Instruments for filtration monitoring & control , Lab measurement of haze/turbidity , and monitoring of lauter tun & mash filter, yeast dosing & yeast concentration, Phase detection (beer- water, beer- wort), beer colour, degree plato, % alcohol, dissolved carbon dioxide & ° brix in beer and other beverages.
In-line Turbidity Mesurement
The TurBiScat monitors turbidity in liquids using scattered light; optionally also the (beer) colour in EBC. The combination of Hastelloy and sapphire in a sealless design allows operating the unit in practically all process applications.
In-line Turbidity Measurement
TurbiGuard monitors medium to high turbidity, in process liquids using transmitted light (880nm). Its applications include lauter tun, mash filter, yeast concentration monitoring (million yeast cells /mL ), separators, etc.
Interface Detection Monitor
PhaseGuard uses absorption for interface detection using colour and turbidity. Applications include phase seperation detection: beer-water, beer-wort, beer colour, juice-water, etc.
Colour Measurement in Beer/ Spirits (Caramel Dosing)
ColorPlus measures absorption for monitoring color and other absorption dependent components such as DOC, concentration, etc. It is built to accommodate up to three different light sources (UV and visible range) . Measurements are performed inline or in bypass cells. An Ex version is available for spirits.
a) ColorPlus 2
b) ColorPlus EX
Ozone Meter for Ultra Pure Water
The Ozone meter measures the ozone concentration in ultrapure water at a wavelength of 254nm. The special measuring cell with a path-length of 100mm allows measuring ozone in the ppb range.
On-line Carbon Dioxide (CO2) Monitor
The CO2 Measuring Unit CO.20 serves the in-line/ on-line CO2 measurement in the brewery and beverage industry. The measuring principle is based on the ACM continuous partial pressure method using a CO2 permiable silicone membrane system.
On-line Oxygen Monitor
OXYSENSO is based upon a further development of the opto-chemical measuring principle. Now precision optics enable a more accurate detection of afterglow time and phases shift, resulting in higher resolution and lower O2-detection levels.
On-line Brix Monitor
The Laserrefractometer LR.1x is applied for continuous, fast and highly accurate determination of °BRIX-values in juices, lemonades and diet drinks. It is ideal for closed loop or phases separation tasks. Tank fitting options (LR.15/16 TF) available.
b) LR.15/16 TF
On-line Beer Analyzing System
The continuous online measurement by Beer Monitoring System QUATROL.50B measures specific parameters: refraction number, density, CO2 value. This is used to calculate additional values such as Degree Plato, % alcohol, extract, etc. using the Balling method.
Process Turbidity Meter Ex proof
The DualScat Ex is designed to monitor tubidity of liquids in hazardous areas. It uses a single light source to detect transmitted light and scattered light at 90° and 25°.
Multi-Parameter Continuous Monitoring System for Water
AquaMaster is a compact, modular measuring system with unrestricted parameter combination— turbidity, pH, conductivity, Redox, dissolved oxygen, temperature etc.
In-line Turbidity Meter for Water
AquaScat measures turbidity of potable water in a free-falling water stream. Its application are in: raw water, treated and final water, process and waste water, filtration monitoring of filter performance and back-wash control.
Water Disinfection Measuring System
AquaDMS includes everything needed for disinfectant measurement: instrument, sensor, assembly and wiring – pre-mounted on a measuring panel. It measures free chlorine, chlorine dioxide, ozone or hydrogen peroxide.
Laboratory Turbidity Meter (Haze Meter)
The LabScat monitors turbidity in liquids, using a single light source to detect transmitted light and scattered light at 90° and 25°. This allows colour-compensated dual-angle measurement in bottles and glass cuvettes.
Laboratory Carbon Dioxide Meter
Laboratory CO2-Meter LAB.CO non-invasively measures dissolved CO2 content in bottled beverages with high precision.