The 6-05 industrial centrifugal blower provides quiet operation at medium pressure while using little electricity. Here are a few of many uses for this industrial centrifugal blower.
1. Ventilation fans
2. Blower fans for air drying system
3. Cooling and heat dissipation
4. Air purification and industrial waste gas treatment
5. Draft inducers or smoke exhaust fans for industrial boilers
6. Industrial waste heat recovery
Features of Industrial Centrifugal Blower
1. Impeller blades are set at an optimal angle to the direction of rotation. This arrangement further improves blades' wear resistance and longevity.
2. Control valves can be used to freely adjust air flow and pressure. Also among options is the variable frequency drive which regulates motor speed thereby controlling air flow.
3. With the aid of the unitary base, even a layman can install this industrial centrifugal blower on any desired spot.
4. The use of computational fluid dynamics technology optimizes the blower structure, and makes it save more energy during operation.
5. Tight-fitting parts ensure a good seal, minimizing pressure loss.
6. Dynamic balancing eliminates any unbalance that might affect the running stability.
7. Each medium-pressure industrial fan needs to pass the test run and vibration check before leaving factory.
8. Various other options are available.
9. For air moving or material handling centrifugal fan applications that require high volumes of air, this industrial centrifugal blower might be your best bet as it delivers the required air pressure while producing low noise.
10. Suitable for conveying ambient air, corrosive gas, dust-laden air, lightweight particles, powders, and fibers.
Specifications
Application | Temperatures | Ambient temperatures | |
Hot Air | |||
Media | Clean air | ||
Dusty air | |||
Corrosive gas | |||
Powdery materials | |||
Lightweight particles | |||
Performance | Impeller diameter | 400-3000 | mm |
Speed of main shaft | ≤4000 | rpm | |
Pressure range | 542.3-9112 | Pa | |
Flow range | 884-321950 | m3/h | |
Structure | Blade | Backward-inclined design | |
Impeller Support | SWSI (Single Width, Single Inlet), overhung impeller. | ||
Drive type | Direct drive (with flexible coupling) | Customers can determine what kind of drive to use. | |
Lubrication | Oil bath lubrication | Customers can determine which lubrication method to use. | |
Bearing cooling | Air cooling or Circulating Water cooling | ||
System configuration | Motor | SIEMENS, ABB, SIMO, LA | Customers can specify the system configuration |
Impeller | Carbon steel | ||
Impeller cone (Air Inlet) | Carbon steel | ||
Impeller housing | Carbon steel | ||
Air damper | Carbon steel | ||
Main shaft | High-strength carbon structural steel | ||
Bearing | FAG, SKF, ZWZ, C&U | ||
Bearing housing | Cast iron | ||
Drive type | Flexible coupling | Or determined by customers. | |
Foundation bolt (anchor bolt) | |||
Options | Unitary base (a support structure), protective mesh screen, outlet pipeline expansion joint, outlet flange, motor rain cover, temperature sensor, vibration sensor, soft starter, inverter, specialized electrical motor, system monitoring instrument, lube system, overhead lube tank |