【New Preview】THM50X Temperature and Humidity Transmitter

【New Preview】THM50X Temperature and Humidity Transmitter

In the field of smart manufacturing and high-standard environmental control, “accurately capturing subtle environmental changes” has become key to ensuring quality and safety. Especially in dry processes, sealed laboratories, or highly sensitive pharmaceutical and packaging applications, even a 1% fluctuation in humidity can impact product stability.

Therefore, what the field needs is not just a temperature and humidity transmitter that displays values, but a professional device capable of monitoring ultra-low humidity conditions, responding in real-time, and synchronously outputting integrable signals.

To meet this need, eyc-tech is about to launch the THM50X temperature and humidity transmitter, featuring 0.1% RH ultra-low humidity measurement, a high-stability dual-parameter digital sensing core, RS485 and analog dual communication outputs, and a function design capable of displaying multiple physical parameters in real-time. From measurement to integration, from display to communication, THM50X provides a comprehensive and highly flexible environmental control solution.

Key Features
● 0.1% RH ultra-low humidity measurement, maintaining precise response even under extremely dry conditions
● LED display for real-time data, enhancing on-site visualization
● RS485 + analog signal output, offering flexible communication integration
● Adjustable response speed (0–100), balancing sensitivity and stability
● Dual-parameter digital output design, capable of displaying up to four physical quantities
● Supports multiple physical unit conversions, meeting complex calculation needs

Combining high sensitivity sensing capability with flexible communication integration, THM50X is widely applicable for measurement and control requirements in high-standard environmental control fields. If you are evaluating a high-resolution, stable-output temperature and humidity measurement solution, THM50X will be a reliable choice for system design and process monitoring.