LHUSS0-N-BK

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Proximity/Occupancy sensors are widely used in modern industrial applications, providing reliable and robust sensing solutions that improve safety, performance and performance accuracy. The LHUSS0-N-BK is a specialized proximity/occupancy sensor designed to optimize performance in a wide range of industrial environments. This article outlines the features and applications of the LHUSS0-N-BK, as well as its working principle.

Application Field

The LHUSS0-N-BK is optimized for applications in hazardous and explosive environments. It is a high-performance, non-contact proximity/occupancy sensor that is certified under the ATEX Directive for use in Zone 1 hazardous locations and meets the requirements of EN ISO 13485-4:2007 for process automation systems used in hazardous environments. With its advanced design, the LHUSS0-N-BK is suitable for applications in areas such as process control, monitoring, and machine automation. It provides reliable detection of objects in its detection zone and is capable of detecting objects up to 10 m away.

Features

The LHUSS0-N-BK has a number of advanced features that make it stand out in industrial automation. Its advanced circuitry enables reliable detection of objects within its detection zone up to 10 m away, and its self-aligning sensor element ensures consistent accuracy. Additionally, its wide dynamic range enables it to detect objects from 0.25 m to 10 m away, making it well-suited for both short- and long-range applications. The unit is also designed to be dust- and corrosion-resistant, making it suitable for harsh operating conditions and long-term reliability. Other features include an in-built LED indicator light, which can be used as an alarm in case of an emergency, as well as internal software-controlled diagnostics.

Working Principle

The LHUSS0-N-BK operates on the principle of surface wave detection. This type of sensor uses surface acoustic wave (SAW) technology to detect objects, by generating high-frequency surface acoustic waves that travel across the object’s surface. When the waves encounter an object, they are reflected back and detected by the sensor’s receiver, which transmits this information to the unit’s processor. The LHUSS0-N-BK is designed to detect objects up to 10 m away, regardless of their shape, and can be configured with a software-controlled diagnostics system for enhanced performance.

Conclusion

The LHUSS0-N-BK is a high-performance, non-contact proximity/occupancy sensor designed to deliver reliable and accurate results in hazardous and explosive environments. With its advanced circuitry and features, the LHUSS0-N-BK is ideal for applications in areas such as process control, monitoring, and machine automation, and its self-aligning sensor element ensures consistent accuracy. Additionally, the unit’s dust- and corrosion-resistant construction make it suitable for long-term use in harsh operating conditions, while its in-built diagnostics system provides further reliability.

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