Product Description
Offered by us is genuine quality Air Cooled Hot Oil Pump to the esteemed customers at highly competitive prices. The engineers in our team keep themselves updated about the latest technological advancements of the market. Moreover, they use all the latest technology and methodology to design as well as manufacture the entire range offered by us. Air Cooled Hot Oil Pump is one of the most commonly used products in oil, textile, printing, plastic & rubber, paper making and food industries.
Features :
- Durable standards
- Excellent functioning
- Corrosion resistance
- High wear resistance
Scope Of Application :
- Petro-Chemical Industries
- Oil Industries
- Sysnthetic - fibre industries
- Textile, dyeing, printing industries
- Plastic and rubber industries
- Paper making industries
- Timber processing industries
- Sugar Industries
- Food Industries
- Construction industries
Operating Data for Air Cooled Hot Oil Pump :
Capacity | Up to 180 m3/hr |
Head | Up to 80 Mtr. |
Discharge Size | 32 mm to 80 mm |
Temperature | Up to 350 Degree C |
Pressure | Up to 8 kg/cm2 |
Speed | Up to 3500 rpm |
Cooling method | With air |
M.O.C | Grey Cast Iron, Cast Steel, Alloy Cast Steel |
Superior Thermal Handling, Air-Cooled EfficiencyDesigned to transport thermic fluids and hot oils at temperatures reaching 350C, this pump integrates a high-temperature resistant coating and an air-cooled bearing housing for robust protection and longevity. Its air-cooling system eliminates the need for external cooling water, simplifying installation and reducing operational costs in high-heat industrial processes.
Flexible Installation and Broad Application SuitabilityEngineered for horizontal, foot-mounted setups, the pump is optimized for industrial uses including chemical processing, heat transfer, and thermic fluid circulation. Its compatibility with a range of mounting options, power ratings (0.550 HP), and connection standards (ANSI, DIN, JIS flanges) ensures adaptability to diverse plant requirements and infrastructure.
FAQs of Industrial Air Cooled Hot Oil Pump:
Q: How does the air-cooled design benefit hot oil pump operation in industrial settings?
A: The air-cooled bearing housing and high-temperature resistant coating allow the pump to operate at fluid temperatures up to 350C without requiring cooling water, reducing maintenance complexity and minimizing water usage, which is ideal for high-temperature and remote installations.
Q: What are the installation requirements for the Industrial Air Cooled Hot Oil Pump?
A: The pump must be installed in a horizontal, foot-mounted position. It is base-mounted for secure placement and designed for end suction applications. Proper alignment and flexible coupling ensure smooth operation and reliability.
Q: When should self-priming models be considered?
A: Self-priming models are recommended for applications where the pump needs to start without initial manual priming, such as systems with intermittent flows or where the pump is positioned above the fluid source. Not all models include this feature, so please consult specifications when ordering.
Q: Where can this pump be used within industrial processes?
A: This pump is widely used for transferring hot oil, thermic fluid, and chemicals in industries such as chemical processing, textile, oil refineries, and food processing plants. Its robust construction and high-temperature capacity make it suitable for demanding thermal transfer duties.
Q: What materials are available for this hot oil pump?
A: The pump can be constructed from cast iron, stainless steel, or carbon steel, allowing users to select the most suitable material based on fluid compatibility, corrosion resistance, and application requirements.
Q: How does the IP55 motor protection enhance the pumps operation?
A: IP55 motor protection ensures the electric motor is guarded against dust ingress and water jets, providing reliable operation in harsh and demanding industrial environments.
Q: What are the main benefits of this hot oil pump design compared to conventional pumps?
A: Key benefits include efficient heat handling up to 350C, reduced maintenance due to air cooling (no water cooling required), compatibility with various global flange and material standards, and flexibility in control systems (manual or automatic), making it an ideal choice for challenging hot oil and chemical applications.