TS – A new class in hygienic temperature measurement
Product News
TS – A new class in hygienic temperature measurement
29 Oct 2020
The Anderson-Negele temperature sensors are synonymous with quality, reliability and durability in food and life science applications. The new TS series is now entering the market as a new sensor generation that even surpasses this performance class.
Thanks to the integration of the digital communication interface IO-Link, a new modular design, a comprehensive range of performance upgrades, and in particular the wealth of experience gained from thousands of applications, TS offers unprecedented flexibility and application reliability.
The Flex-Hybrid-Technology with IO-Link and 4…20 mA combines the best of two worlds: Data can be transmitted from the sensor in digital, analog or parallel mode.
Due to the flexible plug and play communication, installation and commissioning are time and cost saving
Easy individual programming with IO-Link Master, e.g. for changing the measuring range or for two-point adjustment using zero and span
Sensor replacement is easier than ever before thanks to “Smart Replace Design” with automatic sensor identification, configuration and parameterization via IO-Link
With a further improved product quality TSM is the new benchmark for temperature:
Extended process temperature range: -200…400°C (-328 °F…+752 °F)
Greatly improved measuring accuracy: < ±0.1 °C/°F
Higher ambient temperature resistance: 90 °C (194 °F)
One-piece design completely in stainless steel: Durable stability and application reliability
The fully configurable modular concept allows you to compose your individual desired sensor in just a few steps. Thus TSM offers a suitable solution for every application
For new equipment, the modular design together with the Flex-Hybrid technology creates maximum flexibility and future-proofing for every application
For retrofitting, TSM can replace any TFP mini-sensor in existing systems – with all the additional advantages
For the replacement of third-party devices, the wide range of process adaptations and maximum flexibility in configuration means that a suitable model is always available
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