Comparison · Air dryers
Refrigerated air dryer comparison, all brands
1465 models, 56 product lines, 34 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 |
|---|---|---|---|---|---|
| DB17EC Ingersoll Rand · D-EC | CYC | 10 SCFM ≈ 17 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| MK-US-PRO 10 Mikropor · MK-US-PRO | CYC | 10 SCFM ≈ 17 m³/h | n/a | NA 60 Hz | |
| DA25ITA100 Ingersoll Rand · DA-IT | HT | 15 SCFM 25.5 m³/h | n/a | NA 60 Hz CSA | |
| MK-US-PRO 15 Mikropor · MK-US-PRO | CYC | 15 SCFM ≈ 25 m³/h | n/a | NA 60 Hz | |
| SPRPSL 15 Sullivan-Palatek · SPRPSL | ? | 15 SCFM ≈ 25 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DB31EC Ingersoll Rand · D-EC | CYC | 18 SCFM ≈ 31 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| ACT20ES-UP Purestream (Friulair) · ACT ES | CYC | 20 SCFM ≈ 34 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SECOTEC TA 5 Kaeser · SECOTEC TA–TC | CYC | 20 SCFM ≈ 34 m³/h | ISO 5 ≈ 3.3 °C37.9 °F | NA 60 Hz | |
| SPRHT 20 Sullivan-Palatek · SPRHT | HT | 20 SCFM ≈ 34 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| SPRPRC 20 Sullivan-Palatek · SPRPRC | CYC | 20 SCFM ≈ 34 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DA42ITA100 Ingersoll Rand · DA-IT | HT | 25 SCFM 42.5 m³/h | n/a | NA 60 Hz CSA | |
| DB43EC Ingersoll Rand · D-EC | CYC | 25 SCFM ≈ 42 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| MK-US-PRO 25 Mikropor · MK-US-PRO | CYC | 25 SCFM ≈ 42 m³/h | n/a | NA 60 Hz | |
| ACT30ES-UP Purestream (Friulair) · ACT ES | CYC | 30 SCFM ≈ 51 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SECOTEC TA 8 Kaeser · SECOTEC TA–TC | CYC | 30 SCFM ≈ 51 m³/h | ISO 5 ≈ 3.3 °C37.9 °F | NA 60 Hz | |
| SPRHT 30 Sullivan-Palatek · SPRHT | HT | 30 SCFM ≈ 51 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| MK-US-PRO 30 Mikropor · MK-US-PRO | CYC | 30 SCFM ≈ 51 m³/h | n/a | NA 60 Hz | |
| TMC 0030 N Nano Purification · TMC | CYC | 30 SCFM ≈ 51 m³/h | ISO 5 n/a | NA 60 Hz | |
| SPRPRC 30 Sullivan-Palatek · SPRPRC | CYC | 30 SCFM ≈ 51 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPSL 30 Sullivan-Palatek · SPRPSL | ? | 30 SCFM ≈ 51 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| GDD9F-ES Gardner Denver · GDDF-ES | CYC | ≈ 32 SCFM 54 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ESD 54 OMI · Energy Saving (ESD) | CYC | 32 SCFM 54 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DA60ITA100 Ingersoll Rand · DA-IT | HT | 35 SCFM 59.5 m³/h | n/a | NA 60 Hz CSA | |
| DB59EC Ingersoll Rand · D-EC | CYC | 35 SCFM ≈ 59 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| MK-US-PRO 35 Mikropor · MK-US-PRO | CYC | 35 SCFM ≈ 59 m³/h | n/a | NA 60 Hz | |
| SPRHT 40 Sullivan-Palatek · SPRHT | HT | 40 SCFM ≈ 68 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| SPRPSL 40 Sullivan-Palatek · SPRPSL | ? | 40 SCFM ≈ 68 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| ESD 72 OMI · Energy Saving (ESD) | CYC | 42 SCFM 72 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD12F-ES Gardner Denver · GDDF-ES | CYC | ≈ 42 SCFM 72 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TA 11 Kaeser · SECOTEC TA–TC | CYC | 45 SCFM ≈ 76 m³/h | ISO 5 ≈ 3.3 °C37.9 °F | NA 60 Hz | |
| ACT50ES-UP Purestream (Friulair) · ACT ES | CYC | 50 SCFM ≈ 85 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRHT 50 Sullivan-Palatek · SPRHT | HT | 50 SCFM ≈ 85 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| DB85EC Ingersoll Rand · D-EC | CYC | 50 SCFM ≈ 85 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| SPRPRC 50 Sullivan-Palatek · SPRPRC | CYC | 50 SCFM ≈ 85 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| TMC 0055 N Nano Purification · TMC | CYC | 55 SCFM ≈ 93 m³/h | ISO 5 n/a | NA 60 Hz | |
| DA102ITA100 Ingersoll Rand · DA-IT | HT | 60 SCFM 101.9 m³/h | n/a | NA 60 Hz CSA | |
| MK-US-PRO 60 Mikropor · MK-US-PRO | CYC | 60 SCFM ≈ 102 m³/h | n/a | NA 60 Hz | |
| SPRPSL 60 Sullivan-Palatek · SPRPSL | ? | 60 SCFM ≈ 102 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| GDD18F-ES Gardner Denver · GDDF-ES | CYC | ≈ 64 SCFM 108 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ESD 108 OMI · Energy Saving (ESD) | CYC | 64 SCFM 108 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TB 19 Kaeser · SECOTEC TA–TC | CYC | 74 SCFM ≈ 126 m³/h | ISO 5 ≈ 3.3 °C37.9 °F | NA 60 Hz | |
| ACT75ES-UP Purestream (Friulair) · ACT ES | CYC | 75 SCFM ≈ 127 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SRD-75 Sullair · SRD | CYC | 75 SCFM ≈ 127 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| SPRHT 75 Sullivan-Palatek · SPRHT | HT | 75 SCFM ≈ 127 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| DFX 1.1 Deltech · FLEX | CYC | 75 SCFM 127 m³/h | n/a | NA 60 Hz | |
| DB127EC Ingersoll Rand · D-EC | CYC | 75 SCFM ≈ 127 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| MK-US-PRO 75 Mikropor · MK-US-PRO | CYC | 75 SCFM ≈ 127 m³/h | n/a | NA 60 Hz | |
| TMC 0075 N Nano Purification · TMC | CYC | 75 SCFM ≈ 127 m³/h | ISO 5 n/a | NA 60 Hz | |
| SPRPRC 75 Sullivan-Palatek · SPRPRC | CYC | 75 SCFM ≈ 127 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DA136ITA100 Ingersoll Rand · DA-IT | HT | 80 SCFM 135.9 m³/h | n/a | NA 60 Hz CSA | |
| SPRPSL 80 Sullivan-Palatek · SPRPSL | ? | 80 SCFM ≈ 136 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| GDD24F-ES Gardner Denver · GDDF-ES | CYC | ≈ 85 SCFM 144 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ESD 144 OMI · Energy Saving (ESD) | CYC | 85 SCFM 144 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TB 26 Kaeser · SECOTEC TA–TC | CYC | 90 SCFM ≈ 153 m³/h | ISO 5 ≈ 3.3 °C37.9 °F | NA 60 Hz | |
| ACT100ES-UP Purestream (Friulair) · ACT ES | CYC | 100 SCFM ≈ 170 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SRD-100 Sullair · SRD | CYC | 100 SCFM ≈ 170 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| SPRHT 100 Sullivan-Palatek · SPRHT | HT | 100 SCFM ≈ 170 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| DFX 1.2 Deltech · FLEX | CYC | 100 SCFM 170 m³/h | n/a | NA 60 Hz | |
| DA170ITA100 Ingersoll Rand · DA-IT | HT | 100 SCFM 169.9 m³/h | n/a | NA 60 Hz CSA | |
| DB170EC Ingersoll Rand · D-EC | CYC | 100 SCFM ≈ 170 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| MK-US-PRO 100 Mikropor · MK-US-PRO | CYC | 100 SCFM ≈ 170 m³/h | n/a | NA 60 Hz | |
| QED-100 Quincy · ECO DRI (QED) | CYC | 100 SCFM ≈ 170 m³/h | n/a | NA 60 Hz | |
| SPRPSL 100 Sullivan-Palatek · SPRPSL | ? | 100 SCFM ≈ 170 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| TMC 0105 N Nano Purification · TMC | CYC | 105 SCFM ≈ 178 m³/h | ISO 5 n/a | NA 60 Hz | |
| GDD30F-ES Gardner Denver · GDDF-ES | CYC | ≈ 106 SCFM 180 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ESD 180 OMI · Energy Saving (ESD) | CYC | 106 SCFM 180 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TC 31 Kaeser · SECOTEC TA–TC | CYC | 113 SCFM ≈ 192 m³/h | ISO 5 ≈ 3.3 °C37.9 °F | NA 60 Hz | |
| HRC 210 Hertz Kompressoren · HRC | CYC | 124 SCFM 210 m³/h | n/a | EU 50 Hz | |
| ACT125ES-UE Purestream (Friulair) · ACT ES | CYC | 125 SCFM ≈ 212 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT125ES-UP Purestream (Friulair) · ACT ES | CYC | 125 SCFM ≈ 212 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SRD-125 Sullair · SRD | CYC | 125 SCFM ≈ 212 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DB212EC Ingersoll Rand · D-EC | CYC | 125 SCFM ≈ 212 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| MK-US-PRO 125 Mikropor · MK-US-PRO | CYC | 125 SCFM ≈ 212 m³/h | n/a | NA 60 Hz | |
| QED-125 Quincy · ECO DRI (QED) | CYC | 125 SCFM ≈ 212 m³/h | n/a | NA 60 Hz | |
| TMC 0130 N Nano Purification · TMC | CYC | 130 SCFM ≈ 221 m³/h | ISO 5 n/a | NA 60 Hz | |
| SECOTEC TC 36 Kaeser · SECOTEC TA–TC | CYC | 138 SCFM ≈ 234 m³/h | ISO 5 ≈ 3.3 °C37.9 °F | NA 60 Hz | |
| MK-US-PRO 140 Mikropor · MK-US-PRO | CYC | 140 SCFM ≈ 238 m³/h | n/a | NA 60 Hz | |
| ESD 240 OMI · Energy Saving (ESD) | CYC | 141 SCFM 240 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD40F-ES Gardner Denver · GDDF-ES | CYC | ≈ 141 SCFM 240 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ACT150ES-UE Purestream (Friulair) · ACT ES | CYC | 150 SCFM ≈ 255 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT150ES-UP Purestream (Friulair) · ACT ES | CYC | 150 SCFM ≈ 255 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SRD-150 Sullair · SRD | CYC | 150 SCFM ≈ 255 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| SPRHT 150 Sullivan-Palatek · SPRHT | HT | 150 SCFM ≈ 255 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| DFX 1.5-1 Deltech · FLEX | CYC | 150 SCFM 255 m³/h | n/a | NA 60 Hz | |
| DB255EC Ingersoll Rand · D-EC | CYC | 150 SCFM ≈ 255 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| QED-150 Quincy · ECO DRI (QED) | CYC | 150 SCFM ≈ 255 m³/h | n/a | NA 60 Hz | |
| SECOTEC TD 52 Kaeser · SECOTEC TD–TG | CYC | 162 SCFM ≈ 275 m³/h | n/a | NA 60 Hz | |
| TMC 0170 N Nano Purification · TMC | CYC | 170 SCFM ≈ 289 m³/h | ISO 5 n/a | NA 60 Hz | |
| SRD-175 Sullair · SRD | CYC | 175 SCFM ≈ 297 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| MK-US-PRO 175 Mikropor · MK-US-PRO | CYC | 175 SCFM ≈ 297 m³/h | n/a | NA 60 Hz | |
| GDD50F-ES Gardner Denver · GDDF-ES | CYC | ≈ 177 SCFM 300 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ESD 300 OMI · Energy Saving (ESD) | CYC | 177 SCFM 300 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ACT200ES-UE Purestream (Friulair) · ACT ES | CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT200ES-UP Purestream (Friulair) · ACT ES | CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT200ES-UQ Purestream (Friulair) · ACT ES | CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SRD-200 Sullair · SRD | CYC | 200 SCFM ≈ 340 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| SPRHT 200 Sullivan-Palatek · SPRHT | HT | 200 SCFM ≈ 340 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| DFX 2.1-4 Deltech · FLEX | CYC | 200 SCFM 340 m³/h | n/a | NA 60 Hz | |
| DA340EC Ingersoll Rand · D-EC | CYC | 200 SCFM ≈ 340 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| MK-US-PRO 200 Mikropor · MK-US-PRO | CYC | 200 SCFM ≈ 340 m³/h | n/a | NA 60 Hz | |
| TMC 0200 N Nano Purification · TMC | CYC | 200 SCFM ≈ 340 m³/h | ISO 5 n/a | NA 60 Hz | |
| QED-200 Quincy · ECO DRI (QED) | CYC | 200 SCFM ≈ 340 m³/h | n/a | NA 60 Hz | |
| GDD60F-ES Gardner Denver · GDDF-ES | CYC | ≈ 212 SCFM 360 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ESD 360 OMI · Energy Saving (ESD) | CYC | 212 SCFM 360 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TD 67 Kaeser · SECOTEC TD–TG | CYC | 212 SCFM ≈ 360 m³/h | n/a | NA 60 Hz | |
| HRC 375 Hertz Kompressoren · HRC | CYC | 221 SCFM 375 m³/h | n/a | EU 50 Hz | |
| SECOTEC TD 73 Kaeser · SECOTEC TD–TG | CYC | 244 SCFM ≈ 415 m³/h | n/a | NA 60 Hz | |
| ACT250ES-UE Purestream (Friulair) · ACT ES | CYC | 250 SCFM ≈ 425 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT250ES-UQ Purestream (Friulair) · ACT ES | CYC | 250 SCFM ≈ 425 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SRD-250 Sullair · SRD | CYC | 250 SCFM ≈ 425 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| SPRHT 250 Sullivan-Palatek · SPRHT | HT | 250 SCFM ≈ 425 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| DA420EC Ingersoll Rand · D-EC | CYC | 250 SCFM ≈ 425 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| MK-US-PRO 250 Mikropor · MK-US-PRO | CYC | 250 SCFM ≈ 425 m³/h | n/a | NA 60 Hz | |
| QED-250 Quincy · ECO DRI (QED) | CYC | 250 SCFM ≈ 425 m³/h | n/a | NA 60 Hz | |
| TMC 0265 N Nano Purification · TMC | CYC | 265 SCFM ≈ 450 m³/h | ISO 5 n/a | NA 60 Hz | |
| SECOTEC TD 94 Kaeser · SECOTEC TD–TG | CYC | 279 SCFM ≈ 474 m³/h | n/a | NA 60 Hz | |
| ESD 480 OMI · Energy Saving (ESD) | CYC | 282 SCFM 480 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD80F-ES Gardner Denver · GDDF-ES | CYC | ≈ 283 SCFM 480 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRC 495 Hertz Kompressoren · HRC | CYC | 291 SCFM 495 m³/h | n/a | EU 50 Hz | |
| ACT300ES-UE Purestream (Friulair) · ACT ES | CYC | 300 SCFM ≈ 510 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT300ES-UQ Purestream (Friulair) · ACT ES | CYC | 300 SCFM ≈ 510 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| DA510NVCA Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 300 SCFM 510 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA510NVCW Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 300 SCFM 510 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| SPRHT 300 Sullivan-Palatek · SPRHT | HT | 300 SCFM ≈ 510 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| DFX 3.1 Deltech · FLEX | CYC | 300 SCFM 509 m³/h | n/a | NA 60 Hz | |
| QED-300 Quincy · ECO DRI (QED) | CYC | 300 SCFM ≈ 510 m³/h | n/a | NA 60 Hz | |
| 300HSH ZEKS · HeatSink HSH/HSG | CYC | 300 SCFM ≈ 510 m³/h | ISO 4 n/a | NA 60 Hz | |
| TMC 0320 N Nano Purification · TMC | CYC | 320 SCFM ≈ 544 m³/h | ISO 5 n/a | NA 60 Hz | |
| Buran DC 0550 AES Donaldson · Buran DC AES | CYC | ≈ 324 SCFM 550 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| PSE 325 Parker · PoleStar Smart-E PSE | CYC | 325 SCFM 552 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-325 Sullair · SRD | CYC | 325 SCFM ≈ 552 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| ACT350ES-UE Purestream (Friulair) · ACT ES | CYC | 350 SCFM ≈ 595 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT350ES-UQ Purestream (Friulair) · ACT ES | CYC | 350 SCFM ≈ 595 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRHT 350 Sullivan-Palatek · SPRHT | HT | 350 SCFM ≈ 595 m³/h | ISO 6 7.2 °C45 °F | NA 60 Hz CSA | |
| MK-US-PRO 350 Mikropor · MK-US-PRO | CYC | 350 SCFM ≈ 595 m³/h | n/a | NA 60 Hz | |
| QED-350 Quincy · ECO DRI (QED) | CYC | 350 SCFM ≈ 595 m³/h | n/a | NA 60 Hz | |
| GDD100F-ES Gardner Denver · GDDF-ES | CYC | ≈ 353 SCFM 600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRC 623 Hertz Kompressoren · HRC | CYC | 366 SCFM 624 m³/h | n/a | EU 50 Hz | |
| Buran DC 0650 AES Donaldson · Buran DC AES | CYC | ≈ 383 SCFM 650 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ESD 660 OMI · Energy Saving (ESD) | CYC | 388 SCFM 660 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TE 120 Kaeser · SECOTEC TD–TG | CYC | 388 SCFM ≈ 659 m³/h | n/a | NA 60 Hz | |
| ACT400ES-UE Purestream (Friulair) · ACT ES | CYC | 400 SCFM ≈ 680 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT400ES-UQ Purestream (Friulair) · ACT ES | CYC | 400 SCFM ≈ 680 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| DA680NVCA Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 400 SCFM 680 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA680NVCW Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 400 SCFM 680 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| PSE 400 Parker · PoleStar Smart-E PSE | CYC | 400 SCFM 680 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-400 Sullair · SRD | CYC | 400 SCFM ≈ 680 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| TMC 0400 N Nano Purification · TMC | CYC | 400 SCFM ≈ 680 m³/h | ISO 5 n/a | NA 60 Hz | |
| SPRPRC 400 Sullivan-Palatek · SPRPRC | CYC | 400 SCFM ≈ 680 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| 400HSH ZEKS · HeatSink HSH/HSG | CYC | 400 SCFM ≈ 680 m³/h | ISO 4 n/a | NA 60 Hz | |
| MK-US-PRO 425 Mikropor · MK-US-PRO | CYC | 425 SCFM ≈ 722 m³/h | n/a | NA 60 Hz | |
| Buran DC 0750 AES Donaldson · Buran DC AES | CYC | ≈ 441 SCFM 750 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DFX 4.5 Deltech · FLEX | CYC | 450 SCFM 765 m³/h | n/a | NA 60 Hz | |
| QED-450 Quincy · ECO DRI (QED) | CYC | 450 SCFM ≈ 765 m³/h | n/a | NA 60 Hz | |
| SECOTEC TE 143 Kaeser · SECOTEC TD–TG | CYC | 452 SCFM ≈ 768 m³/h | n/a | NA 60 Hz | |
| ESD 780 OMI · Energy Saving (ESD) | CYC | 459 SCFM 780 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD130F-ES Gardner Denver · GDDF-ES | CYC | ≈ 459 SCFM 780 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TE 155 Kaeser · SECOTEC TD–TG | CYC | 487 SCFM ≈ 827 m³/h | n/a | NA 60 Hz | |
| ACT500ES-UE Purestream (Friulair) · ACT ES | CYC | 500 SCFM ≈ 850 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT500ES-UQ Purestream (Friulair) · ACT ES | CYC | 500 SCFM ≈ 850 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| DA850NVCA Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 500 SCFM 850 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA850NVCW Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 500 SCFM 850 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| PSE 500 Parker · PoleStar Smart-E PSE | CYC | 500 SCFM 850 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-500 Sullair · SRD | CYC | 500 SCFM ≈ 850 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| QED-500 Quincy · ECO DRI (QED) | CYC | 500 SCFM ≈ 850 m³/h | n/a | NA 60 Hz | |
| SPRPRC 500 Sullivan-Palatek · SPRPRC | CYC | 500 SCFM ≈ 850 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| 500HSG ZEKS · HeatSink HSH/HSG | CYC | 500 SCFM ≈ 850 m³/h | ISO 4 n/a | NA 60 Hz | |
| Buran DC 0850 AES Donaldson · Buran DC AES | CYC | ≈ 500 SCFM 850 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| TMC 0510 N Nano Purification · TMC | CYC | 510 SCFM ≈ 866 m³/h | ISO 5 n/a | NA 60 Hz | |
| HRC 930 Hertz Kompressoren · HRC | CYC | 547 SCFM 930 m³/h | n/a | EU 50 Hz | |
| DFX 5.5 Deltech · FLEX | CYC | 550 SCFM 935 m³/h | n/a | NA 60 Hz | |
| SECOTEC TF 174 Kaeser · SECOTEC TD–TG | CYC | 550 SCFM ≈ 934 m³/h | n/a | NA 60 Hz | |
| MK-US-PRO 550 Mikropor · MK-US-PRO | CYC | 550 SCFM ≈ 934 m³/h | n/a | NA 60 Hz | |
| GDD160F-ES Gardner Denver · GDDF-ES | CYC | ≈ 559 SCFM 949.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| Buran DC 1000 AES Donaldson · Buran DC AES | CYC | ≈ 589 SCFM 1,000 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ESD 1000 OMI · Energy Saving (ESD) | CYC | 589 SCFM 1,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DA1020NVCA Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 600 SCFM 1,019 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA1020NVCW Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 600 SCFM 1,019 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| QED-600 Quincy · ECO DRI (QED) | CYC | 600 SCFM ≈ 1,019 m³/h | n/a | NA 60 Hz | |
| 600HSG ZEKS · HeatSink HSH/HSG | CYC | 600 SCFM ≈ 1,019 m³/h | ISO 4 n/a | NA 60 Hz | |
| TMC 0635 N Nano Purification · TMC | CYC | 635 SCFM ≈ 1,079 m³/h | ISO 5 n/a | NA 60 Hz | |
| QED-650 Quincy · ECO DRI (QED) | CYC | 650 SCFM ≈ 1,104 m³/h | n/a | NA 60 Hz | |
| Buran DC 1175 AES Donaldson · Buran DC AES | CYC | ≈ 692 SCFM 1,175 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DA1190NVCA Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 700 SCFM 1,189 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA1190NVCW Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 700 SCFM 1,189 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| PSE 700 Parker · PoleStar Smart-E PSE | CYC | 700 SCFM 1,189 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-700 Sullair · SRD | CYC | 700 SCFM ≈ 1,189 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| MK-US-PRO 700 Mikropor · MK-US-PRO | CYC | 700 SCFM ≈ 1,189 m³/h | n/a | NA 60 Hz | |
| 700HSG ZEKS · HeatSink HSH/HSG | CYC | 700 SCFM ≈ 1,189 m³/h | ISO 4 n/a | NA 60 Hz | |
| HRC 1200 Hertz Kompressoren · HRC | CYC | 706 SCFM 1,200 m³/h | n/a | EU 50 Hz | |
| SECOTEC TF 230 Kaeser · SECOTEC TD–TG | CYC | 740 SCFM ≈ 1,257 m³/h | n/a | NA 60 Hz | |
| GDD216F-ES Gardner Denver · GDDF-ES | CYC | ≈ 765 SCFM 1,300.2 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DA1360NVCA Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 800 SCFM 1,359 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA1360NVCW Ingersoll Rand · D-NVC / DA-NVC 300–800 | CYC | 800 SCFM 1,359 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| PSE 800 Parker · PoleStar Smart-E PSE | CYC | 800 SCFM 1,359 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-800 Sullair · SRD | CYC | 800 SCFM ≈ 1,359 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DFX 8.1 Deltech · FLEX | CYC | 800 SCFM 1,300 m³/h | n/a | NA 60 Hz | |
| 800HSG ZEKS · HeatSink HSH/HSG | CYC | 800 SCFM ≈ 1,359 m³/h | ISO 4 n/a | NA 60 Hz | |
| HRC 1388 Hertz Kompressoren · HRC | CYC | 817 SCFM 1,386 m³/h | n/a | EU 50 Hz | |
| QED-850 Quincy · ECO DRI (QED) | CYC | 850 SCFM ≈ 1,444 m³/h | n/a | NA 60 Hz | |
| GDD250F-ES Gardner Denver · GDDF-ES | CYC | ≈ 883 SCFM 1,500 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ESD 1500 OMI · Energy Saving (ESD) | CYC | 883 SCFM 1,500 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TF 280 Kaeser · SECOTEC TD–TG | CYC | 900 SCFM ≈ 1,529 m³/h | n/a | NA 60 Hz | |
| MK-US-PRO 900 Mikropor · MK-US-PRO | CYC | 900 SCFM ≈ 1,529 m³/h | n/a | NA 60 Hz | |
| DA1700NVCA Ingersoll Rand · D-NVC / DA-NVC 1000–1600 | CYC | 1,000 SCFM 1,699 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA1700NVCW Ingersoll Rand · D-NVC / DA-NVC 1000–1600 | CYC | 1,000 SCFM 1,699 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| PSE 1000 Parker · PoleStar Smart-E PSE | CYC | 1,000 SCFM 1,699 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-1000 Sullair · SRD | CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| 1000HSGA ZEKS · HeatSink HSH/HSG | CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 n/a | NA 60 Hz | |
| 1000HSGW ZEKS · HeatSink HSH/HSG | CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 n/a | NA 60 Hz | |
| QED-1050 Quincy · ECO DRI (QED) | CYC | 1,050 SCFM ≈ 1,784 m³/h | n/a | NA 60 Hz | |
| ESD 1800 OMI · Energy Saving (ESD) | CYC | 1,059 SCFM 1,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRC 1800 Hertz Kompressoren · HRC | CYC | 1,059 SCFM 1,800 m³/h | n/a | EU 50 Hz | |
| GDD300F-ES Gardner Denver · GDDF-ES | CYC | ≈ 1,059 SCFM 1,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MK-US-PRO 1100 Mikropor · MK-US-PRO | CYC | 1,100 SCFM ≈ 1,869 m³/h | n/a | NA 60 Hz | |
| SECOTEC TF 340 Kaeser · SECOTEC TD–TG | CYC | 1,130 SCFM ≈ 1,920 m³/h | n/a | NA 60 Hz | |
| DA2040NVCA Ingersoll Rand · D-NVC / DA-NVC 1000–1600 | CYC | 1,200 SCFM 2,039 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA2040NVCW Ingersoll Rand · D-NVC / DA-NVC 1000–1600 | CYC | 1,200 SCFM 2,039 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| 1200HSGA ZEKS · HeatSink HSH/HSG | CYC | 1,200 SCFM ≈ 2,039 m³/h | ISO 4 n/a | NA 60 Hz | |
| 1200HSGW ZEKS · HeatSink HSH/HSG | CYC | 1,200 SCFM ≈ 2,039 m³/h | ISO 4 n/a | NA 60 Hz | |
| DFX 12.5 Deltech · FLEX | CYC | 1,250 SCFM 2,150 m³/h | n/a | NA 60 Hz | |
| QED-1250 Quincy · ECO DRI (QED) | CYC | 1,250 SCFM ≈ 2,124 m³/h | n/a | NA 60 Hz | |
| ESD 2250 OMI · Energy Saving (ESD) | CYC | 1,324 SCFM 2,250 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD375F-ES Gardner Denver · GDDF-ES | CYC | ≈ 1,324 SCFM 2,250 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TG 450 Kaeser · SECOTEC TD–TG | CYC | 1,340 SCFM ≈ 2,277 m³/h | n/a | NA 60 Hz | |
| MK-US-PRO 1350 Mikropor · MK-US-PRO | CYC | 1,350 SCFM ≈ 2,294 m³/h | n/a | NA 60 Hz | |
| PSE 1400 Parker · PoleStar Smart-E PSE | CYC | 1,400 SCFM 2,379 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-1400 Sullair · SRD | CYC | 1,400 SCFM ≈ 2,379 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| HRC 2500 Hertz Kompressoren · HRC | CYC | 1,471 SCFM 2,502 m³/h | n/a | EU 50 Hz | |
| DFX 15.1 Deltech · FLEX | CYC | 1,500 SCFM 2,550 m³/h | n/a | NA 60 Hz | |
| MK-US-PRO 1500 Mikropor · MK-US-PRO | CYC | 1,500 SCFM ≈ 2,549 m³/h | n/a | NA 60 Hz | |
| ESD 2600 OMI · Energy Saving (ESD) | CYC | 1,530 SCFM 2,600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD430F-ES Gardner Denver · GDDF-ES | CYC | ≈ 1,530 SCFM 2,599.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TG 520 Kaeser · SECOTEC TD–TG | CYC | 1,550 SCFM ≈ 2,633 m³/h | n/a | NA 60 Hz | |
| DA2720NVCA Ingersoll Rand · D-NVC / DA-NVC 1000–1600 | CYC | 1,600 SCFM 2,718 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| DA2720NVCW Ingersoll Rand · D-NVC / DA-NVC 1000–1600 | CYC | 1,600 SCFM 2,718 m³/h | ISO 5 ≈ 3.9 °C39 °F | NA 60 Hz CSA | |
| PSE 1600 Parker · PoleStar Smart-E PSE | CYC | 1,600 SCFM 2,718 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-1600 Sullair · SRD | CYC | 1,600 SCFM ≈ 2,718 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| QED-1600 Quincy · ECO DRI (QED) | CYC | 1,600 SCFM ≈ 2,718 m³/h | n/a | NA 60 Hz | |
| 1600HSGA ZEKS · HeatSink HSH/HSG | CYC | 1,600 SCFM ≈ 2,718 m³/h | ISO 4 n/a | NA 60 Hz | |
| 1600HSGW ZEKS · HeatSink HSH/HSG | CYC | 1,600 SCFM ≈ 2,718 m³/h | ISO 4 n/a | NA 60 Hz | |
| HRC 2775 Hertz Kompressoren · HRC | CYC | 1,633 SCFM 2,778 m³/h | n/a | EU 50 Hz | |
| HRC 305 Hertz Kompressoren · HRC | CYC | 1,800 SCFM 304.8 m³/h | n/a | EU 50 Hz | |
| QED-1800 Quincy · ECO DRI (QED) | CYC | 1,800 SCFM ≈ 3,058 m³/h | n/a | NA 60 Hz | |
| 1800HSG ZEKS · HeatSink HSG 1800–3000 | CYC | 1,800 SCFM ≈ 3,058 m³/h | n/a | NA 60 Hz | |
| ESD 3200 OMI · Energy Saving (ESD) | CYC | 1,880 SCFM 3,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD533F-ES Gardner Denver · GDDF-ES | CYC | ≈ 1,883 SCFM 3,199.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SECOTEC TG 650 Kaeser · SECOTEC TD–TG | CYC | 1,910 SCFM ≈ 3,245 m³/h | n/a | NA 60 Hz | |
| HRC 3330 Hertz Kompressoren · HRC | CYC | 1,960 SCFM 3,330 m³/h | n/a | EU 50 Hz | |
| PSE 2000 Parker · PoleStar Smart-E PSE | CYC | 2,000 SCFM 3,398 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-2000 Sullair · SRD | CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DFX 20.1 Deltech · FLEX | CYC | 2,000 SCFM 3,400 m³/h | n/a | NA 60 Hz | |
| MK-US-PRO 2000 Mikropor · MK-US-PRO | CYC | 2,000 SCFM ≈ 3,398 m³/h | n/a | NA 60 Hz | |
| QED-2100 Quincy · ECO DRI (QED) | CYC | 2,100 SCFM ≈ 3,568 m³/h | n/a | NA 60 Hz | |
| HRC 3915 Hertz Kompressoren · HRC | CYC | 2,304 SCFM 3,918 m³/h | n/a | EU 50 Hz | |
| SECOTEC TG 780 Kaeser · SECOTEC TD–TG | CYC | 2,330 SCFM ≈ 3,959 m³/h | n/a | NA 60 Hz | |
| MK-US-PRO 2350 Mikropor · MK-US-PRO | CYC | 2,350 SCFM ≈ 3,993 m³/h | n/a | NA 60 Hz | |
| PSE 2400 Parker · PoleStar Smart-E PSE | CYC | 2,400 SCFM 4,078 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-2400 Sullair · SRD | CYC | 2,400 SCFM ≈ 4,078 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| 2400HSG ZEKS · HeatSink HSG 1800–3000 | CYC | 2,400 SCFM ≈ 4,078 m³/h | n/a | NA 60 Hz | |
| ESD 4200 OMI · Energy Saving (ESD) | CYC | 2,472 SCFM 4,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD700F-ES Gardner Denver · GDDF-ES | CYC | ≈ 2,472 SCFM 4,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| QED-2600 Quincy · ECO DRI (QED) | CYC | 2,600 SCFM ≈ 4,417 m³/h | n/a | NA 60 Hz | |
| MK-US-PRO 2750 Mikropor · MK-US-PRO | CYC | 2,750 SCFM ≈ 4,672 m³/h | n/a | NA 60 Hz | |
| ESD 4800 OMI · Energy Saving (ESD) | CYC | 2,825 SCFM 4,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD800F-ES Gardner Denver · GDDF-ES | CYC | ≈ 2,825 SCFM 4,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRC 5085 Hertz Kompressoren · HRC | CYC | 2,993 SCFM 5,088 m³/h | n/a | EU 50 Hz | |
| PSE 3000 Parker · PoleStar Smart-E PSE | CYC | 3,000 SCFM 5,097 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-3000 Sullair · SRD | CYC | 3,000 SCFM ≈ 5,097 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| MK-US-PRO 3000 Mikropor · MK-US-PRO | CYC | 3,000 SCFM ≈ 5,097 m³/h | n/a | NA 60 Hz | |
| QED-3000 Quincy · ECO DRI (QED) | CYC | 3,000 SCFM ≈ 5,097 m³/h | n/a | NA 60 Hz | |
| 3000HSG ZEKS · HeatSink HSG 1800–3000 | CYC | 3,000 SCFM ≈ 5,097 m³/h | n/a | NA 60 Hz | |
| SECOTEC TG 980 Kaeser · SECOTEC TD–TG | CYC | 3,070 SCFM ≈ 5,216 m³/h | n/a | NA 60 Hz | |
| ESD 5400 OMI · Energy Saving (ESD) | CYC | 3,178 SCFM 5,400 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD900F-ES Gardner Denver · GDDF-ES | CYC | ≈ 3,178 SCFM 5,400 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRC 5850 Hertz Kompressoren · HRC | CYC | 3,443 SCFM 5,850 m³/h | n/a | EU 50 Hz | |
| MK-US-PRO 3600 Mikropor · MK-US-PRO | CYC | 3,600 SCFM ≈ 6,116 m³/h | n/a | NA 60 Hz | |
| PSE 3800 Parker · PoleStar Smart-E PSE | CYC | 3,800 SCFM 6,456 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-3800 Sullair · SRD | CYC | 3,800 SCFM ≈ 6,456 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| ESD 6600 OMI · Energy Saving (ESD) | CYC | 3,885 SCFM 6,600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MK-US-PRO 4000 Mikropor · MK-US-PRO | CYC | 4,000 SCFM ≈ 6,796 m³/h | n/a | NA 60 Hz | |
| QED-4000 Quincy · ECO DRI (QED) | CYC | 4,000 SCFM ≈ 6,796 m³/h | n/a | NA 60 Hz | |
| HRC 6975 Hertz Kompressoren · HRC | CYC | 4,105 SCFM 6,978 m³/h | n/a | EU 50 Hz | |
| ESD 7500 OMI · Energy Saving (ESD) | CYC | 4,414 SCFM 7,500 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRC 7875 Hertz Kompressoren · HRC | CYC | 4,634 SCFM 7,878 m³/h | n/a | EU 50 Hz | |
| PSE 5000 Parker · PoleStar Smart-E PSE | CYC | 5,000 SCFM 8,495 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-5000 Sullair · SRD | CYC | 5,000 SCFM ≈ 8,495 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| MK-US-PRO 5000 Mikropor · MK-US-PRO | CYC | 5,000 SCFM ≈ 8,495 m³/h | n/a | NA 60 Hz | |
| QED-5000 Quincy · ECO DRI (QED) | CYC | 5,000 SCFM ≈ 8,495 m³/h | n/a | NA 60 Hz | |
| HRC 9000 Hertz Kompressoren · HRC | CYC | 5,297 SCFM 9,000 m³/h | n/a | EU 50 Hz | |
| PSE 6000 Parker · PoleStar Smart-E PSE | CYC | 6,000 SCFM 10,194 m³/h | ISO 5 7 °C44.6 °F | NA 60 Hz | |
| SRD-6000 Sullair · SRD | CYC | 6,000 SCFM ≈ 10,194 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| HRC 10500 Hertz Kompressoren · HRC | CYC | 6,179 SCFM 10,500 m³/h | n/a | EU 50 Hz | |
| ESD 10800 OMI · Energy Saving (ESD) | CYC | 6,357 SCFM 10,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ESD 13200 OMI · Energy Saving (ESD) | CYC | 7,063 SCFM 13,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRC 12500 Hertz Kompressoren · HRC | CYC | 7,356 SCFM 12,498 m³/h | n/a | EU 50 Hz | |
| QED-8000 Quincy · ECO DRI (QED) | CYC | 8,000 SCFM ≈ 13,592 m³/h | n/a | NA 60 Hz | |
| ESD 15000 OMI · Energy Saving (ESD) | CYC | 8,829 SCFM 15,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| SPRPRC 100 Sullivan-Palatek · SPRPRC | CYC | n/a | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRC 125 Sullivan-Palatek · SPRPRC | CYC | n/a | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRC 150 Sullivan-Palatek · SPRPRC | CYC | n/a | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRC 200 Sullivan-Palatek · SPRPRC | CYC | n/a | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRC 250 Sullivan-Palatek · SPRPRC | CYC | n/a | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRC 300 Sullivan-Palatek · SPRPRC | CYC | n/a | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRC 350 Sullivan-Palatek · SPRPRC | CYC | n/a | ISO 4–5 n/a | NA 60 Hz CSA | |
| D12IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 6 SCFM 9.6 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| CGDA7A1 Champion · CGDA | NON-CYC | 7 SCFM 11.9 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB7A Deltech · DPRB | NON-CYC | 7 SCFM ≈ 12 m³/h | n/a | NA 60 Hz CSA | |
| HPRB7-A Hankison · HPRB | NON-CYC | 7 SCFM ≈ 12 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA12INA100 Ingersoll Rand · DA-IN | NON-CYC | 7 SCFM ≈ 12 m³/h | n/a | NA 60 Hz CSA | |
| DRY 20 ABAC · DRY 20-1260 | NON-CYC | 9.4 SCFM 16 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| EGRD10 ELGi · EGRD | NON-CYC | 10 SCFM 16.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 10 BEKO Technologies · DRYPOINT RAc | NON-CYC | 10 SCFM ≈ 17 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 10 BEKO Technologies · DRYPOINT RX | NON-CYC | 10 SCFM ≈ 17 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-10 Sullair · SRN | NON-CYC | 10 SCFM ≈ 17 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-10A-t Great Lakes Air · GRN | NON-CYC | 10 SCFM ≈ 17 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-10 Aircel · VF | NON-CYC | 10 SCFM ≈ 17 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RHT-0010 Altec AIR · RHT | NON-CYC HT | 10 SCFM ≈ 17 m³/h | ISO 6 n/a | NA 60 Hz | |
| SPRPN 10 Sullivan-Palatek · SPRPN | NON-CYC | 10 SCFM ≈ 17 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DEiT 003 MTA · DE iTECH | NON-CYC | ≈ 11 SCFM 18 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| F 5 Atlas Copco · F 5-130 | NON-CYC | 10.6 SCFM 18 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| ED 18 OMI · Easy Dryers (ED) | NON-CYC | 11 SCFM 18 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CGDA11A1 Champion · CGDA | NON-CYC | 11 SCFM 18.7 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB11A Deltech · DPRB | NON-CYC | 11 SCFM ≈ 19 m³/h | n/a | NA 60 Hz CSA | |
| HPRB11-A Hankison · HPRB | NON-CYC | 11 SCFM ≈ 19 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA18INA100 Ingersoll Rand · DA-IN | NON-CYC | 11 SCFM ≈ 19 m³/h | n/a | NA 60 Hz CSA | |
| Buran DC 0020 AB Donaldson · Buran DC AB | NON-CYC | ≈ 12 SCFM 20 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| D25IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 12 SCFM 20 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| HRD 10 Hertz Kompressoren · HRD | NON-CYC | 12 SCFM 21 m³/h | ISO 4 n/a | EU 50 Hz | |
| DRYPOINT RA III 20 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 12 SCFM 21 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| COOL 12 Pneumatech · COOL 12-272 | NON-CYC | ≈ 12 SCFM 21 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| DRY 25 ABAC · DRY 20-1260 | NON-CYC | 12.4 SCFM 21 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 21 ALUP · ADQ 21-7200 | NON-CYC | 12.4 SCFM 21 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 10 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 12.4 SCFM 21 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 400 MARK · MDX | NON-CYC | 12.4 SCFM 21 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 2 Worthington Creyssensac · DW | NON-CYC | 12.4 SCFM 21 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FD 5 Atlas Copco · FD 5-95 | NON-CYC | 13 SCFM 21.6 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 5 Atlas Copco · FX 5-300 | NON-CYC | 13 SCFM 21.6 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 1 Atlas Copco · FX 1-21 (former line) | NON-CYC | 13 SCFM 21.6 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| MKE-23 Mikropor · MKE | NON-CYC | ≈ 14 SCFM 23 m³/h | ISO 4 n/a | EU 50 Hz | |
| R-DRY 4 FINI · R-DRY | NON-CYC | 14 SCFM 24 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| ED 24 OMI · Easy Dryers (ED) | NON-CYC | 14 SCFM 24 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| C-DRY 4 FINI · C-DRY (compact) | NON-CYC | 14 SCFM 24 m³/h | n/a | EU 60 Hz 50 Hz | |
| DS 4-2 BOGE · DS-2 | NON-CYC | ≈ 14 SCFM 24 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| CD4F CompAir · CD (F) | NON-CYC | ≈ 15 SCFM 25.2 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD4F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 15 SCFM 25.2 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| EGRD15 ELGi · EGRD | NON-CYC | 15 SCFM 25.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 15 BEKO Technologies · DRYPOINT RAc | NON-CYC | 15 SCFM ≈ 25 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RS HP 15 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 15 SCFM ≈ 25 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-15 Sullair · SRN | NON-CYC | 15 SCFM ≈ 25 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| VF-15 Aircel · VF | NON-CYC | 15 SCFM ≈ 25 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RHT-0015 Altec AIR · RHT | NON-CYC HT | 15 SCFM ≈ 25 m³/h | ISO 6 n/a | NA 60 Hz | |
| CGDA15A1 Champion · CGDA | NON-CYC | 15 SCFM 25.5 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| CRHA15A1 Champion · CRH | NON-CYC HT | 15 SCFM ≈ 25 m³/h | n/a | NA 60 Hz | |
| DPRB15A Deltech · DPRB | NON-CYC | 15 SCFM ≈ 25 m³/h | n/a | NA 60 Hz CSA | |
| HPRB15-A Hankison · HPRB | NON-CYC | 15 SCFM ≈ 25 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA25INA100 Ingersoll Rand · DA-IN | NON-CYC | 15 SCFM ≈ 25 m³/h | n/a | NA 60 Hz CSA | |
| MNC-0015 Mattei · MNC | NON-CYC | 15 SCFM ≈ 25 m³/h | n/a | NA 60 Hz | |
| SPRPN 15 Sullivan-Palatek · SPRPN | NON-CYC | 15 SCFM ≈ 25 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DEiT 005 MTA · DE iTECH | NON-CYC | ≈ 18 SCFM 30 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 35 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 19 SCFM 33 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| D42IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 20 SCFM 33.6 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ACT20UP Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 20 SCFM ≈ 34 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT20UP Purestream (Friulair) · FCT | NON-CYC | 20 SCFM ≈ 34 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD20 ELGi · EGRD | NON-CYC | 20 SCFM 34.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 20 BEKO Technologies · DRYPOINT RAc | NON-CYC | 20 SCFM ≈ 34 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 20 BEKO Technologies · DRYPOINT RX | NON-CYC | 20 SCFM ≈ 34 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RA HT 20 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 20 SCFM ≈ 34 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-20A-t Great Lakes Air · GRN | NON-CYC | 20 SCFM ≈ 34 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| DHT-20 Aircel · DHT | NON-CYC HT | 20 SCFM ≈ 34 m³/h | ISO 5 ≈ 10–82.2 °C50–180 °F | NA 60 Hz | |
| RHT-0020 Altec AIR · RHT | NON-CYC HT | 20 SCFM ≈ 34 m³/h | ISO 6 n/a | NA 60 Hz | |
| HRD 20 Hertz Kompressoren · HRD | NON-CYC | 20 SCFM 34.8 m³/h | ISO 4 n/a | EU 50 Hz | |
| MNC-0020 Mattei · MNC | NON-CYC | 20 SCFM ≈ 34 m³/h | n/a | NA 60 Hz | |
| SPRPN 20 Sullivan-Palatek · SPRPN | NON-CYC | 20 SCFM ≈ 34 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRN 20 Sullivan-Palatek · SPRPRN | NON-CYC | 20 SCFM ≈ 34 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Buran DC 0035 AB Donaldson · Buran DC AB | NON-CYC | ≈ 21 SCFM 35 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| FD 10 Atlas Copco · FD 5-95 | NON-CYC | 21 SCFM 36 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 10 Atlas Copco · FX 5-300 | NON-CYC | 21 SCFM 36 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| HTD 35 OMI · High Temperature (HTD) | NON-CYC HT | 21 SCFM 35 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| FX 2 Atlas Copco · FX 1-21 (former line) | NON-CYC | 21 SCFM 36 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| COOL 21 Pneumatech · COOL 12-272 | NON-CYC | ≈ 21 SCFM 36 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| MD 6 Mattei · MD | NON-CYC | 21.2 SCFM 36 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRY 45 ABAC · DRY 20-1260 | NON-CYC | 21.2 SCFM 36 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 36 ALUP · ADQ 21-7200 | NON-CYC | 21.2 SCFM 36 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 20 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 21.2 SCFM 36 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 600 MARK · MDX | NON-CYC | 21.2 SCFM 36 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 3 Worthington Creyssensac · DW | NON-CYC | 21.2 SCFM 36 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| F 10 Atlas Copco · F 5-130 | NON-CYC | 21.2 SCFM 36 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| DD36 OMI · Dolomite (DD) | NON-CYC | 21.2 SCFM 36 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| MKE-38 Mikropor · MKE | NON-CYC | ≈ 22 SCFM 38 m³/h | ISO 4 n/a | EU 50 Hz | |
| DS 7-2 BOGE · DS-2 | NON-CYC | ≈ 25 SCFM 42 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| CD7F CompAir · CD (F) | NON-CYC | ≈ 25 SCFM 42 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DEiT 007 MTA · DE iTECH | NON-CYC | ≈ 25 SCFM 42 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| GDD7F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 25 SCFM 42 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| SRN-25 Sullair · SRN | NON-CYC | 25 SCFM ≈ 42 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-25A-t Great Lakes Air · GRN | NON-CYC | 25 SCFM ≈ 42 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-25 Aircel · VF | NON-CYC | 25 SCFM ≈ 42 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-0025A Altec AIR · RAD | NON-CYC | 25 SCFM ≈ 42 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGDA25A1 Champion · CGDA | NON-CYC | 25 SCFM 42.5 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| CRHA25A1 Champion · CRH | NON-CYC HT | 25 SCFM ≈ 42 m³/h | n/a | NA 60 Hz | |
| DPRB25A Deltech · DPRB | NON-CYC | 25 SCFM ≈ 42 m³/h | n/a | NA 60 Hz CSA | |
| HPRB25-A Hankison · HPRB | NON-CYC | 25 SCFM ≈ 42 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA42INA100 Ingersoll Rand · DA-IN | NON-CYC | 25 SCFM ≈ 42 m³/h | n/a | NA 60 Hz CSA | |
| D54IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 25 SCFM 43.2 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| HTD 50 OMI · High Temperature (HTD) | NON-CYC HT | 29 SCFM 50 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRD 30 Hertz Kompressoren · HRD | NON-CYC | 29 SCFM 49.8 m³/h | ISO 4 n/a | EU 50 Hz | |
| Buran DC 0050 AB Donaldson · Buran DC AB | NON-CYC | ≈ 29 SCFM 50 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| FX 15 Atlas Copco · FX 5-300 | NON-CYC | 30 SCFM 50.4 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ACT30UP Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 30 SCFM ≈ 51 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT30UP Purestream (Friulair) · FCT | NON-CYC | 30 SCFM ≈ 51 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| DRY 60 ABAC · DRY 20-1260 | NON-CYC | 30 SCFM 51 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 51 ALUP · ADQ 21-7200 | NON-CYC | 30 SCFM 51 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 30 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 30 SCFM 51 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 900 MARK · MDX | NON-CYC | 30 SCFM 51 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 5 Worthington Creyssensac · DW | NON-CYC | 30 SCFM 51 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 3 Atlas Copco · FX 1-21 (former line) | NON-CYC | 30 SCFM 50.4 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RS HP 30 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 30 SCFM ≈ 51 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 30 BEKO Technologies · DRYPOINT RX | NON-CYC | 30 SCFM ≈ 51 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RA HT 30 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 30 SCFM ≈ 51 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| RHT-0030 Altec AIR · RHT | NON-CYC HT | 30 SCFM ≈ 51 m³/h | ISO 6 n/a | NA 60 Hz | |
| MNC-0030 Mattei · MNC | NON-CYC | 30 SCFM ≈ 51 m³/h | n/a | NA 60 Hz | |
| SPRPRN 30 Sullivan-Palatek · SPRPRN | NON-CYC | 30 SCFM ≈ 51 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DRYPOINT RA III 50 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 30 SCFM 51 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| COOL 30 Pneumatech · COOL 12-272 | NON-CYC | ≈ 30 SCFM 51 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| MKE-53 Mikropor · MKE | NON-CYC | ≈ 31 SCFM 53 m³/h | ISO 4 n/a | EU 50 Hz | |
| DS 9-2 BOGE · DS-2 | NON-CYC | ≈ 32 SCFM 54 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| CD9F CompAir · CD (F) | NON-CYC | ≈ 32 SCFM 54 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DEiT 009 MTA · DE iTECH | NON-CYC | ≈ 32 SCFM 54 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| GDD9F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 32 SCFM 54 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MD 9 Mattei · MD | NON-CYC | 31.8 SCFM 54 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| F 15 Atlas Copco · F 5-130 | NON-CYC | 31.8 SCFM 54 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| DD54 OMI · Dolomite (DD) | NON-CYC | 31.8 SCFM 54 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| FD 15 Atlas Copco · FD 5-95 | NON-CYC | 32 SCFM 54 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| R-DRY 9 FINI · R-DRY | NON-CYC | 32 SCFM 54 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| ED 54 OMI · Easy Dryers (ED) | NON-CYC | 32 SCFM 54 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CGDA32A1 Champion · CGDA | NON-CYC | 32 SCFM 54.4 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB32A Deltech · DPRB | NON-CYC | 32 SCFM ≈ 54 m³/h | n/a | NA 60 Hz CSA | |
| C-DRY 9 FINI · C-DRY (compact) | NON-CYC | 32 SCFM 54 m³/h | n/a | EU 60 Hz 50 Hz | |
| HPRB32-A Hankison · HPRB | NON-CYC | 32 SCFM ≈ 54 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA54INA100 Ingersoll Rand · DA-IN | NON-CYC | 32 SCFM ≈ 54 m³/h | n/a | NA 60 Hz CSA | |
| D72IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 34 SCFM 57.6 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| EGRD30 ELGi · EGRD | NON-CYC | 35 SCFM 59.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 35 BEKO Technologies · DRYPOINT RAc | NON-CYC | 35 SCFM ≈ 59 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-35 Sullair · SRN | NON-CYC | 35 SCFM ≈ 59 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| CRHA35A1 Champion · CRH | NON-CYC HT | 35 SCFM ≈ 59 m³/h | n/a | NA 60 Hz | |
| SPRPN 35 Sullivan-Palatek · SPRPN | NON-CYC | 35 SCFM ≈ 59 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| HRD 35 Hertz Kompressoren · HRD | NON-CYC | 37 SCFM 63 m³/h | ISO 4 n/a | EU 50 Hz | |
| Buran DC 0065 AB Donaldson · Buran DC AB | NON-CYC | ≈ 38 SCFM 65 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| DRYPOINT RS HP 40 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 40 SCFM ≈ 68 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RA HT 40 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 40 SCFM ≈ 68 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-40A-t Great Lakes Air · GRN | NON-CYC | 40 SCFM ≈ 68 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-40 Aircel · VF | NON-CYC | 40 SCFM ≈ 68 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| DHT-40 Aircel · DHT | NON-CYC HT | 40 SCFM ≈ 68 m³/h | ISO 5 ≈ 10–82.2 °C50–180 °F | NA 60 Hz | |
| RAD-0040A Altec AIR · RAD | NON-CYC | 40 SCFM ≈ 68 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| RHT-0040 Altec AIR · RHT | NON-CYC HT | 40 SCFM ≈ 68 m³/h | ISO 6 n/a | NA 60 Hz | |
| HTD 70 OMI · High Temperature (HTD) | NON-CYC HT | 41 SCFM 70 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MKE-70 Mikropor · MKE | NON-CYC | ≈ 41 SCFM 70 m³/h | ISO 4 n/a | EU 50 Hz | |
| FD 20 Atlas Copco · FD 5-95 | NON-CYC | 42 SCFM 72 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 20 Atlas Copco · FX 5-300 | NON-CYC | 42 SCFM 72 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| R-DRY 12 FINI · R-DRY | NON-CYC | 42 SCFM 72 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| ED 72 OMI · Easy Dryers (ED) | NON-CYC | 42 SCFM 72 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| FX 4 Atlas Copco · FX 1-21 (former line) | NON-CYC | 42 SCFM 72 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| CGDA42A1 Champion · CGDA | NON-CYC | 42 SCFM 71.4 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB42A Deltech · DPRB | NON-CYC | 42 SCFM ≈ 71 m³/h | n/a | NA 60 Hz CSA | |
| C-DRY 12 FINI · C-DRY (compact) | NON-CYC | 42 SCFM 72 m³/h | n/a | EU 60 Hz 50 Hz | |
| HPRB42-A Hankison · HPRB | NON-CYC | 42 SCFM ≈ 71 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA72INA100 Ingersoll Rand · DA-IN | NON-CYC | 42 SCFM ≈ 71 m³/h | n/a | NA 60 Hz CSA | |
| DRYPOINT RA III 70 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 42 SCFM 72 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| CD12F CompAir · CD (F) | NON-CYC | ≈ 42 SCFM 72 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DEiT 012 MTA · DE iTECH | NON-CYC | ≈ 42 SCFM 72 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| COOL 42 Pneumatech · COOL 12-272 | NON-CYC | ≈ 42 SCFM 72 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| GDD12F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 42 SCFM 72 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| DRY 85 ABAC · DRY 20-1260 | NON-CYC | 42.4 SCFM 72 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 72 ALUP · ADQ 21-7200 | NON-CYC | 42.4 SCFM 72 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 40 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 42.4 SCFM 72 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 1200 MARK · MDX | NON-CYC | 42.4 SCFM 72 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 7 Worthington Creyssensac · DW | NON-CYC | 42.4 SCFM 72 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| F 20 Atlas Copco · F 5-130 | NON-CYC | 42.4 SCFM 72 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| DD72 OMI · Dolomite (DD) | NON-CYC | 42.4 SCFM 72 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| MNC-0045 Mattei · MNC | NON-CYC | 45 SCFM ≈ 76 m³/h | n/a | NA 60 Hz | |
| DS 14-2 BOGE · DS-2 | NON-CYC | ≈ 49 SCFM 84 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ACT50UP Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT50UP Purestream (Friulair) · FCT | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD40 ELGi · EGRD | NON-CYC | 50 SCFM 85.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 50 BEKO Technologies · DRYPOINT RAc | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RS HP 50 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 50 SCFM ≈ 85 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 50 BEKO Technologies · DRYPOINT RX | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-50 Sullair · SRN | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DRYPOINT RA HT 50 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 50 SCFM ≈ 85 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-50A-t Great Lakes Air · GRN | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-50 Aircel · VF | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| DHT-50 Aircel · DHT | NON-CYC HT | 50 SCFM ≈ 85 m³/h | ISO 5 ≈ 10–82.2 °C50–180 °F | NA 60 Hz | |
| CGDA50A1 Champion · CGDA | NON-CYC | 50 SCFM 85 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB50A Deltech · DPRB | NON-CYC | 50 SCFM ≈ 85 m³/h | n/a | NA 60 Hz CSA | |
| HPRB50-A Hankison · HPRB | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA85INA100 Ingersoll Rand · DA-IN | NON-CYC | 50 SCFM ≈ 85 m³/h | n/a | NA 60 Hz CSA | |
| SPRPN 50 Sullivan-Palatek · SPRPN | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRN 50 Sullivan-Palatek · SPRPRN | NON-CYC | 50 SCFM ≈ 85 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Buran DC 0085 AB Donaldson · Buran DC AB | NON-CYC | ≈ 50 SCFM 85 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| D108IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 51 SCFM 86.4 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| HRD 40 Hertz Kompressoren · HRD | NON-CYC | 51 SCFM 87 m³/h | ISO 4 n/a | EU 50 Hz | |
| ED 88 HP OMI · High Pressure (ED HP) | NON-CYC HP | 52 SCFM 88 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| FD 25 Atlas Copco · FD 5-95 | NON-CYC | 53 SCFM 90 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| MD 15 Mattei · MD | NON-CYC | 53 SCFM 90 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| RAD-0055A Altec AIR · RAD | NON-CYC | 55 SCFM ≈ 93 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| MNC-0055 Mattei · MNC | NON-CYC | 55 SCFM ≈ 93 m³/h | n/a | NA 60 Hz | |
| MKE-100 Mikropor · MKE | NON-CYC | ≈ 59 SCFM 100 m³/h | ISO 4 n/a | EU 50 Hz | |
| HTD 102 OMI · High Temperature (HTD) | NON-CYC HT | 60 SCFM 102 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DRYPOINT RX 60 BEKO Technologies · DRYPOINT RX | NON-CYC | 60 SCFM ≈ 102 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| VF-60 Aircel · VF | NON-CYC | 60 SCFM ≈ 102 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RHT-0060 Altec AIR · RHT | NON-CYC HT | 60 SCFM ≈ 102 m³/h | ISO 6 n/a | NA 60 Hz | |
| CRHA60A1 Champion · CRH | NON-CYC HT | 60 SCFM ≈ 102 m³/h | n/a | NA 60 Hz | |
| C-DRY 17 FINI · C-DRY (compact) | NON-CYC | 60 SCFM 102 m³/h | n/a | EU 60 Hz 50 Hz | |
| Buran DC 0105 AB Donaldson · Buran DC AB | NON-CYC | ≈ 62 SCFM 105 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| R-DRY 18 FINI · R-DRY | NON-CYC | 63 SCFM 108 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| DRYPOINT RA III 110 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 64 SCFM 108 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DS 18-2 BOGE · DS-2 | NON-CYC | ≈ 64 SCFM 108 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| CD18F CompAir · CD (F) | NON-CYC | ≈ 64 SCFM 108 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DEiT 018 MTA · DE iTECH | NON-CYC | ≈ 64 SCFM 108 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| GDD18F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 64 SCFM 108 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| DRY 130 ABAC · DRY 20-1260 | NON-CYC | 63.6 SCFM 108 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| CPX 60 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 63.6 SCFM 108 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| DW 10 Worthington Creyssensac · DW | NON-CYC | 63.6 SCFM 108 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| F 30 Atlas Copco · F 5-130 | NON-CYC | 63.6 SCFM 108 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| DD108 OMI · Dolomite (DD) | NON-CYC | 63.6 SCFM 108 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| FD 30 Atlas Copco · FD 5-95 | NON-CYC | 64 SCFM 108 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 30 Atlas Copco · FX 5-300 | NON-CYC | 64 SCFM 108 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ED 108 OMI · Easy Dryers (ED) | NON-CYC | 64 SCFM 108 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ED 108 HP OMI · High Pressure (ED HP) | NON-CYC HP | 64 SCFM 108 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| FX 5 Atlas Copco · FX 1-21 (former line) | NON-CYC | 64 SCFM 108 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| ADQ 110 ALUP · ADQ 21-7200 | NON-CYC | 64.4 SCFM 110 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| MDX 1800 MARK · MDX | NON-CYC | 64.4 SCFM 110 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| COOL 64 Pneumatech · COOL 12-272 | NON-CYC | ≈ 65 SCFM 110 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| EGRD50 ELGi · EGRD | NON-CYC | 65 SCFM 110.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| D144IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 68 SCFM 115.2 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| DRYPOINT RX 70 BEKO Technologies · DRYPOINT RX | NON-CYC | 70 SCFM ≈ 119 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| MD 20 Mattei · MD | NON-CYC | 70.6 SCFM 120 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| Buran DC 0125 AB Donaldson · Buran DC AB | NON-CYC | ≈ 74 SCFM 125 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ACT75UP Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT75UP Purestream (Friulair) · FCT | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD80 ELGi · EGRD | NON-CYC | 75 SCFM 127.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 75 BEKO Technologies · DRYPOINT RAc | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-75 Sullair · SRN | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DRYPOINT RA HT 75 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 75 SCFM ≈ 127 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-75A-t Great Lakes Air · GRN | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-75 Aircel · VF | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| DHT-75 Aircel · DHT | NON-CYC HT | 75 SCFM ≈ 127 m³/h | ISO 5 ≈ 10–82.2 °C50–180 °F | NA 60 Hz | |
| RAD-0075A Altec AIR · RAD | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD75A1 Champion · CGD | NON-CYC | 75 SCFM 127 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB75A Deltech · DPRB | NON-CYC | 75 SCFM ≈ 127 m³/h | n/a | NA 60 Hz CSA | |
| XGNCA75 Gardner Denver · XGNC | NON-CYC | 75 SCFM 120 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB75-A Hankison · HPRB | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DB127INA Ingersoll Rand · DA-IN | NON-CYC | 75 SCFM ≈ 127 m³/h | n/a | NA 60 Hz CSA | |
| SPRPN 75 Sullivan-Palatek · SPRPN | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRN 75 Sullivan-Palatek · SPRPRN | NON-CYC | 75 SCFM ≈ 127 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| COOL 76 Pneumatech · COOL 12-272 | NON-CYC | ≈ 76 SCFM 129 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| HRD 50 Hertz Kompressoren · HRD | NON-CYC | 77 SCFM 130.2 m³/h | ISO 4 n/a | EU 50 Hz | |
| DRYPOINT RS HP 80 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 80 SCFM ≈ 136 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| RHT-0080 Altec AIR · RHT | NON-CYC HT | 80 SCFM ≈ 136 m³/h | ISO 6 n/a | NA 60 Hz | |
| CRHA80A1 Champion · CRH | NON-CYC HT | 80 SCFM ≈ 136 m³/h | n/a | NA 60 Hz | |
| R-DRY 23 FINI · R-DRY | NON-CYC | 81 SCFM 138 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| DRYPOINT RA III 135 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 81 SCFM 138 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| HTD 140 OMI · High Temperature (HTD) | NON-CYC HT | 82 SCFM 140 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| FX 40 Atlas Copco · FX 5-300 | NON-CYC | 83 SCFM 140.4 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRY 165 ABAC · DRY 20-1260 | NON-CYC | 83 SCFM 141 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 141 ALUP · ADQ 21-7200 | NON-CYC | 83 SCFM 141 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 80 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 83 SCFM 141 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 2400 MARK · MDX | NON-CYC | 83 SCFM 141 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 13 Worthington Creyssensac · DW | NON-CYC | 83 SCFM 141 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 6 Atlas Copco · FX 1-21 (former line) | NON-CYC | 83 SCFM 140.4 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| CD24F CompAir · CD (F) | NON-CYC | ≈ 85 SCFM 144 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD24F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 85 SCFM 144 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D180IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 85 SCFM 144 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| F 40 Atlas Copco · F 5-130 | NON-CYC | 84.8 SCFM 144 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| DD144 OMI · Dolomite (DD) | NON-CYC | 84.8 SCFM 144 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| FD 40 Atlas Copco · FD 5-95 | NON-CYC | 85 SCFM 144 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ED 144 OMI · Easy Dryers (ED) | NON-CYC | 85 SCFM 144 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| C-DRY 24 FINI · C-DRY (compact) | NON-CYC | 85 SCFM 144 m³/h | n/a | EU 60 Hz 50 Hz | |
| MNC-0085 Mattei · MNC | NON-CYC | 85 SCFM ≈ 144 m³/h | n/a | NA 60 Hz | |
| Buran DC 0150 AB Donaldson · Buran DC AB | NON-CYC | ≈ 88 SCFM 150 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| MD 25 Mattei · MD | NON-CYC | 88.3 SCFM 150 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| MKE-155 Mikropor · MKE | NON-CYC | ≈ 91 SCFM 155 m³/h | ISO 4 n/a | EU 50 Hz | |
| DS 26-2 BOGE · DS-2 | NON-CYC | ≈ 92 SCFM 156 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DEiT 026 MTA · DE iTECH | NON-CYC | ≈ 92 SCFM 156 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| HTD 170 OMI · High Temperature (HTD) | NON-CYC HT | 100 SCFM 170 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ACT100UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT100UP Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT100UE Purestream (Friulair) · FCT | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT100UP Purestream (Friulair) · FCT | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD100 ELGi · EGRD | NON-CYC | 100 SCFM 169.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 100 BEKO Technologies · DRYPOINT RAc | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RS HP 100 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 100 SCFM ≈ 170 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 100 BEKO Technologies · DRYPOINT RX | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-100 Sullair · SRN | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DRYPOINT RA HT 100 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 100 SCFM ≈ 170 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-100A-t Great Lakes Air · GRN | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-100 Aircel · VF | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| DHT-100 Aircel · DHT | NON-CYC HT | 100 SCFM ≈ 170 m³/h | ISO 5 ≈ 10–82.2 °C50–180 °F | NA 60 Hz | |
| RAD-0100A Altec AIR · RAD | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| RHT-0100 Altec AIR · RHT | NON-CYC HT | 100 SCFM ≈ 170 m³/h | ISO 6 n/a | NA 60 Hz | |
| CGD100A1 Champion · CGD | NON-CYC | 100 SCFM 170 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| CRHA100A1 Champion · CRH | NON-CYC HT | 100 SCFM ≈ 170 m³/h | n/a | NA 60 Hz | |
| DPRB100A Deltech · DPRB | NON-CYC | 100 SCFM ≈ 170 m³/h | n/a | NA 60 Hz CSA | |
| XGNCA100 Gardner Denver · XGNC | NON-CYC | 100 SCFM 160 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB100-A Hankison · HPRB | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| HRD 60 Hertz Kompressoren · HRD | NON-CYC | 100 SCFM 169.8 m³/h | ISO 4 n/a | EU 50 Hz | |
| DB170INA Ingersoll Rand · DA-IN | NON-CYC | 100 SCFM ≈ 170 m³/h | n/a | NA 60 Hz CSA | |
| SPRPN 100 Sullivan-Palatek · SPRPN | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRN 100 Sullivan-Palatek · SPRPRN | NON-CYC | 100 SCFM ≈ 170 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| R-DRY 30 FINI · R-DRY | NON-CYC | 105 SCFM 180 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| F 50 Atlas Copco · F 5-130 | NON-CYC | 105.9 SCFM 180 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| DD180 OMI · Dolomite (DD) | NON-CYC | 105.9 SCFM 180 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| CD30F CompAir · CD (F) | NON-CYC | ≈ 106 SCFM 180 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| Buran DC 0180 AB Donaldson · Buran DC AB | NON-CYC | ≈ 106 SCFM 180 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| COOL 106 Pneumatech · COOL 12-272 | NON-CYC | ≈ 106 SCFM 180 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| GDD30F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 106 SCFM 180 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| FD 50 Atlas Copco · FD 5-95 | NON-CYC | 106 SCFM 180 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 50 Atlas Copco · FX 5-300 | NON-CYC | 106 SCFM 180 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ED 180 OMI · Easy Dryers (ED) | NON-CYC | 106 SCFM 180 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ED 180 HP OMI · High Pressure (ED HP) | NON-CYC HP | 106 SCFM 180 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DRY 210 ABAC · DRY 20-1260 | NON-CYC | 106 SCFM 180 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 180 ALUP · ADQ 21-7200 | NON-CYC | 106 SCFM 180 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 100 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 106 SCFM 180 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 3000 MARK · MDX | NON-CYC | 106 SCFM 180 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 17 Worthington Creyssensac · DW | NON-CYC | 106 SCFM 180 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 7 Atlas Copco · FX 1-21 (former line) | NON-CYC | 106 SCFM 180 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| C-DRY 30 FINI · C-DRY (compact) | NON-CYC | 106 SCFM 180 m³/h | n/a | EU 60 Hz 50 Hz | |
| DRYPOINT RA III 190 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 109 SCFM 186 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| MNC-0110 Mattei · MNC | NON-CYC | 110 SCFM ≈ 187 m³/h | n/a | NA 60 Hz | |
| MKE-190 Mikropor · MKE | NON-CYC | ≈ 112 SCFM 190 m³/h | ISO 4 n/a | EU 50 Hz | |
| DS 32-2 BOGE · DS-2 | NON-CYC | ≈ 113 SCFM 192 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DEiT 032 MTA · DE iTECH | NON-CYC | ≈ 113 SCFM 192 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| D240IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 113 SCFM 192 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| HRD 70 Hertz Kompressoren · HRD | NON-CYC | 117 SCFM 198 m³/h | ISO 4 n/a | EU 50 Hz | |
| RHT-0120 Altec AIR · RHT | NON-CYC HT | 120 SCFM ≈ 204 m³/h | ISO 6 n/a | NA 60 Hz | |
| MKE-210 Mikropor · MKE | NON-CYC | ≈ 124 SCFM 210 m³/h | ISO 4 n/a | EU 50 Hz | |
| ACT125UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT125UP Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT125UE Purestream (Friulair) · FCT | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT125UP Purestream (Friulair) · FCT | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD150 (115V) ELGi · EGRD | NON-CYC | 125 SCFM 212.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| EGRD150 (230V) ELGi · EGRD | NON-CYC | 125 SCFM 212.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 125 BEKO Technologies · DRYPOINT RAc | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 125 BEKO Technologies · DRYPOINT RX | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-125 Sullair · SRN | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-125A-t Great Lakes Air · GRN | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-125 Aircel · VF | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| DHT-125 Aircel · DHT | NON-CYC HT | 125 SCFM ≈ 212 m³/h | ISO 5 ≈ 10–82.2 °C50–180 °F | NA 60 Hz | |
| CGD125A1 Champion · CGD | NON-CYC | 125 SCFM 212 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB125A Deltech · DPRB | NON-CYC | 125 SCFM ≈ 212 m³/h | n/a | NA 60 Hz CSA | |
| HPRB125-A Hankison · HPRB | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| SPRPN 125 Sullivan-Palatek · SPRPN | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRN 125 Sullivan-Palatek · SPRPRN | NON-CYC | 125 SCFM ≈ 212 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| FD 60 Atlas Copco · FD 5-95 | NON-CYC | 127 SCFM 216 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 60 Atlas Copco · FX 5-300 | NON-CYC | 127 SCFM 216 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRY 250 ABAC · DRY 20-1260 | NON-CYC | 127 SCFM 216 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 216 ALUP · ADQ 21-7200 | NON-CYC | 127 SCFM 216 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 125 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 127 SCFM 216 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 3600 MARK · MDX | NON-CYC | 127 SCFM 216 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 21 Worthington Creyssensac · DW | NON-CYC | 127 SCFM 216 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 8 Atlas Copco · FX 1-21 (former line) | NON-CYC | 127 SCFM 216 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| F 60 Atlas Copco · F 5-130 | NON-CYC | 127.1 SCFM 216 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| DD216 OMI · Dolomite (DD) | NON-CYC | 127.1 SCFM 216 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| COOL 127 Pneumatech · COOL 12-272 | NON-CYC | ≈ 127 SCFM 216 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| ED 225 OMI · Easy Dryers (ED) | NON-CYC | 132 SCFM 225 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ED 225 HP OMI · High Pressure (ED HP) | NON-CYC HP | 132 SCFM 225 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD37F CompAir · CD (F) | NON-CYC | ≈ 132 SCFM 225 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| Buran DC 0225 AB Donaldson · Buran DC AB | NON-CYC | ≈ 132 SCFM 225 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| GDD37F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 132 SCFM 225 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MD 38 Mattei · MD | NON-CYC | 134.2 SCFM 228 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| MNC-0135 Mattei · MNC | NON-CYC | 135 SCFM ≈ 229 m³/h | n/a | NA 60 Hz | |
| DRYPOINT RS HP 140 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 140 SCFM ≈ 238 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RA III 240 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 141 SCFM 240 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DS 40-2 BOGE · DS-2 | NON-CYC | ≈ 141 SCFM 240 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DEiT 040 MTA · DE iTECH | NON-CYC | ≈ 141 SCFM 240 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| D300IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 141 SCFM 240 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| FX 70 Atlas Copco · FX 5-300 | NON-CYC | 144 SCFM 244.8 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 9 Atlas Copco · FX 1-21 (former line) | NON-CYC | 144 SCFM 244.8 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| COOL 145 Pneumatech · COOL 12-272 | NON-CYC | ≈ 145 SCFM 246 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| DRY 290 ABAC · DRY 20-1260 | NON-CYC | 145 SCFM 246 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 246 ALUP · ADQ 21-7200 | NON-CYC | 145 SCFM 246 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 150 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 145 SCFM 246 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 4100 MARK · MDX | NON-CYC | 145 SCFM 246 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 25 Worthington Creyssensac · DW | NON-CYC | 145 SCFM 246 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| R-DRY 40 FINI · R-DRY | NON-CYC | 147 SCFM 252 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| FD 70 Atlas Copco · FD 5-95 | NON-CYC | 148 SCFM 252 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| F 70 Atlas Copco · F 5-130 | NON-CYC | 148.3 SCFM 252 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| ACT150UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT150UP Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT150UE Purestream (Friulair) · FCT | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT150UP Purestream (Friulair) · FCT | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD175 (115V) ELGi · EGRD | NON-CYC | 150 SCFM 255 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 150 BEKO Technologies · DRYPOINT RAc | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 150 BEKO Technologies · DRYPOINT RX | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-150 Sullair · SRN | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DRYPOINT RA HT 150 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 150 SCFM ≈ 255 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-150A-t Great Lakes Air · GRN | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-150 Aircel · VF | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-0150A Altec AIR · RAD | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD150A1 Champion · CGD | NON-CYC | 150 SCFM 255 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB150A Deltech · DPRB | NON-CYC | 150 SCFM ≈ 255 m³/h | n/a | NA 60 Hz CSA | |
| XGNCA150 Gardner Denver · XGNC | NON-CYC | 150 SCFM 240 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB150-A Hankison · HPRB | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DB255INA Ingersoll Rand · DA-IN | NON-CYC | 150 SCFM ≈ 255 m³/h | n/a | NA 60 Hz CSA | |
| SPRPN 150 Sullivan-Palatek · SPRPN | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRN 150 Sullivan-Palatek · SPRPRN | NON-CYC | 150 SCFM ≈ 255 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| CD43F CompAir · CD (F) | NON-CYC | ≈ 153 SCFM 259.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD43F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 153 SCFM 259.8 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ED 260 OMI · Easy Dryers (ED) | NON-CYC | 153 SCFM 260 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ED 270 HP OMI · High Pressure (ED HP) | NON-CYC HP | 159 SCFM 270 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DD280 OMI · Dolomite (DD) | NON-CYC | 164.8 SCFM 280 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| HRD 80 Hertz Kompressoren · HRD | NON-CYC | 166 SCFM 282 m³/h | ISO 4 n/a | EU 50 Hz | |
| D360IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 170 SCFM 288 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MD 49 Mattei · MD | NON-CYC | 173 SCFM 294 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| EGRD175 (230V) ELGi · EGRD | NON-CYC | 175 SCFM 297.6 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| EGRD200 (115V) ELGi · EGRD | NON-CYC | 175 SCFM 297 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| EGRD200 (460V) ELGi · EGRD | NON-CYC | 175 SCFM 297.6 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 175 BEKO Technologies · DRYPOINT RAc | NON-CYC | 175 SCFM ≈ 297 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-175 Sullair · SRN | NON-CYC | 175 SCFM ≈ 297 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| MNC-0175 Mattei · MNC | NON-CYC | 175 SCFM ≈ 297 m³/h | n/a | NA 60 Hz | |
| SPRPN 175 Sullivan-Palatek · SPRPN | NON-CYC | 175 SCFM ≈ 297 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| CD50F CompAir · CD (F) | NON-CYC | ≈ 177 SCFM 300 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| Buran DC 0300 AB Donaldson · Buran DC AB | NON-CYC | ≈ 177 SCFM 300 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DEiT 050 MTA · DE iTECH | NON-CYC | ≈ 177 SCFM 300 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| GDD50F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 177 SCFM 300 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MKE-305 Mikropor · MKE | NON-CYC | ≈ 180 SCFM 305 m³/h | ISO 4 n/a | EU 50 Hz | |
| DRYPOINT RS HP 180 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 180 SCFM ≈ 306 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| R-DRY 52 FINI · R-DRY | NON-CYC | 182 SCFM 312 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DS 52-2 BOGE · DS-2 | NON-CYC | ≈ 184 SCFM 312 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| COOL 184 Pneumatech · COOL 12-272 | NON-CYC | ≈ 184 SCFM 312 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| FX 90 Atlas Copco · FX 5-300 | NON-CYC | 184 SCFM 313.2 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRY 360 ABAC · DRY 20-1260 | NON-CYC | 184 SCFM 312 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 312 ALUP · ADQ 21-7200 | NON-CYC | 184 SCFM 312 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| ADQ 312 G ALUP · ADQ 21-7200 | NON-CYC | 184 SCFM 312 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 180 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 184 SCFM 312 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 5200 MARK · MDX | NON-CYC | 184 SCFM 312 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 31 Worthington Creyssensac · DW | NON-CYC | 184 SCFM 312 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 10 Atlas Copco · FX 1-21 (former line) | NON-CYC | 184 SCFM 313.2 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| F 90 Atlas Copco · F 5-130 | NON-CYC | 190.7 SCFM 324 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| DRYPOINT RA III 330 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 194 SCFM 330 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ACT200UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT200UP Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT200UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT200UE Purestream (Friulair) · FCT | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT200UP Purestream (Friulair) · FCT | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT200UQ Purestream (Friulair) · FCT | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD200 (230V) ELGi · EGRD | NON-CYC | 200 SCFM 339.6 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RX 200 BEKO Technologies · DRYPOINT RX | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-200 Sullair · SRN | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DRYPOINT RA HT 200 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 200 SCFM ≈ 340 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-200A-t Great Lakes Air · GRN | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-200 Aircel · VF | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-0200A Altec AIR · RAD | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD200A4 Champion · CGD | NON-CYC | 200 SCFM 340 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB200A Deltech · DPRB | NON-CYC | 200 SCFM ≈ 340 m³/h | n/a | NA 60 Hz CSA | |
| XGNCA200 Gardner Denver · XGNC | NON-CYC | 200 SCFM 321 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB200-A Hankison · HPRB | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DB340INA Ingersoll Rand · DA-IN | NON-CYC | 200 SCFM ≈ 340 m³/h | n/a | NA 60 Hz CSA | |
| SPRPRN 200 Sullivan-Palatek · SPRPRN | NON-CYC | 200 SCFM ≈ 340 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DD340 OMI · Dolomite (DD) | NON-CYC | 200.1 SCFM 340 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| FD 95 Atlas Copco · FD 5-95 | NON-CYC | 201 SCFM 342 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| HRD 90 Hertz Kompressoren · HRD | NON-CYC | 208 SCFM 354 m³/h | ISO 4 n/a | EU 50 Hz | |
| R-DRY 60 FINI · R-DRY | NON-CYC | 210 SCFM 360 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| CD60F CompAir · CD (F) | NON-CYC | ≈ 212 SCFM 360 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| Buran DC 0360 AB Donaldson · Buran DC AB | NON-CYC | ≈ 212 SCFM 360 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DEiT 060 MTA · DE iTECH | NON-CYC | ≈ 212 SCFM 360 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| GDD60F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 212 SCFM 360 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| SFD 360 OMI · Sub Freezing (SFD) | NON-CYC | 212 SCFM 360 m³/h | ISO 3 -20 °C-4 °F | EU 50 Hz | |
| ED 360 OMI · Easy Dryers (ED) | NON-CYC | 212 SCFM 360 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ED 360 HP OMI · High Pressure (ED HP) | NON-CYC HP | 212 SCFM 360 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MNC-0215 Mattei · MNC | NON-CYC | 215 SCFM ≈ 365 m³/h | n/a | NA 60 Hz | |
| DRYPOINT RA III 370 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 219 SCFM 372 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DS 62-2 BOGE · DS-2 | NON-CYC | ≈ 219 SCFM 372 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| EGRD250 (230V) ELGi · EGRD | NON-CYC | 220 SCFM 373.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| EGRD250 (460V) ELGi · EGRD | NON-CYC | 220 SCFM 373.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 220 BEKO Technologies · DRYPOINT RAc | NON-CYC | 220 SCFM ≈ 374 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SPRPN 220 Sullivan-Palatek · SPRPN | NON-CYC | 220 SCFM ≈ 374 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| MKE-375 Mikropor · MKE | NON-CYC | ≈ 221 SCFM 375 m³/h | ISO 4 n/a | EU 50 Hz | |
| D480IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 226 SCFM 384 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| FX 110 Atlas Copco · FX 5-300 | NON-CYC | 229 SCFM 388.8 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 11 Atlas Copco · FX 1-21 (former line) | NON-CYC | 229 SCFM 388.8 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| COOL 230 Pneumatech · COOL 12-272 | NON-CYC | ≈ 230 SCFM 390 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| DRY 460 ABAC · DRY 20-1260 | NON-CYC | 230 SCFM 390 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 390 ALUP · ADQ 21-7200 | NON-CYC | 230 SCFM 390 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 225 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 230 SCFM 390 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 6500 MARK · MDX | NON-CYC | 230 SCFM 390 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 39 Worthington Creyssensac · DW | NON-CYC | 230 SCFM 390 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| F 110 Atlas Copco · F 5-130 | NON-CYC | 233.1 SCFM 396 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| MD 68 Mattei · MD | NON-CYC | 240.1 SCFM 408 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| SFD 420 OMI · Sub Freezing (SFD) | NON-CYC | 247 SCFM 420 m³/h | ISO 3 -20 °C-4 °F | EU 50 Hz | |
| DEiT 070 MTA · DE iTECH | NON-CYC | ≈ 247 SCFM 420 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ACT250UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT250UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT250UE Purestream (Friulair) · FCT | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT250UQ Purestream (Friulair) · FCT | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| DRYPOINT RX 250 BEKO Technologies · DRYPOINT RX | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-250 Sullair · SRN | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DRYPOINT RA HT 250 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 250 SCFM ≈ 425 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-250A-t Great Lakes Air · GRN | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| GRN-250A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-250 Aircel · VF | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-0250A Altec AIR · RAD | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD250A4 Champion · CGD | NON-CYC | 250 SCFM 424 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB250A Deltech · DPRB | NON-CYC | 250 SCFM ≈ 425 m³/h | n/a | NA 60 Hz CSA | |
| XGNCA250 Gardner Denver · XGNC | NON-CYC | 250 SCFM 401 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB250-A Hankison · HPRB | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA420INA Ingersoll Rand · DA-IN | NON-CYC | 250 SCFM ≈ 425 m³/h | n/a | NA 60 Hz CSA | |
| MNC-0250 (230V) Mattei · MNC | NON-CYC | 250 SCFM ≈ 425 m³/h | n/a | NA 60 Hz | |
| MNC-0250 (460V) Mattei · MNC | NON-CYC | 250 SCFM ≈ 425 m³/h | n/a | NA 60 Hz | |
| SPRPRN 250 Sullivan-Palatek · SPRPRN | NON-CYC | 250 SCFM ≈ 425 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DRYPOINT RS HP 260 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 260 SCFM ≈ 442 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| Buran DC 0450 AB Donaldson · Buran DC AB | NON-CYC | ≈ 265 SCFM 450 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| FX 130 Atlas Copco · FX 5-300 | NON-CYC | 271 SCFM 460.8 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 12 Atlas Copco · FX 1-21 (former line) | NON-CYC | 271 SCFM 460.8 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| COOL 272 Pneumatech · COOL 12-272 | NON-CYC | ≈ 272 SCFM 462 m³/h | ISO 5 5 °C41 °F | EU 50 Hz | |
| DRY 530 ABAC · DRY 20-1260 | NON-CYC | 272 SCFM 462 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 462 ALUP · ADQ 21-7200 | NON-CYC | 272 SCFM 462 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| ADQ 462 G ALUP · ADQ 21-7200 | NON-CYC | 272 SCFM 462 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 270 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 272 SCFM 462 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 7700 MARK · MDX | NON-CYC | 272 SCFM 462 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 46 Worthington Creyssensac · DW | NON-CYC | 272 SCFM 462 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| HRD 100 Hertz Kompressoren · HRD | NON-CYC | 275 SCFM 468 m³/h | ISO 4 n/a | EU 50 Hz | |
| F 130 Atlas Copco · F 5-130 | NON-CYC | 275.5 SCFM 468 m³/h | ISO 5 7 °C44.6 °F | WORLD 50 Hz | |
| ED 480 OMI · Easy Dryers (ED) | NON-CYC | 282 SCFM 480 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DS 80-2 BOGE · DS-2 | NON-CYC | ≈ 283 SCFM 480 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| CD80F CompAir · CD (F) | NON-CYC | ≈ 283 SCFM 480 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DEiT 080 MTA · DE iTECH | NON-CYC | ≈ 283 SCFM 480 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| GDD80F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 283 SCFM 480 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ED 480 HP OMI · High Pressure (ED HP) | NON-CYC HP | 283 SCFM 480 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| R-DRY 80 FINI · R-DRY | NON-CYC | 284 SCFM 486 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DRYPOINT RA III 490 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 286 SCFM 486 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| MKE-495 Mikropor · MKE | NON-CYC | ≈ 291 SCFM 495 m³/h | ISO 4 n/a | EU 50 Hz | |
| MD 83 Mattei · MD | NON-CYC | 293.1 SCFM 498 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| DD500 OMI · Dolomite (DD) | NON-CYC | 294.3 SCFM 500 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| ACT300UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT300UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT300UE Purestream (Friulair) · FCT | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT300UQ Purestream (Friulair) · FCT | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD300 (230V) ELGi · EGRD | NON-CYC | 300 SCFM 510 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| EGRD300 (460V) ELGi · EGRD | NON-CYC | 300 SCFM 510 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 300 BEKO Technologies · DRYPOINT RAc | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 300 BEKO Technologies · DRYPOINT RX | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RA HT 300 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 300 SCFM ≈ 510 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| GRN-300A-t Great Lakes Air · GRN | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| GRN-300A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-300 Aircel · VF | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-0300A Altec AIR · RAD | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD300A4 Champion · CGD | NON-CYC | 300 SCFM 509 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB300A Deltech · DPRB | NON-CYC | 300 SCFM ≈ 510 m³/h | n/a | NA 60 Hz CSA | |
| XGNC300 Gardner Denver · XGNC | NON-CYC | 300 SCFM 510 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB300-A Hankison · HPRB | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA510 Ingersoll Rand · DA-IN 300–800 | NON-CYC | 300 SCFM 510 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| SPRPN 300 Sullivan-Palatek · SPRPN | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| SPRPRN 300 Sullivan-Palatek · SPRPRN | NON-CYC | 300 SCFM ≈ 510 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Buran DC 0550 AB Donaldson · Buran DC AB | NON-CYC | ≈ 324 SCFM 550 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| SRN-325 Sullair · SRN | NON-CYC | 325 SCFM ≈ 552 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| MNC-0340 (230V) Mattei · MNC | NON-CYC | 340 SCFM ≈ 578 m³/h | n/a | NA 60 Hz | |
| MNC-0340 (460V) Mattei · MNC | NON-CYC | 340 SCFM ≈ 578 m³/h | n/a | NA 60 Hz | |
| HRD 110 Hertz Kompressoren · HRD | NON-CYC | 346 SCFM 588 m³/h | ISO 4 n/a | EU 50 Hz | |
| ACT350UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 350 SCFM ≈ 595 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT350UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 350 SCFM ≈ 595 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT350UE Purestream (Friulair) · FCT | NON-CYC | 350 SCFM ≈ 595 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT350UQ Purestream (Friulair) · FCT | NON-CYC | 350 SCFM ≈ 595 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| DRYPOINT RS HP 350 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 350 SCFM ≈ 595 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 350 BEKO Technologies · DRYPOINT RX | NON-CYC | 350 SCFM ≈ 595 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RA HT 350 BEKO Technologies · DRYPOINT RA HT | NON-CYC HT | 350 SCFM ≈ 595 m³/h | ISO 6 7.2–10 °C45–50 °F | NA CSA | |
| SPRPRN 350 Sullivan-Palatek · SPRPRN | NON-CYC | 350 SCFM ≈ 595 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DRY 690 ABAC · DRY 20-1260 | NON-CYC | 353 SCFM 600 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 600 ALUP · ADQ 21-7200 | NON-CYC | 353 SCFM 600 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 350 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 353 SCFM 600 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 10000 MARK · MDX | NON-CYC | 353 SCFM 600 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 60 Worthington Creyssensac · DW | NON-CYC | 353 SCFM 600 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| DS 100-2 BOGE · DS-2 | NON-CYC | ≈ 353 SCFM 600 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| CD100F CompAir · CD (F) | NON-CYC | ≈ 353 SCFM 600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD100FW CompAir · CD (FW) | NON-CYC | ≈ 353 SCFM 600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DEiT 101 MTA · DE iTECH | NON-CYC | ≈ 353 SCFM 600 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| GDD100F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 353 SCFM 600 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D600IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 353 SCFM 600 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| FX 170 Atlas Copco · FX 5-300 | NON-CYC | 354 SCFM 601.2 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 13 Atlas Copco · FX 1-21 (former line) | NON-CYC | 354 SCFM 601.2 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| DD610 OMI · Dolomite (DD) | NON-CYC | 359 SCFM 610 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| MKE-623 Mikropor · MKE | NON-CYC | ≈ 367 SCFM 623 m³/h | ISO 4 n/a | EU 50 Hz | |
| R-DRY 100 FINI · R-DRY | NON-CYC | 368 SCFM 630 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DRYPOINT RA III 630 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 371 SCFM 630 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| EGRD400 (230V) ELGi · EGRD | NON-CYC | 375 SCFM 637.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| EGRD400 (460V) ELGi · EGRD | NON-CYC | 375 SCFM 637.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 375 BEKO Technologies · DRYPOINT RAc | NON-CYC | 375 SCFM ≈ 637 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SPRPN 375 Sullivan-Palatek · SPRPN | NON-CYC | 375 SCFM ≈ 637 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Buran DC 0650 AB Donaldson · Buran DC AB | NON-CYC | ≈ 383 SCFM 650 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ED 660 OMI · Easy Dryers (ED) | NON-CYC | 388 SCFM 660 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MD 110 Mattei · MD | NON-CYC | 388.4 SCFM 660 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| ED 660 HP OMI · High Pressure (ED HP) | NON-CYC HP | 389 SCFM 660 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ACT400UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT400UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT400UE Purestream (Friulair) · FCT | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT400UQ Purestream (Friulair) · FCT | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| SRN-400 Sullair · SRN | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-400A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-400 Aircel · VF | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-0400A Altec AIR · RAD | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD400A4 Champion · CGD | NON-CYC | 400 SCFM 680 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB400A Deltech · DPRB | NON-CYC | 400 SCFM ≈ 680 m³/h | n/a | NA 60 Hz CSA | |
| XGNC400 Gardner Denver · XGNC | NON-CYC | 400 SCFM 680 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB400-A Hankison · HPRB | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA680 Ingersoll Rand · DA-IN 300–800 | NON-CYC | 400 SCFM 680 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| SPRPRN 400 Sullivan-Palatek · SPRPRN | NON-CYC | 400 SCFM ≈ 680 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DEiT 121 MTA · DE iTECH | NON-CYC | ≈ 424 SCFM 720 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 200 Atlas Copco · FX 5-300 | NON-CYC | 424 SCFM 720 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRY 830 ABAC · DRY 20-1260 | NON-CYC | 424 SCFM 720 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 720 ALUP · ADQ 21-7200 | NON-CYC | 424 SCFM 720 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 425 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 424 SCFM 720 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 12000 MARK · MDX | NON-CYC | 424 SCFM 720 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 72 Worthington Creyssensac · DW | NON-CYC | 424 SCFM 720 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 14 Atlas Copco · FX 1-21 (former line) | NON-CYC | 424 SCFM 720 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| DD750 OMI · Dolomite (DD) | NON-CYC | 441.4 SCFM 750 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| DRYPOINT RA III 750 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 441 SCFM 750 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 750 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 441 SCFM 750 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| Buran DC 0750 AB Donaldson · Buran DC AB | NON-CYC | ≈ 441 SCFM 750 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DRYPOINT RS HP 450 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 450 SCFM ≈ 765 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 450 BEKO Technologies · DRYPOINT RX | NON-CYC | 450 SCFM ≈ 765 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| R-DRY 130 FINI · R-DRY | NON-CYC | 455 SCFM 780 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ED 780 OMI · Easy Dryers (ED) | NON-CYC | 459 SCFM 780 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD130F CompAir · CD (F) | NON-CYC | ≈ 459 SCFM 780 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD130FW CompAir · CD (FW) | NON-CYC | ≈ 459 SCFM 780 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD130F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 459 SCFM 780 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D780IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 459 SCFM 780 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MNC-0470 Mattei · MNC | NON-CYC | 470 SCFM ≈ 799 m³/h | n/a | NA 60 Hz | |
| EGRD500 (230V) ELGi · EGRD | NON-CYC | 480 SCFM 815.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| EGRD500 (460V) ELGi · EGRD | NON-CYC | 480 SCFM 815.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAc 480 BEKO Technologies · DRYPOINT RAc | NON-CYC | 480 SCFM ≈ 816 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SPRPN 480 Sullivan-Palatek · SPRPN | NON-CYC | 480 SCFM ≈ 816 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| HRD 120 Hertz Kompressoren · HRD | NON-CYC | 487 SCFM 828 m³/h | ISO 4 n/a | EU 50 Hz | |
| DEiT 140 MTA · DE iTECH | NON-CYC | ≈ 494 SCFM 840 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ACT500UE Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| ACT500UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT500UE Purestream (Friulair) · FCT | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT500UQ Purestream (Friulair) · FCT | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| SRN-500 Sullair · SRN | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-500A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-500 Aircel · VF | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-0500A Altec AIR · RAD | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD500A4 Champion · CGD | NON-CYC | 500 SCFM 849 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB500A Deltech · DPRB | NON-CYC | 500 SCFM ≈ 850 m³/h | n/a | NA 60 Hz CSA | |
| XGNC500 Gardner Denver · XGNC | NON-CYC | 500 SCFM 850 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB500-A Hankison · HPRB | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA850 Ingersoll Rand · DA-IN 300–800 | NON-CYC | 500 SCFM 850 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| SPRPRN 500 Sullivan-Palatek · SPRPRN | NON-CYC | 500 SCFM ≈ 850 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Buran DC 0850 AB Donaldson · Buran DC AB | NON-CYC | ≈ 500 SCFM 850 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DRYPOINT RA III 870 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 512 SCFM 870 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 870 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 512 SCFM 870 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| MD 150 Mattei · MD | NON-CYC | 529.7 SCFM 900 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| FX 250 Atlas Copco · FX 5-300 | NON-CYC | 530 SCFM 900 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRY 1040 ABAC · DRY 20-1260 | NON-CYC | 530 SCFM 900 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 900 ALUP · ADQ 21-7200 | NON-CYC | 530 SCFM 900 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 530 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 530 SCFM 900 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 15000 MARK · MDX | NON-CYC | 530 SCFM 900 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 90 Worthington Creyssensac · DW | NON-CYC | 530 SCFM 900 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 15 Atlas Copco · FX 1-21 (former line) | NON-CYC | 530 SCFM 900 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| MKE-930 Mikropor · MKE | NON-CYC | ≈ 547 SCFM 930 m³/h | ISO 4 n/a | EU 50 Hz | |
| DRYPOINT RS HP 550 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 550 SCFM ≈ 934 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 550 BEKO Technologies · DRYPOINT RX | NON-CYC | 550 SCFM ≈ 934 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| MNC-0550 Mattei · MNC | NON-CYC | 550 SCFM ≈ 934 m³/h | n/a | NA 60 Hz | |
| CD160F CompAir · CD (F) | NON-CYC | ≈ 559 SCFM 949.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD160FW CompAir · CD (FW) | NON-CYC | ≈ 559 SCFM 949.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD160F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 559 SCFM 949.8 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D950IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 559 SCFM 950 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| DRYPOINT RA III 960 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 565 SCFM 960 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 960 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 565 SCFM 960 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DEiT 165 MTA · DE iTECH | NON-CYC | ≈ 583 SCFM 990 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| ED 990 HP OMI · High Pressure (ED HP) | NON-CYC HP | 583 SCFM 990 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| DD1000 OMI · Dolomite (DD) | NON-CYC | 588.6 SCFM 1,000 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| ED 1000 OMI · Easy Dryers (ED) | NON-CYC | 589 SCFM 1,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ACT600UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 600 SCFM ≈ 1,019 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT600UQ Purestream (Friulair) · FCT | NON-CYC | 600 SCFM ≈ 1,019 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD600 ELGi · EGRD | NON-CYC | 600 SCFM 1,019.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| VF-600 Aircel · VF | NON-CYC | 600 SCFM ≈ 1,019 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-0600A Altec AIR · RAD | NON-CYC | 600 SCFM ≈ 1,019 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD600A4 Champion · CGD | NON-CYC | 600 SCFM 1,019 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| CGD600W4 Champion · CGD | NON-CYC | 600 SCFM 1,019 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB600A Deltech · DPRB | NON-CYC | 600 SCFM ≈ 1,019 m³/h | n/a | NA 60 Hz CSA | |
| XGNC600 Gardner Denver · XGNC | NON-CYC | 600 SCFM 1,020 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB600-A Hankison · HPRB | NON-CYC | 600 SCFM ≈ 1,019 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA1020 Ingersoll Rand · DA-IN 300–800 | NON-CYC | 600 SCFM 1,020 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| SPRPRN 600 Sullivan-Palatek · SPRPRN | NON-CYC | 600 SCFM ≈ 1,019 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| MD 170 Mattei · MD | NON-CYC | 600.3 SCFM 1,020 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| R-DRY 180 FINI · R-DRY | NON-CYC | 630 SCFM 1,080 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DRYPOINT RA III 1080 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 636 SCFM 1,080 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 1080 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 636 SCFM 1,080 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| FX 300 Atlas Copco · FX 5-300 | NON-CYC | 636 SCFM 1,080 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRY 1260 ABAC · DRY 20-1260 | NON-CYC | 636 SCFM 1,080 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| ADQ 1080 ALUP · ADQ 21-7200 | NON-CYC | 636 SCFM 1,080 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| ADQ 1080 G ALUP · ADQ 21-7200 | NON-CYC | 636 SCFM 1,080 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 700 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 636 SCFM 1,080 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 18000 MARK · MDX | NON-CYC | 636 SCFM 1,080 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 108 Worthington Creyssensac · DW | NON-CYC | 636 SCFM 1,080 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 16 Atlas Copco · FX 1-21 (former line) | NON-CYC | 636 SCFM 1,080 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| HRD 130 Hertz Kompressoren · HRD | NON-CYC | 646 SCFM 1,098 m³/h | ISO 4 n/a | EU 50 Hz | |
| GRN-650A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 650 SCFM ≈ 1,104 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| MD 185 Mattei · MD | NON-CYC | 653.2 SCFM 1,110 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| DEiT 190 MTA · DE iTECH | NON-CYC | ≈ 671 SCFM 1,140 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RS HP 700 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 700 SCFM ≈ 1,189 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 700 BEKO Technologies · DRYPOINT RX | NON-CYC | 700 SCFM ≈ 1,189 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-700 Sullair · SRN | NON-CYC | 700 SCFM ≈ 1,189 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| XGNC700 Gardner Denver · XGNC | NON-CYC | 700 SCFM 1,190 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| DA1190 Ingersoll Rand · DA-IN 300–800 | NON-CYC | 700 SCFM 1,190 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| ED 1200 HP OMI · High Pressure (ED HP) | NON-CYC HP | 706 SCFM 1,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MKE-1200 Mikropor · MKE | NON-CYC | ≈ 706 SCFM 1,200 m³/h | ISO 4 n/a | EU 50 Hz | |
| MNC-0725 Mattei · MNC | NON-CYC | 725 SCFM ≈ 1,232 m³/h | n/a | NA 60 Hz | |
| R-DRY 210 FINI · R-DRY | NON-CYC | 735 SCFM 1,260 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DRYPOINT RA III 1300 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 742 SCFM 1,260 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 1300 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 742 SCFM 1,260 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| RAD-0750A Altec AIR · RAD | NON-CYC | 750 SCFM ≈ 1,274 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| ED 1300 OMI · Easy Dryers (ED) | NON-CYC | 765 SCFM 1,300 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| D1300IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 765 SCFM 1,300 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| DD1300 OMI · Dolomite (DD) | NON-CYC | 765.2 SCFM 1,300 m³/h | ISO 5 7 °C44.6 °F | EU 50 Hz | |
| CD216F CompAir · CD (F) | NON-CYC | ≈ 765 SCFM 1,300.2 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD216FW CompAir · CD (FW) | NON-CYC | ≈ 765 SCFM 1,300.2 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD216F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 765 SCFM 1,300.2 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| HRD 140 Hertz Kompressoren · HRD | NON-CYC | 770 SCFM 1,308 m³/h | ISO 4 n/a | EU 50 Hz | |
| ACT800UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 800 SCFM ≈ 1,359 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT800UQ Purestream (Friulair) · FCT | NON-CYC | 800 SCFM ≈ 1,359 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD750 ELGi · EGRD | NON-CYC | 800 SCFM 1,359 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RX 800 BEKO Technologies · DRYPOINT RX | NON-CYC | 800 SCFM ≈ 1,359 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-800 Sullair · SRN | NON-CYC | 800 SCFM ≈ 1,359 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-800A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 800 SCFM ≈ 1,359 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-800 Aircel · VF | NON-CYC | 800 SCFM ≈ 1,359 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| CGD800A4 Champion · CGD | NON-CYC | 800 SCFM 1,359 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| CGD800W4 Champion · CGD | NON-CYC | 800 SCFM 1,359 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB800A Deltech · DPRB | NON-CYC | 800 SCFM ≈ 1,359 m³/h | n/a | NA 60 Hz CSA | |
| XGNC800 Gardner Denver · XGNC | NON-CYC | 800 SCFM 1,360 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB800-A Hankison · HPRB | NON-CYC | 800 SCFM ≈ 1,359 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DA1360 Ingersoll Rand · DA-IN 300–800 | NON-CYC | 800 SCFM 1,360 m³/h | ISO 4 n/a | NA 60 Hz CSA | |
| SPRPRN 800 Sullivan-Palatek · SPRPRN | NON-CYC | 800 SCFM ≈ 1,359 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DEiT 230 MTA · DE iTECH | NON-CYC | ≈ 812 SCFM 1,380 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| MKE-1388 Mikropor · MKE | NON-CYC | ≈ 817 SCFM 1,388 m³/h | ISO 4 n/a | EU 50 Hz | |
| D1410IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 830 SCFM 1,410 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| R-DRY 240 FINI · R-DRY | NON-CYC | 840 SCFM 1,440 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ADQ 1440 ALUP · ADQ 21-7200 | NON-CYC | 848 SCFM 1,440 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 850 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 848 SCFM 1,440 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 24000 MARK · MDX | NON-CYC | 848 SCFM 1,440 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 144 Worthington Creyssensac · DW | NON-CYC | 848 SCFM 1,440 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 17 Atlas Copco · FX 1-21 (former line) | NON-CYC | 848 SCFM 1,440 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| MD 250 Mattei · MD | NON-CYC | 882.8 SCFM 1,500 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| DRYPOINT RA III 1490 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 883 SCFM 1,500 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 1490 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 883 SCFM 1,500 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| CD250F CompAir · CD (F) | NON-CYC | ≈ 883 SCFM 1,500 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD250FW CompAir · CD (FW) | NON-CYC | ≈ 883 SCFM 1,500 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD250F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 883 SCFM 1,500 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ED 1500 OMI · Easy Dryers (ED) | NON-CYC | 883 SCFM 1,500 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| EGRD900 ELGi · EGRD | NON-CYC | 900 SCFM 1,529.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RS HP 900 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 900 SCFM ≈ 1,529 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SFD 1600 OMI · Sub Freezing (SFD) | NON-CYC | 942 SCFM 1,600 m³/h | ISO 3 -20 °C-4 °F | EU 50 Hz | |
| MNC-0950 Mattei · MNC | NON-CYC | 950 SCFM ≈ 1,614 m³/h | n/a | NA 60 Hz | |
| DEiT 270 MTA · DE iTECH | NON-CYC | ≈ 954 SCFM 1,620 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| HRD 150 Hertz Kompressoren · HRD | NON-CYC | 957 SCFM 1,626 m³/h | ISO 4 n/a | EU 50 Hz | |
| ACT1000UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT1000UQ Purestream (Friulair) · FCT | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD1100 ELGi · EGRD | NON-CYC | 1,000 SCFM 1,699.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RX 1000 BEKO Technologies · DRYPOINT RX | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-1000 Sullair · SRN | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-1000A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-1000 Aircel · VF | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-1000A Altec AIR · RAD | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| CGD1000A4 Champion · CGD | NON-CYC | 1,000 SCFM 1,699 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| CGD1000W4 Champion · CGD | NON-CYC | 1,000 SCFM 1,699 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB1000A Deltech · DPRB | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | n/a | NA 60 Hz CSA | |
| XGNC1000 Gardner Denver · XGNC | NON-CYC | 1,000 SCFM 1,700 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB1000-A Hankison · HPRB | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| SPRPRN 1000 Sullivan-Palatek · SPRPRN | NON-CYC | 1,000 SCFM ≈ 1,699 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| ED 1800 OMI · Easy Dryers (ED) | NON-CYC | 1,059 SCFM 1,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ADQ 1800 ALUP · ADQ 21-7200 | NON-CYC | 1,059 SCFM 1,800 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 1000 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 1,059 SCFM 1,800 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| DW 180 Worthington Creyssensac · DW | NON-CYC | 1,059 SCFM 1,800 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| CD300F CompAir · CD (F) | NON-CYC | ≈ 1,059 SCFM 1,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD300FW CompAir · CD (FW) | NON-CYC | ≈ 1,059 SCFM 1,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD300F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 1,059 SCFM 1,800 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MKE-1800 Mikropor · MKE | NON-CYC | ≈ 1,059 SCFM 1,800 m³/h | ISO 4 n/a | EU 50 Hz | |
| MDX 30000 MARK · MDX | NON-CYC | 1,060 SCFM 1,800 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| FX 18 Atlas Copco · FX 1-21 (former line) | NON-CYC | 1,060 SCFM 1,800 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| D1890IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 1,112 SCFM 1,890 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| DRYPOINT RA III 1900 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 1,118 SCFM 1,900 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 1900 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 1,118 SCFM 1,900 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| R-DRY 320 FINI · R-DRY | NON-CYC | 1,120 SCFM 1,920 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| DEiT 320 MTA · DE iTECH | NON-CYC | ≈ 1,130 SCFM 1,920 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| MNC-1150 Mattei · MNC | NON-CYC | 1,150 SCFM ≈ 1,954 m³/h | n/a | NA 60 Hz | |
| GRN-1200A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 1,200 SCFM ≈ 2,039 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-1200 Aircel · VF | NON-CYC | 1,200 SCFM ≈ 2,039 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| CGD1200A4 Champion · CGD | NON-CYC | 1,200 SCFM 2,038 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| CGD1200W4 Champion · CGD | NON-CYC | 1,200 SCFM 2,038 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| DPRB1200A Deltech · DPRB | NON-CYC | 1,200 SCFM ≈ 2,039 m³/h | n/a | NA 60 Hz CSA | |
| XGNC1200 Gardner Denver · XGNC | NON-CYC | 1,200 SCFM 2,040 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| HPRB1200-A Hankison · HPRB | NON-CYC | 1,200 SCFM ≈ 2,039 m³/h | ISO 5–6 n/a | NA 60 Hz CSA | |
| MD 350 Mattei · MD | NON-CYC | 1,235.9 SCFM 2,100 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| ADQ 2100 ALUP · ADQ 21-7200 | NON-CYC | 1,236 SCFM 2,100 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 1200 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 1,236 SCFM 2,100 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| DW 210 Worthington Creyssensac · DW | NON-CYC | 1,236 SCFM 2,100 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 19 Atlas Copco · FX 1-21 (former line) | NON-CYC | 1,236 SCFM 2,098.8 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| MDX 35000 MARK · MDX | NON-CYC | 1,237 SCFM 2,100 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| ACT1250UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 1,250 SCFM ≈ 2,124 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT1250UQ Purestream (Friulair) · FCT | NON-CYC | 1,250 SCFM ≈ 2,124 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD1254 ELGi · EGRD | NON-CYC | 1,250 SCFM 2,124 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| RAD-1250A Altec AIR · RAD | NON-CYC | 1,250 SCFM ≈ 2,124 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| SPRPRN 1250 Sullivan-Palatek · SPRPRN | NON-CYC | 1,250 SCFM ≈ 2,124 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| HRD 160 Hertz Kompressoren · HRD | NON-CYC | 1,296 SCFM 2,202 m³/h | ISO 4 n/a | EU 50 Hz | |
| DRYPOINT RS HP 1300 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 1,300 SCFM ≈ 2,209 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 1300 BEKO Technologies · DRYPOINT RX | NON-CYC | 1,300 SCFM ≈ 2,209 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| ED 2250 OMI · Easy Dryers (ED) | NON-CYC | 1,324 SCFM 2,250 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD375F CompAir · CD (F) | NON-CYC | ≈ 1,324 SCFM 2,250 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD375FW CompAir · CD (FW) | NON-CYC | ≈ 1,324 SCFM 2,250 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD375F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 1,324 SCFM 2,250 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MNC-1350 Mattei · MNC | NON-CYC | 1,350 SCFM ≈ 2,294 m³/h | n/a | NA 60 Hz | |
| DRYPOINT RS HP 1400 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 1,400 SCFM ≈ 2,379 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-1400 Sullair · SRN | NON-CYC | 1,400 SCFM ≈ 2,379 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| DRYPOINT RA III 2400 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 1,413 SCFM 2,400 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 2400 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 1,413 SCFM 2,400 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| MD 410 Mattei · MD | NON-CYC | 1,447.7 SCFM 2,460 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| MKE-2500 Mikropor · MKE | NON-CYC | ≈ 1,471 SCFM 2,500 m³/h | ISO 4 n/a | EU 50 Hz | |
| D2520IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 1,483 SCFM 2,520 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ACT1500UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 1,500 SCFM ≈ 2,549 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT1500UQ Purestream (Friulair) · FCT | NON-CYC | 1,500 SCFM ≈ 2,549 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD1552 ELGi · EGRD | NON-CYC | 1,500 SCFM 2,548.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RX 1500 BEKO Technologies · DRYPOINT RX | NON-CYC | 1,500 SCFM ≈ 2,549 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| GRN-1500A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 1,500 SCFM ≈ 2,549 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| RAD-1500A-M Altec AIR · RAD | NON-CYC | 1,500 SCFM ≈ 2,549 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| SPRPRN 1500 Sullivan-Palatek · SPRPRN | NON-CYC | 1,500 SCFM ≈ 2,549 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| FX 19.5 Atlas Copco · FX 1-21 (former line) | NON-CYC | 1,527 SCFM 2,700 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| ED 2600 OMI · Easy Dryers (ED) | NON-CYC | 1,530 SCFM 2,600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD430F CompAir · CD (F) | NON-CYC | ≈ 1,530 SCFM 2,599.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD430FW CompAir · CD (FW) | NON-CYC | ≈ 1,530 SCFM 2,599.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD430F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 1,530 SCFM 2,599.8 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| R-DRY 440 FINI · R-DRY | NON-CYC | 1,540 SCFM 2,640 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| HRD 170 Hertz Kompressoren · HRD | NON-CYC | 1,543 SCFM 2,622 m³/h | ISO 4 n/a | EU 50 Hz | |
| ADQ 2700 ALUP · ADQ 21-7200 | NON-CYC | 1,589 SCFM 2,700 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 1500 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 1,589 SCFM 2,700 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 45000 MARK · MDX | NON-CYC | 1,589 SCFM 2,700 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 270 Worthington Creyssensac · DW | NON-CYC | 1,589 SCFM 2,700 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| SRN-1600 Sullair · SRN | NON-CYC | 1,600 SCFM ≈ 2,718 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| VF-1600 Aircel · VF | NON-CYC | 1,600 SCFM ≈ 2,718 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| XGNC1600 Gardner Denver · XGNC | NON-CYC | 1,600 SCFM 2,718 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| MKE-2775 Mikropor · MKE | NON-CYC | ≈ 1,633 SCFM 2,775 m³/h | ISO 4 n/a | EU 50 Hz | |
| MD 480 Mattei · MD | NON-CYC | 1,694.9 SCFM 2,880 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| DRYPOINT RS HP 1700 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 1,700 SCFM ≈ 2,888 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| DRYPOINT RX 1700 BEKO Technologies · DRYPOINT RX | NON-CYC | 1,700 SCFM ≈ 2,888 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| ACT1750UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 1,750 SCFM ≈ 2,973 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT1750UQ Purestream (Friulair) · FCT | NON-CYC | 1,750 SCFM ≈ 2,973 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD1750 ELGi · EGRD | NON-CYC | 1,750 SCFM 2,973 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| GRN-1750A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 1,750 SCFM ≈ 2,973 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| MNC-1750 Mattei · MNC | NON-CYC | 1,750 SCFM ≈ 2,973 m³/h | n/a | NA 60 Hz | |
| SPRPRN 1750 Sullivan-Palatek · SPRPRN | NON-CYC | 1,750 SCFM ≈ 2,973 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| DRYPOINT RA III 3000 AC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 1,766 SCFM 3,000 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RA III 3000 WC BEKO Technologies · DRYPOINT RA III | NON-CYC | ≈ 1,766 SCFM 3,000 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| D3000IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 1,766 SCFM 3,000 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ADQ 3000 ALUP · ADQ 21-7200 | NON-CYC | 1,766 SCFM 3,000 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 1700 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 1,766 SCFM 3,000 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 50000 MARK · MDX | NON-CYC | 1,766 SCFM 3,000 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 300 Worthington Creyssensac · DW | NON-CYC | 1,766 SCFM 3,000 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| FX 20 Atlas Copco · FX 1-21 (former line) | NON-CYC | 1,766 SCFM 2,998.8 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| HRD 180 Hertz Kompressoren · HRD | NON-CYC | 1,850 SCFM 3,144 m³/h | ISO 4 n/a | EU 50 Hz | |
| ED 3200 OMI · Easy Dryers (ED) | NON-CYC | 1,880 SCFM 3,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CDA533F CompAir · CD (F) | NON-CYC | ≈ 1,883 SCFM 3,199.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CDA533FW CompAir · CD (FW) | NON-CYC | ≈ 1,883 SCFM 3,199.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD533F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 1,883 SCFM 3,199.8 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MKE-3330 Mikropor · MKE | NON-CYC | ≈ 1,960 SCFM 3,330 m³/h | ISO 4 n/a | EU 50 Hz | |
| ACT2000UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT2000UQ Purestream (Friulair) · FCT | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD2000 ELGi · EGRD | NON-CYC | 2,000 SCFM 3,397.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 2000 BEKO Technologies · DRYPOINT RAx | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-2000 Sullair · SRN | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-2000A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| VF-2000 Aircel · VF | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 5 ≈ 3.3–37.8 °C37.9–100 °F | NA 60 Hz | |
| RAD-2000A-M Altec AIR · RAD | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| MNC-2000 Mattei · MNC | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | n/a | NA 60 Hz | |
| SPRPRN 2000 Sullivan-Palatek · SPRPRN | NON-CYC | 2,000 SCFM ≈ 3,398 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| HRD 190 Hertz Kompressoren · HRD | NON-CYC | 2,175 SCFM 3,696 m³/h | ISO 4 n/a | EU 50 Hz | |
| MD 620 Mattei · MD | NON-CYC | 2,189.3 SCFM 3,720 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| ADQ 3740 ALUP · ADQ 21-7200 | NON-CYC | 2,204 SCFM 3,744 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 2200 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 2,204 SCFM 3,744 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| DW 374 Worthington Creyssensac · DW | NON-CYC | 2,204 SCFM 3,744 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| R-DRY 640 FINI · R-DRY | NON-CYC | 2,240 SCFM 3,840 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| GRN-2250A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 2,250 SCFM ≈ 3,823 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| DRYPOINT RS HP 2300 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 2,300 SCFM ≈ 3,908 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| MKE-3915 Mikropor · MKE | NON-CYC | ≈ 2,304 SCFM 3,915 m³/h | ISO 4 n/a | EU 50 Hz | |
| D4620IN-W Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 2,324 SCFM 3,948 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| FX 21 Atlas Copco · FX 1-21 (former line) | NON-CYC | 2,374 SCFM 4,197.6 m³/h | ISO 4–5 ≈ 3–5 °C37.4–41 °F | WORLD 60 Hz 50 Hz | |
| SRN-2400 Sullair · SRN | NON-CYC | 2,400 SCFM ≈ 4,078 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| ADQ 4200 ALUP · ADQ 21-7200 | NON-CYC | 2,472 SCFM 4,200 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 2500 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 2,472 SCFM 4,200 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 70000 MARK · MDX | NON-CYC | 2,472 SCFM 4,200 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 420 Worthington Creyssensac · DW | NON-CYC | 2,472 SCFM 4,200 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| CDA700F CompAir · CD (F) | NON-CYC | ≈ 2,472 SCFM 4,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CDA700FW CompAir · CD (FW) | NON-CYC | ≈ 2,472 SCFM 4,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD700F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 2,472 SCFM 4,200 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D4200IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 2,472 SCFM 4,200 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ED 4200 OMI · Easy Dryers (ED) | NON-CYC | 2,474 SCFM 4,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ACT2500UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 2,500 SCFM ≈ 4,248 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT2500UQ Purestream (Friulair) · FCT | NON-CYC | 2,500 SCFM ≈ 4,248 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD2900 ELGi · EGRD | NON-CYC | 2,500 SCFM 4,247.4 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 2500 BEKO Technologies · DRYPOINT RAx | NON-CYC | 2,500 SCFM ≈ 4,248 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| GRN-2500A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 2,500 SCFM ≈ 4,248 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| RAD-2500A-M Altec AIR · RAD | NON-CYC | 2,500 SCFM ≈ 4,248 m³/h | ISO 4–5 n/a | NA 60 Hz | |
| SPRPRN 2500 Sullivan-Palatek · SPRPRN | NON-CYC | 2,500 SCFM ≈ 4,248 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| ED 4800 OMI · Easy Dryers (ED) | NON-CYC | 2,825 SCFM 4,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| HRD 200 Hertz Kompressoren · HRD | NON-CYC | 2,825 SCFM 4,800 m³/h | ISO 4 n/a | EU 50 Hz | |
| CDA800F CompAir · CD (F) | NON-CYC | ≈ 2,825 SCFM 4,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CDA800FW CompAir · CD (FW) | NON-CYC | ≈ 2,825 SCFM 4,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD800F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 2,825 SCFM 4,800 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D4800IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 2,825 SCFM 4,800 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MD 810 Mattei · MD | NON-CYC | 2,860.2 SCFM 4,860 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| DRYPOINT RS HP 2900 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 2,900 SCFM ≈ 4,927 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| ADQ 5040 ALUP · ADQ 21-7200 | NON-CYC | 2,966 SCFM 5,040 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 3000 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 2,966 SCFM 5,040 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| MDX 84000 MARK · MDX | NON-CYC | 2,966 SCFM 5,040 m³/h | ISO 5 ≈ 4 °C39.2 °F | EU 50 Hz | |
| DW 504 Worthington Creyssensac · DW | NON-CYC | 2,966 SCFM 5,040 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| D5400IN-W Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 2,969 SCFM 5,045 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MKE-5085 Mikropor · MKE | NON-CYC | ≈ 2,993 SCFM 5,085 m³/h | ISO 4 n/a | EU 50 Hz | |
| ACT3000UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 3,000 SCFM ≈ 5,097 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT3000UQ Purestream (Friulair) · FCT | NON-CYC | 3,000 SCFM ≈ 5,097 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD3000 ELGi · EGRD | NON-CYC | 3,000 SCFM 5,097 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 3000 BEKO Technologies · DRYPOINT RAx | NON-CYC | 3,000 SCFM ≈ 5,097 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-3000 Sullair · SRN | NON-CYC | 3,000 SCFM ≈ 5,097 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| GRN-3000A-t (3-ph) Great Lakes Air · GRN | NON-CYC | 3,000 SCFM ≈ 5,097 m³/h | ISO 5–6 ≈ 3.9–10 °C39–50 °F | NA 60 Hz CSA | |
| SPRPRN 3000 Sullivan-Palatek · SPRPRN | NON-CYC | 3,000 SCFM ≈ 5,097 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| ED 5300 OMI · Easy Dryers (ED) | NON-CYC | 3,119 SCFM 5,300 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MD 900 Mattei · MD | NON-CYC | 3,178 SCFM 5,400 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| CD900F CompAir · CD (F) | NON-CYC | ≈ 3,178 SCFM 5,400 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD900FW CompAir · CD (FW) | NON-CYC | ≈ 3,178 SCFM 5,400 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD900F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 3,178 SCFM 5,400 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D5400IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 3,178 SCFM 5,400 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| HRD 210 Hertz Kompressoren · HRD | NON-CYC | 3,249 SCFM 5,520 m³/h | ISO 4 n/a | EU 50 Hz | |
| MKE-5850 Mikropor · MKE | NON-CYC | ≈ 3,443 SCFM 5,850 m³/h | ISO 4 n/a | EU 50 Hz | |
| ADQ 5940 ALUP · ADQ 21-7200 | NON-CYC | 3,496 SCFM 5,940 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 3500 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 3,496 SCFM 5,940 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| DW 594 Worthington Creyssensac · DW | NON-CYC | 3,496 SCFM 5,940 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| DRYPOINT RS HP 3500 BEKO Technologies · DRYPOINT RS HP | NON-CYC HP | 3,500 SCFM ≈ 5,947 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| ED 6000 OMI · Easy Dryers (ED) | NON-CYC | 3,531 SCFM 6,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD1000F CompAir · CD (F) | NON-CYC | ≈ 3,531 SCFM 6,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD1000FW CompAir · CD (FW) | NON-CYC | ≈ 3,531 SCFM 6,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| D6600IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 3,627 SCFM 6,162 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D6600IN-W Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 3,733 SCFM 6,343 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ACT3750UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 3,750 SCFM ≈ 6,371 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT3750UQ Purestream (Friulair) · FCT | NON-CYC | 3,750 SCFM ≈ 6,371 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| SRN-3800 Sullair · SRN | NON-CYC | 3,800 SCFM ≈ 6,456 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| HRD 220 Hertz Kompressoren · HRD | NON-CYC | 3,874 SCFM 6,582 m³/h | ISO 4 n/a | EU 50 Hz | |
| ACT4000UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 4,000 SCFM ≈ 6,796 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT4000UQ Purestream (Friulair) · FCT | NON-CYC | 4,000 SCFM ≈ 6,796 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD4000 ELGi · EGRD | NON-CYC | 4,000 SCFM 6,796.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 4000 BEKO Technologies · DRYPOINT RAx | NON-CYC | 4,000 SCFM ≈ 6,796 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SPRPRN 4000 Sullivan-Palatek · SPRPRN | NON-CYC | 4,000 SCFM ≈ 6,796 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| ED 8800 OMI · Easy Dryers (ED) | NON-CYC | 4,002 SCFM 6,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MKE-6975 Mikropor · MKE | NON-CYC | ≈ 4,046 SCFM 6,875 m³/h | ISO 4 n/a | EU 50 Hz | |
| MD 1200 Mattei · MD | NON-CYC | 4,237.3 SCFM 7,200 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| ADQ 7200 ALUP · ADQ 21-7200 | NON-CYC | 4,238 SCFM 7,200 m³/h | ISO 4 4 °C39.2 °F | EU 50 Hz | |
| CPX 4200 Chicago Pneumatic · CPX 10-4200 | NON-CYC | 4,238 SCFM 7,200 m³/h | ISO 5 ≈ 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| DW 720 Worthington Creyssensac · DW | NON-CYC | 4,238 SCFM 7,200 m³/h | ISO 4 4 °C39.2 °F | WORLD 60 Hz 50 Hz | |
| HRD 230 Hertz Kompressoren · HRD | NON-CYC | 4,375 SCFM 7,434 m³/h | ISO 4 n/a | EU 50 Hz | |
| D9000IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 4,604 SCFM 7,822 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MKE-7875 Mikropor · MKE | NON-CYC | ≈ 4,635 SCFM 7,875 m³/h | ISO 4 n/a | EU 50 Hz | |
| D9000IN-W Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 4,648 SCFM 7,897 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ACT5000UQ Purestream (Friulair) · ACT (→ FCT) | NON-CYC | 5,000 SCFM ≈ 8,495 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| FCT5000UQ Purestream (Friulair) · FCT | NON-CYC | 5,000 SCFM ≈ 8,495 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz cETLus | |
| EGRD5000 ELGi · EGRD | NON-CYC | 5,000 SCFM 8,494.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 5000 BEKO Technologies · DRYPOINT RAx | NON-CYC | 5,000 SCFM ≈ 8,495 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-5000 Sullair · SRN | NON-CYC | 5,000 SCFM ≈ 8,495 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| SPRPRN 5000 Sullivan-Palatek · SPRPRN | NON-CYC | 5,000 SCFM ≈ 8,495 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| HRD 240 Hertz Kompressoren · HRD | NON-CYC | 5,001 SCFM 8,496 m³/h | ISO 4 n/a | EU 50 Hz | |
| ED 10000 OMI · Easy Dryers (ED) | NON-CYC | 5,179 SCFM 8,800 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD1460F CompAir · CD (F) | NON-CYC | ≈ 5,180 SCFM 8,800.2 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD1460FW CompAir · CD (FW) | NON-CYC | ≈ 5,180 SCFM 8,800.2 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD1460F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 5,180 SCFM 8,800.2 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| MD 1500 Mattei · MD | NON-CYC | 5,197.7 SCFM 8,832 m³/h | ISO 4 ≈ 3 °C37.4 °F | WORLD 50 Hz | |
| MKE-9000 Mikropor · MKE | NON-CYC | ≈ 5,297 SCFM 9,000 m³/h | ISO 4 n/a | EU 50 Hz | |
| CD1600F CompAir · CD (F) | NON-CYC | ≈ 5,650 SCFM 9,600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD1600FW CompAir · CD (FW) | NON-CYC | ≈ 5,650 SCFM 9,600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD1600F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 5,650 SCFM 9,600 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| HRD 250 Hertz Kompressoren · HRD | NON-CYC | 5,834 SCFM 9,912 m³/h | ISO 4 n/a | EU 50 Hz | |
| D11400IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 5,858 SCFM 9,952 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| ED 12000 OMI · Easy Dryers (ED) | NON-CYC | 5,886 SCFM 10,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| D11400IN-W Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 5,952 SCFM 10,113 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| EGRD6000 ELGi · EGRD | NON-CYC | 6,000 SCFM 10,194 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 6000 BEKO Technologies · DRYPOINT RAx | NON-CYC | 6,000 SCFM ≈ 10,194 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SRN-6000 Sullair · SRN | NON-CYC | 6,000 SCFM ≈ 10,194 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA 60 Hz CSA CRN | |
| SPRPRN 6000 Sullivan-Palatek · SPRPRN | NON-CYC | 6,000 SCFM ≈ 10,194 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| MKE-10500 Mikropor · MKE | NON-CYC | ≈ 6,180 SCFM 10,500 m³/h | ISO 4 n/a | EU 50 Hz | |
| CD1920F CompAir · CD (F) | NON-CYC | ≈ 6,769 SCFM 11,500.2 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD1920FW CompAir · CD (FW) | NON-CYC | ≈ 6,769 SCFM 11,500.2 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD1920F Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 6,769 SCFM 11,500.2 m³/h | ISO 4 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| HRD 260 Hertz Kompressoren · HRD | NON-CYC | 6,946 SCFM 11,802 m³/h | ISO 4 n/a | EU 50 Hz | |
| ED 17600 OMI · Easy Dryers (ED) | NON-CYC | 7,063 SCFM 12,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| MKE-12500 Mikropor · MKE | NON-CYC | ≈ 7,357 SCFM 12,500 m³/h | ISO 4 n/a | EU 50 Hz | |
| EGRD7500 ELGi · EGRD | NON-CYC | 7,500 SCFM 12,742.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 7500 BEKO Technologies · DRYPOINT RAx | NON-CYC | 7,500 SCFM ≈ 12,743 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SPRPRN 7500 Sullivan-Palatek · SPRPRN | NON-CYC | 7,500 SCFM ≈ 12,743 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| D13500IN-A Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 7,517 SCFM 12,772 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| D13500IN-W Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 7,579 SCFM 12,876 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| EGRD8000 ELGi · EGRD | NON-CYC | 8,000 SCFM 13,591.8 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 8000 BEKO Technologies · DRYPOINT RAx | NON-CYC | 8,000 SCFM ≈ 13,592 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SPRPRN 8000 Sullivan-Palatek · SPRPRN | NON-CYC | 8,000 SCFM ≈ 13,592 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| ED 20000 OMI · Easy Dryers (ED) | NON-CYC | 8,005 SCFM 13,600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| EGRD10000 ELGi · EGRD | NON-CYC | 10,000 SCFM 16,990.2 m³/h | ISO 5 ≈ 3.3–5 °C37.9–41 °F | NA 60 Hz CRN | |
| DRYPOINT RAx 10000 BEKO Technologies · DRYPOINT RAx | NON-CYC | 10,000 SCFM ≈ 16,990 m³/h | ISO 4–5 2.8–7.2 °C37–45 °F | NA CSA | |
| SPRPRN 10000 Sullivan-Palatek · SPRPRN | NON-CYC | 10,000 SCFM ≈ 16,990 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| CD2920F CompAir · CD (F) | NON-CYC | ≈ 10,359 SCFM 17,599.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD2920FW CompAir · CD (FW) | NON-CYC | ≈ 10,359 SCFM 17,599.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ED 24000 OMI · Easy Dryers (ED) | NON-CYC | 10,359 SCFM 17,600 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| D18000IN-W Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 10,604 SCFM 18,017 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| CD3200F CompAir · CD (F) | NON-CYC | ≈ 11,301 SCFM 19,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD3200FW CompAir · CD (FW) | NON-CYC | ≈ 11,301 SCFM 19,200 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ED 20000 (2e ligne) OMI · Easy Dryers (ED) | NON-CYC | 11,772 SCFM 20,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| D22800IN-W Ingersoll Rand · D-IN (EU 50 Hz) | NON-CYC | ≈ 13,421 SCFM 22,802 m³/h | ISO 4–5 3–7 °C37.4–44.6 °F | EU 50 Hz | |
| CD3840F CompAir · CD (F) | NON-CYC | ≈ 13,537 SCFM 22,999.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD3840FW CompAir · CD (FW) | NON-CYC | ≈ 13,537 SCFM 22,999.8 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| GDD2920F–GDD3840F (mentionnés) Gardner Denver · GDD F (APAC) | NON-CYC | ≈ 13,561 SCFM 23,040 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| ED 24000 (2e ligne) OMI · Easy Dryers (ED) | NON-CYC | 14,126 SCFM 24,000 m³/h | ISO 4 3 °C37.4 °F | EU 50 Hz | |
| CD30VS CompAir · CD-VS | VSD | 1.1 SCFM 1.8 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| CD36VS CompAir · CD-VS | VSD | 1.3 SCFM 2.2 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| CD40VS CompAir · CD-VS | VSD | 1.4 SCFM 2.4 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| CD50VS CompAir · CD-VS | VSD | 1.8 SCFM 3 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| CD60VS CompAir · CD-VS | VSD | 2.1 SCFM 3.6 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| CD72VS CompAir · CD-VS | VSD | 2.6 SCFM 4.4 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| CD90VS CompAir · CD-VS | VSD | 3.2 SCFM 5.4 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| CD110VS CompAir · CD-VS | VSD | 3.9 SCFM 6.6 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| CD120VS CompAir · CD-VS | VSD | 4.2 SCFM 7.2 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| CD150VS CompAir · CD-VS | VSD | 5.2 SCFM 8.8 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| FD 100 VSD Atlas Copco · FD VSD 100-300 | VSD | 212 SCFM 360 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| AC 200 VSD Pneumatech · AC VSD | VSD | 212 SCFM 360 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| FD 140 VSD Atlas Copco · FD VSD 100-300 | VSD | 297 SCFM 504 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| AC 300 VSD Pneumatech · AC VSD | VSD | 297 SCFM 500 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| FD 180 VSD Atlas Copco · FD VSD 100-300 | VSD | 381 SCFM 648 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| AC 400 VSD Pneumatech · AC VSD | VSD | 381 SCFM 650 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| FD 220 VSD Atlas Copco · FD VSD 100-300 | VSD | 466 SCFM 792 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| AC 450 VSD Pneumatech · AC VSD | VSD | 466 SCFM 790 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| FD 260 VSD Atlas Copco · FD VSD 100-300 | VSD | 551 SCFM 936 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| AC 550 VSD Pneumatech · AC VSD | VSD | 551 SCFM 940 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| FD 300 VSD Atlas Copco · FD VSD 100-300 | VSD | 636 SCFM 1,080 m³/h | ISO 4 3 °C37.4 °F | WORLD 60 Hz 50 Hz | |
| AC 630 VSD Pneumatech · AC VSD | VSD | 636 SCFM 1,080 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| HRD VSD 130 Hertz Kompressoren · HRD VSD | VSD | 706 SCFM 1,200 m³/h | n/a | EU 50 Hz | |
| Boreas DV 1260 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 742 SCFM 1,260 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| CD21VS CompAir · CD-VS | VSD | 742 SCFM 1.3 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 60 Hz 50 Hz | |
| V-DRY 210 FINI · V-DRY | VSD | 742 SCFM 1,260 m³/h | n/a | EU 60 Hz 50 Hz | |
| AC 765 VSD Pneumatech · AC VSD | VSD | 763 SCFM 1,296 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| ACT800VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 800 SCFM ≈ 1,359 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT800VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 800 SCFM ≈ 1,359 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT800VS-UR/A Purestream (Friulair) · ACT VS | VSD | 800 SCFM ≈ 1,359 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT800VS-UR/W Purestream (Friulair) · ACT VS | VSD | 800 SCFM ≈ 1,359 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 800 Sullivan-Palatek · SPRVSD | VSD | 800 SCFM ≈ 1,359 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Boreas DV 1650 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 971 SCFM 1,650 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| AC 975 VSD Pneumatech · AC VSD | VSD | 975 SCFM 1,656 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| ACT1000VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1000VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1000VS-UR/A Purestream (Friulair) · ACT VS | VSD | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1000VS-UR/W Purestream (Friulair) · ACT VS | VSD | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 1000 Sullivan-Palatek · SPRVSD | VSD | 1,000 SCFM ≈ 1,699 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| V-DRY 300 FINI · V-DRY | VSD | 1,059 SCFM 1,800 m³/h | n/a | EU 60 Hz 50 Hz | |
| HRD VSD 150 Hertz Kompressoren · HRD VSD | VSD | 1,059 SCFM 1,800 m³/h | n/a | EU 50 Hz | |
| Boreas DV 1800 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 1,059 SCFM 1,800 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| AC 1125 VSD Pneumatech · AC VSD | VSD | 1,123 SCFM 1,908 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| Boreas DV 2000 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 1,177 SCFM 2,000 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ACT1250VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 1,250 SCFM ≈ 2,124 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1250VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 1,250 SCFM ≈ 2,124 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1250VS-UR/A Purestream (Friulair) · ACT VS | VSD | 1,250 SCFM ≈ 2,124 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1250VS-UR/W Purestream (Friulair) · ACT VS | VSD | 1,250 SCFM ≈ 2,124 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 1250 Sullivan-Palatek · SPRVSD | VSD | 1,250 SCFM ≈ 2,124 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| V-DRY 360 FINI · V-DRY | VSD | 1,299 SCFM 2,208 m³/h | n/a | EU 60 Hz 50 Hz | |
| Boreas DV 2300 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 1,354 SCFM 2,300 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| AC 1400 VSD Pneumatech · AC VSD | VSD | 1,398 SCFM 2,376 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| V-DRY 400 FINI · V-DRY | VSD | 1,412 SCFM 2,400 m³/h | n/a | EU 60 Hz 50 Hz | |
| ACT1500VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 1,500 SCFM ≈ 2,549 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1500VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 1,500 SCFM ≈ 2,549 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1500VS-UR/A Purestream (Friulair) · ACT VS | VSD | 1,500 SCFM ≈ 2,549 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1500VS-UR/W Purestream (Friulair) · ACT VS | VSD | 1,500 SCFM ≈ 2,549 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 1500 Sullivan-Palatek · SPRVSD | VSD | 1,500 SCFM ≈ 2,549 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| HRD VSD 170 Hertz Kompressoren · HRD VSD | VSD | 1,635 SCFM 2,778 m³/h | n/a | EU 50 Hz | |
| Boreas DV 2800 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 1,648 SCFM 2,800 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ACT1750VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 1,750 SCFM ≈ 2,973 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1750VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 1,750 SCFM ≈ 2,973 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1750VS-UR/A Purestream (Friulair) · ACT VS | VSD | 1,750 SCFM ≈ 2,973 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT1750VS-UR/W Purestream (Friulair) · ACT VS | VSD | 1,750 SCFM ≈ 2,973 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 1750 Sullivan-Palatek · SPRVSD | VSD | 1,750 SCFM ≈ 2,973 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| V-DRY 500 FINI · V-DRY | VSD | 1,765 SCFM 3,000 m³/h | n/a | EU 60 Hz 50 Hz | |
| AC 1865 VSD Pneumatech · AC VSD | VSD | 1,865 SCFM 3,168 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| ACT2000VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 2,000 SCFM ≈ 3,398 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT2000VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 2,000 SCFM ≈ 3,398 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT2000VS-UR/A Purestream (Friulair) · ACT VS | VSD | 2,000 SCFM ≈ 3,398 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT2000VS-UR/W Purestream (Friulair) · ACT VS | VSD | 2,000 SCFM ≈ 3,398 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 2000 Sullivan-Palatek · SPRVSD | VSD | 2,000 SCFM ≈ 3,398 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Boreas DV 3500 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 2,060 SCFM 3,500 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| V-DRY 600 FINI · V-DRY | VSD | 2,118 SCFM 3,600 m³/h | n/a | EU 60 Hz 50 Hz | |
| AC 2120 VSD Pneumatech · AC VSD | VSD | 2,119 SCFM 3,600 m³/h | ISO 4 n/a | WORLD 60 Hz 50 Hz | |
| HRD VSD 190 Hertz Kompressoren · HRD VSD | VSD | 2,306 SCFM 3,918 m³/h | n/a | EU 50 Hz | |
| ACT2500VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 2,500 SCFM ≈ 4,248 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT2500VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 2,500 SCFM ≈ 4,248 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT2500VS-UR/A Purestream (Friulair) · ACT VS | VSD | 2,500 SCFM ≈ 4,248 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT2500VS-UR/W Purestream (Friulair) · ACT VS | VSD | 2,500 SCFM ≈ 4,248 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 2500 Sullivan-Palatek · SPRVSD | VSD | 2,500 SCFM ≈ 4,248 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Boreas DV 4300 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 2,531 SCFM 4,300 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| V-DRY 720 FINI · V-DRY | VSD | 2,598 SCFM 4,416 m³/h | n/a | EU 60 Hz 50 Hz | |
| ACT3000VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 3,000 SCFM ≈ 5,097 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT3000VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 3,000 SCFM ≈ 5,097 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT3000VS-UR/A Purestream (Friulair) · ACT VS | VSD | 3,000 SCFM ≈ 5,097 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT3000VS-UR/W Purestream (Friulair) · ACT VS | VSD | 3,000 SCFM ≈ 5,097 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 3000 Sullivan-Palatek · SPRVSD | VSD | 3,000 SCFM ≈ 5,097 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| V-DRY 900 FINI · V-DRY | VSD | 3,177 SCFM 5,400 m³/h | n/a | EU 50 Hz | |
| Boreas DV 5500 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 3,237 SCFM 5,500 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| Boreas DV 6250 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 3,679 SCFM 6,250 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| ACT3750VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 3,750 SCFM ≈ 6,371 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT3750VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 3,750 SCFM ≈ 6,371 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT3750VS-UR/A Purestream (Friulair) · ACT VS | VSD | 3,750 SCFM ≈ 6,371 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT3750VS-UR/W Purestream (Friulair) · ACT VS | VSD | 3,750 SCFM ≈ 6,371 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 3750 Sullivan-Palatek · SPRVSD | VSD | 3,750 SCFM ≈ 6,371 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| V-DRY 1100 FINI · V-DRY | VSD | 3,897 SCFM 6,624 m³/h | n/a | EU 50 Hz | |
| ACT4000VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 4,000 SCFM ≈ 6,796 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT4000VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 4,000 SCFM ≈ 6,796 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT4000VS-UR/A Purestream (Friulair) · ACT VS | VSD | 4,000 SCFM ≈ 6,796 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT4000VS-UR/W Purestream (Friulair) · ACT VS | VSD | 4,000 SCFM ≈ 6,796 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 4000 Sullivan-Palatek · SPRVSD | VSD | 4,000 SCFM ≈ 6,796 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Boreas DV 7000 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 4,120 SCFM 7,000 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| V-DRY 1200 FINI · V-DRY | VSD | 4,237 SCFM 7,200 m³/h | n/a | EU 50 Hz | |
| ACT5000VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 5,000 SCFM ≈ 8,495 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT5000VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 5,000 SCFM ≈ 8,495 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT5000VS-UR/A Purestream (Friulair) · ACT VS | VSD | 5,000 SCFM ≈ 8,495 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT5000VS-UR/W Purestream (Friulair) · ACT VS | VSD | 5,000 SCFM ≈ 8,495 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 5000 Sullivan-Palatek · SPRVSD | VSD | 5,000 SCFM ≈ 8,495 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Boreas DV 8750 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 5,150 SCFM 8,750 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| V-DRY 1500 FINI · V-DRY | VSD | 5,196 SCFM 8,832 m³/h | n/a | EU 50 Hz | |
| ACT6000VS-UQ/A Purestream (Friulair) · ACT VS | VSD | 6,000 SCFM ≈ 10,194 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT6000VS-UQ/W Purestream (Friulair) · ACT VS | VSD | 6,000 SCFM ≈ 10,194 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT6000VS-UR/A Purestream (Friulair) · ACT VS | VSD | 6,000 SCFM ≈ 10,194 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| ACT6000VS-UR/W Purestream (Friulair) · ACT VS | VSD | 6,000 SCFM ≈ 10,194 m³/h | ISO 4 ≈ 3 °C37.4 °F | NA 60 Hz | |
| SPRVSD 6000 Sullivan-Palatek · SPRVSD | VSD | 6,000 SCFM ≈ 10,194 m³/h | ISO 4–5 n/a | NA 60 Hz CSA | |
| Boreas DV 10500 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 6,180 SCFM 10,500 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| Boreas DV 12500 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 7,357 SCFM 12,500 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| Boreas DV 14000 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 8,240 SCFM 14,000 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| Boreas DV 17500 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 10,300 SCFM 17,500 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| Boreas DV 21000 Donaldson · Boreas DV AVS/WVS | VSD | ≈ 12,360 SCFM 21,000 m³/h | ISO 4 ≈ 3 °C37.4 °F | EU 50 Hz | |
| AHT 20UP Purestream (Friulair) · AHT | HT | 20 SCFM ≈ 34 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 30UP Purestream (Friulair) · AHT | HT | 30 SCFM ≈ 51 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 40UP Purestream (Friulair) · AHT | HT | 40 SCFM ≈ 68 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 50UP Purestream (Friulair) · AHT | HT | 50 SCFM ≈ 85 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 75UP Purestream (Friulair) · AHT | HT | 75 SCFM ≈ 127 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 100UE Purestream (Friulair) · AHT | HT | 100 SCFM ≈ 170 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 100UP Purestream (Friulair) · AHT | HT | 100 SCFM ≈ 170 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 150UE Purestream (Friulair) · AHT | HT | 150 SCFM ≈ 255 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 150UP Purestream (Friulair) · AHT | HT | 150 SCFM ≈ 255 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 200UE Purestream (Friulair) · AHT | HT | 200 SCFM ≈ 340 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 250UE Purestream (Friulair) · AHT | HT | 250 SCFM ≈ 425 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 300UE Purestream (Friulair) · AHT | HT | 300 SCFM ≈ 510 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AHT 350UE Purestream (Friulair) · AHT | HT | 350 SCFM ≈ 595 m³/h | ISO 4–5 ≈ 3–7 °C37.4–44.6 °F | NA 60 Hz | |
| AES-600 Aircel · AES | ? | 600 SCFM ≈ 1,019 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-800 Aircel · AES | ? | 800 SCFM ≈ 1,359 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-1000 Aircel · AES | ? | 1,000 SCFM ≈ 1,699 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-1250 Aircel · AES | ? | 1,250 SCFM ≈ 2,124 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-1500 Aircel · AES | ? | 1,500 SCFM ≈ 2,549 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-1750 Aircel · AES | ? | 1,750 SCFM ≈ 2,973 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-2000 Aircel · AES | ? | 2,000 SCFM ≈ 3,398 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-2500 Aircel · AES | ? | 2,500 SCFM ≈ 4,248 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-3000 Aircel · AES | ? | 3,000 SCFM ≈ 5,097 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-3500 Aircel · AES | ? | 3,500 SCFM ≈ 5,947 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-4000 Aircel · AES | ? | 4,000 SCFM ≈ 6,796 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-4500 Aircel · AES | ? | 4,500 SCFM ≈ 7,646 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-5250 Aircel · AES | ? | 5,000 SCFM ≈ 8,495 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-6000 Aircel · AES | ? | 6,000 SCFM ≈ 10,194 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-7000 Aircel · AES | ? | 7,000 SCFM ≈ 11,893 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-8000 Aircel · AES | ? | 8,000 SCFM ≈ 13,592 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-8750 Aircel · AES | ? | 9,000 SCFM ≈ 15,291 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz | |
| AES-10000 Aircel · AES | ? | 10,000 SCFM ≈ 16,990 m³/h | ISO 4 3.3 °C37.9 °F | NA 60 Hz |
CYC = cycling · NON-CYC = non-cycling · VSD = variable speed · ISO n = ISO 8573-1 class (≈: derived from the published dew point). 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.
Onyx M3 equivalent · Smallest Purestream model (manufactured by Friulair) whose flow reaches the reference:
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. Refrigerated dryers reach classes 4 to 6; classes 1 to 3 call for desiccant (adsorption) or membrane 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
What is the difference between a cycling and a non-cycling refrigerated dryer?
A non-cycling dryer runs its refrigeration compressor continuously and controls temperature with a hot-gas bypass valve: its power draw stays roughly constant whatever the air load. A cycling dryer stores cold in a thermal mass and stops its refrigeration compressor once the mass is cold enough: power draw follows the actual load. A variable-speed (VSD) dryer adjusts the speed of its refrigeration compressor to the load.
Which ISO 8573-1 class does a refrigerated dryer reach?
ISO 8573-1 classifies humidity by pressure dew point: class 4 up to +3 °C (37.4 °F), class 5 up to +7 °C (44.6 °F), class 6 up to +10 °C (50 °F). A refrigerated dryer therefore sits between classes 4 and 6 depending on the dew point it guarantees. Classes 1 to 3 (−20 °C and below) require a desiccant or membrane dryer.
Why are two dryers with the same displayed flow not necessarily comparable?
A dryer’s flow depends on reference conditions: pressure, inlet temperature, ambient temperature and target dew point. In North America the usual reference is 100 psig, 100 °F inlet, 100 °F ambient and a 38 °F dew point; in Europe, ISO 7183 uses 7 bar, 35 °C inlet, 25 °C ambient and +3 °C. The comparison shows the range as published and links to the source: at different conditions, the manufacturer’s correction factors apply.
Where does the comparison data come from?
From each manufacturer’s public brochures and pages, taken as published, without re-rating. Each line page cites its sources. “n/a” means the source consulted does not document the value; a “derived” ISO class was calculated from the published dew point because the manufacturer does not state it.
Does Onyx M3 sell any of the dryers compared here?
One brand only: Onyx M3 Inc. is an independent compressed-air advisory that distributes Purestream dryers (manufactured by Friulair), included in the comparison under the same rules. It does not sell the other brands.
Equivalent equipment at Onyx M3
Purestream (Friulair) refrigerated dryers, distributed by Onyx M3 Inc.
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