DIDW Centrifugal Fan 180 MM X 228 MM

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MOQ : 12 Pieces

DIDW Centrifugal Fan 180 MM X 228 MM Specification

Instruments Type
Fan/Blower

Automation Grade
Semi-Automatic

Air Flow
Up to 3100 m3/h

Usage & Applications
Industrial ventilation, air handling units, HVAC & Exhaust applications

Efficiency
High

Measurement
Air Flow

Display Type
nan

Orientation
Horizontal

Scrubber Type
nan

Power Source
Electric

Sensor Type
nan

Temperature
Ambient up to 60C

Product Type
DIDW (Double Inlet Double Width) Centrifugal Fan

Material
Mild Steel

Cooling System
Air Cooling

Noise Level
70-85 dB

Reactor Thickness
nan

Processing Time
nan

Capacity
15003100 m3/h

Voltage
220-240 V / 380-415 V AC

Weight
Approx. 18 kg

Dimension (L*W*H)
180 mm x 228 mm (Impeller Size)

Surface
Powder coated

DIDW Centrifugal Fan 180 MM X 228 MM Trade Information

Minimum Order Quantity
12 Pieces

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

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

Main Domestic Market
All India

About DIDW Centrifugal Fan 180 MM X 228 MM

DIDW Centrifugal Fan 180 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
21	ETIP 7 90	180 X 228 X 153	7 X 9	12.70 (1/2) & 15 MM	AL. / GI.

Robust Industrial Air Handling Solution

Built to meet demanding ventilation needs, this centrifugal fan combines heavy-gauge steel housing with dynamically balanced impeller blades. Its construction guarantees steady performance across HVAC, air handling units, and exhaust processes, even at higher static pressures and temperatures up to 60C. The powder-coated finish enhances corrosion resistance, making it suitable for long-term industrial operations.

Flexible Mounting and Efficient Design

The fan supports both flange and bolted mounting types and offers drive options of belt drive or coupled direct drive. Its backward curved impeller design maximizes high-volume airflow while minimizing energy consumption. This, coupled with ball bearing support, ensures lower maintenance and high operational reliability, making it a cost-effective choice for continuous-use applications.

FAQs of DIDW Centrifugal Fan 180 MM X 228 MM:

Q: How is the DIDW Centrifugal Fan 180 MM X 228 MM installed in industrial setups?

A: This centrifugal fan can be installed using either a flange or bolted mounting method, allowing flexible integration into existing ventilation, HVAC, or exhaust systems without extensive modifications.

Q: What benefits does the backward curved impeller provide?

A: The backward curved impeller enhances aerodynamic efficiency, resulting in higher airflow at lower power consumption and improved resistance to dust and debris buildup, making it ideal for industrial environments.

Q: When is it best to use this fan in industrial applications?

A: This fan is best suited for situations requiring continuous operation and reliable ventilation, such as in air handling units, HVAC systems, and industrial exhaust scenarios where consistent air movement and static pressure are essential.

Q: Where can this centrifugal fan be typically applied?

A: It is commonly used in industrial ventilation, air handling units, exhaust applications, and any facility needing robust and efficient air movement, suitable for various industrial sectors across India.

Q: What is the process for maintaining the DIDW Centrifugal Fan?

A: Routine maintenance involves checking the ball bearings, inspecting the impeller for balance and cleanliness, ensuring belt integrity (for belt drive), and keeping the powder-coated surface free of corrosion to preserve longevity and efficiency.

Q: How does the fan ensure high operational efficiency and reliability?

A: The combination of a backward curved, dynamically balanced impeller and heavy-duty mild steel construction, along with ball bearings and efficient motor design, delivers reliable operation, high air flow, and reduced energy consumption in continuous modes.

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