ヴァイサラ Product Lineup

The wall-mounted Vaisala GMW90 CO2 humidity and temperature transmitter is ideal for green building projects. This product measures CO2 and temperature, and humidity measurement is also available as an option. A traceable calibration certificate is included with this instrument. The traceability of the sensor can be easily maintained through an intelligent measurement module that can be replaced on-site. This product can be harmonized with the building's interior design using an optional decorative cover.

• Temperature and Humidity Control
• Temperature and humidity measuring instruments

The natural ventilation DTR500 radiation shield series enables outdoor installation by protecting humidity probes from solar radiation and rainfall. This shield protects the humidity and temperature probes from reflected light, direct sunlight radiation, and rain.

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The Vaisala HUMICAP® HMD60 series humidity and temperature transmitters are robust and reliable duct-mounted devices designed for monitoring relative humidity in demanding general HVAC and light industrial applications. With excellent accuracy, stability, and reliability, they are ideal measurement instruments for stringent requirements. The HMD60 and HMD65 are certified by BACnet Testing Laboratories (BTL) as products compliant with the BACnet standard. The product models in this series are as follows: HMD62 (for humidity and temperature measurement) TMD62 (for temperature measurement) HMD65 (for humidity and temperature measurement, compatible with BACnet and Modbus communication protocols) HMD60 (for humidity and temperature measurement, with options for output/scale/short probe) TMD60 (for temperature measurement, with options for scale/short probe) *For more details, please contact us.

• Other environmental analysis equipment

The HMP60 is a simple, easy-to-operate, and durable humidity probe that offers high cost-effectiveness, making it suitable for OEM applications, integration into devices, glove boxes, greenhouses, fermentation chambers, and use in data loggers.

• Other consumables

The small HMP110 humidity and temperature probe features excellent stability and chemical resistance thanks to the latest HUMICAP(R) 180R sensor, with a measurement range of 0–100% RH and -40 to +80°C. The housing of the HMP110 is made of stainless steel and complies with the IP65 standard. This probe is ideal for OEMs and integration into equipment. It is also well-suited for applications such as glove boxes, greenhouses, fermentation chambers, constant humidity chambers, and data logger incubators.

• Other consumables

The Vaisala HUMICAP(R) HMP155 humidity and temperature probe offers excellent stability and is a plug-and-play probe that can withstand harsh environments. This probe is designed to provide reliable humidity and temperature measurements, intended for use in demanding outdoor conditions.

• Other environmental analysis equipment

A barometric standard that allows for easy and high-precision on-site calibration.

• Other measurement, recording and measuring instruments

It is ideal for outdoor installation. It is designed for use in a wide temperature range, and the housing complies with the IP65 (NEMA4) standard for drip-proof and dust-proof construction, providing protection against sprayed water.

• Other measurement, recording and measuring instruments

The PTB330 digital barometer is equipped with the Vaisala BAROCAP® sensor, designed to support a wide measurement range and high-precision barometric measurements. The Vaisala BAROCAP® sensor is Vaisala's proprietary silicon capacitive atmospheric pressure sensor, achieving high measurement accuracy and excellent long-term stability.

• Other measurement, recording and measuring instruments

Static pressure head ideal for outdoor installation.

• Other environmental analysis equipment

The PDT101 differential pressure transmitter is designed for demanding clean room requirements. This product can be integrated into the Vaisala viewLinc monitoring system. It measures and monitors differential pressure in regulated environments. It is ideal for high-performance clean room environments in the life sciences, semiconductor, and electronics industries.

• Pressure

The Vaisala HUMICAP(R) HM70 handheld humidity and temperature meter is designed for spot checks of humidity measurements under harsh conditions. It is also ideal for field checks and for calibrating Vaisala's humidity transmitters. The HM70 consists of a probe from which you can select the appropriate model based on your application, along with the MI70 indicator.

• Other environmental analysis equipment

The reliable MM70 is suitable for preventive maintenance of systems that use oil. By measuring the relative humidity saturation, it quantifies the risk of free water generation and prevents potential issues in lubrication systems. It demonstrates excellent durability against pressure and temperature. With the optional MI70 Link Windows® software, it is possible to transfer stored measurement data and real-time data from the MM70 to a PC via a USB cable.

• Other measurement, recording and measuring instruments

The Vaisala CARBOCAP(R) GMP343 CO2 probe is a robust and highly accurate probe-type measuring instrument. It is primarily used for ecological measurement applications, including soil CO2 respiration, atmospheric CO2 monitoring, plant greenhouses, and OEM products. The GMP343 has no moving parts and incorporates a single light source dual-wavelength method for CO2 measurement.

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The Ovaisara HUMICAP(R) MMT310 series oil moisture converter quickly and reliably measures moisture in oil online. It is used in applications such as monitoring insulating oil in transformers, as well as hydraulic and lubrication systems in the shipping industry and paper mills.

• Other environmental analysis equipment

The DMT152, designed for low dew point measurement capable of measuring down to -80°C, is ideal for industrial applications such as the semiconductor industry, pure gases, dryers, glove boxes, drying chambers, and additive manufacturing, as well as for applications requiring trace moisture management.

• Converters and Transducers
• Temperature and humidity measuring instruments
• Other temperature and humidity measuring instruments

The Vaisala DRYCAP(R) DMT345/DMT346 dew point transmitter is an ideal measurement device for industrial drying equipment that performs direct dew point measurements in high-temperature environments, such as cooking ovens and high-temperature dryers, without using a sampling system. The Vaisala DRYCAP(R) sensor provides accurate and reliable measurements with excellent long-term stability and fast response.

• Converters and Transducers

The Vaisala HUMICAP(R) HMT120/HMT130 humidity and temperature transmitters are suitable for use in clean rooms, museums, laboratories, data centers, and more. The intelligent measurement probe, which can be replaced on-site, allows for easy maintenance of measurement traceability. The probe can be replaced with minimal downtime and process disruption. The humidity measurement parameters (optional) include relative humidity, dew point/frost point, wet bulb temperature, enthalpy, mixing ratio, water vapor pressure, and saturation water vapor pressure.

• Other environmental analysis equipment
• Temperature and humidity measuring instruments

The Vaisala HUMICAP(R) HMT310 series humidity and temperature transmitters are measurement instruments designed for demanding industrial applications where a compact product design is a critical requirement. They provide excellent measurement stability. This product is small and easy to install, and it is unaffected by dust and many common chemicals. The HMT310 series offers multiple probes to choose from for various applications: - HMT311 Wall-mounted type - HMT313 General environment - HMT314 High pressure/vacuum environment (up to 100 bar) - HMT315 High temperature environment - HMT317 High humidity environment/weather observation - HMT318 High pressure pipeline (up to 40 bar)

• Other environmental analysis equipment
• Temperature and humidity measuring instruments

The DPT146 dew point pressure transmitter allows for easy monitoring of compressed air. The DPT146 is ideal for the use and monitoring of compressed air as it simultaneously measures both dew point and process pressure.

• Converters and Transducers
• Temperature and humidity measuring instruments
• Other temperature and humidity measuring instruments

PDT102 is a high-performance device primarily designed for clean rooms in the life sciences and high-tech fields, achieving excellent accuracy, sensitivity, stability, and durability through robust MEMS silicon sensor technology.

• Pressure
• Other measurement, recording and measuring instruments

Vaisala's multi-purpose temperature data logger monitors temperatures for four applications: ultra-low temperature freezers, refrigerators, and incubators, all with a single device. It is an excellent performance logger that replaces chart recorders and hardwired systems. The DL series loggers can connect to Vaisala viewLinc software to provide historical data, real-time data, remote alarms, and reports compliant with domestic and international regulations and standards. The data logger can also be integrated with third-party systems via an OPC server.

• Temperature and humidity measuring instruments
• Thermometer
• Data Logger

The Vaisala WINDCAP WMT700 series is a highly reliable ultrasonic wind direction and speed sensor with excellent durability. It measures wind direction and speed, which are key parameters in meteorological observations and aviation weather. The WMT700 series complies with the latest version of the World Meteorological Organization (WMO) guideline 8 (7th edition) and the requirements of the International Civil Aviation Organization (ICAO). The WMT700 series features a high-durability full steel structure with an integrated arm. It has a clear north direction indicator and a plug-in mounting method. With no moving parts, it also excels in resistance to dirt and corrosion. The WMT700 provides accurate measurements under harsh wind and weather conditions, delivering reliable data. Regular and irregular maintenance is not required. Additionally, it has standard functions for self-diagnosis and validation of measurement values. It can calculate 60-minute average values in polar and vector output formats. For more details, please contact us or refer to the catalog.

• Wind Speed/Volume Meter
• Other measurement, recording and measuring instruments

The DST111 sensor can measure road surface temperature non-contactly. It measures the amount of infrared radiation emitted from the road surface, processes the signal, and accurately measures the road surface temperature. Even under environmental conditions where many commercially available infrared sensors show errors, reliable measurement values can be obtained. When the road surface temperature drops due to radiative cooling on clear nights, typical infrared sensors can experience errors of up to -3°C due to the influence of the road surface's emissivity, but the DST111 corrects this error through its unique design to display accurate data. The installation method for the DST111 is simple, requiring no cutting of the road surface or road closures. By using mobile communication devices, it is an ideal standalone sensor that can be used in remote locations or on bridges. This sensor is designed to be installed directly on existing structures such as columns along the roadside. It can also be combined with existing Vaisala Road Weather Stations RWS200 or older ROSA Road Weather Monitoring Stations. When combined with the DSC111 road surface sensor, it forms a versatile standalone weather station.

• Temperature and humidity measuring instruments
• Other environmental analysis equipment

The Vaisala Thunderstorm Local Lightning Sensor TSS928 demonstrates excellent performance in tracking local lightning. In operations that are susceptible to lightning, the TSS928 is utilized to collect critical local lightning information to ensure preemptive measures, safety precautions, and equipment isolation. It can also be integrated into automated weather observation programs like METAR. The TSS928, which employs Vaisala's patented lightning detection algorithm, possesses the most accurate ranging performance among currently available autonomous lightning detection sensors. For more details, please contact us or refer to the catalog.

• Other environmental analysis equipment
• Other measurement, recording and measuring instruments

The Vaisala Global Lightning Dataset GLD360 is a service that provides real-time lightning data to assist in the accurate and rapid detection and tracking of severe weather. It offers unparalleled long-range data with high positional accuracy. Currently, long-range detection of severe weather is limited due to data gaps. These significant data gaps can lead to delays or lack of warnings for people, vessels, and aircraft. The data provided by GLD360 is generated through a global network owned and operated by Vaisala. It can fill data gaps within radar range, significantly improving forecasting and early warning capabilities for open seas, thunderstorms, and low-pressure systems. This not only enhances safety but also improves the optimization of transportation routes. GLD360 has no data gaps. Unlike satellites and radar, it provides uniform coverage of the world. It detects ground lightning instantaneously and delivers data within two minutes. For more details, please contact us or refer to the catalog.

• Other environmental analysis equipment
• Other measurement, recording and measuring instruments
• Other services

The Vaisala CARBOCAP® carbon dioxide (CO2) sensor, released in 1997, employs innovative technology. It features a silicon-based variable filter using Fabry-Perot interference (FPI) in a single-source dual-wavelength comparison infrared non-dispersive method. Boasting high reliability and stability, this sensor has been providing accurate CO2 measurements across a wide range of fields and applications, from building automation and safety to life sciences and environmental research, for over 15 years.

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• Sensors