Dew Point measurement: how to control residual moisture in industrial processes
Continue readingDescription
Specifications
Parameters
Accessories
Direct insertion probe with optical measurement method by analysis of the UV-Visible spectrum. Possibility to offer multiple parameters with a single sensor. Connectable to WTW 282, 284 or 2020 series monitors.
UV-VISIBLE spectral sensors, available in various models:
The optical measurement system covering the full ultraviolet and visible spectrum allows continuous measurement of carbon and nitrogen parameters in direct insertion into the medium. The probe continuously evaluates the entire spectrum to simultaneously provide parameters such as COD, TOC, DOC, BOD, SAC, TSS, NO3, NO2 (depending on model). At the same time it is able to eliminate cross interferences between parameters and the possible influence of turbidity. Maximum efficiency due to automatic ultrasonic cleaning of the sensor. Minimum maintenance without use of reagents.
Measuring principle: spectral measurement in the UV-VIS range (200 – 720 nm) / UV range (200 – 390 nm)
Pressure resistance: ≤1 bar
Environmental conditions:
Flow velocity: ≤3 m / s
pH range: pH 4 … pH 12
Dimensions: (802 x 59,9 mm Length x Diameter)
Weight: 7,8Kg
DQO / TOC / DOC / DBO / DBO / SAC / UVT / TSS / NO3 / NO2
Insertion accessories for immersion in reactors
Flow cell for extractive measurement system
Other accessories on request
Pide información de UV-VISIBLE spectral sensors for COD/TOC/DOC/BOD/BOD/SAC/UVT/TSS/NO3/NO2 measurement
We want to play an active role in creating a safer and more environmentally respectful future.
Related resources
Dew Point measurement: how to control residual moisture in industrial processes
Continue reading
Our thanks for the Marta Mayordomo Award
Continue reading
New reference standards certified at –40 °C for Jet Fuel testing
Continue reading
InnovaPrep solutions for microbiological detection in critical environments
Continue reading
ASTM D93-25: Standard update to improve traceability of the flash point
Continue reading
High-precision temperature control with a commitment to the environment
Continue reading