Y5-47 Series: Industrial Blowers for Fume & Dust Control
In demanding industrial environments such as power generation, cement production and chemical processing, efficient and reliable air handling is critical for operational safety, efficiency and environmental compliance. The Y5-47 Industrial Blower, a robust centrifugal induced draft fan engineered by Senotay.It is designed specifically to meet these challenges. It serves as a vital component in boiler systems, expertly extracting high-temperature flue gases and maintaining optimal furnace pressure to ensure complete combustion and safe operation.
The Y5-47 model line is built to handle significant loads, with standard models offering an air volume range from 1,323 to 48,410 m³/h and total pressures from 1,049 Pa to 2,824 Pa. Powered by robust electric motors ranging from 2.2 kW to 110 kW and these blowers are optimized for efficiency and longevity. This direct experience ensures the Y5-47 is built for real-world conditions that is also capable of handling gas temperatures up to 250°C and achieving operational efficiencies exceeding 85% in configured systems.
We hold ISO 9001:2015 for our Quality Management System and CE Marking for compliance with European machinery safety directives.
Product Descriptions: Durable Blower Systems for Harsh Industrial Environments
The Y5-47 Industrial Blower series is defined by its versatile performance, robust construction and efficient design. Below are the key specifications that showcase its capabilities as a premier industrial blower.
· Expansive Performance Range: The Y5-47 series includes numerous model sizes (e.g. No. 3.15C to No. 12.5D) to precisely match system requirements. This flexibility allows for optimized selection with ensuring you get the right airflow and pressure without wasting energy.
· High-Efficiency Aerodynamic Design: Featuring backward-curved impeller blades with the Y5-47 is engineered for high aerodynamic efficiency and with some models achieving an internal efficiency of over 86.5% at the optimal working point. This translates directly to lower energy consumption and reduced operational costs more or less.
· High-Temperature Operation: Standard models are constructed to handle continuous gas temperatures up to 250°C (482°F). This makes the Y5-47 ideal for induced draft applications in industrial boilers ranging from 0.5 to 35 tons/hour that is as well as in cement production kilns and metallurgical furnaces.
· Robust Construction for Harsh Environments: The fan housing is constructed from heavy-gauge Q235 carbon steel with options for 304 or 316 stainless steel for corrosive environments. The impeller is dynamically balanced to G6.3 standards to minimize vibration and ensure smooth and quiet operation.
Core Components of Y5-47 industrial blower for Environments protections
The durability and performance of the Y5-47 industrial blower are rooted in its high-quality, industrial-grade components, each engineered for a specific function under rigorous quality controls.
1. Impeller
o The core of the fan is a dynamically balanced impeller featuring backward-curved blades. This design is key to achieving high efficiency and a stable performance curve and it preventing motor overloading.
o Constructed from high-strength steel plates with optional wear-resistant coatings or material upgrades for highly abrasive streams.
2. Casing and Structural Frame
o The volute casing is constructed from thick steel plates that is precision-rolled and welded to form an aerodynamic scroll that efficiently converts velocity into static pressure.
o A heavy-duty structural base frame ensures alignment is maintained under thermal expansion and vibrational loads along with providing long-term stability.
3. Drive and Bearing Assembly
o The system offers both direct drive (D-type) for compact installations and belt drive (C-type) for speed flexibility.
o Heavy-duty with pre-lubricated bearings are selected for a rated L-10 life exceeding 100,000 hours and that aslo ensuring minimal maintenance and reliable support for the rotor assembly.
4. Shaft and Sealing System
o A machined and heat-treated carbon steel shaft provides the necessary torsional strength.
o Effective shaft seals prevent the ingress of dust and contaminants into the bearing housing and protecting critical components and extending their service life.
How It Works & Lifespan: Engineered for Long-Term, Reliable Service
Operating Principle: Efficient Gas Handling
The Y5-47 Industrial Blower operates on the principle of centrifugal force to move air and gases:
1. Gas Intake: Flue gas or air is drawn axially into the eye of the rotating impeller.
2. Energy Transfer: As the gas passes through the rotating impeller, it is accelerated radially outward. The impeller's blades impart kinetic energy with increasing the gas's velocity and pressure.
3. Pressure Conversion: The high-velocity gas then enters the volute-shaped casing, where it is decelerated. This diffusion process efficiently converts the kinetic energy (velocity) into static pressure.
4. System Exhaust: The pressurized gas is then discharged from the outlet flange into the downstream system as such as a chimney or pollution control device and creating the necessary draft for the boiler or process to function safely.
Component | Expected Service Life* | Key Maintenance Actions & Schedule |
Impeller & Blades | 10 - 15+ Years | Inspect for erosion, corrosion, and material buildup every 6 months; perform dynamic balancing if vibration increases. |
Bearings & Shaft | 5 - 10 Years | Lubricate as per schedule (quarterly checks); monitor temperature and vibration weekly. |
Drive Assembly | 7 - 15+ Years | Check belt tension and alignment monthly (for C-type); for direct drive, check coupling condition annually. |
Casing & Structure | 15 - 25+ Years | Perform a visual inspection for corrosion and structural integrity during annual shutdowns. |
Proactive Maintenance Schedule:
· Daily (5 mins): for daily mainatinance please look and Listen for unusual noises then perform a visual check for excessive vibration.
· Weekly (15 mins): Please Check bearing temperature and lubricant levels and inspect for air leaks at casing connections.
· Annually (8-16 hours): Kindly Conduct a full shutdown inspection. This includes internal cleaning and detailed measurement of impeller clearances and a comprehensive review of all structural and mechanical components.
Detailed Technical Specifications (Y5-47-6D)
Parameter | Specification Value | Tolerance | Compliance Standard | Test Method |
Model Number | Y5-47-6D | — | — | ISO 1328-1 |
Reduction Ratio | 1:1.25 | ±1.5% | ISO 6336 | ISO 18653-1 |
Input Power (kW/HP) | 18.5 kW / 25 HP | ±3% | IEC 60034-1 | IEC 60034-2-1 |
Input Speed (RPM) | 2,930 | ±10 RPM | ISO 13752 | ISO 19223 |
Output Torque (Nm) | 60.5 | ±4% | DIN 3996 | DIN 51505 |
Efficiency (%) | 87.2 | ±1.8% | ISO 12756 | ISO 14857 |
Backlash (arcmin) | 4.2 | ≤4.5 arcmin | ISO 6336-7 Class 9 | ISO 1328-2 |
Housing Material | High-strength cast steel (Q235B) | — | ISO 10832 | ISO 6506-1 |
Gear Material | Carburized alloy steel (20CrMnTi) | — | ISO 6336-7 Class 10.9 | ASTM E930 |
Lubrication Type | Synthetic oil (ISO VG 220) | — | ISO 8068 | ASTM D445 |
Sealing Type | Double-lip seals with labyrinth | — | IP55 | ISO 10685-1 |
Mounting Configuration | Base-mounted (ISO 10816) | — | ISO 2177 | ISO 10816-3 |
Shaft Configuration | Solid carbon steel (45#) | ±0.025 mm | ISO 4401 | ISO 286-2 |
Cooling Method | Forced air cooling | — | ISO 12953 | ISO 3408-3 |
Operating Temp. Range | -40°C to +350°C (-40°F to +662°F) | — | ISO 3457 | ISO 10218-1 |
Noise Level (dB) | 64 dB(A) | ±1.8 dB | ISO 11201 | ISO 3744 |
Vibration Standards | ISO 10816-3 Class S1 | ≤2.5 mm/s | ISO 10816-3 | ISO 10816-1 |
Weight | 585 kg (1,290 lbs) | ±7 kg | ISO 1995 | ISO 5349-1 |
Dimensions (LxWxH) | 1,280 x 850 x 1,020 mm (50.4 x 33.5 x 40.2 in) | ±1.5 mm | ISO 2768-mK | ISO 2768-1 |
Protection Class | IP55 | — | IEC 60529 | IEC 60529-2 |
Certifications | ISO 9001:2015, CE Marking | — | — | ISO/IEC 17025 |
Warranty & Service Life | 3 years / 18,000 operating hours | — | — | ISO 13818 |
Customization Options | Special impeller coatings, high-temperature bearings, stainless steel construction | — | — | ISO 15744 |