Ingersoll Rand air dryers: lines, models and comparables (type, flow, dew point)

D-EC

NON-CYCCYC North America CSA

Recorded wording: D-EC cycling + non-cycling (NA)

Flow: 7 to 1,600 SCFM (12 to 2,700 m³/h)at the manufacturer’s reference conditions
Dew point: n/a
ISO 8573-1 class: n/a
Frequency: n/a
Voltages: 115 V (+ others n/a)
CSA · CRN: yes (CSA C22.2 No. 60335-1 / 60335-2-40) · n/a
Sources: Manufacturer’s page 1 Manufacturer’s page (DA-IN) Manufacturer’s page (DA-IT) Manufacturer’s page (D-NVC / DA-NVC 300–800) Manufacturer’s page (DA-IN 300–800)

Models

Model	Flow	Type	Dew point	ISO class	Voltage
DA12INA100DA-IN	7 SCFM≈ 12 m³/h	Non-cycling	n/a	n/a	115/1/60
DB17EC	10 SCFM≈ 17 m³/h	Cycling	n/a	Class 4	115/1/60
DA18INA100DA-IN	11 SCFM≈ 19 m³/h	Non-cycling	n/a	n/a	115/1/60
DA25INA100DA-IN	15 SCFM≈ 25 m³/h	Non-cycling	n/a	n/a	115/1/60
DA25ITA100DA-IT	15 SCFM25.5 m³/h	Non-cycling · Cycling · High inlet temperature	n/a	n/a	115/1/60
DB31EC	18 SCFM≈ 31 m³/h	Cycling	n/a	Class 4	115/1/60
DB43EC	25 SCFM≈ 42 m³/h	Cycling	n/a	Class 4	115/1/60
DA42INA100DA-IN	25 SCFM≈ 42 m³/h	Non-cycling	n/a	n/a	115/1/60
DA42ITA100DA-IT	25 SCFM42.5 m³/h	Non-cycling · Cycling · High inlet temperature	n/a	n/a	115/1/60
DA54INA100DA-IN	32 SCFM≈ 54 m³/h	Non-cycling	n/a	n/a	115/1/60
DB59EC	35 SCFM≈ 59 m³/h	Cycling	n/a	Class 4	115/1/60
DA60ITA100DA-IT	35 SCFM59.5 m³/h	Non-cycling · Cycling · High inlet temperature	n/a	n/a	115/1/60
DA72INA100DA-IN	42 SCFM≈ 71 m³/h	Non-cycling	n/a	n/a	115/1/60
DB85EC	50 SCFM≈ 85 m³/h	Cycling	n/a	Class 4	115/1/60
DA85INA100DA-IN	50 SCFM≈ 85 m³/h	Non-cycling	n/a	n/a	115/1/60
DA102ITA100DA-IT	60 SCFM101.9 m³/h	Non-cycling · Cycling · High inlet temperature	n/a	n/a	115/1/60
DB127EC	75 SCFM≈ 127 m³/h	Cycling	n/a	Class 4	115/1/60
DB127INADA-IN	75 SCFM≈ 127 m³/h	Non-cycling	n/a	n/a	115/1/60
DA136ITA100DA-IT	80 SCFM135.9 m³/h	Non-cycling · Cycling · High inlet temperature	n/a	n/a	115/1/60
DB170EC	100 SCFM≈ 170 m³/h	Cycling	n/a	Class 4	115/1/60; 230/1/60
DB170INADA-IN	100 SCFM≈ 170 m³/h	Non-cycling	n/a	n/a	115/1/60
DA170ITA100DA-IT	100 SCFM169.9 m³/h	Non-cycling · Cycling · High inlet temperature	n/a	n/a	115/1/60
DB212EC	125 SCFM≈ 212 m³/h	Cycling	n/a	Class 4	115/1/60; 230/1/60
DB255EC	150 SCFM≈ 255 m³/h	Cycling	n/a	Class 4	115/1/60; 230/1/60
DB255INADA-IN	150 SCFM≈ 255 m³/h	Non-cycling	n/a	n/a	115/1/60
DA340EC	200 SCFM≈ 340 m³/h	Cycling	n/a	Class 4	230/3/60; 460/3/60
DB340INADA-IN	200 SCFM≈ 340 m³/h	Non-cycling	n/a	n/a	115/1/60
DA420EC	250 SCFM≈ 425 m³/h	Cycling	n/a	Class 4	230/3/60; 460/3/60
DA420INADA-IN	250 SCFM≈ 425 m³/h	Non-cycling	n/a	n/a	115/1/60
DA510NVCAD-NVC / DA-NVC 300–800	300 SCFM510 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA510NVCWD-NVC / DA-NVC 300–800	300 SCFM510 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA510DA-IN 300–800	300 SCFM510 m³/h	Non-cycling	n/a	Class 4	460/3/60
DA680NVCAD-NVC / DA-NVC 300–800	400 SCFM680 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA680NVCWD-NVC / DA-NVC 300–800	400 SCFM680 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA680DA-IN 300–800	400 SCFM680 m³/h	Non-cycling	n/a	Class 4	460/3/60
DA850NVCAD-NVC / DA-NVC 300–800	500 SCFM850 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA850NVCWD-NVC / DA-NVC 300–800	500 SCFM850 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA850DA-IN 300–800	500 SCFM850 m³/h	Non-cycling	n/a	Class 4	460/3/60
DA1020NVCAD-NVC / DA-NVC 300–800	600 SCFM1,019 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA1020NVCWD-NVC / DA-NVC 300–800	600 SCFM1,019 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA1020DA-IN 300–800	600 SCFM1,020 m³/h	Non-cycling	n/a	Class 4	460/3/60
DA1190NVCAD-NVC / DA-NVC 300–800	700 SCFM1,189 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA1190NVCWD-NVC / DA-NVC 300–800	700 SCFM1,189 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA1190DA-IN 300–800	700 SCFM1,190 m³/h	Non-cycling	n/a	Class 4	460/3/60
DA1360NVCAD-NVC / DA-NVC 300–800	800 SCFM1,359 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA1360NVCWD-NVC / DA-NVC 300–800	800 SCFM1,359 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA1360DA-IN 300–800	800 SCFM1,360 m³/h	Non-cycling	n/a	Class 4	460/3/60
DA1700NVCAD-NVC / DA-NVC 1000–1600	1,000 SCFM1,699 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA1700NVCWD-NVC / DA-NVC 1000–1600	1,000 SCFM1,699 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA2040NVCAD-NVC / DA-NVC 1000–1600	1,200 SCFM2,039 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA2040NVCWD-NVC / DA-NVC 1000–1600	1,200 SCFM2,039 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA2720NVCAD-NVC / DA-NVC 1000–1600	1,600 SCFM2,718 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60
DA2720NVCWD-NVC / DA-NVC 1000–1600	1,600 SCFM2,718 m³/h	Cycling	3.9 °C (39 °F)	Class 5 (derived)	460/3/60

Comparable lines (8)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

D-IN / D-IT

NON-CYC ISO 4–5 Europe / international 50 Hz

Recorded wording: D-IN / D-IT non-cycling 50 Hz (EU)

Flow: ≤ 28,291 m³/h (≈ ≤ 16,652 SCFM)at the manufacturer’s reference conditions
Dew point: 3 to 7 °C (37.4 to 44.6 °F)Class 4 <3 °C / class 5 <7 °C (ISO 8573-1)
ISO 8573-1 class: Class 4 to 5
Frequency: 50 Hz
Voltages: 230/1/50 · 400/3/50
CSA · CRN: n/a · n/a
Sources: Manufacturer’s page

Models

All models: Type Non-cyclingDew point 3 to 7 °C (37.4 to 44.6 °F)ISO class Class 4 to 5

Model	Flow	Voltage
D12IN-AD-IN (EU 50 Hz)	≈ 6 SCFM9.6 m³/h	230/1/50
D25IN-AD-IN (EU 50 Hz)	≈ 12 SCFM20 m³/h	230/1/50
D42IN-AD-IN (EU 50 Hz)	≈ 20 SCFM33.6 m³/h	230/1/50
D54IN-AD-IN (EU 50 Hz)	≈ 25 SCFM43.2 m³/h	230/1/50
D72IN-AD-IN (EU 50 Hz)	≈ 34 SCFM57.6 m³/h	230/1/50
D108IN-AD-IN (EU 50 Hz)	≈ 51 SCFM86.4 m³/h	230/1/50
D144IN-AD-IN (EU 50 Hz)	≈ 68 SCFM115.2 m³/h	230/1/50
D180IN-AD-IN (EU 50 Hz)	≈ 85 SCFM144 m³/h	230/1/50
D240IN-AD-IN (EU 50 Hz)	≈ 113 SCFM192 m³/h	230/1/50
D300IN-AD-IN (EU 50 Hz)	≈ 141 SCFM240 m³/h	230/1/50
D360IN-AD-IN (EU 50 Hz)	≈ 170 SCFM288 m³/h	230/1/50
D480IN-AD-IN (EU 50 Hz)	≈ 226 SCFM384 m³/h	230/1/50
D600IN-AD-IN (EU 50 Hz)	≈ 353 SCFM600 m³/h	230/1/50
D780IN-AD-IN (EU 50 Hz)	≈ 459 SCFM780 m³/h	400/3/50
D950IN-AD-IN (EU 50 Hz)	≈ 559 SCFM950 m³/h	400/3/50
D1300IN-AD-IN (EU 50 Hz)	≈ 765 SCFM1,300 m³/h	400/3/50
D1410IN-AD-IN (EU 50 Hz)	≈ 830 SCFM1,410 m³/h	400/3/50
D1890IN-AD-IN (EU 50 Hz)	≈ 1,112 SCFM1,890 m³/h	400/3/50
D2520IN-AD-IN (EU 50 Hz)	≈ 1,483 SCFM2,520 m³/h	400/3/50
D3000IN-AD-IN (EU 50 Hz)	≈ 1,766 SCFM3,000 m³/h	400/3/50
D4620IN-WD-IN (EU 50 Hz)	≈ 2,324 SCFM3,948 m³/h	400/3/50
D4200IN-AD-IN (EU 50 Hz)	≈ 2,472 SCFM4,200 m³/h	400/3/50
D4800IN-AD-IN (EU 50 Hz)	≈ 2,825 SCFM4,800 m³/h	400/3/50
D5400IN-WD-IN (EU 50 Hz)	≈ 2,969 SCFM5,045 m³/h	400/3/50
D5400IN-AD-IN (EU 50 Hz)	≈ 3,178 SCFM5,400 m³/h	400/3/50
D6600IN-AD-IN (EU 50 Hz)	≈ 3,627 SCFM6,162 m³/h	400/3/50
D6600IN-WD-IN (EU 50 Hz)	≈ 3,733 SCFM6,343 m³/h	400/3/50
D9000IN-AD-IN (EU 50 Hz)	≈ 4,604 SCFM7,822 m³/h	400/3/50
D9000IN-WD-IN (EU 50 Hz)	≈ 4,648 SCFM7,897 m³/h	400/3/50
D11400IN-AD-IN (EU 50 Hz)	≈ 5,858 SCFM9,952 m³/h	400/3/50
D11400IN-WD-IN (EU 50 Hz)	≈ 5,952 SCFM10,113 m³/h	400/3/50
D13500IN-AD-IN (EU 50 Hz)	≈ 7,517 SCFM12,772 m³/h	400/3/50
D13500IN-WD-IN (EU 50 Hz)	≈ 7,579 SCFM12,876 m³/h	400/3/50
D18000IN-WD-IN (EU 50 Hz)	≈ 10,604 SCFM18,017 m³/h	400/3/50
D22800IN-WD-IN (EU 50 Hz)	≈ 13,421 SCFM22,802 m³/h	400/3/50

Comparable lines (8)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

HL

HL ISO 1–2 ≈ North America cUL

Flow: 90 to 5,000 SCFM (150 to 8,496 m³/h)at the manufacturer’s reference conditions
Dew point: -70 to -40 °C (-94 to -40 °F)-40 °C/-40 °F (optional -70 °C/-100 °F)
ISO 8573-1 class: Class 1 to 2 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: panel UL/ULC · n/a
Sources: Manufacturer’s page

Models

All models: Type HeatlessDew point -70 to -40 °C (-94 to -40 °F)ISO class Class 1 to 2 (derived)

Model	Flow
HL90	90 SCFM150 m³/h
HL120	120 SCFM204 m³/h
HL160	160 SCFM270 m³/h
HL200	200 SCFM342 m³/h
HL250	250 SCFM426 m³/h
HL300	300 SCFM510 m³/h
HL400	400 SCFM678 m³/h
HL500	500 SCFM852 m³/h
HL600	600 SCFM1,020 m³/h
HL800	800 SCFM1,362 m³/h
HL1000	1,000 SCFM1,698 m³/h
HL1200	1,200 SCFM2,040 m³/h
HL1500	1,500 SCFM2,550 m³/h
HL1800	1,800 SCFM3,060 m³/h
HL2100	2,100 SCFM3,570 m³/h
HL2700	2,700 SCFM4,584 m³/h
HL3300	3,300 SCFM5,604 m³/h
HL4000	4,000 SCFM6,798 m³/h
HL5000	5,000 SCFM8,496 m³/h

Comparable lines (8)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

DA…IM (modular)

HL ISO 1–2 ≈ Worldwide

Flow: 5 to 300 m³/h (≈ 3 to 177 SCFM)at the manufacturer’s reference conditions
Dew point: -70 to -40 °C (-94 to -40 °F)-40 °C (optional -70 °C)
ISO 8573-1 class: Class 1 to 2 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: n/a · n/a
Sources: Manufacturer’s page

Models

All models: Type HeatlessConditions PDP -40 °CDew point -70 to -40 °C (-94 to -40 °F)ISO class Class 1 to 2 (derived)

Model	Flow
DA5IM	≈ 3 SCFM5 m³/h
DA15IM	≈ 9 SCFM15 m³/h
DA25IM	≈ 15 SCFM25 m³/h
DA40IM	≈ 24 SCFM40 m³/h
DA55IM	≈ 32 SCFM55 m³/h
DA70IM	≈ 41 SCFM70 m³/h
DA100IM	≈ 59 SCFM100 m³/h
DA150IM	≈ 88 SCFM150 m³/h
DA200IM	≈ 118 SCFM200 m³/h
DA250IM	≈ 147 SCFM250 m³/h
DA300IM	≈ 177 SCFM300 m³/h

Comparable lines (8)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

D…ILA

HL ISO 1–2 ≈ Worldwide

Flow: 160 to 8,500 m³/h (≈ 94 to 5,003 SCFM)at the manufacturer’s reference conditions
Dew point: -70 to -40 °C (-94 to -40 °F)-40 °C (optional -70 °C)
ISO 8573-1 class: Class 1 to 2 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: n/a · n/a
Sources: Manufacturer’s page

Models

All models: Type HeatlessConditions PDP -40 °CDew point -70 to -40 °C (-94 to -40 °F)ISO class Class 1 to 2 (derived)

Model	Flow
D160ILA	≈ 94 SCFM160 m³/h
D200ILA	≈ 118 SCFM200 m³/h
D275ILA	≈ 162 SCFM275 m³/h
D350ILA	≈ 206 SCFM350 m³/h
D500ILA	≈ 294 SCFM500 m³/h
D700ILA	≈ 412 SCFM700 m³/h
D900ILA	≈ 530 SCFM900 m³/h
D1000ILA	≈ 589 SCFM1,000 m³/h
D1600ILA	≈ 942 SCFM1,600 m³/h
D2000ILA	≈ 1,177 SCFM2,000 m³/h
D2500ILA	≈ 1,471 SCFM2,500 m³/h
D3300ILA	≈ 1,942 SCFM3,300 m³/h
D4600ILA	≈ 2,707 SCFM4,600 m³/h
D5600ILA	≈ 3,296 SCFM5,600 m³/h
D6800ILA	≈ 4,002 SCFM6,800 m³/h
D8500ILA	≈ 5,003 SCFM8,500 m³/h

Comparable lines (8)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

HB

BP ISO 2 ≈ North America cUL

Flow: 150 to 8,000 SCFM (252 to 13,590 m³/h)at the manufacturer’s reference conditions
Dew point: -40 °C (-40 °F)-40 °C/-40 °F
ISO 8573-1 class: Class 2 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: panel UL/ULC · n/a
Sources: Manufacturer’s page

Models

All models: Type Blower purgeDew point -40 °C (-40 °F)ISO class Class 2 (derived)

Model	Flow
HB150	150 SCFM252 m³/h
HB200	200 SCFM342 m³/h
HB250	250 SCFM426 m³/h
HB300	300 SCFM510 m³/h
HB400	400 SCFM678 m³/h
HB500	500 SCFM852 m³/h
HB600	600 SCFM1,020 m³/h
HB800	800 SCFM1,362 m³/h
HB1000	1,000 SCFM1,698 m³/h
HB1200	1,200 SCFM2,040 m³/h
HB1500	1,500 SCFM2,550 m³/h
HB1800	1,800 SCFM3,060 m³/h
HB2100	2,100 SCFM3,570 m³/h
HB3000	3,000 SCFM5,094 m³/h
HB4000	4,000 SCFM6,798 m³/h
HB5000	5,000 SCFM8,496 m³/h
HB6000	6,000 SCFM10,194 m³/h
HB8000	8,000 SCFM13,590 m³/h

Comparable lines (8)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

D…IBA

BP ISO 2 ≈ Worldwide

Flow: 500 to 14,900 m³/h (≈ 294 to 8,770 SCFM)at the manufacturer’s reference conditions
Dew point: -40 °C (-40 °F)-40 °C
ISO 8573-1 class: Class 2 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: n/a · n/a
Sources: Manufacturer’s page

Models

All models: Type Blower purgeConditions PDP -40 °CDew point -40 °C (-40 °F)ISO class Class 2 (derived)

Model	Flow
D500IBA	≈ 294 SCFM500 m³/h
D900IBA	≈ 530 SCFM900 m³/h
D1100IBA	≈ 647 SCFM1,100 m³/h
D1400IBA	≈ 824 SCFM1,400 m³/h
D1800IBA	≈ 1,059 SCFM1,800 m³/h
D2200IBA	≈ 1,307 SCFM2,220 m³/h
D2600IBA	≈ 1,530 SCFM2,600 m³/h
D3200IBA	≈ 1,883 SCFM3,200 m³/h
D3900IBA	≈ 2,295 SCFM3,900 m³/h
D4500IBA	≈ 2,649 SCFM4,500 m³/h
D5300IBA	≈ 3,119 SCFM5,300 m³/h
D7000IBA	≈ 4,120 SCFM7,000 m³/h
D9300IBA	≈ 5,474 SCFM9,300 m³/h
D10600IBA	≈ 6,239 SCFM10,600 m³/h
D14900IBA	≈ 8,770 SCFM14,900 m³/h

Comparable lines (8)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

EH

EH ISO 2 ≈ North America cUL

Flow: 150 to 8,000 SCFM (252 to 13,590 m³/h)at the manufacturer’s reference conditions
Dew point: -40 °C (-40 °F)-40 °C/-40 °F
ISO 8573-1 class: Class 2 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: panel UL/ULC · n/a
Sources: Manufacturer’s page

Models

All models: Type Heated purgeDew point -40 °C (-40 °F)ISO class Class 2 (derived)

Model	Flow
EH150	150 SCFM252 m³/h
EH200	200 SCFM342 m³/h
EH250	250 SCFM426 m³/h
EH300	300 SCFM510 m³/h
EH400	400 SCFM678 m³/h
EH500	500 SCFM852 m³/h
EH600	600 SCFM1,020 m³/h
EH800	800 SCFM1,362 m³/h
EH1000	1,000 SCFM1,698 m³/h
EH1200	1,200 SCFM2,040 m³/h
EH1500	1,500 SCFM2,550 m³/h
EH1800	1,800 SCFM3,060 m³/h
EH2100	2,100 SCFM3,570 m³/h
EH3000	3,000 SCFM5,094 m³/h
EH4000	4,000 SCFM6,798 m³/h
EH5000	5,000 SCFM8,496 m³/h
EH6000	6,000 SCFM10,194 m³/h
EH8000	8,000 SCFM13,590 m³/h

Comparable lines (8)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

D…EH HOC Advanced (Smart Control)

HOC ISO 2 ≈ Worldwide

Flow: 250 to 2,165 SCFM (420 to 3,680 m³/h)at the manufacturer’s reference conditions
Dew point: -40 °C (-40 °F)-40 °C/-40 °F constant
ISO 8573-1 class: Class 2 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: n/a · n/a
Sources: Manufacturer’s page

Models

All models: Type Heat of compression (HOC)Dew point -40 °C (-40 °F)ISO class Class 2 (derived)

Model	Flow
D420EHA	250 SCFM420 m³/h
D680EHA	400 SCFM680 m³/h
D850EHA	500 SCFM850 m³/h
D1020EHA	600 SCFM1,020 m³/h
D1360EHA	800 SCFM1,360 m³/h
D2040EHA	1,200 SCFM2,040 m³/h
D2720EHA	1,600 SCFM2,720 m³/h
D3680EHA	2,165 SCFM3,680 m³/h

Comparable lines (1)

BEKO Technologies EVERDRY HOC-P HOC · ISO 2 · 500 to 3,600 SCFM (≈ 850 to 6,116 m³/h)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

D…EH HOC Standard

HOC Worldwide

Flow: 250 to 2,165 SCFM (420 to 3,680 m³/h)at the manufacturer’s reference conditions
Dew point: n/avaries with inlet temperature (brochure curve)
ISO 8573-1 class: n/a
Frequency: n/a
Voltages: n/a
CSA · CRN: n/a · n/a
Sources: Manufacturer’s page

Models

All models: Type Heat of compression (HOC)

Model	Flow
D420EHS	250 SCFM420 m³/h
D680EHS	400 SCFM680 m³/h
D850EHS	500 SCFM850 m³/h
D1020EHS	600 SCFM1,020 m³/h
D1360EHS	800 SCFM1,360 m³/h
D2040EHS	1,200 SCFM2,040 m³/h
D2720EHS	1,600 SCFM2,720 m³/h
D3680EHS	2,165 SCFM3,680 m³/h

Comparable lines (2)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

HC-Series

HOC ISO 2 ≈ North America

Flow: 677 to 14,743 SCFM (1,088 to 23,703 m³/h)at the manufacturer’s reference conditions
Dew point: -40 °C (-40 °F)-40 °F (-40 °C) and below
ISO 8573-1 class: Class 2 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: n/a · n/a
Sources: Manufacturer’s page

Models

All models: Type Heat of compression (HOC)Conditions @100 psig, discharge 225 °F, water 85 °FDew point -40 °C (-40 °F)ISO class Class 2 (derived)

Model	Flow
HC-7	677 SCFM1,088 m³/h
HC-9	836 SCFM1,344 m³/h
HC-14	1,204 SCFM1,936 m³/h
HC-21	1,880 SCFM3,023 m³/h
HC-30	2,708 SCFM4,354 m³/h
HC-41	3,500 SCFM5,926 m³/h
HC-54	4,814 SCFM7,740 m³/h
HC-69	6,093 SCFM9,796 m³/h
HC-85	7,522 SCFM12,093 m³/h
HC-103	9,101 SCFM14,632 m³/h
HC-122	10,832 SCFM17,415 m³/h
HC-143	12,712 SCFM20,438 m³/h
HC-166	14,743 SCFM23,703 m³/h

Comparable lines (1)

BEKO Technologies EVERDRY HOC-P HOC · ISO 2 · 500 to 3,600 SCFM (≈ 850 to 6,116 m³/h)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

H-Series

HOC ISO 2–4 ≈ North America

Flow: 741 to 15,002 SCFM (1,191 to 24,119 m³/h)at the manufacturer’s reference conditions
Dew point: -51 to -18 °C (-59.8 to -0.4 °F)0 °F (-18 °C) to -60 °F (-51 °C)
ISO 8573-1 class: Classes 2, 4 (derived)
Frequency: n/a
Voltages: n/a
CSA · CRN: n/a · n/a
Sources: Manufacturer’s page

Models

All models: Type Heat of compression (HOC)Conditions @100 psig, discharge 225 °F, water 85 °FDew point -51 to -18 °C (-59.8 to -0.4 °F)ISO class Classes 2, 4 (derived)

Model	Flow
H-8	741 SCFM1,191 m³/h
H-10	938 SCFM1,508 m³/h
H-13	1,158 SCFM1,862 m³/h
H-19	1,667 SCFM2,680 m³/h
H-30	2,604 SCFM4,187 m³/h
H-43	3,750 SCFM6,029 m³/h
H-58	5,105 SCFM8,208 m³/h
H-75	6,667 SCFM10,719 m³/h
H-95	8,438 SCFM13,566 m³/h
H-118	10,418 SCFM16,749 m³/h
H-142	12,606 SCFM20,267 m³/h
H-170	15,002 SCFM24,119 m³/h

Comparable lines (1)

BEKO Technologies EVERDRY HOC-P HOC · ISO 2 · 500 to 3,600 SCFM (≈ 850 to 6,116 m³/h)

Same type, overlapping flows, equal or better ISO class. Published facts, no ranking.

Ingersoll Rand air dryers

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Equivalent equipment at Onyx M3