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TZX high efficiency double rotor powder separator
TZX High-Efficiency Twin-Rotor Powder Classifier
Features
1. Utilizes a combined propeller spreader. This spreads the material evenly and fully, generating an updraft that causes the material particles on the spreader to boil and disperse, making the material easier to classify.
2. Advanced classification principle. It utilizes a combination of gravity centrifugal force and cyclonic vortex multiple classification fields, resulting in high classification accuracy.
3. The lower cage rotor helps lift accumulated particles, increasing classification capacity and effectively reducing the fine powder content in the coarse powder.
4. Optimized design of the powder classification area. The spatial extent of the lifting area improves powder classification efficiency.
5. Optimized internal design of the machine includes various anti-condensation devices, including an elastic sweeper, for excellent anti-condensation performance.
1. Utilizes a combined propeller spreader. This spreads the material evenly and fully, generating an updraft that causes the material particles on the spreader to boil and disperse, making the material easier to classify.
2. Advanced classification principle. It utilizes a combination of gravity centrifugal force and cyclonic vortex multiple classification fields, resulting in high classification accuracy.
3. The lower cage rotor helps lift accumulated particles, increasing classification capacity and effectively reducing the fine powder content in the coarse powder.
4. Optimized design of the powder classification area. The spatial extent of the lifting area improves powder classification efficiency.
5. Optimized internal design of the machine includes various anti-condensation devices, including an elastic sweeper, for excellent anti-condensation performance.
High efficiency double rotor powder separator description
TZX High-Efficiency Twin-Rotor Powder Classifier
Features
1. Utilizes a combined propeller spreader. This spreads the material evenly and fully, generating an updraft that causes the material particles on the spreader to boil and disperse, making the material easier to classify.
2. Advanced classification principle. It utilizes a combination of gravity centrifugal force and cyclonic vortex multiple classification fields, resulting in high classification accuracy.
3. The lower cage rotor helps lift accumulated particles, increasing classification capacity and effectively reducing the fine powder content in the coarse powder.
4. Optimized design of the powder classification area. The spatial extent of the lifting area improves powder classification efficiency.
5. Optimized internal design of the machine includes various anti-condensation devices, including an elastic sweeper, for excellent anti-condensation performance.
High efficiency double rotor powder separator Technical Sheet
| Equipment specifications | TZX-400 | TZX-500 | TZX-6O0 | TZX-70O | TZX-800 | TZX-900 | TZX-1000 | |
| Hourly output （th) | Cement | 12-16 | 18-22 | 20-26 | 28-35 | 45-54 | 64-76 | 85-105 |
| raw materials | 16-20 | 21-28 | 30-35 | 35-46 | 55-65 | 80-90 | 110-130 | |
| Product fineness 80 um Screening residue） | Cement | 2-6 | 2-6 | 2-6 | 2-6 | 2-6 | 2-6 | 2-6 |
| Raw material | 8-10 | 8-10 | 8-10 | 8-10 | 8-10 | 8-10 | 8-10 | |
| Spindle speed | 190-380 | 19D-38D | 150-350 | 130-320 | 130-320 | 130-320 | 110-280 | |
| spindle motor | Model | YCTL180-4A | YCTI 200-4B | YCTL225-4A | YCTI 225-4B | YOTL280-4A | YCTL315-4A | YCTL335-4A |
| Speed（t/min） | 125-1260 | 125-1250 | 125-1250 | 132-1320 | 132-1320 | 132-1320 | 132-1320 | |
| power〔Kw〕 | 4 | 7.5 | 11 | 15 | 22 | 37 | 55 | |
| Circulation fan | MODEL | SCFN 8C | SCFN 8C | SCFN 10C | SCEN: 12.5C | SCFN 12.50 | SCFNo 16B | SCFNo 16D |
| Air volume（m3/h） | 21373 | 32427 | 39437 | 67650 | 75200 | 91200 | 168000 | |
| wind pressure（Pa) | 2367 | 2302 | 2302 | 2355 | 2325 | 2479 | 2700 | |
| motor | Y180-2 | Y200L2-2 | Y225M-4A | Y250M-4A | Y280S-4 | Y300L-6 | Y300K-6 | |
| power [Kw] | 15-18.5 | 22-30 | 37 | 55 | 75 | 110 | 132 | |
