THS17-MD Temperature and Humidity Transmitter｜Short-Probe Design, Data Center Preferred

In data centers, the density of server racks increases year by year, and the arrangement of cables and airflow-guiding structures becomes more complex, making the space between cold and hot aisles increasingly limited. When installing temperature and humidity monitoring equipment in such environments, the probe length, appearance, and installation depth directly affect airflow stability and overall deployment efficiency. This product adopts a streamlined probe proportion as its core design, allowing installation without disturbing the supply and return airflow paths, while providing stable and reliable environmental measurement.

Streamlined Probe Configuration for Narrow Airflow Channels

Air inlets, exhaust areas, equipment-side ducts, and cable-dense locations often include brackets and baffles, causing standard probes to easily disrupt existing airflow patterns due to excessive insertion depth. This product adopts a shortened probe proportion suitable for confined spaces, allowing the sensing position to be closer to the actual airflow layer while avoiding additional airflow resistance. Its more compact exterior makes angle and depth adjustments more intuitive, improving deployment efficiency in densely packed equipment areas.

Fast Response and Stable Output to Support Dynamic Cooling Environments

High computing loads can cause significant short-term fluctuations in the temperature and humidity of cold and hot aisles. If the response is not fast enough, cooling equipment will struggle to adjust in time. This product can quickly provide stable data when environmental changes occur, allowing management platforms to anticipate heat accumulation and cooling mode adjustments. This characteristic effectively reduces the risks of overheating, condensation, and static electricity, making it particularly suitable for high-density servers and AI/HPC operating scenarios.

RS-485 Digital Communication to Enhance Monitoring System Integration Efficiency

Large-scale data centers often require monitoring across multiple rows of racks or even separate rooms, making signal consistency and wiring quality keys to system integration. This product uses RS-485 digital output, offering strong anti-interference capability and long-distance transmission performance, ensuring measurement data can be reliably returned to BMS, DCIM, or SCADA platforms. It also enhances system scalability, allowing new monitoring nodes to be easily integrated into the existing architecture.

Suitable for Measurement Needs in Multiple Critical Cooling Zones

The streamlined probe structure and robust metal construction enable this product to adapt to various critical monitoring locations, including cold aisle fronts, hot aisle rears, narrow rack-side areas, underfloor supply-air plenum boxes, air-conditioning supply and return points, and high-heat equipment surroundings. Its form factor does not interfere with airflow design yet can provide stable measurement in densely populated equipment zones, enhancing the precision of overall environmental control.

THS17-MD

Temperature & Humidity Transmitter

Feature : Probe type. Easy to install. Cost effective.
Sensor type : MEMS
Measuring range : 0°C ... +50°C / 0 ... +100%RH (Non-condensing)
Output : RS-485
Accuracy : ±0.1°C / ±1.0%RH
IP rating : IP24 ( Sensor ) / IP 65 ( Body )