Delivery Time:7-15days
Certification:ISO
Membrane Pump Non Leakage Stainless Steel Diaphragm Pump For Chemical Industrial
Air diaphragm pump(also know as a Membrane pump, air operated double diaphragm pump(AOOD) or pneumatic diaphragm pump)that uses a combination of the reciprocating action of a rubber,thermoplastic or teflondiaphragm and suitable valves either side of the diaphragm (check valve,butterfly valves,flap valves,or any other form of shut-off valves) to pump a fluid.
Product Description:
|
Air Inlet |
1/2-14NPTF-1 |
|
Fluid Outlet |
1-1/2-11-1/2NPTF-1,1-1/2-11BSP |
|
Fluid Inlet |
1-1/2-11-1/2NPTF-1,1-1/2-11BSP |
|
Max. Flow |
330L/Min |
|
Max. Head |
70M |
|
Max. Self-priming Lift (dry) |
4.5m |
|
Max. Air Pressure |
8.3bar |
|
Max. Particle Diameter |
6mm |
|
Max. Installation Dimension |
343×498×301mm |
|
Weight |
30kg |
|
Noise |
<80db |
Packaging & Delivery
|
Packaging Detail: |
plywood case/carton per diaphragm pump |
|
Delivery Detail: |
5 days from receiving payment (according to your order quantity) |
Specifications
Air Diaphragm Pump
1. Non leakage
2. Good self priming performance
3. Convey all kinds of medium
4. Material:Cast steel,Alu,SS,PP
A 40 X X - X X X - X (model selection)
Form of pipe mouth:A-BSP B-NPT(F) C-Flange
Diaphragm material:9 – Santoprene H – Hytrel T - PTFE/Santoprene
Ball material:9 -Santoprene H – Hytre T – PTFE A - Acetal
Ball seat material:P/K –Polypropylene/Kynoar SS –Stainless Steel
Pump material: SS –Stainless Steel AL –Aluminum Alloy CI- Carbon Steel P/K –Polypropylene/Kynoar
Main Performance Parameters
No. Parameter Names Units Reference Values
1 Max. Working Air Pressure Mpa 0.83
2 Max. Flow l/min 135
3 Max. Head m 70
4 Max. Fluid Output Pressure Mpa 0.83
5 Max. Particle Through Diameter mm 3
6 Weight kg 9.5/12.5 ( PP/KV ) /9.5 (AL)/ 14.5(SS/CI)
7 Noise Level db <85
Maximum Applied Temperature Limits (diaphragm / ball / seal material)
Acetal ···············································40°- 150°F (4.4- 65.5°C)
Santoprene··················································································-40°- 225°F (-40°- 107.2°C) Teflon····························································································40°- 220°F (4.4°- 104°C) Nitrile································································································10°- 180°F (-12°- 82°C) Viton····························································································-40°- 350°F (-40°-176.6°C) Hytrel·······························································································-20°-150°F (-12°- 93°C) Kynar···························································································10°-200°F (-28.9°- 65.5°C) Polypropylene························································································32°- 175°F (0-79.4°C)
1” Flow diagram
Installation operation and maintenance:
READ, UNDERSTAND, AND FOLLOW THIS INFORMATION TO AVOID INJURY AND PROPERTY DAMAGE
Do not exceed the maximum inlet air pressure as stated on the pump model plate.
The air inlet of the pump is connected to the air supply that has sufficient capacity and of which pressure conforms to the design requirements. The clean compressed air makes for the extension of the service life of the pump. If the air supply line is a hard pipe, the short hose connecting the pump and the pipe can reduce vibration and twisting. (It is recommended to reduce the pulse in the fluid with a use a surge tank or fluid buffers.) The air intake pipe and the pressu