Product Description
Product details
| Capacity | Up to 22 M3/hr |
| Suction | Lift up to 7 Mtr. |
| Material | Cast Iron, Bronze, Steel etc. |
| Discharge Size | 25 mm to 50 mm |
| Temperature | 150 Deg C |
| Speed | Up to 1500 rpm |
| Pressure | Up to 28.8 kg/cm2 |
| Head | Up to 288 Mtr. |
| Model Name/Number | JSBFP Series |
Durable Design with Advanced ProtectionBuilt for longevity, the JSBFP Series Boiler Feed Pump features stainless steel impellers and shafts, heavy-duty ball bearings, and a robust anti-corrosive paint coating. Its IP55 protection class and Class F insulation safeguard the motor against dust, moisture, and high temperatures, ensuring uninterrupted service in demanding industries.
Superior Performance for Industrial ApplicationsThis pump handles challenging requirements with high discharge pressures (up to 180 PSI), flow rates up to 14 m3/hr, and working temperatures up to 160C. Its multistage, horizontal structure suits utility needs in industries such as textiles, chemicals, power plants, and paper mills, ensuring efficient and reliable boiler feed operations.
Easy Operation and Versatile ControlJSBFP pumps are designed for both manual and automatic control, facilitating easy integration into existing systems. Their base-plate mounted construction and end suction design ensure straightforward installation and maintenance, making them suitable for varied industrial environments across India.
FAQ's of JSBFP Series Boiler Feed Pump:
Q: How does the air-cooled system benefit the JSBFP Series Boiler Feed Pump during operation?
A: The air-cooled design efficiently dissipates heat from the pump, minimizing the risk of overheating and enhancing operational stability, especially at high working temperatures up to 160C. This system contributes to the pump's long service life and reliable performance without the complexity of additional water cooling systems.
Q: What industries typically use the JSBFP Series Boiler Feed Pump, and why is it suitable for them?
A: Industries such as power plants, textiles, chemicals, paper mills, and various industrial sectors utilize these pumps because of their high pressure capability, robust construction, corrosion resistance, and ability to handle high temperatures. They fulfill critical boiler feed water supply roles where reliability and consistent performance are essential.
Q: When should maintenance be performed on these pumps, and what aspects require regular attention?
A: Regular maintenance should be scheduled based on operating hours and site conditions-typically every 6 to 12 months. Key areas to monitor include mechanical seals, bearings, and impeller condition. The anti-corrosive coated surfaces and stainless steel materials reduce major upkeep, but routine checks extend the service life and maintain high efficiency.
Q: Where can these boiler feed pumps be installed within an industrial facility?
A: Thanks to their horizontal, base-plate mounted design and compact structure, JSBFP pumps can be installed near boilers, water tanks, or along primary feed pipelines. Their IP55 rating enables placement in various industrial settings, protected against dust and moderate water exposure, both indoors and covered outdoor installations.
Q: What is the process for starting and stopping the pump?
A: Before starting, ensure the pump is properly primed (in self-priming models) and valves are set as per installation guidelines. Power the pump via a 415 V AC, 50 Hz source using the control system-manual or automatic. To stop, first close discharge valves gradually, then turn off the power supply to avoid water hammer or system shocks.
Q: How does using stainless steel impellers and AISI 410 shafts benefit performance?
A: Stainless steel impellers and shafts significantly enhance corrosion resistance and durability, particularly in challenging industrial water conditions. This construction ensures reliable performance, minimizes downtime due to wear or corrosion, and supports high-pressure applications safely.
Q: What key advantages does the JSBFP Series offer over standard single-stage pumps?
A: The multistage design provides higher pressures and heads-all while maintaining efficient operation and lower noise levels. Better performance across a range of flow rates, robust construction, and advanced features like heavy-duty bearings and mechanical seals position this series as a superior solution for demanding boiler feed applications.