Coal surge bin I
Level measurement and point level detection in the coal surge bin
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Process data
Measuring task
Level measurement and point level detection
Measuring point
Surge bin
Measuring range up to
15 m
Medium
Soft coal and hard coal
Process temperature
-40 … +50 °C
Process pressure
0 … 0 bar
Special challenges
Large measuring ranges, dust exposure and intense filling noise
Application
In a typical coal power plant, lignite (soft coal) and anthracite (hard coal) are stored temporarily in bins up to 15 meters high. To ensure that the coal belts are continuously loaded without interruption, a robust and reliable level measuring system is required. Additional point level detectors are used to prevent any overfilling of the bins.
Your benefit
Reliable
Consistent measurement even during filling
Cost effective
Efficient use of the entire container capacity
User friendly
Simple mounting and setup
Recommended Products
VEGAPULS 67
Non-contact level measurement with radar in the coal surge bins ensures uninterrupted loading of the coal belts
- Non-contact, maintenance-free measurement
- High measurement certainty despite extreme dust generation
- High operational reliability ensured through noise immunity
Measuring range - Distance
15 m
Process temperature
-40 ... 80 °C
Process pressure
-1 ... 2 bar
VEGACAP 65
Robust capacitive sensors for point level detection prevent overfilling in the coal bunkers
- Shortenable probes for high flexibility
- Very long service life and low maintenance due to robust design
- Reliable switching point ensured through large sensing weight
Process temperature
-50 ... 200 °C
Process pressure
-1 ... 64 bar
Version
Cable ø 6 mm with screening tube without weight
Cable ø 6 mm with screening tube and gravity weight
Cable ø 6 mm with gravity weight
Cable ø 8 mm with abrasion protection without weight
Cable ø 8 mm with abrasion protection and gravity weight
Cable ø 8 mm with gravity weight
PA cable ø 12 mm with screening tube and gravity weight
US 13130 
GB 10962 
AU 9271 
CA 8883 
IE 5385 
CN 3827 
NZ 3536 
BR 1764 
