About SISW Centrifugal Blower 380 MM X 150 MM
SISW Centrifugal Blower 380 MM X 150 MM
SISW CENTRIFUGAL BLOWER
| SL.NO |
CATALOGUE NO |
MILLIMETERS |
INCHES |
BORE SIZE |
MATERIAL |
| |
|
OD X HT X ID |
OD X HT |
MM & INCHES |
|
| 30 |
ETIP 15 60 |
380 X 150 X 300 |
15 X 6 |
30 MM & 1.25 INCHES |
AL. / GI. |
ALL BLOWERS ARE STATICALLY & DYNAMICALL BALANCED.
- THE ABOVE MENTIONED PRICES ARE FIXED - NON NEGOTIABLE - BY REQUEST.
- Please describe the bore size , shaft size of Blower accurately in MM or INCHES.
- As per the requirements of blowers, Bore Sizes available are : - Millimeters MM : - 6, 8, 11, 14, 15, 16, 19, 20, 24, 25, 30, 40, 50, 75 & 90 INCHES: - 5/16, 1/2, 5/8, 3/4, 1, 1.5, 2, 3.0, & 3.5
- TERMS AND CONDITIONS APPLY.
- FEEL FREE TO CONTACT US FOR YOUR SPECIAL REQUIREMENTS.
Versatile Industrial ApplicationsDesigned for high-volume air movement, the blower is effective in ventilation systems, HVAC projects, and industrial environments. Its flexibility in discharge direction and inlet size allows customized integration into various airflow setups, making it suitable for factories, workshops, and warehouses.
Durable Construction & Reliable PerformanceBuilt from mild steel with powder coating, this blower ensures long-term corrosion resistance and stability. Its continuous processing ability and air-cooled system enable reliable performance even in demanding ambient temperatures, with an efficiency of up to 75%.
Ease of Installation and OperationThe base-mounted design simplifies installation, compatible with both direct and belt drive mechanisms, and offers straightforward electrical connectivity on 415 V AC. Semi-automatic controls ensure both ease of operation and consistent air handling output.
FAQs of SISW Centrifugal Blower 380 MM X 150 MM:
Q: How can the SISW Centrifugal Blower be integrated into my factorys ventilation system?
A: This blower is designed for flexible installation using its base-mounted structure. The inlet size and discharge direction can be customized as per your requirements, allowing seamless integration into existing ventilation or HVAC setups in factories, workshops, or warehouses.
Q: What are the operational benefits of the backward curved impeller with 8 blades?
A: The backward curved impeller enhances air flow stability and efficiency, providing reduced noise and greater resistance to clogging. Its design supports high capacities (40005000 m/hr) while maintaining a static pressure up to 60 mm WG, which is ideal for industrial air circulation.
Q: When is direct drive preferable over belt drive for this blower?
A: Direct drive is recommended for applications requiring lower maintenance and improved efficiency, particularly where precise speed control is not essential. Belt drive offers flexibility for adjusting fan speed or when accommodating specific onsite requirements.
Q: Where is this centrifugal blower manufactured and available for supply?
A: The SISW Centrifugal Blower is manufactured and supplied throughout India by certified manufacturers, suppliers, traders, and wholesalers, ensuring broad availability for domestic industrial customers.
Q: What process is involved in installing the blower, and what power requirements should be considered?
A: Installation involves securing the blower to a stable base, connecting the appropriate drive system, and wiring to a 415 V AC power source. The unit operates efficiently with a maximum motor power of 3 HP, allowing continuous air handling up to ambient temperatures of 60C.
Q: How does the blowers corrosion-resistant, powder-coated finish benefit long-term usage?
A: The powder-coated mild steel surface assures enhanced durability against chemical exposure and humidity, reducing maintenance needs and extending service life in industrial applications where corrosion is a concern.
Q: What measurement standards are used for this blower, and why do they matter?
A: The blowers impeller size (380 mm diameter x 150 mm width) adheres to industrial standards for optimal air delivery and consistent performance, ensuring compatibility with a wide range of ventilation and air handling systems.