Integration Into A Profibus Network; Block Model; Assignment Of The Measured Values In The Function Blocks - Endress+Hauser Proline Cubemass C 100 PROFIBUS DP Operating Instructions Manual

System integration
52
9.3

Integration into a PROFIBUS network

9.3.1

Block model

• Physical block
• Function blocks
• Analog Input Block
• Analog Output Block
• Discrete Input Block
• Discrete Output Block
• Totalizer Block
Technical values for the individual blocks →  110
9.3.2

Assignment of the measured values in the function blocks

The input value of a function block is defined via the CHANNEL parameter.
Analog Input 1 to 8 (AI)
Channel Measured variable
33122 Volume flow
32961 Mass flow
33093 Corrected volume flow
708 Flow velocity
901 Target mass flow
793 Carrier mass flow
32850 Density
33092 Reference density
794 Concentration
1039 Dynamic viscosity
1032 Kinematic viscosity
904 Temperature compensated dynamic viscosity
905 Temperature compensated kinematic viscosity
33101 Temperature
263 Carrier pipe temperature
1042 Electronic temperature
1066 Oscillation frequency 0
1067 Oscillation frequency 1
1124 Oscillation amplitude 0
876 Oscillation amplitude 1
1062 Frequency fluctuation 0
1063 Frequency fluctuation 1
1117 Oscillation damping 0
1118 Oscillation damping 1
1054 Tube damping fluctuation 0
1055 Tube damping fluctuation 1
1125 Signal asymmetry
Proline Cubemass C 100 PROFIBUS DP
Endress+Hauser