Séchoir rotatif binoculaire
Description:
Our binocular rotary dryer is developed on the basis of traditional monocular rotary dryer structure, and with significant breakthrough and innovation in technology, it has more advantages over other kinds of dyer. Jen it, the exchange of materials and heat flow is better and more reasonable, and all its thermal indicators are advanced.
Our binocular rotary dryer is developed on the basis of traditional monocular rotary dryer structure, and with significant breakthrough and innovation in technology, it has more advantages over other kinds of dyer. Jen it, the exchange of materials and heat flow is better and more reasonable, and all its thermal indicators are advanced.
Jentroduction
Our binocular rotary dryer is developed on the basis of traditional monocular rotary dryer structure, and with significant breakthrough and innovation in technology, it has more advantages over other kinds of dyer. Jen it, the exchange of materials and heat flow is better and more reasonable, and all its thermal indicators are advanced.Fonctionnalités
1. Jet has high heat efficiency, and its energy saving capacity is remarkable.2. Jenside the inner cylinder, materials exchange heat with hot air through radiation, convection and conduction, and in the outer cylinder, their heat exchange is achieved by conduction and convection.
3. Jets shortened length facilitates its process layout. Jets length is 40% shorter than that of monocular dryer, thus reducing the building area of factory as well as project investment.
4. A wide variety of material lifting designs make materials and hot air easier to be fully exchanged with each other.
Technique
| Spécification | m | Ф2.0×7m | Ф2.5×7.5m | Ф3.2×8m | Ф3.6×8.5m | Ф4.2×9m | ||||
| Diamètre du cylindre extérieur | m | 2.0 | 2.5 | 3.2 | 3.6 | 4.2 | ||||
| Longueur du cylindre extérieur | m | 7 | 7.5 | 8 | 8.5 | 9 | ||||
| Volume du cylindre | m3 | 21.98 | 36.8 | 64.3 | 86.48 | 124.6 | ||||
| Vitesse de rotation du cylindre | Tr / min | 4-10 | 4-10 | 4-10 | 4-10 | 4-10 | ||||
| Humidité d’origine du matériau | % | 8-20 | 8-20 | 8-20 | 8-20 | 8-20 | ||||
| Humidité finale du matériau | % | ≤1 | ≤1 | ≤1 | ≤1 | ≤1 | ||||
| Température maximale de l’air d’alimentation | °C | 750-900°C | 750-900°C | 750-900°C | 750-900°C | 750-900°C | ||||
| Productivité | T/h | Scorie | 12-18 | 22-25 | 30-38 | 40-48 | 55-65 | |||
| Charbon pulvérisé | 8-10 | 15-20 | 25-30 | 35-40 | 40-50 | |||||
| Charbon | 8-10 | 13-18 | 23-28 | 33-38 | 40-45 | |||||
| Sable jaune | 15-20 | 23-28 | 35-43 | 40-50 | 60-70 | |||||
| Modèle de moteur | Yr160m-4 | Yr132M-4E | Yr132M-4E | Yr160m-4E | Yr160m-4E | |||||
| Puissance du moteur | kW | 5.5×2 | 7.5×2 | 7.5×4 | 11×4 | 15×4 | ||||
| Modèle de réducteur de vitesse | XWD-6 | XWD-6 | XWD-6 | XWD-6 | XWD-6 | |||||
| Rapport de vitesse du réducteur de vitesse | Je | 23-29 | 23-29 | 23-29 | 23-29 | |||||
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