Adaptive power management lowers energy bills by up to 50%, suppresses inrush current, and maintains 97.5% operating efficiency.
Proprietary 3-stage oil removal system reduces running costs, extends overhaul intervals, and cuts servicing time on lubricated units.
Isolated hot and cold sections block steam condensation, safeguard sensitive electronics, and dampen operating noise.
Robust airends, sealed IR motors with extra-large bearings, and EC variable-speed fans deliver steady output with minimal vibration.
| Model | Power (kW) | Capacity (m³/h) | Ultimate Pressure (mbar abs.) | Connection (In/Out) |
|---|---|---|---|---|
| VPO-5.5PM | 5.5 | 413 | 0.35 | DN80/DN65 |
| VPO-7.5PM | 7.5 | 570 | 0.35 | DN80/DN65 |
| VPO-11PM | 11 | 720 | 0.35 | DN100/DN65 |
| VPO-15PM | 15 | 894 | 0.35 | DN100/DN65 |
| VPO-18.5PM | 18.5 | 1050 | 0.35 | DN150/DN100 |
| VPO-22PM | 22 | 1290 | 0.35 | DN150/DN100 |
| VPO-30PM | 30 | 1620 | 0.35 | DN150/DN100 |
| VPO-37PM | 37 | 1800 | 0.35 | DN150/DN100 |
| VPO-45PM | 45 | 2622 | 0.35 | DN200/DN150 |
| VPO-55PM | 55 | 3709 | 0.35 | DN200/DN150 |
| VPO-75PM | 75 | 4244 | 0.35 | DN250/DN200 |
| VPO-90PM | 90 | 5167 | 0.35 | DN250/DN200 |
| Model | Power (kW) | Capacity (m³/h) | Ultimate Pressure (kPa) | Connection (In/Out) |
|---|---|---|---|---|
| VPOF-5.5PM | 5.5 | 210 | 20–80 | DN65/DN50 |
| VPOF-7.5PM | 7.5 | 294 | 20–80 | DN65/DN50 |
| VPOF-11PM | 11 | 432 | 20–80 | DN80/DN65 |
| VPOF-15PM | 15 | 708 | 20–80 | DN80/DN65 |
| VPOF-18PM | 18 | 936 | 20–80 | DN100/DN80 |
| VPOF-22PM | 22 | 1092 | 20–80 | DN100/DN80 |
| VPOF-30PM | 30 | 1548 | 20–80 | DN150/DN100 |
| VPOF-37PM | 37 | 1758 | 20–80 | DN150/DN100 |
| VPOF-45PM | 45 | 2232 | 20–80 | DN150/DN125 |
| VPOF-55PM | 55 | 2766 | 20–80 | DN150/DN125 |
| VPOF-75PM | 75 | 3660 | 20–80 | DN200/DN150 |
| VPOF-90PM | 90 | 4560 | 20–80 | DN200/DN150 |
| VPOF-110PM | 110 | 5580 | 20–80 | DN250/DN200 |
Oil-injected units offer higher throughput and deeper vacuum (0.35 mbar), making them ideal for heavy industrial duty. Oil-free variants eliminate any risk of process contamination, so they are preferred in clean production lines, medical device manufacturing, and sensitive R&D environments.
Yes. The closed-loop regulation continuously matches pump speed to system demand. Field data shows typical savings of 40–50% versus conventional on/off or throttle-controlled pumps, with peak efficiency exceeding 97%.
The thermally split enclosure and precision-balanced rotors keep sound levels remarkably low. Compact skid designs (dimensions listed in full catalog) fit tight machine rooms without compromising service access.
It reduces oil carry-over, so downstream filters stay cleaner for longer. The cartridge design allows quick element replacement without special tools – typical service intervals are 2× longer than conventional two-stage separators.
Yes. The independent cooling circuit, oversized heat exchangers, and intelligent thermostatic bypass valve maintain stable thermal balance even in hot workshop conditions up to 45°C.
Absolutely. Standard Modbus RTU/TCP, Profibus, and analog I/O interfaces enable seamless integration with PLC, SCADA, and building management networks.