The IFM PN3092 pressure sensor is a versatile and durable solution tailored to the demands of industrial applications, delivering accurate and repeatable relative pressure measurements. Built with a ceramic-capacitive measuring cell, the sensor provides excellent measurement stability, durability, and compatibility with a wide range of liquids, making it an ideal choice for process automation, hydraulic systems, and general fluid monitoring.

The sensor’s ceramic-capacitive pressure measuring element is a key advantage, offering strong resistance to corrosion, abrasion, and chemical attack compared to traditional metallic alternatives. This ensures that the PN3092 maintains its accuracy and long-term stability even under harsh process conditions. Its low drift characteristics reduce recalibration requirements, enabling continuous operation and minimal downtime in production environments.

The PN3092 is optimised for liquid applications, including water, hydraulic oils, and process fluids. For gaseous media, the sensor can be applied under specific conditions, namely when the pressure exceeds 25 bar, making it conditionally suitable upon request. This focus allows industries to deploy the PN3092 with confidence in fluid-centric environments where performance consistency is critical.

To ensure adaptability, the PN3092 is built to operate across a medium temperature range of -25…80 °C, allowing it to perform reliably in diverse industrial settings. From cooled process environments to moderate heat applications, the sensor maintains precise measurement performance. This range makes it suitable for integration into a wide array of industrial systems where fluids are stored, pumped, or circulated.

Electrically, the PN3092 is engineered with safety and efficiency in mind. It operates on 18…30 V DC in compliance with SELV/PELV standards, ensuring low-voltage operation that protects both users and connected systems. Its low current consumption of less than 35 mA contributes to overall system efficiency, particularly beneficial when multiple sensors are deployed in complex monitoring networks.

The inclusion of gold-plated contacts further enhances the sensor’s resilience. These ensure reliable electrical connections, resist oxidation, and maintain signal integrity over extended service life, even in challenging operating environments where conventional connections may degrade.

In practical use, the PN3092 provides operators with stable and precise data for monitoring liquid pressures, enabling optimisation of system performance, safeguarding of critical equipment, and ensuring process quality. Its rugged build and compact format allow for straightforward installation into both new and retrofit setups, minimising integration challenges.

In summary, the IFM PN3092 pressure sensor combines high-precision ceramic sensing, electrical safety, and robust performance in an industrial-grade package. With its focus on liquid applications, compatibility with specific gas environments, safe low-voltage operation, and energy-efficient design, it is a reliable choice for industries that demand accuracy, stability, and durability in relative pressure monitoring.