MICHELL Optidew Point Meter Quotation

MICHELL Optidew Dew Dew Point Meter from the UKIntroduction:
Optidew is a fast response cold mirror dew point meter commonly used for industrial humidity control and precision laboratories. This product has intuitive features
The touch screen display is available in two configurations, desktop and wall mounted, for easy local operation. Meanwhile, the product adopts a new cold mirror
Technology, with a response speed similar to polymer relative humidity sensors, and possessing the common drift free characteristics of all cold mirror instruments
Reliability.

MICHELL Optidew Dew Dew Point Meter from the UKFeatures:
New cold mirror hybrid sensor provides fast dynamic response
Dew point accuracy up to ± 0.15 ° C, temperature accuracy up to ± 0.1 ° C
• Measurement range: -40~+120 ° C dew point
• Optional communication methods, including Modbus TCP Ethernet communication, for easy networking
• Optional pressure transmitter with ppmv&g/kg as the calculation unit

Application of Optidew Cold Mirror Dew Point Meter：
Humidity reference instruments for meteorological and environmental test chambers
• Intake measurement for engine testing
HVAC testing
• Cleanroom environmental monitoring
Monitoring of coating process for candies and drugs
Humidity control in metallurgical processes

Design of a new type of cold mirror sensorFast response without drift
Optidew adopts a new type of cold mirror sensor that ensures fast response speed while maintaining accuracy and reliability.
When measuring in the climate test chamber, Optidew can directly track changes in temperature and humidity without the time-consuming process of traditional cold mirror instruments.
The table below shows the process from 50% RH at 23 ° C to 25% RH at 50 ° C.
The displayed conversion time is purely the transition time of the climate test chamber: there is no time wasted waiting for Optidew's stabilization time.

Sensor selection suitable for different applicationschoose
The dual level harsh environment sensor is designed for harsh industrial environments, allowing for high measurement temperatures up to 120 ° C and can be used for metallurgical and fuel cell measurements
Try. Among numerous environmental control applications, single-stage or two-stage refrigeration standard sensors are a reliable and low-cost choice. Optional pressure sensor
Provided more detailed information about measurement. It can be clearly seen whether the change in dew point is related to moisture content and pressure. If moisture needs to be used
Ppmv or g/kg display, any on-site pressure changes will be compensated for.

Easy to operate touch sensitive HMI
Both desktop and wall mounted models have a 5.7 "color touchscreen display, which allows for local operation, quick access, and simple operation.


Quick response cold mirror technology：

All cold mirror sensors obtain dew point values by measuring the actual temperature at which moisture condenses. This technology has * accuracy and reliability. cold mirror
The dew point meter is often used as a secondary inspection or calibration standard for humidity measurement. Michel's new design uses a thinner and faster reaction mixture
Mirrors have strong corrosion resistance in acidic gases or other polluted gases, surpassing the design of any traditional cold mirror dew point meter.


Dynamic Pollution Correction (DCC) Upgraded Version：
The DCC upgrade version is an improved version of the dynamic pollution correction function. This feature aims to manage surface contamination of mirrors and prolong operation in harsh or dirty environments
Do not manually clean the mirror without stopping the operation.


Improve frost protection：
Strengthen the reliability of low dew point measurement
In environments below 0 ° C, liquid water may exist in the form of supercooled water. When using a cold mirror dew point meter, under certain specific conditions, the temperature is -30 ° C
There may also be supercooled water in the environment. The vapor pressure difference between condensed water and ice formed by mirror cooling can result in a dew point error of up to 10%. *The new FAST series
Column can determine the state of mirror condensation, detect when supercooled water occurs during the measurement process, and fully cool the mirror to freeze without the need for DCC.