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The sensor at the bottom of the feeder, combined with millisecond-level weight feedback information, greatly improves the accuracy and stability of the feeding. The modular design is adopted in the structure to make the feeding part easy to disassemble, easy to clean, replace and maintain. Horizontal mixing and optional vertical mixing design have high anti-bridging performance. Different models adopt universal screw interface, which can easily replace different models of screws, realizing a wider feeding range of a device. The accuracy of powder feeding can be within ±0.3%.
|
Model |
Output |
Dosing accuracy |
|
D-FEEDER-10 |
10Kg/h |
±0.3% |
|
D-FEEDER-60 |
60Kg/h |
±0.3% |
|
D-FEEDER-200 |
200Kg/h |
±0.3% |
|
D-FEEDER-600 |
600Kg/h |
±0.3% |
D-DEEDER-200
- Size: 7 inch, 10 inch, 15 inch;
- Support production data recording, hierarchical password protection, Recipe Storage Recall，alarm viewing and other functions.
- Made of stainless steel 201, capacities: 7L, 15L, 30L;
- Equipped with a magnetic spring switch and a shut-off valve.
- Capacity: 15L, 30L;
- Equipped with an independent backwash gas tank, coupled with efficient membrane filter bags, pulse solenoid valve controls timed backwash to ensure long-term stable material suction feeding.
- Power: 7.5kW,11kW;
- Double Stage High pressure vacuum pump, suction power is 30% higher than ordinary single-section wind pump, adapting to long-distance conveying;
- Equipped with a recoil device to reduce cleaning frequency.
- Strong magnetism, effectively adsorb and capture the iron impurities in the raw materials;
- Visualization design, easy to observe the flow of raw materials;
- Easy to disassemble structure, easy to clean.
- Increase the pressure to reduce the unloading blockage caused by on-line recycling of edge materials;
- Autostart;
- Adjustable screw RPM.
Our loss-in-weight feeders achieve accuracy of ±0.3% to ±0.5%, while the volumetric series achieves ±1%. This is ensured through three key factors: first, the use of high-precision sensors from Siemens/Schneider; second, proprietary algorithm software for real-time compensation; and third, pre-shipment calibration testing of materials in a temperature-controlled laboratory.
The Ultimate model is the highest precision model, with a precision of ±0.3%.
The Ultimate model is the highest precision model, with a precision of ±0.3%.
