Comparison · Air dryers
Desiccant air dryer comparison, all brands
1961 models, 158 product lines, 35 manufacturers, from their brochures.
Under construction. This comparison tool is still being built: do not base a purchasing decision on this data. Always confirm with your local distributors.
| Compare | Model or line · manufacturer | Type | Flow | Dew point | Market · Frequency · CSA · CRN |
|---|---|---|---|---|---|
| MDH1 Altec AIR · MDH | HL | 0.4 SCFM ≈ 1 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| MDH2 Altec AIR · MDH | HL | 0.8 SCFM ≈ 1 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HL 0003 OMI · HL (low flow) | HL | 1 SCFM 1.8 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | WORLD | |
| MDH3 Altec AIR · MDH | HL | 1.1 SCFM ≈ 2 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| MDH4 Altec AIR · MDH | HL | 1.6 SCFM ≈ 3 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| CD 1+ Atlas Copco · CD+ 1-1400 | HL | 2 SCFM 4 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| CD 1 Atlas Copco · CD 1-5 | HL | 2.1 SCFM 3.6 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| MDH5 Altec AIR · MDH | HL | 2.4 SCFM ≈ 4 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| VSA1 Altec AIR · VSA | HL | 2.8 SCFM ≈ 5 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HHD 5 Hertz Kompressoren · HHD 16-20 bar | HL HP | 2.9 SCFM 4.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| Ultrapac 2000 0005 Donaldson · Ultrapac 2000 Mini | HL | ≈ 3 SCFM 5 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DA5IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 3 SCFM 5 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HR1 Altec AIR · HR | HL | 3 SCFM ≈ 5 m³/h | ISO 2 -73.3–-40 °C-99.9–-40 °F | NA | |
| DHDM 3 Deltech · DHDM (modular) | HL | 3 SCFM ≈ 5 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 3 Hankison · PHDM (modular) | HL | 3 SCFM ≈ 5 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| MMD3 Mikropor · MMD / MMD HC (modular) | HL | 3 SCFM 5 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| NDL 010 Nano Purification · D1 (undefined) | HL | 3 SCFM ≈ 5 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DAS1 Parker · PNEUDRI MiDAS | HL | 3 SCFM 5.1 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 3ZMA ZEKS · ZMA (modular) | HL | 3 SCFM ≈ 5 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DD 10 Mattei · DD 10-6130 | HL | 3 SCFM 6 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DMD-3 Sullair · DMD (modular) | HL | 3 SCFM ≈ 5 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| CD 1.5+ Atlas Copco · CD+ 1-1400 | HL | 3 SCFM 5 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| MDH6 Altec AIR · MDH | HL | 3.2 SCFM ≈ 5 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| CD 1.5 Atlas Copco · CD 1-5 | HL | 3.2 SCFM 5.4 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| HL 0030 CLASS 1 OMI · HL (low flow) | HL | 4 SCFM 7 m³/h | ISO 1 -70 °C-94 °F | WORLD | |
| ACC 4 BEKO Technologies · DRYPOINT ACC | HL | 4 SCFM ≈ 7 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HL R012 OMI · HL (low flow) | HL | 4 SCFM 7 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | WORLD | |
| HL S012 OMI · HL (low flow) | HL | 4 SCFM 7 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | WORLD | |
| CD 2+ Atlas Copco · CD+ 1-1400 | HL | 4 SCFM 8 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| ADS 1 MARK · ADS 1-156 | HL | 4.1 SCFM 7 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AD 7 ALUP · AD 7-60 | HL | ≈ 4 SCFM 7 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| NA012 MTA · DryXtreme NA | HL | ≈ 4 SCFM 7 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| DB 05 C Worthington Creyssensac · DB 05-6 | HL | ≈ 4 SCFM 7 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| CD 2 Atlas Copco · CD 1-5 | HL | 4.2 SCFM 7.2 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| CPADM-5 Chicago Pneumatic · CPADM (modular) | HL | 5 SCFM ≈ 8 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MMD5 Mikropor · MMD / MMD HC (modular) | HL | 5 SCFM 10 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| NDL 020 Nano Purification · D1 (undefined) | HL | 5 SCFM ≈ 8 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DAS2 Parker · PNEUDRI MiDAS | HL | 5 SCFM 8.5 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| DD 20 Mattei · DD 10-6130 | HL | 5 SCFM 8.4 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DMD-5 Sullair · DMD (modular) | HL | 5 SCFM ≈ 8 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| CD 2.5+ Atlas Copco · CD+ 1-1400 | HL | 5 SCFM 9 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| VSA2 Altec AIR · VSA | HL | 5.8 SCFM ≈ 10 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| AD 11 ALUP · AD 7-60 | HL | ≈ 6 SCFM 10 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| Ultrapac 2000 0010 Donaldson · Ultrapac 2000 Mini | HL | ≈ 6 SCFM 10 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| NA018 MTA · DryXtreme NA | HL | ≈ 6 SCFM 10 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| DB 1 C Worthington Creyssensac · DB 05-6 | HL | ≈ 6 SCFM 10 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HHD 10 Hertz Kompressoren · HHD 16-20 bar | HL HP | 5.9 SCFM 10.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| ADS 2 MARK · ADS 1-156 | HL | 5.9 SCFM 10 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| HR2 Altec AIR · HR | HL | 6 SCFM ≈ 10 m³/h | ISO 2 -73.3–-40 °C-99.9–-40 °F | NA | |
| ACC 6 BEKO Technologies · DRYPOINT ACC | HL | 6 SCFM ≈ 10 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CD 3+ Atlas Copco · CD+ 1-1400 | HL | 6 SCFM 11 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| AC 119 BEKO Technologies · DRYPOINT AC 119-196 | HL | ≈ 6 SCFM 10.2 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 60 Hz 50 Hz | |
| CD 3 Atlas Copco · CD 1-5 | HL | 6.4 SCFM 10.8 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| DC-HF 2.0 Kaeser · DC-HF | HL | 7 SCFM ≈ 12 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| CD 3.5 Atlas Copco · CD 1-5 | HL | 7.4 SCFM 12.6 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| VSA3 Altec AIR · VSA | HL | 8 SCFM ≈ 14 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| ACC 8 BEKO Technologies · DRYPOINT ACC | HL | 8 SCFM ≈ 14 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| DAS3 Parker · PNEUDRI MiDAS | HL | 8 SCFM 13.6 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| QMOD00008 Quincy · QMOD (modular) | HL | 8 SCFM ≈ 14 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| AC 122 BEKO Technologies · DRYPOINT AC 119-196 | HL | ≈ 8 SCFM 13.6 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 60 Hz 50 Hz | |
| NA025 MTA · DryXtreme NA | HL | ≈ 8 SCFM 14 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| Ultrapac 2000 0015 Donaldson · Ultrapac 2000 Mini | HL | ≈ 9 SCFM 15 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DA15IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 9 SCFM 15 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HR3 Altec AIR · HR | HL | 9 SCFM ≈ 15 m³/h | ISO 2 -73.3–-40 °C-99.9–-40 °F | NA | |
| DHDM 9 Deltech · DHDM (modular) | HL | 9 SCFM ≈ 15 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 9 Hankison · PHDM (modular) | HL | 9 SCFM ≈ 15 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| 9ZMA ZEKS · ZMA (modular) | HL | 9 SCFM ≈ 15 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| CD 5 Atlas Copco · CD 1-5 | HL | 9.5 SCFM 16.2 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| ACC 10 BEKO Technologies · DRYPOINT ACC | HL | 10 SCFM ≈ 17 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CPADM-10 Chicago Pneumatic · CPADM (modular) | HL | 10 SCFM ≈ 17 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MMD10 Mikropor · MMD / MMD HC (modular) | HL | 10 SCFM 20 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| NDL 030 Nano Purification · D1 (undefined) | HL | 10 SCFM ≈ 17 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DAS4 Parker · PNEUDRI MiDAS | HL | 10 SCFM 17 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| QMOD00010 Quincy · QMOD (modular) | HL | 10 SCFM ≈ 17 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| ADS 3 MARK · ADS 1-156 | HL | 10 SCFM 17 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DD 30 Mattei · DD 10-6130 | HL | 10 SCFM 18 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DMD-10 Sullair · DMD (modular) | HL | 10 SCFM ≈ 17 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| AD 18 ALUP · AD 7-60 | HL | ≈ 10 SCFM 17 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| AC 126 BEKO Technologies · DRYPOINT AC 119-196 | HL | ≈ 10 SCFM 17 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 60 Hz 50 Hz | |
| NA030 MTA · DryXtreme NA | HL | ≈ 10 SCFM 17 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| DB 2 C Worthington Creyssensac · DB 05-6 | HL | ≈ 10 SCFM 17 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HDT 3 FINI · HDT | HL | 11 SCFM 19.2 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HL 0030 OMI · HL (low flow) | HL | 11 SCFM 18 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | WORLD | |
| NDA-M25 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 11 SCFM 19 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| CD 5+ Atlas Copco · CD+ 5-335 | HL | 11.7 SCFM 19.8 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| HHD 20 Hertz Kompressoren · HHD 16-20 bar | HL HP | 11.8 SCFM 19.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HR4 Altec AIR · HR | HL | 12 SCFM ≈ 20 m³/h | ISO 2 -73.3–-40 °C-99.9–-40 °F | NA | |
| VSA4 Altec AIR · VSA | HL | 12 SCFM ≈ 20 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| DC-HF 3.7 Kaeser · DC-HF | HL | 13 SCFM ≈ 22 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DAS5 Parker · PNEUDRI MiDAS | HL | 13 SCFM 22.1 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| HHD 25 Hertz Kompressoren · HHD 16-20 bar | HL HP | 14.7 SCFM 25.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| Ultrapac 2000 0025 Donaldson · Ultrapac 2000 Mini | HL | ≈ 15 SCFM 25 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DA25IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 15 SCFM 25 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NA046 MTA · DryXtreme NA | HL | ≈ 15 SCFM 25 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| HLD-0015-1 Altec AIR · HLD basse PDP | HL | 15 SCFM ≈ 25 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| HOF-0015-1 Altec AIR · HOF oil field | HL | 15 SCFM ≈ 25 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0015-1 Altec AIR · HRL | HL | 15 SCFM ≈ 25 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| ACC 15 BEKO Technologies · DRYPOINT ACC | HL | 15 SCFM ≈ 25 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CPADM-15 Chicago Pneumatic · CPADM (modular) | HL | 15 SCFM ≈ 25 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DHDM 15 Deltech · DHDM (modular) | HL | 15 SCFM ≈ 25 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 15 Hankison · PHDM (modular) | HL | 15 SCFM ≈ 25 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| MMD15 Mikropor · MMD / MMD HC (modular) | HL | 15 SCFM 25 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| NDL 040 Nano Purification · D1 (undefined) | HL | 15 SCFM ≈ 25 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DAS6 Parker · PNEUDRI MiDAS | HL | 15 SCFM 25.5 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| QMOD00015 Quincy · QMOD (modular) | HL | 15 SCFM ≈ 25 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| 15ZMA ZEKS · ZMA (modular) | HL | 15 SCFM ≈ 25 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DD 40 Mattei · DD 10-6130 | HL | 15 SCFM 24 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DMD-15 Sullair · DMD (modular) | HL | 15 SCFM ≈ 25 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| CD 7+ Atlas Copco · CD+ 1-1400 | HL | 15 SCFM 25 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| AC 136 BEKO Technologies · DRYPOINT AC 119-196 | HL | ≈ 15 SCFM 25.5 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 60 Hz 50 Hz | |
| ADS 4 MARK · ADS 1-156 | HL | 15.3 SCFM 26 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AD 25 ALUP · AD 7-60 | HL | ≈ 15 SCFM 26 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DB 3 C Worthington Creyssensac · DB 05-6 | HL | ≈ 15 SCFM 26 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| NDA-M25 MTA · DryXtreme NDA (alumina) | HL | ≈ 16 SCFM 27 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HR5 Altec AIR · HR | HL | 16 SCFM ≈ 27 m³/h | ISO 2 -73.3–-40 °C-99.9–-40 °F | NA | |
| CD 8+ Atlas Copco · CD+ 5-335 | HL | 17 SCFM 28.8 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| DC-HF 5.0 Kaeser · DC-HF | HL | 18 SCFM ≈ 31 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| HDT 5 FINI · HDT | HL | 19 SCFM 31.8 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CD 9+ Atlas Copco · CD+ 5-335 | HL | 19.1 SCFM 32.4 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| MMD20 Mikropor · MMD / MMD HC (modular) | HL | 20 SCFM 35 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| NDL 050 Nano Purification · D1 (undefined) | HL | 20 SCFM ≈ 34 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DAS7 Parker · PNEUDRI MiDAS | HL | 20 SCFM 34 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| DMD-20 Sullair · DMD (modular) | HL | 20 SCFM ≈ 34 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| HHD 35 Hertz Kompressoren · HHD 16-20 bar | HL HP | 20.5 SCFM 34.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| Ultrapac 2000 0035 Donaldson · Ultrapac 2000 Midi | HL | ≈ 21 SCFM 35 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DC-HF 5.9 Kaeser · DC-HF | HL | 21 SCFM ≈ 36 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| CD 10+ Atlas Copco · CD+ 5-335 | HL | 21.2 SCFM 36 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| NDA-M50 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 22 SCFM 37 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| DA40IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 24 SCFM 40 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| DHDM 24 Deltech · DHDM (modular) | HL | 24 SCFM ≈ 41 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 24 Hankison · PHDM (modular) | HL | 24 SCFM ≈ 41 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| DME012 Parker · PNEUDRI MIDIplus | HL | 24 SCFM 41 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 24ZMA ZEKS · ZMA (modular) | HL | 24 SCFM ≈ 41 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DD 50 Mattei · DD 10-6130 | HL | 24 SCFM 42 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| ADS 7 MARK · ADS 1-156 | HL | 24.7 SCFM 42 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AD 40 ALUP · AD 7-60 | HL | ≈ 25 SCFM 42 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| NA077 MTA · DryXtreme NA | HL | ≈ 25 SCFM 42 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| DB 4 C Worthington Creyssensac · DB 05-6 | HL | ≈ 25 SCFM 42 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HLD-0025-1 Altec AIR · HLD basse PDP | HL | 25 SCFM ≈ 42 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| HHP-0250-0025-1 Altec AIR · HHP high pressure | HL HP | 25 SCFM ≈ 42 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HOF-0025-1 Altec AIR · HOF oil field | HL | 25 SCFM ≈ 42 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HR6 Altec AIR · HR | HL | 25 SCFM ≈ 42 m³/h | ISO 2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-0025-1 Altec AIR · HRL | HL | 25 SCFM ≈ 42 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| ACC 25 BEKO Technologies · DRYPOINT ACC | HL | 25 SCFM ≈ 42 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CPADM-25 Chicago Pneumatic · CPADM (modular) | HL | 25 SCFM ≈ 42 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MMD25 Mikropor · MMD / MMD HC (modular) | HL | 25 SCFM 45 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| QMOD00025 Quincy · QMOD (modular) | HL | 25 SCFM ≈ 42 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| DMD-25 Sullair · DMD (modular) | HL | 25 SCFM ≈ 42 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| AC 148 BEKO Technologies · DRYPOINT AC 119-196 | HL | ≈ 25 SCFM 42.5 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 60 Hz 50 Hz | |
| CD 12+ Atlas Copco · CD+ 5-335 | HL | 25.4 SCFM 43.2 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| DC-HF 7.6 Kaeser · DC-HF | HL | 27 SCFM ≈ 46 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| HDT 8 FINI · HDT | HL | 27 SCFM 45.6 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HHD 50 Hertz Kompressoren · HHD 16-20 bar | HL HP | 29.3 SCFM 49.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| Ultrapac 2000 0050 Donaldson · Ultrapac 2000 Midi | HL | ≈ 29 SCFM 50 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 50 Ultrafilter · HeatLess HL | HL | ≈ 29 SCFM 50 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| MMD30 Mikropor · MMD / MMD HC (modular) | HL | 30 SCFM 50 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| DMD-30 Sullair · DMD (modular) | HL | 30 SCFM ≈ 51 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| 30CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 31 SCFM ≈ 53 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| NDA-M50 MTA · DryXtreme NDA (alumina) | HL | ≈ 31 SCFM 53 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| CD 15+ Atlas Copco · CD+ 5-335 | HL | 31.8 SCFM 54 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| DHDM 32 Deltech · DHDM (modular) | HL | 32 SCFM ≈ 54 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 32 Hankison · PHDM (modular) | HL | 32 SCFM ≈ 54 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| DME015 Parker · PNEUDRI MIDIplus | HL | 32 SCFM 55 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 32ZMA ZEKS · ZMA (modular) | HL | 32 SCFM ≈ 54 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DA55IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 32 SCFM 55 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDA-001 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 33 SCFM 56 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| NDA-M75 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 33 SCFM 56 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| CD 16+ Atlas Copco · CD+ 5-335 | HL | 33.9 SCFM 57.6 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| NDL 060N Nano Purification · D1 (undefined) | HL | 34 SCFM ≈ 58 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DD 60 Mattei · DD 10-6130 | HL | 34 SCFM 60 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| ADS 10 MARK · ADS 1-156 | HL | 34.7 SCFM 59 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AD 60 ALUP · AD 7-60 | HL | ≈ 35 SCFM 59 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| NA107 MTA · DryXtreme NA | HL | ≈ 35 SCFM 59 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| DB 6 C Worthington Creyssensac · DB 05-6 | HL | ≈ 35 SCFM 59 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HR6.5 Altec AIR · HR | HL | 35 SCFM ≈ 59 m³/h | ISO 2 -73.3–-40 °C-99.9–-40 °F | NA | |
| AC 60 HP 100 BEKO Technologies · DRYPOINT AC HP | HL HP | 35 SCFM ≈ 59 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| ACC 35 BEKO Technologies · DRYPOINT ACC | HL | 35 SCFM ≈ 59 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CPAD-35 Chicago Pneumatic · CPAD | HL | 35 SCFM ≈ 59 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| CPADM-35 Chicago Pneumatic · CPADM (modular) | HL | 35 SCFM ≈ 59 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| QMOD00035 Quincy · QMOD (modular) | HL | 35 SCFM ≈ 59 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| AC 171 BEKO Technologies · DRYPOINT AC 119-196 | HL | ≈ 35 SCFM 59.5 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 60 Hz 50 Hz | |
| HHD 60 Hertz Kompressoren · HHD 16-20 bar | HL HP | 35.3 SCFM 60 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| CD 17+ Atlas Copco · CD+ 1-1400 | HL | 36 SCFM 61 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| CD 18+ Atlas Copco · CD+ 5-335 | HL | 38.1 SCFM 64.8 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| Ultrapac 2000 0065 Donaldson · Ultrapac 2000 Midi | HL | ≈ 38 SCFM 65 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HOF-0040-1 Altec AIR · HOF oil field | HL | 40 SCFM ≈ 68 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0040-1 Altec AIR · HRL | HL | 40 SCFM ≈ 68 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| CDT40 Champion · CDT | HL | 40 SCFM ≈ 68 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-40 Hankison · HHE | HL | 40 SCFM 68 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| DC-HF 11.3 Kaeser · DC-HF | HL | 40 SCFM ≈ 68 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| MMD40 Mikropor · MMD / MMD HC (modular) | HL | 40 SCFM 70 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HHS-40 Hankison · HHS | HL | 40 SCFM 68 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-40 Hankison · HHX | HL | 40 SCFM 68 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 40 Kaeser · KAD | HL | 40 SCFM ≈ 68 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DMD-40 Sullair · DMD (modular) | HL | 40 SCFM ≈ 68 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| DGH40 Gardner Denver · DGH | HL | 40 SCFM ≈ 68 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-40 Hankison · HHL | HL | 40 SCFM 68 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| DHDM 41 Deltech · DHDM (modular) | HL | 41 SCFM ≈ 70 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 41 Hankison · PHDM (modular) | HL | 41 SCFM ≈ 70 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| NDL 070N Nano Purification · D1 (undefined) | HL | 41 SCFM ≈ 70 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| 41ZMA ZEKS · ZMA (modular) | HL | 41 SCFM ≈ 70 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DD 70 Mattei · DD 10-6130 | HL | 41 SCFM 72 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DA70IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 41 SCFM 70 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HHD 70 Hertz Kompressoren · HHD 16-20 bar | HL HP | 41.3 SCFM 70.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDA-002 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 42 SCFM 71 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| DME020 Parker · PNEUDRI MIDIplus | HL | 42 SCFM 71 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| HDT 12 FINI · HDT | HL | 42 SCFM 72 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CD 20+ Atlas Copco · CD+ 5-335 | HL | 42.4 SCFM 72 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| NA135 MTA · DryXtreme NA | HL | ≈ 45 SCFM 76 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| ACC 46 BEKO Technologies · DRYPOINT ACC | HL | 45 SCFM ≈ 76 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| QMOD00045 Quincy · QMOD (modular) | HL | 45 SCFM ≈ 76 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| CD 22+ Atlas Copco · CD+ 1-1400 | HL | 47 SCFM 79 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| Ultrapac 2000 0080 Donaldson · Ultrapac 2000 Midi | HL | ≈ 47 SCFM 80 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| NDA-001 MTA · DryXtreme NDA (alumina) | HL | ≈ 47 SCFM 80 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| NDA-M75 MTA · DryXtreme NDA (alumina) | HL | ≈ 47 SCFM 80 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HL 80 Ultrafilter · HeatLess HL | HL | ≈ 47 SCFM 80 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| CD 23+ Atlas Copco · CD+ 5-335 | HL | 48.7 SCFM 82.8 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| HLD-0050-1 Altec AIR · HLD basse PDP | HL | 50 SCFM ≈ 85 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| HHP-0500-0050-1 Altec AIR · HHP high pressure | HL HP | 50 SCFM ≈ 85 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HR7 Altec AIR · HR | HL | 50 SCFM ≈ 85 m³/h | ISO 2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-0050-1 Altec AIR · HRL | HL | 50 SCFM ≈ 85 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| AC 90 HP 100 BEKO Technologies · DRYPOINT AC HP | HL HP | 50 SCFM ≈ 85 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CPAD-50 Chicago Pneumatic · CPAD | HL | 50 SCFM ≈ 85 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| CPADM-50 Chicago Pneumatic · CPADM (modular) | HL | 50 SCFM ≈ 85 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MMD50 Mikropor · MMD / MMD HC (modular) | HL | 50 SCFM 85 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| DMD-50 Sullair · DMD (modular) | HL | 50 SCFM ≈ 85 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| AC 191 BEKO Technologies · DRYPOINT AC 119-196 | HL | ≈ 50 SCFM 85 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 60 Hz 50 Hz | |
| HHL 91 Hankison · HHL (international) | HL | ≈ 53 SCFM 90 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| AD 90 ALUP · AD 90-940 | HL | ≈ 53 SCFM 90 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 90 Worthington Creyssensac · DB 90-940 | HL | ≈ 53 SCFM 90 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CD 25+ Atlas Copco · CD+ 5-335 | HL | 53 SCFM 90 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HHD 90 Hertz Kompressoren · HHD 16-20 bar | HL HP | 53 SCFM 90 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDL 080N Nano Purification · D1 (undefined) | HL | 53 SCFM ≈ 90 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DME025 Parker · PNEUDRI MIDIplus | HL | 53 SCFM 90 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| PH 55 HE Pneumatech · PH 55-310 HE (US) | HL | 53 SCFM 90 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| CD 25 Atlas Copco · CD 25-260 | HL | 53 SCFM 90 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 15 MARK · ADS 1-156 | HL | 53 SCFM 90 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DD 80 Mattei · DD 10-6130 | HL | 53 SCFM 90 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| NA165 MTA · DryXtreme NA | HL | ≈ 55 SCFM 93 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| HHP-0250-0055-1 Altec AIR · HHP high pressure | HL HP | 55 SCFM ≈ 93 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| ACC 56 BEKO Technologies · DRYPOINT ACC | HL | 55 SCFM ≈ 93 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| QMOD00055 Quincy · QMOD (modular) | HL | 55 SCFM ≈ 93 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| SA55 Sullair · SA | HL | 55 SCFM ≈ 93 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| HLSXG-55 Van Air Systems · HLSXG (antidéflagrant, gaz naturel) | HL | 55 SCFM ≈ 93 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| i.DC 16 Kaeser · i.DC 16-1555 | HL | ≈ 57 SCFM 96 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| 60CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 57 SCFM ≈ 97 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| AC 410 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 59 SCFM 100 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| Ultrapac 2000 0100 Donaldson · Ultrapac 2000 Midi | HL | ≈ 59 SCFM 100 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DA100IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 59 SCFM 100 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HL 100 Ultrafilter · HeatLess HL | HL | ≈ 59 SCFM 100 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DHDM 59 Deltech · DHDM (modular) | HL | 59 SCFM ≈ 100 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 59 Hankison · PHDM (modular) | HL | 59 SCFM ≈ 100 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| 59ZMA ZEKS · ZMA (modular) | HL | 59 SCFM ≈ 100 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| NDA-002 MTA · DryXtreme NDA (alumina) | HL | ≈ 59 SCFM 101 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| CDT60 Champion · CDT | HL | 60 SCFM ≈ 102 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-60 Hankison · HHE | HL | 60 SCFM 102 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| MMD60 Mikropor · MMD / MMD HC (modular) | HL | 60 SCFM 100 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| 60DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 60 SCFM ≈ 102 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HHS-60 Hankison · HHS | HL | 60 SCFM 102 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-60 Hankison · HHX | HL | 60 SCFM 102 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 60 Kaeser · KAD | HL | 60 SCFM ≈ 102 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DMD-60 Sullair · DMD (modular) | HL | 60 SCFM ≈ 102 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| DGH60 Gardner Denver · DGH | HL | 60 SCFM ≈ 102 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-60 Hankison · HHL | HL | 60 SCFM 102 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| CD 30+ Atlas Copco · CD+ 5-335 | HL | 63.6 SCFM 108 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| PH 65 HE Pneumatech · PH 55-310 HE (US) | HL | 64 SCFM 108 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| HHD 110 Hertz Kompressoren · HHD 16-20 bar | HL HP | 64.6 SCFM 109.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NA196 MTA · DryXtreme NA | HL | ≈ 65 SCFM 110 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| AC 110 HP 250 BEKO Technologies · DRYPOINT AC HP | HL HP | 65 SCFM ≈ 110 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| DME030 Parker · PNEUDRI MIDIplus | HL | 65 SCFM 110 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| QMOD00065 Quincy · QMOD (modular) | HL | 65 SCFM ≈ 110 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| HDT 18 FINI · HDT | HL | 65 SCFM 111 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| NDL 090N Nano Purification · D1 (undefined) | HL | 66 SCFM ≈ 112 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DD 90 Mattei · DD 10-6130 | HL | 66 SCFM 114 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| NDA-003 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 67 SCFM 113 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| 70CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 68 SCFM ≈ 116 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| AHLD-70 E Aircel · AHLD E-Series | HL | 70 SCFM ≈ 119 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HL 0070 Nano Purification · D5 HL (US) | HL | 70 SCFM ≈ 119 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| AC 196 BEKO Technologies · DRYPOINT AC 119-196 | HL | ≈ 70 SCFM 119 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 60 Hz 50 Hz | |
| CD 35+ Atlas Copco · CD+ 5-335 | HL | 74 SCFM 126 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| PH 75 HE Pneumatech · PH 55-310 HE (US) | HL | 74 SCFM 126 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| CD 35 Atlas Copco · CD 25-260 | HL | 74 SCFM 126 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 21 MARK · ADS 1-156 | HL | 74 SCFM 126 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AD 125 ALUP · AD 90-940 | HL | ≈ 74 SCFM 126 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 125 Worthington Creyssensac · DB 90-940 | HL | ≈ 74 SCFM 126 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HLD-0075-1 Altec AIR · HLD basse PDP | HL | 75 SCFM ≈ 127 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| HHP-1000-0075-1 Altec AIR · HHP high pressure | HL HP | 75 SCFM ≈ 127 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HOF-0075-1 Altec AIR · HOF oil field | HL | 75 SCFM ≈ 127 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0075-1 Altec AIR · HRL | HL | 75 SCFM ≈ 127 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR75 Altec AIR · MHR | HL | 75 SCFM ≈ 127 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| ACC 75 BEKO Technologies · DRYPOINT ACC | HL | 75 SCFM ≈ 127 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CPAD-75 Chicago Pneumatic · CPAD | HL | 75 SCFM ≈ 127 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MMD75 Mikropor · MMD / MMD HC (modular) | HL | 75 SCFM 130 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| DMD-75 Sullair · DMD (modular) | HL | 75 SCFM ≈ 127 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| HDA 130 Hertz Kompressoren · HDA | HL | 77 SCFM 130.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| CD 37+ Atlas Copco · CD+ 5-335 | HL | 78.4 SCFM 133.2 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| XCe 80 BEKO Technologies · DRYPOINT XCe | HL | 80 SCFM ≈ 136 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 80 BEKO Technologies · DRYPOINT XCp | HL | 80 SCFM ≈ 136 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| MDA 130 Mikropor · MDA | HL | 80 SCFM 130 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| SPDP 80 Sullivan-Palatek · SPDP Pro Heatless | HL | 80 SCFM ≈ 136 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 80 Sullivan-Palatek · SPDPR Premium Heatless | HL | 80 SCFM ≈ 136 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HLSXG-80 Van Air Systems · HLSXG (antidéflagrant, gaz naturel) | HL | 80 SCFM ≈ 136 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| i.DC 23 Kaeser · i.DC 16-1555 | HL | ≈ 81 SCFM 138 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| HHL 141 Hankison · HHL (international) | HL | ≈ 82 SCFM 140 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| PH 90 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 85 SCFM 144 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| CD 40+ Atlas Copco · CD+ 5-335 | HL | 85 SCFM 144 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| AC 145 HP 250 BEKO Technologies · DRYPOINT AC HP | HL HP | 85 SCFM ≈ 144 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| AC 145 HP 350 BEKO Technologies · DRYPOINT AC HP | HL HP | 85 SCFM ≈ 144 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| QMOD00085 Quincy · QMOD (modular) | HL | 85 SCFM ≈ 144 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| DHDM 88 Deltech · DHDM (modular) | HL | 88 SCFM ≈ 150 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 88 Hankison · PHDM (modular) | HL | 88 SCFM ≈ 150 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| NDL 100N Nano Purification · D1 (undefined) | HL | 88 SCFM ≈ 150 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DME040 Parker · PNEUDRI MIDIplus | HL | 88 SCFM 149 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 88ZMA ZEKS · ZMA (modular) | HL | 88 SCFM ≈ 150 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HDT 25 FINI · HDT | HL | 88 SCFM 150 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DD 100 Mattei · DD 10-6130 | HL | 88 SCFM 150 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AC 415 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 88 SCFM 150 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DA150IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 88 SCFM 150 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HL 150 Ultrafilter · HeatLess HL | HL | ≈ 88 SCFM 150 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| HHD 150 Hertz Kompressoren · HHD 16-20 bar | HL HP | 88.3 SCFM 150 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| XCHL90 Champion · XCHL | HL | 90 SCFM 150 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL90 Gardner Denver · XGHL | HL | 90 SCFM 150 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| ACC 90 BEKO Technologies · DRYPOINT ACC | HL | 90 SCFM ≈ 153 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CDT90 Champion · CDT | HL | 90 SCFM ≈ 153 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-90 Hankison · HHE | HL | 90 SCFM 153 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HL90 Ingersoll Rand · HL | HL | 90 SCFM 150 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| 90ZPB ZEKS · Eclipse ZPB | HL | 90 SCFM ≈ 153 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HHS-90 Hankison · HHS | HL | 90 SCFM 153 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-90 Hankison · HHX | HL | 90 SCFM 153 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 90 Kaeser · KAD | HL | 90 SCFM ≈ 153 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH90 Gardner Denver · DGH | HL | 90 SCFM ≈ 153 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-90 Hankison · HHL | HL | 90 SCFM 153 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| CD 44+ Atlas Copco · CD+ 5-335 | HL | 93.2 SCFM 158.4 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| HLA 160 Pro OMI · HLA PRO | HL | 94 SCFM 160 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| D160ILA Ingersoll Rand · D…ILA | HL | ≈ 94 SCFM 160 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDA-003 MTA · DryXtreme NDA (alumina) | HL | ≈ 95 SCFM 161 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| CD 45+ Atlas Copco · CD+ 5-335 | HL | 95 SCFM 162 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| HHP-0500-0095-1 Altec AIR · HHP high pressure | HL HP | 95 SCFM ≈ 161 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| AC 160 HP 100 BEKO Technologies · DRYPOINT AC HP | HL HP | 95 SCFM ≈ 161 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CD 45 Atlas Copco · CD 25-260 | HL | 95 SCFM 162 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 27 MARK · ADS 1-156 | HL | 95 SCFM 162 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AD 160 ALUP · AD 90-940 | HL | ≈ 95 SCFM 162 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 160 Worthington Creyssensac · DB 90-940 | HL | ≈ 95 SCFM 162 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| 100CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 96 SCFM ≈ 163 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| NDA-004 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 97 SCFM 164 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| HLD-0100-1 Altec AIR · HLD basse PDP | HL | 100 SCFM ≈ 170 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| AHLD-100 E Aircel · AHLD E-Series | HL | 100 SCFM ≈ 170 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HOF-0100-1 Altec AIR · HOF oil field | HL | 100 SCFM ≈ 170 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0100-1 Altec AIR · HRL | HL | 100 SCFM ≈ 170 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR100 Altec AIR · MHR | HL | 100 SCFM ≈ 170 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| XCe100 BEKO Technologies · DRYPOINT XCe | HL | 100 SCFM ≈ 170 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 100 BEKO Technologies · DRYPOINT XCp | HL | 100 SCFM ≈ 170 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-100 Chicago Pneumatic · CPAD | HL | 100 SCFM ≈ 170 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MHL 100 Mattei · MHL | HL | 100 SCFM ≈ 170 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 185 Mikropor · MDA | HL | 100 SCFM 185 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| MMD100 Mikropor · MMD / MMD HC (modular) | HL | 100 SCFM 170 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 0100 Nano Purification · D5 HL (US) | HL | 100 SCFM ≈ 170 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| SA100 Sullair · SA | HL | 100 SCFM ≈ 170 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDP 100 Sullivan-Palatek · SPDP Pro Heatless | HL | 100 SCFM ≈ 170 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 100 Sullivan-Palatek · SPDPR Premium Heatless | HL | 100 SCFM ≈ 170 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| DMD-100 Sullair · DMD (modular) | HL | 100 SCFM ≈ 170 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| AC 418 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 103 SCFM 175 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 175 Ultrafilter · HeatLess HL | HL | ≈ 103 SCFM 175 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| QMOD00105 Quincy · QMOD (modular) | HL | 105 SCFM ≈ 178 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| PH 100 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 106 SCFM 180 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| HHD 180 Hertz Kompressoren · HHD 16-20 bar | HL HP | 106 SCFM 180 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDL 110N Nano Purification · D1 (undefined) | HL | 106 SCFM ≈ 180 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DME050 Parker · PNEUDRI MIDIplus | HL | 106 SCFM 180 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| PH 105 HE Pneumatech · PH 55-310 HE (US) | HL | 106 SCFM 180 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| CD 50+ Atlas Copco · CD+ 5-335 | HL | 106 SCFM 180 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| HDT 30 FINI · HDT | HL | 106 SCFM 180 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DD 110 Mattei · DD 10-6130 | HL | 106 SCFM 180 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| HDA 185 Hertz Kompressoren · HDA | HL | 109 SCFM 184.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| AC 190 HP 350 BEKO Technologies · DRYPOINT AC HP | HL HP | 110 SCFM ≈ 187 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| ACC 110 BEKO Technologies · DRYPOINT ACC | HL | 110 SCFM ≈ 187 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| 110DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 110 SCFM ≈ 187 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| CDT115 Champion · CDT | HL | 115 SCFM ≈ 195 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-115 Hankison · HHE | HL | 115 SCFM 195 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-115 Hankison · HHS | HL | 115 SCFM 195 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-115 Hankison · HHX | HL | 115 SCFM 195 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 115 Kaeser · KAD | HL | 115 SCFM ≈ 195 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH115 Gardner Denver · DGH | HL | 115 SCFM ≈ 195 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-115 Hankison · HHL | HL | 115 SCFM 195 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| ADS 33 MARK · ADS 1-156 | HL | 116 SCFM 198 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| PH 110 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 117 SCFM 198 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| AD 200 ALUP · AD 90-940 | HL | ≈ 117 SCFM 198 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 200 Worthington Creyssensac · DB 90-940 | HL | ≈ 117 SCFM 198 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CD 55+ Atlas Copco · CD+ 5-335 | HL | 117 SCFM 198 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| CD 55 Atlas Copco · CD 25-260 | HL | 117 SCFM 198 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| D200ILA Ingersoll Rand · D…ILA | HL | ≈ 118 SCFM 200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| DA200IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 118 SCFM 200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| DHDM 118 Deltech · DHDM (modular) | HL | 118 SCFM ≈ 200 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 118 Hankison · PHDM (modular) | HL | 118 SCFM ≈ 200 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| HLA 200 Pro OMI · HLA PRO | HL | 118 SCFM 200 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| 118ZMA ZEKS · ZMA (modular) | HL | 118 SCFM ≈ 200 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| XCHL120 Champion · XCHL | HL | 120 SCFM 204 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL120 Gardner Denver · XGHL | HL | 120 SCFM 204 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XCe 120 BEKO Technologies · DRYPOINT XCe | HL | 120 SCFM ≈ 204 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 120 BEKO Technologies · DRYPOINT XCp | HL | 120 SCFM ≈ 204 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| HL120 Ingersoll Rand · HL | HL | 120 SCFM 204 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MMD120 Mikropor · MMD / MMD HC (modular) | HL | 120 SCFM 200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| SPDP 120 Sullivan-Palatek · SPDP Pro Heatless | HL | 120 SCFM ≈ 204 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 120 Sullivan-Palatek · SPDPR Premium Heatless | HL | 120 SCFM ≈ 204 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HLSXG-120 Van Air Systems · HLSXG (antidéflagrant, gaz naturel) | HL | 120 SCFM ≈ 204 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| 120ZPB ZEKS · Eclipse ZPB | HL | 120 SCFM ≈ 204 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DMD-120 Sullair · DMD (modular) | HL | 120 SCFM ≈ 204 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| i.DC 34 Kaeser · i.DC 16-1555 | HL | ≈ 120 SCFM 204 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| HHD 210 Hertz Kompressoren · HHD 16-20 bar | HL HP | 124 SCFM 210 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| 125CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 125 SCFM ≈ 212 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| HOF-0125-1 Altec AIR · HOF oil field | HL | 125 SCFM ≈ 212 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR125 Altec AIR · MHR | HL | 125 SCFM ≈ 212 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| AC 210 HP 250 BEKO Technologies · DRYPOINT AC HP | HL HP | 125 SCFM ≈ 212 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| PH 130 HE Pneumatech · PH 55-310 HE (US) | HL | 127 SCFM 216 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| CD 60+ Atlas Copco · CD+ 1-1400 | HL | 127 SCFM 216 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HL 125 Nano Purification · D5 HL | HL | ≈ 127 SCFM 216 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| HLD-0130-1 Altec AIR · HLD basse PDP | HL | 130 SCFM ≈ 221 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| HHP-1000-0130-1 Altec AIR · HHP high pressure | HL HP | 130 SCFM ≈ 221 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0130-1 Altec AIR · HRL | HL | 130 SCFM ≈ 221 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| DME060 Parker · PNEUDRI MIDIplus | HL | 130 SCFM 221 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 130DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 130 SCFM ≈ 221 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| SA130 Sullair · SA | HL | 130 SCFM ≈ 221 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| NDL 120N Nano Purification · D1 (undefined) | HL | 132 SCFM ≈ 224 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DD 120 Mattei · DD 10-6130 | HL | 132 SCFM 222 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AC 423 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 132 SCFM 225 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 225 Ultrafilter · HeatLess HL | HL | ≈ 132 SCFM 225 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| QMOD00135 Quincy · QMOD (modular) | HL | 135 SCFM ≈ 229 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| PH 135 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 138 SCFM 234 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| AD 235 ALUP · AD 90-940 | HL | ≈ 138 SCFM 234 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| PH 140 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 138 SCFM 234 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| DB 235 Worthington Creyssensac · DB 90-940 | HL | ≈ 138 SCFM 234 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CD 65 Atlas Copco · CD 25-260 | HL | 138 SCFM 234 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| CD 65+ Atlas Copco · CD+ 5-335 | HL | 138 SCFM 234 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | WORLD 60 Hz 50 Hz | |
| HDT 40 FINI · HDT | HL | 138 SCFM 234 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| ADS 39 MARK · ADS 1-156 | HL | 138 SCFM 234 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| NDA-004 MTA · DryXtreme NDA (alumina) | HL | ≈ 138 SCFM 235 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| 140CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 140 SCFM ≈ 238 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| HHP-0250-0140-1 Altec AIR · HHP high pressure | HL HP | 140 SCFM ≈ 238 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| DH102 Parker · PNEUDRI DH MAXI | HL | 140 SCFM 238 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA CRN | |
| AC 250 HP 100 BEKO Technologies · DRYPOINT AC HP | HL HP | 145 SCFM ≈ 246 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| NDA-005 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 146 SCFM 248 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| DHDM 147 Deltech · DHDM (modular) | HL | 147 SCFM ≈ 250 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 147 Hankison · PHDM (modular) | HL | 147 SCFM ≈ 250 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| HDA 250 Hertz Kompressoren · HDA | HL | 147 SCFM 250.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| 147ZMA ZEKS · ZMA (modular) | HL | 147 SCFM ≈ 250 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DA250IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 147 SCFM 250 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| PH 150 HE Pneumatech · PH 55-310 HE (US) | HL | 148 SCFM 252 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| CD 70+ Atlas Copco · CD+ 1-1400 | HL | 148 SCFM 252 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| AHLD-150 E Aircel · AHLD E-Series | HL | 150 SCFM ≈ 255 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| MHR150 Altec AIR · MHR | HL | 150 SCFM ≈ 255 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| CPAD-150 Chicago Pneumatic · CPAD | HL | 150 SCFM ≈ 255 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MHL 150 Mattei · MHL | HL | 150 SCFM ≈ 255 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 250 Mikropor · MDA | HL | 150 SCFM 250 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 0150 Nano Purification · D5 HL (US) | HL | 150 SCFM ≈ 255 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| HLSXG-150 Van Air Systems · HLSXG (antidéflagrant, gaz naturel) | HL | 150 SCFM ≈ 255 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| AC 265 HP 350 BEKO Technologies · DRYPOINT AC HP | HL HP | 155 SCFM ≈ 263 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHL 271 Hankison · HHL (international) | HL | ≈ 159 SCFM 270 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| XCHL160 Champion · XCHL | HL | 160 SCFM 270 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL160 Gardner Denver · XGHL | HL | 160 SCFM 270 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XCe 160 BEKO Technologies · DRYPOINT XCe | HL | 160 SCFM ≈ 272 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 160 BEKO Technologies · DRYPOINT XCp | HL | 160 SCFM ≈ 272 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| HL160 Ingersoll Rand · HL | HL | 160 SCFM 270 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| SPDP 160 Sullivan-Palatek · SPDP Pro Heatless | HL | 160 SCFM ≈ 272 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 160 Sullivan-Palatek · SPDPR Premium Heatless | HL | 160 SCFM ≈ 272 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| 160ZPB ZEKS · Eclipse ZPB | HL | 160 SCFM ≈ 272 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| D275ILA Ingersoll Rand · D…ILA | HL | ≈ 162 SCFM 275 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HLA 275 Pro OMI · HLA PRO | HL | 162 SCFM 275 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| CDT165 Champion · CDT | HL | 165 SCFM ≈ 280 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-165 Hankison · HHE | HL | 165 SCFM 280 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-165 Hankison · HHS | HL | 165 SCFM 280 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-165 Hankison · HHX | HL | 165 SCFM 280 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 165 Kaeser · KAD | HL | 165 SCFM ≈ 280 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH165 Gardner Denver · DGH | HL | 165 SCFM ≈ 280 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-165 Hankison · HHL | HL | 165 SCFM 280 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| PH 165 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 170 SCFM 288 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| PH 170 HE Pneumatech · PH 55-310 HE (US) | HL | 170 SCFM 288 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| CD 80+ Atlas Copco · CD+ 5-335 | HL | 170 SCFM 288 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| QMOD00175 Quincy · QMOD (modular) | HL | 175 SCFM ≈ 297 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| DME080 Parker · PNEUDRI MIDIplus | HL | 176 SCFM 299 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| NDA-006 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 177 SCFM 300 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| AC 430 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 177 SCFM 300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DA300IM Ingersoll Rand · DA…IM (modular) | HL | ≈ 177 SCFM 300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HL 300 Ultrafilter · HeatLess HL | HL | ≈ 177 SCFM 300 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DHDM 177 Deltech · DHDM (modular) | HL | 177 SCFM ≈ 301 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| PHDM 177 Hankison · PHDM (modular) | HL | 177 SCFM ≈ 301 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA | |
| HDA 300 Hertz Kompressoren · HDA | HL | 177 SCFM 300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HHD 300 Hertz Kompressoren · HHD 16-20 bar | HL HP | 177 SCFM 300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDL 130N Nano Purification · D1 (undefined) | HL | 177 SCFM ≈ 301 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| 177ZMA ZEKS · ZMA (modular) | HL | 177 SCFM ≈ 301 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HDT 50 FINI · HDT | HL | 177 SCFM 300 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DD 130 Mattei · DD 10-6130 | HL | 177 SCFM 300 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| CD 85+ Atlas Copco · CD+ 5-335 | HL | 180 SCFM 306 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| MMD180 Mikropor · MMD / MMD HC (modular) | HL | 180 SCFM 300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| DMD-180 Sullair · DMD (modular) | HL | 180 SCFM ≈ 306 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| PH 180 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 180 SCFM 306 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| i.DC 52 Kaeser · i.DC 16-1555 | HL | ≈ 184 SCFM 312 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| 185DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 185 SCFM ≈ 314 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| 190CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 187 SCFM ≈ 318 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| HL 200 Nano Purification · D5 HL | HL | ≈ 191 SCFM 324 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| AD 325 ALUP · AD 90-940 | HL | ≈ 191 SCFM 324 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 325 Worthington Creyssensac · DB 90-940 | HL | ≈ 191 SCFM 324 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CD 90+ Atlas Copco · CD+ 5-335 | HL | 191 SCFM 324 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| CD 90 Atlas Copco · CD 25-260 | HL | 191 SCFM 324 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 54 MARK · ADS 1-156 | HL | 191 SCFM 324 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| HLD-0200-1 Altec AIR · HLD basse PDP | HL | 200 SCFM ≈ 340 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| XCHL200 Champion · XCHL | HL | 200 SCFM 342 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL200 Gardner Denver · XGHL | HL | 200 SCFM 342 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| AHLD-200 E Aircel · AHLD E-Series | HL | 200 SCFM ≈ 340 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HHP-0500-0200-1 Altec AIR · HHP high pressure | HL HP | 200 SCFM ≈ 340 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HOF-0200-1 Altec AIR · HOF oil field | HL | 200 SCFM ≈ 340 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0200-1 Altec AIR · HRL | HL | 200 SCFM ≈ 340 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR200 Altec AIR · MHR | HL | 200 SCFM ≈ 340 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| XCe 200 BEKO Technologies · DRYPOINT XCe | HL | 200 SCFM ≈ 340 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 200 BEKO Technologies · DRYPOINT XCp | HL | 200 SCFM ≈ 340 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-200 Chicago Pneumatic · CPAD | HL | 200 SCFM ≈ 340 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HHD 400 Hertz Kompressoren · HHD 16-20 bar | HL HP | 200 SCFM 340.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HL200 Ingersoll Rand · HL | HL | 200 SCFM 342 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MHL 200 Mattei · MHL | HL | 200 SCFM ≈ 340 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 300 Mikropor · MDA | HL | 200 SCFM 300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 0200 Nano Purification · D5 HL (US) | HL | 200 SCFM ≈ 340 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| SA200 Sullair · SA | HL | 200 SCFM ≈ 340 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDP 200 Sullivan-Palatek · SPDP Pro Heatless | HL | 200 SCFM ≈ 340 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 200 Sullivan-Palatek · SPDPR Premium Heatless | HL | 200 SCFM ≈ 340 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HL-200 Van Air Systems · HL | HL | 200 SCFM 322 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| 200ZPB ZEKS · Eclipse ZPB | HL | 200 SCFM ≈ 340 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HLA 350 Pro OMI · HLA PRO | HL | 206 SCFM 350 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| HHL 351 Hankison · HHL (international) | HL | ≈ 206 SCFM 350 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| D350ILA Ingersoll Rand · D…ILA | HL | ≈ 206 SCFM 350 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDA-005 MTA · DryXtreme NDA (alumina) | HL | ≈ 209 SCFM 355 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| AX060NS CompAir · A-Series AX…NS (modular) | HL | 212 SCFM 360 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| HDA 360 Hertz Kompressoren · HDA | HL | 212 SCFM 360 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| NDL 2110N Nano Purification · D1 (undefined) | HL | 212 SCFM ≈ 360 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| PH 210 HE Pneumatech · PH 55-310 HE (US) | HL | 212 SCFM 360 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| DD 2110 Mattei · DD 10-6130 | HL | 212 SCFM 360 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| CD 100+ Atlas Copco · CD+ 1-1400 | HL | 212 SCFM 360 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| MDA 360 Mikropor · MDA | HL | 215 SCFM 360 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| QMOD00215 Quincy · QMOD (modular) | HL | 215 SCFM ≈ 365 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| HDT 60 FINI · HDT | HL | 219 SCFM 372 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| AC 438 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 221 SCFM 375 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 375 Ultrafilter · HeatLess HL | HL | ≈ 221 SCFM 375 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| CD 105+ Atlas Copco · CD+ 5-335 | HL | 222 SCFM 378 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| PH 220 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 222 SCFM 378 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| PH 215 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 222 SCFM 378 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| PH 230 HE Pneumatech · PH 230-635 HE | HL | ≈ 227 SCFM 385 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| CD 110+ Atlas Copco · CD+ 110-300 | HL | 227 SCFM 385 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| AC 390 HP 100 BEKO Technologies · DRYPOINT AC HP | HL HP | 230 SCFM ≈ 391 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| QHD-230 Quincy · QHD | HL | 230 SCFM ≈ 391 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| CD 110+ Atlas Copco · CD+ 5-335 | HL | 233 SCFM 396 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| CD 110 Atlas Copco · CD 25-260 | HL | 233 SCFM 396 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 66 MARK · ADS 1-156 | HL | 233 SCFM 396 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AD 400 ALUP · AD 90-940 | HL | ≈ 233 SCFM 396 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 400 Worthington Creyssensac · DB 90-940 | HL | ≈ 233 SCFM 396 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HLA 400 OMI · HLA | HL | 235 SCFM 400 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX67TF CompAir · AX_T (twin tower) | HL | ≈ 235 SCFM 400 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| i.DC 67 Kaeser · i.DC 16-1555 | HL | ≈ 237 SCFM 402 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| MMD240 Mikropor · MMD / MMD HC (modular) | HL | 240 SCFM 400 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| MX102C Parker · PNEUDRI MX | HL | 240 SCFM 408 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 240DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 240 SCFM ≈ 408 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| DMD-240 Sullair · DMD (modular) | HL | 240 SCFM ≈ 408 m³/h | ISO 1–3 ≈ -73–-20 °C-99.4–-4 °F | NA 60 Hz 50 Hz cUL CRN | |
| NDA-007 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 242 SCFM 412 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| XCHL250 Champion · XCHL | HL | 250 SCFM 426 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL250 Gardner Denver · XGHL | HL | 250 SCFM 426 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| AHLD-250 E Aircel · AHLD E-Series | HL | 250 SCFM ≈ 425 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HHP-0250-0250-1 Altec AIR · HHP high pressure | HL HP | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HHP-1000-0250-1 Altec AIR · HHP high pressure | HL HP | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HOF-0250-1 Altec AIR · HOF oil field | HL | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0250-1 Altec AIR · HRL | HL | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR250 Altec AIR · MHR | HL | 250 SCFM ≈ 425 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| XCe 250 BEKO Technologies · DRYPOINT XCe | HL | 250 SCFM ≈ 425 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 250 BEKO Technologies · DRYPOINT XCp | HL | 250 SCFM ≈ 425 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-250 Chicago Pneumatic · CPAD | HL | 250 SCFM ≈ 425 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HL250 Ingersoll Rand · HL | HL | 250 SCFM 426 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MHL 250 Mattei · MHL | HL | 250 SCFM ≈ 425 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 440 Mikropor · MDA | HL | 250 SCFM 440 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 0250 Nano Purification · D5 HL (US) | HL | 250 SCFM ≈ 425 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| SA250 Sullair · SA | HL | 250 SCFM ≈ 425 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDP 250 Sullivan-Palatek · SPDP Pro Heatless | HL | 250 SCFM ≈ 425 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 250 Sullivan-Palatek · SPDPR Premium Heatless | HL | 250 SCFM ≈ 425 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HL-250 Van Air Systems · HL | HL | 250 SCFM 402 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HLSXG-250 Van Air Systems · HLSXG (antidéflagrant, gaz naturel) | HL | 250 SCFM ≈ 425 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| 250ZPB ZEKS · Eclipse ZPB | HL | 250 SCFM ≈ 425 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| NDA-006 MTA · DryXtreme NDA (alumina) | HL | ≈ 253 SCFM 429 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HDA 440 Hertz Kompressoren · HDA | HL | 259 SCFM 439.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| AC 440 HP 250 BEKO Technologies · DRYPOINT AC HP | HL HP | 260 SCFM ≈ 442 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CDT260 Champion · CDT | HL | 260 SCFM ≈ 442 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-260 Hankison · HHE | HL | 260 SCFM 442 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-260 Hankison · HHS | HL | 260 SCFM 442 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-260 Hankison · HHX | HL | 260 SCFM 442 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 260 Kaeser · KAD | HL | 260 SCFM ≈ 442 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH260 Gardner Denver · DGH | HL | 260 SCFM ≈ 442 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-260 Hankison · HHL | HL | 260 SCFM 442 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| 265CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 263 SCFM ≈ 447 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| PH 265 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 265 SCFM 450 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| PH 265 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 265 SCFM 450 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| CD 125+ Atlas Copco · CD+ 5-335 | HL | 265 SCFM 450 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| HDT 75 FINI · HDT | HL | 265 SCFM 450 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| 270DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 270 SCFM ≈ 459 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| CD 130+ Atlas Copco · CD+ 5-335 | HL | 275 SCFM 468 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| QMOD00275 Quincy · QMOD (modular) | HL | 275 SCFM ≈ 467 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| CD 130 Atlas Copco · CD 25-260 | HL | 275 SCFM 468 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 78 MARK · ADS 1-156 | HL | 275 SCFM 468 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| HL 275 Nano Purification · D5 HL | HL | ≈ 275 SCFM 468 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| AD 470 ALUP · AD 90-940 | HL | ≈ 275 SCFM 468 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 470 Worthington Creyssensac · DB 90-940 | HL | ≈ 275 SCFM 468 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| AX078NS CompAir · A-Series AX…NS (modular) | HL | 276 SCFM 468 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| NDL 2120N Nano Purification · D1 (undefined) | HL | 276 SCFM ≈ 469 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DD 2120 Mattei · DD 10-6130 | HL | 276 SCFM 468 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| DH104 Parker · PNEUDRI DH MAXI | HL | 280 SCFM 476 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA CRN | |
| HHD 480 Hertz Kompressoren · HHD 16-20 bar | HL HP | 283 SCFM 480 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HLA 500 OMI · HLA | HL | 294 SCFM 500 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| HLA 500 Pro OMI · HLA PRO | HL | 294 SCFM 500 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX83TF CompAir · AX_T (twin tower) | HL | ≈ 294 SCFM 500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D500ILA Ingersoll Rand · D…ILA | HL | ≈ 294 SCFM 500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| i.DC 84 Kaeser · i.DC 16-1555 | HL | ≈ 297 SCFM 504 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| HLD-0300-1 Altec AIR · HLD basse PDP | HL | 300 SCFM ≈ 510 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| XCHL300 Champion · XCHL | HL | 300 SCFM 510 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL300 Gardner Denver · XGHL | HL | 300 SCFM 510 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| AHLD-300 E Aircel · AHLD E-Series | HL | 300 SCFM ≈ 510 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HOF-0300-1 Altec AIR · HOF oil field | HL | 300 SCFM ≈ 510 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0300-1 Altec AIR · HRL | HL | 300 SCFM ≈ 510 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCe 300 BEKO Technologies · DRYPOINT XCe | HL | 300 SCFM ≈ 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 300 BEKO Technologies · DRYPOINT XCp | HL | 300 SCFM ≈ 510 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-300 Chicago Pneumatic · CPAD | HL | 300 SCFM ≈ 510 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HL300 Ingersoll Rand · HL | HL | 300 SCFM 510 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MDA 575 Mikropor · MDA | HL | 300 SCFM 575 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 0300 Nano Purification · D5 HL (US) | HL | 300 SCFM ≈ 510 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| SA300 Sullair · SA | HL | 300 SCFM ≈ 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDP 300 Sullivan-Palatek · SPDP Pro Heatless | HL | 300 SCFM ≈ 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 300 Sullivan-Palatek · SPDPR Premium Heatless | HL | 300 SCFM ≈ 510 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| 300ZPB ZEKS · Eclipse ZPB | HL | 300 SCFM ≈ 510 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| NDA-008 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 300 SCFM 510 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| HHL 521 Hankison · HHL (international) | HL | ≈ 306 SCFM 520 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| PH 310 HE Pneumatech · PH 55-310 HE (US) | HL | 307 SCFM 522 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| CD 145+ Atlas Copco · CD+ 1-1400 | HL | 307 SCFM 522 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| AC 540 HP 350 BEKO Technologies · DRYPOINT AC HP | HL HP | 315 SCFM ≈ 535 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| PH 320 HE Pneumatech · PH 230-635 HE | HL | ≈ 318 SCFM 540 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| PH 320 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 318 SCFM 540 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| CD 150+ Atlas Copco · CD+ 110-300 | HL | 318 SCFM 540 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| CD 150+ Atlas Copco · CD+ 5-335 | HL | 318 SCFM 540 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| HDT 90 FINI · HDT | HL | 318 SCFM 540 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| QHD-320 Quincy · QHD | HL | 320 SCFM ≈ 544 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| AC 455 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 324 SCFM 550 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 550 Ultrafilter · HeatLess HL | HL | ≈ 324 SCFM 550 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| 330CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 328 SCFM ≈ 557 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| HDA 575 Hertz Kompressoren · HDA | HL | 338 SCFM 574.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| MMD HC 340 Mikropor · MMD / MMD HC (modular) | HL | 340 SCFM 575 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| NDA-009 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 345 SCFM 586 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| NDA-007 MTA · DryXtreme NDA (alumina) | HL | ≈ 347 SCFM 589 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| AD 600 ALUP · AD 90-940 | HL | ≈ 350 SCFM 594 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 600 Worthington Creyssensac · DB 90-940 | HL | ≈ 350 SCFM 594 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CD 165+ Atlas Copco · CD+ 5-335 | HL | 350 SCFM 594 m³/h | ISO 1 -70 °C-94 °F | WORLD 60 Hz 50 Hz | |
| AHLD-350 E Aircel · AHLD E-Series | HL | 350 SCFM ≈ 595 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HHP-0500-0350-1 Altec AIR · HHP high pressure | HL HP | 350 SCFM ≈ 595 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR350 Altec AIR · MHR | HL | 350 SCFM ≈ 595 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| CPAD-350 Chicago Pneumatic · CPAD | HL | 350 SCFM ≈ 595 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MHL 350 Mattei · MHL | HL | 350 SCFM ≈ 595 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| HL 0350 Nano Purification · D5 HL (US) | HL | 350 SCFM ≈ 595 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| CD 165 Atlas Copco · CD 25-260 | HL | 350 SCFM 594 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 99 MARK · ADS 1-156 | HL | 350 SCFM 594 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| HHD 600 Hertz Kompressoren · HHD 16-20 bar | HL HP | 353 SCFM 600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| CD 170+ Atlas Copco · CD+ 5-335 | HL | 360 SCFM 612 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| MX103C Parker · PNEUDRI MX | HL | 360 SCFM 612 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 360DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 360 SCFM ≈ 612 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| PH 355 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 360 SCFM 612 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| QMOD00365 Quincy · QMOD (modular) | HL | 365 SCFM ≈ 620 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA CRN | |
| CDT370 Champion · CDT | HL | 370 SCFM ≈ 629 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-370 Hankison · HHE | HL | 370 SCFM 629 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-370 Hankison · HHS | HL | 370 SCFM 629 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-370 Hankison · HHX | HL | 370 SCFM 629 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 370 Kaeser · KAD | HL | 370 SCFM ≈ 629 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH370 Gardner Denver · DGH | HL | 370 SCFM ≈ 629 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-370 Hankison · HHL | HL | 370 SCFM 629 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| HL-375 Van Air Systems · HL | HL | 375 SCFM 603 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| ADS 110 (11 bar) MARK · ADS 110-215 | HL | 381 SCFM 648 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| AD 650 11 bar ALUP · AD 650-1300 (sensor) | HL | ≈ 381 SCFM 648 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 380 Nano Purification · D5 HL | HL | ≈ 381 SCFM 648 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| DB 65 B Worthington Creyssensac · DB 65-130 | HL | ≈ 381 SCFM 648 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| AC 465 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 383 SCFM 650 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 650 Ultrafilter · HeatLess HL | HL | ≈ 383 SCFM 650 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AC 655 HP 250 BEKO Technologies · DRYPOINT AC HP | HL HP | 385 SCFM ≈ 654 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHP-0250-0390-1 Altec AIR · HHP high pressure | HL HP | 390 SCFM ≈ 663 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| QHD-390 Quincy · QHD | HL | 390 SCFM ≈ 663 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| PH 390 HE Pneumatech · PH 230-635 HE | HL | ≈ 392 SCFM 666 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| CD 185+ Atlas Copco · CD+ 110-300 | HL | 392 SCFM 666 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| 400CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 395 SCFM ≈ 671 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| HLD-0400-1 Altec AIR · HLD basse PDP | HL | 400 SCFM ≈ 680 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| XCHL400 Champion · XCHL | HL | 400 SCFM 678 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL400 Gardner Denver · XGHL | HL | 400 SCFM 678 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| HHP-1000-0400-1 Altec AIR · HHP high pressure | HL HP | 400 SCFM ≈ 680 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HOF-0400-1 Altec AIR · HOF oil field | HL | 400 SCFM ≈ 680 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0400-1 Altec AIR · HRL | HL | 400 SCFM ≈ 680 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCe 400 BEKO Technologies · DRYPOINT XCe | HL | 400 SCFM ≈ 680 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 400 BEKO Technologies · DRYPOINT XCp | HL | 400 SCFM ≈ 680 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-400 Chicago Pneumatic · CPAD | HL | 400 SCFM ≈ 680 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| AX113NS CompAir · A-Series AX…NS (modular) | HL | 400 SCFM 679.8 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| HDA 680 Hertz Kompressoren · HDA | HL | 400 SCFM 678 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL400 Ingersoll Rand · HL | HL | 400 SCFM 678 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MDA 680 Mikropor · MDA | HL | 400 SCFM 680 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| MMD HC 400 Mikropor · MMD / MMD HC (modular) | HL | 400 SCFM 680 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| NDL 2130N Nano Purification · D1 (undefined) | HL | 400 SCFM ≈ 680 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| SA400 Sullair · SA | HL | 400 SCFM ≈ 680 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDP 400 Sullivan-Palatek · SPDP Pro Heatless | HL | 400 SCFM ≈ 680 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 400 Sullivan-Palatek · SPDPR Premium Heatless | HL | 400 SCFM ≈ 680 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| FR-400 Van Air Systems · Prep 40 (skid heatless) | HL | 400 SCFM 680 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| 400ZPB ZEKS · Eclipse ZPB | HL | 400 SCFM ≈ 680 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| DD 2130 Mattei · DD 10-6130 | HL | 400 SCFM 678 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| HHL 681 Hankison · HHL (international) | HL | ≈ 400 SCFM 680 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| PH 400 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 403 SCFM 684 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| CD 190+ Atlas Copco · CD+ 5-335 | HL | 403 SCFM 684 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| i.DC 115 Kaeser · i.DC 16-1555 | HL | ≈ 406 SCFM 690 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| HLA 700 Pro OMI · HLA PRO | HL | 412 SCFM 700 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| D700ILA Ingersoll Rand · D…ILA | HL | ≈ 412 SCFM 700 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| CD 195 Atlas Copco · CD 25-260 | HL | 413 SCFM 702 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| CD 195+ Atlas Copco · CD+ 5-335 | HL | 413 SCFM 702 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 117 MARK · ADS 1-156 | HL | 413 SCFM 702 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AD 700 ALUP · AD 90-940 | HL | ≈ 413 SCFM 702 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| PH 415 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 413 SCFM 702 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| DB 700 Worthington Creyssensac · DB 90-940 | HL | ≈ 413 SCFM 702 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DH106 Parker · PNEUDRI DH MAXI | HL | 420 SCFM 714 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA CRN | |
| NDA-008 MTA · DryXtreme NDA (alumina) | HL | ≈ 429 SCFM 729 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HLA 750 OMI · HLA | HL | 441 SCFM 750 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX125TF CompAir · AX_T (twin tower) | HL | ≈ 441 SCFM 750 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| NDA-010 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 442 SCFM 751 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| AHLD-450 E Aircel · AHLD E-Series | HL | 450 SCFM ≈ 765 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| CDT450 Champion · CDT | HL | 450 SCFM ≈ 765 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-450 Hankison · HHE | HL | 450 SCFM 765 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HL 0450 Nano Purification · D5 HL (US) | HL | 450 SCFM ≈ 765 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| MX103 Parker · PNEUDRI MX | HL | 450 SCFM 765 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| HHS-450 Hankison · HHS | HL | 450 SCFM 765 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-450 Hankison · HHX | HL | 450 SCFM 765 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 450 Kaeser · KAD | HL | 450 SCFM ≈ 765 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH450 Gardner Denver · DGH | HL | 450 SCFM ≈ 765 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-450 Hankison · HHL | HL | 450 SCFM 765 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| HDT 130 FINI · HDT | HL | 452 SCFM 768 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| AD 650 14.5 bar ALUP · AD 650-1300 (sensor) | HL | ≈ 456 SCFM 774 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DB 65 C Worthington Creyssensac · DB 65-130 | HL | ≈ 456 SCFM 774 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| ADS 110 (14,5 bar) MARK · ADS 110-215 | HL | 456 SCFM 774 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| ADS 130 (11 bar) MARK · ADS 110-215 | HL | 466 SCFM 792 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| AD 800 11 bar ALUP · AD 650-1300 (sensor) | HL | ≈ 466 SCFM 792 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 465 Nano Purification · D5 HL | HL | ≈ 466 SCFM 792 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| DB 80 B Worthington Creyssensac · DB 65-130 | HL | ≈ 466 SCFM 792 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| PH 475 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 477 SCFM 810 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| CD 225+ Atlas Copco · CD+ 5-335 | HL | 477 SCFM 810 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| AC 820 HP 350 BEKO Technologies · DRYPOINT AC HP | HL HP | 480 SCFM ≈ 816 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHD 820 Hertz Kompressoren · HHD 16-20 bar | HL HP | 483 SCFM 820.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDA-009 MTA · DryXtreme NDA (alumina) | HL | ≈ 493 SCFM 837 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| i.DC 140 Kaeser · i.DC 16-1555 | HL | ≈ 494 SCFM 840 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| XCHL500 Champion · XCHL | HL | 500 SCFM 852 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL500 Gardner Denver · XGHL | HL | 500 SCFM 852 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| 500CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 500 SCFM ≈ 850 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| AHLD-500 E Aircel · AHLD E-Series | HL | 500 SCFM ≈ 850 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HOF-0500-1 Altec AIR · HOF oil field | HL | 500 SCFM ≈ 850 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCe 500 BEKO Technologies · DRYPOINT XCe | HL | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 500 BEKO Technologies · DRYPOINT XCp | HL | 500 SCFM ≈ 850 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-500 Chicago Pneumatic · CPAD | HL | 500 SCFM ≈ 850 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HDA 850 Hertz Kompressoren · HDA | HL | 500 SCFM 852 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL500 Ingersoll Rand · HL | HL | 500 SCFM 852 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MHL 500 Mattei · MHL | HL | 500 SCFM ≈ 850 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 850 Mikropor · MDA | HL | 500 SCFM 850 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| MMD HC 500 Mikropor · MMD / MMD HC (modular) | HL | 500 SCFM 850 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 0500 Nano Purification · D5 HL (US) | HL | 500 SCFM ≈ 850 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| SA500 Sullair · SA | HL | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDP 500 Sullivan-Palatek · SPDP Pro Heatless | HL | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 500 Sullivan-Palatek · SPDPR Premium Heatless | HL | 500 SCFM ≈ 850 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HL-500 Van Air Systems · HL | HL | 500 SCFM 804 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HLSXG-500 Van Air Systems · HLSXG (antidéflagrant, gaz naturel) | HL | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| 500ZPB ZEKS · Eclipse ZPB | HL | 500 SCFM ≈ 850 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| AC 485 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 500 SCFM 850 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 850 Ultrafilter · HeatLess HL | HL | ≈ 500 SCFM 850 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| 505DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 505 SCFM ≈ 858 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| MHR520 Altec AIR · MHR | HL | 520 SCFM ≈ 883 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| HLA 900 OMI · HLA | HL | 529 SCFM 900 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX150TF CompAir · AX_T (twin tower) | HL | ≈ 530 SCFM 900 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| HHL 901 Hankison · HHL (international) | HL | ≈ 530 SCFM 900 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| D900ILA Ingersoll Rand · D…ILA | HL | ≈ 530 SCFM 900 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| PH 530 HE Pneumatech · PH 230-635 HE | HL | ≈ 530 SCFM 900 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| PH 535 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 530 SCFM 900 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| CD 250+ Atlas Copco · CD+ 5-335 | HL | 530 SCFM 900 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| CD 250+ Atlas Copco · CD+ 110-300 | HL | 530 SCFM 900 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HLA 900 Pro OMI · HLA PRO | HL | 530 SCFM 900 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| QHD-530 Quincy · QHD | HL | 530 SCFM ≈ 900 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| NDA-011 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 531 SCFM 902 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| HLD-0550-1 Altec AIR · HLD basse PDP | HL | 550 SCFM ≈ 934 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| HHP-0500-0550-1 Altec AIR · HHP high pressure | HL HP | 550 SCFM ≈ 934 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0550-1 Altec AIR · HRL | HL | 550 SCFM ≈ 934 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| AD 940 ALUP · AD 90-940 | HL | ≈ 551 SCFM 936 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| DB 940 Worthington Creyssensac · DB 90-940 | HL | ≈ 551 SCFM 936 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CD 260 Atlas Copco · CD 25-260 | HL | 551 SCFM 936 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | WORLD 60 Hz 50 Hz | |
| ADS 156 MARK · ADS 1-156 | HL | 551 SCFM 936 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| AX159NS CompAir · A-Series AX…NS (modular) | HL | 560 SCFM 951 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| NDL 3130N Nano Purification · D1 (undefined) | HL | 560 SCFM ≈ 951 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz 50 Hz | |
| DH108 Parker · PNEUDRI DH MAXI | HL | 560 SCFM 951 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA CRN | |
| DD 3130 Mattei · DD 10-6130 | HL | 560 SCFM 954 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| ADS 130 (14,5 bar) MARK · ADS 110-215 | HL | 561 SCFM 954 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| AD 800 14.5 bar ALUP · AD 650-1300 (sensor) | HL | ≈ 562 SCFM 954 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DB 80 C Worthington Creyssensac · DB 65-130 | HL | ≈ 562 SCFM 954 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HHP-0250-0570-1 Altec AIR · HHP high pressure | HL HP | 570 SCFM ≈ 968 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HDT 160 FINI · HDT | HL | 572 SCFM 972 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| AC 495 BEKO Technologies · DRYPOINT AC 410-495 | HL | ≈ 589 SCFM 1,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| AX167TL CompAir · AX_T (twin tower) | HL | ≈ 589 SCFM 1,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D1000ILA Ingersoll Rand · D…ILA | HL | ≈ 589 SCFM 1,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HL 1000 Ultrafilter · HeatLess HL | HL | ≈ 589 SCFM 1,000 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU | |
| HDA 1000 Hertz Kompressoren · HDA | HL | 589 SCFM 1,002 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HHD 1000 Hertz Kompressoren · HHD 16-20 bar | HL HP | 589 SCFM 1,000.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HLA 1000 Pro OMI · HLA PRO | HL | 589 SCFM 1,000 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| CDT590 Champion · CDT | HL | 590 SCFM ≈ 1,002 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-590 Hankison · HHE | HL | 590 SCFM 1,002 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| MMD HC 590 Mikropor · MMD / MMD HC (modular) | HL | 590 SCFM 1,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HHS-590 Hankison · HHS | HL | 590 SCFM 1,002 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-590 Hankison · HHX | HL | 590 SCFM 1,002 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 590 Kaeser · KAD | HL | 590 SCFM ≈ 1,002 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH590 Gardner Denver · DGH | HL | 590 SCFM ≈ 1,002 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-590 Hankison · HHL | HL | 590 SCFM 1,002 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| XCHL600 Champion · XCHL | HL | 600 SCFM 1,020 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL600 Gardner Denver · XGHL | HL | 600 SCFM 1,020 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| 600CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 600 SCFM ≈ 1,019 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| AHLD-600 E Aircel · AHLD E-Series | HL | 600 SCFM ≈ 1,019 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HOF-0600-1 Altec AIR · HOF oil field | HL | 600 SCFM ≈ 1,019 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HL600 Ingersoll Rand · HL | HL | 600 SCFM 1,020 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MDA 1000 Mikropor · MDA | HL | 600 SCFM 1,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 0600 Nano Purification · D5 HL (US) | HL | 600 SCFM ≈ 1,019 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| MX104 Parker · PNEUDRI MX | HL | 600 SCFM 1,020 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| SA600 Sullair · SA | HL | 600 SCFM ≈ 1,019 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| 600ZPB ZEKS · Eclipse ZPB | HL | 600 SCFM ≈ 1,019 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HHL 1051 Hankison · HHL (international) | HL | ≈ 618 SCFM 1,050 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| MHR620 Altec AIR · MHR | HL | 620 SCFM ≈ 1,053 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| 630DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 630 SCFM ≈ 1,070 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| NDA-010 MTA · DryXtreme NDA (alumina) | HL | ≈ 632 SCFM 1,073 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| QHD-635 Quincy · QHD | HL | 635 SCFM ≈ 1,079 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| AD 1080 11 bar ALUP · AD 650-1300 (sensor) | HL | ≈ 636 SCFM 1,080 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 635 Nano Purification · D5 HL | HL | ≈ 636 SCFM 1,080 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| PH 635 HE Pneumatech · PH 230-635 HE | HL | ≈ 636 SCFM 1,080 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| DB 110 B Worthington Creyssensac · DB 65-130 | HL | ≈ 636 SCFM 1,080 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| PH 625 HE Pneumatech · PH 100-625 HE (solid desiccant) | HL | ≈ 636 SCFM 1,080 m³/h | ISO 3 ≈ -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| CD 300+ Atlas Copco · CD+ 110-300 | HL | 636 SCFM 1,080 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| ADS 180 (11 bar) MARK · ADS 110-215 | HL | 636 SCFM 1,080 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| CD 300+ Atlas Copco · CD+ 5-335 | HL | 636 SCFM 1,080 m³/h | ISO 3 -20 °C-4 °F | WORLD 60 Hz 50 Hz | |
| HLD-0650-1 Altec AIR · HLD basse PDP | HL | 650 SCFM ≈ 1,104 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| HRL-0650-1 Altec AIR · HRL | HL | 650 SCFM ≈ 1,104 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCe 650 BEKO Technologies · DRYPOINT XCe | HL | 650 SCFM ≈ 1,104 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 650 BEKO Technologies · DRYPOINT XCp | HL | 650 SCFM ≈ 1,104 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-650 Chicago Pneumatic · CPAD | HL | 650 SCFM ≈ 1,104 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MHL 650 Mattei · MHL | HL | 650 SCFM ≈ 1,104 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| SPDP 650 Sullivan-Palatek · SPDP Pro Heatless | HL | 650 SCFM ≈ 1,104 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 650 Sullivan-Palatek · SPDPR Premium Heatless | HL | 650 SCFM ≈ 1,104 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HL-650 Van Air Systems · HL | HL | 650 SCFM 1,045 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| NDA-012 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 663 SCFM 1,127 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| CD 335+ Atlas Copco · CD+ 5-335 | HL | 699 SCFM 1,188 m³/h | ISO 2 -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| MDA 1250 Mikropor · MDA | HL | 700 SCFM 1,250 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| DH110 Parker · PNEUDRI DH MAXI | HL | 700 SCFM 1,189 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA CRN | |
| CD 330+ Atlas Copco · CD+ 1-1400 | HL | 700 SCFM 1,188 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HHD 1200 Hertz Kompressoren · HHD 16-20 bar | HL HP | 706 SCFM 1,200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HLA 1200 OMI · HLA | HL | 706 SCFM 1,200 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| PH 690 HE Pneumatech · PH 90-690 HE (solid desiccant) | HL | ≈ 710 SCFM 1,206 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz | |
| HDT 200 FINI · HDT | HL | 724 SCFM 1,230 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| MMD HC 735 Mikropor · MMD / MMD HC (modular) | HL | 735 SCFM 1,250 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HDA 1250 Hertz Kompressoren · HDA | HL | 736 SCFM 1,248 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| 750CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 750 SCFM ≈ 1,274 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| AHLD-750 E Aircel · AHLD E-Series | HL | 750 SCFM ≈ 1,274 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HHP-1000-0750-1 Altec AIR · HHP high pressure | HL HP | 750 SCFM ≈ 1,274 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| CDT750 Champion · CDT | HL | 750 SCFM ≈ 1,274 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CPAD-750 Chicago Pneumatic · CPAD | HL | 750 SCFM ≈ 1,274 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| AX212NS CompAir · A-Series AX…NS (modular) | HL | 750 SCFM 1,273.8 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| HHE-750 Hankison · HHE | HL | 750 SCFM 1,274 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HL 0750 Nano Purification · D5 HL (US) | HL | 750 SCFM ≈ 1,274 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| MX105 Parker · PNEUDRI MX | HL | 750 SCFM 1,275 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| QHD-750 Quincy · QHD | HL | 750 SCFM ≈ 1,274 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HHS-750 Hankison · HHS | HL | 750 SCFM 1,274 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-750 Hankison · HHX | HL | 750 SCFM 1,274 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 750 Kaeser · KAD | HL | 750 SCFM ≈ 1,274 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH750 Gardner Denver · DGH | HL | 750 SCFM ≈ 1,274 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-750 Hankison · HHL | HL | 750 SCFM 1,274 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| NDA-011 MTA · DryXtreme NDA (alumina) | HL | ≈ 758 SCFM 1,288 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| 760DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 760 SCFM ≈ 1,291 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| AD 1080 14.5 bar ALUP · AD 650-1300 (sensor) | HL | ≈ 763 SCFM 1,296 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| AD 1300 11 bar ALUP · AD 650-1300 (sensor) | HL | ≈ 763 SCFM 1,296 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HL 760 Nano Purification · D5 HL | HL | ≈ 763 SCFM 1,296 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| DB 110 C Worthington Creyssensac · DB 65-130 | HL | ≈ 763 SCFM 1,296 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DB 130 B Worthington Creyssensac · DB 65-130 | HL | ≈ 763 SCFM 1,296 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| CD 360 Atlas Copco · CD 360-1600 | HL | 763 SCFM 1,296 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| ADS 180 (14,5 bar) MARK · ADS 110-215 | HL | 763 SCFM 1,296 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| ADS 215 (11 bar) MARK · ADS 110-215 | HL | 763 SCFM 1,296 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| HHL 1351 Hankison · HHL (international) | HL | ≈ 795 SCFM 1,350 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| i.DC 225 Kaeser · i.DC 16-1555 | HL | ≈ 795 SCFM 1,350 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| NDA-013 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 796 SCFM 1,353 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| HLD-0800-1 Altec AIR · HLD basse PDP | HL | 800 SCFM ≈ 1,359 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| XCHL800 Champion · XCHL | HL | 800 SCFM 1,362 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL800 Gardner Denver · XGHL | HL | 800 SCFM 1,362 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| HHP-0500-0800-1 Altec AIR · HHP high pressure | HL HP | 800 SCFM ≈ 1,359 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HOF-0800-1 Altec AIR · HOF oil field | HL | 800 SCFM ≈ 1,359 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-0800-1 Altec AIR · HRL | HL | 800 SCFM ≈ 1,359 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR800 Altec AIR · MHR | HL | 800 SCFM ≈ 1,359 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| XCe 800 BEKO Technologies · DRYPOINT XCe | HL | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL | |
| XCp 800 BEKO Technologies · DRYPOINT XCp | HL | 800 SCFM ≈ 1,359 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| HL800 Ingersoll Rand · HL | HL | 800 SCFM 1,362 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MHL 800 Mattei · MHL | HL | 800 SCFM ≈ 1,359 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 1500 Mikropor · MDA | HL | 800 SCFM 1,500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| SA800 Sullair · SA | HL | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDP 800 Sullivan-Palatek · SPDP Pro Heatless | HL | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| SPDPR 800 Sullivan-Palatek · SPDPR Premium Heatless | HL | 800 SCFM ≈ 1,359 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| FR-800 Van Air Systems · Prep 40 (skid heatless) | HL | 800 SCFM 1,360 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| HL-800 Van Air Systems · HL | HL | 800 SCFM 1,286 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HLSXG-800 Van Air Systems · HLSXG (antidéflagrant, gaz naturel) | HL | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| 800ZPB ZEKS · Eclipse ZPB | HL | 800 SCFM ≈ 1,359 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| AX235NS CompAir · A-Series AX…NS (modular) | HL | 828 SCFM 1,407 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| CD 400+ Atlas Copco · CD+ 1-1400 | HL | 848 SCFM 1,440 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HLA 1500 OMI · HLA | HL | 882 SCFM 1,500 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| HDA 1500 Hertz Kompressoren · HDA | HL | 883 SCFM 1,500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| MMD HC 890 Mikropor · MMD / MMD HC (modular) | HL | 890 SCFM 1,500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| 900CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 900 SCFM ≈ 1,529 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| MX106 Parker · PNEUDRI MX | HL | 900 SCFM 1,530 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 900DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 900 SCFM ≈ 1,529 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| QHD-900 Quincy · QHD | HL | 901 SCFM ≈ 1,531 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HDT 250 FINI · HDT | HL | 901 SCFM 1,530 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| ADS 215 (14,5 bar) MARK · ADS 110-215 | HL | 911 SCFM 1,548 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| AD 1300 14.5 bar ALUP · AD 650-1300 (sensor) | HL | ≈ 911 SCFM 1,548 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| DB 130 C Worthington Creyssensac · DB 65-130 | HL | ≈ 911 SCFM 1,548 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU 60 Hz 50 Hz | |
| HHD 1550 Hertz Kompressoren · HHD 16-20 bar | HL HP | 912 SCFM 1,549.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| CDT930 Champion · CDT | HL | 930 SCFM ≈ 1,580 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-930 Hankison · HHE | HL | 930 SCFM 1,580 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-930 Hankison · HHS | HL | 930 SCFM 1,580 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-930 Hankison · HHX | HL | 930 SCFM 1,580 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 930 Kaeser · KAD | HL | 930 SCFM ≈ 1,580 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH930 Gardner Denver · DGH | HL | 930 SCFM ≈ 1,580 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-930 Hankison · HHL | HL | 930 SCFM 1,580 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| AX267TL CompAir · AX_T (twin tower) | HL | ≈ 942 SCFM 1,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D1600ILA Ingersoll Rand · D…ILA | HL | ≈ 942 SCFM 1,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HLA 1600 Pro OMI · HLA PRO | HL | 942 SCFM 1,600 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| NDA-012 MTA · DryXtreme NDA (alumina) | HL | ≈ 948 SCFM 1,610 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HHL 1651 Hankison · HHL (international) | HL | ≈ 971 SCFM 1,650 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| i.DC 275 Kaeser · i.DC 16-1555 | HL | ≈ 971 SCFM 1,650 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| NDA-014 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 972 SCFM 1,652 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| HLD-1000-1 Altec AIR · HLD basse PDP | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| XCHL1000 Champion · XCHL | HL | 1,000 SCFM 1,698 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL1000 Gardner Denver · XGHL | HL | 1,000 SCFM 1,698 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| AHLD-1000 E Aircel · AHLD E-Series | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HHP-0250-1000-1 Altec AIR · HHP high pressure | HL HP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HHP-1000-1000-1 Altec AIR · HHP high pressure | HL HP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRL-1000-1 Altec AIR · HRL | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR1000 Altec AIR · MHR | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| XCp 1000 BEKO Technologies · DRYPOINT XCp | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-1000 Chicago Pneumatic · CPAD | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HL1000 Ingersoll Rand · HL | HL | 1,000 SCFM 1,698 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MHL 1000 Mattei · MHL | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 1800 Mikropor · MDA | HL | 1,000 SCFM 1,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 1000 Nano Purification · D5 HL (US) | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| SA1000 Sullair · SA | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPR 1000 Sullivan-Palatek · SPDPR Premium Heatless | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HL-1000 Van Air Systems · HL | HL | 1,000 SCFM 1,608 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| 1000ZPB ZEKS · Eclipse ZPB | HL | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HL 1020 Nano Purification · D5 HL | HL | ≈ 1,017 SCFM 1,728 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| CD 480 Atlas Copco · CD 360-1600 | HL | 1,018 SCFM 1,728 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| MX107 Parker · PNEUDRI MX | HL | 1,050 SCFM 1,785 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| HDA 1800 Hertz Kompressoren · HDA | HL | 1,059 SCFM 1,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| MMD HC 1060 Mikropor · MMD / MMD HC (modular) | HL | 1,060 SCFM 1,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HDT 300 FINI · HDT | HL | 1,060 SCFM 1,800 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HHD 1850 Hertz Kompressoren · HHD 16-20 bar | HL HP | 1,089 SCFM 1,849.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDA-015 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 1,105 SCFM 1,878 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| AX314NS CompAir · A-Series AX…NS (modular) | HL | 1,110 SCFM 1,885.8 m³/h | ISO 2 ≈ -40 °C-40 °F | EU | |
| QHD-1100 Quincy · QHD | HL | 1,123 SCFM ≈ 1,908 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| CDT1130 Champion · CDT | HL | 1,130 SCFM ≈ 1,920 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-1130 Hankison · HHE | HL | 1,130 SCFM 1,920 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-1130 Hankison · HHS | HL | 1,130 SCFM 1,920 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-1130 Hankison · HHX | HL | 1,130 SCFM 1,920 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 1130 Kaeser · KAD | HL | 1,130 SCFM ≈ 1,920 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH1130 Gardner Denver · DGH | HL | 1,130 SCFM ≈ 1,920 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-1130 Hankison · HHL | HL | 1,130 SCFM 1,920 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| NDA-013 MTA · DryXtreme NDA (alumina) | HL | ≈ 1,138 SCFM 1,933 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HHL 1951 Hankison · HHL (international) | HL | ≈ 1,148 SCFM 1,950 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| i.DC 330 Kaeser · i.DC 16-1555 | HL | ≈ 1,165 SCFM 1,980 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| CD 550+ Atlas Copco · CD+ 1-1400 | HL | 1,166 SCFM 1,980 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HLA 2000 OMI · HLA | HL | 1,176 SCFM 2,000 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| HLA 2000 Pro OMI · HLA PRO | HL | 1,177 SCFM 2,000 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX333TL CompAir · AX_T (twin tower) | HL | ≈ 1,177 SCFM 2,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D2000ILA Ingersoll Rand · D…ILA | HL | ≈ 1,177 SCFM 2,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| XCHL1200 Champion · XCHL | HL | 1,200 SCFM 2,040 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL1200 Gardner Denver · XGHL | HL | 1,200 SCFM 2,040 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| 1200CDA Pneumatic Products (SPX) · CDA Heat-Les | HL | 1,200 SCFM ≈ 2,039 m³/h | ISO 1 ≈ -73 °C-99.4 °F | NA | |
| MHR1200 Altec AIR · MHR | HL | 1,200 SCFM ≈ 2,039 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| XCp 1200 BEKO Technologies · DRYPOINT XCp | HL | 1,200 SCFM ≈ 2,039 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| HL1200 Ingersoll Rand · HL | HL | 1,200 SCFM 2,040 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MX108 Parker · PNEUDRI MX | HL | 1,200 SCFM 2,040 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD CSA CRN | |
| 1200DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| SA1200 Sullair · SA | HL | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPR 1200 Sullivan-Palatek · SPDPR Premium Heatless | HL | 1,200 SCFM ≈ 2,039 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| 1200ZPB ZEKS · Eclipse ZPB | HL | 1,200 SCFM ≈ 2,039 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HHD 2050 Hertz Kompressoren · HHD 16-20 bar | HL HP | 1,207 SCFM 2,050.2 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HLD-1250-1 Altec AIR · HLD basse PDP | HL | 1,250 SCFM ≈ 2,124 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| AHLD-1250 E Aircel · AHLD E-Series | HL | 1,250 SCFM ≈ 2,124 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-1250-1 Altec AIR · HRL | HL | 1,250 SCFM ≈ 2,124 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| CPAD-1250 Chicago Pneumatic · CPAD | HL | 1,250 SCFM ≈ 2,124 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MHL 1250 Mattei · MHL | HL | 1,250 SCFM ≈ 2,124 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 2200 Mikropor · MDA | HL | 1,250 SCFM 2,200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 1250 Nano Purification · D5 HL (US) | HL | 1,250 SCFM ≈ 2,124 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| HL-1250 Van Air Systems · HL | HL | 1,250 SCFM 2,010 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HDT 350 FINI · HDT | HL | 1,272 SCFM 2,160 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HDA 2200 Hertz Kompressoren · HDA | HL | 1,295 SCFM 2,202 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 1330 Nano Purification · D5 HL | HL | ≈ 1,335 SCFM 2,268 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| CD 630 Atlas Copco · CD 360-1600 | HL | 1,336 SCFM 2,268 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| CDT1350 Champion · CDT | HL | 1,350 SCFM ≈ 2,294 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-1350 Hankison · HHE | HL | 1,350 SCFM 2,294 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-1350 Hankison · HHS | HL | 1,350 SCFM 2,294 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-1350 Hankison · HHX | HL | 1,350 SCFM 2,294 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 1350 Kaeser · KAD | HL | 1,350 SCFM ≈ 2,294 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH1350 Gardner Denver · DGH | HL | 1,350 SCFM ≈ 2,294 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-1350 Hankison · HHL | HL | 1,350 SCFM 2,294 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| QHD-1370 Quincy · QHD | HL | 1,377 SCFM ≈ 2,340 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| MPX110 Parker · PNEUDRI MPX | HL | 1,381 SCFM 2,346 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA CRN | |
| HHL 2351 Hankison · HHL (international) | HL | ≈ 1,383 SCFM 2,350 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDA-014 MTA · DryXtreme NDA (alumina) | HL | ≈ 1,390 SCFM 2,361 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| i.DC 395 Kaeser · i.DC 16-1555 | HL | ≈ 1,395 SCFM 2,370 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| HHP-0500-1400-1 Altec AIR · HHP high pressure | HL HP | 1,400 SCFM ≈ 2,379 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HHD 2450 Hertz Kompressoren · HHD 16-20 bar | HL HP | 1,442 SCFM 2,449.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| NDA-016 MTA · DryXtreme NDA (molecular sieve) | HL | ≈ 1,460 SCFM 2,480 m³/h | ISO 2 ≈ -60 °C-76 °F | EU 50 Hz | |
| HLA 2500 Pro OMI · HLA PRO | HL | 1,471 SCFM 2,500 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX417TL CompAir · AX_T (twin tower) | HL | ≈ 1,471 SCFM 2,500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D2500ILA Ingersoll Rand · D…ILA | HL | ≈ 1,471 SCFM 2,500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HDT 400 FINI · HDT | HL | 1,484 SCFM 2,520 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HLD-1500-1 Altec AIR · HLD basse PDP | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| XCHL1500 Champion · XCHL | HL | 1,500 SCFM 2,550 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL1500 Gardner Denver · XGHL | HL | 1,500 SCFM 2,550 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| AHLD-1500 E Aircel · AHLD E-Series | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-1500-1 Altec AIR · HRL | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCp 1500 BEKO Technologies · DRYPOINT XCp | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| CPAD-1500 Chicago Pneumatic · CPAD | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HL1500 Ingersoll Rand · HL | HL | 1,500 SCFM 2,550 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MHL 1500 Mattei · MHL | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 2700 Mikropor · MDA | HL | 1,500 SCFM 2,700 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 1500 Nano Purification · D5 HL (US) | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL CRN | |
| SA1500 Sullair · SA | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPR 1500 Sullivan-Palatek · SPDPR Premium Heatless | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HL-1500 Van Air Systems · HL | HL | 1,500 SCFM 2,412 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| 1500ZPB ZEKS · Eclipse ZPB | HL | 1,500 SCFM ≈ 2,549 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| CDT1550 Champion · CDT | HL | 1,550 SCFM ≈ 2,633 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-1550 Hankison · HHE | HL | 1,550 SCFM 2,634 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-1550 Hankison · HHS | HL | 1,550 SCFM 2,634 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-1550 Hankison · HHX | HL | 1,550 SCFM 2,634 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 1550 Kaeser · KAD | HL | 1,550 SCFM ≈ 2,633 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH1550 Gardner Denver · DGH | HL | 1,550 SCFM ≈ 2,633 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-1550 Hankison · HHL | HL | 1,550 SCFM 2,634 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| NDA-015 MTA · DryXtreme NDA (alumina) | HL | ≈ 1,579 SCFM 2,683 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HDA 2700 Hertz Kompressoren · HDA | HL | 1,589 SCFM 2,700 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HHL 2701 Hankison · HHL (international) | HL | ≈ 1,589 SCFM 2,700 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| i.DC 450 Kaeser · i.DC 16-1555 | HL | ≈ 1,589 SCFM 2,700 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| MHR1600 Altec AIR · MHR | HL | 1,600 SCFM ≈ 2,718 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| 1600DHA Pneumatic Products (SPX) · DHA Heat-Les | HL | 1,600 SCFM ≈ 2,718 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| FR-1600 Van Air Systems · Prep 40 (skid heatless) | HL | 1,600 SCFM 2,720 m³/h | ISO 2 ≈ -40 °C-40 °F | NA CRN | |
| HDT 450 FINI · HDT | HL | 1,611 SCFM 2,736 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| MPX112 Parker · PNEUDRI MPX | HL | 1,657 SCFM 2,815 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA CSA CRN | |
| HL 1690 Nano Purification · D5 HL | HL | ≈ 1,695 SCFM 2,880 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| MDA 3200 Mikropor · MDA | HL | 1,750 SCFM 3,200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL-1750 Van Air Systems · HL | HL | 1,750 SCFM 2,814 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHD 3050 Hertz Kompressoren · HHD 16-20 bar | HL HP | 1,795 SCFM 3,049.8 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| XCHL1800 Champion · XCHL | HL | 1,800 SCFM 3,060 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL1800 Gardner Denver · XGHL | HL | 1,800 SCFM 3,060 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| HHP-1000-1800-1 Altec AIR · HHP high pressure | HL HP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| CPAD-1800 Chicago Pneumatic · CPAD | HL | 1,800 SCFM ≈ 3,058 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HL1800 Ingersoll Rand · HL | HL | 1,800 SCFM 3,060 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| 1800ZPB ZEKS · Eclipse ZPB | HL | 1,800 SCFM ≈ 3,058 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| QHD-1800 Quincy · QHD | HL | 1,801 SCFM ≈ 3,060 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| CD 850+ Atlas Copco · CD+ 1-1400 | HL | 1,802 SCFM 3,060 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HDA 3200 Hertz Kompressoren · HDA | HL | 1,883 SCFM 3,198 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| XCp 1900 BEKO Technologies · DRYPOINT XCp | HL | 1,900 SCFM ≈ 3,228 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| SPDPR 1900 Sullivan-Palatek · SPDPR Premium Heatless | HL | 1,900 SCFM ≈ 3,228 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| HLA 3300 Pro OMI · HLA PRO | HL | 1,942 SCFM 3,300 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX550TL CompAir · AX_T (twin tower) | HL | ≈ 1,942 SCFM 3,300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D3300ILA Ingersoll Rand · D…ILA | HL | ≈ 1,942 SCFM 3,300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HLD-2000-1 Altec AIR · HLD basse PDP | HL | 2,000 SCFM ≈ 3,398 m³/h | ISO 1 -73 °C-99.4 °F | NA 60 Hz | |
| AHLD-2000 E Aircel · AHLD E-Series | HL | 2,000 SCFM ≈ 3,398 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-2000-1 Altec AIR · HRL | HL | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR2000 Altec AIR · MHR | HL | 2,000 SCFM ≈ 3,398 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| MHL 2000 Mattei · MHL | HL | 2,000 SCFM ≈ 3,398 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 3600 Mikropor · MDA | HL | 2,000 SCFM 3,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 2000 Nano Purification · D5 HL (US) | HL | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| SA2000 Sullair · SA | HL | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| HL-2000 Van Air Systems · HL | HL | 2,000 SCFM 3,216 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HL 2060 Nano Purification · D5 HL | HL | ≈ 2,055 SCFM 3,492 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| CD 970 Atlas Copco · CD 360-1600 | HL | 2,056 SCFM 3,492 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| NDA-016 MTA · DryXtreme NDA (alumina) | HL | ≈ 2,085 SCFM 3,543 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| XCHL2100 Champion · XCHL | HL | 2,100 SCFM 3,570 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL2100 Gardner Denver · XGHL | HL | 2,100 SCFM 3,570 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| CDT2100 Champion · CDT | HL | 2,100 SCFM ≈ 3,568 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| CPAD-2100 Chicago Pneumatic · CPAD | HL | 2,100 SCFM ≈ 3,568 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HHE-2100 Hankison · HHE | HL | 2,100 SCFM 3,568 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HL2100 Ingersoll Rand · HL | HL | 2,100 SCFM 3,570 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| 2100ZPB ZEKS · Eclipse ZPB | HL | 2,100 SCFM ≈ 3,568 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HHS-2100 Hankison · HHS | HL | 2,100 SCFM 3,568 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-2100 Hankison · HHX | HL | 2,100 SCFM 3,568 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 2100 Kaeser · KAD | HL | 2,100 SCFM ≈ 3,568 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH2100 Gardner Denver · DGH | HL | 2,100 SCFM ≈ 3,568 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-2100 Hankison · HHL | HL | 2,100 SCFM 3,568 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| HHL 3601 Hankison · HHL (international) | HL | ≈ 2,119 SCFM 3,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HDA 3600 Hertz Kompressoren · HDA | HL | 2,119 SCFM 3,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| i.DC 610 Kaeser · i.DC 16-1555 | HL | ≈ 2,154 SCFM 3,660 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| HDT 620 FINI · HDT | HL | 2,208 SCFM 3,750 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| XCp 2300 BEKO Technologies · DRYPOINT XCp | HL | 2,300 SCFM ≈ 3,908 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| SPDPR 2300 Sullivan-Palatek · SPDPR Premium Heatless | HL | 2,300 SCFM ≈ 3,908 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| QHD-2300 Quincy · QHD | HL | 2,331 SCFM ≈ 3,960 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| CD 1100+ Atlas Copco · CD+ 1-1400 | HL | 2,332 SCFM 3,960 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| AHLD-2500 E Aircel · AHLD E-Series | HL | 2,500 SCFM ≈ 4,248 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-2500-1 Altec AIR · HRL | HL | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHL 2500 Mattei · MHL | HL | 2,500 SCFM ≈ 4,248 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 4400 Mikropor · MDA | HL | 2,500 SCFM 4,400 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 2500 Nano Purification · D5 HL (US) | HL | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| HDA 4400 Hertz Kompressoren · HDA | HL | 2,590 SCFM 4,398 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| CPAD-2600 Chicago Pneumatic · CPAD | HL | 2,600 SCFM ≈ 4,417 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| SA2600 Sullair · SA | HL | 2,600 SCFM ≈ 4,417 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| HL 2670 Nano Purification · D5 HL | HL | ≈ 2,670 SCFM 4,536 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| CD 1260 Atlas Copco · CD 360-1600 | HL | 2,671 SCFM 4,536 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| XCHL2700 Champion · XCHL | HL | 2,700 SCFM 4,590 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL2700 Gardner Denver · XGHL | HL | 2,700 SCFM 4,590 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| HL2700 Ingersoll Rand · HL | HL | 2,700 SCFM 4,584 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| 2700ZPB ZEKS · Eclipse ZPB | HL | 2,700 SCFM ≈ 4,587 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HLA 4600 Pro OMI · HLA PRO | HL | 2,707 SCFM 4,600 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX767TL CompAir · AX_T (twin tower) | HL | ≈ 2,707 SCFM 4,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D4600ILA Ingersoll Rand · D…ILA | HL | ≈ 2,707 SCFM 4,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| XCp 2800 BEKO Technologies · DRYPOINT XCp | HL | 2,800 SCFM ≈ 4,757 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL | |
| SPDPR 2800 Sullivan-Palatek · SPDPR Premium Heatless | HL | 2,800 SCFM ≈ 4,757 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz cUL CRN | |
| QHD-2800 Quincy · QHD | HL | 2,818 SCFM ≈ 4,788 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HDT 800 FINI · HDT | HL | 2,862 SCFM 4,860 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HDA 5000 Hertz Kompressoren · HDA | HL | 2,943 SCFM 4,998 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| CD 1400+ Atlas Copco · CD+ 1-1400 | HL | 2,968 SCFM 5,040 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| AHLD-3000 E Aircel · AHLD E-Series | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-3000-1 Altec AIR · HRL | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MHR3000 Altec AIR · MHR | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz CRN | |
| CDT3000 Champion · CDT | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-3000 Hankison · HHE | HL | 3,000 SCFM 5,097 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| MHL 3000 Mattei · MHL | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| MDA 5000 Mikropor · MDA | HL | 3,000 SCFM 5,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HL 3000 Nano Purification · D5 HL (US) | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| SA3000 Sullair · SA | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| HHS-3000 Hankison · HHS | HL | 3,000 SCFM 5,097 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-3000 Hankison · HHX | HL | 3,000 SCFM 5,097 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 3000 Kaeser · KAD | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH3000 Gardner Denver · DGH | HL | 3,000 SCFM ≈ 5,097 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-3000 Hankison · HHL | HL | 3,000 SCFM 5,097 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| HHL 5201 Hankison · HHL (international) | HL | ≈ 3,061 SCFM 5,200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| i.DC 870 Kaeser · i.DC 16-1555 | HL | ≈ 3,072 SCFM 5,220 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| CPAD-3100 Chicago Pneumatic · CPAD | HL | 3,100 SCFM ≈ 5,267 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HLA 5600 Pro OMI · HLA PRO | HL | 3,296 SCFM 5,600 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX933TL CompAir · AX_T (twin tower) | HL | ≈ 3,296 SCFM 5,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D5600ILA Ingersoll Rand · D…ILA | HL | ≈ 3,296 SCFM 5,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| XCHL3300 Champion · XCHL | HL | 3,300 SCFM 5,610 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| XGHL3300 Gardner Denver · XGHL | HL | 3,300 SCFM 5,610 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| HL3300 Ingersoll Rand · HL | HL | 3,300 SCFM 5,604 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| 3300ZPB ZEKS · Eclipse ZPB | HL | 3,300 SCFM ≈ 5,607 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HL 3390 Nano Purification · D5 HL | HL | ≈ 3,390 SCFM 5,760 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| CD 1600 Atlas Copco · CD 360-1600 | HL | 3,392 SCFM 5,760 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| AHLD-3500 E Aircel · AHLD E-Series | HL | 3,500 SCFM ≈ 5,947 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| QHD-3600 Quincy · QHD | HL | 3,602 SCFM ≈ 6,120 m³/h | ISO 1–2 ≈ -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HDT 1000 FINI · HDT | HL | 3,604 SCFM 6,120 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| HDA 6300 Hertz Kompressoren · HDA | HL | 3,708 SCFM 6,300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| XGHL4000 Gardner Denver · XGHL | HL | 4,000 SCFM 6,798 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| AHLD-4000 E Aircel · AHLD E-Series | HL | 4,000 SCFM ≈ 6,796 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-4000-1 Altec AIR · HRL | HL | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HL4000 Ingersoll Rand · HL | HL | 4,000 SCFM 6,798 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MDA 6300 Mikropor · MDA | HL | 4,000 SCFM 6,300 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| 4000ZPB ZEKS · Eclipse ZPB | HL | 4,000 SCFM ≈ 6,796 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| HLA 6800 Pro OMI · HLA PRO | HL | 4,002 SCFM 6,800 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| AX1133TL CompAir · AX_T (twin tower) | HL | ≈ 4,002 SCFM 6,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D6800ILA Ingersoll Rand · D…ILA | HL | ≈ 4,002 SCFM 6,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| CDT4100 Champion · CDT | HL | 4,100 SCFM ≈ 6,966 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-4100 Hankison · HHE | HL | 4,100 SCFM 6,966 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-4100 Hankison · HHS | HL | 4,100 SCFM 6,966 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-4100 Hankison · HHX | HL | 4,100 SCFM 6,966 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 4100 Kaeser · KAD | HL | 4,100 SCFM ≈ 6,966 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH4100 Gardner Denver · DGH | HL | 4,100 SCFM ≈ 6,966 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-4100 Hankison · HHL | HL | 4,100 SCFM 6,966 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| HHL 7101 Hankison · HHL (international) | HL | ≈ 4,179 SCFM 7,100 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| i.DC 1190 Kaeser · i.DC 16-1555 | HL | ≈ 4,202 SCFM 7,140 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| HDA 7200 Hertz Kompressoren · HDA | HL | 4,238 SCFM 7,200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HDT 1200 FINI · HDT | HL | 4,452 SCFM 7,560 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| AHLD-4500 E Aircel · AHLD E-Series | HL | 4,500 SCFM ≈ 7,646 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| MDA 7200 Mikropor · MDA | HL | 4,500 SCFM 7,200 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| XGHL5000 Gardner Denver · XGHL | HL | 5,000 SCFM 8,496 m³/h | ISO 1 -73 °C-99.4 °F | NA | |
| AHLD-5000 E Aircel · AHLD E-Series | HL | 5,000 SCFM ≈ 8,495 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HRL-5000-1 Altec AIR · HRL | HL | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HL5000 Ingersoll Rand · HL | HL | 5,000 SCFM 8,496 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA cUL | |
| MDA 8800 Mikropor · MDA | HL | 5,000 SCFM 8,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| 5000ZPB ZEKS · Eclipse ZPB | HL | 5,000 SCFM ≈ 8,495 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz | |
| AX1417TL CompAir · AX_T (twin tower) | HL | ≈ 5,003 SCFM 8,500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | EU | |
| D8500ILA Ingersoll Rand · D…ILA | HL | ≈ 5,003 SCFM 8,500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HLA 8500 Pro OMI · HLA PRO | HL | 5,003 SCFM 8,500 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD | |
| HDA 8800 Hertz Kompressoren · HDA | HL | 5,179 SCFM 8,802 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HHL 9001 Hankison · HHL (international) | HL | ≈ 5,297 SCFM 9,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| HDT 1500 FINI · HDT | HL | 5,336 SCFM 9,060 m³/h | ISO 1–3 ≈ -70–-20 °C-94–-4 °F | EU 60 Hz 50 Hz | |
| CDT5400 Champion · CDT | HL | 5,400 SCFM ≈ 9,175 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA 60 Hz 50 Hz | |
| HHE-5400 Hankison · HHE | HL | 5,400 SCFM 9,175 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz 50 Hz | |
| HHS-5400 Hankison · HHS | HL | 5,400 SCFM 9,175 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA 60 Hz 50 Hz CRN | |
| HHX-5400 Hankison · HHX | HL | 5,400 SCFM 9,175 m³/h | ISO 1–3 -73.3–-20 °C-99.9–-4 °F | NA CSA | |
| KAD 5400 Kaeser · KAD | HL | 5,400 SCFM ≈ 9,175 m³/h | ISO 1–3 -70–-20 °C-94–-4 °F | NA | |
| DGH5400 Gardner Denver · DGH | HL | 5,400 SCFM ≈ 9,175 m³/h | ISO 1–4 -73–3 °C-99.4–37.4 °F | NA CSA | |
| HHL-5400 Hankison · HHL | HL | 5,400 SCFM 9,175 m³/h | ISO 1–4 -73.3–3.3 °C-99.9–37.9 °F | NA 60 Hz 50 Hz CRN | |
| i.DC 1555 Kaeser · i.DC 16-1555 | HL | ≈ 5,491 SCFM 9,330 m³/h | ISO 2 -70–3 °C-94–37.4 °F | EU 60 Hz 50 Hz | |
| AHLD-6000 E Aircel · AHLD E-Series | HL | 6,000 SCFM ≈ 10,194 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| MDA 10800 Mikropor · MDA | HL | 6,000 SCFM 10,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HDA 10800 Hertz Kompressoren · HDA | HL | 6,357 SCFM 10,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| AHLD-7000 E Aircel · AHLD E-Series | HL | 7,000 SCFM ≈ 11,893 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| MDA 12500 Mikropor · MDA | HL | 7,360 SCFM 12,500 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| AHLD-8000 E Aircel · AHLD E-Series | HL | 8,000 SCFM ≈ 13,592 m³/h | ISO 1–2 -73.3–-40 °C-99.9–-40 °F | NA | |
| HAD LINE ABAC | HL | n/a | -70–-40 °C-94–-40 °F | EU | |
| Airmate HLD LINE ELGi | HL | n/a | ISO 1–3 -20 °C-4 °F | WORLD | |
| K-MT 1-8 LINE Parker | HL | n/a | n/a | WORLD | |
| KA-MT 1-8 LINE Parker | HL | n/a | n/a | WORLD | |
| CDAS HL 050~085 LINE Parker | HL | n/a | n/a | WORLD | |
| OFAS HL 050~085 LINE Parker | HL | n/a | n/a | WORLD | |
| FBP HL 050~085 LINE Parker | HL | n/a | n/a | WORLD | |
| CDAS HL ATEX 050~085 LINE Parker | HL | n/a | n/a | WORLD | |
| HBS-0060-1 Altec AIR · HBS | BP | 60 SCFM ≈ 102 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| GBPD100 Gardner Denver · GBPD | BP | 100 SCFM ≈ 170 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-0100-1 Altec AIR · HBP | BP | 100 SCFM ≈ 170 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| GBS-100-t Great Lakes Air · GBS | BP | 100 SCFM ≈ 170 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HBS-0100-1 Altec AIR · HBS | BP | 100 SCFM ≈ 170 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| GBPD125 Gardner Denver · GBPD | BP | 125 SCFM ≈ 212 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| GBS-125-t Great Lakes Air · GBS | BP | 125 SCFM ≈ 212 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HBP-0130-1 Altec AIR · HBP | BP | 130 SCFM ≈ 221 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHB150 Champion · XCHB | BP | 150 SCFM 252 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HB150 Ingersoll Rand · HB | BP | 150 SCFM 252 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| HBS-0150-1 Altec AIR · HBS | BP | 150 SCFM ≈ 255 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| GBPD175 Gardner Denver · GBPD | BP | 175 SCFM ≈ 297 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| GBS-175-t Great Lakes Air · GBS | BP | 175 SCFM ≈ 297 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HBP-0200-2 Altec AIR · HBP | BP | 200 SCFM ≈ 340 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHB200 Champion · XCHB | BP | 200 SCFM 342 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HB200 Ingersoll Rand · HB | BP | 200 SCFM 342 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| HBS-0200-2 Altec AIR · HBS | BP | 200 SCFM ≈ 340 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| QBP-210 Quincy · QBP | BP | 210 SCFM ≈ 357 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| BD 100+ Atlas Copco · BD+ | BP | 212 SCFM 360 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 100+ ZP Atlas Copco · BD+ ZP | BP | 212 SCFM 360 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HRE 0400 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 235 SCFM 400 m³/h | n/a | EU | |
| GBPD250 Gardner Denver · GBPD | BP | 250 SCFM ≈ 425 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-0250-4 Altec AIR · HBP | BP | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHB250 Champion · XCHB | BP | 250 SCFM 426 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| GBS-250-t Great Lakes Air · GBS | BP | 250 SCFM ≈ 425 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HB250 Ingersoll Rand · HB | BP | 250 SCFM 426 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MBP 250 Mattei · MBP | BP | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| BP 0250 Nano Purification · D5 BP (US) | BP | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| HBS-0250-2 Altec AIR · HBS | BP | 250 SCFM ≈ 425 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| D500IBA Ingersoll Rand · D…IBA | BP | ≈ 294 SCFM 500 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| HBP-0300-4 Altec AIR · HBP | BP | 300 SCFM ≈ 510 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHB300 Champion · XCHB | BP | 300 SCFM 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HB300 Ingersoll Rand · HB | BP | 300 SCFM 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| HBS-0300-4 Altec AIR · HBS | BP | 300 SCFM ≈ 510 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| BD 150+ Atlas Copco · BD+ | BP | 318 SCFM 540 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 150+ ZP Atlas Copco · BD+ ZP | BP | 318 SCFM 540 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| QBP-320 Quincy · QBP | BP | 320 SCFM ≈ 544 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| FRL-V 0600 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 341 SCFM 580 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 0600 BEKO Technologies · EVERDRY FRP | BP | ≈ 341 SCFM 580 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| GBPD350 Gardner Denver · GBPD | BP | 350 SCFM ≈ 595 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| FRL 350 BEKO Technologies · EVERDRY FRL (North America) | BP | 350 SCFM ≈ 595 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| GBS-350-t Great Lakes Air · GBS | BP | 350 SCFM ≈ 595 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| MBP 350 Mattei · MBP | BP | 350 SCFM ≈ 595 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| BP 0350 Nano Purification · D5 BP (US) | BP | 350 SCFM ≈ 595 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| QBP-390 Quincy · QBP | BP | 390 SCFM ≈ 663 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| BD 185+ Atlas Copco · BD+ | BP | 392 SCFM 666 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 185+ ZP Atlas Copco · BD+ ZP | BP | 392 SCFM 666 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HBP-0400-4 Altec AIR · HBP | BP | 400 SCFM ≈ 680 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHB400 Champion · XCHB | BP | 400 SCFM 678 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HB400 Ingersoll Rand · HB | BP | 400 SCFM 678 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| HBS-0400-4 Altec AIR · HBS | BP | 400 SCFM ≈ 680 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| HRE 0700 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 412 SCFM 700 m³/h | n/a | EU | |
| FRL-V 0750 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 424 SCFM 720 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 0750 BEKO Technologies · EVERDRY FRP | BP | ≈ 424 SCFM 720 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| FRL 430 BEKO Technologies · EVERDRY FRL (North America) | BP | 430 SCFM ≈ 731 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| DDH 850 Mattei · DDH 850-10800 | BP | ≈ 494 SCFM 840 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| GBPD500 Gardner Denver · GBPD | BP | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| XCHB500 Champion · XCHB | BP | 500 SCFM 852 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| GBS-500-t Great Lakes Air · GBS | BP | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HBP500 Hankison · HBP | BP | 500 SCFM ≈ 850 m³/h | ISO 2 -40 °C-40 °F | NA | |
| HB500 Ingersoll Rand · HB | BP | 500 SCFM 852 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| KBD 500 Kaeser · KBD | BP | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| MBP 500 Mattei · MBP | BP | 500 SCFM ≈ 850 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| BP 0500 Nano Purification · D5 BP (US) | BP | 500 SCFM ≈ 850 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| IBP500 Pneumatic Products (SPX) · IBP | BP | 500 SCFM ≈ 850 m³/h | ISO 2 -40 °C-40 °F | NA | |
| SAV500 Sullair · SAV | BP | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| HBS-0500-4 Altec AIR · HBS | BP | 500 SCFM ≈ 850 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| FRL-V 0900 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 518 SCFM 880 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 0900 BEKO Technologies · EVERDRY FRP | BP | ≈ 518 SCFM 880 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| FRL 520 BEKO Technologies · EVERDRY FRL (North America) | BP | 520 SCFM ≈ 883 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| D900IBA Ingersoll Rand · D…IBA | BP | ≈ 530 SCFM 900 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| BD 250+ Atlas Copco · BD+ | BP | 530 SCFM 900 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 250+ ZP Atlas Copco · BD+ ZP | BP | 530 SCFM 900 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| QBP-530 Quincy · QBP | BP | 530 SCFM ≈ 900 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| HBP-0550-4 Altec AIR · HBP | BP | 550 SCFM ≈ 934 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| HRE 1000 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 589 SCFM 1,000 m³/h | n/a | EU | |
| XCHB600 Champion · XCHB | BP | 600 SCFM 1,020 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HBP600 Hankison · HBP | BP | 600 SCFM ≈ 1,019 m³/h | ISO 2 -40 °C-40 °F | NA | |
| HB600 Ingersoll Rand · HB | BP | 600 SCFM 1,020 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| KBD 600 Kaeser · KBD | BP | 600 SCFM ≈ 1,019 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| BP 0600 Nano Purification · D5 BP (US) | BP | 600 SCFM ≈ 1,019 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| IBP600 Pneumatic Products (SPX) · IBP | BP | 600 SCFM ≈ 1,019 m³/h | ISO 2 -40 °C-40 °F | NA | |
| SAV600 Sullair · SAV | BP | 600 SCFM ≈ 1,019 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| DDH 1000 Mattei · DDH 850-10800 | BP | ≈ 600 SCFM 1,020 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| QBP-635 Quincy · QBP | BP | 635 SCFM ≈ 1,079 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| BD 300+ Atlas Copco · BD+ | BP | 636 SCFM 1,080 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 300+ ZP Atlas Copco · BD+ ZP | BP | 636 SCFM 1,080 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| FRL-V 1100 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 647 SCFM 1,100 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 1100 BEKO Technologies · EVERDRY FRP | BP | ≈ 647 SCFM 1,100 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| D1100IBA Ingersoll Rand · D…IBA | BP | ≈ 647 SCFM 1,100 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| GBPD650 Gardner Denver · GBPD | BP | 650 SCFM ≈ 1,104 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-0650-4 Altec AIR · HBP | BP | 650 SCFM ≈ 1,104 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| FRL 650 BEKO Technologies · EVERDRY FRL (North America) | BP | 650 SCFM ≈ 1,104 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| GBS-650-t Great Lakes Air · GBS | BP | 650 SCFM ≈ 1,104 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HBS-0650-4 Altec AIR · HBS | BP | 650 SCFM ≈ 1,104 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| BP 760 Nano Purification · D5 BP | BP | ≈ 699 SCFM 1,188 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 760 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 699 SCFM 1,188 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 330+ Atlas Copco · BD+ | BP | 700 SCFM 1,188 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 330+ ZP Atlas Copco · BD+ ZP | BP | 700 SCFM 1,188 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| MBP 700 Mattei · MBP | BP | 700 SCFM ≈ 1,189 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| DDH 1250 Mattei · DDH 850-10800 | BP | ≈ 742 SCFM 1,260 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HBP750 Hankison · HBP | BP | 750 SCFM ≈ 1,274 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 750 Kaeser · KBD | BP | 750 SCFM ≈ 1,274 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP750 Pneumatic Products (SPX) · IBP | BP | 750 SCFM ≈ 1,274 m³/h | ISO 2 -40 °C-40 °F | NA | |
| PB 760 HE Pneumatech · PB 760-7400 HE | BP | ≈ 763 SCFM 1,296 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| BD 360 Atlas Copco · BD 360-1600 | BP | 763 SCFM 1,296 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| GBPD800 Gardner Denver · GBPD | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-0800-4 Altec AIR · HBP | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XFe 800 BEKO Technologies · DRYPOINT XFe | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 800 BEKO Technologies · DRYPOINT XFi | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XCHB800 Champion · XCHB | BP | 800 SCFM 1,362 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| GBS-800-t Great Lakes Air · GBS | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HB800 Ingersoll Rand · HB | BP | 800 SCFM 1,362 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| BP 0800 Nano Purification · D5 BP (US) | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SAV800 Sullair · SAV | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPHB 800 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 800 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HBS-0800-4 Altec AIR · HBS | BP | 800 SCFM ≈ 1,359 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| FRL-V 1400 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 824 SCFM 1,400 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 1400 BEKO Technologies · EVERDRY FRP | BP | ≈ 824 SCFM 1,400 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| D1400IBA Ingersoll Rand · D…IBA | BP | ≈ 824 SCFM 1,400 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| HRE 1400 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 824 SCFM 1,400 m³/h | n/a | EU | |
| BP 1020 Nano Purification · D5 BP | BP | ≈ 848 SCFM 1,440 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 1020 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 848 SCFM 1,440 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 400+ Atlas Copco · BD+ | BP | 848 SCFM 1,440 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 400+ ZP Atlas Copco · BD+ ZP | BP | 848 SCFM 1,440 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| FRL 850 BEKO Technologies · EVERDRY FRL (North America) | BP | 850 SCFM ≈ 1,444 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| MBP 850 Mattei · MBP | BP | 850 SCFM ≈ 1,444 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| QBP-850 Quincy · QBP | BP | 850 SCFM ≈ 1,444 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| DDH 1500 Mattei · DDH 850-10800 | BP | ≈ 883 SCFM 1,500 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HBP900 Hankison · HBP | BP | 900 SCFM ≈ 1,529 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 900 Kaeser · KBD | BP | 900 SCFM ≈ 1,529 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP900 Pneumatic Products (SPX) · IBP | BP | 900 SCFM ≈ 1,529 m³/h | ISO 2 -40 °C-40 °F | NA | |
| GBPD1000 Gardner Denver · GBPD | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-1000-4 Altec AIR · HBP | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| FRL 1000 BEKO Technologies · EVERDRY FRL (North America) | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| XFe 1000 BEKO Technologies · DRYPOINT XFe | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 1000 BEKO Technologies · DRYPOINT XFi | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XCHB1000 Champion · XCHB | BP | 1,000 SCFM 1,698 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| GBS-1000-t Great Lakes Air · GBS | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HB1000 Ingersoll Rand · HB | BP | 1,000 SCFM 1,698 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MBP 1000 Mattei · MBP | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| BP 1000 Nano Purification · D5 BP (US) | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SAV1000 Sullair · SAV | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPHB 1000 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 1000 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HBS-1000-4 Altec AIR · HBS | BP | 1,000 SCFM ≈ 1,699 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| FRL-V 1700 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 1,001 SCFM 1,700 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 1700 BEKO Technologies · EVERDRY FRP | BP | ≈ 1,001 SCFM 1,700 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| HRE 1700 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 1,001 SCFM 1,700 m³/h | n/a | EU | |
| PB 1000 HE Pneumatech · PB 760-7400 HE | BP | ≈ 1,017 SCFM 1,728 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| BD 480 Atlas Copco · BD 360-1600 | BP | 1,018 SCFM 1,728 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| HBP1050 Hankison · HBP | BP | 1,050 SCFM ≈ 1,784 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 1050 Kaeser · KBD | BP | 1,050 SCFM ≈ 1,784 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP1050 Pneumatic Products (SPX) · IBP | BP | 1,050 SCFM ≈ 1,784 m³/h | ISO 2 -40 °C-40 °F | NA | |
| QBP-1050 Quincy · QBP | BP | 1,050 SCFM ≈ 1,784 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| D1800IBA Ingersoll Rand · D…IBA | BP | ≈ 1,059 SCFM 1,800 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| DDH 1800 Mattei · DDH 850-10800 | BP | ≈ 1,059 SCFM 1,800 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| BP 1330 Nano Purification · D5 BP | BP | ≈ 1,165 SCFM 1,980 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 1330 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 1,165 SCFM 1,980 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 550+ Atlas Copco · BD+ | BP | 1,166 SCFM 1,980 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 550+ ZP Atlas Copco · BD+ ZP | BP | 1,166 SCFM 1,980 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| FRL-V 2000 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 1,177 SCFM 2,000 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 2000 BEKO Technologies · EVERDRY FRP | BP | ≈ 1,177 SCFM 2,000 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| HRE 2000 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 1,177 SCFM 2,000 m³/h | n/a | EU | |
| XFe 1200 BEKO Technologies · DRYPOINT XFe | BP | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 1200 BEKO Technologies · DRYPOINT XFi | BP | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XCHB1200 Champion · XCHB | BP | 1,200 SCFM 2,040 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HB1200 Ingersoll Rand · HB | BP | 1,200 SCFM 2,040 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| BP 1200 Nano Purification · D5 BP (US) | BP | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SAV1200 Sullair · SAV | BP | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPHB 1200 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 1200 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| QBP-1220 Quincy · QBP | BP | 1,220 SCFM ≈ 2,073 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| GBPD1250 Gardner Denver · GBPD | BP | 1,250 SCFM ≈ 2,124 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-1250-4 Altec AIR · HBP | BP | 1,250 SCFM ≈ 2,124 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| GBS-1250-t Great Lakes Air · GBS | BP | 1,250 SCFM ≈ 2,124 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HBS-1250-4 Altec AIR · HBS | BP | 1,250 SCFM ≈ 2,124 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| HBP1300 Hankison · HBP | BP | 1,300 SCFM ≈ 2,209 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 1300 Kaeser · KBD | BP | 1,300 SCFM ≈ 2,209 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP1300 Pneumatic Products (SPX) · IBP | BP | 1,300 SCFM ≈ 2,209 m³/h | ISO 2 -40 °C-40 °F | NA | |
| D2200IBA Ingersoll Rand · D…IBA | BP | ≈ 1,307 SCFM 2,220 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| DDH 2200 Mattei · DDH 850-10800 | BP | ≈ 1,307 SCFM 2,220 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| PB 1350 HE Pneumatech · PB 760-7400 HE | BP | ≈ 1,335 SCFM 2,268 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| BD 630 Atlas Copco · BD 360-1600 | BP | 1,336 SCFM 2,268 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| MBP 1350 Mattei · MBP | BP | 1,350 SCFM ≈ 2,294 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| FRL-V 2300 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 1,354 SCFM 2,300 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 2300 BEKO Technologies · EVERDRY FRP | BP | ≈ 1,354 SCFM 2,300 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| GBPD1400 Gardner Denver · GBPD | BP | 1,400 SCFM ≈ 2,379 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| GBS-1400-t Great Lakes Air · GBS | BP | 1,400 SCFM ≈ 2,379 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| BP 1400 Nano Purification · D5 BP (US) | BP | 1,400 SCFM ≈ 2,379 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| HRE 2500 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 1,471 SCFM 2,500 m³/h | n/a | EU | |
| HBP-1500-4 Altec AIR · HBP | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XFe 1500 BEKO Technologies · DRYPOINT XFe | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 1500 BEKO Technologies · DRYPOINT XFi | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XCHB1500 Champion · XCHB | BP | 1,500 SCFM 2,550 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HBP1500 Hankison · HBP | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 -40 °C-40 °F | NA | |
| HB1500 Ingersoll Rand · HB | BP | 1,500 SCFM 2,550 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| KBD 1500 Kaeser · KBD | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP1500 Pneumatic Products (SPX) · IBP | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 -40 °C-40 °F | NA | |
| SAV1500 Sullair · SAV | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPHB 1500 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 1500 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| FRL-V 2600 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 1,530 SCFM 2,600 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 2600 BEKO Technologies · EVERDRY FRP | BP | ≈ 1,530 SCFM 2,600 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| D2600IBA Ingersoll Rand · D…IBA | BP | ≈ 1,530 SCFM 2,600 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| DDH 2700 Mattei · DDH 850-10800 | BP | ≈ 1,589 SCFM 2,700 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| GBPD1600 Gardner Denver · GBPD | BP | 1,600 SCFM ≈ 2,718 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| GBS-1600-t Great Lakes Air · GBS | BP | 1,600 SCFM ≈ 2,718 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| BP 1600 Nano Purification · D5 BP (US) | BP | 1,600 SCFM ≈ 2,718 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| HBS-1600-4 Altec AIR · HBS | BP | 1,600 SCFM ≈ 2,718 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| MBP 1700 Mattei · MBP | BP | 1,700 SCFM ≈ 2,888 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| QBP-1700 Quincy · QBP | BP | 1,700 SCFM ≈ 2,888 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| FRL-V 2900 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 1,707 SCFM 2,900 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 2900 BEKO Technologies · EVERDRY FRP | BP | ≈ 1,707 SCFM 2,900 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| HRE 3000 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 1,766 SCFM 3,000 m³/h | n/a | EU | |
| GBPD1800 Gardner Denver · GBPD | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| XFe 1800 BEKO Technologies · DRYPOINT XFe | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 1800 BEKO Technologies · DRYPOINT XFi | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XCHB1800 Champion · XCHB | BP | 1,800 SCFM 3,060 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| GBS-1800-t Great Lakes Air · GBS | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HBP1800 Hankison · HBP | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 -40 °C-40 °F | NA | |
| HB1800 Ingersoll Rand · HB | BP | 1,800 SCFM 3,060 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| KBD 1800 Kaeser · KBD | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP1800 Pneumatic Products (SPX) · IBP | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 -40 °C-40 °F | NA | |
| SPDPHB 1800 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 1800 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| BP 1690 Nano Purification · D5 BP | BP | ≈ 1,801 SCFM 3,060 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 1690 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 1,801 SCFM 3,060 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 850+ Atlas Copco · BD+ | BP | 1,802 SCFM 3,060 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 850+ ZP Atlas Copco · BD+ ZP | BP | 1,802 SCFM 3,060 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| DDH 3200 Mattei · DDH 850-10800 | BP | ≈ 1,872 SCFM 3,180 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| D3200IBA Ingersoll Rand · D…IBA | BP | ≈ 1,883 SCFM 3,200 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| GBPD2000 Gardner Denver · GBPD | BP | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-2000-4 Altec AIR · HBP | BP | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| GBS-2000-t Great Lakes Air · GBS | BP | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| BP 2000 Nano Purification · D5 BP (US) | BP | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SAV2000 Sullair · SAV | BP | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| QBP-2000 Quincy · QBP | BP | 2,000 SCFM ≈ 3,398 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| FRL-V 3400 BEKO Technologies · EVERDRY FRL-V | BP | ≈ 2,001 SCFM 3,400 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 3400 BEKO Technologies · EVERDRY FRP | BP | ≈ 2,001 SCFM 3,400 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| BP 2060 Nano Purification · D5 BP | BP | ≈ 2,055 SCFM 3,492 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 2060 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 2,055 SCFM 3,492 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| PB 2050 HE Pneumatech · PB 760-7400 HE | BP | ≈ 2,055 SCFM 3,492 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| BD 970 Atlas Copco · BD 360-1600 | BP | 2,056 SCFM 3,492 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| HRE 3500 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 2,060 SCFM 3,500 m³/h | n/a | EU | |
| XCHB2100 Champion · XCHB | BP | 2,100 SCFM 3,570 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HB2100 Ingersoll Rand · HB | BP | 2,100 SCFM 3,570 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MBP 2100 Mattei · MBP | BP | 2,100 SCFM ≈ 3,568 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| HBS-2100-4 Altec AIR · HBS | BP | 2,100 SCFM ≈ 3,568 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| DDH 3600 Mattei · DDH 850-10800 | BP | ≈ 2,119 SCFM 3,600 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HBP2200 Hankison · HBP | BP | 2,200 SCFM ≈ 3,738 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 2200 Kaeser · KBD | BP | 2,200 SCFM ≈ 3,738 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP2200 Pneumatic Products (SPX) · IBP | BP | 2,200 SCFM ≈ 3,738 m³/h | ISO 2 -40 °C-40 °F | NA | |
| GBPD2250 Gardner Denver · GBPD | BP | 2,250 SCFM ≈ 3,823 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| GBS-2250-t Great Lakes Air · GBS | BP | 2,250 SCFM ≈ 3,823 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| D3900IBA Ingersoll Rand · D…IBA | BP | ≈ 2,295 SCFM 3,900 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| XFe 2300 BEKO Technologies · DRYPOINT XFe | BP | 2,300 SCFM ≈ 3,908 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 2300 BEKO Technologies · DRYPOINT XFi | BP | 2,300 SCFM ≈ 3,908 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| SPDPHB 2300 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 2,300 SCFM ≈ 3,908 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 2300 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 2,300 SCFM ≈ 3,908 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| BP 2670 Nano Purification · D5 BP | BP | ≈ 2,331 SCFM 3,960 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 2670 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 2,331 SCFM 3,960 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 1100+ Atlas Copco · BD+ | BP | 2,332 SCFM 3,960 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 1100+ ZP Atlas Copco · BD+ ZP | BP | 2,332 SCFM 3,960 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| HRE 4000 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 2,354 SCFM 4,000 m³/h | n/a | EU | |
| MBP 2400 Mattei · MBP | BP | 2,400 SCFM ≈ 4,078 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| FRL 4200 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 2,472 SCFM 4,200 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 4200 BEKO Technologies · EVERDRY FRP | BP | ≈ 2,472 SCFM 4,200 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| GBPD2500 Gardner Denver · GBPD | BP | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-2500-4 Altec AIR · HBP | BP | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| FRL 2500 BEKO Technologies · EVERDRY FRL (North America) | BP | 2,500 SCFM ≈ 4,248 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| GBS-2500-t Great Lakes Air · GBS | BP | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| BP 2500 Nano Purification · D5 BP (US) | BP | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| DDH 4400 Mattei · DDH 850-10800 | BP | ≈ 2,578 SCFM 4,380 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HBP2600 Hankison · HBP | BP | 2,600 SCFM ≈ 4,417 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 2600 Kaeser · KBD | BP | 2,600 SCFM ≈ 4,417 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP2600 Pneumatic Products (SPX) · IBP | BP | 2,600 SCFM ≈ 4,417 m³/h | ISO 2 -40 °C-40 °F | NA | |
| SAV2600 Sullair · SAV | BP | 2,600 SCFM ≈ 4,417 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| HBS-2600-4 Altec AIR · HBS | BP | 2,600 SCFM ≈ 4,417 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| QBP-2600 Quincy · QBP | BP | 2,600 SCFM ≈ 4,417 m³/h | ISO 2–4 ≈ -40–-12.2 °C-40–10 °F | NA 60 Hz | |
| D4500IBA Ingersoll Rand · D…IBA | BP | ≈ 2,649 SCFM 4,500 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| PB 2650 HE Pneumatech · PB 760-7400 HE | BP | ≈ 2,670 SCFM 4,536 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| BD 1260 Atlas Copco · BD 360-1600 | BP | 2,671 SCFM 4,536 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| XCHB2700 Champion · XCHB | BP | 2,700 SCFM 4,590 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| GBPD2750 Gardner Denver · GBPD | BP | 2,750 SCFM ≈ 4,672 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| GBS-2750-t Great Lakes Air · GBS | BP | 2,750 SCFM ≈ 4,672 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| XFe 2800 BEKO Technologies · DRYPOINT XFe | BP | 2,800 SCFM ≈ 4,757 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 2800 BEKO Technologies · DRYPOINT XFi | BP | 2,800 SCFM ≈ 4,757 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| SPDPHB 2800 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 2,800 SCFM ≈ 4,757 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 2800 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 2,800 SCFM ≈ 4,757 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| DDH 5000 Mattei · DDH 850-10800 | BP | ≈ 2,931 SCFM 4,980 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| FRL 5000 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 2,943 SCFM 5,000 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 5000 BEKO Technologies · EVERDRY FRP | BP | ≈ 2,943 SCFM 5,000 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| HRE 5000 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 2,943 SCFM 5,000 m³/h | n/a | EU | |
| BP 3390 Nano Purification · D5 BP | BP | ≈ 2,966 SCFM 5,040 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 3390 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 2,966 SCFM 5,040 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 1400+ Atlas Copco · BD+ | BP | 2,968 SCFM 5,040 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 1400+ ZP Atlas Copco · BD+ ZP | BP | 2,968 SCFM 5,040 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| GBPD3000 Gardner Denver · GBPD | BP | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-3000-4 Altec AIR · HBP | BP | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| FRL 3000 BEKO Technologies · EVERDRY FRL (North America) | BP | 3,000 SCFM ≈ 5,097 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| XCHB3000 Champion · XCHB | BP | 3,000 SCFM 5,094 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| GBS-3000-t Great Lakes Air · GBS | BP | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HB3000 Ingersoll Rand · HB | BP | 3,000 SCFM 5,094 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| BP 3000 Nano Purification · D5 BP (US) | BP | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SAV3000 Sullair · SAV | BP | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| HBS-3000-4 Altec AIR · HBS | BP | 3,000 SCFM ≈ 5,097 m³/h | ISO 2–4 ≈ -45.6–-17.8 °C-50.1–-0 °F | NA 60 Hz | |
| MBP 3100 Mattei · MBP | BP | 3,100 SCFM ≈ 5,267 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| D5300IBA Ingersoll Rand · D…IBA | BP | ≈ 3,119 SCFM 5,300 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| HBP3200 Hankison · HBP | BP | 3,200 SCFM ≈ 5,437 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 3200 Kaeser · KBD | BP | 3,200 SCFM ≈ 5,437 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP3200 Pneumatic Products (SPX) · IBP | BP | 3,200 SCFM ≈ 5,437 m³/h | ISO 2 -40 °C-40 °F | NA | |
| XFe 3300 BEKO Technologies · DRYPOINT XFe | BP | 3,300 SCFM ≈ 5,607 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 3300 BEKO Technologies · DRYPOINT XFi | BP | 3,300 SCFM ≈ 5,607 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| SPDPHB 3300 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 3,300 SCFM ≈ 5,607 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 3300 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 3,300 SCFM ≈ 5,607 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| PB 3400 HE Pneumatech · PB 760-7400 HE | BP | ≈ 3,390 SCFM 5,760 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| BD 1600 Atlas Copco · BD 360-1600 | BP | 3,392 SCFM 5,760 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| GBPD3500 Gardner Denver · GBPD | BP | 3,500 SCFM ≈ 5,947 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| GBS-3500-t Great Lakes Air · GBS | BP | 3,500 SCFM ≈ 5,947 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| BP 3500 Nano Purification · D5 BP (US) | BP | 3,500 SCFM ≈ 5,947 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| FRL 6000 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 3,531 SCFM 6,000 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 6000 BEKO Technologies · EVERDRY FRP | BP | ≈ 3,531 SCFM 6,000 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| HRE 6000 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 3,531 SCFM 6,000 m³/h | n/a | EU | |
| FRL 3600 BEKO Technologies · EVERDRY FRL (North America) | BP | 3,600 SCFM ≈ 6,116 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| HBP3600 Hankison · HBP | BP | 3,600 SCFM ≈ 6,116 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 3600 Kaeser · KBD | BP | 3,600 SCFM ≈ 6,116 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| IBP3600 Pneumatic Products (SPX) · IBP | BP | 3,600 SCFM ≈ 6,116 m³/h | ISO 2 -40 °C-40 °F | NA | |
| DDH 6300 Mattei · DDH 850-10800 | BP | ≈ 3,708 SCFM 6,300 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| MBP 3800 Mattei · MBP | BP | 3,800 SCFM ≈ 6,456 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| BP 4400 Nano Purification · D5 BP | BP | ≈ 3,814 SCFM 6,480 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 4400 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 3,814 SCFM 6,480 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 1800+ Atlas Copco · BD+ | BP | 3,816 SCFM 6,480 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 1800+ ZP Atlas Copco · BD+ ZP | BP | 3,816 SCFM 6,480 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| GBPD4000 Gardner Denver · GBPD | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 ≈ -62.2 °C-80 °F | NA | |
| HBP-4000-4 Altec AIR · HBP | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XFe 4000 BEKO Technologies · DRYPOINT XFe | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 4000 BEKO Technologies · DRYPOINT XFi | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| GBS-4000-t Great Lakes Air · GBS | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HB4000 Ingersoll Rand · HB | BP | 4,000 SCFM 6,798 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| BP 4000 Nano Purification · D5 BP (US) | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SAV4000 Sullair · SAV | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPHB 4000 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 4000 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| FRL 7000 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 4,120 SCFM 7,000 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 7000 BEKO Technologies · EVERDRY FRP | BP | ≈ 4,120 SCFM 7,000 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| D7000IBA Ingersoll Rand · D…IBA | BP | ≈ 4,120 SCFM 7,000 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| HRE 7000 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 4,120 SCFM 7,000 m³/h | n/a | EU | |
| FRL 4200 BEKO Technologies · EVERDRY FRL (North America) | BP | 4,200 SCFM ≈ 7,136 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| DDH 7200 Mattei · DDH 850-10800 | BP | ≈ 4,238 SCFM 7,200 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HBP4300 Hankison · HBP | BP | 4,300 SCFM ≈ 7,306 m³/h | ISO 2 -40 °C-40 °F | NA | |
| KBD 4300 Kaeser · KBD | BP | 4,300 SCFM ≈ 7,306 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| MBP 4300 Mattei · MBP | BP | 4,300 SCFM ≈ 7,306 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| IBP4300 Pneumatic Products (SPX) · IBP | BP | 4,300 SCFM ≈ 7,306 m³/h | ISO 2 -40 °C-40 °F | NA | |
| PB 4450 HE Pneumatech · PB 760-7400 HE | BP | ≈ 4,450 SCFM 7,560 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| BP 5360 Nano Purification · D5 BP | BP | ≈ 4,662 SCFM 7,920 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 5360 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 4,662 SCFM 7,920 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 2200+ Atlas Copco · BD+ | BP | 4,664 SCFM 7,920 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 2200+ ZP Atlas Copco · BD+ ZP | BP | 4,664 SCFM 7,920 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| FRL 8200 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 4,826 SCFM 8,200 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 8200 BEKO Technologies · EVERDRY FRP | BP | ≈ 4,826 SCFM 8,200 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| HRE 8200 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 4,826 SCFM 8,200 m³/h | n/a | EU | |
| FRL 4900 BEKO Technologies · EVERDRY FRL (North America) | BP | 4,900 SCFM ≈ 8,325 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| HBP-5000-4 Altec AIR · HBP | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XFe 5000 BEKO Technologies · DRYPOINT XFe | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 5000 BEKO Technologies · DRYPOINT XFi | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| GBS-5000-t Great Lakes Air · GBS | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HB5000 Ingersoll Rand · HB | BP | 5,000 SCFM 8,496 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MBP 5000 Mattei · MBP | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| BP 5000 Nano Purification · D5 BP (US) | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SAV5000 Sullair · SAV | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPHB 5000 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 5000 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| DDH 8800 Mattei · DDH 850-10800 | BP | ≈ 5,191 SCFM 8,820 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| PB 5300 HE Pneumatech · PB 760-7400 HE | BP | ≈ 5,297 SCFM 9,000 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| BP 6350 Nano Purification · D5 BP | BP | ≈ 5,361 SCFM 9,108 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 6350 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 5,361 SCFM 9,108 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| D9300IBA Ingersoll Rand · D…IBA | BP | ≈ 5,474 SCFM 9,300 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| FRL 5500 BEKO Technologies · EVERDRY FRL (North America) | BP | 5,500 SCFM ≈ 9,345 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| FRL 9400 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 5,503 SCFM 9,350 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 9400 BEKO Technologies · EVERDRY FRP | BP | ≈ 5,503 SCFM 9,350 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| HRE 9500 Ultrafilter · ULTRA.DRY HRE | BP | ≈ 5,592 SCFM 9,500 m³/h | n/a | EU | |
| HBP-6000-4 Altec AIR · HBP | BP | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XFe 6000 BEKO Technologies · DRYPOINT XFe | BP | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| XFi 6000 BEKO Technologies · DRYPOINT XFi | BP | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| GBS-6000-t Great Lakes Air · GBS | BP | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 ≈ -40 °C-40 °F | NA UL | |
| HB6000 Ingersoll Rand · HB | BP | 6,000 SCFM 10,194 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| BP 6000 Nano Purification · D5 BP (US) | BP | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SAV6000 Sullair · SAV | BP | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDPHB 6000 Sullivan-Palatek · SPDPHB Pro Heated Blower Purge | BP | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDPRHB 6000 Sullivan-Palatek · SPDPRHB Premium Heated Blower Purge | BP | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| FRL 10600 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 6,239 SCFM 10,600 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 10600 BEKO Technologies · EVERDRY FRP | BP | ≈ 6,239 SCFM 10,600 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| D10600IBA Ingersoll Rand · D…IBA | BP | ≈ 6,239 SCFM 10,600 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| MBP 6250 Mattei · MBP | BP | 6,250 SCFM ≈ 10,619 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| DDH 10800 Mattei · DDH 850-10800 | BP | ≈ 6,357 SCFM 10,800 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| BP 7300 Nano Purification · D5 BP | BP | ≈ 6,357 SCFM 10,800 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 50 Hz | |
| BP 7300 ZP Nano Purification · D5 BP ZP (zero purge) | BP | ≈ 6,357 SCFM 10,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| BD 3000+ Atlas Copco · BD+ | BP | 6,360 SCFM 10,800 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| BD 3000+ ZP Atlas Copco · BD+ ZP | BP | 6,360 SCFM 10,800 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | WORLD 60 Hz 50 Hz | |
| FRL 6500 BEKO Technologies · EVERDRY FRL (North America) | BP | 6,500 SCFM ≈ 11,044 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| FRL 12000 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 7,063 SCFM 12,000 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 12000 BEKO Technologies · EVERDRY FRP | BP | ≈ 7,063 SCFM 12,000 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| FRL 7100 BEKO Technologies · EVERDRY FRL (North America) | BP | 7,100 SCFM ≈ 12,063 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| PB 7400 HE Pneumatech · PB 760-7400 HE | BP | ≈ 7,416 SCFM 12,600 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD | |
| SAV7500 Sullair · SAV | BP | 7,500 SCFM ≈ 12,743 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA | |
| MBP 7750 Mattei · MBP | BP | 7,750 SCFM ≈ 13,167 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| FRL 13500 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 7,946 SCFM 13,500 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 13500 BEKO Technologies · EVERDRY FRP | BP | ≈ 7,946 SCFM 13,500 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| FRL 8000 BEKO Technologies · EVERDRY FRL (North America) | BP | 8,000 SCFM ≈ 13,592 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| HB8000 Ingersoll Rand · HB | BP | 8,000 SCFM 13,590 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| D14900IBA Ingersoll Rand · D…IBA | BP | ≈ 8,770 SCFM 14,900 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| FRL 15000 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 8,829 SCFM 15,000 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 15000 BEKO Technologies · EVERDRY FRP | BP | ≈ 8,829 SCFM 15,000 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| FRL 9000 BEKO Technologies · EVERDRY FRL (North America) | BP | 9,000 SCFM ≈ 15,291 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| FRL 10000 BEKO Technologies · EVERDRY FRL (North America) | BP | 10,000 SCFM ≈ 16,990 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| FRL 17000 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 10,006 SCFM 17,000 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 17000 BEKO Technologies · EVERDRY FRP | BP | ≈ 10,006 SCFM 17,000 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| FRL 20000 BEKO Technologies · EVERDRY FRL (Europe) | BP | ≈ 11,772 SCFM 20,000 m³/h | ISO 2 -70–-40 °C-94–-40 °F | EU 50 Hz | |
| FRP 20000 BEKO Technologies · EVERDRY FRP | BP | ≈ 11,772 SCFM 20,000 m³/h | ISO 2 -40 °C-40 °F | EU 50 Hz | |
| FRL 12000 BEKO Technologies · EVERDRY FRL (North America) | BP | 12,000 SCFM ≈ 20,388 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | NA 60 Hz | |
| NST 18 MTA · DryXtreme NST | EH | ≈ 68 SCFM 116 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| ACH 70 BEKO Technologies · DRYPOINT ACH | EH | 70 SCFM ≈ 119 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| HRE-0100-1 Altec AIR · HRE | EH | 100 SCFM ≈ 170 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| MEH 100 Mattei · MEH | EH | 100 SCFM ≈ 170 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| SPDH 100 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 100 SCFM ≈ 170 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 100 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 100 SCFM ≈ 170 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| GEH-100-t Great Lakes Air · GEH | EH | 100 SCFM ≈ 170 m³/h | n/a | NA UL | |
| NST 30 MTA · DryXtreme NST | EH | ≈ 114 SCFM 193 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| GEH-125-t Great Lakes Air · GEH | EH | 125 SCFM ≈ 212 m³/h | n/a | NA UL | |
| HRE-0130-1 Altec AIR · HRE | EH | 130 SCFM ≈ 221 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| ACH 130 BEKO Technologies · DRYPOINT ACH | EH | 130 SCFM ≈ 221 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| XCHP150 Champion · XCHP | EH | 150 SCFM 252 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| EH150 Ingersoll Rand · EH | EH | 150 SCFM 252 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| EH 0150 Nano Purification · D5 EH (US) | EH | 150 SCFM ≈ 255 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL CRN | |
| SPDH 150 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 150 SCFM ≈ 255 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 150 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 150 SCFM ≈ 255 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| NST 45 MTA · DryXtreme NST | EH | ≈ 171 SCFM 290 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| MEH 175 Mattei · MEH | EH | 175 SCFM ≈ 297 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| GEH-175-t Great Lakes Air · GEH | EH | 175 SCFM ≈ 297 m³/h | n/a | NA UL | |
| ACH 180 BEKO Technologies · DRYPOINT ACH | EH | 180 SCFM ≈ 306 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| HRE-0200-2 Altec AIR · HRE | EH | 200 SCFM ≈ 340 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHP200 Champion · XCHP | EH | 200 SCFM 342 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| EH200 Ingersoll Rand · EH | EH | 200 SCFM 342 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| SPDH 200 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 200 SCFM ≈ 340 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 200 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 200 SCFM ≈ 340 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HRE-0250-4 Altec AIR · HRE | EH | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHP250 Champion · XCHP | EH | 250 SCFM 426 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| RP-250 Deltech · RP | EH | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA | |
| EH250 Ingersoll Rand · EH | EH | 250 SCFM 426 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MEH 250 Mattei · MEH | EH | 250 SCFM ≈ 425 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| EH 0250 Nano Purification · D5 EH (US) | EH | 250 SCFM ≈ 425 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL CRN | |
| SPDH 250 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 250 SCFM ≈ 425 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 250 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 250 SCFM ≈ 425 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| GEH-250-t Great Lakes Air · GEH | EH | 250 SCFM ≈ 425 m³/h | n/a | NA UL | |
| ACH 260 BEKO Technologies · DRYPOINT ACH | EH | 260 SCFM ≈ 442 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| NST 70 MTA · DryXtreme NST | EH | ≈ 265 SCFM 451 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HRE-0300-4 Altec AIR · HRE | EH | 300 SCFM ≈ 510 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHP300 Champion · XCHP | EH | 300 SCFM 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| RP-300 Deltech · RP | EH | 300 SCFM ≈ 510 m³/h | ISO 2 -40 °C-40 °F | NA | |
| EH300 Ingersoll Rand · EH | EH | 300 SCFM 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| SPDH 300 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 300 SCFM ≈ 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 300 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 300 SCFM ≈ 510 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HPD300 Hankison · HPD | EH | 300 SCFM 510 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 300 Kaeser · KED | EH | 300 SCFM ≈ 510 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| MEH 350 Mattei · MEH | EH | 350 SCFM ≈ 595 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| EH 0350 Nano Purification · D5 EH (US) | EH | 350 SCFM ≈ 595 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL CRN | |
| GEH-350-t Great Lakes Air · GEH | EH | 350 SCFM ≈ 595 m³/h | n/a | NA UL | |
| ACH 355 BEKO Technologies · DRYPOINT ACH | EH | 355 SCFM ≈ 603 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| HRE-0400-4 Altec AIR · HRE | EH | 400 SCFM ≈ 680 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHP400 Champion · XCHP | EH | 400 SCFM 678 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| RP-400 Deltech · RP | EH | 400 SCFM ≈ 680 m³/h | ISO 2 -40 °C-40 °F | NA | |
| EH400 Ingersoll Rand · EH | EH | 400 SCFM 678 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| SPDH 400 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 400 SCFM ≈ 680 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 400 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 400 SCFM ≈ 680 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HPD400 Hankison · HPD | EH | 400 SCFM 680 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 400 Kaeser · KED | EH | 400 SCFM ≈ 680 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| NST 110 MTA · DryXtreme NST | EH | ≈ 417 SCFM 709 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| ACH 460 BEKO Technologies · DRYPOINT ACH | EH | 460 SCFM ≈ 782 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| XCHP500 Champion · XCHP | EH | 500 SCFM 852 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| RP-500 Deltech · RP | EH | 500 SCFM ≈ 850 m³/h | ISO 2 -40 °C-40 °F | NA | |
| EH500 Ingersoll Rand · EH | EH | 500 SCFM 852 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MEH 500 Mattei · MEH | EH | 500 SCFM ≈ 850 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| EH 0500 Nano Purification · D5 EH (US) | EH | 500 SCFM ≈ 850 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL CRN | |
| SAH500 Sullair · SAH | EH | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDH 500 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 500 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 500 SCFM ≈ 850 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HPD500 Hankison · HPD | EH | 500 SCFM 850 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 500 Kaeser · KED | EH | 500 SCFM ≈ 850 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| GEH-500-t Great Lakes Air · GEH | EH | 500 SCFM ≈ 850 m³/h | n/a | NA UL | |
| NST 140 MTA · DryXtreme NST | EH | ≈ 531 SCFM 903 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HRE-0550-4 Altec AIR · HRE | EH | 550 SCFM ≈ 934 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| ACH 575 BEKO Technologies · DRYPOINT ACH | EH | 575 SCFM ≈ 977 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| XCHP600 Champion · XCHP | EH | 600 SCFM 1,020 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| RP-600 Deltech · RP | EH | 600 SCFM ≈ 1,019 m³/h | ISO 2 -40 °C-40 °F | NA | |
| EH600 Ingersoll Rand · EH | EH | 600 SCFM 1,020 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| SAH600 Sullair · SAH | EH | 600 SCFM ≈ 1,019 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDH 600 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 600 SCFM ≈ 1,019 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 600 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 600 SCFM ≈ 1,019 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HPD600 Hankison · HPD | EH | 600 SCFM 1,019 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 600 Kaeser · KED | EH | 600 SCFM ≈ 1,019 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| HRE-0650-4 Altec AIR · HRE | EH | 650 SCFM ≈ 1,104 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| GEH-650-t Great Lakes Air · GEH | EH | 650 SCFM ≈ 1,104 m³/h | n/a | NA UL | |
| EH 330 Nano Purification · D5 EH | EH | ≈ 699 SCFM 1,188 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| MEH 700 Mattei · MEH | EH | 700 SCFM ≈ 1,189 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| ACH 720 BEKO Technologies · DRYPOINT ACH | EH | 720 SCFM ≈ 1,223 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| RP-750 Deltech · RP | EH | 750 SCFM ≈ 1,274 m³/h | ISO 2 -40 °C-40 °F | NA | |
| EH 0750 Nano Purification · D5 EH (US) | EH | 750 SCFM ≈ 1,274 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL CRN | |
| HPD750 Hankison · HPD | EH | 750 SCFM 1,274 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 750 Kaeser · KED | EH | 750 SCFM ≈ 1,274 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| AD 360 Atlas Copco · AD 360-1600 | EH | 763 SCFM 1,296 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| NST 210 MTA · DryXtreme NST | EH | ≈ 797 SCFM 1,354 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HRE-0800-4 Altec AIR · HRE | EH | 800 SCFM ≈ 1,359 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHP800 Champion · XCHP | EH | 800 SCFM 1,362 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| EH800 Ingersoll Rand · EH | EH | 800 SCFM 1,362 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| SAH800 Sullair · SAH | EH | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDH 800 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 800 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 800 SCFM ≈ 1,359 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| GEH-800-t Great Lakes Air · GEH | EH | 800 SCFM ≈ 1,359 m³/h | n/a | NA UL | |
| EH 400 Nano Purification · D5 EH | EH | ≈ 848 SCFM 1,440 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| MEH 850 Mattei · MEH | EH | 850 SCFM ≈ 1,444 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| QHP-850 Quincy · QHP | EH | 850 SCFM ≈ 1,444 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| RP-900 Deltech · RP | EH | 900 SCFM ≈ 1,529 m³/h | ISO 2 -40 °C-40 °F | NA | |
| HPD900 Hankison · HPD | EH | 900 SCFM 1,529 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 900 Kaeser · KED | EH | 900 SCFM ≈ 1,529 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| HRE-1000-4 Altec AIR · HRE | EH | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHP1000 Champion · XCHP | EH | 1,000 SCFM 1,698 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| EH1000 Ingersoll Rand · EH | EH | 1,000 SCFM 1,698 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MEH 1000 Mattei · MEH | EH | 1,000 SCFM ≈ 1,699 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| EH 1000 Nano Purification · D5 EH (US) | EH | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL CRN | |
| SAH1000 Sullair · SAH | EH | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDH 1000 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 1000 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| GEH-1000-t Great Lakes Air · GEH | EH | 1,000 SCFM ≈ 1,699 m³/h | n/a | NA UL | |
| ACH 1010 BEKO Technologies · DRYPOINT ACH | EH | 1,010 SCFM ≈ 1,716 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| AD 480 Atlas Copco · AD 360-1600 | EH | 1,018 SCFM 1,728 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| RP-1050 Deltech · RP | EH | 1,050 SCFM ≈ 1,784 m³/h | ISO 2 -40 °C-40 °F | NA | |
| QHP-1050 Quincy · QHP | EH | 1,050 SCFM ≈ 1,784 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| HPD1050 Hankison · HPD | EH | 1,050 SCFM 1,784 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 1050 Kaeser · KED | EH | 1,050 SCFM ≈ 1,784 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| NST 300 MTA · DryXtreme NST | EH | ≈ 1,139 SCFM 1,935 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| EH 550 Nano Purification · D5 EH | EH | ≈ 1,165 SCFM 1,980 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| XCHP1200 Champion · XCHP | EH | 1,200 SCFM 2,040 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| EH1200 Ingersoll Rand · EH | EH | 1,200 SCFM 2,040 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| SAH1200 Sullair · SAH | EH | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDH 1200 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 1200 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| QHP-1220 Quincy · QHP | EH | 1,220 SCFM ≈ 2,073 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| HRE-1250-4 Altec AIR · HRE | EH | 1,250 SCFM ≈ 2,124 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| EH 1250 Nano Purification · D5 EH (US) | EH | 1,250 SCFM ≈ 2,124 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL CRN | |
| GEH-1250-t Great Lakes Air · GEH | EH | 1,250 SCFM ≈ 2,124 m³/h | n/a | NA UL | |
| ACH 1300 BEKO Technologies · DRYPOINT ACH | EH | 1,300 SCFM ≈ 2,209 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| RP-1300 Deltech · RP | EH | 1,300 SCFM ≈ 2,209 m³/h | ISO 2 -40 °C-40 °F | NA | |
| HPD1300 Hankison · HPD | EH | 1,300 SCFM 2,209 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 1300 Kaeser · KED | EH | 1,300 SCFM ≈ 2,209 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| AD 630 Atlas Copco · AD 360-1600 | EH | 1,336 SCFM 2,268 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| MEH 1350 Mattei · MEH | EH | 1,350 SCFM ≈ 2,294 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| GEH-1400-t Great Lakes Air · GEH | EH | 1,400 SCFM ≈ 2,379 m³/h | n/a | NA UL | |
| HRE-1500-4 Altec AIR · HRE | EH | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHP1500 Champion · XCHP | EH | 1,500 SCFM 2,550 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| RP-1500 Deltech · RP | EH | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 -40 °C-40 °F | NA | |
| EH1500 Ingersoll Rand · EH | EH | 1,500 SCFM 2,550 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| EH 1500 Nano Purification · D5 EH (US) | EH | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL CRN | |
| QHP-1500 Quincy · QHP | EH | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| SAH1500 Sullair · SAH | EH | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| SPDH 1500 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 1500 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 1,500 SCFM ≈ 2,549 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HPD1500 Hankison · HPD | EH | 1,500 SCFM 2,549 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 1500 Kaeser · KED | EH | 1,500 SCFM ≈ 2,549 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| NST 400 MTA · DryXtreme NST | EH | ≈ 1,519 SCFM 2,580 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| GEH-1600-t Great Lakes Air · GEH | EH | 1,600 SCFM ≈ 2,718 m³/h | n/a | NA UL | |
| MEH 1700 Mattei · MEH | EH | 1,700 SCFM ≈ 2,888 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| QHP-1700 Quincy · QHP | EH | 1,700 SCFM ≈ 2,888 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| ACH 1725 BEKO Technologies · DRYPOINT ACH | EH | 1,725 SCFM ≈ 2,931 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| XCHP1800 Champion · XCHP | EH | 1,800 SCFM 3,060 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| RP-1800 Deltech · RP | EH | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 -40 °C-40 °F | NA | |
| EH1800 Ingersoll Rand · EH | EH | 1,800 SCFM 3,060 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| SPDH 1800 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 1800 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 1,800 SCFM ≈ 3,058 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HPD1800 Hankison · HPD | EH | 1,800 SCFM 3,058 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 1800 Kaeser · KED | EH | 1,800 SCFM ≈ 3,058 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| GEH-1800-t Great Lakes Air · GEH | EH | 1,800 SCFM ≈ 3,058 m³/h | n/a | NA UL | |
| EH 850 Nano Purification · D5 EH | EH | ≈ 1,801 SCFM 3,060 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| NST 510 MTA · DryXtreme NST | EH | ≈ 1,936 SCFM 3,290 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HRE-2000-4 Altec AIR · HRE | EH | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| EH 2000 Nano Purification · D5 EH (US) | EH | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| QHP-2000 Quincy · QHP | EH | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| SAH2000 Sullair · SAH | EH | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| GEH-2000-t Great Lakes Air · GEH | EH | 2,000 SCFM ≈ 3,398 m³/h | n/a | NA UL | |
| AD 970 Atlas Copco · AD 360-1600 | EH | 2,056 SCFM 3,492 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| XCHP2100 Champion · XCHP | EH | 2,100 SCFM 3,570 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| EH2100 Ingersoll Rand · EH | EH | 2,100 SCFM 3,570 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MEH 2100 Mattei · MEH | EH | 2,100 SCFM ≈ 3,568 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| SPDH 2100 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 2,100 SCFM ≈ 3,568 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 2100 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 2,100 SCFM ≈ 3,568 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| RP-2200 Deltech · RP | EH | 2,200 SCFM ≈ 3,738 m³/h | ISO 2 -40 °C-40 °F | NA | |
| HPD2200 Hankison · HPD | EH | 2,200 SCFM 3,738 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 2200 Kaeser · KED | EH | 2,200 SCFM ≈ 3,738 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| GEH-2250-t Great Lakes Air · GEH | EH | 2,250 SCFM ≈ 3,823 m³/h | n/a | NA UL | |
| EH 1100 Nano Purification · D5 EH | EH | ≈ 2,331 SCFM 3,960 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| ACH 2350 BEKO Technologies · DRYPOINT ACH | EH | 2,350 SCFM ≈ 3,993 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| NST 630 MTA · DryXtreme NST | EH | ≈ 2,392 SCFM 4,064 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| MEH 2400 Mattei · MEH | EH | 2,400 SCFM ≈ 4,078 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| HRE-2500-4 Altec AIR · HRE | EH | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| EH 2500 Nano Purification · D5 EH (US) | EH | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| SPDH 2500 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 2500 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| GEH-2500-t Great Lakes Air · GEH | EH | 2,500 SCFM ≈ 4,248 m³/h | n/a | NA UL | |
| RP-2600 Deltech · RP | EH | 2,600 SCFM ≈ 4,417 m³/h | ISO 2 -40 °C-40 °F | NA | |
| QHP-2600 Quincy · QHP | EH | 2,600 SCFM ≈ 4,417 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| SAH2600 Sullair · SAH | EH | 2,600 SCFM ≈ 4,417 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| HPD2600 Hankison · HPD | EH | 2,600 SCFM 4,417 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 2600 Kaeser · KED | EH | 2,600 SCFM ≈ 4,417 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| AD 1260 Atlas Copco · AD 360-1600 | EH | 2,671 SCFM 4,536 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| GEH-2750-t Great Lakes Air · GEH | EH | 2,750 SCFM ≈ 4,672 m³/h | n/a | NA UL | |
| EH 1400 Nano Purification · D5 EH | EH | ≈ 2,966 SCFM 5,040 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| HRE-3000-4 Altec AIR · HRE | EH | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| XCHP3000 Champion · XCHP | EH | 3,000 SCFM 5,094 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| EH3000 Ingersoll Rand · EH | EH | 3,000 SCFM 5,094 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| EH 3000 Nano Purification · D5 EH (US) | EH | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz cUL | |
| QHP-3000 Quincy · QHP | EH | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| SAH3000 Sullair · SAH | EH | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz 50 Hz CSA CRN | |
| GEH-3000-t Great Lakes Air · GEH | EH | 3,000 SCFM ≈ 5,097 m³/h | n/a | NA UL | |
| NST 810 MTA · DryXtreme NST | EH | ≈ 3,075 SCFM 5,225 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| MEH 3100 Mattei · MEH | EH | 3,100 SCFM ≈ 5,267 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| RP-3200 Deltech · RP | EH | 3,200 SCFM ≈ 5,437 m³/h | ISO 2 -40 °C-40 °F | NA | |
| SPDH 3200 Sullivan-Palatek · SPDH Pro Heated Purge | EH | 3,200 SCFM ≈ 5,437 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| SPDHR 3200 Sullivan-Palatek · SPDHR Premium Heated Purge | EH | 3,200 SCFM ≈ 5,437 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz cUL | |
| HPD3200 Hankison · HPD | EH | 3,200 SCFM 5,437 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | NA | |
| KED 3200 Kaeser · KED | EH | 3,200 SCFM ≈ 5,437 m³/h | ISO 2–3 ≈ -40–-20 °C-40–-4 °F | NA | |
| ACH 3250 BEKO Technologies · DRYPOINT ACH | EH | 3,250 SCFM ≈ 5,522 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| AD 1600 Atlas Copco · AD 360-1600 | EH | 3,392 SCFM 5,760 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD 60 Hz 50 Hz CRN | |
| QHP-3400 Quincy · QHP | EH | 3,400 SCFM ≈ 5,777 m³/h | ISO 2 ≈ -40 °C-40 °F | NA 60 Hz | |
| GEH-3500-t Great Lakes Air · GEH | EH | 3,500 SCFM ≈ 5,947 m³/h | n/a | NA UL | |
| NST 1000 MTA · DryXtreme NST | EH | ≈ 3,797 SCFM 6,451 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| MEH 3800 Mattei · MEH | EH | 3,800 SCFM ≈ 6,456 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| EH 1800 Nano Purification · D5 EH | EH | ≈ 3,814 SCFM 6,480 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| HRE-4000-4 Altec AIR · HRE | EH | 4,000 SCFM ≈ 6,796 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| EH4000 Ingersoll Rand · EH | EH | 4,000 SCFM 6,798 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| GEH-4000-t Great Lakes Air · GEH | EH | 4,000 SCFM ≈ 6,796 m³/h | n/a | NA UL | |
| ACH 4050 BEKO Technologies · DRYPOINT ACH | EH | 4,050 SCFM ≈ 6,881 m³/h | ISO 2 ≈ -62.2–-40 °C-80–-40 °F | NA 60 Hz | |
| MEH 4300 Mattei · MEH | EH | 4,300 SCFM ≈ 7,306 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| EH 2200 Nano Purification · D5 EH | EH | ≈ 4,662 SCFM 7,920 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| HRE-5000-4 Altec AIR · HRE | EH | 5,000 SCFM ≈ 8,495 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| EH5000 Ingersoll Rand · EH | EH | 5,000 SCFM 8,496 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| MEH 5000 Mattei · MEH | EH | 5,000 SCFM ≈ 8,495 m³/h | ISO 1–2 -70–-40 °C-94–-40 °F | NA 60 Hz cUL | |
| GEH-5000-t Great Lakes Air · GEH | EH | 5,000 SCFM ≈ 8,495 m³/h | n/a | NA UL | |
| NST 1380 MTA · DryXtreme NST | EH | ≈ 5,240 SCFM 8,903 m³/h | ISO 2 ≈ -40 °C-40 °F | EU 50 Hz | |
| HRE-6000-4 Altec AIR · HRE | EH | 6,000 SCFM ≈ 10,194 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz CRN | |
| EH6000 Ingersoll Rand · EH | EH | 6,000 SCFM 10,194 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| GEH-6000-t Great Lakes Air · GEH | EH | 6,000 SCFM ≈ 10,194 m³/h | n/a | NA UL | |
| EH 3000 Nano Purification · D5 EH | EH | ≈ 6,357 SCFM 10,800 m³/h | ISO 1–2 ≈ -70–-40 °C-94–-40 °F | WORLD 50 Hz | |
| EH8000 Ingersoll Rand · EH | EH | 8,000 SCFM 13,590 m³/h | ISO 2 ≈ -40 °C-40 °F | NA cUL | |
| D420EHA Ingersoll Rand · D…EH HOC Advanced (Smart Control) | HOC | 250 SCFM 420 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| D420EHS Ingersoll Rand · D…EH HOC Standard | HOC | 250 SCFM 420 m³/h | n/a | WORLD | |
| D680EHA Ingersoll Rand · D…EH HOC Advanced (Smart Control) | HOC | 400 SCFM 680 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| D680EHS Ingersoll Rand · D…EH HOC Standard | HOC | 400 SCFM 680 m³/h | n/a | WORLD | |
| HOC 500 BEKO Technologies · EVERDRY HOC-P | HOC | 500 SCFM ≈ 850 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| D850EHA Ingersoll Rand · D…EH HOC Advanced (Smart Control) | HOC | 500 SCFM 850 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| D850EHS Ingersoll Rand · D…EH HOC Standard | HOC | 500 SCFM 850 m³/h | n/a | WORLD | |
| D1020EHA Ingersoll Rand · D…EH HOC Advanced (Smart Control) | HOC | 600 SCFM 1,020 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| D1020EHS Ingersoll Rand · D…EH HOC Standard | HOC | 600 SCFM 1,020 m³/h | n/a | WORLD | |
| HC-7 Ingersoll Rand · HC-Series | HOC | 677 SCFM 1,088 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| H-8 Ingersoll Rand · H-Series | HOC | 741 SCFM 1,191 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HOC 800 BEKO Technologies · EVERDRY HOC-P | HOC | 800 SCFM ≈ 1,359 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| D1360EHA Ingersoll Rand · D…EH HOC Advanced (Smart Control) | HOC | 800 SCFM 1,360 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| D1360EHS Ingersoll Rand · D…EH HOC Standard | HOC | 800 SCFM 1,360 m³/h | n/a | WORLD | |
| HC-9 Ingersoll Rand · HC-Series | HOC | 836 SCFM 1,344 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| H-10 Ingersoll Rand · H-Series | HOC | 938 SCFM 1,508 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HOC 1000 BEKO Technologies · EVERDRY HOC-P | HOC | 1,000 SCFM ≈ 1,699 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| H-13 Ingersoll Rand · H-Series | HOC | 1,158 SCFM 1,862 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| XD 550+ Atlas Copco · XD+ | HOC | 1,166 SCFM 1,980 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| D2040EHA Ingersoll Rand · D…EH HOC Advanced (Smart Control) | HOC | 1,200 SCFM 2,040 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| D2040EHS Ingersoll Rand · D…EH HOC Standard | HOC | 1,200 SCFM 2,040 m³/h | n/a | WORLD | |
| HC-14 Ingersoll Rand · HC-Series | HOC | 1,204 SCFM 1,936 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HOC 1400 BEKO Technologies · EVERDRY HOC-P | HOC | 1,400 SCFM ≈ 2,379 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| D2720EHA Ingersoll Rand · D…EH HOC Advanced (Smart Control) | HOC | 1,600 SCFM 2,720 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| D2720EHS Ingersoll Rand · D…EH HOC Standard | HOC | 1,600 SCFM 2,720 m³/h | n/a | WORLD | |
| H-19 Ingersoll Rand · H-Series | HOC | 1,667 SCFM 2,680 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HOC 1700 BEKO Technologies · EVERDRY HOC-P | HOC | 1,700 SCFM ≈ 2,888 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| XD 850+ Atlas Copco · XD+ | HOC | 1,802 SCFM 3,060 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HC-21 Ingersoll Rand · HC-Series | HOC | 1,880 SCFM 3,023 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HOC 2000 BEKO Technologies · EVERDRY HOC-P | HOC | 2,000 SCFM ≈ 3,398 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| D3680EHA Ingersoll Rand · D…EH HOC Advanced (Smart Control) | HOC | 2,165 SCFM 3,680 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| D3680EHS Ingersoll Rand · D…EH HOC Standard | HOC | 2,165 SCFM 3,680 m³/h | n/a | WORLD | |
| XD 1100+ Atlas Copco · XD+ | HOC | 2,332 SCFM 3,960 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HOC 2500 BEKO Technologies · EVERDRY HOC-P | HOC | 2,500 SCFM ≈ 4,248 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| H-30 Ingersoll Rand · H-Series | HOC | 2,604 SCFM 4,187 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HC-30 Ingersoll Rand · HC-Series | HOC | 2,708 SCFM 4,354 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| XD 1400+ Atlas Copco · XD+ | HOC | 2,968 SCFM 5,040 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HOC 3000 BEKO Technologies · EVERDRY HOC-P | HOC | 3,000 SCFM ≈ 5,097 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| HC-41 Ingersoll Rand · HC-Series | HOC | 3,500 SCFM 5,926 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HOC 3600 BEKO Technologies · EVERDRY HOC-P | HOC | 3,600 SCFM ≈ 6,116 m³/h | ISO 2 -40 °C-40 °F | NA 60 Hz | |
| H-43 Ingersoll Rand · H-Series | HOC | 3,750 SCFM 6,029 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| XD 1800+ Atlas Copco · XD+ | HOC | 3,816 SCFM 6,480 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| XD 2200+ Atlas Copco · XD+ | HOC | 4,664 SCFM 7,920 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| HC-54 Ingersoll Rand · HC-Series | HOC | 4,814 SCFM 7,740 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| H-58 Ingersoll Rand · H-Series | HOC | 5,105 SCFM 8,208 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HC-69 Ingersoll Rand · HC-Series | HOC | 6,093 SCFM 9,796 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| XD 3000+ Atlas Copco · XD+ | HOC | 6,360 SCFM 10,800 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| H-75 Ingersoll Rand · H-Series | HOC | 6,667 SCFM 10,719 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HC-85 Ingersoll Rand · HC-Series | HOC | 7,522 SCFM 12,093 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| XD 3600+ Atlas Copco · XD+ | HOC | 7,632 SCFM 12,960 m³/h | n/a | WORLD 60 Hz 50 Hz | |
| H-95 Ingersoll Rand · H-Series | HOC | 8,438 SCFM 13,566 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HC-103 Ingersoll Rand · HC-Series | HOC | 9,101 SCFM 14,632 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| H-118 Ingersoll Rand · H-Series | HOC | 10,418 SCFM 16,749 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HC-122 Ingersoll Rand · HC-Series | HOC | 10,832 SCFM 17,415 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| H-142 Ingersoll Rand · H-Series | HOC | 12,606 SCFM 20,267 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| HC-143 Ingersoll Rand · HC-Series | HOC | 12,712 SCFM 20,438 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| HC-166 Ingersoll Rand · HC-Series | HOC | 14,743 SCFM 23,703 m³/h | ISO 2 ≈ -40 °C-40 °F | NA | |
| H-170 Ingersoll Rand · H-Series | HOC | 15,002 SCFM 24,119 m³/h | ISO 2–4 ≈ -51–-18 °C-59.8–-0.4 °F | NA | |
| MD 200 A Atlas Copco · MD (rotary drum) | DRUM | 424 SCFM 720 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 200 W Atlas Copco · MD (rotary drum) | DRUM | 424 SCFM 720 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 300 A Atlas Copco · MD (rotary drum) | DRUM | 636 SCFM 1,080 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 300 W Atlas Copco · MD (rotary drum) | DRUM | 636 SCFM 1,080 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| ND 300 A Atlas Copco · ND (rotary drum) | DRUM | 636 SCFM 1,080 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 300 W Atlas Copco · ND (rotary drum) | DRUM | 636 SCFM 1,080 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| MDG 450 W Atlas Copco · MDG (rotary drum) | DRUM | 847 SCFM 1,440 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD CRN | |
| MD 400 A Atlas Copco · MD (rotary drum) | DRUM | 848 SCFM 1,440 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 400 VSD A Atlas Copco · MD (rotary drum) | DRUM | 848 SCFM 1,440 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 400 VSD W Atlas Copco · MD (rotary drum) | DRUM | 848 SCFM 1,440 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 400 W Atlas Copco · MD (rotary drum) | DRUM | 848 SCFM 1,440 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| ND 400 A Atlas Copco · ND (rotary drum) | DRUM | 848 SCFM 1,440 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 400 VSD A Atlas Copco · ND (rotary drum) | DRUM | 848 SCFM 1,440 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 400 VSD W Atlas Copco · ND (rotary drum) | DRUM | 848 SCFM 1,440 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 400 W Atlas Copco · ND (rotary drum) | DRUM | 848 SCFM 1,440 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| MD 600 A Atlas Copco · MD (rotary drum) | DRUM | 1,271 SCFM 2,160 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 600 W Atlas Copco · MD (rotary drum) | DRUM | 1,271 SCFM 2,160 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 800 VSD A Atlas Copco · MD (rotary drum) | DRUM | 1,271 SCFM 2,160 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 800 VSD W Atlas Copco · MD (rotary drum) | DRUM | 1,271 SCFM 2,160 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| ND 600 A Atlas Copco · ND (rotary drum) | DRUM | 1,271 SCFM 2,160 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 600 W Atlas Copco · ND (rotary drum) | DRUM | 1,271 SCFM 2,160 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 800 VSD A Atlas Copco · ND (rotary drum) | DRUM | 1,271 SCFM 2,160 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 800 VSD W Atlas Copco · ND (rotary drum) | DRUM | 1,271 SCFM 2,160 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| MD 1000 W Atlas Copco · MD (rotary drum) | DRUM | 1,695 SCFM 2,880 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| ND 1000 W Atlas Copco · ND (rotary drum) | DRUM | 1,695 SCFM 2,880 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| MD 1100 VSD W Atlas Copco · MD (rotary drum) | DRUM | 2,119 SCFM 3,600 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 1300 VSD W Atlas Copco · MD (rotary drum) | DRUM | 2,119 SCFM 3,600 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| ND 1100 VSD W Atlas Copco · ND (rotary drum) | DRUM | 2,119 SCFM 3,600 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 1300 VSD W Atlas Copco · ND (rotary drum) | DRUM | 2,119 SCFM 3,600 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| MD 1800 W Atlas Copco · MD (rotary drum) | DRUM | 3,814 SCFM 6,480 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 2000 W Atlas Copco · MD (rotary drum) | DRUM | 3,814 SCFM 6,480 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 2100 VSD W Atlas Copco · MD (rotary drum) | DRUM | 3,814 SCFM 6,480 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| MD 2500 VSD W Atlas Copco · MD (rotary drum) | DRUM | 3,814 SCFM 6,480 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| ND 1800 W Atlas Copco · ND (rotary drum) | DRUM | 3,814 SCFM 6,480 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 2000 W Atlas Copco · ND (rotary drum) | DRUM | 3,814 SCFM 6,480 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 2100 VSD W Atlas Copco · ND (rotary drum) | DRUM | 3,814 SCFM 6,480 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| ND 2500 VSD W Atlas Copco · ND (rotary drum) | DRUM | 3,814 SCFM 6,480 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| MD 4000 W Atlas Copco · MD (rotary drum) | DRUM | 7,628 SCFM 12,960 m³/h | ISO 3–4 ≈ -30–0 °C-22–32 °F | WORLD CRN | |
| ND 4000 W Atlas Copco · ND (rotary drum) | DRUM | 7,628 SCFM 12,960 m³/h | ISO 2–4 ≈ -45–0 °C-49–32 °F | WORLD CRN | |
| MXLE102C Parker · PNEUDRI MXLE Advantage | ? | 240 SCFM 408 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | EU | |
| MXLE103C Parker · PNEUDRI MXLE Advantage | ? | 360 SCFM 612 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | EU | |
| MXLE103 Parker · PNEUDRI MXLE Advantage | ? | 450 SCFM 765 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | EU | |
| MXLE104 Parker · PNEUDRI MXLE Advantage | ? | 600 SCFM 1,020 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | EU | |
| MXLE105 Parker · PNEUDRI MXLE Advantage | ? | 750 SCFM 1,275 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | EU | |
| CPD 850 Chicago Pneumatic · CPD (portable) | ? | 880 SCFM ≈ 1,495 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| MXLE106 Parker · PNEUDRI MXLE Advantage | ? | 900 SCFM 1,530 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | EU | |
| MXLE107 Parker · PNEUDRI MXLE Advantage | ? | 1,050 SCFM 1,785 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | EU | |
| CPD 1200 Chicago Pneumatic · CPD (portable) | ? | 1,200 SCFM ≈ 2,039 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| MXLE108 Parker · PNEUDRI MXLE Advantage | ? | 1,200 SCFM 2,040 m³/h | ISO 2–3 -40–-20 °C-40–-4 °F | EU | |
| CPD 1700 Chicago Pneumatic · CPD (portable) | ? | 1,700 SCFM ≈ 2,888 m³/h | ISO 2 ≈ -40 °C-40 °F | WORLD | |
| DRYPOINT HL LINE BEKO Technologies | ? | n/a | n/a | WORLD |
HL = heatless · BP = blower purge · EH = heated purge · HOC = heat of compression · DRUM = rotary drum · HP = high pressure · ISO n = ISO 8573-1 class (≈: derived from the published pressure dew point). A range combines the standard value and published options, sometimes at reduced flow: see “As published” on the model page. Flows at each manufacturer’s reference conditions. Flows at the manufacturer’s reference conditions: at lower pressure or warmer inlet air, apply its correction factors before choosing the model.
Side-by-side comparison
Specifications published by each manufacturer, as recorded. Identical rows are greyed out; the most favourable value in a row is marked, with no overall score.
most favourable value in the row = ■
ISO 8573-1 humidity classes (water vapour)
ISO 8573-1:2010 classifies water vapour content by pressure dew point. Desiccant dryers mainly target classes 1 to 3; classes 4 to 6 belong to refrigerated dryers.
| Class | Pressure dew point | Usual dryer family |
|---|---|---|
| 1 | ≤ -70 °C (-94 °F) | Desiccant, membrane |
| 2 | ≤ -40 °C (-40 °F) | Desiccant, membrane |
| 3 | ≤ -20 °C (-4 °F) | Desiccant, membrane |
| 4 | ≤ 3 °C (37.4 °F) | Refrigerated |
| 5 | ≤ 7 °C (44.6 °F) | Refrigerated |
| 6 | ≤ 10 °C (50 °F) | Refrigerated |
Frequently asked questions
How do desiccant dryer types differ?
By how they regenerate. Heatless: depressurization, with part of the dried air used as purge. Blower purge: heated air supplied by a blower. Heated purge: a heated dry-air purge. Heat of compression (HOC): the heat of the compressor discharge air; the rotary drum is a variant. Each model is classified by the type stated in its brochure, with no judgment on which suits best.
Which ISO 8573-1 class does a desiccant dryer reach?
The standard classifies humidity by pressure dew point: class 1 up to -70 °C (-94 °F), class 2 up to -40 °C (-40 °F), class 3 up to -20 °C (-4 °F). The class depends on the model and its configuration. Many brochures publish a standard value and options, sometimes at reduced flow: the table shows the range and the model page gives the published wording.
Why are two dryers with the same displayed flow not necessarily comparable?
Flow depends on reference conditions: pressure, inlet temperature and target pressure dew point. North American brochures often cite CAGI ADF 200 (100 psig, 100 °F) and European brochures ISO 7183 (7 bar, 35 °C). The comparison shows values as published: at different conditions, apply the manufacturer’s correction factors. Purge air consumption is not compared here.
Where does the comparison data come from?
From each manufacturer’s public brochures and pages, taken without re-rating. “n/a” means the source consulted does not document the value; a “derived” ISO class was calculated from the published pressure dew point because the manufacturer does not state it. Check the official datasheet before buying.
Does Onyx M3 sell any of the dryers compared here?
Among the brands on this page, BEKO: Onyx M3 Inc. distributes BEKO DRYPOINT dryers, included under the same rules as the others. It also distributes Walker PRODRY dryers, not yet in this comparison. It does not sell the other brands.
Equivalent equipment at Onyx M3
Walker PRODRY and BEKO DRYPOINT desiccant dryers, distributed by Onyx M3 Inc.
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