The IFM KI5001 inductive sensor is a robust and high-performance detection device designed for industrial automation tasks that demand precision, durability, and reliable switching. Featuring a generous 15 mm sensing range, rugged M30 housing, and dependable normally closed output, the KI5001 ensures consistent operation across a wide variety of applications.

At the heart of this sensor is its 15 mm sensing range, which offers extended detection compared to standard inductive models. This longer range provides flexibility in installation, allowing for greater distances between the sensor and target while still maintaining accurate performance. It also reduces sensitivity to minor misalignments, making setup faster and less error-prone. This capability makes the KI5001 well-suited for detecting large parts, monitoring machine positions, or tracking metallic objects on conveyor systems.

The sensor is housed in a threaded M30 x 1.5 body with a length of 81 mm, providing strength and reliability in demanding industrial conditions. The robust construction ensures mechanical stability and resistance to vibration, impact, and environmental stress. Its threaded housing allows for secure mounting, ensuring that the sensor remains firmly in place even in heavy-duty applications such as machine tools, packaging equipment, or automated assembly lines.

Electrically, the KI5001 is designed for safe and efficient operation. It operates within a wide 10…36 V DC supply range, ensuring compatibility with most industrial controllers and PLC systems. With a current consumption of just 13 mA at 24 V, the sensor is energy-efficient, making it cost-effective in large installations where multiple sensors are deployed. Compliance with protection class II provides reinforced insulation, adding an extra layer of electrical safety for both operators and connected systems.

The sensor is configured with a normally closed output, meaning it maintains an active output in its idle state and switches off when a target is detected. This configuration is particularly useful in safety-critical or monitoring applications, where signal loss or cable breakage can be detected as a fault. It provides an added layer of reliability for systems that require continuous monitoring.

Thanks to its robust housing, extended sensing range, and dependable output configuration, the KI5001 is highly versatile and suitable for a wide range of industrial applications. These include part detection, position monitoring, machine safeguarding, and automated process control. Its combination of durability and accuracy ensures that it can perform reliably even in demanding conditions.

In summary, the IFM KI5001 inductive sensor offers a strong balance of precision, reliability, and safety. With its 15 mm sensing range, rugged M30 housing, efficient 10…36 V DC operation, and normally closed output, it is built to provide dependable detection in challenging industrial environments. For operators seeking a durable and cost-effective sensor solution, the KI5001 is a proven choice.