Positive Displacement Water Pump Air Operated With Low Vibration
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 diaphragm 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 | 1/4-18NPTF-1 |
Fluid Outlet | 1-11-1/2NPTF-1,Rp1-11BSP |
Fluid Inlet | 1-11-1/2NPTF-1,Rp1-11BSP |
Max. Flow | 135L/Min |
Max. Head | 70M |
Max. Self-priming Lift (dry) | 4m |
Max. Air Pressure | 8.3bar |
Max. Particle Diameter | 3mm |
Max. Installation Dimension | 249.5×360.5×245mm |
Weight | 9.5kg |
Noise | <80db |
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
Pneumatic Diaphragm Pump Advantages:
1. Explosion-proof, zero leak, simple operation.
2. Idling capability,Self suction, No complex control.
3. Diversity of material,no rotating parts,applicable to various
erosive situations.
4. Diaphragm, ball and ball seat adopt imported materials with
longer service life.
5. Modularization of main valve and air motor. No broken, easy to
disassemble and repair.
Pay attention to the following points when operating with a
pneumatic diaphragm pump:
1. Ensure that the maximum particles contained in the fluid do not
exceed the maximum safety of the pump through the particle diameter
standard.
2. The intake pressure should not exceed the maximum allowable
pressure of the pump. Compressed air above the rated pressure may
cause personal injury and property damage and damage the
performance of the pump.
3. Ensure that the pumping piping system can withstand the highest
output pressure achieved, and ensure the clean and normal working
conditions of the driving pneumatic system.
4. Static sparks may cause explosions and personal injury and
property damage. Use wires with a large cross-sectional area as
needed to properly ground the grounding screws on the pump.
5. The grounding requirements are in compliance with local laws and
regulations and some special requirements on site.
6. Tighten the pump and each connecting pipe joint to prevent
static sparks from being generated by vibration. Use an antistatic
hose.
7. Periodically check and test the reliability of the grounding
system, requiring a grounding resistance of less than 100 ohms.
8. Maintain good exhaust and ventilation, away from inflammable,
explosive and heat sources.
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)
·····································································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
