Medidor portátil de humedad y temperatura HM70
Medidor portátil de humedad y temperatura HM70
El HM70 fue diseñado para mediciones de humedad exigentes en aplicaciones de comprobación de errores. También es ideal para la comprobación de errores y la calibración de campo de los instrumentos de humedad fijos de Vaisala.
Beneficios clave
Fácil registro de datos
Los datos pueden ser registrados y transferidos a una PC mediante software Link MI70.
Interfaz de usuario multilingüe
Inglés, alemán, francés, finlandés, español, sueco, chino, ruso y japonés. Muestra las tendencias de manera gráfica.
Resistente y confiable
Apto para usar en condiciones extremas.
Lee mas
Descripción
El medidor portátil de humedad y temperatura HUMICAP® de Vaisala HM70 fue diseñado para mediciones de humedad exigentes en aplicaciones de comprobación de errores. También es ideal para la comprobación de errores y la calibración de campo de los instrumentos de humedad fijos de Vaisala.
Detalles
Presupuesto
Datasheet
Documentos
Technology Description
HUMICAP Technology Description274.38 KB
Application Note
Brochure
Datasheet
Manual
HM70 User Guide in English1.17 MB
GUÍA DEL USUARIO1.41 MB
Order Form
HM70 Order Form Global31.59 KB
Success Story
Folleto
Nota de aplicación
Cuentos
Blog
| Feb 06th 2019
Field Maintenance of HVAC Humidity and CO2 Sensors
Anything worth measuring is worth measuring right, and to do that periodic calibration is essential. In HVAC, the primary reason to measure CO 2...
Blog
| Jan 16th 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,...
Blog
| Nov 21st 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....
Blog
| Oct 25th 2018
Relative Humidity – What Is It And Why Is It Important?
The basics Put simply, relative humidity (RH) is a measure of the water vapor content of air. More explicitly, it is the amount of water vapor...
Blog
| May 29th 2018
One-Point In-Situ Calibration – The Fast, Easy Option
There are many ways to approach the calibration and adjustment of relative humidity instruments. In a perfect world all instruments would be...
Success Story
Studying the Changing Climate in Controlled Environment Chambers
The University of Sheffield can be proud of their controlled environment facilities. The Department of Animal and Plant Sciences houses a total...
Blog
| Jul 03rd 2015
You Asked, We Answered: What's the deal with ISO/IEC 17025?
To those of you who joined our Webinar: "The Impact of 2015 Revisions to EU GMP Annex 15 on GDP" on June 25 th , thank you for participating!...
Blog
| May 14th 2015
Humidity sensors – do you know what's inside?
If you don't know, perhaps you should. If you don't know how your humidity sensor works, how can you know that you are using the right humidity...
Blog
| Apr 23rd 2015
Temperature vs. Humidity Mapping: Two Critical Differences
During one of our webinars on Environmental Mapping Qualification, we received a question from a participant on the difference between mapping...
Success Story
Saving Energy in Ceramics Drying
“Vaisala relative humidity transmitters have become standard within the Wienerberger Group.” Steven Debels,
Plant Manager,
Koramic Pottelberg...