology and designed to provide excellent safety standards and ensure its reliability and stability in hazardous environments. Its unique non-buried design allows it to be easily installed in various ground conditions, bringing greater convenience to industrial production. M30 sensors have a wide range of applications, including but not limited to chemical, petroleum, pharmaceutical, food processing and other industries. In these fields, safety monitoring is crucial, and the explosion-proof characteristics of the M30 sensor ensure its reliability under any conditions, providing maximum protection for the production environment and personnel. product link： https://www.kjt-sensors.com/show-919.html

  D4 intrinsically safe explosion-proof proximity Sensor The D4 intrinsically safe explosion-proof proximity sensor is a device built with advanced technology and designed to provide excellent safety standards and ensure its reliability and stability in hazardous environments. Its exquisite design not only improves the perception of targets, but also can easily cope with the installation requirements in various small spaces, bringing greater convenience to industrial production. D4 sensors have a wide range of applications, covering chemical, petroleum, pharmaceutical, food processing and other industries. In these fields, safety monitoring is crucial, and the intrinsic safety characteristics of the D4 sensor ensure its reliability under any conditions, providing maximum protection for the production environment and personnel. product link： https://www.kjt-sensors.com/show-931.html

  D4 ultra-short intrinsically safe explosion-proof proximity Sensor The D4 Ultra-short intrinsically safe explosion-proof proximity sensor is a device manufactured using state-of-the-art technology and designed to provide extremely high safety standards while ensuring its reliability and stability in hazardous environments. Its ultra-short design not only improves target sensitivity, but also allows it to be easily installed in various small spaces, bringing greater convenience to industrial production. D4 Ultra-short sensors have a wide range of applications, including but not limited to chemical, petroleum, pharmaceutical, food processing and other industries. In these fields, safety monitoring is crucial, and the intrinsically safe features of the D4 sensor ensure reliability under any conditions, providing maximum protection for the production environment and personnel. product link： https://www.kjt-sensors.com/show-930.html