Temperature sensors meet stringent hygiene standards

ifm introduces two products: the TP2 Temperature Plug and the TSM clamp on Temperature Sensor Module. These advancements are specifically designed to meet the stringent hygiene standards of various industries, offering exceptional reliability and performance.

The TP2 Temperature Plug marks a significant advancement in hygienic process monitoring. Designed with a focus on precision and durability, it boasts a robust all stainless-steel housing that provides maximum resistance to corrosion and contamination. Its compact design facilitates seamless integration into existing systems either via standard 4-0mA output or IO-Link without compromising measurement performance.

This device offers high-precision temperature measurement for challenging environments, features an IP69K-rated enclosure for superior protection against high-pressure washdowns, and enables easy plug-and-play installation to minimise downtime.

The clamp on TSM Temperature Sensor Module sets new benchmarks in temperature management for non-invasive applications. Equipped with cutting-edge sensing technology, the TSM delivers rapid response times and unmatched accuracy, making it ideal for industries such as food and beverage, pharmaceuticals, and biotechnology.

Key features include advanced temperature sensing across a wide measurement range, swift response times for real-time process control, and a modular design that allows for flexible configuration and system expansion.

Both the TP2 and TSM are engineered to meet the market’s demand for enhanced process safety and efficiency. These products address common challenges in industries that require strict hygiene protocols, including minimising contamination risks and ensuring consistent product quality. By integrating these technologies, businesses can elevate their operational standards and more efficiently comply with regulatory requirements.

The TP2 and TSM are suitable for a wide array of applications where intrusion into the pipework is not viable. This includes monitoring temperatures in food production, pharmaceutical manufacturing and maintaining precise conditions in biotechnology facilities.