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In depth and accurate diagnosis of faults in vertical semi submersible long shaft deep well turbine pumps
In depth and accurate diagnosis of faults in vertical Multistage semi submersible long shaft deep well turbine pumps...
11-29
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Power plant water supply system and its vertical long axis semi submersible turbine pump solution
Power plant water supply system and its vertical Multistage long axis semi submersible turbine pump solution...
10-30
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How to adjust the radial clearance of the semi submersible vertical multi-stage long shaft deep well turbine pump water pump?
Correctly mastering the radial clearance adjustment of the semi submersible vertical multi-stage long shaft deep well turbine pump can extend the service life of the semi submersible vertical multi-stage long shaft deep well turbine pump, improve the working efficiency of the semi submersible vertical multi-stage long shaft deep well turbine pump, and reduce economic losses. After the pump body is installed, the end caps and tiles at both ends can be installed. Adjust the concentricity of the rotor and stator (lift the shaft). The concentricity requirements for the rotor and stator are: half lift equal to half or slightly less than the total lift (considering the rotor's static winding), equal clearance on both sides of the tile mouth, and uniform four corners. Measurement of shaft lifting for semi submersible vertical multi-stage long shaft deep well turbine pump: Before installing the bearing shell, install one dial gauge on each end bearing frame. The center line of the measuring rod of the gauge should be perpendicular to the shaft center line and in contact with the shaft neck. Use a pry bar to lift the shaft smoothly at both ends of the shaft. The difference in readings of the dial gauge when it is in the up and down positions is the total lifting amount of the rotor. Lift up the rotor and place it into the lower tile. At this point, the reading on the dial gauge should be half of the rotor lift and half of the total lift. Otherwise, adjustments need to be made. If there is an adjusting bolt under the bearing frame during adjustment, only loosen or tighten the bolt. If there is no adjusting bolt, the thickness of the gasket under the bearing shell can be adjusted. For the concentricity between the rotor and the stator on both sides, it is generally determined by whether the clearance between the two sides of the bearing is uniform. After placing the lower bearing, use a feeler gauge to measure the clearance between the four bearing holes of the bearing, adjust it evenly, and the clearance on one side of the bearing hole should be half of the clearance at the top of the bearing....
10-29
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Selection Guide for Vertical Multi-stage Cylindrical Bag Type Condensate Turbine Pumps
This selection guide for vertical Multi-stage barrel-type condensate Turbine Pumps covers the entire process from core parameter verification, scene adaptation, to key points to avoid pitfalls. It allows for direct comparison and selection, avoiding system failures caused by parameter mismatch....
10-29
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How to select a suitable vertical long shaft multi-stage cylindrical bag turbine pump for application in the power industry?
How to select a suitable vertical Canned long shaft barrel-type multi-stage cylindrical bag turbine pump for application in the power industry?...
10-29
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Technological breakthrough of vertical semi submersible long axis turbine pump in the field of new energy (geothermal/photothermal)
Technological breakthrough of vertical semi submersible long axis turbine Deep-well pump in the field of new energy (geothermal/photothermal)...
10-29
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Latest Developments in Raw Material Cost Control of Vertical Multi stage Long axis Submersible Turbine Pump Head Manufacturers
Based on the industry background of high and fluctuating prices of core raw materials such as stainless steel since the first quarter of 2026, there are many new implementation dynamics in the cost control of raw materials for vertical multi-stage long shaft submersible turbine pump head manufacturers. The core focus is on cost reduction and efficiency improvement of core consumables such as stainless steel....
10-29
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Analysis of operating conditions of vertical multi-stage semi submersible long shaft deep well turbine pump with ultra long underwater depth
The vertical multi-stage semi submersible long shaft deep well turbine pump with ultra long underwater depth is mainly used for extreme working conditions such as deep wells, deep seas, and large storage tanks. Its operational stability and safety highly depend on structural design, material selection, and system matching. Overall, vertical multi-stage semi submersible long shaft deep well turbine pumps with ultra long underwater depths (usually exceeding 30 meters, up to 80 meters to 100 meters) face greater challenges in high head, corrosion resistance, vibration resistance, and sealing reliability. They require segmented shaft systems, multi-point supports, high-performance materials, and intelligent monitoring to ensure long-term stable operation....
09-29
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Industry application of vertical long shaft semi submersible turbine pump solution in seawater desalination field
Industry application of vertical Multistage long shaft semi submersible turbine pump solution in seawater desalination field...
09-29
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Latest Developments in Technical Iterations of Vertical Long Axis Submersible Turbine Pump Head Manufacturers
Based on the industry background of high fluctuations in raw material costs such as stainless steel for vertical multi-stage long shaft submersible turbine pumps discussed previously, the technology iteration of the head manufacturer of vertical long shaft submersible turbine pumps in 2026 will simultaneously consider the multiple goals of performance upgrading, working condition adaptation, and cost reduction and efficiency improvement....
09-29
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Future application of new materials for vertical multi-stage drum bag turbine pumps (condensate pumps)
Future application of new materials for vertical multi-stage drum bag turbine pumps (condensate pumps)....
08-30
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Application scenarios in the mining industry and solutions for vertical long axis semi submersible turbine pumps
Application scenarios in the mining industry and solutions for vertical Multistage long axis semi submersible turbine pumps...
08-29
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