Thermo Scientific DensityPRO, Application Manual

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DensityPRO Specific Parameters
Parameter Type R/W Description
MEA3_READ CON R/W The measurement type for measurement 3.
If the material type is slurry:
0 = inactive
13 = bulk volume flow
14 = solids volume flow
15 = carrier volume flow
If the material type is solution:
0 = inactive
13 = bulk volume flow
14 = solute volume flow
15 = solvent volume flow
If the material type is single phase:
0 = inactive 13 = bulk volume flow
If the material type is emulsion:
0 = inactive
13 = bulk volume flow
14 = fluid_2 volume flow
15 = fluid_1 volume flow
MEA3_READOUT S R The value of measurement 3.
MEA4_READ CON R/W The measurement type for measurement 4.
If the material type is slurry:
0 = inactive
10 = bulk mass flow
11 = solids mass flow
12 = carrier mass flow
16 = bulk solids flow
If the material type is solution:
0 = inactive
10 = bulk mass flow
11 = solute mass flow
12 = solvent mass flow
16 = bulk solute flow
If the material type is single phase:
0 = inactive 10 = bulk mass flow
If the material type is emulsion:
0 = inactive
10 = bulk mass flow
11 = fluid_2 mass flow
12 = fluid_1 mass flow
MEA4_READOUT S R The value of measurement 4.
MEASURE1_AT_MAX_IOUT CON R/W The measurement 1 value that represents the maximum current output.
MEASURE1_AT_MIN_IOUT CON R/W The measurement 1 value that represents the minimum current output.
MEASURE2_AT_MAX_IOUT CON R/W The measurement 2 value that represents the maximum current output.
MEASURE2_AT_MIN_IOUT CON R/W The measurement 2 value that represents the minimum current output.
MEASURE3_AT_MAX_IOUT CON R/W The measurement 3 value that represents the maximum current output.
MEASURE3_AT_MIN_IOUT CON R/W The measurement 3 value that represents the minimum current output.
MEASURE4_AT_MAX_IOUT CON R/W The measurement 4 value that represents the maximum current output.
C-12 DensityPRO with F
OUNDATION
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