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Vaisala HMT330180A002K - Humidity and Temperature Transmitter
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Vaisala HMT330180A002K - Humidity and Temperature Transmitter

The Vaisala HMT330180A002K stands out as a premier humidity and temperature transmitter designed specifically for demanding industrial environments such as the power industry, petrochemical processing, and general automation systems. Engineered with
30038.00
¥8851.00
Weight:5.520KG
Description
The Vaisala HMT330180A002K stands out as a premier humidity and temperature transmitter designed specifically for demanding industrial environments such as the power industry, petrochemical processing, and general automation systems. Engineered with

Vaisala HMT330180A002K - Humidity and Temperature Transmitter

Vaisala HMT330180A002K - Humidity and Temperature Transmitter Brand Image

The Vaisala HMT330180A002K stands out as a premier humidity and temperature transmitter designed specifically for demanding industrial environments such as the power industry, petrochemical processing, and general automation systems. Engineered with precision, this model offers exceptional accuracy and reliability, making it an indispensable tool for process control and environmental monitoring where exact humidity and temperature measurement is critical.

At the heart of the Vaisala HMT330180A002K is its robust sensor technology, capable of delivering precise relative humidity measurements ranging from 0 to 100% RH with an accuracy of ±1.5% RH, and temperature readings with an accuracy of ±0.2 °C. The device supports multiple output options including analog 4–20 mA signals and digital communication protocols, enabling seamless integration with existing automation and control systems. Its dual input/output capacity facilitates simultaneous monitoring and control, improving efficiency and reducing the need for additional instrumentation. The transmitter’s durable construction includes a stainless steel probe and a weatherproof housing rated to IP65, ensuring resilience against harsh conditions such as corrosive atmospheres and temperature extremes often encountered in petrochemical plants and power generation facilities.

In terms of performance, the Vaisala HMT330180A002K excels in environments where stability and long-term reliability are paramount. It features an advanced automatic condensation detection mechanism which prevents false readings caused by moisture condensation on the sensor, a critical feature in steam-rich or fluctuating industrial atmospheres. The device’s rapid response time and minimal drift contribute to consistent process control, facilitating enhanced operational safety and compliance with stringent industrial standards.

Typical applications for the Vaisala HMT330180A002K include humidity control in power transformer monitoring, environmental conditioning in petrochemical processing plants, and climate regulation within automated manufacturing lines. For example, in power substations, maintaining precise humidity levels can prevent insulation failures and extend equipment life, while in petrochemical plants, accurate humidity and temperature data are essential to optimize reaction conditions and ensure product quality. The versatility of this transmitter also makes it an excellent choice for HVAC control systems within automation frameworks, where it can be paired with devices like the Vaisala KeView V2 OP350-LD/J-6006 for comprehensive environmental monitoring and control.

When comparing the HMT330180A002K to other models within the Vaisala portfolio, its balance of ruggedness and accuracy is particularly noteworthy. Unlike the Vaisala HMT330180A013K or the Vaisala HMT330180A092K, which are tailored for more specialized humidity ranges or probe configurations, the HMT330180A002K offers a wider input/output flexibility and enhanced durability suitable for harsher industrial conditions. Furthermore, compared to models such as the Vaisala HMT3301A0B003K EBA100A0AAAAAA, which focuses on compact design for limited-space applications, the HMT330180A002K provides a more robust solution where environmental exposure demands higher protection. The Vaisala HMT330180B113K EBA100A0AAAAAA, while similarly rugged, is optimized for slightly different sensor calibration parameters, making the HMT330180A002K the superior choice for applications requiring strict precision combined with heavy-duty performance.

Alongside the Vaisala HMT330180A002K, Vaisala offers complementary products such as the Vaisala TT200-eaa temperature transmitters and the Vaisala E-CON-ELDB-15084 data loggers, which enhance data acquisition and monitoring capabilities in automation systems. The Vaisala 240/A 068371 and Vaisala CU313/A/25903 serve as reliable control units in conjunction with the HMT330180A002K to streamline process management. For more advanced integration, the Vaisala KeTop C50 MA1 80036035 and the Vaisala KeTop CB211 offer user-friendly interfaces and configuration options, making them ideal companions in complex automation networks. Additionally, devices like the Vaisala DQx80 042 and Vaisala PS242 13553 improve system diagnostics and predictive maintenance when used alongside the HMT330180A002K.

The application of HMT330180A002K in power industry, petrochemical, and general automation environments underscores its versatility and critical role in industrial process optimization. Its seamless integration with other Vaisala automation products ensures a holistic approach to environmental monitoring and control. Whether deployed in high-voltage transformer rooms, chemical processing reactors, or automated production lines, the Vaisala HMT330180A002K delivers dependable, high-performance measurement that safeguards equipment, enhances safety, and improves operational efficiency.

In conclusion, the Vaisala HMT330180A002K is a highly reliable, accurate, and durable humidity and temperature transmitter designed to meet the rigorous demands of industrial applications. Its advanced features, broad compatibility with other Vaisala products, and proven performance in challenging environments make it an ideal choice for professionals seeking to optimize process control and environmental monitoring in the power industry, petrochemical sector, and general

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