COMPRESSOR
SERIES
COMPRESSOR
Air or Water Cooled Aftercoolers, Oil Coolers, Combination
Coolers and Accessories for Air Compressor Applications
UPA
AA
Belt Guard
AHP(H)
AOL
SERIES
ACOC(H)
AB
C & SSC
Cool POWER SOLUTIONS
5-10
for all Compressor Industries
Air UPA
Air Cooled Aftercoolers
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
COPPER TUBE Construction
Full Line of Sizes and Features
n Energy Efficient
n High Performance
n Low flows to 100 CFM (2.83 CMM)
n Detachable Legs (shipped unattached)
Horizontal or Vertical Air Flow
Lightweight
n Ratings Based on Comprehensive Testing
n Attractive, Durable Baked Enamel Finish
n Floor or Suspended Mounting
n
n
n
n
Materials
Units shown with
optional separator.
Rating
Cabinet – Steel with Baked Enamel Finish
Core – Aluminum Fins on Copper Tubes
n Fan – Heavy Gauge Aluminum with Steel Hub
n Motor – Open Vented
n Fan Guard – Zinc Chromate Plated Steel
Maximum Operating Pressure 250 PSI (17 BAR)
n
n
n
n
Maximum Operating Temperature 350°F (177°C)
Model Selection
Rotary Screw 200˚F (93˚C)
Model
Compressor
Capacity* HP (KW)SCFM (CMM)
35 (.99)
2-Stage Piston 250˚F (121˚C)
Compressor
Capacity* HP (KW)SCFM (CMM)
—
—
1-Stage Piston 300˚F (149˚C)
Compressor
Capacity*
HP (KW)SCFM (CMM)
UPA-20
5 (3.8)
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.
—
—
UPA-20 & UPA-35
UPA-50 & UPA-100
Horizontal Air Flow
Horizontal Air Flow
UPA
Dimensions (approximate envelope)
Inlet
AIR
FLOW
AIR
FLOW
Height
Outlet
Height
Outlet
Inlet
Width
Depth
Depth
Width
Vertical Air Flow
Vertical Air Flow
AIR
FLOW
Outlet
Outlet
Inlet
AIR FLOW
Height
Height
Width
Depth
Width
Depth
PORTRECOMMENDED
HORIZONTAL AIR FLOW
VERTICAL AIR FLOW
CONNECTIONOPTIONAL
HEIGHTWIDTHDEPTH
HEIGHTWIDTHDEPTHSIZESEPARATOR
ModelInches mmInches mmInches mmInches mmInches mmInches mmNPTModel 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
Motor & Fan Data
Approx.
FullShipping
FanMotorLoadNema
ThermalWeight
Model
CFM (CMM)
HP (KW)
VoltagePhaseAmps
HzRPM
FrameOverloadLbs (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
60/50
1550/1300
Custom
Yes
27 (12)
UPA-50
945 (26.76)
1/12 (.06)
115/230
1
2.4/1.2
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)
Air AA
Air Cooled Aftercoolers
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
COPPER TUBE Construction
Full Line of Sizes and Features
n Energy Efficient
n High Performance
n Medium Flows 80-300 CFM (2.27-8.50 CMM)
n Horizontal Air Flow
Optional Weatherproof Junction Box
Floor or Suspended Mounting
n Optional TEFC Motor(s)
n Ratings Based on Comprehensive Testing
n Wired for Single Point External Connection
n Detachable Legs (shipped unattached)
n
n
n
n
Materials
Rating
Cabinet – Galvanized Steel
n Core – Aluminum Fins on Copper Tubes
n Fan – Heavy Gauge Aluminum with Steel Hub
n Motor – Open Vented
n Fan Guard – Steel with Baked Enamel Finish
Maximum Operating Pressure 250 PSI (17 BAR)
n
n
Maximum Operating Temperature 350°F (177°C)
n
Model Selection
Rotary Screw 200˚F (93˚C)
2-Stage Piston 250˚F (121˚C)
1-Stage Piston 300˚F (149˚C)
Model
Compressor
Capacity*
HP (KW)SCFM (CMM)
Compressor
Capacity*
HP (KW)SCFM (CMM)
Compressor
Capacity*
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)
*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.
AA
Dimensions (approximate envelope)
Inlet
Width
Depth
12”
(304.8)
min. to
wall
AIR
FLOW
Height
Outlet
PORTRECOMMENDED
CONNECTIONOPTIONAL
HEIGHTWIDTHDEPTHSIZESEPARATOR
ModelInches
mmInches
mmInches
mmNPTModel 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
Motor & Fan Data
Model
StandardOptionalOptional
Approx.
Motor (ODP)Motor (TEFC)Motor (TEFC)*
Air Motor
Shipping
FanMotor
Full Load
Full Load
Full LoadWeightPSI
CFM
CFM (CMM)
HP (KW)
VoltageAmps/Motor
VoltageAmps/Motor
VoltageAmps/MotorLbs. (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)
7.2
5/2.6-2.5
1.4-1.3/.65
140 (64)
50 (3.45)
13 (0.37)
AA-150
2350 (66.54)
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)
115/1/60
1/4 (0.19)
7.2
115/208
230/1/60
5/2.6-2.5
208-230/
460/3/60
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.
Air Belt Guard
Air Cooled Aftercoolers
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
Features BGA Models
COPPER TUBE Construction
n
Utilizes Air Flow from Belt Guard on Recip Compressor
n Easy to Install
n Rugged Construction
n Solid Performance
n Bolt directly on the existing belt guard (some additional support
may be required)
n All steel manifolds with sturdy copper tubes and aluminum fins
n Unique turbulator inside each cooling tube assures maximum
performance in a compact size
n
Materials
Materials
brazed aluminum Construction
Brazed Bar and Plate Aluminum Core
n
Energy Efficient
n High Performance
n
High Technology Compact Design
n
Rugged Heavy Duty Construction
n
Excellent for Heat Recovery
n
Tubes – Copper
Fins – Aluminum
n Turbulators – Steel
n Manifolds – Steel
n
n
n
Rating
Core – Brazed Aluminum
Bar & Plate
Maximum Operating
Pressure 300 PSI (21 BAR)
n
n
Maximum Operating
Temperature 350°F (177°C)
Rating
Maximum Operating
Pressure 250 PSI (17 BAR)
n
Maximum Operating
Temperature 350°F (177°C)
n
n
Model Selection
MaximumMaximum
ModelSCFM*
CMM
MaximumMaximum
ModelSCFM*
CMM
M-15-76946
20
.57
BGA-35-2/1
M-20-76785
35
.99
BGA-60-2/1
M-25-76878
75
2.12
BGA-100-2/1
M-30-76941
100
2.83
Model Rating Approach Temperature
.99
5˚F for 18 SCFM 15˚F for 35 SCFM
60
1.70
100
2.83
;
35
3˚C for .51 CMM
8˚C for .99 CMM
10˚F for 35 SCFM 25˚F for 60 SCFM
6˚C for .99 CMM 14˚C for 1.70 CMM
13˚F for 70 SCFM 25˚F for 100 SCFM
7˚C for 1.98 CMM 14˚C for 2.83 CMM
*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.
Belt Guard
Dimensions (approximate envelope)
Belt Guard M15-30
Copper Tube
Depth
Inlet
Inlet
Depth
Height
Height
Width
Outlet
Width
Outlet
Belt Guard BGA35-100
Depth
Inlet
Brazed Aluminum
Height
Width
Outlet
PORT
CONNECTION
HEIGHTWIDTHDEPTHSIZE
ModelInches
mmInches
mmInches
mmNPT
M-15-76946
13.24
336
M-20-76785
17.24
438
M-25-76878
23.24
590
M-30-76941
29.18
741
BGA-35-2/1
6.81
173
BGA-60-2/1
8.03
BGA-100-2/1
10.43
19.72
501
1.50
38
1.00
19.72
501
1.50
38
1.00
25.72
653
1.50
38
1.00
24.72
628
1.50
38
1.25
17.68
449
1.77
45
1.00
204
17.68
449
1.77
45
1.00
265
19.65
499
1.77
45
1.00
Air AHP/AHPH
Air Cooled Aftercoolers
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.
Features
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 Flow
n High Performance
High Technology Compact Design
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
n
n
Materials
Rating
Cabinet – Steel with Baked Enamel Finish
n Core – Brazed Aluminum Bar and Plate
n Fan – Aluminum Hub, Polypropylene Blades
n Shroud – Painted Steel
n Motor – TEFC/optional Air
n Fan Guard – Steel with Baked Enamel Finish
Maximum Operating Pressure 250 PSI (17 BAR)
n
n
Maximum Operating Temperature 350°F (177°C)
n
Model Selection
Rotary Screw 200˚F (93˚C)
Model
Compressor
Capacity*
HP (KW)SCFM (CMM)
2-Stage Piston 250˚F (121˚C)
Compressor
Capacity*
HP (KW)SCFM (CMM)
1-Stage Piston 300˚F (149˚C)
Compressor
Capacity*
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)
*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 15˚F (8˚C) approach temperature
n A flexible metal hose should be properly installed between the compressor and aftercooler to validate warranty.
AHP
AHP / AHPH
Dimensions (approximate envelope)
AHPH
Connection Port
2 places
Connection Port
2 places
AIR
FLOW
Connection Port
2 places
Inlet
Height
AIR
FLOW
Height
Outlet
Connection
Port
2 places
Width (over brackets)
Depth
Width
Depth
PORTRECOMMENDED
AHP
AHPH
CONNECTIONOPTIONAL
HEIGHTWIDTHDEPTH
HEIGHTWIDTHDEPTHSIZESEPARATOR
ModelInches mmInches mmInches mmInches mmInches mmInches mmNPTModel 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
Motor & Fan Data
Approx.
AIR MOTOR
FullShippingSound
CFM 2
FanMotorLoadNema ThermalWeight
dB(A) PSI1
Model
CFM (CMM)
HP (KW)
VoltagePhaseAmps
HzRPM
FrameOverloadLbs. (Kg)
at 3 ft
(BAR)
(CMM)
2200 (62.3)
1.0 (.75)
115/208-230
1
6.0
60
3450
56C
No
120 (54)
97
60 (4.14)
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)
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)
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)
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)
AHP(H)-400
AHP(H)-725
AHP(H)-950
AHP(H)-1200
50 (1.42)
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.
Industrial AOL
Air Cooled Oil Cooler
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).
Features
Large oil flow
n High performance
n Industrial duty
n Brazed aluminum bar and plate core
n Compact all aluminum core assembly
n Ideal for converting water cooled equipment to air cooled
n Eliminates high water and sewer costs
n Eliminates corrosion problems associated with water
cooled units
n
Materials
Vertical air flow works well for heat recovery
State-of-the-art heat transfer technology
n Hydraulic motors available
n Optional SAE ports
n Marine corrosion control coatings available
n High performance air side fin design
n Detachable legs
n Low Noise option available
n Optional IEC or Nema 50 hz motor
n
n
Rating
Legs – Steel with Baked Enamel Finish
Standard Core – Brazed Aluminum Plate & Bar
n Tanks – 5052 Aluminum
n Nose Bar & Little Bar – 3003-H Aluminum
n Air Fin, Plate, Turbulator & End Plate –
3003-O Aluminum
n Fan – Aluminum Hub, Plastic Blades
n Motor – TEFC, IEC & Hydraulic
n
n
Fluid Compatibility
Maximum Operating Pressure
250 PSI (17 BAR)
n Maximum Operating Temperature
300°F (150°C)
n
Petroleum/mineral oils
Oil/water emulsion
n Water/ethylene glycol
n
n
Model Selection
Model
AOL-400
Compressor
HP (KW)
Flow Range*
GPM (LPM)
Model
35-45 (26.10-33.56)
15-20 (57-76)
AOL-1600
Compressor
HP (KW)
Flow Range*
GPM (LPM)
165-215 (123.04-160.33)
50-65 (189-246)
AOL-725
45-85 (33.56-63.38)
25-40 (95-151)
AOL-2000
215-285 (160-33-212.52)
70-90 (265-341)
AOL-950
85-135 (63.38-100.67)
40-50 (151-189)
AOL-2500
295-335 (219.98-249.81)
90-100 (341-379)
AOL-1200
135-165 (100.67-123.04)
50-60 (189-227)
AOL-3000
345-400 (257.27-298.28)
100-120 (379-454)
AOL-3500
400-450 (298.28-335.56)
120-140 (454-530)
*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
AOL
Dimensions (approximate envelope)
Width
AIR
FLOW
Inlet / Outlet
(Interchangeable)
Height
Depth
Inlet / Outlet
(Interchangeable)
PORTApproximate
CONNECTION
Shipping
HEIGHTDEPTHWIDTHSIZE
Weight
ModelInches
mmInches
mmInches
mmNPTLbs
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
297
AOL-2500
36.01
915
43.70
1110
52.62
1337
3.00
655
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
Motor & Fan Data
(1)
(60 Hz Nema Frame)
Model
FanMotor
Full LoadNema
ThermalSound
CFM (CMM)
HP (KW)
VoltagePhaseAmps 230V
HzRPM
FrameOverload 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
3.6/3.2
50/60
2850/3450
56C
No
97
3600 (101.94)
1.5 (1.12)
115/208-230
1
8.5
60 (2)
3450
56C
No
100
100
AOL-725
(3)
3000/3600 (84.95/102.94)
1.5 (1.12)
208-230/460 3
4.8/4.2
50/60
2850/3450
56C
No
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 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 1740
215TC
No
102
AOL-3500
17500 (495.54)
10.0 (7.46)
230/460
3
24.8
60 (2)
1740
215TC
No
102
(4)
Published electrical ratings are approximate, and may vary because of motor brand. Actual ratings are on motor nameplate.
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: 190-208/380-415
All motors shown are TEFC—Other motor options available upon request.
(1)
(2)
(2)
(2)
Air ACOC / ACOCH
Air
Aftercooler
Oil
Cooler
Air Cooled combination (oil cooler / aftercooler)
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).
Air
Aftercooler
Oil
Cooler
Features
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 Weight
n State-of-the-art heat transfer technology
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
Materials
Rating
Legs – Steel with Baked Enamel Finish
Shroud – Steel
n Core – Brazed Aluminum Bar and Plate
n Fan – Aluminum Hub, Plastic Blades
n Motor – TEFC
Maximum Operating Pressure 250 PSI (17 BAR)
Maximum Operating Temperature 350°F (177°C)
n
n
n
n
Model Selection
Model
CompressorMaximum
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)
Bottom view of cooler to illustrate piping
To Plant
Air to Air Reheater
Relief Valve
Coalescing Filter
Air/Oil Separator
Flexible Connector
Receiver
Compressor
Dryer
Separator/
Trap/Drain
Heat Exchanger
Thermal
By-Pass Valve
Assumptions:
n
n 15°F (8°C ) ETD approach temperature
100 PSI (7 BAR) air
n Oil flow is .45 GPM/HP (1.4 L/KW)
n Oil pressure drop 15 PSI (1.03 BAR) or less
n 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. 100°F (56°C )
n ETD Temperature Correction Factor: HPchart = HP
compressor x
desired ETD
acoc / ACOCH
Dimensions (approximate envelope)
ACOCH
ACOC
AIR
FLOW
Width
Air
Outlet
Air
Inlet
Depth
Oil
Inlet
Air
Outlet
Air
Inlet
Height
AIR
FLOW
Oil
Inlet
Oil
Outlet
Oil
Outlet
Height
Width
Depth
AIR PORTOIL PORT
ACOC
ACOCH
CONNECTION
CONNECTION
HEIGHTWIDTHDEPTH
HEIGHTWIDTHDEPTHSIZESIZE
ModelInches mmInches mmInches mmInches mmInches mmInches mmNPTNPT
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
1.50
ACOC(H)-1600
36.01
915
44.73
1136
34.89
886
36.89
937
41.19
1046
27.51
699
2.50
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
Motor & Fan Data
Approx.
Shipping
FanMotor
ThermalWeight
Model
CFM (CMM)
HP (KW)
VoltagePhaseAmps 230V
HzRPM
FrameOverloadLbs (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)
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
4.8/4.2
50/60
2850/3450
56C
No
155 (70)
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 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 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)
ACOC(H)-725
ACOC(H)-950
(3)
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
(1)
(1)
Air AB
water Cooled Aftercoolers
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
n
copper tube Construction
n
Compressed Air and Gas Aftercoolers
n
For Water to Air Cooler
Materials
Rating
Tubes – Copper
Shell – Brass
n End Hubs – Brass
n End Bonnets – Cast Iron
n Baffles – Brass
n Mounting Brackets (optional) – Steel
n Gaskets – Nitrile Rubber
n Nameplate – Aluminum Foil
Maximum Operating Pressure
Tubes 250 PSI (17 BAR)
Shell 250 PSI (17 BAR)
n
n
n
Maximum Operating Temperature 350°F (177°C)
n
Model Selection
2-stage recip 250˚F (121˚C) inlet air
rotary screw 200˚F (93˚C)
P, PSI (BAR), atSCFM (CMM)
P, PSI (BAR), at
SCFM (CMM)
Model
Capacity* in TubesRated Capacity
Capacity* in TubesRated 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.
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 F rom the 2-stage compressor
column select model
AB-1006-B6-0 with 440 SCFM
capacity.
STEP 2
T o determine P: Read column to
right of SCFM capacity selected.
P = 0.3 PSI (.02 BAR)
STEP 3
W
ater flow rate required
340 SCFM x .03 = 10.2 GPM
(9.63 SCMM x 4 = 38.6 LPM)
ab
Dimensions (approximate envelope)
Length
Height
Mounting Brackets Optional
Width
PORT CONNECTION SIZE
HEIGHTWIDTHLENGTHSHELL
TUBEWEIGHT
ModelInches
mmInches
mmInches
mmNPTNPTLbs
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
Piping Diagrams
From
Compressor
Thermal Transfer Aftercoolers can be mounted in either of the positions shown.
Separators should be used a­ s shown. Consult factory for separator recommendations.
Cooling Water Out
From
Compressor
Cooling Water Out
Separator
Cooling Water Out
From
Compressor
To Receiver
Out
Sep
Separator
Cooling Water In
To Receiver
Cooling Water In
Cooling Water In
Separator
To Receiver
Shell & Tube C & SSC
water Cooled oil cooler/Aftercoolers
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
Copper/Steel or stainless steel
Construction
n API/BASCO Interchange
n ASME Code Option
n
CRN Option (must be ASME)
n
Preferred for New Oil-Water Applications
n
Rugged Steel Construction
n
Low Cost
n
Type 316 Stainless Steel Construction Optional
n
Custom Designs Available
n
Competitively Priced
n End Bonnets Removable for Servicing
n
Materials C Models
Tubes – Copper
Headers – Steel
n Shell – Steel
n Shell Connections – Steel
n Baff les – Brass
Materials SSC Models
End Bonnets – Cast Iron
Mounting Brackets – Steel
n Gaskets – Nitrile Rubber/
Cellulose Fiber
n Nameplate – Aluminum Foil
n
n
n
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)
n
Tubes & Tubesheets –
316 Stainless Steel
n Shell & Shell Connections –
316 L Stainless Steel
n Baff les & End Bonnets –
316 Stainless Steel
n
Mounting Brackets –
Mild Steel
n Gaskets – Nitrile Rubber/
Cellulose Fiber
n Nameplate – Aluminum Foil
n
Ratings Standard
Ratings ASME Code/CRN Option
Maximum Shell Pressure 300 PSI (21 BAR)
n Maximum Tube Side Pressure 150 PSI (10 BAR)
n Maximum Temperature 300°F (150°C)
n
Maximum Shell Pressure 300 PSI (21 BAR)
Maximum Tube Side Pressure 150 PSI (10 BAR)
n ASME Code SSC-1700 200 PSI (14 BAR)
n Maximum Temperature 300°F (150°C)
n
n
Model Selection
Water cooled aftercoolers* C seriesWater cooled Oil Coolers** C Series
compressorMaximum AirflowApproachAftercoolerApprox. Oil Flow
HP (KW)
CFM (CMM)
TemperatureModel
GPM (LPM)
15 (11.19)
20 (14.91)
25 (18.64)
30 (22.37)
40 (29.83)
50 (37.28)
60 (44.47)
75 (55.93)
100 (74.57)
125 (93.21)
150 (111.85)
200 (149.14)
250 (186.42)
300 (223.71)
75 (2.12)
100 (2.83)
125 (3.54)
150 (4.25)
200 (5.66)
250 (7.08)
300 (8.50)
375 (10.62)
500 (14.16)
625 (17.70)
750 (21.24)
1000 (28.32)
1250 (35.40)
1500 (42.48)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
15°F (8.3°C)
C-614-3-4-F
C-614-3-4-F
C-614-3-4-F
C-814-4-4-F
C-814-4-4-F
C-1024-5-6-F
C-1024-5-6-F
C-1024-5-6-F
C-1224-6-6-F
C-1724-8.4-6-F
C-1736-8.4-6-F
C-1736-8.4-6-F
C-1736-8.4-6-F
C-1736-8.4-6-F
7 (26.50)
9 (34.07)
11 (41.64)
14 (53.00)
18 (68.14)
23 (87.06)
27 (102.21)
34 (128.70)
45 (170.34)
56 (211.98)
60 (227.12)
70 (264.98)
88 (333.12)
105 (397.47)
Heat RejectionOil Cooler
HP (KW)Model
14 (10.44)
19 (14.17)
23 (17.15)
28 (20.88)
37 (27.59)
47 (35.05)
56 (41.76)
70 (52.20)
94 (70.10)
117 (87.25)
140 (104.40)
187 (139.45)
234 (174.49)
281 (209.54)
C-614-1.3-4-F
C-624-3-4-F
C-624-3-4-F
C-624-3-4-F
C-824-4-4-F
C-824-4-4-F
C-1024-2-6-F
C-1036-5-6-F
C-1236-2.5-6-F
C-1236-6-6-F
C-1248-6-6-F
C-1748-8.4-6-F
C-1748-8.4-6-F
C-1760-8.4-6-F
*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: Operating Temperature =
185°F (85°C)
nW
ater Temperature = 85°F
(29°C) 5°F (3°C) rise through
Aftercooler if in series
n 2:1 Oil to Water Ratio
n ISO-VG46 Oil or Equivalent
n
C / SSC
Dimensions (approximate envelope)
SAE
Flange
Option
Height
Length
Width
All models except
C-1700 Series
C-1700 Series
HEIGHT
TUBE PORT
SHELL PORT CONNECTION SIZE
NPT/BSPPSAE
CONNECTION
SAE O-Ring
FlangeWIDTHLENGTHNPT/BSPP
SAESIZEWEIGHT
ModelInches mmInches mmInches mmInches mm
Flange
O-Ring
NPT/BSPPLbs
Kg
614
5.37
136
5.63
143
3.24
82
16.38
416
1.00
#16 15 / 8 -12 UNF-2B
15 / 8 -12
.75
17
8
624
5.37
136
5.63
143
3.24
82
26.38
670
1.00
#16
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
Maximum Flow Rates
Piping Hook-up
Example Model No.
Specific applications may have different piping arrangements.
Contact factory for assistance.
C/SSC - 1024 - 2 - 6 - F
Unit Baff leShell Side Tube Side GPM (LPM)
SizeSpacing
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-1014-2-6-*
33 GPM (125 LPM) Maximum
C/SSC-1014-5-6-*
66 GPM (250 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.
Two and Four Pass
Hot Fluid
(May be reversed)
Cooling
Water
COMPRESSOR
SERIES
Cross Reference
Air ACOC Series
Air AA Series
Industrial AOL
AKG to Thermal Transfer
Airtek to Thermal Transfer
AKG to Thermal Transfer
Air Cooled Aftercoolers
Modine to Thermal Transfer
Combination Oil Cooler
& Aftercoolers
Combination Oil Cooler
& Aftercoolers
Air Cooled OIL Coolers
Modine
ACL-160
AOL-3000
ACL-250
AOL-3500
Airtek
Thermal Transfer
Thermal Transfer
Thermal Transfer
401
AA-50
AKG
402
AA-50
AOC-15
ACOC-400
AB-132A-2
ACOC-725
403
AA-80
AOC-30
ACOC-400
AB-162A-5
ACOC-950
404
AA-120
AOC-40
ACOC-725
AB-166A-5
ACOC-1200
AOC-75
ACOC-950
AB-170A-5
ACOC-1600
406
AA-150
407
AA-300
AOC-125
ACOC-1600
AB-074A-5
ACOC-2000
AOC-175
ACOC-2000
AB-174F-10
ACOC-3000
AOC-250
ACOC-2500
Air Cooled Aftercoolers
AOC-350
ACOC-3500
AKG
Approximate thermal, non-dimensional
interchange.
*Maximum SCFM at 100 PSI (6.9 BAR) and
15°F (8.33°C) approach with pressure drop
less than 2 PSI (.14 BAR).
AKG to Thermal Transfer
CC-100
Thermal Transfer
AA-120
Approximate thermal, non-dimensional
interchange.
Core - Aluminum Fins and Copper Tubes
Air AHP Series
Airtek to Thermal Transfer
HiRoss to Thermal Transfer
Air Cooled Aftercoolers
Air Cooled Aftercoolers
Air Cooled Aftercoolers
Airtek
Thermal Transfer
HiRoss
Thermal Transfer
Basco
Thermal Transfer
408
AHP-400
A1203000
AHP-725
Basco to Thermal Transfer
AKG
Thermal Transfer
Approximate thermal, non-dimensional
interchange.
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
Approximate thermal, non-dimensional
interchange.
Dunham-Bush 100 Series
to Thermal Transfer
2-01-1-AC-PL
AA-80
409
AHP-725
A1603000
AHP-725
2-02-1-AC-PL
AA-120
411
AHP-725
A2003000
AHP-725
2-03-1-AC-PL
AA-240
412
AHP-725
A2403000
AHP-950
Air Cooled OIL Coolers
413
AHP-950
A3203000
AHP-1200
Dunham-Bush
414
AHP-1200
A4003000
AHP-1600
DB-318
AOL-1200
416
AHP-1600
A4803000
AHP-2000
HiRoss to Thermal Transfer
417
AHP-2000
A6403000
AHP-2500
DB-321
AOL-1600
Air Cooled Aftercoolers
418
AHP-2500
A7503000
AHP-3000
DB-327
AOL-2500
AHP-3000
A00500B0
AA-50
421
AHP-3500
DB-421
AOL-1600/AOL-3000
A01000B0
AA-50
*Inlet air temperature 250°F (121°C) cooled
to within 15°F (8.33°C) approach 100 PSIG
(6.9 BAR).
AOL-3000
HiRoss
419
DB-330
DB-430
AOL-3000
A02000B0
AA-120
AKG to Thermal Transfer
A03000B0
AA-120
Air Cooled AfterCoolers
A05000B0
AA-240
A0803000
AA-300
Approximate thermal, non-dimensional
interchange.
Thermal Transfer
Inlet air temperature 250°F (121°C)cooled
to within 15°F (8.33°C) approach 100 PSIG
(6.9 BAR).
Modine to Thermal Transfer
Air Cooled AfterCoolers
Modine
Thermal Transfer
AB-128
AA-80
AB-129
AA-150
AB-130
AA-240
AB-062A­
AA-300
AKG
Thermal Transfer
AKG to Thermal Transfer
Air Cooled AfterCoolers
Thermal Transfer
AHP-400
AB-131
AHP-400
CC-450
AHP-725
AB-132X
AHP-725
CC-600
AHP-725
AB-064A
AHP-400
CC-1000
AHP-950
AB-066A
AHP-725
CC-1600
AHP-1600
AB-070A
AHP-950
CC-2000
AHP-2000
AB-074AF
AHP-1200
CC-2500
AHP-2500
AB-076AF
AHP-2500
CC-3500
AHP-3500
Approximate thermal, non-dimensional
interchange.
Basco to Thermal Transfer
Basco
Thermal Transfer
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
Thermal Transfer
2-08-1-AC-PH
AHP-1600
C-1835B
BGA-35-2/1
2-09-1-AC-PH
AHP-2000
C-13560BG
BGA-60-2/1
2-10-1-AC-PH
AHP-2500
C-70100BG
BGA-100-2/1
2-11-1-AC-PH
AHP-3000
Exact thermal, dimensional interchange.
Modine
CC-200
AKG
Air Cooled AfterCoolers
Air Cooled AfterCoolers
Belt Guard
Modine to Thermal Transfer
Approximate thermal, non-dimensional
interchange.
Thermal Transfer
Approximate thermal, non-dimensional
interchange.
Hayden to Thermal Transfer
Air Cooled OIL Coolers
HaydenModel
Series
Number
Thermal
Transfer
Temp-Toller Hundred Series
TT-318
AOL-950
TT-418
AOL-1200
TT321
AOL-1600
Temp-Toller
Jumbo Series
TT-324
AOL-2000
TT-327
AOL-2500
TT-430
AOL-3500
Approximate thermal, non-dimensional
interchange.
Air AB Series
Shell & Tube C & SSC Series
Airtek to Thermal Transfer
Basco to Thermal Transfer
Water Cooled Aftercoolers
water cooled oil cooler / aftercooler
Airtek
Basco
Thermal Transfer
COMPRESSOR
SERIES
Cross Reference
Thermal Transfer
Basco
Thermal Transfer
Basco
Thermal Transfer
810
AB-404-A4-0
5A-01A-03-014
C-614-1.3-4-O
5A-01A-06-036
C-1236-2.5-6-O
5A-01A-03-024
C-624-2-4-O
820
AB-405-B4-0
5A-03A-03-014
C-614-1.3-4-T
5A-03A-06-036
C-1236-2.5-6-T
5A-03A-03-024
C-624-2-4-T
835
AB-405-B4-0
5A-05A-03-014
C-614-1.3-4-F
5A-05A-06-036
C-1236-2.5-6-F
5A-05A-03-024
C-624-2-4-F
836
AB-705-B4-0
5A-02A-03-014
C-614-3-4-O
5A-02A-06-036
C-1236-5-6-O
5A-02A-03-024
C-624-3-4-O
4048
AB-705-B4-0
5A-04A-03-014
C-614-3-4-T
5A-04A-06-036
C-1236-5-6-T
5A-04A-03-024
C-624-3-4-T
4060
AB-1006-B6-0
5A-06A-03-014
C-614-3-4-F
5A-06A-06-036
C-1236-5-6-F
5A-06A-03-024
C-624-3-4-F
4072
AB-1006-B6-0
5A-01A-03-024
C-624-2-4-O
5A-01A-06-048
C-1248-3-6-O
5A-01A-04-014
C-814-1.3-4-O
6048
AB-1006-B6-0
5A-03A-03-024
C-624-2-4-T
5A-03A-06-048
C-1248-3-6-T
5A-03A-04-014
C-814-1.3-4-T
6060
AB-1206-C6-0
5A-05A-03-024
C-624-2-4-F
5A-05A-06-048
C-1248-3-6-F
5A-05A-04-014
C-814-1.3-4-F
6072
AB-1207-C6-0
5A-02A-03-024
C-624-3-4-O
5A-02A-06-048
C-1248-6-6-O
5A-02A-04-014
C-814-3-4-O
8048
AB-1206-C6-0
5A-04A-03-024
C-624-3-4-T
5A-04A-06-048
C-1248-6-6-T
5A-04A-04-014
C-814-3-4-T
8060
AB-1207-C6-0
5A-06A-03-024
C-624-3-4-F
5A-06A-06-048
C-1248-6-6-F
5A-06A-04-014
C-814-3-4-F
8072
AB-1607-D6-0
5A-01A-04-014
C-814-1.3-4-O
5A-01A-06-060
C-1260-3.6-6-O
5A-01A-04-024
C-824-2-4-O
5A-03A-04-014
C-814-1.3-4-T
5A-03A-06-060
C-1260-3.6-6-T
5A-03A-04-024
C-824-2-4-T
5A-05A-04-014
C-814-1.3-4-F
5A-05A-06-060
C-1260-3.6-6-F
5A-05A-04-024
C-824-2-4-F
5A-02A-04-014
C-814-3-4-O
5A-02A-06-060
C-1260-6-6-O
5A-02A-04-024
C-824-4-4-O
5A-04A-04-014
C-814-3-4-T
5A-04A-06-060
C-1260-6-6-T
5A-04A-04-024
C-824-4-4-T
5A-06A-04-014
C-814-3-4-F
5A-06A-06-060
C-1260-6-6-F
5A-06A-04-024
C-824-4-4-F
5A-01A-04-024
C-824-2-4-O
5A-01A-08-024
C-1724-3-6-O
5A-01A-04-036
C-836-2-4-O
5A-03A-04-024
C-824-2-4-T
5A-03A-08-024
C-1724-3-6-T
5A-03A-04-036
C-836-2-4-T
5A-05A-04-024
C-824-2-4-F
5A-05A-08-024
C-1724-3-6-F
5A-05A-04-036
C-836-2-4-F
5A-02A-04-024
C-824-4-4-O
5A-02A-08-024
C-1724-5-6-O
5A-02A-04-036
C-836-4-4-O
5A-04A-04-024
C-824-4-4-T
5A-04A-08-024
C-1724-5-6-T
5A-04A-04-036
C-836-4-4-T
5A-06A-04-024
C-824-4-4-F
5A-06A-08-024
C-1724-5-6-F
5A-06A-04-036
C-836-4-4-F
5A-01A-04-036
C-836-2-4-O
5A-01A-08-036
C-1736-4-6-O
5A-01A-05-014
C-1014-1.3-6-O
5A-03A-04-036
C-836-2-4-T
5A-03A-08-036
C-1736-4-6-T
5A-03A-05-014
C-1014-1.3-6-T
5A-05A-04-036
C-836-2-4-F
5A-05A-08-036
C-1736-4-6-F
5A-05A-05-014
C-1014-1.3-6-F
5A-02A-04-036
C-836-4-4-O
5A-02A-08-036
C-1736-6-6-O
5A-02A-05-014
C-1014-3-6-O
C-1014-3-6-T
Basco to Thermal Transfer
Water Cooled Aftercoolers
Basco
Thermal Transfer
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 Transfer
Water Cooled Aftercoolers
HiRoss
Thermal Transfer
5A-04A-04-036
C-836-4-4-T
5A-04A-08-036
C-1736-6-6-T
5A-04A-05-014
W0035
AB-404-A4-0
5A-06A-04-036
C-836-4-4-F
5A-06A-08-036
C-1736-6-6-F
5A-06A-05-014
C-1014-3-6-F
W0045
AB-405-B4-0
5A-01A-05-014
C-1014-1.3-6-O
5A-01A-08-048
C-1748-4-6-O
5A-01A-05-024
C-1024-2-6-O
W0055
AB-705-B4-0
5A-03A-05-014
C-1014-1.3-6-T
5A-03A-08-048
C-1748-4-6-T
5A-03A-05-024
C-1024-2-6-T
W0065
AB-705-B4-0
5A-05A-05-014
C-1014-1.3-6-F
5A-05A-08-048
C-1748-4-6-F
5A-05A-05-024
C-1024-2-6-F
W0110
AB-1006-B6-0
5A-02A-05-014
C-1014-3-6-O
5A-02A-08-048
C-1748-7-6-O
5A-02A-05-024
C-1024-4-6-O
W0160
AB-1206-C6-0
5A-04A-05-014
C-1014-3-6-T
5A-04A-08-048
C-1748-7-6-T
5A-04A-05-024
C-1024-4-6-T
W0210
AB-1206-C6-0
5A-06A-05-014
C-1014-3-6-F
5A-06A-08-048
C-1748-7-6-F
5A-06A-05-024
C-1024-4-6-F
W0270
AB-1207-C6-0
5A-01A-05-024
C-1024-2-6-O
5A-01A-08-060
C-1760-4.5-6-O
W0350
AB-1606-C6-0
5A-03A-05-024
C-1024-2-6-T
5A-03A-08-060
C-1760-4.5-6-T
W0420
AB-1606-C6-0
5A-05A-05-024
C-1024-2-6-F
5A-05A-08-060
C-1760-4.5-6-F
5A-02A-05-024
C-1024-4-6-O
5A-02A-08-060
C-1760-7-6-O
5A-04A-05-024
C-1024-4-6-T
5A-04A-08-060
C-1760-7-6-T
5A-06A-05-024
C-1024-4-6-F
5A-06A-08-060
C-1760-7-6-F
5A-01A-05-036
C-1036-2-6-O
5A-01A-08-072
C-1772-4.5-6-O
5A-03A-05-036
C-1036-2-6-T
5A-03A-08-072
C-1772-4.5-6-T
5A-05A-05-036
C-1036-2-6-F
5A-05A-08-072
C-1772-4.5-6-F
5A-02A-05-036
C-1036-4-6-O
5A-02A-08-072
C-1772-8-6-O
5A-04A-05-036
C-1036-4-6-T
5A-04A-08-072
C-1772-8-6-T
5A-06A-05-036
C-1036-4-6-F
5A-06A-08-072
C-1772-8-6-F
5A-01A-06-024
C-1224-2.5-6-O
5A-01A-03-014
C-614-1.3-4-O
5A-03A-06-024
C-1224-2.5-6-T
5A-03A-03-014
C-614-1.3-4-T
5A-05A-06-024
C-1224-2.5-6-F
5A-05A-03-014
C-614-1.3-4-F
5A-02A-06-024
C-1224-3.6-6-O
5A-02A-03-014
C-614-3-4-O
5A-04A-06-024
C-1224-3.6-6-T
5A-04A-03-014
C-614-3-4-T
5A-06A-06-024
C-1224-3.6-6-F
5A-06A-03-014
C-614-3-4-F
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).
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.
American Industrial to
Thermal Transfer
water cooled oil cooler /
aftercooler
American Industrial Thermal Transfer
CS
C
STS
SSC
Approximate thermal, non-dimensional
interchange.
accessories
Compressed Air Separators
S-50 and S-100 Models
S-200 thru S-1700 Models
Model S-2600-M
Two Models:
Four 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.
(Manual drain NPT connection)
With a built-in automatic float style drain
n
With a 1/8" NPT connection with manual
n
shut off valve
Rugged cast zinc housing. Equipped with quick
disconnect bowls for easy service.
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).
P PSI (BAR) atMaximum
ConnectionDrain
SCFM (CMM) RangeMaximumMaximum
Temperature SizeSize
°F (°C)NPTNPTBowl TypeDrain Type
Model
100 PSI (7 BAR)SCFM (CMM)PSI (BAR)
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-600 M
100-742 (2.83-21.01)
1.3 (.090)
232 (16)
176 (80)
2.00
0.50
Aluminum
Manual
S-1700 M
260-1700 (7.36-48.14)
1.0 (.069)
232 (16)
176 (80)
3.00
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.
Flexible Connectors
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.
HoseOverall
Fitting LengthApprox.
Working Pressure PSI (BAR)
Part
ConnectionsInside DiameterLength
(Each End)Shipping Weight
NumberNPTInches (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)
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.
Air Cooled Equipment
installation
Recommended Typical Installation
Water Cooled Equipment
From Compressor
Cooling Water Out
From
Compressor
Moisture
Separator
To Receiver or Dryer
Aftercooler
Electronic Float
or Manual Drain
Cooling Water In
Moisture
Separator
To Drain
Aftercooler
To Receiver or Dryer
Shut-Off Valve
Strainer
Strainer
To Drain
Shut-Off
Valve
Electronic Float
or Manual Drain
From Compressor
Moisture
Separator
Aftercooler
To Receiver or Dryer
Strainer
To Drain
Shut-Off
Valve
Electronic Float
or Manual Drain
TECHNICAL
INFORMATION
Technical Information
Recommended Typical Installation
Maintenance
Support piping as needed. Flexible connectors must be properly installed
n Periodic cleaning of the fins with compressed air is needed to remove the
n
accumulation of dirt and dust.
to validate warranty.
Coolers should not operate in ambient temperatures below 35°F (1°C).
n
Consult factory for recommendations.
The fan cannot be cycled.
n
AHP coolers operated outdoors must be protected from weather. Consult
n
factory for recommendations.
If ductwork or additional static resistance is added to the cooler airstream,
n
an auxiliary air mover may be required.
Check the automatic drain on the separator (not included) periodically.
n
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.
How to order
How to Order
UPA
Model Series
UPA
–
Model Size
20 · 35 · 50 · 100
–
–
Model Size
50 · 80 · 120
150 · 240 · 300
–
Specify Motor
Required
0 - No Motor
1 - Single Phase 60 Hz ODP 115 Volt
AA
Model Series
AA
Belt Guard M Models
–
Model Series
M
Model Size
15 · 20 · 25 · 30
Specify Motor
Required
0 - No Motor
1 - Single Phase 60 Hz ODP 115 Volt
2 - Single Phase 60 Hz TEFC 115/208-230 Volt
3 - Three Phase 60 Hz TEFC 208-230/460 Volt
5 - Air Motor
Belt Guard BGA Models
–
5 Digit Model Number
Model Series
BGA
–
–
Model Size
35 · 60 · 100
Connection
Type
1 - NPT
2 - SAE
AHP / AHPH
–
Model Series
AHP
–
Specify Motor
Required
0 - No Motor
2 - Single Phase 60 Hz TEFC 115/208-230 Volt
3 - Three Phase 60 Hz TEFC 230/460 Volt
5 - Air Motor
Model Size
400 · 725 · 950 · 1200 · 1600
2000 · 2500 · 3000 · 3500
400 · 725 · 950
1200 · 1600 · 2000
AHPH
(Vertical Mount)
AOL
–
Model Series
AOL - Standard
–
Connection
Type
Blank - NPT
S - SAE
–
Specify Motor
Required
0 - No Motor
2 - Single Phase
3 - Three Phase
–
Baff le Spacing
A - 1.125
B - 2.25
C - 4.5
D - 9.0
Model Size
400 · 725 · 950 · 1200
1600 · 2000 · 2500
3000 · 3500
–
Specify Motor
Required
0 - No Motor
2 - Single Phase
3 - Three Phase
6 - 575 Volt
9 - Hydraulic
18 - IEC Three Phase
–
Noise Level
Blank - Standard
Noise Level
LN - Low
Noise Level
Tube Diameter
Code
4 - 1/4”
6 - 3/8”
–
Tubeside
Passes
0
ACOC / ACOCH
–
Model Series
ACOC
Model Size
400 · 725 · 950 · 1200 · 1600
2000 · 2500 · 3000 · 3500
400 · 725 · 950
1200 · 1600 · 2000
ACOCH
(Vertical Mount)
AB
–
Model Series
AB
Model Size
403 · 404 · 405 · 705
1006 · 1206 · 1207
1606 · 1607 · 1608
–
C & SSC
Model Series
C & SSC
CS & SSCS
CM & SSCM
CF
CFM
Baff le
Model
–
Spacing
Size
614 · 624 · 814 · 824 · 836
1014 · 1024 · 1036 · 1224
1236 · 1248 · 1260 · 1724
1736 · 1748 · 1760 · 1772
–
–
Tube Diameter
Code
4 - 1/4”
6 - 3/8”
–
C = NPT Shell side connections; NPT Tube side connections
CS = SAE O-Ring Shell side connections; NPT Tube side connections
CM = BSPP Shell side connections; BSPP Tube side connections
CF = SAE Flange (with UNC threads) Shell side connections; NPT Tube side connections
CFM = SAE Flange (with Metric threads) Shell side connections; BSPP Tube side connections
SSC = NPT Shell side connections; NPT Tube side connections
SSCS = SAE O-Ring Shell side connections; NPT Tube side connections
SSCM = BSPP Shell side connections; BSPP Tube side connections
Tubeside Passes
0 - One Pass
T - Two Pass
F - Four Pass
-
Cooling
Tube
Material
Blank - Copper
CN - CuNi
SS - Stainless
Steel
AD - Admiralty
Brass
–
End
Bonnet
Material
Blank - Cast Iron
B - Bronze
SB - Stainless
Steel
–
Tubesheet
Material
Blank - Steel
W - CuNi
S - Stainless
Steel
–
Zinc
Anodes
Blank - None
Z - Zinc
ADD FOR C, CS, CM, CF and CFM MODELS ONLY:
Cooling tube material, end bonnet material, tubesheet material & zinc anodes
Consult factory for ASME Code
Compressed Air Aftercoolers
Air Cooled Aftercoolers
Aftercoolers 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.
Thermal 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.
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.
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.
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.
5215 21st Street
Racine, Wisconsin 53406-5096
Tel: (262) 554-8330
Fax:(262) 554-8536
e-mail: TTPSales@thermasys.com
website: www.thermaltransfer.com