Customization: | Available |
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Material: | Carbon Steel/Stainless Steel |
Usage: | for Manufacture, Clay Sand Kiln |
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The 6-11 series proudly boasts an array of exceptional characteristics including high efficiency, a consistently flat performance curve, enhanced wear resistance, and unmatched work stability.
Delivering superior performance, this powerhouse can output high pressure with remarkable ease.
Expertly designed for versatility, it is perfect for transporting both normal and high temperature non-flammable gases, various particles, powders, debris, fibrous materials, and more.
These fans are indispensable for large-scale industrial systems such as expansive dust removal systems, sophisticated industrial desulfurization and denitrification operations, large-scale industrial boiler systems, and sprawling industrial rotary kilns, as well as calcining kiln systems, and mineral powder sintering applications like sintering machines.
1. Capable of delivering superior outlet pressure while operating seamlessly in high temperature mediums, it is well-suited for any industrial need that involves transporting high pressure & high temperature gases.
2. Tailored to meet specific customer performance requirements with customized design and enhanced by advanced CFD technology, it ensures lower energy consumption compared to similar models.
3. For crafting the impeller andmain spindle, we meticulously select high-strength carbon steel, low-alloy steel, high-temperature alloy steel, or high temperature high-strength alloy steel tailored to specific working conditions of temperature and speed, ensuring the impeller and main spindle retain reliable strength at high temperatures.
4. For dusty gas environments, we cater to a spectrum of conditions from minimal to massive dust presence. Through specialized surface treatment, the blade surface hardness can reach an impressive HRC60~70, extending the impeller's lifespan by more than 3 times.
5. The precise and moderate bonding of components ensures superior sealing performance, maintaining output pressure integrity.
6. Post-annealing treatment completely eradicates internal stress from welding, preventing impeller creep and cracking.
7. Rigorous ultrasonic flaw detection on welding seams and the main spindle of the impeller guarantees freedom from defects and reinforces strength.
8. The impeller undergoes a meticulous dynamic balancing adjustment to ensure the fan operates with unwavering stability.
9. A thorough test assembly post-production eliminates potential component interference.
10. Comprehensive on-site arrangement and guidance services are available.
Application |
Temperature |
Normal temperature Air |
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Hot Air |
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Air composition |
Clean air |
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Dusty air |
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Powder materials |
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Light particle materials |
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Performance |
Impeller diameter |
3150 |
mm |
Speed of mainshaft |
888 |
rpm |
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Pressure range |
4700~9089 |
Pa |
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Flow range |
149821~369830 |
m3/h |
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Structure |
Blade |
Backward |
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Impeller Support |
SWSI (Single Width, Single Inlet), |
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Drivetrain |
Coupling drivetrain |
Can assign |
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Lubrication |
Oil bath lubrication |
Can assign |
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Bearing cooling |
Air cooling or Circulating Water cooling |
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System |
Motor |
SIEMENS, ABB, SIMO, LA… |
Can assign |
Impeller |
Carbon steel |
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Impeller cone (Air Inlet) |
Carbon steel |
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Case |
Carbon steel |
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Air damper |
Carbon steel |
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Main shaft |
High-strength carbon structural steel |
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Bearing |
FAG, SKF, ZWZ, C&U… |
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Bearing housing |
Cast iron |
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Drivetrain |
Coupling |
Can assign |
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Foundation bolt |
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Optional |
System base frame, Protective screening, |