Inline Cabinet Fan Direct Drive DIDW Blower 1400 CFM

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Inline Cabinet Fan Direct Drive DIDW Blower 1400 CFM Specification

Air Flow
1400 CFM

Automation Grade
Manual

Power Source
Electric Motor Driven

Usage & Applications
Ventilation, HVAC, Industrial Exhaust, Commercial Buildings

Instruments Type
Centrifugal Fan Blower

Efficiency
High Air Volume Efficiency

Measurement
Air Volume, Pressure

Temperature
-10C to 60C (Ambient)

Orientation
Horizontal

Product Type
Inline Cabinet Fan, Direct Drive, DIDW (Double Inlet Double Width) Blower

Material
Galvanized Steel Sheet

Cooling System
Air Cooled

Noise Level
Below 70 dB(A)

Processing Time
Immediate/Standard Delivery

Capacity
1400 CFM (Cubic Feet per Minute)

Voltage
220-240V / 380-415V, 50Hz

Weight
Approx. 38 kg

Dimension (L*W*H)
540 x 440 x 420 mm

Surface
Powder Coated Finish

Inline Cabinet Fan Direct Drive DIDW Blower 1400 CFM Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Against Delivery (CAD), Cheque

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

Main Domestic Market
All India

About Inline Cabinet Fan Direct Drive DIDW Blower 1400 CFM

Inline Cabinet Fan Direct Drive DIDW Blower 1400 CFM

MODEL NO - ETIP-9'' X 8''
CFM Air Qty. - 1400
SP MM - 25-30
VOLAGE - 220-240
AMP. Full Load - 2.8
WATT Out Put - 370
PH - I
POLE - 6
dB (A) At 3 Mtr - 60-65

High-Performance Ventilation for Demanding Environments

Designed for both HVAC and industrial exhaust, this blower achieves a significant airflow of 1400 CFM through its backward-curved impeller. Its efficiency is complemented by low noise (<70 dB[A]) and reliable performance in ambient temperatures from -10C to 60C, making it suitable for continuous operation in various demanding settings.

Durable Construction and Easy Installation

Crafted from corrosion-resistant galvanized steel and coated with epoxy polyester, this unit ensures resilience in tough environments. Flexible mounting options (duct or floor) and flange-end connections support straightforward, hassle-free installation, while sealed ball bearings minimize maintenance prerequisites.

Versatile Power and Control Options

This blower caters to a range of operational needs with its support for either single-phase (220-240V) or three-phase (380-415V) systems at 50Hz. It comes standard with On/Off control, but users can opt for a speed controller to fine-tune airflow according to specific ventilation requirements.

FAQs of Inline Cabinet Fan Direct Drive DIDW Blower 1400 CFM:

Q: How is the Inline Cabinet Fan Direct Drive DIDW Blower installed?

A: The blower supports both duct mounting and floor mounting, making it highly adaptable to various site layouts. Its flange ends simplify coupling to ductwork, and its manageable weight (approx. 38 kg) further supports accessible installation and relocation when required.

Q: What applications are suitable for this centrifugal fan blower?

A: This unit is ideally used in ventilation, HVAC systems, industrial exhaust, and commercial building air movement. Its high air volume efficiency and durable materials make it a reliable solution for facilities needing steady air exchange and precise air quality management.

Q: When should a speed controller be used with this blower?

A: A speed controller is recommended when different airflow rates are necessary to adapt to shifting ventilation demands or energy-saving requirements. While the blower comes with a standard On/Off control, the optional speed control allows for customized performance adjustments.

Q: Where can this blower be installed?

A: The blower is suitable for indoor environments within temperature ranges from -10C to 60C. Common installation sites include mechanical rooms, plant floors, and within ventilation ducts in commercial or industrial buildings.

Q: What protective features does the unit offer?

A: Protected with an IP55-rated motor and epoxy polyester powder coating, this blower withstands challenging conditions and exposure to dust or moisture. Its sealed ball bearing system further reduces maintenance while prolonging operational reliability.

Q: How do users benefit from this fan blowers design and features?

A: Users benefit from low operational noise, long service life, superior airflow efficiency, and simple installation. After-sales support is available, ensuring continued performance and peace of mind for facility operators.

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