Root Blower

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MOQ : 1 Unit

Root Blower Specification

Vaccum Range
-500 mmHg

Power
7.5 kW

Pressure Range
Up to 1 kg/cm2

Motor Power
7.5 HP

Life Span
Long Service Life

Flow Rate
2500 m3/hr

Max Pressure
1 kg/cm2

Output Power
7.5 kW

Product Type
Roots Blower

Material
Cast Iron

Capacity
2500 m3/hr

Pressure
0.6 kg/cm2

Application
Effluent Treatment, Pneumatic Conveying, Water Treatment Plants, Air Supply

Frequency (MHz)
50 Hz

Motor Speed
1440 RPM

Noise Level
Below 85 dB(A)

Power Source
Electric

Voltage
415 V

Weight
480 kg

Dimension (L*W*H)
1100 x 760 x 980 mm

Color
Blue-Grey

Cooling Method
Air Cooled

Drive Type
Belt Driven

Discharge Connection Size
100 mm

Mounting
Base Mounted

Suction Connection Size
100 mm

No of Stages
Single Stage

Rotor Type
Twin Lobe

Lubrication
Oil Splash

Root Blower Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About Root Blower

Jump on an affordable, cost-effective solution with our Root Blower, crafted in blue-grey cast iron for astounding performance. With a discharge and suction connection size of 100 mm, this unparalleled air-cooled, belt-driven, base-mounted machine offers enviable reliability. Boasting a single-stage, twin-lobe rotor and oil splash lubrication, it delivers a remarkable flow rate of 2500 m3/hr at pressures up to 1 kg/cm2. Designed for effluent treatment, pneumatic conveying, and water treatment plants, this robust blower operates below 85 dB(A), offers long service life and is powered by a 415 V, 7.5 kW motor. Suitable for electric-driven applications across India.

Exceptional Performance and Versatility

The Root Blower is widely used for effluent treatment, pneumatic conveying, air supply, and water treatment plants. Its primary competitive advantages include high flow rates, dependable twin-lobe design, and low operational noise. The single-stage construction ensures minimal maintenance while the oil splash lubrication extends equipment life. Perfect for applications requiring constant air supply or vacuum with a flow rate of 2500 m3/hr, this blower stands out for reliability and efficient operation in demanding settings.

Sample Availability, Export Support, and Delivery Assurance

Samples of this Root Blower can be handed over for evaluation, assuring buyers of its premium quality before order placement. We serve main export markets across Asia, Africa, and the Middle East, dispatching shipments securely from our designated FOB port in India. Each delivery, tailored for timeliness and compliance, highlights our commitment as a reliable manufacturer, service provider, supplier, and trader. Experience seamless procurement and premium after-sales support with every transaction.

FAQ's of Root Blower:

Q: How does a Root Blower benefit industrial applications?

A: A Root Blower provides a consistent air supply at high flow rates, essential for processes like effluent treatment, pneumatic conveying, and water purification in industrial settings, improving overall system efficiency.

Q: What is the process for ordering a sample Root Blower?

A: To order a sample, customers can contact us directly. Once requested, samples will be handed over for evaluation, enabling you to assess quality before placing bulk orders.

Q: Where can this Root Blower be installed?

A: This blower is designed for base mounting and can be installed in various industrial facilities requiring air movement, vacuum, or pressure, such as treatment plants and conveying systems.

Q: When should oil splash lubrication be checked?

A: Regular inspection of oil splash lubrication should be conducted according to the manufacturer's maintenance schedule, typically every few months, to ensure optimal performance and extended blower life.

Q: What makes this Root Blower cost-effective and affordable?

A: Its durable cast iron construction, reliable twin-lobe design, low maintenance requirements, and extended service life combine to offer an affordable, cost-effective solution for continuous industrial use.

Q: How does the cooling method impact performance?

A: The air-cooled system eliminates the need for water, reducing maintenance and operational costs while ensuring efficient temperature regulation during extended running periods.

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