| The PS/PSN series rectangular inductive proximity sensors feature excellent noise immunity with a specialized sensor IC developed by Autonics. Various sizes are available for application in diverse environments. |
| Excellent noise immunity with specialized sensor IC |
| Long life cycle, reliable performance, economical, and easy-to-install |
| Operation indicator (red LED) |
| The PRF series cable type cylindrical proximity sensors feature full-metal housing and sensor head made of stainless steel 303. The robust sensors are highly resistant to deformation and corrosion and can be applied in diverse environments including food and beverage manufacturing, chemical, and metalworking industries. The 0.8 mm thick metal sensor head provides high resistance to impact and wear and the 360° ring type operation indicator allows users to quickly identify operation status from various angles. The sensors are available in Ø 8 mm, Ø 12 mm, Ø 18 mm, and Ø 30 mm sizes for easy installation in tight spaces and various other user settings. |
| High resistance to impact and wear caused by contact with workpieces or wire brushes (sensor head/housing: stainless steel) |
| Reduced risk of malfunction caused by aluminum chips |
| 360° ring type operation indicator (red LED) |
| The PRFW series cable connector type cylindrical proximity sensors feature full-metal housing and sensor head made of stainless steel 303. The robust sensors are highly resistant to deformation and corrosion and can be applied in diverse environments including food and beverage manufacturing, chemical, and metalworking industries. The 0.8 mm thick metal sensor head provides high resistance to impact and wear and the 360° ring type operation indicator allows users to quickly identify operation status from various angles. The sensors are available in Ø 8 mm, Ø 12 mm, Ø 18 mm, and Ø 30 mm sizes for easy installation in tight spaces and various other user settings. |
| High resistance to impact and wear caused by contact with workpieces or wire brushes (sensor head/housing: stainless steel) |
| Reduced risk of malfunction caused by aluminum chips |
| Excellent noise immunity with specialized sensor IC |
| The PRFD series cable type cylindrical proximity sensors feature long sensing distances and full-metal housing and sensor heads made of stainless steel 303. The robust sensors are highly resistant to deformation and corrosion and can be applied in diverse environments including food and beverage manufacturing, chemical, and metalworking industries. The metal sensor head provides high resistance to impact and wear and the 360° ring type status indicator allows users to quickly identify operation status from various angles. The sensors are available in Ø 8 mm, Ø 12 mm, Ø 18 mm, and Ø 30 mm sizes for easy installation in tight spaces and various other user settings. |
| High resistance to impact and wear caused by contact with workpieces or wire brushes (sensor head/housing: stainless steel) |
| Reduced risk of malfunction caused by aluminum chips |
| Excellent noise immunity with specialized sensor IC |
| The PRFDW series cable connector type cylindrical proximity sensors feature long sensing distances and full-metal housing and sensor heads made of stainless steel 303. The robust sensors are highly resistant to deformation and corrosion and can be applied in diverse environments including food and beverage manufacturing, chemical, and metalworking industries. The metal sensor head provides high resistance to impact and wear and the 360° ring type status indicator allows users to quickly identify operation status from various angles. The sensors are available in Ø 8 mm, Ø 12 mm, Ø 18 mm, and Ø 30 mm sizes for easy installation in tight spaces and various other user settings. |
| High resistance to impact and wear caused by contact with workpieces or wire brushes (sensor head/housing: stainless steel) |
| Reduced risk of malfunction caused by aluminum chips |
| Excellent noise immunity with specialized sensor IC |
| The PRFA series cable type spatter-resistant cylindrical proximity sensors feature full-metal housing and sensor head made of stainless steel 303. The robust sensors are highly resistant to deformation and corrosion and can be applied in diverse environments including food and beverage manufacturing, chemical, and metalworking industries. The spatter-resistant sensors are PTFE coated to reduce the risk of malfunction caused by welding spatter. The 0.8 mm thick metal sensor head provides high resistance to impact and wear and the 360° ring type operation indicator allows users to quickly identify operation status from various angles. The sensors are available in Ø 8 mm, Ø 12 mm, Ø 18 mm, and Ø 30 mm sizes for easy installation in tight spaces and various other user settings. |
| High resistance to impact and wear caused by contact with workpieces or wire brushes (sensor head/housing: stainless steel) |
| Reduced risk of malfunction caused by aluminum chips |
| PTFE coating prevents malfunctions caused by welding spatter (spatter-resistant model) |
| The PRFAW series cable connector type spatter-resistant cylindrical proximity sensors feature full-metal housing and sensor head made of stainless steel 303. The robust sensors are highly resistant to deformation and corrosion and can be applied in diverse environments including food and beverage manufacturing, chemical, and metalworking industries. The spatter-resistant sensors are PTFE coated to reduce the risk of malfunction caused by welding spatter. The 0.8 mm thick metal sensor head provides high resistance to impact and wear and the 360° ring type operation indicator allows users to quickly identify operation status from various angles. The sensors are available in Ø 8 mm, Ø 12 mm, Ø 18 mm, and Ø 30 mm sizes for easy installation in tight spaces and various other user settings. |
| High resistance to impact and wear caused by contact with workpieces or wire brushes (sensor head/housing: stainless steel) |
| Reduced risk of malfunction caused by aluminum chips |
| PTFE coating prevents malfunctions caused by welding spatter (spatter-resistant model) |
| The PRFDA series cable type spatter-resistant cylindrical proximity sensors feature long sensing distances and full-metal housing and sensor heads made of stainless steel 303. The robust sensors are highly resistant to deformation and corrosion and can be applied in diverse environments including food and beverage manufacturing, chemical, and metalworking industries. The spatter-resistant sensors are PTFE coated to reduce the risk of malfunction caused by welding spatter. The metal sensor head provides high resistance to impact and wear and the 360° ring type status indicator allows users to quickly identify operation status from various angles. The sensors are available in Ø 8 mm, Ø 12 mm, Ø 18 mm, and Ø 30 mm sizes for easy installation in tight spaces and various other user settings. |
| High resistance to impact and wear caused by contact with workpieces or wire brushes (sensor head/housing: stainless steel) |
| Reduced risk of malfunction caused by aluminum chips |
| PTFE coating prevents malfunctions caused by welding spatter (spatter-resistant model) |
| The PRFDAW series cable connector type spatter-resistant cylindrical proximity sensors feature long sensing distances and full-metal housing and sensor heads made of stainless steel 303. The robust sensors are highly resistant to deformation and corrosion and can be applied in diverse environments including food and beverage manufacturing, chemical, and metalworking industries. The spatter-resistant sensors are PTFE coated to reduce the risk of malfunction caused by welding spatter. The 0.8 mm thick metal sensor head provides high resistance to impact and wear and the 360° ring type status indicator allows users to quickly identify operation status from various angles. The sensors are available in Ø 8 mm, Ø 12 mm, Ø 18 mm, and Ø 30 mm sizes for easy installation in tight spaces and various other user settings. |
| High resistance to impact and wear caused by contact with workpieces or wire brushes (sensor head/housing: stainless steel) |
| Reduced risk of malfunction caused by aluminum chips |
| PTFE coating prevents malfunctions caused by welding spatter (spatter-resistant model) |
| The PRD series inductive proximity sensors feature long sensing distances and excellent noise immunity with a specialized sensor IC developed by Autonics. Available in various sizes and sensing distances, the high performance cylindrical inductive sensors can be used in diverse applications requiring non-contact detection of metallic objects. The sensors also feature strain relief cables for improved flexural strength and durability. The PRD series is available in DC 2-wire, DC 3-wire types. |
| Long sensing distance and excellent noise immunity with specialized sensor IC |
| Built-in surge protection circuit, reverse polarity protection circuit, and overcurrent protection circuits |
| Strain relief cables: improved flexural strength of cable connecting component |
| The PRDW series inductive proximity sensors feature long sensing distances and excellent noise immunity with a specialized sensor IC developed by Autonics. The cable connector type sensors offer easier maintenance and wiring work. Available in various sizes and sensing distances, the high performance cylindrical inductive sensors can be used in diverse applications requiring non-contact detection of metallic objects. The sensors also feature strain relief cables for improved flexural strength and durability. The PRDW series is available in DC 2-wire, DC 3-wire types. |
| Long sensing distance and excellent noise immunity with specialized sensor IC |
| Built-in surge protection circuit, reverse polarity protection circuit, and overcurrent protection circuits |
| Strain relief cables: improved flexural strength of cable connecting component |
| The PRDCM series inductive proximity sensors feature long sensing distances and excellent noise immunity with a specialized sensor IC developed by Autonics. The connector type sensors offer easier maintenance and wiring work. Available in various sizes and sensing distances, the high performance cylindrical inductive sensors can be used in diverse applications requiring non-contact detection of metallic objects. The PRDCM series is available in DC 2-wire, DC 3-wire types. |
| Long sensing distance and excellent noise immunity with specialized sensor IC |
| Built-in surge protection circuit, reverse polarity protection circuit, and overcurrent protection circuits |
| Connector type connection offers easier maintenance and wiring |
| The PRCM series inductive proximity sensors feature solid sensing performance and excellent noise immunity with a specialized sensor IC developed by Autonics. The connector type sensors offer easier maintenance and wiring work. Available in various sizes and sensing distances, the standard cylindrical inductive sensors can be used in diverse applications requiring non-contact detection of metallic objects. The PRCM series is available in DC 2-wire, DC 3-wire, AC 2-wire types. |
| Excellent noise immunity with specialized sensor IC |
| Built-in reverse polarity protection circuit (DC 3-wire types) |
| IP67 protection structure (IEC standard) |
| The PR series inductive proximity sensors feature solid sensing performance and excellent noise immunity with a specialized sensor IC developed by Autonics. Available in various sizes and sensing distances, the standard cylindrical inductive sensors can be used in diverse applications requiring non-contact detection of metallic objects. The PR series is available in DC 2-wire, DC 3-wire, AC 2-wire types. |
| Excellent noise immunity with specialized sensor IC |
| Built-in reverse polarity protection circuit (DC 3-wire types) |
| Simple operation, reliable performance, and high durability |
| The PRW series inductive proximity sensors feature solid sensing performance and excellent noise immunity with a specialized sensor IC developed by Autonics. The cable connector type sensors offer easier maintenance and wiring work. Available in various sizes and sensing distances, the standard cylindrical inductive sensors can be used in diverse applications requiring non-contact detection of metallic objects. The PRW series is available in DC 2-wire, DC 3-wire, AC 2-wire types. |
| Excellent noise immunity with specialized sensor IC |
| Cable connector type connection offers easier maintenance and wiring |
| IP67 protection structure (IEC standard) |
| The PRDA series inductive proximity sensors are PTFE coated for high heat resistance and prevention of malfunctions caused by welding spatter. The sensors also feature long sensing distances and excellent noise immunity with a specialized sensor IC developed by Autonics. The sensors are ideal for welding applications and can be used as an alternative to spatter-resistant limit switches. |
| Long sensing distance and excellent noise immunity with specialized sensor IC |
| PTFE coated for high heat resistance (prevent malfunction from welding spatter) |
| Built-in surge protection circuit, reverse polarity protection circuit, and overcurrent protection circuits |
| The PRDAW series inductive proximity sensors are PTFE coated for high heat resistance and prevention of malfunctions caused by welding spatter. The sensors also feature long sensing distances and excellent noise immunity with a specialized sensor IC developed by Autonics. The cable connector type sensors offer easier maintenance and wiring work. The sensors are ideal for welding applications and can be used as an alternative to spatter-resistant limit switches. |
| Long sensing distance and excellent noise immunity with specialized sensor IC |
| PTFE coated for high heat resistance (prevent malfunction from welding spatter) |
| Built-in surge protection circuit, reverse polarity protection circuit, and overcurrent protection circuits |
| The PRDACM series inductive proximity sensors are PTFE coated for high heat resistance and prevention of malfunctions caused by welding spatter. The sensors also feature long sensing distances and excellent noise immunity with a specialized sensor IC developed by Autonics. The connector type sensors offer easier maintenance and wiring work. The sensors are ideal for welding applications and can be used as an alternative to spatter-resistant limit switches. |
| Long sensing distance and excellent noise immunity with specialized sensor IC |
| PTFE coated for high heat resistance (prevent malfunction from welding spatter) |
| Built-in surge protection circuit and overcurrent protection circuit |
| The PRDACM series inductive proximity sensors are PTFE coated for high heat resistance and prevention of malfunctions caused by welding spatter. The sensors also feature long sensing distances and excellent noise immunity with a specialized sensor IC developed by Autonics. The connector type sensors offer easier maintenance and wiring work. The sensors are ideal for welding applications and can be used as an alternative to spatter-resistant limit switches. |
| Long sensing distance and excellent noise immunity with specialized sensor IC |
| Excellent noise immunity with specialized sensor IC |
| Built-in reverse polarity protection circuit (DC 3-wire types) |
| The PRAW series inductive proximity sensors are PTFE coated for high heat resistance and prevention of malfunctions caused by welding spatter. The sensors also feature excellent noise immunity with a specialized sensor IC developed by Autonics. The cable connector type sensors offer easier maintenance and wiring work. The sensors are ideal for welding applications and can be used as an alternative to spatter-resistant limit switches. |
| PTFE coated for high heat resistance (prevent malfunction from welding spatter) |
| Excellent noise immunity with specialized sensor IC |
| Cable connector type connection offers easier maintenance and wiring |
| The PRACM series inductive proximity sensors are PTFE coated for high heat resistance and prevention of malfunctions caused by welding spatter. The sensors also feature excellent noise immunity with a specialized sensor IC developed by Autonics. The connector type sensors offer easier maintenance and wiring work. The sensors are ideal for welding applications and can be used as an alternative to spatter-resistant limit switches. The PRACM series is available in DC 2-wire and DC 3-wire types. |
| PTFE coated for high heat resistance (prevent malfunction from welding spatter) |
| Excellent noise immunity with specialized sensor IC |
| Cable connector type connection offers easier maintenance and wiring |
| The PFI series flat type inductive proximity sensors feature excellent noise immunity with a specialized sensor IC developed by Autonics. The flat, compact design with 10 mm height allows the sensors to be installed easily in applications with limited space. The PFI series is available in DC 3-wire type and AC 2-wire types. |
| Flat, compact design (10 mm height) allows easy installation in limited spaces |
| Excellent noise immunity with specialized sensor IC (DC types) |
| Built-in reverse polarity protection circuit and overcurrent protection circuit (DC types) |
| The AS series rectangular inductive proximity sensors feature a long sensing distance of 50 mm and excellent noise immunity with a specialized sensor IC developed by Autonics. The sensors are capable of simultaneous Normally Open + Normally Closed output, offering convenience and flexibility for users. |
| Excellent noise immunity with specialized sensor IC |
| Long sensing distance of 50 mm |
| Built-in surge protection circuit, reverse polarity protection circuit, and overcurrent protection circuits |
| The CR series capacitive proximity sensors are capable of detecting any material with dielectric different from air. The sensors can detect conductive and non-conductive materials including metal, iron, stone, plastic, water, and grain. The built-in sensitivity adjuster allows easy configuration of detecting distance, making it ideal for application in various environmental settings. The CR series is available in DC 3-wire types and AC 2-wire types. |
| Detect various materials including metal, iron, stone, plastic, water, and grain |
| Built-in surge protection circuit, reverse polarity protection circuit (DC types) / Built-in surge protection circuit (AC types) |
| The PET18-5 inductive transmission couplers can be used for non-contact data transmission to various Autonics inductive proximity sensors. The couplers can be installed easily and signals can be generated and transmitted without requiring additional power. Inductive transmission couplers are applicable in various settings including drilling, robotics, automated conveyor systems, etc. |
| Inductive coupling allows signals to be generated and transmitted without additional power supply |
| Stable operation in various environmental settings including dust or oil |
| Applications : drilling, robotics, automated conveyors system, etc. |
