Sensing
Control
High-Performance Proximity Sensors for Industrial Automation
Reliable Non-Contact Detection for Demanding Applications
Our proximity sensors enable precise, contactless object detection and presence monitoring in industrial environments. Designed for high reliability and process stability, they deliver consistent switching performance even under demanding operating conditions.
Engineered for industrial electronics, automation systems, and machine control, our sensors combine robust mechanical design with stable electrical performance to ensure long service life and dependable operation.
Product Portfolio Overview
Capacitive Proximity Sensors – Versatile Detection Technology
Capacitive proximity sensors provide non-contact detection of a wide range of materials, including:
- Metals
- Plastics
- Liquids
- Bulk materials
- Objects behind non-metallic barriers
This makes them ideal for level detection, object positioning, presence sensing, and material monitoring in automated production environments.
Key technical features:
- Contactless, wear-free operation
- Stable switching performance
- Adjustable sensitivity (model dependent)
- Status LED indication
- PNP and NPN output configurations (NO/NC options)
- Cable or M12 connector variants
- Industrial protection ratings up to IP67
Inductive Proximity Sensors from KYOCERA AVX – Precise and Robust Object Detection for Industrial Applications
Inductive proximity sensors from KYOCERA AVX enable contactless and wear-free detection of metallic objects in demanding industrial environments. By using a high-frequency electromagnetic field, these sensors reliably detect changes near the active sensing surface and convert them into precise switching signals.
Our inductive proximity sensors offer a wide range of technical features that make them a powerful solution for industrial applications:
- Contactless and wear-free detection of metallic objects
- High reliability even in the presence of dust, dirt, and vibrations
- Short-circuit and reverse polarity protection for maximum operational safety
- PNP and NPN outputs available as normally open or normally closed
- Protection rating up to IP67 for use in harsh environments
- Housing sizes from M8 to M30 as well as compact rectangular designs
- Flush or non-flush mounting options available
- Typical operating temperature range from −20 °C to +65 °C
Inductive proximity sensors are used wherever reliable detection of metallic objects without mechanical contact is required, including:
- Machinery and plant engineering
- Conveyor technology and material handling
- Robotics and automation
- Packaging and process systems
- Automotive and mobility applications
Thanks to their robust technology, these sensors enable high process reliability and long-term reduction of operating costs.
Item Number CPU-010V-ESN
| Housing: | 20 mm |
| Range: | 10 mm |
| PNP / NPN: | PNP |
| NO / NC: | NO & NC |
| Connection: | cable |
Item Number CNU-010V-ESN
| Housing: | 20 mm |
| Range: | 10 mm |
| PNP / NPN: | NPN |
| NO / NC: | NO & NC |
| Connection: | cable |
Item Number CPU-010V-ETN
| Housing: | 20 mm |
| Range: | 10 mm |
| PNP / NPN: | PNP |
| NO / NC: | NO & NC |
| Connection: | M12 connector |
Item Number CNU-020V-FSN
| Housing: | Ø 34 mm |
| Range: | 20 mm |
| PNP / NPN: | NPN |
| NO / NC: | NO & NC |
| Connection: | cable |
Item Number CPU-020V-FTN
| Housing: | Ø 34 mm |
| Range: | 20 mm |
| PNP / NPN: | PNP |
| NO / NC: | NO & NC |
| Connection: | M12 connector |
Item Number CNU-020V-FTN
| Housing: | Ø 34 mm |
| Range: | 20 mm |
| PNP / NPN: | NPN |
| NO / NC: | NO & NC |
| Connection: | M12 connector |
Item Number CPU-010V-CTN
| Housing: | M18 |
| Range: | 10 mm |
| PNP / NPN: | PNP |
| NO / NC: | NO & NC |
| Connection: | M12 connector |
Item Number CNU-010V-CTN
| Housing: | M18 |
| Range: | 10 mm |
| PNP / NPN: | NPN |
| NO / NC: | NO & NC |
| Connection: | M12 connector |
Item Number CPU-010V-DTF-AS
| Housing: | M30 |
| Range: | 10 mm |
| PNP / NPN: | PNP |
| NO / NC: | NO & NC |
| Connection: | M12 Connector |
Item Number CNU-010V-DTF-AS
| Housing: | M30 |
| Range: | 10 mm |
| PNP / NPN: | NPN |
| NO / NC: | NO & NC |
| Connection: | M12 Connector |
Item Number CPU-020V-DTN
| Housing: | M30 |
| Range: | 20 mm |
| PNP / NPN: | PNP |
| NO / NC: | NO & NC |
| Connection: | M12 Connector |
Item Number CNU-020V-DTN
| Housing: | M30 |
| Range: | 20 mm |
| PNP / NPN: | NPN |
| NO / NC: | NO & NC |
| Connection: | M12 Connector |
| Item Number IPO-008-CNN/3 | |
| Housing: | M18 |
| Output: | PNP NO |
| Connector: | M12 connector |
| Item Number IPO-015-DNN/3 | |
| Housing: | M30 |
| Output: | PNP NC |
| Connector: | M12 connector |
Product Overview for Proximity Sensors
Explore our product catalog using our product selector. Compare all specifications based on various parameters and find the right component for your application.
Standardized Industrial Housing Options
Our proximity sensors are available in standardized cylindrical housing formats (e.g., M18 to M30 and comparable diameters), allowing seamless integration into existing mechanical and electrical system architectures.
Available options include:
- Different sensing ranges
- Flush and non-flush mounting
- Threaded housings for secure installation
- Multiple connection types for flexible system integration
Technical Advantages at a Glance
Precision Detection & Process Stability
- Non-contact sensing reduces mechanical wear
- Reliable switching performance in dynamic processes
- Consistent signal output for PLC and control integration
- Suitable for automated, high-cycle applications
Robust Design for Industrial Environments
- High ingress protection ratings (up to IP67)
- Resistant housing materials for chemically demanding environments
- Wide operating temperature range
- High mechanical durability
Typical Applications
Our proximity sensors are optimized for:
- Industrial automation systems
- Machine building and production equipment
- Level detection in tanks and containers
- Packaging and material handling systems
- Quality control and inspection technology
- Object presence monitoring in manufacturing lines
They support efficient process control while minimizing downtime and maintenance requirements.