Corrosive version with mineral oil
These corrosive versions of our rotary vane pumps are designed to be operated with mineral oil. These are used in sophisticated applications with corrosive gases. The costs of operating fluid remain relatively low due to the use of mineral oil.
Applications
- CVD coating
- Semiconductor technology
Customer value
- Space-saving and ideal for systems integration
- High pumping speeds with small dimensions
- Low ultimate pressure
- Operational safety, uses special materials for contact with corrosive substances
- Low operating costs due to use of mineral oil
Pascal 2005 C1 (5 m3/h)
- Increased resistance thanks to special materials
- Very low ultimate pressure, ideal for medium vacuum applications
- Low operating costs through the use of mineral oil
- Single-phase universal motor available, allowing an almost worldwide network coverage
- Adjustable inlet and outlet ports in horizontal or vertical orientation for better integration
| Type designation | Motor type | Mains connection: voltage 50 Hz | Mains connection: voltage 60 Hz | Part number | |
|---|---|---|---|---|---|
| Pascal 2005 C1 | 1-ph motor | 180 – 254 V | 180 – 254 V | 205C1MHEM | |
| Pascal 2005 C1 | 1-ph motor | 90 – 132 V | 90 – 132 V | 205C1MLAM | |
| Pascal 2005 C1 | 3-ph motor | 342 – 460 V | 342 – 520 V | 205C1THEM | |
| Pascal 2005 C1 | 3-ph motor | 170 – 254 V | 170 – 300 V | 205C1TLAM | |
Pascal 2010 C1 (10 m3/h)
- Increased resistance thanks to special materials
- Very low ultimate pressure, ideal for medium vacuum applications
- Low operating costs through the use of mineral oil
- Single-phase universal motor available, allowing an almost worldwide network coverage
- Adjustable inlet and outlet ports in horizontal or vertical orientation for better integration
| Type designation | Motor type | Mains connection: voltage 50 Hz | Mains connection: voltage 60 Hz | Part number | |
|---|---|---|---|---|---|
| Pascal 2010 C1 | 1-ph motor | 180 – 254 V | 180 – 254 V | 210C1MHEM | |
| Pascal 2010 C1 | 1-ph motor | 90 – 132 V | 90 – 132 V | 210C1MLAM | |
| Pascal 2010 C1 | 3-ph motor | 342 – 460 V | 342 – 520 V | 210C1THEM | |
| Pascal 2010 C1 | 3-ph motor | 170 – 254 V | 170 – 300 V | 210C1TLAM | |
Pascal 2015 C1 (15 m3/h)
- Increased resistance thanks to special materials
- Very low ultimate pressure, ideal for medium vacuum applications
- Low operating costs through the use of mineral oil
- Single-phase universal motor available, allowing an almost worldwide network coverage
- Adjustable inlet and outlet ports in horizontal or vertical orientation for better integration
| Type designation | Motor type | Mains connection: voltage 50 Hz | Mains connection: voltage 60 Hz | Part number | |
|---|---|---|---|---|---|
| Pascal 2015 C1 | 1-ph motor | 180 – 254 V | 180 – 254 V | 215C1MHEM | |
| Pascal 2015 C1 | 1-ph motor | 90 – 132 V | 90 – 132 V | 215C1MLAM | |
| Pascal 2015 C1 | 3-ph motor | 342 – 460 V | 342 – 520 V | 215C1THEM | |
| Pascal 2015 C1 | 3-ph motor | 170 – 254 V | 170 – 300 V | 215C1TLAM | |
Pascal 2021 C1 (21 m3/h)
- Increased resistance thanks to special materials
- Very low ultimate pressure, ideal for medium vacuum applications
- Low operating costs through the use of mineral oil
- Single-phase universal motor available, allowing an almost worldwide network coverage
- Adjustable inlet and outlet ports in horizontal or vertical orientation for better integration
| Type designation | Motor type | Mains connection: voltage 50 Hz | Mains connection: voltage 60 Hz | Part number | |
|---|---|---|---|---|---|
| Pascal 2021 C1 | 1-ph motor | 180 – 254 V | 180 – 254 V | 221C1MHEM | |
| Pascal 2021 C1 | 1-ph motor | 90 – 132 V | 90 – 132 V | 221C1MLAM | |
| Pascal 2021 C1 | 3-ph motor | 170 – 254 V | 170 – 300 V | 221C1THEM | |
| Pascal 2021 C1 | 3-ph motor | 170 – 254 V | 170 – 300 V | 221C1TLAM | |
