Why Choose the EMAS SE12DCFKN1 Inductive Sensor?
The EMAS SE12DCFKN1 is a compact M12 inductive proximity sensor designed for reliable non-contact detection of metallic targets in industrial automation and machine-control applications. Its inductive sensing principle provides dependable position and presence detection without mechanical contact, helping reduce wear in repetitive switching applications.
Featuring a cylindrical threaded M12 housing, the SE12DCFKN1 provides a compact installation format for machinery, conveyors and automated production equipment. The sensor uses an NPN normally open (NO) transistor output, making it suitable for connection to compatible PLC inputs and industrial electronic control systems.
The SE12DCFKN1 is designed for straight sensing applications where accurate detection of metal components is required. Its solid-state switching technology provides fast, repeatable operation and long service life compared with mechanically operated position switches.
Key Advantages
- Reliable non-contact detection of metallic targets.
- Compact M12 cylindrical threaded format for space-conscious installations.
- NPN normally open (NO) transistor output for compatible industrial control systems.
- Solid-state sensing eliminates mechanical contact and associated switch wear.
- Suitable for repetitive position and presence detection on automated machinery.
- Threaded housing enables straightforward sensor positioning and adjustment.
Key Features
- EMAS SE Series inductive proximity sensor.
- M12 cylindrical threaded sensor.
- Inductive non-contact sensing principle.
- Designed specifically for metal target detection.
- NPN transistor output.
- Normally open (NO) switching function.
- Straight cylindrical sensor configuration.
- Solid-state switching for reliable repetitive operation.
- Suitable for PLC, machine-control and industrial automation systems.
Reliable Inductive Detection for Industrial Automation
Inductive proximity sensors such as the EMAS SE12DCFKN1 generate an electromagnetic sensing field at the active face. When a metallic object enters this field, the sensor detects the resulting change and switches its electronic output, providing a reliable signal without requiring physical contact with the target.
This operating principle makes the SE12DCFKN1 well suited to machinery where components must be detected repeatedly with minimal maintenance. The compact M12 threaded body allows accurate positioning close to moving machine parts, while the NPN normally open output provides straightforward integration with compatible automation controllers.
Typical Applications
- Metal component presence detection.
- Machine position and end-position sensing.
- Conveyor and material handling systems.
- Automated assembly machinery.
- Packaging and production equipment.
- Component counting and positioning systems.
- PLC-controlled industrial automation equipment.
