A vertical multistage centrifugal pump is a versatile and efficient fluid transportation device that utilizes multiple impellers stacked vertically to generate high pressures, making it a crucial component in various fluid handling systems across different industries.
Features:
Excellent hydraulic model and advanced manufacturing technology, greatly improve the performance and service life of the pump.
Mechanical seals made of using hard alloy and fluorine rubber, improving the reliability of operation and the temperature of the transport medium.
Compact structure, small size, light weight, low noise, significant energy-saving effect, convenient maintenance.
The inlet and outlet of pump are located on the same level and can be directly used in the pipeline.
Specification:
Model
50CDLF
Material
stainless steel
Motor
100% copper wire, full power
Moter Voltage
3 phase 380V-415V (single phase 220V for 2.2 kW or less); other voltages, contact us
Frequency
50 Hz
Impeller
vortex impeller
Power
5.5-11 kW
Outlet Diameter
DN50
Capacity
12m³/h
Head
80-183m
Waterproof Grade
IP55
Certification
CE
Structure:
Mounting Dimension (Unit: mm)
Model
B1
B2
B1+B2
D1
D2
CDLF12-8
577
390
697
260
208
CDLF12-10
637
390
1027
260
208
CDLF12-12
697
390
1087
260
208
CDLF12-18
965
500
1465
330
255
Tips: How Does Vertical Multistage Centrifugal Pump Work?
A vertical multistage centrifugal pump operates by utilizing multiple impellers stacked in series along a common shaft to increase the pressure of fluid as it passes through the pump. Each impeller consists of blades that spin rapidly when the pump is activated. As fluid enters the pump, the first impeller accelerates the fluid, imparting kinetic energy to it. Subsequent impellers then further increase the fluid’s velocity and energy while compressing it, resulting in higher pressure. The design of having multiple stages allows for efficient energy transfer and higher pressure output compared to single-stage pumps. The vertical arrangement saves space and simplifies installation.