6/4 E Pumping Slurry From Conditioning Tank to Floation Cell

Product Details
Customization: Available
Max.Head: 50-80m
Max.Capacity: >400 L/min

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  • 6/4 E Pumping Slurry From Conditioning Tank to Floation Cell
  • 6/4 E Pumping Slurry From Conditioning Tank to Floation Cell
  • 6/4 E Pumping Slurry From Conditioning Tank to Floation Cell
  • 6/4 E Pumping Slurry From Conditioning Tank to Floation Cell
  • 6/4 E Pumping Slurry From Conditioning Tank to Floation Cell
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Basic Info.

Model NO.
6/4E
Impeller Number
Single-Stage Pump
Working Pressure
High Pressure Pump
Influent Type of Impeller
Single Suction Pump
Position of Pump Shaft
Horizontal Pump
Pump Casing Combined
Horizontal Split Pumps
Mounting Height
Suction Centrifugal
Impeller
Open
Usage
Pump, Pumps, Condensate Pump, Slurry Pump, Circulating Pump
Product Name1
Heavy Duty Slurry Pumps
Wet End Parts
High Chrome Alloy
Size
6′′/4′′
Drive Type
CV/Dcz/Zvz/Crz
Seal Type
Packing Gland/Expeller/Mechanical Seal
Transport Package
Wooden Case
Specification
3/2C-AH
Trademark
Naipu
Origin
China
HS Code
8413701090
Production Capacity
500sets/Month

Product Description

6/4 E pumping slurry from conditioning tank to floation cell

Naipu series centrifugal slurry pumps and spare parts can fully interchangeable with world famous brand. These pumps are of heavy duty construction, designed for continous pumping of highly abrasive and corrosive slurries. They feature a wide choice of replaceable abrasion resistant metal or molded elastomer casting liners and impellers, which are all interchangeable within a common casting assembly.

Typical Application-
Mineral Flotation Processing
Electric Factory Coal preparation
Coal Washing
Chemical medium processing
Sand and gravel handling
Effluent Handling

Construction Drawing

6/4 E Pumping Slurry From Conditioning Tank to Floation Cell
6/4 E Pumping Slurry From Conditioning Tank to Floation Cell
6/4 E Pumping Slurry From Conditioning Tank to Floation Cell
Pump Performance Parameters

 
Type Allowable Mating Max. Power(Kw) Clear Water Performance Impeller
Capacity/Q m³/hr Head/m Speed/rpm Max Efficiency/% NPSH/m Nos of Vane Impeller Diameter/mm
1.5X1-NP-NAH 15 12.6--28.8 6--68 1200--3800 40 2--4 5 152
2X1.5-NP-NAH 15 32.4--72 6--58 1200--3200 45 3.5--8 5 184
3X2-NP-NAH 30 39.6--86.4 12--64 1300--2700 55 4--6 5 214
4X3-NP-NAH 30 86.4--198 9--52 1000--2200 71 4--6 5 245
6X4-NP-NAH 60 162--360 12--56 800--1550 65 5--8 5 365
8X6-NP-NAH  300 360--828 10--61 500--1140 72 2--9 5 510
10X8-NP-NAH  560 612--1368 11--61 400--850 71 4--10 5 686
12X10-NP-NAH 560 936--1980 7--68 300--800 82 6 5 762
14X12-NP-NAH 560 1260--2772 13--63 300--600 77 3--10 5 965
16X14-NP-NAH 1200 1368--3060 11--63 250--550 79 4--10 5 1067
20X18-NP-NAH 1200 2520--5400 13--57 200--400 85 5--10 5  1370


Product Overview:


6/4 E Pumping Slurry From Conditioning Tank to Floation Cell


6/4 E Pumping Slurry From Conditioning Tank to Floation Cell


NaiPu Main Pump

The Main pump model of AH HH M L SP AF G Series 
AH series L(R), M HH SP(R) G AF Series
1.5/1B-A H(R) 20A-L 1.5/1 C-HH 40PV-SP(R) 6/4D-G 2QV-AF
2/1.5B-A H(R) 50B-L(R) 3/2D-HH 65QV-SP(R) 8/6E-G 3QV-AF
3/2C-A H(R) 75C-L 4/3E-HH 100RV-SP(R) 10/8F-G 6SV-AF
4/3C-A H(R) 100 D-L 4/3X-HH 150SV-SP(R) 10/8S-G 8SV-AF
6/4D-A H(R) 150E-L 6/4F-HH 200SV-SP 12/10G-G   
6/4E-A H(R) 300S-L 6/4X-HH 250TV-SP 14/12G-G   
8/6E-A H(R) 10/8 R-M 6S-H    14/12T-G   
8/6R-A H(R) 10/8 E-M 8/6S-H    16/14 G-G   
10/8F-A H(R)    8/6X-H    16/14TU-GH   
10/8X-A H(R)    6S-HP    16/14H-GH   
12/10ST-A H(R)    8/6S-HP    18/16G-G   
14/12ST-A H(R)    8/6X-HP    18/16 TU-GH   
16/14TU-A H(R)               
20/18G(TU)-A H(R)               

6/4 E Pumping Slurry From Conditioning Tank to Floation Cell

Our Workshop Show:

6/4 E Pumping Slurry From Conditioning Tank to Floation Cell

 
Applications

The parts are widely used in Main Applications: Heavy Mining | Mineral Processing | Sand and Gravel |Coal Prep | Cyclone Feeds | Aggregate Processing | Fine Primary Mill Grinding | Chemical Slurry Service | Tailings | Secondary Grinding | Industrial Processing | Pulp And Paper | Food Processing | Cracking Operations | Ash Handling | Pipeline Transport | High Velocity Hydraulic Transport |Food Processing | Explosive Sludge In Metal Smelting | River And Pond Dredging | Heavy Refuse Removal | Larger Particle Or Low NPSHA Applications | Continuous (Snore) Sump Pump Operation | Abrasive Slurries | High Density Slurries | Large Particle Slurries | Sump Drainage | Wash down | Floor Drainage | Mixing | Iron Ore | Cooper | Diamond | Alumina | Coal | Gold | Kaolin | Phosphorite | Steel | Palm | Suger | Chemical | Power | FGD | Frac Sand Blending | Construction | City Sewage | etc.


Possible Faults and Settlements 
 
        Faults      Reason        Settlement
1.Pump fails to discharge any water,The hand of pressure gauge beat violently  1.Suction pipe don't have enough water.
2.Suction pipe blocked or the valve is locked.
1. Inject enough water
2.unlock the inlet valve,clear the blocks
3.Exclude the air leakage 
2.The pump can't discharge water,the hand of vacuum meter beat heavily.  1.The inlet valve is unlocked or silted up.
2.The resistance of suction pipe is too big or silted up.
3.The height of suction is too high. 
1.Unlock the valve or desilting 
2.improve the design of  suction pipe or desilt 
3.Lower the height of the installation.
3.The pump can't discharge water,pressure gauge shows heavy pressure. 1.The resistance of the discharge pipe is too big.
2.The impeller blocked
3.The speed is slow.
1.Check and adjust the outlet pipe.
2.Clear the impeller
3. Improve the speed.
4.The pump doesn't rotate  The volute is silted up by the blocks.  Clear the blocks
5.The capacity is not enough  1.The blocks of the impeller or the inlet or outlet pipe.
2.The abrasion of the impeller is heavily.
3.The speed is low to normal 
4.Pump is installed unreasonably or the leakage of the inlet pipe.
5.The transporting height is too high,the loss of the resistance of the inside pipe are too big.
6.The inlet valve not open enough or blocked
7.The packing seal leaks
1.Clear the impeller or pipe.
2.Change the impeller


3.Adjust the speed
4.Install again or stop leaking.
 
  1. Decrease the height of the transport or reduce the resistance.
  2. Unlock the inlet valve
 
  1. Compress the packing tightly
6.The motor of the pump is overloaded  1.The head of the pump exceeds the head of the working condition.
2.Not consider the slurry density when selecting the pump.
3.The packing press tightly
1.Turn down the outlet valve,cut the impeller or lower the speed.
2.Select the motor again.
3.Adjust the the screw of the  packing gland 
7.Abnormal sound in the pump, and no water out
1.The resistance of the inlet pipe is too big.
2.The height of the suction is too high.
3.Cavitation occurred 
  1. there is air in the inlet
  2. The temperature of the liquid is too high
  1. Clear the suction pipe and sluice valve.
  2. Lower the height of the suction 
  3. Adjust the water valve and let the pump operate in the defined limits.
  4. Block the leakage.
  5. Lowering the liquid temperature.
8.pump vibrates 1.pump cavitate 
2.The block of the impeller single vane 
3.The no concentricity  between the pump shaft and motor shaft
4.Fasteners or foundation loose
1.Adjust the water valve ,lower the height of the installation,reduce the resistance of the inlet.
2.Clear the impeller
3.Alignment again
4.Fasten the screw,and reinforce the foundation.
9.Bearing is overheat  1.lock the cooling water
2.lubrication is not good.
3.the lubrication oil is not clear
4.the wrong direction of the thrust bearing.
5.there is something wrong with the bearing.
  1. Open the cooling water
  2. Adjust the oil quantity 
  3. Clear the shaft,change oil
  4. According to the inlet pressure,adjust the direction of the thrust bearing.
  5. Change the bearing 
10.Packing short life  The material of packing is not good  Change the packing 
11.pump leak oil 1.High oil level
2.The rubber parts invalid  
3.Assembly problem
1.Lower the oil level
2.Change rubber spares
3.Adjust the assembly
 
12 Pump head leaking  1.The rubber parts not press well Assembly again or press tightly 
 
Contact Us 

Contact Person: Karen Tan  





 

 
 

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