About SISW Centrifugal Blower 330 MM X 150 MM
SISW Centrifugal Blower 330 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 |
|
| 28 |
ETIP 13 60 |
330 X 150 X 250 |
13 X 6 |
25 MM & 1 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.
Robust Construction and LongevityBuilt with a 3 mm thick mild steel housing and finished with a powder-coated, anti-corrosive surface, the SISW Centrifugal Blower offers superior resistance against rust and wear. Its durable design ensures reliability even in demanding industrial and HVAC environments, while the base-mounted structure provides stable operation and easy installation.
High Efficiency and User-Friendly OperationThis blower employs a backward-curved impeller with eight blades, optimized for maximum airflow and energy efficiency. Capable of continuous, quiet operation, it meets high-capacity air movement needs up to 4500 CFM. Direct drive ensures minimal maintenance and simplifies control, making it suitable for manual and electric operation alike.
Versatile Applications in IndustryEngineered for single inlet, single width airflow, this blower adapts seamlessly to exhaust, ventilation, and air handling in factories, warehouses, and large commercial spaces. Its compatibility with HVAC systems, industrial process cooling, and general air movement makes it a preferred choice for manufacturers, traders, and wholesalers across India.
FAQs of SISW Centrifugal Blower 330 MM X 150 MM:
Q: How does the SISW Centrifugal Blower 330 MM X 150 MM operate for continuous industrial use?
A: The SISW Centrifugal Blower is designed with a direct drive and air-cooled system, ensuring consistent performance during continuous operation. Its robust construction allows it to efficiently handle demanding tasks such as industrial ventilation, HVAC systems, and air handling processes without interruption.
Q: What safety and maintenance measures should be followed for the blower?
A: Routine inspection of the fan housing, impeller, and electrical connections is recommended. The powder-coated, anti-corrosive surface and base-mounted design simplify cleaning and maintenance, while operating under ambient to 80C temperatures ensures thermal safety. Regularly check for obstructions and wear to maintain efficiency and safety.
Q: When is this blower ideal to use in industrial applications?
A: This centrifugal blower is ideal for situations requiring high airflow (up to 4500 CFM), such as large-scale ventilation, exhaust systems, air handling, and process cooling, particularly in environments where continuous and efficient operation at moderate noise levels is necessary.
Q: Where can the SISW Centrifugal Blower be installed and used?
A: It can be installed in a variety of industrial settingsfactories, commercial complexes, warehouses, and HVAC installations. The base-mounted structure and flanged connection allow for secure, adaptable setup in nearly any industrial air movement or exhaust application.
Q: What are the key benefits of using a backward-curved impeller in this blower?
A: The backward-curved impeller design ensures high efficiency and stable airflow, reducing energy consumption and delivering consistent performance. This configuration minimizes clogging and helps maintain a lower noise output compared to alternative designs.
Q: How is the SISW Centrifugal Blower supplied and what are the options for buyers in India?
A: Manufacturers, suppliers, traders, and wholesalers across India provide the SISW Centrifugal Blower. Buyers can select specifications based on their capacity, installation, and operational requirements, ensuring optimal performance for their intended applications.