OVERVIEW
The IWG series single-stage, single-suction horizontal centrifugal pump is an advanced design, building on the performance standards of the IS type centrifugal pump and traditional horizontal pumps. This series has been expanded to meet different operational needs-such as varying temperatures and the types of media being transported. Derivative models include the IWR hot water pump, IWH high-temperature corrosion-resistant chemical pump, and the IWHB explosion-proof oil pump.
APPLICATION
- Industrial and Urban Water Supply and Drainage
- Water Supply and Pressure Boosting for High-Rise Buildings
- Garden Irrigation
- Firefighting Pressure Boosting
- Long-Distance Water Transport
- Heating, Bathing, and Other Hot and Cold Water Circulation and Pressure Boosting, and Equipment Support
- Petroleum, Chemical, Energy, Metallurgy, Power, and Forestry Industries
- Textile Industry
- Paper Industry
- Food Industry
- Pharmaceutical and Synthetic Fiber Industries
- Oil and Fat Industry
ADVANTAGE
- Integrated Structure: Compact design with a horizontal centrifugal pump and motor integrated into one unit, offering an aesthetically pleasing appearance and occupying minimal space.
- Long Service Life: Smooth operation with low noise levels and high concentricity of components, contributing to an extended lifespan.
- Stable Operation: The horizontal structure with a shared chassis provides greater stability in high-power applications compared to vertical configurations.
- Excellent Sealing: The shaft seal uses durable materials like hard alloy and silicon carbide, ensuring reliable sealing with no leakage.
- Easy Maintenance: Maintenance is convenient as there's no need to disassemble the pipeline. Simply remove the pump cover nuts, and the motor and transmission components can be easily inspected and serviced.
- Good Cost-Effectiveness: The direct-drive structure offers high transmission efficiency and relatively low cost.
- High Efficiency and Energy Saving: horizontal centrifugal pumps Equipped with a high-efficiency motor, the pump operates more efficiently, leading to energy savings.
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