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Technical specifications

Components Fat, protein, lactose, total solids (TS), solids non fat (SNF).
Other components are constantly being developed.  
Analysis time 30 seconds as default.
Repeatability

≤ 0.25 % CV1 (fat, protein, lactose, TS and SNF in milk).

 0.25 % CV (fat, protein, lactose, TS and SNF in milk).
Accuracy (%Cv)

≤ 1.0 % (fat, protein and lactose).
≤ 0.8 % (TS and SNF).

Sample temperature
3-65°C default 120 samples per hour.
Sample volume < 3 ml default per sample.
Optical system Hermetically sealed, humidity controlled.
Pipette  Pipette for manual sample control and slope and intersept control/adjustment samples.
Cleaning Automatic and programmable clean and zero. ProcesScan™ FT is designed for total CIP cleaning together with process.
Calibration
routines
Slope and intercept adjustment based on PLS (Partial Least Squares calibration). 
Enclosure Cabinet of stainless steel with a sealing according to IP65 (Nema4). 
Dimensions Approx. 1660 * 600* 550 mm (H*W*D exc. PC) including height of foot stand.
Weight Approx. 215 kilo.
Power supply 100-240 VAC +/- 10%, 50-60 Hz, installation category II.
Power consumption Max 600 VA.
Ambient temperature 5 - 40 °C.
Ambient humidity < 93% RH, cyclic up to 100% RH when going from low to high ambient temperature.
Pollution degree  2.
Noise level < 70 dB(A) (measured when the instrument is analysing in 1.6 m level and 60 sec. equivalent).
Pressure in process line > 0 and < 10 Bar. Pressure peaks of < 20 Bar is accepted.
Free air in process line ≤ 10%.
Product viscosity  Less than that of 38% cream at 5 °C.
Mechanical environment For best performance the instrument must be placed on a stable surface away from excessive and continuous vibration.
EMC environment The instrument meets the EMC regulations, but the linear motor in the interferometer can be affected in strong magnetic fields, so do not place the instrument near strong magnetic fields.
 Operator interface  PC.

1Coefficient of variation is equal to standard deviation divided by average component level of samples tested multiplied by 100.


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