Algae screening patented bypass sensor uses multiple LEDs to simply and affordably measure algae (cells per mL) or chlorophyll-a (µg per L) in source water.
REAL-TIME SENSORS
Real Tech offers a variety of sensor options that ensure we can configure the right monitoring solution for your detection needs, budget and application.
ALGAE
AMMONIUM
Ammonium sensor comes complete with manifold for bypass style measuring and uses ISE technology for practical and affordable continuous monitoring.
BENZENE
Benzene patent-pending probe and bypass sensor utilize multiple UV LEDs to simply and affordably measure benzene.
BOD/COD
BOD/COD patent-pending probe and bypass sensor utilize UV LED technology across multiple wavelengths for simple, affordable and reliable monitoring of organic matter in wastewater
CHROMIUM VI
Chromium VI patent-pending probe and bypass sensor utilize UV LED technology across multiple wavelengths for simple, affordable and reliable chromium VI monitoring in water and wastewater.
COLOUR
Colour and Multi-Colour patent-pending probes and bypass sensor utilize LED technology across multiple wavelengths for simple, affordable and reliable monitoring of colour changes in water and wastewater.
CONDUCTIVITY
Conductivity available in either a submersible probe or bypass sensor option and uses 4 electrodes technology for ultra-low power and low maintenance monitoring.
DISSOLVED OXYGEN
Optical DO available in either a submersible probe or bypass sensor option. ASTM International Method D888-05 approved technology offers operator low maintenance design.
FREE CHLORINE
Potentiostatic technology free chlorine bypass sensor provides simple and reliable reagent free continuous measurement.
HYDROCARBONS
Hydrocarbons sensor utilizes fluorescence technology with a tailored excitation-emission pair along with absorbance to measure hydrocarbons and PAHs.
MULTI-WAVE UV-VIS
Multi-wave patent-pending probe and bypass sensor utilize UV LED technology across multiple wavelengths for affordable, low maintenance monitoring of selected water quality parameters.
NITRATE
Bypass nitrate sensors use UV absorbance measurement principle for accurate and reliable real-time nitrate (NO3) monitoring in water.
HIGH NITRATE
High Nitrate patent-pending probe and bypass sensor utilize UV LED technology across multiple wavelengths for simple, affordable and reliable monitoring of high concentrations of nitrate (NO3) in water and wastewater.
HIGH NITRATE/NITRITE
High Nitrate/Nitrite patent-pending probe and bypass sensor utilize UV LED technology across multiple wavelengths for simple, affordable and reliable monitoring of high concentrations of nitrate (NO3) and nitrite (NO2) in water and wastewater.
HIGH NITRITE
High Nitrite patent-pending probe and bypass sensor utilize UV LED technology across multiple wavelengths for simple, affordable and reliable monitoring of high concentrations of nitrite (NO2) in water and wastewater.
OZONE
Ozone patent-pending probe and bypass sensor utilize dual UV LEDs to accurately measure ozone while eliminating interference.
PERMANGANATE
Permanganate bypass sensor uses LED technology across multiple wavelengths for simple, affordable and reliable low concentration monitoring of residual permanganate in drinking water.
pH/ORP
pH available in either a submersible probe or bypass sensor option and uses combined electrode technology for simple and low maintenance monitoring in water.
SPECTRUM UV-VIS
Bypass UV-VIS spectrum sensors use full wavelength (PL) or multiple wavelength (GL) scanning for real-time monitoring
SURFACTANTS
Bypass Surfactants sensors use UV absorbance measurement principle for accurate and reliable real-time surfactants monitoring in water or wastewater.
TOC
TOC patent-pending probe and bypass sensor provide reagentless TOC measurement utilizing UV LED technology across multiple wavelengths for detection of organic matter in water and wastewater.
TSS
TSS submersible probe and bypass sensor use LED technology for affordable, low maintenance monitoring of total suspended solids (TSS) in water or wastewater.
TURBIDITY
Turbidity available in either a submersible probe or bypass sensor option and uses IR nephelometry optical measurement technology, ISO 7027 compliant, for reliable, low maintenance monitoring.
UV254
UV254 patent-pending submersible probe and bypass sensor utilize dual wavelength UV LED technology for practical, low cost UV254 organics monitoring with turbidity compensation
UVT
Robust submersible UVT/UV254 probe uses UV LED technology for practical low-cost monitoring.