• DJL Diaphragm Metering pumps With high quality System 1
  • DJL Diaphragm Metering pumps With high quality System 2
DJL Diaphragm Metering pumps With high quality

DJL Diaphragm Metering pumps With high quality

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

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Packaging & Delivery

Packaging Detail:Export Carton Box
Delivery Detail:7 days after received the payment

Specifications

DJL Diaphragm Metering Pump 
Widely used in petroleum, 
chemical industry, electric power, metallurgy, mining,

 

Product Description

 

Flow:0-120 lph

 

Pressure: 0-10Bar

 

Power: 60W, 50/60Hz

 

Drive System: 2 or 3 phase motor,

 

400V or 110V motor

 

Protection Degree: IP55

 

Flow Control: Manual operation

 

 

 

Material

 

Pump head: SUS304, SUS316, PVC, PTEF

 

Diaphragm: PTFE

 

Valve: SUS304, SUS316, PVC, PTEF

 

Valve ball: ZrO2, SUS304, SUS316, Ceramic

 

 

 

Work Condition

 

Envitonment temperature: -30°C --- 60°C

 

 

 

Package

 

Material: Carton

 

Measurement:36 x 25 x 30 cm

 

Gross Weight:

 

 

 

Technical Parameter

 

 

 

Model

Flow  (lph)

Pressure (Bar)

Stroke (mm)

Frequency
 (min-1)

Diaphragm Diameter  (mm)

Power (W)

Caliber (DN)

DJL10/10

10

10

3

75

60

60

6

DJL20/10

20

10

3

120

60

6

DJL40/8

40

8

4

120

60

6

DJL60/6

60

6

4

100

84

10

DJL80/5

80

5

5

100

84

10

DJL100/4

100

4

5

120

84

10

DJL120/4

120

4

5

150

84

10

 

Using reliable quality motor,380V or 220V or direct current machine is optional.

 

 

 

Features

 

1.Very high safety of operation. Mechanical actuate diaphragm. Changeable eccentric drive

 

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

 

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

 

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

 

5.The diaghragm is made from multilayer complex structure to promote the life span, the first layer is Teflon anti-acid diaphragm, the second is EPDM stretch rubber, the third is 3.00 mm thick SUS304 that supporting the iron corn. The fourth is also the EPDM stretch rubber to cover all of the body.

 

 

 

Purpose

 

Widely used in petroleum, chemical industry, electric power, metallurgy, mining, shipbuilding,light industry, agriculture, national defense department and etc. 


Q:What are the application areas of pumps?
Water pump has different uses, different transmission liquid medium, different flow, lift range, therefore, its structure form is not the same, the material is also different, summed up, can be roughly divided into:
Q:Rules for operation of centrifugal pumps
3, start the pump, wait until the speed reaches the normal speed, slowly open the outlet valve, observe the ammeter at the same time, and control the current in the rated current range of the motor.4, the operation requires smooth operation of water pumps, no abnormal noise, no pressure fluctuations. The abnormal situation should be stopped in time.
Q:How is the pump level of submersible sewage pump determined?
Below the top elevation of the sump, 200 is the warning water levelBut note: 1, the effective volume of the sump meets the requirements. 2, the pump should have enough submerged water level
Q:5 floor water pressure is too low, what kind of water pump is better?
Pipe blockage, leaks, or throttling devices are not opened. This can be tested on a pipe with a pressure gauge;Water pump is equipped with power source, power or speed does not match, check the pump and power end nameplate, power end of the pump power is generally 1.1.5 times;
Q:What is the function of the heating pump system for the water pump design?
As the feed water temperature is higher, in the case of non warm pump start, will make the pump body is subject to greater thermal impact; in addition, the flow components with the pump contact heating fast, not contact with water directly heating slowly. This expansion due to uneven speed, it will inevitably produce thermal stress, deformation of the pump body, sealing surface, the joint surface is lax and leaking phenomenon. Therefore, the warm water pump system is designed for the water pump.
Q:How to select metering pump head?
The main index affecting the selection of the pump head is the composition of the medium to be transported and added, as well as the pressure and the temperature of the external environment
Q:Water pump does not produce water, what are the reasons?
1 check whether the motor is reversed.2, to see whether the export, the entrance blocked, the outlet pressure gauge whether there is pressure.3, whether the pump selection is wrong, you can not suck up the water.
Q:Do you have a suction pump higher than 9 meters?
Pump rated suction generally 7 meters or so, it is estimated that no one calibration pump suction stroke 9 meters. Calibration suction range of 9 meters is not reliable.
Q:What are the problems that should be paid attention to when using vacuum pumps?
(8) in the process of running the pump, the bearing temperature shall not exceed the ambient temperature 35C, and the maximum temperature shall not exceed 80C.(9) if the abnormal sound of the vacuum pump is found, the reason should be stopped immediately.(10) vacuum pump to stop using, first shut down valve, pressure gauge, and then stop the motor. (11) vacuum pump in the first month of work, 100 hours after the replacement of lubricating oil, oil every 500 hours after the change.(12) adjust packing gland regularly to ensure the normal condition of drip in packing room. (13) regular inspection of shaft sleeve wear, larger wear should be replaced in good time.
Q:Is the centrifugal pump large or small?
Centrifugal pump, the smaller the better the cavitation.1, centrifugal pump cavitation less, anti cavitation performance is better, the pump cavitation is called the necessary cavitation margin or pump inlet dynamic pressure drop, the smaller the better. Generally speaking, the pump cavitation is the need for cavitation, the pump inlet pipe said effective cavitation margin, that is, the device cavitation margin. For a given pump, at a given speed and flow rate required NPSH is called pump necessary NPSH, also called NPSH, is required to achieve the performance parameters of the pump cavitation, the internal flow and the centrifugal pump is composed of pump head itself, its physical meaning is that liquid drop in pump inlet pressure part degree, is to guarantee the pump cavitation does not occur, with surplus energy exceeds the vaporization pressure head at the inlet of the pump unit weight of liquid. The cavitation must be independent of the device parameters. It is only related to the parameters of the inlet of the pump. These parameters are determined by the geometric parameters at a given speed and flow.

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