Endura-Flo 4D350
Endura-Flo 4D350
High Pressure Diaphragm Pumps
350 cc per cycle and 400 psi (28 bar) maximum fluid pressure in a compact pump
Enquiry about Endura-Flo 4D350
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Endura-Flo high pressure diaphragm pumps ensure long-lasting durability and can withstand runaway conditions better than other diaphragm pumps. This easy-to-install pump offers low pulsation output and smooth changeover for quick color changes, saving you time and money. Select the Extended Pressure 4:1 models with the highest rated pressure in the industry.
Features :
- 350 cc per cycle
- Select Extended Pressure 4:1 models
- Redesigned diaphragm lasts longer and can hold up to extreme operating conditions better
- Easy access to critical components provides fast online maintenance
- Superior durability for abrasive materials
- Innovative design ensures easy access to critical components for fast, online repair
- Minimal solvent to flush and consistent startup pressure make it perfect for multiple color change and piggable systems
- DataTrak option prevents runaway and tracks material usage
- Pumps are easily configurable for custom installations
Specifications :
| Endura-Flo 4D350 Diaphragm Pump | |
| Maximum air input pressure |
7 bar, 0.7 MPa
|
| Maximum inlet feed pressure* |
4.8 bar, 0.48 MPa
|
| Maximum fluid working pressure |
28 bar, 2.8 MPa
|
| Maximum static fluid pressure |
30 bar, 3.0 MPa
|
| Ratio |
4:1
|
| Maximum recommended continuous cycle rate |
20 cycles per minute
|
| Volume per cycle (double stroke) |
350 cc per cycle
|
| Ambient and operating temperature range. Use dry compressed air when operating at low temperatures. |
0 to 50°C
|
| Dry suction lift |
7.0 m
|
| Wet suction lift |
8.8 m
|
| Air inlet size |
1/2 npt
|
| Fluid inlet size |
1 in. Tri-Clamp Flange, 3/4 in npt, or 3/4 in bspp
|
| Fluid outlet size |
1 in. Tri-Clamp Flange, 3/4 in npt, or 3/4 in. bspp
|
| Weight (approximate) |
33 kg
|
| Wetted parts |
stainless steel, perfluoroelastomer (FFKM), PTFE, Polyphenylene Sulfide (PPS)
|
| * NOTE: When pressure feeding the pump inlet, do not allow the outlet pressure to exceed the Maximum Fluid Working Pressure. The inlet feed pressure will pressurize the outlet by the corresponding amount.Example: Pressure feeding the inlet with 60 psi and supplying 80 psi air pressure will result in the following: 80 psi * 4:1 + 60 psi = 380 psi fluid pressure. | |
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