Halloween Special Ifm Ifc277 Inductive Full-metal Sensor Perfect For Gifting [NH2Q1BT5]

IFm IFC277 Inductive Full-Metal Sensor

The Ifm IFC277 is a cutting-edge inductive full-metal sensor designed for precision and reliability in industrial applications. This sensor boasts a variety of features that make it a standout choice for engineers and technicians seeking optimal performance. With its robust PNP/NPN electrical design and configurable normally open/closed output function, the IFC277 offers flexibility and customization to meet specific requirements. Its threaded housing provides a secure fit in various environments, ensuring durability and ease of installation.

• Configurable PNP/NPN and normally open/closed outputs
• IO-Link communication interface for enhanced diagnostics and process integration
• Threaded housing for secure and versatile mounting

Advanced Electrical and Output Specifications

The IFC277 sensor is equipped with state-of-the-art electrical and output specifications that cater to a wide range of industrial applications. With an operating voltage of 10 to 30 DC and a current consumption of less than 15 mA, this sensor ensures efficient energy usage and minimal power draw. The sensor's protection class III and reverse polarity protection further enhance its reliability and safety. The maximum voltage drop switching output and permanent current rating of the switching output are optimized for high-performance applications, while the switching frequency ensures rapid response times.

• Operating voltage: 10...30 DC
• Current consumption: < 15 mA
• Protection class III
• Reverse polarity protection

Monitoring Range and Accuracy

The Ifm IFC277 inductive full-metal sensor offers a comprehensive monitoring range and exceptional accuracy. With a switch point IO-Link range of 0.7 to 3.51 mm and a measuring range of 0.375 to 3.75 mm, this sensor provides reliable detection in various industrial settings. The sensor's accuracy and deviations are meticulously calibrated to ensure precise measurements and consistent performance. The hysteresis and linearity error are carefully controlled to minimize measurement uncertainty, while the repeatability and temperature coefficient guarantee long-term stability and reliability.

• Switch point IO-Link: 0.7...3.51 mm
• Measuring range IO-Link: 0.375...3.75 mm
• Correction factor: 1/0.7/0.8/0.6/0.3 for different materials
• Hysteresis: 3...15% of Sr