The AquaGuard PR 30 measures up to five parameters directly in the water – without the use of expensive pumps and with zero water loss! The portable measuring system consists of an AquaScat S and can be equipped with up to three probes from Hamilton. This allows the AquaGuard PR 30 to be conveniently adapted to the measurement requirements. The SICON M operating device is used for control.
The AquaScat measures turbidity of potable, recycled and raw water according to IEC 27027 using 90° scattered light detection in a non-contact, free-falling water stream. This contactless design eliminates window fouling and eliminates the need for regular maintenance (other than an annual filter change).
Calibration is performed either automatically (AquaScat WTMA) or manually (AquaScat TWM or HT) with a calibration checking unit specific to that instrument.
With a range of 0-4,000NTU, the AquaScat is sensitive enough to be used for post-filtration potable water to a heavy rain event raw water. There are 8 pre-set 4-20mA measuring ranges in the AquaScat, but any of these can be easily modified to suit your specific purpose (see the AquaScat video on setting your own measuring range).
The AquaScat measures the turbidity of potable water according to IEC 27027, with the measurement carried out through multiple process connection options such as immersion tube, in pipe (metal or PE), in vessel. There is also a retractable option which allows the AquaScat S to be withdrawn for CIP and maintenance.
Calibration is done with a checking unit that has no consumables which enable the operator to return the instrument calibration to factory calibration.
The Sigrist TurBiScat monitors turbidity in liquids. Depending on your application, The TurBiScat can monitor turbidity at 90° and/or 25° using the highly accurate scattered light principle. There is an additional option of measuring Colour at a 430nm wavelength to monitor beer colour in EBC.
The combination of Hastelloy and sapphire in a seal-less design allows operating the unit in practically all process applications. Window fouling is monitored, compensated and can be checked using an anti-fouling control. Calibration is performed easily and at lab values of accuracy using a secondary reference standard.
The TurBiScat PM 40 measures turbidity in beverages, optional also colour in beer; MEBAK / EBC / ASBC conform. The TurBiScat thus additionally becomes an inline colour meter. The combination of Hastelloy and Sapphire in a sealless design allows use in virtually all processes applications. The TurBiScat PM 40 determines turbidity with optimum colour compensation using scattered light measurement and is MEBAK/EBC compliant.
The TurBiScat PM 40 appears in a new, fresh design with integrated coloured touchscreen display. The remarkable TurBiScat PM 40 can be identified easily in the production line. Measurement values and curves as well as data status are shown directly on point of measurement. Checking unit is integrated as well, no additional device is required. This simplifies the installation and reduces the power consumption.
The brewing, wine, sugar and beverage industries have the Sigrist TurbiGuard specifically designed for monitoring medium to high turbidity, in hygienic process liquids. The TurbiGuard measures turbidity using the absorption method and is typically mounted inline using a Varivent connection. The focus of the TurbiGuard is for easy installation and extremely low maintenance. There are no seals to replace and the calibration only requires a zero setting.
The LabScat monitors turbidity in liquids. Depending on your application, we can offer 90°/25° scattered light measurement with the option of Colour at a 430nm wavelength. The combination of Hastelloy and sapphire in a seal-less design allows operating the unit in practically all process applications. Turbidity measurement is done with colour compensation. Window fouling is monitored, compensated and can be checked using an anti-fouling control. Calibration is easy and very accurate with a precision optical calibration check cell, specific to each instrument.