| Place of Origin: | Henan China |
|---|---|
| Brand Name: | SIMO |
| Certification: | CE, ISO9001:2008,TUV |
| Model Number: | SIMO Blower 6-05 |
| Minimum Order Quantity: | 1 Set |
| Price: | 300-5000 USD |
| Packaging Details: | Export Wooden Case Packing, Steel pallet Packing |
| Delivery Time: | 15-35 Days |
| Payment Terms: | T/T, L/C, Payment Term Is Negotiable |
| Supply Ability: | 500 Sets Per Month |
| Category: | Blower | Noise: | Optional |
|---|---|---|---|
| Impeller Support: | SWSI (Single Width, Single Inlet), Impeller Overhung | Delivery Time: | 30 Days |
| Drivetrain: | V-belt Driven | Mounting: | Free Standing |
| High Light: | industrial blower fan,backward centrifugal fan |
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Backward High Volume Industrial Boiler Exhaust Heavy Duty Centrifugal Blower Fan
Introduction
The 6-05 medium-pressure series heavy duty centrifugal blower fan can meet the performance requirements of large flow and high pressure at the same time, and has the characteristics of high efficiency and low noise. It is a series centrifugal fan products with a wide range of performance.
The designed max full pressure efficiency is higher than 80% new series boiler ventilation fans and induced draft fans with the low noise.
Backward High Volume Industrial Boiler Exhaust Heavy Duty Centrifugal Blower Fan can be selected if the intake conditions are equivalent and the performance is suitable.
Backward High Volume Industrial Boiler Exhaust Heavy Duty Centrifugal Blower Fan can be used to transport normal temperature or high temperature clean gas, dusty gas, flammable gas, corrosive gas, powder or granular materials, fiber materials, etc.
Technical data
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PRODUCT PARAMETERS
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Centrifugal Fan Application
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Temperature | Normal temperature air, Hot air | |
| Air composition | Clean air, Dusty air, Corrosive gas, Combustible gas,Powder materials, Light particle materials | ||
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Centrifugal Fan Performance
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Impeller diameter | 600~800 | mm |
| Speed of mainshaft |
1500~2880 |
rpm | |
| Pressure range | 2079~10474 | Pa | |
| Flow range | 1598~10371 | m3/h | |
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Centrifugal Fan Structure
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Blade | Backward | |
| Impeller support | SWSI (Single Width, Single Inlet), Impeller overhung. | ||
| Drivetrain | V-Belt | Can assign | |
| Lubrication | Oil bath lubrication | ||
| Bearing cooling | Air cooling, Water cooling, Oil cooling | ||
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Centrifugal Fan System
Configuration |
Motor | ABB, SIEMENS, WEG, TECO, SIMO, Chinese brand… |
Can assign |
| Impeller | Q235, Q345, SS304, SS316, HG785, DB685... | ||
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Casing, Air inlet cone, Air inlet damper |
Q235, Q345, SS304, SS316, HG785, DB685... | ||
| Main shaft | 45# steel(High-strength carbon structural steel), 42CrMo, Stainless steel... | ||
| Bearing | FAG, SKF, NSK, ZWZ… | ||
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Centrifugal Fan Optional
Components |
System base frame, Protective screening,Silencer, Inlet & Outlet pipeline compensator, Inlet & Outlet flange, Damper, Electric actuator, Shock isolator, Diaphragm coupling, Fluid coupling, Motor rain cover, Temperature sensor, Vibrating sensor, Soft starter, Inverter, Special Electrical Motor,System monitoring Instrument, Lube system, Overhead lube tank etc |
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Advantages and Features
Choose the right fan type, reasonable operating condition fan parameters, preferred flow pattern ,reasonably organize the gas source, carefully designed leaf type, increase wind tongue clearance, properly reduce the fan speed, improvement volute design, design principles for purifying the flow and minimizing secondary flow losses and so on. Combined with the finite difference method numerical calculation machine air inlet and impeller wheel cover type line, and the uniformity of the flow field at the fan impeller inlet is used as the optimization criterion to optimize the air inlet. The above method is combined with the original fan impeller, volute and other optimization design methods to integrate the optimal design procedure of the impeller, the volute and the air inlet, the lower specific noise level and the smaller fan size.
