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DIDW Centrifugal Fan 151 MM X 228 MM

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MOQ : 5 Pieces

DIDW Centrifugal Fan 151 MM X 228 MM Specification

Max Pressure
350 Pa

Output Power
0.75 kW

Pressure Range
200-350 Pa

Flow Rate
1000 m3/h

Motor Power
1 HP

Power
0.75 kW

Life Span
10 Years

Product Type
Centrifugal Fan

Material
Mild Steel

Capacity
1000 CFM

Pressure
350 Pa

Frequency (MHz)
50 Hz

Motor Speed
2800 RPM

Noise Level
<=75 dB

Power Source
Electric

Voltage
220-240 V

Weight
7.5 kg

Dimension (L*W*H)
151 mm x 228 mm

Color
Grey

Bearing Type
Sealed Ball Bearing

Temperature Range
-10C to 60C

Impeller Type
Forward Curved

Mounting Type
Base Mounted

Insulation Class
Class F

Rotation
Clockwise/Counterclockwise

Blower Type
Double Inlet Double Width (DIDW)

No. of Blades
12

Enclosure
Totally Enclosed

DIDW Centrifugal Fan 151 MM X 228 MM Trade Information

Minimum Order Quantity
5 Pieces

Payment Terms
Cash in Advance (CID), Cash on Delivery (COD), Cash Advance (CA), Cash Against Delivery (CAD)

Sample Available
Yes

Main Export Market(s)
Middle East, Asia

Main Domestic Market
All India

About DIDW Centrifugal Fan 151 MM X 228 MM

DIDW Centrifugal Fan 151 MM X 228 MM

DIDW CENTRIFUGAL BLOWER

SL.NO	CATALOGUE NO	MILLIMETERS	INCHES	BORE SIZE	MATERIAL
		OD X HT X ID	OD X HT	MM & INCH
11	DP 6 90	151 X 228 X 122	6 X 9	12.70 (1/2'') & 15 MM	AL. / GI.

Designed for Heavy-Duty Industrial Use

Engineered to meet the rigorous demands of industrial ventilation and HVAC settings, this centrifugal fan excels in environments where durability and performance are paramount. With its totally enclosed construction, robust mild steel body, and sealed ball bearings, the fan ensures uninterrupted operation even under challenging conditions. Its versatility makes it ideal for manufacturing plants, large-scale air handling, and high-capacity ventilation systems.

Exceptional Performance and Versatility

Delivering a maximum flow rate of 1000 m3/h and a peak pressure of 350 Pa, this DIDW centrifugal fan is equipped to handle substantial ventilation needs. The dual rotation capability (clockwise and counterclockwise) enables flexible installation in diverse systems. Advanced insulation (Class F) and efficient power consumption (0.75 kW) further underscore its suitability for sustained, reliable operation in varied settings.

FAQs of DIDW Centrifugal Fan 151 MM X 228 MM:

Q: How does the double inlet double width (DIDW) design improve the efficiency of this centrifugal fan?

A: The DIDW configuration allows for higher airflow rates by drawing air into the impeller from both sides. This design minimizes turbulence, ensures uniform air distribution, and enhances overall efficiency, making it ideal for industrial ventilation and HVAC applications.

Q: What maintenance is required to ensure optimal performance and a long lifespan?

A: Routine maintenance involves checking the sealed ball bearings, ensuring the fan and motor remain free from dust and debris, and inspecting electrical connections. Regular attention helps maximize its 10-year lifespan while maintaining energy efficiency and low noise output.

Q: Where can this centrifugal fan be installed?

A: This fan is suitable for use in industrial environments, HVAC systems, air handling units, factories, and large commercial spaces. Its base-mounted design and flexible rotation options allow for straightforward integration into new and existing ventilation setups.

Q: When should the centrifugal fan be used within an HVAC system?

A: It is best utilized when a high volume of air movement is needed, such as in centralized air handling units, supply/return air systems, or industrial ventilation setups that require consistent and efficient airflow for temperature and air quality control.

Q: What are the key benefits of using this model in industrial ventilation?

A: Key benefits include reliable high-capacity airflow, sturdy construction for long-term use, low maintenance due to sealed bearings, moderate noise levels (75 dB), energy-efficient performance, and adaptability to a broad range of operating temperatures (-10C to 60C).

Q: How do the forward curved blades affect the airflow and noise levels?

A: Forward-curved blades generate smoother airflow with less turbulence, resulting in efficient energy use and relatively low noise levels. This ensures a quieter environment even in high-demand applications.

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