The IFM MFH200 is a compact inductive proximity sensor engineered specifically for use in hydraulic cylinder applications. Designed to detect ferrous metals with precision, it ensures reliable piston position monitoring in hydraulic systems, even under harsh industrial conditions.

At its core, the MFH200 offers a sensing range of 1.8 mm, making it ideally suited for close-proximity detection tasks. This short-range capability provides high accuracy, enabling it to identify piston positions within hydraulic cylinders with exceptional consistency. By delivering precise feedback, the sensor supports efficient motion control, helping operators achieve greater reliability and safety in hydraulic-driven systems.

The MFH200 features a threaded housing design, providing easy installation and mechanical stability. Its compact construction makes it suitable for integration into confined spaces commonly found in hydraulic assemblies, while its rugged design ensures that it can withstand the high pressures, vibrations, and stresses present in hydraulic environments. The sensor is engineered for long-term use, minimising maintenance and downtime.

Electrically, the sensor operates on a 10…36 V DC supply, making it compatible with modern industrial control systems. Its PNP, normally open (NO) output configuration provides a straightforward switching signal, ensuring reliable communication with programmable logic controllers (PLCs) and machine control systems. This design simplifies integration while delivering dependable performance across various automation environments.

The MFH200’s ability to detect ferrous metals is a crucial advantage, as it enables direct monitoring of pistons within hydraulic cylinders. By offering clear and consistent detection, the sensor supports key operational requirements such as stroke-end monitoring, position verification, and safety interlocks. This functionality is especially valuable in sectors such as manufacturing, mobile machinery, construction equipment, and material handling, where hydraulic systems play a central role.

Built with IFM’s emphasis on quality and reliability, the MFH200 is designed for use in demanding industrial applications where sensor accuracy and durability are non-negotiable. Its compact size and rugged housing ensure that it can be installed where space is limited, while still providing the accuracy required for precise hydraulic control.

In summary, the IFM MFH200 combines short-range precision sensing, robust housing, reliable PNP NO output, and hydraulic-specific application focus in one compact sensor. It is a dependable solution for engineers and system integrators who require consistent piston position monitoring and efficient control in hydraulic systems, ensuring reliable operation, process safety, and long service life.