Efficient Qdt Submersible Thruster for Underwater Propulsion Systems

Product Details
After-sales Service: 12
Warranty: 12
Type: Submersible Thruster
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  • Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
  • Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
  • Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
  • Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
  • Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
  • Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
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Basic Info.

Model NO.
QDT
Usage
Industrial, Home, Agriculture, Hospital
Model No.
Qjb
Material
Stainless Steel 304 316
Caple
20m
Voltage
380V or Customization
Maximum Medium
40ºC
Liquid Density Not Exceeding
1150kg/M³
pH Value of The Medium
5-9
Transport Package
Wooden
Specification
1.5kw-15kw
Trademark
Lanling
Origin
Main Land in China
Production Capacity
10000

Product Description

 
Efficient Qdt Submersible Thruster for Underwater Propulsion SystemsEfficient Qdt Submersible Thruster for Underwater Propulsion Systems
Efficient Qdt Submersible Thruster for Underwater Propulsion SystemsEfficient Qdt Submersible Thruster for Underwater Propulsion Systems

 

 

The selection ofsubmersiblethrustersis a complex task,and thecorrectnessof the selection plan directly affects
the normaluse of the equipment As a principle of selection,itis necessary to ensure that the thrusters can fully
exerttheir thrustingfunctionin the appropriate volume,and this standard cangenerally be determined by the flow
rate.According to thedifferent process requirements of sewage treatment plants,the optimal flowrate for selecting
the mixer should be between 0.15~0.3m/s.If the flow rate is lower than 0.15m/s,the effect of push flow mixing
cannotbeachieved.Ifthe flow rateexceeds0.3m/sitwillafftect theprocesseftectandcausewaste.So before
selecting, the first thing to determine is where the submersible thruster will be used, suchas in a sewage tank
sludge tank or biochemical tank; Next are medium parameters, suchas suspended solids content,temperature, pH
value, etc; The shape, depth, and installation method of the pool also have an impact on the selection, and energy-
saving factors shouldalso be considered, asthis willaffect the user's futureoperating costs.

Efficient Qdt Submersible Thruster for Underwater Propulsion SystemsEfficient Qdt Submersible Thruster for Underwater Propulsion Systems


Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
Efficient Qdt Submersible Thruster for Underwater Propulsion Systems

Efficient Qdt Submersible Thruster for Underwater Propulsion Systems
 

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