The post Online Curd Whey transition appeared first on Milktronics Online instruments.
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The post Online Curd Whey transition appeared first on Milktronics Online instruments.
]]>The post pH service valve appeared first on Milktronics Online instruments.
]]>The service valve (PASVE) can be mounted on a pipe or on a tank. It is used to safely remove an instrument. The instrument can be a pressure transmitter (level sensor), turbidity meter, pH meter or conductivity meter.
The probe is inserted into this valve and when it is needed to be removed then the valve body rotates to isolate the instrument from the process. The rotation can be automated or manual.
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]]>The post Real Time Brix meter for drains appeared first on Milktronics Online instruments.
]]>The post Real Time Brix meter for drains appeared first on Milktronics Online instruments.
]]>The post Online turbidity meter appeared first on Milktronics Online instruments.
]]>The post Online turbidity meter appeared first on Milktronics Online instruments.
]]>The post Turbidity and pH Combo appeared first on Milktronics Online instruments.
]]>The post Turbidity and pH Combo appeared first on Milktronics Online instruments.
]]>The post Lactoscan MCC Combo appeared first on Milktronics Online instruments.
]]>Type: Somatic Cells Counter & Ultrasonic milk analyzer
Dimensions (HхWхL): 39 cm х 30 cm х 26 cm
Weight: 6.000 kg
Working power: 100-230 VAC, 2.5A, 120V
Frequency: 50/60 Hz
Power supply: 12 VDC, 5A, 60W
Working place: Inside only!
Working temperature: 15-35 ⁰С
Working humidity: 0-95%
The LACTOSCAN COMBO’s SCC is based on fluorescent microscope technique of counting cells. Thanks to the fluorescent dye, LED optics and CCD filming Technologies, the analysis of the milk is precise, reliable and fast. In order the somatic cell to be counted by with SCC, the sample is mixed with SOFIA GREEN dye. It is only 8 µL that is needed to be pipette onto the single LACTOCHIP. After that, the CHIP is loaded in the device. The analysis is being conducted during a period between 10 seconds and 2 minutes and the duration depends on the number of filmed fields. The system of SCC is focusing automatically on the CHIP and the dyed cells are filmed by the sensitive CCD camera. This algorithm of analysis of digital images determines the number of the fluorescent cells and counts their concentration and size. The result is automatically displayed.
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]]>The post Online suspended solids meter appeared first on Milktronics Online instruments.
]]>The post Online suspended solids meter appeared first on Milktronics Online instruments.
]]>The post Online outside waste water monitoring appeared first on Milktronics Online instruments.
]]>The meter is placed into a pond or a lift station, when a spill from the plant occurs the meter detects it instantly and sends a signal to the plant.
Water will be consider clean and show 0NTU whereas a spill will show 20000NTU for skim milk as an example.
The ROI is very fast on this product
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]]>The post High temperature turbidity appeared first on Milktronics Online instruments.
]]>The best way to reduce the costs is to reduce the waste, to reduce the waste the process needs to be monitored. The timers usually used for phase transition must be replaced by optical sensors. The turbidity meter device is the best, easiest and most affordable way to accomplish this task.
The payback is usually within a few weeks depending of the application.
High temperature 300°F continuous, 320°F for 20 minutes
Perfect for aseptic processes
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]]>The post Multi wavelength sensor appeared first on Milktronics Online instruments.
]]>3 distinct wavelengths can work together in this sensor.
Backscattering principle.
The applications are:
The post Multi wavelength sensor appeared first on Milktronics Online instruments.
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