Overview
The Turck 162K761H01 inductive proximity sensor is engineered for non-contact detection of ferrous metals in industrial automation systems. Turck has built a reputation over 50 years for designing and building reliable non-contact inductive sensors widely used in diverse positioning applications. This sensor integrates into motion control, position verification, and material handling systems where consistent, repeatable sensing is critical.
Key Features
- Non-contact ferrous metal detection—no mechanical wear or contamination
- Manufactured with either a shielded coil (designated “Bi” in part numbers) or nonshielded coil (designated “Ni” in part numbers).
- Industrial-grade reliability for harsh production environments
- Compact design suitable for tight installation spaces
- Fast switching response for dynamic applications
Technical Specifications
Verify the following specifications against your system requirements before ordering. Contact Turck or an authorized distributor for detailed parameter confirmation specific to configuration code 162K761H01.
Typical Applications
- Part presence detection on assembly lines
- Position verification in automatic machinery
- Level sensing in material handling systems
- End-of-stroke detection in pneumatic and hydraulic cylinders
- Part sorting and positioning in manufacturing
Compatibility & Replacements
Compatible With
- Standard DC and AC control systems
- PLC input modules
- Industrial control relays and safety circuits
- Sensor amplifiers and gateways
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. Turck offers a broad range of inductive sensor models; direct replacement depends on specific electrical ratings, mounting geometry, and sensing distance requirements of the original component.
Works With
- 24 VDC control systems (standard industrial voltage)
- Hardwired PLC digital input cards
- Fieldbus networks (EtherNet/IP, PROFIBUS, PROFINET via gateway)
- Relay logic and pneumatic control circuits












