• Hydraulic Plunger Postion Dosing Metering Pump System 1
  • Hydraulic Plunger Postion Dosing Metering Pump System 2
  • Hydraulic Plunger Postion Dosing Metering Pump System 3
Hydraulic Plunger Postion Dosing Metering Pump

Hydraulic Plunger Postion Dosing Metering Pump

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 unit
Supply Capability:
1000000 unit/month

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                       High Pressure Hydraulic Dosing Metering Pump

1.Structure of High Pressure Hydraulic Dosing Metering Pump

Mechnical Diaphragem Dosing Metering Pump offer the high performance with the max capacity flow upto 1200L/H and with outstanding value for pressure up to 12Bar.This series dosing pump is design for durability cost effiectiveness which is welcome to be used in lines such as water treatment,chemical,power,food and beverage,paper etc...

2.Main features of  High Pressure Hydraulic Dosing Metering Pump

Hydraulic design

Power off seal,no leakage,with security delivery device,simple maintance

Easy operation

It can transport high-viscosity mediums, corrosive liquid and dangerous chemical goods.

The flow can be controlled via adjusting the length of stroke or the motor frequency.

Verious pump head material(PVC,PVDF,SS304,SS316 etc..)

3.High Pressure Hydraulic Dosing Metering Pump Images

Hydraulic Plunger Postion Dosing Metering Pump

4.High Pressure Hydraulic Dosing Metering PumpSpecification

 Hydraulic Plunger Postion Dosing Metering Pump

Hydraulic Plunger Postion Dosing Metering Pump

 

Hydraulic Plunger Postion Dosing Metering Pump

 

5.FAQ

·What is the delivery time?

within 20days

 

 

Q: What are the meanings of the vacuum pump, the front pump and the main pump?
The main pump can be understood as a booster pump, used to improve the vacuum mechanical pump with pumping quantity. As the roots pump, diffusion pumps, molecular pump. These can not use (too much pressure) so the need for mechanical pump drainage, the vacuum chamber is pumped into the rough vacuum, then the main pump starts to work.
Q: What are the internal losses in centrifugal pumps? How did they come about?
Due to the friction of the bearing, the friction in the stuffing box, and the losses caused by the rotation of the impeller (the loss of the roulette wheel);
Q: How many millimeters is the diameter of the water outlet of the four inch pump?
Here is a 4 inch inch, not rural, 1 inches =25.4 mm, 4 inches is approximately 100mm, with DN100 pipeline.
Q: Why can't the inlet of centrifugal pump be negative pressure?
However, the centrifugal pump will have its import pressure requirements, which is to prevent cavitation, that is, the fear of the delivery of liquid at low pressure will occur gasification. Centrifugal pump has an important parameter called NPSH, for example relating to the inlet pressure, the pump NPSH, 4 meters, it means that the absolute pressure of imports should be higher than the saturated steam conveying fluid pressure of liquid column is 4 meters high, so, when it is at a temperature of saturated vapor pressure for water transport 2 meters, 4+2=6 meters minimum inlet absolute pressure. Because the absolute pressure is 10 meters water column atmospheric pressure, at this time the entrance negative pressure is 10-6 meters =4 meters water column.
Q: How many kinds of pumps are available and the operating principles of various pumps?
There are many kinds. See what divides.According to the working principle can be divided into: the power type pump, also called pump or impeller vane pump, depending on the dynamic effect of the rotation of the impeller on the liquid, the continuous energy transfer to the liquid, the liquid kinetic energy (mainly) and the pressure will increase, then converting kinetic energy into pressure energy through the discharge chamber, and can be divided into centrifugal pump, axial flow pump, partial flow pump and vortex pump etc..
Q: How to distinguish the flow and displacement in the hydraulic pump? What's the difference between the two?
If you're allowed to spend a minute, you can do it 20 times a minute, and that is, the amount of water you sprinkle at a time (1000) is *20.1000 (ML) *20=20000 ml =20 liters, this is the flow,Here is a formula for you to see,Pump displacement * pump speed = flow,
Q: How is the pump level of submersible sewage pump determined?
Generally as:The bottom elevation of sump sump plus 300 is the water level of pump stopThe top 300 of the sump top elevation is the pump water level
Q: How can I buy a pump?
2, must meet the characteristics of the media requirementsFor the delivery of flammable, explosive, toxic or valuable medium pump, requiring reliable sealing shaft or the use of non leakage pump, such as magnetic drive pumps (without shaft seal, using isolated magnetic indirect drive).For the transmission of corrosive medium pumps, convection components are required to use corrosion-resistant materials, such as fluorine plastic corrosion resistant pump.For conveying pumps containing solid particles, wear resistance materials shall be adopted in convection parts, and clean liquid shall be used for shaft seal when necessary.
Q: How many pumps does the 80cm tank use?
Mainly look at the flow of the pump, all pumps have flow signs, such as 15L/HThe above is I at random, meaning that 15 litres per hour. You should calculate the volume of your cylinder, that is, the length of the tank, the width and the height of the water surface, the unit is cm. The result is 1000, which is the volume of your fish tank
Q: What are the problems that should be paid attention to when using vacuum pumps?
What are the problems that should be paid attention to when using vacuum pumps?

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