Product Description
Specification
| Capacity | Up To 180 m3/hr |
| Head | Up to 80 m |
| Usage/Application | Industrial |
| Temperature | Up to 350 Deg C |
| Speed | Up to 3500 rpm |
| Pressure | Up to 8 kg/cm2 |
| Material of Construction | Grey Cast Iron,Cast Steel,Alloy Cast Steel |
| Cooling Method | With Air |
High-Temperature Operation & Robust ConstructionEngineered for continuous duty, these thermic fluid pumps can operate at temperatures up to 340C, making them ideal for processes involving hot heat transfer oils. With heavy-duty, grease-lubricated bearings and shafts made from EN-8 or stainless steel, the design ensures durability and reliable performance under demanding conditions. Anti-corrosive paint further protects internal and external surfaces, ensuring longevity.
Versatile Installation & ComplianceOur pumps are designed for horizontal, floor-mounted installation on a sturdy baseplate, making them easy to integrate into existing industrial setups. Standardized flanged connections (DIN/ANSI) and compliance with ISO 5199/2858/ANSI ensure compatibility and safety. Systems can be tailored for manual or automatic control, supporting flexible operation across multiple industries.
FAQs of Industrial Centrifugal Thermic Fluid Pumps:
Q: How do these thermic fluid pumps improve efficiency in industrial heating systems?
A: These pumps are designed for high thermal efficiency, handling up to 340C, and maintain consistent flow rates up to 350 m/hr. The advanced impeller design, combined with precision mechanical sealing, ensures efficient energy use and minimal fluid leakage, contributing to overall process optimization.
Q: What applications are suitable for these pumps and where can they be installed?
A: Ideal for circulation of thermic oils in chemical, pharmaceutical, oil, textile, and food processing industries, these pumps are intended for horizontal floor-mount installations and can be seamlessly integrated into both new and existing heating systems.
Q: When is routine maintenance required, and what does the process involve?
A: Routine maintenance is recommended based on operational hours and manufacturer guidelines. Due to robust construction and heavy-duty bearings, maintenance entails periodic checking of grease lubrication, seal integrity, and inspection for wear. This ensures extended service life and reliable performance.
Q: What is the benefit of using mechanical seals versus gland packing in these pumps?
A: Mechanical seals offer superior leak-proof performance, especially under high-temperature and pressure conditions. This reduces maintenance frequency and minimizes potential for fluid loss, ensuring uninterrupted operation for critical processes.
Q: How does the cooling method impact pump performance?
A: Depending on the model, air or water cooling is available for the bearing system. Efficient cooling maintains bearing integrity at high operating temperatures, thereby enhancing continuous operation capability and extending component longevity.
Q: What standards and protections are integrated into these pumps?
A: These pumps comply with international ISO 5199/2858/ANSI standards for quality and reliability. The IP55/IP44 protection class shields electrical components against dust and water ingress, while anti-corrosive paint offers extra protection in harsh environments.