Reactor with fruit concentrate
Density measurement in the pipeline
Density measurement in the pipeline
Process data
Measuring task:
Density measurement
Measuring point:
Pipeline
Measuring range up to:
1000 ... 1400 kg/m³
Medium:
Fruit concentrate
Process temperature:
95 ... 115 °C
Process pressure:
1 … 3 bar
Special challenges:
Non-contact density measurement at high temperatures
Application
The reactor is filled with concentrated fruit juice and heated. In order to achieve a higher density, the water content is reduced through evaporation. As soon as the required Brix (density) value is reached, the syrupy fruit juice concentrate is pumped out. The concentrate is then pumped over to a filling machine to be stored in barrels or to a cooling machine where it is hardened and granulated. Reliable density measurement is used to monitor quality in the production process.
Your benefit
Reliable
Reliable measuring results guarantee consistent quality
Cost effective
High system availability thanks to maintenance-free sensor
User friendly
Simple installation with clamping system and additional heat protection
Recommended products
MINITRAC 31
Radiometric sensor for density measurement in pipelines
- Reliable density measurement guarantees consistent product quality
- Exact measuring results independent of process conditions and media properties
- Compact sensor allows easy installation
Measuring range - Distance
-
Process temperature
-40 ... 60 °C
Process pressure
-
VEGASOURCE 31
Source holder houses a radiation capsule and protects it from the external environment
- Minimal space requirement and simple mounting
- Operational safety through mechanical or pneumatic closing system
- Comprehensive shielding also allows use without a control area
- The radiation is carefully focused into a defined beam angle
Ambient temperature
-20 ... 80 °C
Mounting bracket KV 31
Mounting bracket for simple installation on pipelines
- Simple mounting of MINITRAC and VEGASOURCE
- Adaptable to different pipe diameters
- Optional heat protection insulating material, to protect the detector from overheating
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