Change Country- Sign in
- Submit RFQ
Versa-Matic diaphragm pumps are suitable for transferring liquids having low, medium or high viscosities and also, liquids with large solid contents.
A
B
C
D
E
F
G
H
I
J| Style | Model | Agency Compliance | Ball Material | Body Material | Connection Style | Diaphragm Material | Height | Inlet/Outlet Size | Item | Price (inc. GST) | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| A | E5PP6X669C | - | Santoprene(R) | Poly | NPT | Santoprene(R) | 11 45/64" | 1/2" | Double Diaphragm Pump | SGD 1,780.08 | |
| A | E5PP5T5T9C | - | PTFE | Polyproplene | NPT | PTFE | 11 45/64" | 1/2" | Double Diaphragm Pump | SGD 2,197.16 | |
| B | E5SP5T559C | - | PTFE | Stainless Steel | NPT | PTFE | 10 3/64" | 1/2" | Double Diaphragm Pump | SGD 6,073.92 | |
| B | E5SP6X669C | - | Santoprene(R) | Stainless Steel | NPT | Santoprene(R) | 10 3/64" | 1/2" | Double Diaphragm Pump | SGD 5,109.74 | |
| B | E5SP2R229C | - | Buna N | Stainless Steel | NPT | Buna N | 10 3/64" | 1/2" | Double Diaphragm Pump | SGD 5,547.56 | |
| C | E5AP5T559C | - | PTFE | Aluminum | NPT | PTFE | 10 3/64" | 1/2" | Double Diaphragm Pump | SGD 2,818.93 | |
| C | E5AP6X669C | - | Santoprene(R) | Aluminum | NPT | Santoprene(R) | 10 3/64" | 1/2" | Double Diaphragm Pump | SGD 2,568.46 | |
| C | E5AP2R229C | - | Buna N | Aluminum | NPT | Buna N | 10 3/64" | 1/2" | Double Diaphragm Pump | SGD 2,275.76 | |
| D | E2PA5B5T9C | - | PTFE | Poly | NPT | PTFE | 30.25" | 2" | Double Diaphragm Pump | SGD 14,957.21 | |
| D | E2PA6D669C | - | Santoprene(R) | Poly | NPT | Santoprene(R) | 30.25" | 2" | Double Diaphragm Pump | SGD 11,036.70 | |
| D | E2PA2D229C | - | Buna N | Poly | NPT | Buna N | 30.25" | 2" | Double Diaphragm Pump | SGD 12,481.89 | |
| E | E4PA5F5T9 | - | PTFE | Poly | NPT | PTFE | 21 39/64" | 1.5" | Double Diaphragm Pump | SGD 7,963.11 | |
| E | E4PA6X669 | - | Santoprene(R) | Poly | NPT | Santoprene(R) | 21 39/64" | 1.5" | Double Diaphragm Pump | SGD 8,158.25 | |
| E | E4PA2R229 | - | Santoprene(R) | Poly | Flanged | Santoprene(R) | 21 39/64" | 1.5" | Double Diaphragm Pump | SGD 8,783.23 | |
| F | E1PA5T5T9C | - | PTFE | Poly | NPT | PTFE | 16 61/64" | 1" | Double Diaphragm Pump | - | RFQ
|
| F | E1PA2R229C | - | Buna N | Poly | NPT | Buna N | 16 61/64" | 1" | Double Diaphragm Pump | - | RFQ
|
| G | E1SA5T559C-ATEX | - | PTFE | Stainless Steel | NPT | PTFE | 14 35/64" | 1" | Double Diaphragm Pump | SGD 6,511.47 | |
| G | E1SA6X669C-ATEX | - | Santoprene(R) | Stainless Steel | NPT | Santoprene(R) | 14 35/64" | 1" | Double Diaphragm Pump | SGD 6,595.18 | |
| G | E1SA2R229C-ATEX | - | Buna N | Stainless Steel | NPT | Buna N | 14 35/64" | 1" | Double Diaphragm Pump | SGD 6,780.26 | |
| H | E1AA5T559C-ATEX | - | PTFE | Aluminum | NPT | PTFE | 14 35/64" | 1" | Double Diaphragm Pump | SGD 3,576.13 | |
| H | E1AA6X669C-ATEX | - | Santoprene(R) | Aluminum | NPT | Santoprene(R) | 14 35/64" | 1" | Double Diaphragm Pump | SGD 2,875.75 | |
| H | E1AA2R229C-ATEX | - | Buna N | Aluminum | NPT | Buna N | 14 35/64" | 1" | Double Diaphragm Pump | SGD 2,872.45 | |
| A | E5PP2R229C | - | Buna N | Poly | NPT | Buna N | 11 45/64" | 1/2" | Double Diaphragm Pump | SGD 1,747.36 | |
| I | E4SJ5F5S0-3A | 3A.png, CE.png | PTFE | - | Tri-Clamp | - | 31 1/2" | 1 1/2" | Diaphragm Pump | SGD 37,571.02 | |
| J | E4SJ5F5S0-FP | CE.png | PTFE | - | - | - | 17 5/16" | 1 1/2" | Diaphragm Pump | SGD 15,845.42 |
Deadhead is a condition that occurs when a diaphragm pump operates with no flow due to a closed or blocked discharge valve. To prevent internal parts from damage, the pump recirculates the same water, causing the temperature to rise and shut off.
These flexible pads are installed between the diaphragm and outer diaphragm plate, providing a secondary wear surface that extends the service of a diaphragm. They also provide corrosion resistance when moving abrasive fluids.
There is usually some pulsation of discharge flow in air-operated diaphragm pumps which can cause excess movement. This can be reduced by using pulsation dampeners that have a membrane with a cushion of compressible gas / air behind it that flexes to absorb the pulse, allowing a laminar flow downstream of the dampener.