Metro Station Humidity and Temperature Measurement The control of air moisture levels provides a comfortable environment for passengers, optimizes HVAC equipment energy consumption, and maintains the integrity of the equipment. Download Vaisala HVAC eBook Humidity and temperature transmitters are used in metro stations to control ventilation and air conditioning. The control of air moisture levels provides a comfortable environment for passengers, optimizes HVAC equipment energy consumption, and maintains the integrity of the equipment. The Vaisala INTERCAP® and HUMICAP® Humidity and Temperature transmitters provide accurate and stable measurements with minimal maintenance requirements. Vaisala humidity sensors fully recover from condensation without compromising the performance. This is important especially in high humidity climates, where condensation is likely to occur. Metro Station Humidity and Temperature Measurement related products Humidity and Temperature Transmitters HMT120/130 The Vaisala HUMICAP® HMT120 and HMT130 transmitters are suitable for cleanrooms, museums, laboratories and data centers. Humidity and Temperature Transmitter Series HMDW110 Vaisala HUMICAP® Humidity and Temperature Transmitter Series HMDW110 is suitable for relative humidity, dew-point, enthalpy, wet-bulb temperature and temperature measurement in demanding HVAC applications Humidity and Temperature Transmitter Series HMDW80 The HMDW80 series is versatile with transmitters for wall and duct mounting for measuring relative humidity and temperature in various building automation applications. CO2, Humidity and Temperature Transmitter Series GMW80 Measuring CO2 is the most economical way to monitor both indoor air quality (IAQ) and human presence with one sensor. Related stories Blog | Sep 15, 2021 Ensuring accurate humidity measurement in industrial processes From the automotive industry to food production and from pharmaceuticals to steel or chemicals production, humidity measurement is a key part of... Read more Blog | Aug 25, 2020 Do I need an Indigo transmitter or just an Indigo probe? The Vaisala Indigo family is a modular solution with interchangeable probes, smart transmitters, and Indigo Insight PC software. There are many... Read more Blog | Dec 18, 2019 Common pitfalls when installing HVAC duct sensors This is the second in a series of three blog posts looking at common pitfalls when installing HVAC sensors, focusing on physical measurement... Read more Blog | Aug 12, 2019 Choose the Right CO2 Sensor for Your HVAC Application The environment in which you’re measuring CO2 plays an important role in determining the best choice of sensor for your application. In this... Read more Blog | Jan 16, 2019 What Causes Drift in Relative Humidity Sensors? All gases in the environment will interact with a humidity sensor and potentially cause drift. Water needs to get in and out of the sensor... Read more Blog | Nov 21, 2018 How to Choose the Right Parameter for Humidity Control in HVAC Most people working in the HVAC field are familiar with using relative humidity (RH) as the default control parameter for humidity measurement... Read more Blog | Jul 30, 2018 Gaining In-depth Understanding of the Problem is The Key - Millennium Technology Prize Winner Tuomo Suntola interviewed Doctor Tuomo Suntola, who this spring received the prestigious 2018 Millennium Technology Prize for his technology of atomic layer deposition... Read more Customer case How Shenzhen Subway keeps it cool A quickly growing subway system in southern China chose Vaisala’s humidity and temperature transmitters for its air conditioning control system... Read more
Metro Station Humidity and Temperature Measurement The control of air moisture levels provides a comfortable environment for passengers, optimizes HVAC equipment energy consumption, and maintains the integrity of the equipment. Download Vaisala HVAC eBook
Humidity and temperature transmitters are used in metro stations to control ventilation and air conditioning. The control of air moisture levels provides a comfortable environment for passengers, optimizes HVAC equipment energy consumption, and maintains the integrity of the equipment. The Vaisala INTERCAP® and HUMICAP® Humidity and Temperature transmitters provide accurate and stable measurements with minimal maintenance requirements. Vaisala humidity sensors fully recover from condensation without compromising the performance. This is important especially in high humidity climates, where condensation is likely to occur.
Metro Station Humidity and Temperature Measurement related products Humidity and Temperature Transmitters HMT120/130 The Vaisala HUMICAP® HMT120 and HMT130 transmitters are suitable for cleanrooms, museums, laboratories and data centers. Humidity and Temperature Transmitter Series HMDW110 Vaisala HUMICAP® Humidity and Temperature Transmitter Series HMDW110 is suitable for relative humidity, dew-point, enthalpy, wet-bulb temperature and temperature measurement in demanding HVAC applications Humidity and Temperature Transmitter Series HMDW80 The HMDW80 series is versatile with transmitters for wall and duct mounting for measuring relative humidity and temperature in various building automation applications. CO2, Humidity and Temperature Transmitter Series GMW80 Measuring CO2 is the most economical way to monitor both indoor air quality (IAQ) and human presence with one sensor.
Humidity and Temperature Transmitters HMT120/130 The Vaisala HUMICAP® HMT120 and HMT130 transmitters are suitable for cleanrooms, museums, laboratories and data centers.
Humidity and Temperature Transmitter Series HMDW110 Vaisala HUMICAP® Humidity and Temperature Transmitter Series HMDW110 is suitable for relative humidity, dew-point, enthalpy, wet-bulb temperature and temperature measurement in demanding HVAC applications
Humidity and Temperature Transmitter Series HMDW80 The HMDW80 series is versatile with transmitters for wall and duct mounting for measuring relative humidity and temperature in various building automation applications.
CO2, Humidity and Temperature Transmitter Series GMW80 Measuring CO2 is the most economical way to monitor both indoor air quality (IAQ) and human presence with one sensor.
Related stories Blog | Sep 15, 2021 Ensuring accurate humidity measurement in industrial processes From the automotive industry to food production and from pharmaceuticals to steel or chemicals production, humidity measurement is a key part of... Read more Blog | Aug 25, 2020 Do I need an Indigo transmitter or just an Indigo probe? The Vaisala Indigo family is a modular solution with interchangeable probes, smart transmitters, and Indigo Insight PC software. There are many... Read more Blog | Dec 18, 2019 Common pitfalls when installing HVAC duct sensors This is the second in a series of three blog posts looking at common pitfalls when installing HVAC sensors, focusing on physical measurement... Read more Blog | Aug 12, 2019 Choose the Right CO2 Sensor for Your HVAC Application The environment in which you’re measuring CO2 plays an important role in determining the best choice of sensor for your application. In this... Read more Blog | Jan 16, 2019 What Causes Drift in Relative Humidity Sensors? All gases in the environment will interact with a humidity sensor and potentially cause drift. Water needs to get in and out of the sensor... Read more Blog | Nov 21, 2018 How to Choose the Right Parameter for Humidity Control in HVAC Most people working in the HVAC field are familiar with using relative humidity (RH) as the default control parameter for humidity measurement... Read more Blog | Jul 30, 2018 Gaining In-depth Understanding of the Problem is The Key - Millennium Technology Prize Winner Tuomo Suntola interviewed Doctor Tuomo Suntola, who this spring received the prestigious 2018 Millennium Technology Prize for his technology of atomic layer deposition... Read more Customer case How Shenzhen Subway keeps it cool A quickly growing subway system in southern China chose Vaisala’s humidity and temperature transmitters for its air conditioning control system... Read more
Blog | Sep 15, 2021 Ensuring accurate humidity measurement in industrial processes From the automotive industry to food production and from pharmaceuticals to steel or chemicals production, humidity measurement is a key part of... Read more
Blog | Aug 25, 2020 Do I need an Indigo transmitter or just an Indigo probe? The Vaisala Indigo family is a modular solution with interchangeable probes, smart transmitters, and Indigo Insight PC software. There are many... Read more
Blog | Dec 18, 2019 Common pitfalls when installing HVAC duct sensors This is the second in a series of three blog posts looking at common pitfalls when installing HVAC sensors, focusing on physical measurement... Read more
Blog | Aug 12, 2019 Choose the Right CO2 Sensor for Your HVAC Application The environment in which you’re measuring CO2 plays an important role in determining the best choice of sensor for your application. In this... Read more
Blog | Jan 16, 2019 What Causes Drift in Relative Humidity Sensors? All gases in the environment will interact with a humidity sensor and potentially cause drift. Water needs to get in and out of the sensor... Read more
Blog | Nov 21, 2018 How to Choose the Right Parameter for Humidity Control in HVAC Most people working in the HVAC field are familiar with using relative humidity (RH) as the default control parameter for humidity measurement... Read more
Blog | Jul 30, 2018 Gaining In-depth Understanding of the Problem is The Key - Millennium Technology Prize Winner Tuomo Suntola interviewed Doctor Tuomo Suntola, who this spring received the prestigious 2018 Millennium Technology Prize for his technology of atomic layer deposition... Read more
Customer case How Shenzhen Subway keeps it cool A quickly growing subway system in southern China chose Vaisala’s humidity and temperature transmitters for its air conditioning control system... Read more
