DIDW Centrifugal Fan 180 MM X 254 MM

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MOQ : 12 Pieces

DIDW Centrifugal Fan 180 MM X 254 MM Specification

Power Source
Electric

Efficiency
Up to 80%

Measurement
Standard

Air Flow
1200-1800 m3/h

Temperature
Up to 60C

Orientation
Double Inlet, Double Width

Instruments Type
Blower Fan

Usage & Applications
Ventilation, HVAC, Industrial Air Handling

Automation Grade
Manual

Product Type
DIDW Centrifugal Fan

Material
Mild Steel

Cooling System
Air Cooling

Noise Level
<75 dB

Processing Time
Continuous

Capacity
High Volume Air Movement

Voltage
220-240 V

Weight
Approx. 12-15 kg

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

Surface
Powder Coated

DIDW Centrifugal Fan 180 MM X 254 MM Trade Information

Minimum Order Quantity
12 Pieces

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

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

Main Domestic Market
All India

About DIDW Centrifugal Fan 180 MM X 254 MM

DIDW Centrifugal Fan 180 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
22	ETIP 7 10	180 X 254 X 153	7 X 10	12.70 (1/2'') & 15 MM	AL. / GI.

Versatile Performance

Built for both industrial and HVAC environments, this centrifugal fan accommodates a range of air handling requirements. Its double inlet, double-width configuration ensures high airflow, while options for belt or direct drive support customized installations. The fan excels in applications demanding consistent, high-volume ventilation.

Air Movement Efficiency

With an advanced backward-curved impeller and efficient electric motor, the fan delivers up to 80% operational efficiency. It achieves static pressure between 50-120 mm WG, making it ideal for continuous usage where energy consumption and airflow must be balanced.

Durable and Adaptable Construction

Fabricated from powder-coated mild steel, this blower fan resists corrosion and wear, even in challenging industrial settings. The base-mounted design and selectable rotation direction (clockwise or counterclockwise) provide flexibility in installation, ensuring compatibility with a variety of ducting layouts.

FAQs of DIDW Centrifugal Fan 180 MM X 254 MM:

Q: How is the DIDW Centrifugal Fan 180 MM x 254 MM typically used in industrial or HVAC applications?

A: This fan is commonly installed for ventilation and air handling tasks in industrial plants, HVAC systems, and environments requiring high-volume air movement. It facilitates efficient extraction or circulation of air, contributing to optimal temperature control and air quality.

Q: What are the key benefits of the double inlet, double width (DIDW) design?

A: The double inlet, double width design increases airflow capacity and maintains uniform air distribution. This configuration maximizes efficiency, making the fan suitable for processes demanding steady, large-volume airflow such as in HVAC and industrial settings.

Q: When should I choose belt drive versus direct drive for this centrifugal fan?

A: You should select belt drive when you need flexibility in adjusting the fan speed or for applications requiring vibration isolation. Direct drive offers higher efficiency and requires less maintenance, making it ideal for straightforward operations with fixed speed requirements.

Q: Where is the best location to mount this fan for optimal performance?

A: For optimal performance, the fan should be base-mounted on a stable, level surface close to the area where immediate ventilation or air movement is needed. Ensure sufficient clearance around the fan for airflow intake and easy maintenance access.

Q: What process is involved in operating and maintaining this centrifugal fan?

A: Operation involves wiring the fan to a compatible 220240V electric supply and controlling it manually. Routine maintenance includes inspecting the impeller and drive components, cleaning the fan housing, and lubricating moving parts to sustain efficiency and prolong lifespan.

Q: How does the backward curved impeller improve the fans efficiency and noise performance?

A: The backward curved impeller design allows for smooth airflow, reducing turbulence within the housing. This results in quieter operation (below 75 dB) and improves aerodynamic efficiency, yielding higher airflow with less energy consumption.

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