Alcatel / Adixen Vacuum Pump Cross Reference
Alcatel / Adixen Vacuum Pump Cross Reference | A, SD, I, C1, C2, Pascal Equivalents
Use this page to compare Alcatel / Adixen rotary vane pump families across legacy A-series naming and later Pascal-family SD, I, C1, and C2 variants.
This page is designed to help buyers, lab users, and maintenance teams identify comparable models by size class, pumping speed, and application type before moving into repair kits, oil, manuals, or replacement direction.
Legacy & Pascal Naming
Buyers often search by older Alcatel / Adixen model names like 2005, 2010, 2015, 2021, and 2033, while newer catalogs often group these under Pascal-family SD, I, C1, and C2 variants.
- 2005 / 2010 / 2015 / 2021 / 2033 are common search anchors
- 2063 and 2100 also appear in Pascal literature
- A-series naming is still useful for search coverage
What the Variants Mean
SD, I, C1, and C2 are not just cosmetic naming differences. They reflect different intended service and chemistry environments in the Pascal-family line.
- SD = standard duty
- I = analytical / prepared with PFPE oil
- C1 = light chemical resistance
- C2 = heavier chemical resistance
Alcatel / Adixen Cross Reference Table
A, SD, I, C1, and C2 series aligned to common Edwards, Leybold, Welch, and Varian classes
This table is designed to map the most commonly searched Alcatel / Adixen families to comparable classes across Edwards, Leybold TRIVAC, Welch, and Varian / Agilent. Some rows are direct model-family comparisons, while others are broader class comparisons where exact one-to-one fitment is not assumed.
| Alcatel / Adixen Model | Series | Approx. CFM | Ultimate Vacuum | Comparable Models | Service Direction | Notes |
|---|---|---|---|---|---|---|
| 2005 | A / Pascal size class | ~3.5 CFM | ~10⁻³ mbar class | Edwards RV3, Leybold D4B, Varian DS102 | Alcatel 2005 Service Direction | Small bench / laboratory size class. |
| 2005 SD | SD | ~3.5 CFM | ~10⁻³ mbar class | Edwards RV3, Leybold D4B | 2005 SD Service Direction | Standard duty Pascal-family variant. |
| 2005 I | I | ~3.5 CFM | ~10⁻³ mbar class | Analytical / specialty RV3-class applications | 2005 I Service Direction | PFPE / analytical-use oriented variant. |
| 2005 C1 / C2 | C1 / C2 | ~3.5 CFM | ~10⁻³ mbar class | RV3 / D4B size class, with chemistry-specific considerations | 2005 C1/C2 Service Direction | Chemical-resistance variants; verify chemistry and seals. |
| 2010 | A / Pascal size class | ~7 CFM | ~10⁻³ mbar class | Edwards RV5, Leybold D8B, Welch 1402 | Alcatel 2010 Service Direction | Common small lab crossover model. |
| 2010 SD | SD | ~7 CFM | ~10⁻³ mbar class | Edwards RV5, Leybold D8B | 2010 SD Service Direction | Standard-duty Pascal-family row. |
| 2010 I | I | ~7 CFM | ~10⁻³ mbar class | Analytical RV5-class applications | 2010 I Service Direction | Prepared for specialty analytical service. |
| 2010 C1 / C2 | C1 / C2 | ~7 CFM | ~10⁻³ mbar class | RV5 / D8B size class with chemistry-specific matching | 2010 C1/C2 Service Direction | Light / heavier chemical resistance variants. |
| 2015 | A / Pascal size class | ~13 CFM | ~10⁻³ mbar class | Edwards E2M18, Leybold D16B, Welch 1376 | Alcatel 2015 Service Direction | Mid-size two-stage lab pump. |
| 2015 SD | SD | ~13 CFM | ~10⁻³ mbar class | Edwards E2M18, Leybold D16B | 2015 SD Service Direction | One of the most common service rows. |
| 2015 I | I | ~13 CFM | ~10⁻³ mbar class | E2M18-class analytical / specialty applications | 2015 I Service Direction | PFPE / analytical-use variant. |
| 2015 C1 / C2 | C1 / C2 | ~13 CFM | ~10⁻³ mbar class | E2M18 / D16B class with chemistry-specific considerations | 2015 C1/C2 Service Direction | Useful for chemical-process search intent. |
| 2021 | A / Pascal size class | ~21 CFM | ~10⁻³ mbar class | Edwards E2M28, Leybold D25B / D40B, Welch 1397 | Alcatel 2021 Service Direction | Higher-capacity laboratory class. |
| 2021 SD | SD | ~21 CFM | ~10⁻³ mbar class | Edwards E2M28, Leybold D25B | 2021 SD Service Direction | Common Pascal-family service model. |
| 2021 I | I | ~21 CFM | ~10⁻³ mbar class | E2M28-class analytical / specialty applications | 2021 I Service Direction | Analytical / PFPE-oriented variant. |
| 2021 C1 / C2 | C1 / C2 | ~21 CFM | ~10⁻³ mbar class | E2M28 / D25B class with chemistry-specific matching | 2021 C1/C2 Service Direction | Chemical-resistance variant row. |
| 2033 | A / Pascal size class | ~35 CFM | ~10⁻³ mbar class | Edwards E2M40, Leybold D40B / D65B | Alcatel 2033 Service Direction | Larger lab / light process class. |
| 2033 SD | SD | ~35 CFM | ~10⁻³ mbar class | Edwards E2M40, Leybold D40B | 2033 SD Service Direction | Standard-duty larger Pascal model. |
| 2033 C1 / C2 | C1 / C2 | ~35 CFM | ~10⁻³ mbar class | E2M40 / D40B class with chemistry-specific matching | 2033 C1/C2 Service Direction | Heavier chemistry users should verify exact media compatibility. |
| 2063 | Pascal size class | ~37 CFM class | Deep two-stage vacuum | Upper E2M40 / lower E2M80 range | 2063 Service Direction | Appears in Pascal literature; verify exact family and application. |
| 2100 | Pascal size class | ~59 CFM class | Deep two-stage vacuum | Edwards E2M80-class / larger TRIVAC comparisons | 2100 Service Direction | Large Pascal-family row; verify detailed specs carefully. |
| SD Series | Family | Varies | Deep vacuum | Equivalent Pascal size classes | SD Series Service Direction | Standard-duty family grouping. |
| I Series | Family | Varies | Deep vacuum | Equivalent Pascal size classes | I Series Service Direction | Analytical / PFPE-prepared family grouping. |
| C1 Series | Family | Varies | Deep vacuum | Equivalent Pascal size classes | C1 Series Service Direction | Light chemical resistance family grouping. |
| C2 Series | Family | Varies | Deep vacuum | Equivalent Pascal size classes | C2 Series Service Direction | Heavier chemical resistance family grouping. |
Note: where model-by-model exact service data is not available in this page, family-level comparison is used intentionally. Final fitment should always be verified against the application, chemistry, and technical documentation.
How to Use This Page
Use the model and family data first, then move into service and support pages
- Use pumping speed to compare size class.
- Use series type to match chemistry and application environment.
- Use linked family pages to move into kits, parts, oils, and manuals.
- Verify chemistry compatibility before treating C1 or C2 variants as direct substitutes for standard models.
Helpful Links
Move from Alcatel / Adixen comparison data into service and support pages
Main Cross Reference Page
Compare multiple brands and pump families in one broader reference hub.
Edwards Cross Reference
Compare Edwards RV, E2M, and E2S families against other common lab pump classes.
Leybold TRIVAC Cross Reference
Compare Leybold TRIVAC families like D4B through D65BCS.
Oil Cross Reference
Compare OEM oils and VPS equivalents by viscosity and oil type.
Technical Resources
Need diagrams, manuals, or exploded views? Start here.
Need Help Matching a Model?
Contact your team to confirm fit, chemistry compatibility, and repair direction.
Need help identifying the right Alcatel / Adixen equivalent?
Send us your pump model, series, application, and any nameplate details you have. We can help point you toward the right repair kit, oil, or replacement direction.
What do SD, I, C1, and C2 mean?
They identify different Pascal-family variants intended for different operating environments, including standard duty, analytical / PFPE-oriented use, and lighter or heavier chemistry exposure.
Are A-series and Pascal-family pumps the same thing?
Not exactly. Buyers often search by older Alcatel naming, while newer references may organize similar size classes under Pascal-family SD, I, C1, and C2 variants. This page is designed to help bridge that search behavior.
Can I use this page to find repair parts too?
Yes. Use the linked comparison and support pages to move from model research into repair kits, oils, manuals, and service direction.
What should I verify before replacing an Alcatel / Adixen pump?
Always verify pumping speed, chemistry compatibility, oil type, motor details, and inlet/exhaust connections before treating any model as a direct replacement.