Description
Structure and performance
1. Smooth operation, safe and reliable, no vacuum start-up, long service life.
2. The pump is small in size, the foundation occupies less area, the length of the pump below the foundation can be adjusted, and it has strong adaptability.
3. The flow channel is simple and reliable, saving the capital construction investment of the pump room.
4. Reasonable structure, easy assembly and disassembly, easy and simple maintenance and repair.
5. The pump is highly efficient and reduces operating costs.
6. High degree of standardization, strong interchangeability of parts and components.
Flow rate Q: 600~70000m³/h
Head H: 4~70m
Design temperature T: up to 150℃
Large-scale water conservancy and water diversion projects
Water intake from rivers and lakes and cross-regional water diversion
Reservoir drainage and flood control and drainage systems
Cooling water circulation and auxiliary water supply for hydropower stations
Municipal water supply and drainage systems
Raw water lifting and transportation for urban water plants
Inlet/outlet water lifting for sewage treatment plants (materials should be selected according to the corrosiveness of the medium)
High-flow drainage of rainwater pumping stations
Industrial circulation and cooling systems
Circulating cooling water systems for thermal power plants/nuclear power plants (main pumps or auxiliary pumps)
Cooling water transportation for blast furnaces in steel plants
Closed-loop water circulation system for chemical plants
Agriculture and irrigation engineering
Large-scale farmland irrigation (especially low-lift and high-flow requirements in plain areas)
Inter-basin water diversion projects
Ocean and shipbuilding engineering
Water intake and pressurization for desalination plants (corrosion-resistant materials such as duplex stainless steel are required)
Ship ballast water system, port and terminal drainage
Special media transportation
Turbid water with a small amount of particles (wear-resistant impeller or lining is required)
Mildly corrosive liquids (acid-resistant materials such as 316L stainless steel or coating are optional)
|
1800FLK6.9—21.5Ⅰ |
900FLB2.1—11.2Ⅰ |
|
1800——Pump outlet diameter 1800mm |
900——Pump outlet diameter 900mm |
|
F——–Leap code name bsp; & nbsp; |
F———-Leap code |
|
L———Vertical diagonal flow pump |
L———Vertical diagonal flow pump |
|
K———Rotor can be core-pulled |
B———Rotor cannot be core-pulled |
|
6.9———Pump design flow 6.9m³/s |
2.1———Pump design flow 2.1m³/s |
|
21.5———Single-stage design head of the pump is 21.5m |
11.2———Single-stage design head of the pump is 11.2m |
|
Ⅰ———Pump design sequence (no mark for the first design) |
Ⅰ———Pump design sequence (no mark for the first design) |
