Brand:VISION
MOQ:1
Quantity:60
1. The color sorter uses 2048 high performances CCD sensors with resolution up to 0.07mm².
2. The sorter adopts high quality special industrial lenses designed and manufactured for color sorting of plastic.
3. The high speed DSP technology provides the sorter with fast detection and high identification rate. The special Plastic detection algorithm is designed.
4. Master control system adopts ARM high-end embedded processor, effectively enhance control speed and color selection precision.
5. Overall unit adopts intelligent closed-loop control.
6. The operation interface adopts industrial grade 7-inch TFT contact screen and features simple parameters setting and easy operation.
7. High speed air valve is used to ensure quick response, low power consumption and long service life.
8. Sorters use intelligent temperature and air pressure control technology in order to ensure the best operative mode for the whole machine.
9. Failure alarm automation and modular construction makes easy repair.10.Business Cooperation: Most of the machine parts are imported(Altera CO.,LTD FPGA, Japan.Proface,CKD,SMC,Schneider).
10.Business Cooperation:Most of the machine parts are imported (Altera CO., LTD FPGA , Japan.Proface , CKD , SMC, Schneider , ETC.).
Model | VSN3000-C3A | VSN3000-C4A | VSN3000-C5A | VSN3000-C6A |
Channels | 192 | 256 | 320 | 384 |
Capacity (t/h) | 3.5~7 | 3.5~7 | 4.5~8 | 5~10 |
Accuracy | >99.98% | >99.98% | >99.98% | >99.98% |
Waste | <1:0.125 | <1:0.125 | <1:0.125 | <1:0.125 |
Voltage(v) | ~220V 50Hz | ~220V 50Hz | ~220V 50Hz | ~220V 50Hz |
Power(kw) | 2.5 | 2.5 | 2.8 | 3.1 |
Pressure(Mpa) | >0.6 | >0.6 | >0.6 | >0.6 |
Consumption(L/min) | 1200~3000 | 1200~3000 | 1600~3500 | 1800~3800 |
Weight(kg) | 900 | 1000 | 1200 | 1400 |
Dimension(L×W×H) | 1425×1518×1880 | 1725×1518×1880 | 2025×1518×1880 | 2325 × 1518 × 1880 |
Note:
The above parameters vary with types, shapes and grain sizes of raw material and defect rate. Please inquiry the sales manager before you choose the right color sorter.
