COMPRESSOR SERIES COMPRESSOR - Drive … · SERIES 5-10 COMPRESSOR SERIES COOl POWER SOlUTIONS For all Compressor indusTries upa aa belt Guard aHp(H) aol aCoC(H) ab C& ssC

SERIES

5-1

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OM

PR

ES

SO

RS

ER

IES

COOl POWER SOlUTIONSF o r a l l C o m p r e s s o r i n d u s T r i e s

upa aa belt Guard aHp(H) aol aCoC(H) ab C & ssC

air or water Cooled aftercoolers, oil Coolers, Combination Coolers and accessories for air Compressor applications

COMPRESSOR

roTary sCrew 200˚F (93˚C) 2-sTaGe pisTon 250˚F (121˚C) 1-sTaGe pisTon 300˚F (149˚C)

Compressor Capacity* Compressor Capacity* Compressor Capacity* model Hp (Kw) sCFm (Cmm) Hp (Kw) sCFm (Cmm) Hp (Kw) sCFm (Cmm)

UPA-20 5 (3.8) 35 (.99) — — — —

UPA-35 7.5 (5.6) 43 (1.22) 5 (3.8) 35 (.99) 5 (3.8) 31 (.88)

UPA-50 10 (7.5) 72 (2.04) 10 (7.5) 50 (1.42) 7.5 (5.6) 45 (1.27)

UPA-100 15-25 (11.2-18.6) 125 (3.54) 15-20 (11.2-14.9) 100 (2.83) 15-20 (11.2-14.9) 100 (2.83)

*For air flows above rated SCFM (CMM), use next larger size.

assumptions: n 80-125 PSIG (6-9 BAR) operating pressures 60 PSIG (4 BAR) minimum allowable. n Maximum pressure drop less than 3 PSIG (.2 BAR) at rated capacities. n A flexible metal hose should be properly installed between the compressor and aftercooler to validate warranty.

Air UPA

Materials Rating

The smallest size cooler in a wide family of choices. Copper tube construction offering a high efficiency, high performing compressed air cooler in compact package. Baked enamel finish for all-weather service. Four models with flow capacities from 5-125 SCFM (.14-3.5 SCMM) and used on compressors from 5-25 HP (3.7-18.6 KW). Detachable legs allow the cooler to be oriented vertical or horizontal.

Features

Model Selection

AIR COOlEd AFTERCOOlERS

n COPPER TUBE CONSTRUCTIONn Full Line of Sizes and Featuresn Energy Efficientn High Performancen Low flows to 100 CFM (2.83 CMM)n Detachable Legs (shipped unattached)

n Cabinet – Steel with Baked Enamel Finish n Core – Aluminum Fins on Copper Tubesn Fan – Heavy Gauge Aluminum with Steel Hubn Motor – Open Vented n Fan Guard – Zinc Chromate Plated Steel

n Maximum Operating Pressure 250 PSI (17 BAR)n Maximum Operating Temperature 350°F (177°C)

n Horizontal or Vertical Air Flown Lightweightn Ratings Based on Comprehensive Testingn Attractive, Durable Baked Enamel Finishn Floor or Suspended Mounting

Units shown with optional separator.

approx. Full shipping Fan motor load nema Thermal weightmodel CFm (Cmm) Hp (Kw) Voltage phase amps Hz rpm Frame overload lbs (Kg)

UPA-20 615 (17.40) 1/12 (.06) 115/230 1 60/50 1550/1300 Custom Yes 25 (11)

UPA-35 615 (17.40) 1/12 (.06) 115/230 1 2.4/1.2 60/50 1550/1300 Custom Yes 27 (12)

UPA-50 945 (26.76) 1/12 (.06) 115/230 1 2.7/1.4 60/50 1550/1300 Custom Yes 61 (28)

UPA-100 945 (26.76) 1/12 (.06) 115/230 1 60/50 1550/1300 Custom Yes 67 (30)

porT reCommended HoriZonTal air Flow VerTiCal air Flow ConneCTion opTional HeiGHT widTH depTH HeiGHT widTH depTH siZe separaTormodel inches mm inches mm inches mm inches mm inches mm inches mm npT model number

UPA-20 21.89 556 20.38 518 9.58 243 15.88 403 20.38 518 13.29 338 .50 S-50M or AD

UPA-35 21.89 556 20.38 518 9.58 243 15.88 403 20.38 518 13.29 338 .50 S-50M or AD

UPA-50 42.18 1071 26.11 663 20.93 532 40.12 1019 26.11 663 23.01 584 1.00 S-100M or AD

UPA-100 42.18 1071 26.11 663 20.93 532 40.12 1019 26.11 663 23.01 584 1.50 S-100M or AD

dimensions (approximate envelope)

UP

A

Motor & Fan data

Vertical air Flow

Horizontal air Flow

UPA-20 & UPA-35

Vertical air Flow

UPA-50 & UPA-100Horizontal air Flow

Height

Width

AIR FLOW

Depth

Inlet

Outlet

Height

Width

AIR FLOW

Depth

Inlet Outlet

Height

Width

AIR FLOW

Depth

Inlet

Outlet

Height

Width

AIR FLOW

Depth

Outlet

Air AA

Materials Rating

Fits the requirements for medium performing ranges. Copper tube construction offering a high efficiency, high performing compressed air cooler in an attractive galvanized steel cabinet. The AA Series works in numerous common compressor applications. Six models with flow capacities from 16-480 SCFM (.45-13.6 SCMM) and used on compressors from 5-60 HP (3.7-44.7 KW). The free standing cooler can be ordered with a weather proof Junction box and wired for a single point electrical connection.

Features

Model Selection


n COPPER TUBE CONSTRUCTION n Full Line of Sizes and Featuresn Energy Efficientn High Performancen Medium Flows 80-300 CFM (2.27-8.50 CMM)n Horizontal Air Flow

n Cabinet – Galvanized Steel n Core – Aluminum Fins on Copper Tubesn Fan – Heavy Gauge Aluminum with Steel Hubn Motor – Open Vented n Fan Guard – Steel with Baked Enamel Finish


n Optional Weatherproof Junction Boxn Floor or Suspended Mountingn Optional TEFC Motor(s)n Ratings Based on Comprehensive Testingn Wired for Single Point External Connectionn Detachable Legs (shipped unattached)


Compressor Capacity* Compressor Capacity* Compressor Capacity*model Hp (Kw) sCFm (Cmm) Hp (Kw) sCFm (Cmm) Hp (Kw) sCFm (Cmm)

AA-50 5-10 (3.7-7.5) 59 (1.67) 5-10 (3.7-7.5) 50 (1.42) 5 (3.7) 42 (1.19)

AA-80 15 (11.2) 94 (2.66) 15 (11.2) 80 (2.27) 10 (7.5) 71 (2.01)

AA-120 20-25 (14.9-18.6) 142 (4.02) 20 (14.9) 120 (3.40) 15 (11.2) 102 (2.89)

AA-150 30 (22.4) 172 (4.87) 25-30 (18.6-22.4) 150 (4.25) 20-25 (14.9-18.6) 130 (3.68)

AA-240 40-50 (29.8-37.2) 285 (8.07) 35-45 (26.1-33.6) 240 (6.80) 30-40 (22.4-29.8) 204 (5.78)

AA-300 60 (44.7) 345 (9.77) 50-60 (37.2-44.7) 300 (8.50) 45-50 (33.6-37.2) 257 (7.28)


assumptions: n 80-125 PSIG (6-9 BAR) operating pressures 60 PSIG (4 BAR) minimum allowable. n Maximum pressure drop less than 3 PSIG (.2 BAR) at rated capacities. n A flexible metal hose should be properly installed between the compressor and aftercooler to validate warranty.

sTandard opTional opTional approx. moTor (odp) moTor (TeFC) moTor (TeFC)* shipping air moTor

Fan motor Full load Full load Full load weight psi CFm model CFm (Cmm) Hp (Kw) Voltage amps/motor Voltage amps/motor Voltage amps/motor lbs. (Kg) (bar) (Cmm)

AA-50 1375 (38.94) 1/4 (0.19) 7.2 5/2.6-2.5 1.4-1.3/.65 110 (50) 50 (3.45) 13 (0.37)

AA-80 1375 (38.94) 1/4 (0.19) 7.2 5/2.6-2.5 1.4-1.3/.65 120 (54) 50 (3.45) 13 (0.37)

AA-120 2450 (69.38) 1/4 (0.19) 115/1/60

7.2 115/208 5/2.6-2.5 208-230/ 1.4-1.3/.65 140 (64) 50 (3.45) 13 (0.37)

AA-150 2350 (66.54) 1/4 (0.19) 7.2 230/1/60 5/2.6-2.5 460/3/60 1.4-1.3/.65 145 (66) 50 (3.45) 13 (0.37)

AA-240 4600 (130.26) 1/4 (0.19) 7.2 5/2.6-2.5 1.4-1.3/.65 200 (91) 50 (3.45) 13 (0.37)

AA-300 4700 (133.09) 1/42 (0.19) 7.2 5/2.6-2.5 1.4-1.3/.65 300 (136) 50 (3.45) 13 (0.37)


AA

Motor & Fan data

Standard Motor(s) = 1600 RPM, Custom Frame, Equipped with Thermal Overload. Optional Motor(s) = 1725 RPM, Nema 48 Frame, No Thermal Overload. Published electrical ratings are approximate, and may vary because of motor brand. Actual ratings are on motor nameplate. *3 phase motors available in 50Hz. Reduce performance by 10%. (1) Air inlet to motor must be regulated to this pressure. (2) CFM (Free Air) consumption of the air motor. Lubrication = one drop of oil for every 50-75 CFM (1.42-2.04 CMM) of air going through the motor. Use detergent SAE #10 oil. Filter, regulator and lubricators for the air motors are required, but not included.

Height

Width

AIR FLOW

12”(304.8)min. to

wall

Depth

Height

Width

AIR FLOW

12”(304.8)min. to

wall

Depth

Outlet

Inlet

porT reCommended ConneCTion opTional HeiGHT widTH depTH siZe separaTormodel inches mm inches mm inches mm npT model number

AA-50 50.50 1283 30.50 775 14.75 375 1.00 S-100M or AD

AA-80 50.50 1283 30.50 775 14.75 375 1.50 S-100M or AD

AA-120 50.50 1283 43.50 1105 14.75 375 1.50 S-200M

AA-150 50.50 1283 43.50 1105 14.75 375 1.50 S-200M

AA-240 53.50 1359 47.63 1210 14.75 375 2.00 S-300M

AA-300 59.50 1511 51.68 1313 14.75 375 2.00 S-300M

maximum maximum model sCFm* Cmm model raTinG approaCH TemperaTure

BGA-35-2/1 35 .99 5˚F for 18 SCFM 15˚F for 35 SCFM 3˚C for .51 CMM 8˚C for .99 CMM

BGA-60-2/1 60 1.70 10˚F for 35 SCFM 25˚F for 60 SCFM 6˚C for .99 CMM 14˚C for 1.70 CMM

BGA-100-2/1 100 2.83 13˚F for 70 SCFM 25˚F for 100 SCFM 7˚C for 1.98 CMM 14˚C for 2.83 CMM;

maximum maximummodel sCFm* Cmm

M-15-76946 20 .57

M-20-76785 35 .99

M-25-76878 75 2.12

M-30-76941 100 2.83

Air Belt Guard

Materials Rating

No fan motor required via mounting to compressor belt guard. These coolers, built from either round cooper tube & fin or bar & plate brazed aluminum construction, allow the use of free air flow from the belt guard on reciprocating compressors. Compact and light weight, the Belt Guard Series is offered in seven models with capacities from 20-100 SCFM (.57-2.8 KW).

Features M Models

Model Selection


n COPPER TUBE CONSTRUCTION n Utilizes Air Flow from Belt Guard on Recip Compressorn Easy to Installn Rugged Constructionn Solid Performancen Bolt directly on the existing belt guard (some additional support

may be required)n All steel manifolds with sturdy copper tubes and aluminum finsn Unique turbulator inside each cooling tube assures maximum

performance in a compact size

n Tubes – Copper n Fins – Aluminumn Turbulators – Steeln Manifolds – Steel

n Maximum Operating Pressure 300 PSI (21 BAR)

n Maximum Operating Temperature 350°F (177°C)

* Ratings are based on a 250°F (121°C) inlet temperature, 100 PSIG (7 BAR), and 500 FPM (152.4 MPM) air face velocity across the ambient side of the aftercooler. Maximum pressure drop is 3 PSI (.21 BAR) or less—all models. 25°F (14°C) approach temperature, unless stated otherwise.

Materials Ratingn Core – Brazed Aluminum

Bar & Platen Maximum Operating

Pressure 250 PSI (17 BAR)n Maximum Operating

Temperature 350°F (177°C)

n BRAZED ALUMINUM CONSTRUCTION n Brazed Bar and Plate Aluminum Core n Energy Efficientn High Performance n High Technology Compact Design n Rugged Heavy Duty Construction n Excellent for Heat Recovery

Features BGA Models

porT ConneCTion HeiGHT widTH depTH siZemodel inches mm inches mm inches mm npT

M-15-76946 13.24 336 19.72 501 1.50 38 1.00

M-20-76785 17.24 438 19.72 501 1.50 38 1.00

M-25-76878 23.24 590 25.72 653 1.50 38 1.00

M-30-76941 29.18 741 24.72 628 1.50 38 1.25

BGA-35-2/1 6.81 173 17.68 449 1.77 45 1.00

BGA-60-2/1 8.03 204 17.68 449 1.77 45 1.00

BGA-100-2/1 10.43 265 19.65 499 1.77 45 1.00


BE

lT G

UA

Rd

Height

Width

Depth

Height

Width

Depth

Outlet

Inlet

Outlet

Inlet

Height

Width

Depth

Height

Width

Depth

Outlet

Inlet

Outlet

Inlet

Belt Guard M15-30Copper Tube

Belt Guard BGA35-100brazed aluminum


Compressor Capacity* Compressor Capacity* Compressor Capacity*model Hp (Kw) sCFm (Cmm) Hp (Kw) sCFm (Cmm) Hp (Kw) sCFm (Cmm)

AHP(H)-400 75 (56.2) 430 (12.18) 75 (56.2) 400 (11.33) 60 (44.7) 340 (9.63)

AHP(H)-725 100-150 (74.5-111.8) 760 (21.52) 100-125 (74.5-93.2) 725 (20.53) 75-100 (56.2-74.5) 605 (17.13)

AHP(H)-950 175-200 (130.0-149.1) 1020 (28.88) 150-175 (111.8-130.0) 950 (26.90) 125-150 (93.2-111.8) 785 (22.23)

AHP(H)-1200 250 (186.4) 1290 (36.53) 200 (149.1) 1200 (33.98) 175-200 (130.0-149.1) 980 (27.75)

AHP(H)-1600 300 (223.7) 1720 (48.70) 250-300 (186.4-223.7) 1600 (45.31) 250 (186.4) 1290 (36.53)

AHP(H)-2000 400 (298.2) 2140 (60.60) 350-400 (261.0-298.2) 2000 (56.63) 300 (223.7) 1595 (45.17)

AHP(H)-2500 450-500 (335.6-372.9) 2680 (75.89) 450-500 (335.6-372.9) 2500 (70.79) 350 (261.0) 1980 (56.07)

AHP-3000 600-650 (447.4-484.7) 3200 (90.61) 550-600 (410.1-447.4) 3000 (84.95) 400-450 (298.2-335.6) 2360 (66.83)

AHP-3500 700-750 (522.0-559.3) 3760 (106.47) 700 (522.0) 3500 (99.11) 500-550 (372.9-410.1) 2760 (78.15)


assumptions: n 80-125 PSIG (6-9 BAR) operating pressures 60 PSIG (4 BAR) minimum allowable. n Maximum pressure drop less than 3 PSIG (.2 BAR) at rated capacities. n 15˚F (8˚C) approach temperaturen A flexible metal hose should be properly installed between the compressor and aftercooler to validate warranty.

Air AHP/AHPH

n BRAZED ALUMINUM CONSTRUCTION n Full Line of Sizes and Features n Brazed Bar and Plate Aluminum Core n Energy Efficient n Vertical (AHP) or Horizontal (AHPH) Air Flown High Performance

n Cabinet – Steel with Baked Enamel Finishn Core – Brazed Aluminum Bar and Plate n Fan – Aluminum Hub, Polypropylene Bladesn Shroud – Painted Steeln Motor – TEFC/optional Airn Fan Guard – Steel with Baked Enamel Finish


Materials Rating

Our highest performing aftercooler, the AHP and AHPH are built from high-performance plate & bar aluminum construction. Energy efficient, durable and flexible mounting in horizontal or vertical configurations. The finish is a rugged black powder coating. Nine models with flow capacities from 125-4800 SCFM (3.5-135.9 SCMM) and used on compressors from 60-700 HP (44.7-522 KW). Fan options include electrical TEFC and air motor drive. The legs ship detached to allow the cooler to be installed in numerous configurations.

n High Technology Compact Design n High Flows 400-3500 CFM (11.33-99.11 CMM) n Optional Air Motor n Rugged Heavy Duty Construction n Excellent for Heat Recovery n Detachable Legs on AHP (shipped unattached)

Fixed Mounting Feet on AHPH

Features

Model Selection


approx. Full shipping sound air moTor

Fan motor load nema Thermal weight db(a) psi1 CFm2

model CFm (Cmm) Hp (Kw) Voltage phase amps Hz rpm Frame overload lbs. (Kg) at 3 ft (bar) (Cmm)

AHP(H)-400 2200 (62.3) 1.0 (.75) 115/208-230 1 6.0 60 3450 56C No 120 (54) 97 60 (4.14) 50 (1.42)

1825/2200 (51.68/62.3) 1.0 (.75) 208-230/460 3 3.6/3.2 50/60 2850/3450 56C No 120 (54) 97 60 (4.14) 50 (1.42)

AHP(H)-725 3600 (101.94) 1.5 (1.12) 115/208-230 1 8.5 60 3450 56C No 170 (77) 100 85 (5.86) 65 (1.84)

3025/3600 (85.66/101.94) 1.5 (1.12) 208-230/460 3 4.8/4.2 50/60 2850/3450 56C No 170 (77) 100 85 (5.86) 65 (1.84)

AHP(H)-950 4700 (133.09) 1.5 (1.12) 115/208-230 1 8.6 60* 1740 145TC No 330 (150) 92 60 (4.14) 55 (1.56)

4700 (133.09) 1.5 (1.12) 208-230/460 3 4.6 60* 1740 145TC No 330 (150) 92 60 (4.14) 55 (1.56)

AHP(H)-1200 7000 (198.22) 5.0 (3.73) 230 1 23.0 60* 1740 184TC No 450 (204) 94 70 (4.83) 100 (2.83)

7000 (198.22) 3.0 (2.24) 208-230/460 3 8.8 60* 1740 182TC No 450 (204) 94 70 (4.83) 100 (2.83)

AHP(H)-1600 9700 (274.67) 5.0 (3.73) 208-230/460 3 13.4 60* 1740 184TC No 515 (234) 96 100 (6.89) 180 (5.10)

AHP(H)-2000 11000 (311.49) 7.5 (5.59) 230/460 3 19.6 60* 1740 213TC No 600 (272) 98 90 (6.21) 230 (6.51)

AHP-2500 14000 (396.44) 7.5 (5.59) 230/460 3 24.8 60* 1740 213TC No 625 (284) 98 90 (6.21) 230 (6.51)

AHP-3000 17500 (495.54) 10.0 (7.46) 230/460 3 24.8 60* 1740 215TC No 645 (293) 102 100 (6.89) 275 (7.79)

AHP-3500 17500 (495.54) 10.0 (7.46) 230/460 3 24.8 60* 1740 215TC No 750 (340) 102 100 (6.89) 275 (7.79)

porT reCommended aHp aHpH ConneCTion opTional HeiGHT widTH depTH HeiGHT widTH depTH siZe separaTormodel inches mm inches mm inches mm inches mm inches mm inches mm npT model number

AHP(H) -400 34.20 869 26.22 666 17.96 456 19.95 507 22.45 570 17.48 444 2.00 S-600M

AHP(H) -725 34.20 869 34.10 866 22.37 568 24.37 619 30.17 766 20.86 530 2.00 S-600M

AHP(H) -950 36.01 915 40.78 1036 26.78 680 28.82 723 35.89 912 22.69 576 3.00 S-1700M

AHP(H) -1200 36.01 915 44.73 1136 26.78 680 28.82 732 40.31 1024 24.07 611 3.00 S-1700M

AHP(H) -1600 36.01 915 44.73 1136 34.89 886 36.89 937 40.31 1024 25.45 646 3.00 S-2600M

AHP(H) -2000 36.01 915 54.58 1386 37.88 962 39.53 1004 48.29 1227 26.77 680 4.00 S-2600M

AHP-2500 36.01 915 52.61 1336 43.70 1110 — — — — — — 4.00 S-2600M

AHP-3000 36.01 915 54.58 1386 52.52 1334 — — — — — — 4.00 S-2600M

AHP-3500 36.01 915 54.58 1386 56.30 1430 — — — — — — 4.00 S-2600M

All motors shown are TEFC. Other motor options available upon request. Published electrical ratings are approximate, and may vary because of motor brand. Actual ratings are on motor nameplate. Fan motors must not be cycled. Outdoor applications must be protected from direct weather. If ductwork or additional static resistance is added to the cooler airstream, an auxiliary air mover may be required.*3 phase motors available in 50Hz. Reduce performance by 10%.1 Air inlet to the air motor must be regulated to this pressure.2 CFM (Free Air) consumption of the air motor. Lubrication = One drop of oil for every 50-75 CFM (1.42-2.12 CMM) of air going through the motor. Use detergent SAE #10 oil. Filter, regulator and lubricators

for the air motors are required, but not included.


AH

P /

AH

PH

Height

Width

AIR FLOW

Connection Port2 places


Depth

Motor & Fan data

Height

Width (over brackets) Depth

AIR FLOW



Inlet

Outlet

AHP AHPH

Compressor Flow range*model Hp (Kw) Gpm (lpm)

AOL-1600 165-215 (123.04-160.33) 50-65 (189-246)

AOL-2000 215-285 (160-33-212.52) 70-90 (265-341)

AOL-2500 295-335 (219.98-249.81) 90-100 (341-379)

AOL-3000 345-400 (257.27-298.28) 100-120 (379-454)

AOL-3500 400-450 (298.28-335.56) 120-140 (454-530)

Compressor Flow range*model Hp (Kw) Gpm (lpm)

AOL-400 35-45 (26.10-33.56) 15-20 (57-76)

AOL-725 45-85 (33.56-63.38) 25-40 (95-151)

AOL-950 85-135 (63.38-100.67) 40-50 (151-189)

AOL-1200 135-165 (100.67-123.04) 50-60 (189-227)

* Oil pressure drop less than 15 PSI (1.03 BAR) for specified flow ranges.

assumptions: n Heat Rejection = .85 x Compressor HP n 100°F (56°C ) ETD (Oil In - Ambient Air) n 150 SSU Average Viscosity Oil

Industrial AOL

Model Selection

AIR COOlEd OIl COOlER

n Large oil flown High performancen Industrial dutyn Brazed aluminum bar and plate coren Compact all aluminum core assemblyn Ideal for converting water cooled equipment to air cooledn Eliminates high water and sewer costs n Eliminates corrosion problems associated with water

cooled units

Featuresn Vertical air flow works well for heat recoveryn State-of-the-art heat transfer technology n Hydraulic motors availablen Optional SAE portsn Marine corrosion control coatings availablen High performance air side fin designn Detachable legs n Low Noise option availablen Optional IEC or Nema 50 hz motor

Apply this cooler for rotary screw, compressor lube or gear box oils. The AOL Series utilizes forced ambient air to cool compressor lube oil and is an excellent choice for demanding oil cooler requirements or for converting medium to large volume water cooled compressors to air cooled. Built from rugged brazed aluminum bar & plate and designed with detachable legs for ease of mounting in alternate locations. Nine models available with oil flow capacities from 15-120 GPM (57-454 LPM) and used on compressors from 35-400 HP (26.1-298.3 KW).

n Petroleum/mineral oils n Oil/water emulsion n Water/ethylene glycol

n Maximum Operating Pressure 250 PSI (17 BAR)


n Legs – Steel with Baked Enamel Finishn Standard Core – Brazed Aluminum Plate & Bar

n Tanks – 5052 Aluminumn Nose Bar & Little Bar – 3003-H Aluminumn Air Fin, Plate, Turbulator & End Plate –

3003-O Aluminumn Fan – Aluminum Hub, Plastic Bladesn Motor – TEFC, IEC & Hydraulic

Materials Rating Fluid Compatibility

porT approximate ConneCTion shipping HeiGHT depTH widTH siZe weightmodel inches mm inches mm inches mm npT lbs Kg

AOL-400 34.20 869 17.96 456 26.23 666 2.00 148 67

AOL-725 34.20 869 22.37 568 34.11 866 2.00 170 77

AOL-950 36.01 915 26.78 681 40.79 1036 2.00 300 136

AOL-1200 36.01 915 26.78 681 44.74 1136 2.00 430 195

AOL-1600 36.01 915 34.89 886 44.74 1136 2.50 515 234

AOL-2000 36.01 915 37.88 962 54.59 1387 2.50 582 264

AOL-2500 36.01 915 43.70 1110 52.62 1337 3.00 655 297

AOL-3000 36.01 915 52.52 1334 54.59 1387 3.00 825 374

AOL-3500 36.01 915 56.30 1430 54.59 1387 3.00 860 390

Fan motor Full load nema Thermal soundmodel CFm (Cmm) Hp (Kw) Voltage phase amps 230V Hz rpm Frame overload db(a) at 3 ft.

AOL-400 2200 (62.30) 1.0 (.75) 115/208-230 1 6.0 60(2) 3450 56C No 97

1825/2200 (51.68/62.30) 1.0 (.75) 208-230/460(3) 3 3.6/3.2 50/60 2850/3450 56C No 97

AOL-725 3600 (101.94) 1.5 (1.12) 115/208-230 1 8.5 60(2) 3450 56C No 100

3000/3600 (84.95/102.94) 1.5 (1.12) 208-230/460(4) 3 4.8/4.2 50/60 2850/3450 56C No 100

AOL-950 4700 (133.09) 1.5 (1.12) 115/208-230 1 8.6 60(2) 1740 145TC No 92

4700 (133.09) 1.5 (1.12) 208-230/460 3 4.6 60(2) 1740 145TC No 92

AOL-1200 7000 (198.22) 5.0 (3.73) 230 1 23.00 60(2) 1740 184TC No 94

7000 (198.22) 3.0 (2.24) 208-230/460 3 8.8 60(2) 1740 182TC No 96

AOL-1600 9700 (223.70) 5.0 (3.73) 208-230/460 3 13.4 60(2) 1740 184TC No 98

AOL-2000 11000 (311.49) 7.5 (5.59) 230/460 3 19.6 60(2) 1740 213TC No 98

AOL-2500 14000 (396.44) 7.5 (5.59) 230/460 3 19.6 60(2) 1740 213TC No 98

AOL-3000 17500 (495.54) 10.0 (7.46) 230/460 3 24.8 60(2) 1740 215TC No 102

AOL-3500 17500 (495.54) 10.0 (7.46) 230/460 3 24.8 60(2) 1740 215TC No 102


AO

l

Motor & Fan data(1) (60 Hz Nema Frame)

(1) Published electrical ratings are approximate, and may vary because of motor brand. Actual ratings are on motor nameplate.(2) May also be operated at 50 hz. Consult factory for details. (3) 50 Hz voltage: 190-200-208-220/380-400-415-440 (4) 50 Hz voltage: 190-208/380-415All motors shown are TEFC—Other motor options available upon request.

Height

Width AIR FLOW

Depth

Height

Width AIR FLOW

Depth

Inlet / Outlet(Interchangeable)

Inlet / Outlet(Interchangeable)

Compressor maximummodel Hp (Kw) sCFm (Cmm)

ACOC(H)-400 15-35 (11.90-26.10) 175 (4.96)

ACOC(H)-725 40-55 (29.83-41.01) 275 (7.79)

ACOC(H)-950 60-85 (44.74-63.38) 425 (12.03)

ACOC(H)-1200 90-120 (67.11-89.48) 600 (16.99)

ACOC(H)-1600 125-155 (93.21-115.58) 775 (21.95)

ACOC(H)-2000 160-225 (119.31-167.78) 1125 (31.86)

ACOC-2500 230-275 (171.51-205.07) 1375 (38.94)

ACOC-3000 280-325 (208.08-242.35) 1625 (46.01)

ACOC-3500 330-360 (246.08-268.45) 1800 (50.97)

Air ACOC / ACOCH

Model Selection

AIR COOlEd COMBINATION (OIl COOlER / AFTERCOOlER)

n BRAZED ALUMINUM CONSTRUCTION n Combination Welded Cores – Air & Oil Core n Brazed Aluminum Core/Bar and Plate n Excellent for Field Conversions n Vertical (ACOC) or Horizontal (ACOCH) Air Flow n Compact Design n Light Weightn State-of-the-art heat transfer technology

n Legs – Steel with Baked Enamel Finishn Shroud – Steel n Core – Brazed Aluminum Bar and Platen Fan – Aluminum Hub, Plastic Bladesn Motor – TEFC


Materials Rating

The best of both worlds in one compact, side by side, combination package. Cools rotary screw compressor oil and compressed air in a single combined core. Ideal for conversions, stringent space requirements and remote location mounting. Built from rugged brazed aluminum bar & plate and designed with detachable legs for ease of mounting, and now available in vertical orientation. Fifteen models with flow capacities from 175-1800 SCFM (4.96-50.97 SCMM) and used on compressors from 15-360 HP (11.2-268.5 KW).

n Compact, high performance all aluminum core assembly

n Designed specifically for rotary screw compressors n Ideal for converting water cooled units to air cooled n Eliminates high water and sewer costs n Eliminates corrosion problems associated with water cooled units n Vertical air flow works well for heat recovery n Detachable Legs on ACOC (shipped unattached)/Fixed Mounting Feet on ACOCH

Features

bottom view of cooler to illustrate piping

Receiver

Dryer

Separator/Trap/Drain

Heat Exchanger

To Plant

Relief Valve

Coalescing Filter

Air to Air Reheater

Air/Oil Separator

Flexible Connector

Compressor

Thermal By-Pass Valve

assumptions: n 100 PSI (7 BAR) air n 15°F (8°C ) ETD approach temperaturen Oil flow is .45 GPM/HP (1.4 L/KW) n Oil pressure drop 15 PSI (1.03 BAR) or lessn Oil heat transfer based on 100°F (56°C ) ETD (ETD = Entering Temperature Difference) ( ETD = Oil in Temperature - Ambient Air Temperature)n Air aftercooler pressure drop 3 PSI (.21 BAR) or less. n ETD Temperature Correction Factor: HPchart = HPcompressor x 100°F (56°C )

desired ETD

oil Cooler

air aFTerCooler

oil Cooler

air aFTerCooler

approx. shipping Fan motor Thermal weightmodel CFm (Cmm) Hp (Kw) Voltage phase amps 230V Hz rpm Frame overload lbs (Kg)

ACOC(H)-400 2200 (62.30) 1.0 (.75) 115/208-230 1 6.0 60(1) 3450 56C No 136 (62)

1825/2200 (51.68/62.30) 1.0 (.75) 208-230/460(2) 3 3.6/3.2 50/60 2850/3450 56C No 136 (62)

ACOC(H)-725 3600 (101.94) 1.5 (1.12) 115/208-230 1 8.5 60(1) 3450 56C No 155 (70)

3025/3600 (85.66/101.94) 1.5 (1.12) 208-230/460(3) 3 4.8/4.2 50/60 2850/3450 56C No 155 (70)

ACOC(H)-950 4700 (133.09) 1.5 (1.12) 115/208-230 1 8.6 60(1) 1740 145TC No 280 (127)

4700 (133.09) 1.5 (1.12) 208-230/460 3 4.6 60(1) 1740 145TC No 280 (127)

ACOC(H)-1200 7000 (198.22) 5.0 (3.73) 230 1 23.0 60(1) 1740 184TC No 410 (186)

7000 (198.22) 3.0 (2.24) 208-230/460 3 8.8 60(1) 1740 182TC No 410 (186)

ACOC(H)-1600 9700 (223.70) 5.0 (3.73) 208-230/460 3 13.4 60(1) 1740 184TC No 495 (225)

ACOC(H)-2000 11000 (311.49) 7.5 (5.59) 230/460 3 19.6 60(1) 1740 213TC No 530 (240)

ACOC-2500 14000 (396.44) 7.5 (5.59) 230/460 3 19.6 60(1) 1740 213TC No 540 (245)

ACOC-3000 17500 (495.54) 10.0 (7.46) 230/460 3 24.8 60(1) 1740 215TC No 780 (354)

ACOC-3500 17500 (495.54) 10.0 (7.46) 230/460 3 24.8 60(1) 1740 215TC No 820 (372)

air porT oil porT aCoC aCoCH ConneCTion ConneCTion HeiGHT widTH depTH HeiGHT widTH depTH siZe siZemodel inches mm inches mm inches mm inches mm inches mm inches mm npT npT

ACOC(H)-400 34.20 869 26.22 666 17.96 456 19.88 505 22.45 570 18.01 457 1.50 1.00

ACOC(H) -725 34.20 869 34.10 866 22.37 568 24.37 619 30.56 776 20.86 530 1.50 1.00

ACOC(H) -950 36.01 915 40.78 1036 26.78 680 28.82 732 37.24 946 23.62 600 2.00 1.25

ACOC(H) -1200 36.01 915 44.73 1136 26.78 680 28.82 732 41.19 1046 25.51 648 2.00 1.25

ACOC(H) -1600 36.01 915 44.73 1136 34.89 886 36.89 937 41.19 1046 27.51 699 2.50 1.50

ACOC(H) -2000 36.01 915 54.58 1386 37.88 962 39.53 1004 39.88 1013 28.51 724 2.50 1.50

ACOC-2500 36.01 915 52.61 1336 43.70 1110 — — — — — — 3.00 2.00

ACOC-3000 36.01 915 54.58 1386 52.52 1334 — — — — — — 3.00 2.00

ACOC-3500 36.01 915 54.58 1386 56.30 1430 — — — — — — 4.00 2.50


AC

OC

/ A

CO

CH

Motor & Fan data

All motors shown are TEFC—Other motor options available upon request.Published electrical ratings are approximate and may vary because of motor brand. Actual ratings are on motor nameplate. (1) May also be operated at 50 Hz. Consult factory for details. (2) 50 Hz voltage: 190-200-208-220/380-400-415-440(3) 50 Hz voltage: 190-208/380-415

ACOC ACOCH

Height

Width AIR FLOW

Depth

AirInlet

OilInlet

AirOutlet

OilOutlet

Height

Width Depth

AIR FLOW

AirInlet

OilInlet

AirOutlet

OilOutlet

2-sTaGe reCip 250˚F (121˚C) inleT air roTary sCrew 200˚F (93˚C)

sCFm (Cmm) p, psi (bar), at sCFm (Cmm) p, psi (bar), atmodel Capacity* in Tubes rated Capacity Capacity* in Tubes rated Capacity

AB-403-A4-0 40 (1.13) 0.1 (.01) 58 (1.64) 0.1 (.01)

AB-404-A4-0 80 (2.27) 0.3 (.02) 110 (3.11) 0.6 (.04)

AB-405-B4-0 150 (4.25) 1.2 (.08) 205 (5.80) 2.0 (.14)

AB-705-B4-0 310 (8.78) 1.0 (.07) 439 (12.43) 1.6 (.11)

AB-1006-B6-0 440 (12.46) 0.3 (.02) 654 (18.52) 0.5 (.03)

AB-1206-C6-0 640 (18.12) 0.3 (.02) 955 (27.04) 0.6 (.04)

AB-1207-C6-0 1250 (35.40) 1.1 (.08) 1690 (47.86) 1.9 (.13)

AB-1606-C6-0 1600 (45.31) 0.5 (.03) 2280 (64.56) 0.9 (.06)

AB-1607-D6-0 2100 (59.47) 1.0 (.07) 3080 (87.22) 1.7 (.12)

AB-1608-D6-0 2800 (79.29) 1.6 (.11) 3170 (89.76) 2.0 (.14)

* Based on ambient air at 60°F (15°C), 14.7 PSIA, and 50% relative humidity. Compressed air cooled to within 15°F (8°C ) of inlet water temperature. Water flow rate 3 GPM per 100 SCFM (4 LPM per SCMM) air flow. For single stage compressor type, 300°F (149°C ) inlet, use 2-stage SCFM capacities with a 15% reduction.

Air AB

Model Selection

WATER COOlEd AFTERCOOlERS

n COPPER TUBE CONSTRUCTION n Compressed Air and Gas Aftercoolers n For Water to Air Cooler

n Tubes – Coppern Shell – Brass n End Hubs – Brass n End Bonnets – Cast Ironn Baffles – Brassn Mounting Brackets (optional) – Steel n Gaskets – Nitrile Rubbern Nameplate – Aluminum Foil

n Maximum Operating Pressure Tubes 250 PSI (17 BAR) Shell 250 PSI (17 BAR)


Materials Rating

High performance aftercooler utilizing supplied water to cool compressed gas or air from piston compressors. Constructed using round copper tubes, which allow the air side tube bundle to be easily cleaned and maintained. Brass hub and shell construction protect against galvanic corrosion. Great for piston or screw style compressors. Ten models with flow capacities from 40-3170 SCFM (1.1-89.8 SCMM).

Features n All Brass Hubs and Shell Assemblies: Reduce or

Eliminate Galvanic and Other Types of Corrosion n Copper Nickel Tubes Available for Sea Water Service

seleCTion example

specified Two stage compressor with a 340 SCFM (9.63 SCMM) air delivery at 100 PSIG (7 BAR) and a 250°F (121°C) discharge temperature. Maximum allowable pressure drop is 2 PSI (.14 BAR). Water flow rate to be determined.

solution sTep 1 From the 2-stage compressor

column select model ab-1006-b6-0 with 440 SCFM capacity.

sTep 2 To determine P: Read column to right of SCFM capacity selected.

p = 0.3 psi (.02 bar)

sTep 3 Water flow rate required 340 sCFm x .03 = 10.2 Gpm (9.63 sCmm x 4 = 38.6 lpm)

porT ConneCTion siZe

HeiGHT widTH lenGTH sHell Tube weiGHTmodel inches mm inches mm inches mm npT npT lbs Kg

AB-403-A4-0 3.50 89 2.62 67 33.36 847 .50 1.50 13 6

AB-404-A4-0 3.50 89 2.62 67 42.36 1076 .50 1.50 16 7

AB-405-B4-0 3.50 89 2.62 67 51.36 1305 .50 1.50 18 9

AB-705-B4-0 6.25 159 5.25 133 50.40 1280 1.00 2.50 40 18

AB-1006-B6-0 7.38 187 6.75 171 59.60 1514 1.50 3.00 80 36

AB-1206-C6-0 8.81 224 7.50 191 60.25 1530 2.00 3.00 130 59

AB-1207-C6-0 8.81 224 7.50 191 69.25 1759 2.00 3.00 150 68

AB-1606-C6-0 12.13 308 8.62 219 62.62 1591 3.00 5.00 259 117

AB-1607-D6-0 12.13 308 8.62 219 71.62 1819 3.00 5.00 270 122

AB-1608-D6-0 12.13 308 8.62 219 80.62 2048 3.00 5.00 315 143


AB

Piping diagrams

Thermal Transfer Aftercoolers can be mounted in either of the positions shown. Separators should be used as shown. Consult factory for separator recommendations.

Cooling Water Out

FromCompressor

Cooling Water In

Separator

To Receiver

Cooling Water Out

FromCompressor

Cooling Water In

To Receiver

SeparatorCooling Water Out

FromCompressor

Cooling Water In

Separator

To Receiver

Cooling Water Out

FromCompressor

Cooling Water In

To Receiver

Separator

Height

Length

Width

Height

Length

Width

Mounting Brackets Optional

waTer Cooled aFTerCoolers* C series waTer Cooled oil Coolers** C series

Compressor maximum airflow approach aftercooler approx. oil Flow Heat rejection oil CoolerHp (Kw) CFm (Cmm) Temperature model Gpm (lpm) Hp (Kw) model

15 (11.19) 75 (2.12) 15°F (8.3°C) C-614-3-4-F 7 (26.50) 14 (10.44) C-614-1.3-4-F20 (14.91) 100 (2.83) 15°F (8.3°C) C-614-3-4-F 9 (34.07) 19 (14.17) C-624-3-4-F25 (18.64) 125 (3.54) 15°F (8.3°C) C-614-3-4-F 11 (41.64) 23 (17.15) C-624-3-4-F30 (22.37) 150 (4.25) 15°F (8.3°C) C-814-4-4-F 14 (53.00) 28 (20.88) C-624-3-4-F40 (29.83) 200 (5.66) 15°F (8.3°C) C-814-4-4-F 18 (68.14) 37 (27.59) C-824-4-4-F50 (37.28) 250 (7.08) 15°F (8.3°C) C-1024-5-6-F 23 (87.06) 47 (35.05) C-824-4-4-F60 (44.47) 300 (8.50) 15°F (8.3°C) C-1024-5-6-F 27 (102.21) 56 (41.76) C-1024-2-6-F75 (55.93) 375 (10.62) 15°F (8.3°C) C-1024-5-6-F 34 (128.70) 70 (52.20) C-1036-5-6-F100 (74.57) 500 (14.16) 15°F (8.3°C) C-1224-6-6-F 45 (170.34) 94 (70.10) C-1236-2.5-6-F125 (93.21) 625 (17.70) 15°F (8.3°C) C-1724-8.4-6-F 56 (211.98) 117 (87.25) C-1236-6-6-F 150 (111.85) 750 (21.24) 15°F (8.3°C) C-1736-8.4-6-F 60 (227.12) 140 (104.40) C-1248-6-6-F200 (149.14) 1000 (28.32) 15°F (8.3°C) C-1736-8.4-6-F 70 (264.98) 187 (139.45) C-1748-8.4-6-F250 (186.42) 1250 (35.40) 15°F (8.3°C) C-1736-8.4-6-F 88 (333.12) 234 (174.49) C-1748-8.4-6-F300 (223.71) 1500 (42.48) 15°F (8.3°C) C-1736-8.4-6-F 105 (397.47) 281 (209.54) C-1760-8.4-6-F

Shell & Tube C & SSC

Model Selection

WATER COOlEd OIl COOlER/AFTERCOOlERS

n COPPER/STEEL OR STAINLESS STEEL CONSTRUCTION

n API/BASCO Interchangen ASME Code Option n CRN Option (must be ASME) n Preferred for New Oil-Water Applications

n Tubes – Coppern Headers – Steeln Shell – Steeln Shell Connections – Steeln Baff les – Brass

n Maximum Shell Pressure 300 PSI (21 BAR)n Maximum Tube Side Pressure 150 PSI (10 BAR)n ASME Code SSC-1700 200 PSI (14 BAR)n Maximum Temperature 300°F (150°C)

Materials C Models

Shell & Tube style air/oil coolers offer the widest variety of options for cooling compressor lube oil or air utilizing water. This model is an excellent choice where seawater or corrosive fluids are in contact with cooler internals. For new applications, interchange or ASME codes are required. Seventeen models with air flow capacities from 75-1500 SCFM (2.12-42.48 SCMM) or oil flow from 7-105 GPM (27-397 LPM) and heat rejection from 14-281 HP (10.4-209.5 KW).

Features n Rugged Steel Construction n Low Cost n Type 316 Stainless Steel Construction Optional n Custom Designs Available n Competitively Pricedn End Bonnets Removable for Servicing

n Tubes & Tubesheets – 316 Stainless Steel

n Shell & Shell Connections – 316 L Stainless Steel

n Baff les & End Bonnets – 316 Stainless Steel

n Optional Material Construction on C-Series: Tubes, Tubesheets, End Bonnets

n NPT, SAE O-Ring, SAE Flange, or BSPP Shell Side Connections Available

n Mounting Feet Included (May be rotated in 90° increments)

Materials SSC Models

Ratings Standardn Maximum Shell Pressure 300 PSI (21 BAR)n Maximum Tube Side Pressure 150 PSI (10 BAR)n Maximum Temperature 300°F (150°C)

Ratings ASME Code/CRN Option

n End Bonnets – Cast Ironn Mounting Brackets – Steeln Gaskets – Nitrile Rubber/

Cellulose Fibern Nameplate – Aluminum Foil

n Mounting Brackets – Mild Steel

n Gaskets – Nitrile Rubber/Cellulose Fiber

n Nameplate – Aluminum Foil

*assumptions: n Operating Temperature =

185°F (85°C)n Water Temperature = 85°F

(29°C)n Water Flow = SCFM x .03

(SCMM x 4)n Operating Pressure of 100 PSIG

(6.89 BAR)

**assumptions: n Operating Temperature =

185°F (85°C)n Water Temperature = 85°F

(29°C) 5°F (3°C) rise through Aftercooler if in series

n 2:1 Oil to Water Ration ISO-VG46 Oil or Equivalent

HeiGHT Tube porT npT/bspp sae sHell porT ConneCTion siZe ConneCTion sae o-rinG FlanGe widTH lenGTH npT/bspp sae siZe weiGHTmodel inches mm inches mm inches mm inches mm FlanGe o-rinG npT/bspp lbs Kg

614 5.37 136 5.63 143 3.24 82 16.38 416 1.00 #16 15/8-12 UNF-2B .75 17 8

624 5.37 136 5.63 143 3.24 82 26.38 670 1.00 #16 15/8-12 UNF-2B .75 24 11

814 6.75 171 7.00 178 3.50 89 16.62 422 1.50 #24 17/8-12 UN-2B .75 32 15

824 6.75 171 7.00 178 3.50 89 26.62 676 1.50 #24 17/8-12 UN-2B .75 41 19

836 6.75 171 7.00 178 3.50 89 38.62 981 1.50 #24 17/8-12 UN-2B .75 53 24

1014 7.75 197 8.00 203 4.00 102 17.12 435 1.50 #24 17/8-12 UN-2B 1.00 43 20

1024 7.75 197 8.00 203 4.00 102 27.12 689 1.50 #24 17/8-12 UN-2B 1.00 57 26

1036 7.75 197 8.00 203 4.00 102 39.12 994 1.50 #24 17/8-12 UN-2B 1.00 72 33

1224 8.75 222 9.38 238 5.00 127 27.13 689 2.00 #32 2½-12 UN-2B 1.50 85 39

1236 8.75 222 9.38 238 5.00 127 39.13 994 2.00 #32 2½-12 UN-2B 1.50 110 50

1248 8.75 222 9.38 238 5.00 127 51.13 1299 2.00 #32 2½-12 UN-2B 1.50 135 61

1260 8.75 222 9.38 238 5.00 127 63.13 1604 2.00 #32 2½-12 UN-2B 1.50 160 73

1724 11.59 295 12.56 319 7.00 178 27.50 699 3.00 3" SAE Flange Only 2.00 140 64

1736 11.59 295 12.56 319 7.00 178 39.50 1003 3.00 3" SAE Flange Only 2.00 180 82

1748 11.59 295 12.56 319 7.00 178 51.50 1308 3.00 3" SAE Flange Only 2.00 220 100

1760 11.59 295 12.56 319 7.00 178 63.50 1613 3.00 3" SAE Flange Only 2.00 260 118

1772 11.59 295 12.56 319 7.00 178 75.50 1918 3.00 3" SAE Flange Only 2.00 300 136


C /

SS

C

Example Model No.

C/ssC - 1024 - 2 - 6 - F

unit baff le shell side Tube side Gpm (lpm)

size spacing Gpm (lpm) o T F

600 1.3, 3 19, 29 (72, 110) 48 (182) 24 (911) 12 (45)

800 1.7, 4 32, 69 (121, 261) 84 (318) 42 (159) 21 (79)

1000 2, 5 41, 69 (155, 261) 146 (553) 73 (276) 37 (141)

1200 2.5, 6 60, 115 (227, 435) 224 (848) 112 (424) 56 (212)

1700 3.5, 8.4 125, 253 (473, 958) 465 (1760) 232 (878) 116 (439)

exceptions to maximum shell side Flows

C/SSC-814-4-4-* 63 GPM (238 LPM) Maximum



C/SSC-1724-3.5-6-* 105 GPM (397 LPM) Maximum

C/SSC-1724-8.4-6-* 200 GPM (757 LPM) Maximum

Caution: Incorrect installation can cause this product to fail prematurely, causing the shell side and tube side fluids to intermix.

Specific applications may have different piping arrangements. Contact factory for assistance.

Two and Four pass

CoolingWater

Hot Fluid(May be reversed)

Maximum Flow Rates Piping Hook-up

Height

Length Width

SAEFlangeOption

All models except C-1700 Series

C-1700 Series

CO

MP

RE

SS

OR

S

ER

IES

Cross Reference

Air AA Series

Airtek to Thermal TransferAIR COOlEd AFTERCOOlERS

airtek Thermal Transfer

401 AA-50

402 AA-50

403 AA-80

404 AA-120

406 AA-150

407 AA-300

aKG Thermal Transfer

CC-100 AA-120

Approximate thermal, non-dimensional interchange. Core - Aluminum Fins and Copper Tubes

AKG to Thermal TransferAIR COOlEd AFTERCOOlERS

Hayden to Thermal Transfer AIR COOlEd OIl COOlERS

Hayden model Thermal series number Transfer

Temp-Toller TT-318 AOL-950 Hundred Series TT-418 AOL-1200

TT321 AOL-1600

Temp-Toller TT-324 AOL-2000 Jumbo Series TT-327 AOL-2500

TT-430 AOL-3500

Approximate thermal, non-dimensional interchange.

dunham-Bush 100 Series to Thermal Transfer AIR COOlEd OIl COOlERS

dunham-bush Thermal Transfer

DB-318 AOL-1200

DB-321 AOL-1600

DB-327 AOL-2500

DB-330 AOL-3000

DB-421 AOL-1600/AOL-3000

DB-430 AOL-3000


AKG to Thermal Transfer AIR COOlEd OIl COOlERS


ACL-160 AOL-3000

ACL-250 AOL-3500


Industrial AOl

Basco to Thermal Transfer AIR COOlEd OIl COOlERS

basco Thermal Transfer

1-05-1-AC-PH AOL-400

1-06-1-AC-PH AOL-725

1-07-1-AC-PH AOL-950

1-08-1-AC-PH AOL-1200

1-09-1-AC-PH AOL-1600

1-10-1-AC-PH AOL-2000

1-11-1-AC-PH AOL-2000



CC-200 AHP-400

CC-450 AHP-725

CC-600 AHP-725

CC-1000 AHP-950

CC-1600 AHP-1600

CC-2000 AHP-2000

CC-2500 AHP-2500

CC-3500 AHP-3500



Basco to Thermal TransferAIR COOlEd AFTERCOOlERS


2-04-1-AC-PH AHP-400

2-05-1-AC-PH AHP-725

2-06-1-AC-PH AHP-950

2-07-1-AC-PH AHP-1200

2-08-1-AC-PH AHP-1600

2-09-1-AC-PH AHP-2000

2-10-1-AC-PH AHP-2500

2-11-1-AC-PH AHP-3000


HiRoss to Thermal TransferAIR COOlEd AFTERCOOlERS

Hiross Thermal Transfer

A1203000

A1603000

A2003000

A2403000

A3203000

A4003000

A4803000

A6403000

A7503000

*Inlet air temperature 250°F (121°C) cooled to within 15°F (8.33°C) approach 100 PSIG (6.9 BAR).

AHP-725

AHP-725

AHP-725

AHP-950

AHP-1200

AHP-1600

AHP-2000

AHP-2500

AHP-3000

Basco to Thermal TransferAIR COOlEd AFTERCOOlERS


2-01-1-AC-PL AA-80

2-02-1-AC-PL AA-120

2-03-1-AC-PL AA-240


HiRoss to Thermal TransferAIR COOlEd AFTERCOOlERS


A00500B0

A01000B0

A02000B0

A03000B0

A05000B0

A0803000

Inlet air temperature 250°F (121°C)cooled to within 15°F (8.33°C) approach 100 PSIG (6.9 BAR).

AA-50

AA-50

AA-120

AA-120

AA-240

AA-300

modine Thermal Transfer

AB-128

AB-129

AB-130

AB-062A

AA-80

AA-150

AA-240

AA-300

Modine to Thermal Transfer AIR COOlEd AFTERCOOlERS

Air AHP Series

Airtek to Thermal TransferAIR COOlEd AFTERCOOlERS


408 AHP-400

409 AHP-725

411 AHP-725

412 AHP-725

413 AHP-950

414 AHP-1200

416 AHP-1600

417 AHP-2000

418 AHP-2500

419 AHP-3000

421 AHP-3500


AB-131

AB-132X

AB-064A

AB-066A

AB-070A

AB-074AF

AB-076AF

AHP-400

AHP-725

AHP-400

AHP-725

AHP-950

AHP-1200

AHP-2500

Modine to Thermal Transfer AIR COOlEd AFTERCOOlERS

AKG to Thermal TransferCOMBINATION OIl COOlER & AFTERCOOlERS


AOC-15 ACOC-400

AOC-30 ACOC-400

AOC-40 ACOC-725

AOC-75 ACOC-950

AOC-125 ACOC-1600

AOC-175 ACOC-2000

AOC-250 ACOC-2500

AOC-350 ACOC-3500


Air ACOC Series


AB-132A-2

AB-162A-5

AB-166A-5

AB-170A-5

AB-074A-5

AB-174F-10

*Maximum SCFM at 100 PSI (6.9 BAR) and 15°F (8.33°C) approach with pressure drop less than 2 PSI (.14 BAR).

ACOC-725

ACOC-950

ACOC-1200

ACOC-1600

ACOC-2000

ACOC-3000

Modine to Thermal Transfer COMBINATION OIl COOlER & AFTERCOOlERS


C-1835B BGA-35-2/1

C-13560BG BGA-60-2/1

C-70100BG BGA-100-2/1

Exact thermal, dimensional interchange.


Belt Guard

Exact Thermal and Dimensional Interchanges - Service Parts also Interchangeable. “5A” prefix indicates admiralty brass tubes. “2A” prefix in place of the “5A” prefix indicates copper tubes in BASCO units and is interchangeable with TTPL “C” series units.

CO

MP

RE

SS

OR

S

ER

IES

Cross Reference


5A-01A-06-036

5A-03A-06-036

5A-05A-06-036

5A-02A-06-036

5A-04A-06-036

5A-06A-06-036

5A-01A-06-048

5A-03A-06-048

5A-05A-06-048

5A-02A-06-048

5A-04A-06-048

5A-06A-06-048

5A-01A-06-060

5A-03A-06-060

5A-05A-06-060

5A-02A-06-060

5A-04A-06-060

5A-06A-06-060

5A-01A-08-024

5A-03A-08-024

5A-05A-08-024

5A-02A-08-024

5A-04A-08-024

5A-06A-08-024

5A-01A-08-036

5A-03A-08-036

5A-05A-08-036

5A-02A-08-036

5A-04A-08-036

5A-06A-08-036

5A-01A-08-048

5A-03A-08-048

5A-05A-08-048

5A-02A-08-048

5A-04A-08-048

5A-06A-08-048

5A-01A-08-060

5A-03A-08-060

5A-05A-08-060

5A-02A-08-060

5A-04A-08-060

5A-06A-08-060

5A-01A-08-072

5A-03A-08-072

5A-05A-08-072

5A-02A-08-072

5A-04A-08-072

5A-06A-08-072

5A-01A-03-014

5A-03A-03-014

5A-05A-03-014

5A-02A-03-014

5A-04A-03-014

5A-06A-03-014


5A-01A-03-014

5A-03A-03-014

5A-05A-03-014

5A-02A-03-014

5A-04A-03-014

5A-06A-03-014

5A-01A-03-024

5A-03A-03-024

5A-05A-03-024

5A-02A-03-024

5A-04A-03-024

5A-06A-03-024

5A-01A-04-014

5A-03A-04-014

5A-05A-04-014

5A-02A-04-014

5A-04A-04-014

5A-06A-04-014

5A-01A-04-024

5A-03A-04-024

5A-05A-04-024

5A-02A-04-024

5A-04A-04-024

5A-06A-04-024

5A-01A-04-036

5A-03A-04-036

5A-05A-04-036

5A-02A-04-036

5A-04A-04-036

5A-06A-04-036

5A-01A-05-014

5A-03A-05-014

5A-05A-05-014

5A-02A-05-014

5A-04A-05-014

5A-06A-05-014

5A-01A-05-024

5A-03A-05-024

5A-05A-05-024

5A-02A-05-024

5A-04A-05-024

5A-06A-05-024

5A-01A-05-036

5A-03A-05-036

5A-05A-05-036

5A-02A-05-036

5A-04A-05-036

5A-06A-05-036

5A-01A-06-024

5A-03A-06-024

5A-05A-06-024

5A-02A-06-024

5A-04A-06-024

5A-06A-06-024

Basco to Thermal TransferWATER COOlEd OIl COOlER / AFTERCOOlER

C-614-1.3-4-O

C-614-1.3-4-T

C-614-1.3-4-F

C-614-3-4-O

C-614-3-4-T

C-614-3-4-F

C-624-2-4-O

C-624-2-4-T

C-624-2-4-F

C-624-3-4-O

C-624-3-4-T

C-624-3-4-F

C-814-1.3-4-O

C-814-1.3-4-T

C-814-1.3-4-F

C-814-3-4-O

C-814-3-4-T

C-814-3-4-F

C-824-2-4-O

C-824-2-4-T

C-824-2-4-F

C-824-4-4-O

C-824-4-4-T

C-824-4-4-F

C-836-2-4-O

C-836-2-4-T

C-836-2-4-F

C-836-4-4-O

C-836-4-4-T

C-836-4-4-F

C-1014-1.3-6-O

C-1014-1.3-6-T

C-1014-1.3-6-F

C-1014-3-6-O

C-1014-3-6-T

C-1014-3-6-F

C-1024-2-6-O

C-1024-2-6-T

C-1024-2-6-F

C-1024-4-6-O

C-1024-4-6-T

C-1024-4-6-F

C-1036-2-6-O

C-1036-2-6-T

C-1036-2-6-F

C-1036-4-6-O

C-1036-4-6-T

C-1036-4-6-F

C-1224-2.5-6-O

C-1224-2.5-6-T

C-1224-2.5-6-F

C-1224-3.6-6-O

C-1224-3.6-6-T

C-1224-3.6-6-F

C-1236-2.5-6-O

C-1236-2.5-6-T

C-1236-2.5-6-F

C-1236-5-6-O

C-1236-5-6-T

C-1236-5-6-F

C-1248-3-6-O

C-1248-3-6-T

C-1248-3-6-F

C-1248-6-6-O

C-1248-6-6-T

C-1248-6-6-F

C-1260-3.6-6-O

C-1260-3.6-6-T

C-1260-3.6-6-F

C-1260-6-6-O

C-1260-6-6-T

C-1260-6-6-F

C-1724-3-6-O

C-1724-3-6-T

C-1724-3-6-F

C-1724-5-6-O

C-1724-5-6-T

C-1724-5-6-F

C-1736-4-6-O

C-1736-4-6-T

C-1736-4-6-F

C-1736-6-6-O

C-1736-6-6-T

C-1736-6-6-F

C-1748-4-6-O

C-1748-4-6-T

C-1748-4-6-F

C-1748-7-6-O

C-1748-7-6-T

C-1748-7-6-F

C-1760-4.5-6-O

C-1760-4.5-6-T

C-1760-4.5-6-F

C-1760-7-6-O

C-1760-7-6-T

C-1760-7-6-F

C-1772-4.5-6-O

C-1772-4.5-6-T

C-1772-4.5-6-F

C-1772-8-6-O

C-1772-8-6-T

C-1772-8-6-F

C-614-1.3-4-O

C-614-1.3-4-T

C-614-1.3-4-F

C-614-3-4-O

C-614-3-4-T

C-614-3-4-F

Air AB Series Shell & Tube C & SSC Series

Airtek to Thermal TransferWATER COOlEd AFTERCOOlERS


810 AB-404-A4-0

820 AB-405-B4-0

835 AB-405-B4-0

836 AB-705-B4-0

4048 AB-705-B4-0

4060 AB-1006-B6-0

4072 AB-1006-B6-0

6048 AB-1006-B6-0

6060 AB-1206-C6-0

6072 AB-1207-C6-0

8048 AB-1206-C6-0

8060 AB-1207-C6-0

8072 AB-1607-D6-0

Basco to Thermal TransferWATER COOlEd AFTERCOOlERS


3BR08072 AB-1608-D6-O-BR

3BR08072 AB-1207-C6-O-BR

3BR08072 AB-1006-B6-O-BR

3BR08072 AB-705-B4-O-BR

Approximate thermal, non-dimensional interchange. (Fixed tube, non-ASME code, separator not included.

HiRoss to Thermal TransferWATER COOlEd AFTERCOOlERS


W0035

W0045

W0055

W0065

W0110

W0160

W0210

W0270

W0350

W0420

Thermal, non-dimensional interchange. Rotary Inlet temperature 190°F (88°C) cooled to within 15°F (8°C) of inlet water temperature. 2 Stage inlet temperature 250°F (121°C) cooled to within 15°F (8°C) of inlet water temperature. Compressed air at 100 PSIG (7 BAR).

AB-404-A4-0

AB-405-B4-0

AB-705-B4-0

AB-705-B4-0

AB-1006-B6-0

AB-1206-C6-0

AB-1206-C6-0

AB-1207-C6-0

AB-1606-C6-0

AB-1606-C6-0


5A-01A-03-024

5A-03A-03-024

5A-05A-03-024

5A-02A-03-024

5A-04A-03-024

5A-06A-03-024

5A-01A-04-014

5A-03A-04-014

5A-05A-04-014

5A-02A-04-014

5A-04A-04-014

5A-06A-04-014

5A-01A-04-024

5A-03A-04-024

5A-05A-04-024

5A-02A-04-024

5A-04A-04-024

5A-06A-04-024

5A-01A-04-036

5A-03A-04-036

5A-05A-04-036

5A-02A-04-036

5A-04A-04-036

5A-06A-04-036

5A-01A-05-014

5A-03A-05-014

5A-05A-05-014

5A-02A-05-014

5A-04A-05-014

5A-06A-05-014

5A-01A-05-024

5A-03A-05-024

5A-05A-05-024

5A-02A-05-024

5A-04A-05-024

5A-06A-05-024

C-624-2-4-O

C-624-2-4-T

C-624-2-4-F

C-624-3-4-O

C-624-3-4-T

C-624-3-4-F

C-814-1.3-4-O

C-814-1.3-4-T

C-814-1.3-4-F

C-814-3-4-O

C-814-3-4-T

C-814-3-4-F

C-824-2-4-O

C-824-2-4-T

C-824-2-4-F

C-824-4-4-O

C-824-4-4-T

C-824-4-4-F

C-836-2-4-O

C-836-2-4-T

C-836-2-4-F

C-836-4-4-O

C-836-4-4-T

C-836-4-4-F

C-1014-1.3-6-O

C-1014-1.3-6-T

C-1014-1.3-6-F

C-1014-3-6-O

C-1014-3-6-T

C-1014-3-6-F

C-1024-2-6-O

C-1024-2-6-T

C-1024-2-6-F

C-1024-4-6-O

C-1024-4-6-T

C-1024-4-6-F

American Industrial to Thermal TransferWATER COOlEd OIl COOlER / AFTERCOOlER

american industrial Thermal Transfer

CS C

STS SSC


p psi (bar) at maximum Connection drain sCFm (Cmm) range maximum maximum Temperature size sizemodel 100 psi (7 bar) sCFm (Cmm) psi (bar) °F (°C) npT npT bowl Type drain Type

S-50 M 5-50 (.14-1.42) 0.5 (.034) 200 (14) 175 (79) 0.50 0.125 Cast Zinc Manual

S-50 AD 5-50 (.14-1.42) 0.5 (.034) 200 (14) 175 (79) 0.50 0.125 Cast Zinc Automatic with Internal Float

S-100 M 11-120 (.31-3.40) 0.5 (.034) 200 (14) 175 (79) 1.00 0.125 Cast Zinc Manual

S-100 AD 11-120 (.31-3.40) 0.5 (.034) 200 (14) 175 (79) 1.00 0.125 Cast Zinc Automatic with Internal Float

S-200 M 11-233 (.31-6.60) 0.7 (.048) 232 (16) 176 (80) 1.00 0.50 Aluminum Manual

S-300 M 60-472 (1.70-13.37) 1.0 (.069) 232 (16) 176 (80) 1.50 0.50 Aluminum Manual



S-2600 M 1500-3500 (42.48-99.11) 1.5 (1.03) 232 (16) 176 (80) 4.00 0.75 Carbon Steel Manual

MINIMUM OPERATING TEMPERATURE: 35°F (2°C). Specifications and dimensions subject to change without notice. Service parts available upon request.

Hose overall Fitting length approx.part Connections inside diameter length working pressure psi (bar) (each end) shipping weightnumber npT inches (mm) inches (mm) at 70°F (21°C) at 300°F (149°C) at 400°F (204°C) inches (mm) lbs (Kg)

67492 0.50 .5 (13) 10 (254) 1000 (69) 900 (62) 863 (60) 2.00 (51) 2.0 (1)

66271 1.00 1.0 (8) 12 (305) 525 (36) 460 (32) 435 (30) 1.75 (45) 2.0 (1)

66272 1.50 1.0 (25) 16 (406) 450 (31) 395 (27) 370 (26) 2.00 (51) 3.0 (1)

66273 2.00 2.0 (51) 18 (457) 400 (23) 350 (24) 330 (23) 2.00 (51) 4.5 (2)

66274 2.50 2.5 (64) 20 (508) 285 (20) 250 (17) 235 (16) 2.50 (64) 8.5 (4)

67442 3.00 3.0 (76) 22 (559) 265 (18) 230 (16) 220 (15) 3.00 (76) 12.5 (6)

66275 4.00 4.0 (102) 24 (6010) 260 (18) 225 (16) 215 (15) 4.00 (102) 14.5 (7)

AC

CE

SS

OR

IES Compressed Air Separators

S-50 and S-100 ModelsTwo Models:

n With a built-in automatic float style drain

n With a 1/8" NPT connection with manual shut off valve

Rugged cast zinc housing. Equipped with quick disconnect bowls for easy service.

S-200 thru S-1700 ModelsFour models to fit most applications. Unique high efficiency design provides wide SCFM capacity range without loss in performance. Sturdy, lightweight aluminum construction for long dependable service. NPT threaded drain connection for installation of an electronic, manual or automatic float style drain. Low differential pressure at maximum flow ratings. Externally and internally epoxy painted for maximum corrosion protection.

Model S-2600-M (Manual drain NPT connection)

Model S-2600-4F (Manual drain ASME flange connection)

1500 thru 3500 SCFM (42.48 through 99.11 SCMM) capacity. Consult factory for details on larger models thru 16,000 SCFM (45.31 SCMM).

Designed to isolate damaging vibration, dampen noise and absorb thermal expansion from pumps and compressors to other related equipment. Hose is of corrosion resistant type 304 stainless steel. Connectors are carbon steel schedule 40 external NPT with hex nut attachments on both ends for easy installation. Couplings are welded to assure dependable leak free operation.

Maximum operating temperature 1500°F (816°C). Other sizes and lengths available.

Modulating Water Valves and 3-Way Thermostatic Valves available. See catalog for details.

Flexible Connectors

INS

TA

ll

AT

IONRecommended Typical Installation

Electronic Floator Manual Drain

Aftercooler

Cooling Water Out

Shut-Off Valve

Cooling Water In

To Receiver or Dryer

To Drain

MoistureSeparator

Strainer

From Compressor

From Compressor

Aftercooler

To Drain


MoistureSeparator

Shut-Off Valve

Strainer


Air Cooled Equipment


Aftercooler

Cooling Water Out

Shut-Off Valve

Cooling Water In


To Drain

MoistureSeparator

Strainer

From Compressor

From Compressor

Aftercooler

To Drain


MoistureSeparator

Shut-Off Valve

Strainer


Water Cooled Equipment

TE

CH

NIC

Al

INF

OR

MA

TIO

N Technical Information

Recommended Typical Installation

n Support piping as needed. Flexible connectors must be properly installed to validate warranty.

n Coolers should not operate in ambient temperatures below 35°F (1°C). Consult factory for recommendations.

n The fan cannot be cycled.

n AHP coolers operated outdoors must be protected from weather. Consult factory for recommendations.

n If ductwork or additional static resistance is added to the cooler airstream, an auxiliary air mover may be required.

Maintenance n Periodic cleaning of the fins with compressed air is needed to remove the

accumulation of dirt and dust.

n Check the automatic drain on the separator (not included) periodically.

n If the inside of the tubes need to be cleaned of oil and carbon, use a chlorinated solvent. Do not use strong solvents. Do not use acids or caustic cleaners.

HO

W T

O O

Rd

ERHow to Order

UPAmodel series

upamodel size

20 · 35 · 50 · 100

C & SSCmodel series

C & ssC Cs & ssCs

Cm & ssCmCF

CFm

model size

Tube diameterCode

4 - 1/4”6 - 3/8”

Tubeside passes0 - One PassT - Two PassF - Four Pass

– baff lespacing

CoolingTube

material blank - Copper

Cn - CuNiss - Stainless

Steelad - Admiralty

Brass

endbonnet

material blank - Cast Iron

b - Bronzesb - Stainless

Steel

Tubesheetmaterial

blank - Steelw - CuNi

s - Stainless Steel

Zincanodes

blank - NoneZ - Zinc

– – – –––-

C = NPT Shell side connections; NPT Tube side connectionsCs = SAE O-Ring Shell side connections; NPT Tube side connectionsCm = BSPP Shell side connections; BSPP Tube side connectionsCF = SAE Flange (with UNC threads) Shell side connections; NPT Tube side connectionsCFm = SAE Flange (with Metric threads) Shell side connections; BSPP Tube side connectionsssC = NPT Shell side connections; NPT Tube side connectionsssCs = SAE O-Ring Shell side connections; NPT Tube side connectionsssCm = BSPP Shell side connections; BSPP Tube side connections

add For C, Cs, Cm, CF and CFm models only:Cooling tube material, end bonnet material, tubesheet material & zinc anodesConsult factory for asme Code

AAmodel series

aa model size50 · 80 · 120

150 · 240 · 300

specify motorrequired

0 - No Motor1 - Single Phase 60 Hz ODP 115 Volt

2 - Single Phase 60 Hz TEFC 115/208-230 Volt3 - Three Phase 60 Hz TEFC 208-230/460 Volt

5 - Air Motor

AHP / AHPHmodel series

aHp

aHpH(Vertical Mount)

model size400 · 725 · 950 · 1200 · 1600

2000 · 2500 · 3000 · 3500

400 · 725 · 950 1200 · 1600 · 2000


0 - No Motor2 - Single Phase 60 Hz TEFC 115/208-230 Volt

3 - Three Phase 60 Hz TEFC 230/460 Volt5 - Air Motor

ACOC / ACOCHmodel series

aCoC

aCoCH(Vertical Mount)

model size400 · 725 · 950 · 1200 · 1600

2000 · 2500 · 3000 · 3500

400 · 725 · 950 1200 · 1600 · 2000


0 - No Motor 2 - Single Phase3 - Three Phase

ABmodel series

ab model size

403 · 404 · 405 · 705 1006 · 1206 · 1207 1606 · 1607 · 1608

baff le spacinga - 1.125b - 2.25C - 4.5d - 9.0

Tube diameterCode

4 - 1/4”6 - 3/8”

Tubeside passes

0

– – – –

AOlConnection

Typeblank - NPT

s - SAE

model seriesaol - Standard

model size400 · 725 · 950 · 1200

1600 · 2000 · 2500 3000 · 3500


0 - No Motor2 - Single Phase3 - Three Phase

6 - 575 Volt9 - Hydraulic

18 - IEC Three Phase

noise levelblank - Standard

Noise Level ln - Low

Noise Level

– – – –

Belt Guard M Models Belt Guard BGA Modelsmodel series

mmodel size

15 · 20 · 25 · 30–

– –

– –

– –

–

614 · 624 · 814 · 824 · 8361014 · 1024 · 1036 · 12241236 · 1248 · 1260 · 17241736 · 1748 · 1760 · 1772


0 - No Motor1 - Single Phase 60 Hz ODP 115 Volt

–

model seriesbGa

model size35 · 60 · 100

– ConnectionType

1 - NPT2 - SAE

–5 digit model number–

5215 21st Street Racine, Wisconsin 53406-5096

Tel: (262) 554-8330 Fax: (262) 554-8536

e-mail: [email protected]

websiTe: www.thermaltransfer.com

Compressed Air AftercoolersAftercoolers are heat exchangers that cool the discharge from a compressor. The media used is air & water and is the most effective way to segregate the moisture and compressed air. Aftercoolers control the amount of water vapor in a compressed air system via condensing the water vapor into a liquid form. In nearly all industries with manufacturing or service equipment, liquid water can cause permanent damage when using compressed air.

An aftercooler is required to ensure the proper function of pneumatic or air handling devices. The two methods utilized are either air cooled or water cooled aftercooling.

Typically aftercoolers are integrated into the OE compressor or may stand alone and located somewhere downstream of the compressor.

Moisture separators and drain valves are mounted into a pipeline fitted with water cooled aftercoolers or a heat exchanger. They extract the majority of water from the compressed air as it passes through the piped components. The moisture separator spins the fluid by using centrifugal force to separate out the moisture and solids from the compressed air. The water is allowed to exit via a bottom drain. An air cooled heat exchanger uses available ambient air to cool the hot compressed air. Most air cooled heat exchangers use a fan that produces forced air. The fan is driven by an air or electric motor which forces the ambient air over the cooler, removing the heat from the compressed air.

Due to mechanical friction created from moving parts, compressors generate significant heat. To promote long component life and efficient operation, all moving parts must be lubricated. Thermal Transfer Products compressor coolers supply cooled oil to compressor operation, including all bearing and friction points. When heat circulates throughout compressor internals, heat is transferred to the oil and must subsequently be cooled via a heat exchanger.

Air Cooled AftercoolersThermal Transfer Products models of air cooled aftercoolers provide economical cooling by utilizing available ambient air to cool the hot compressed air from an air compressor. When properly sized, an aftercooler can remove up to 60% of the water in compressor air.

Owing to the compressor type, discharge air is approximately 150-350˚F (66-177˚C). During the cooling of the compressed air, nearly 60% of the water vapor present will condense into liquid water. A line installed separator will immediately remove the water from the system. Air cooled aftercoolers, when applied properly, can cool the hot compressed air between 5-20˚F (3-11˚C) of the available ambient air temperature. Normally wasted heat can be reclaimed and recirculated by the aftercooler.

Water Cooled Aftercoolers Thermal Transfer water cooled aftercoolers, when combined with a water separator, are a significant means of removing unwanted water moisture from compressed air. Field studies prove that a properly sized and installed aftercooler and liquid separator will effectively maintain worry free operation of compressed air equipment. When the downstream compressed air line temperature is lowered by applying a correctly sized water cooled aftercooler, more than 70% of the entrained water vapor will condense to liquid form. This liquid is easily removed by a moisture separator.

Documents

COMPRESSOR SERIES COMPRESSOR - Drive … · SERIES 5-10 COMPRESSOR SERIES COOl POWER SOlUTIONS For all Compressor indusTries upa aa belt Guard aHp(H) aol aCoC(H) ab C& ssC