DIDW Centrifugal Fan 250 MM X 254 MM

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MOQ : 12 Pieces

DIDW Centrifugal Fan 250 MM X 254 MM Specification

Orientation
Double Inlet, Double Width

Power Source
Electric

Temperature
-10 to 55C

Efficiency
High efficiency

Air Flow
1100-1700 m/hr

Automation Grade
Manual

Usage & Applications
Ventilation, HVAC, Industrial Air Handling

Product Type
DIDW Centrifugal Fan

Material
Mild Steel

Cooling System
Air Cooled

Noise Level
Less than 85 dB

Processing Time
Continuous

Capacity
Depends on application

Voltage
220-240 V AC

Weight
Approx. 18-22 kg

Dimension (L*W*H)
250 mm x 254 mm

Surface
Powder Coated

DIDW Centrifugal Fan 250 MM X 254 MM Trade Information

Minimum Order Quantity
12 Pieces

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Paypal, Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Main Export Market(s)
Australia, North America, Eastern Europe, Middle East, Western Europe, Africa, Central America, South America, Asia

Main Domestic Market
All India

About DIDW Centrifugal Fan 250 MM X 254 MM

DIDW Centrifugal Fan 250 MM X 254 MM

DIDW CENTRIFUGAL BLOWER

SL.NO	CATALOGUE NO	MILLIMETERS	INCHES	BORE SIZE	MATERIAL
		OD X HT X ID	OD X HT	MM & INCH
40	ETIP 10 10	250 X 254X 210	10 X 10	12.70 (1/2) & 15 MM & 20 MM	AL. / GI.

Durability Meets Versatility

Constructed from high-grade mild steel and finished with epoxy & powder coating, this centrifugal fan excels in durability. Designed for over five years of service, it delivers consistent performance in environments ranging from -10C to 55C. Choose floor or base mounting for seamless installation across various settings.

Optimal Performance and Power

Equipped with a dynamically balanced impeller and supported by a heavy-duty ball bearing system, the fan ensures smooth air delivery with minimal vibration. Motor power options from 0.75 kW to 3 kW, along with adjustable speeds, offer flexibility to address diverse airflow requirementsperfect for both industrial and commercial HVAC applications.

FAQs of DIDW Centrifugal Fan 250 MM X 254 MM:

Q: How do I install the DIDW Centrifugal Fan 250 MM X 254 MM?

A: Installation is straightforward, thanks to its floor or base mounting design. Ensure the frame is securely mounted and aligned. The fan supports both rectangular and square duct connections, and can be paired with either a direct or belt drive as per your requirement.

Q: What are the key benefits of using a DIDW (Double Inlet Double Width) centrifugal fan in ventilation systems?

A: The double inlet, double width configuration maximizes airflow while maintaining compact dimensions. This design enhances efficiency, reduces noise (below 85 dB), and supports higher capacitiesmaking it ideal for industrial air handling and HVAC applications.

Q: When should maintenance be performed on this centrifugal fan?

A: Thanks to its robust construction and high-quality bearings, maintenance is minimal. Routine inspections and cleaning are typically all thats required. Easy access design allows for quick servicing, prolonging the fans operational lifespan.

Q: Where can this fan be effectively used?

A: Common usage scenarios include ventilation systems, commercial and industrial HVAC, workshops, and various facilities needing reliable air movement. Its durability and flexibility make it suitable for both new installations and retrofit projects across India.

Q: What is the process for selecting the appropriate motor power and speed for my application?

A: Motor selection depends on your air volume and static pressure requirements. Available options range from 0.75 kW to 3 kW, with operational speeds between 1450 and 2850 RPM. Its recommended to evaluate your ducting and airflow needs, then consult with the supplier or manufacturer for optimal matching.

Q: How does the fan contribute to improved energy efficiency?

A: The fan boasts a high-efficiency mild steel impeller and is designed for minimal energy loss. Its dynamically balanced construction ensures smooth operation, reducing power consumption while delivering the required air flowresulting in lower electricity costs for continuous use.

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