Description
Vertical Inline High Pressure Pump – FG2-9 (BSBD)
Motor Single Phase 1.5 H.P/1.1 kw.
The FG2-11 (BSBD) Vertical Inline High Pressure Pump by Flowguards is designed for reverse osmosis (RO) plants and compact water purification systems with a capacity ranging from 500 to 750 liters per hour (LPH). This pump ensures a consistent high pressure, efficient water flow, and reliable performance for continuous operation.
The vertical inline design allows for the pump to be installed directly within the pipeline, thereby reducing installation space and optimizing system layout. Made from high-quality materials and engineered with precision, the FG2-11 pump provides enhanced durability while requiring minimal maintenance.
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Applications
The FG2-11 Vertical Inline High Pressure Pump is suitable for:
- 500–750 LPH RO Plants
- Reverse Osmosis Systems
- Water Purification Systems
- Pressure Boosting Systems
- Industrial Water Circulation
- Small Water Treatment Plants
- Commercial Filtration Systems
Salient Features
- Compact Vertical Inline Design
- High Pressure Output for RO Systems
- Energy Efficient Operation
- Corrosion Resistant Pump Components
- Low Noise and Vibration
- Heavy Duty Mechanical Seal
- Reliable Continuous Duty Performance
- Easy Installation and Maintenance
Technical Specifications
Material of Construction
|
Specification |
Details |
|
Model Number |
FG2-11 (BSBD) |
|
Pump Type |
Vertical Inline High Pressure Pump |
| Flow Rate |
0 – 87.7 L/min |
|
Maximum Head (Flow Height) |
102.8 m |
|
Voltage |
238 – 240 V |
| Frequency |
50 Hz |
|
Power Factor (PF) |
0.93 |
|
Material |
Stainless Steel |
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Why Choose Flowguards Pumps
Flowguards manufactures high-quality Vertical Inline High Pressure Pumps and pump spare parts designed for RO plants and industrial water treatment systems.
Our pumps are built using durable materials and advanced manufacturing techniques to ensure high efficiency, reliable pressure output, and long operational life. The FG2-11 (BSBD) model is an ideal solution for compact RO systems requiring stable pressure and efficient performance.
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