As a noteworthy entity of this domain, we provide our customers with the superior quality of Water Cooled Blower. For various applications where discharge pressures exceed 7000 mm, the use of water cooled blower is recommended. Similar in construction with the air type of air cooled type blower in construction, the quality of the water cooled blower is never compromised.
Features:
Less power consumption
Efficient dissipate heat for efficient working
Similar to air cooled type in construction and performance
Water Cooled Roots Blowers the plates have water coats around them where water is coursed, which disseminates the warmth of pressure created and keeps internals cool. Water cooled blowers are prescribed for application where release weight surpasses 6500 mm WG since it is fundamental to disseminate warm for proficient working and long existence of the direction and oil seals. Our water cooled blower accessible for both twin and trilobe development for release limits upto 30000 Nm³/hr and weight upto 2 kg/cm² through multi-organizing.
Advantages Of Twin Root Water Cooled Blower
Rugged and rigid structure ensure durability
Simple and easy to operate
High in efficiency
Anti friction bearings
Easy rotor time settings
Price Range: RS.20000-RS.500000/
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Product Details:
Pressure
High Pressure
Blower Type
Centrifugal Blower
Power Source
Electric Blower
Mode
Automatic
Brand
Rootech Services
Our Heavy Duty Blowers are based closely on the original design of Roots Types blower,with their renowned reliability and life expectancy.A water-cooled blower is an industrial device for moving air or gases that uses a built-in water jacket around its casing and side plates to dissipate heat generated during operation. This system of circulating water cools the blower's internal components, making it suitable for high-pressure applications exceeding 7000 mm WG where efficient heat removal is essential for optimal performance and longevity of bearings and seals. The design often features internal channels for water circulation and an inlet at the bottom to facilitate upward flow, ensuring complete coverage and effective cooling.
How it Works
1. Heat Generation:The primary function of a blower involves moving air, which naturally generates heat within the device itself.
2. Water Jacketing:The key feature is the water jackets, which are hollow spaces surrounding the main casing and side plates of the blower.
3. Circulation:Water is circulated through these jackets to absorb the heat.
4. Heat Dissipation:The heated water then moves to an external source or cooling system to release the heat, and cooler water is recirculated to continue the cooling process.
5. Internal Channels:Some designs use internal, integrated channels within the blower's structure to facilitate water movement to all necessary areas.
Key Features and Benefits
Enhanced Cooling:Water's superior thermal capacity compared to air allows for more effective heat removal, maintaining optimal operating temperatures.
Extended Lifespan:By keeping bearings and seals cool, the system reduces wear and tear, leading to a longer operational life for the blower.
High-Pressure Efficiency:This cooling method is crucial for high-pressure applications where heat accumulation would otherwise compromise efficiency and reliability.
Compact Design:Some water-cooled blowers have a unique design with integrated water pathways, eliminating the need for external water piping and simplifying operation.
Consistent Operation:Effective heat management ensures steady and dependable airflow, which is vital for various industrial processes.
Specification Summary
Cast iron cylinder and head plates.
lmpellers are made from SG iron and are cast with integral shafts or pressed In steel shafts
Precision ground and hardened steel spur gears, taper/straight mounted onto the impeller