ADP HE Series Evaporator Coils Owner’s Manual

: September 21, 2024
: ADP

Table of Contents

HE Series Evaporator Coils
Product Specifications
Product Usage Instructions
Installation
Maintenance
Troubleshooting
- Frequently Asked Questions (FAQ)
Q: Can I install the evaporator coil myself?
Q: How often should I clean the evaporator coil?

HE Series Evaporator Coils

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Product Specifications

Model: HE Series Evaporator Coils

Cabinet Color: A, G, H, J, N, P, R, T, Y

Metering Device: 1 = Piston (R-410A), 7 = Bleed
HP-A/C TXV (R-410A), 9 = Non-bleed HP-A/C TXV (R-410A), A =
Non-bleed HP-A/C TXV (R-454B), B = Non-bleed HP-A/C TXV (R-32)

Cabinet Depth: A = Uncased, C = 20.5, D = 21.0,
E = 21.5

Cabinet Configuration: 00 = Right-hand uncased,
01 = Right-hand cased, 04 = Left-hand uncased, 05 = Left-hand
cased, 20 = Right-hand cased multi-position, 22 = Left-hand cased
multi-position

Cabinet Height: 00 = Uncased, 12 = 12.5, 16 =
16.5, 18 = 18.5 (up to 31.5)

Cabinet Upper Notch Width: A = Uncased, B = .75
(standard)

Cased Width: Various sizes available

Cased Height: Various sizes available

Product Usage Instructions

Installation

Ensure the evaporator coil matches the specifications of your
HVAC system.
Position the coil in the designated location within the air
handler unit.
Connect the refrigerant lines according to the configuration
specified for your coil.
Secure the coil in place using appropriate fasteners.

Maintenance

Regularly inspect the coil for any signs of damage or
corrosion.
Clean the coil annually to remove any dirt or debris that may
impede performance.
Check and replace the air filter in your HVAC system as needed
to prevent buildup on the coil.

Troubleshooting

If the coil is freezing up, check for restricted airflow or low
refrigerant levels.
If there is inadequate cooling, ensure the coil is clean and
airflow is not obstructed.
If there are leaks detected, contact a professional technician
for repair.

Frequently Asked Questions (FAQ)

Q: Can I install the evaporator coil myself?

A: While DIY installation is possible for some users with
experience, it is recommended to hire a professional HVAC
technician for proper installation to avoid any complications.

Q: How often should I clean the evaporator coil?

A: It is recommended to clean the evaporator coil at least once
a year to maintain optimal efficiency and performance of your HVAC
system.

“`

SG-HE-10-1 June 2024
Specification Guide
HE Series
Evaporator Coils
Contents ……………………………………………… Page HE Series A-Coils
Features ………………………………………………. 2 Nomenclature ……………………………………….. 3 Specifications………………………………………… 4 Pallet Quantities…………………………………….. 8
Product improvement is a continuous process at Advanced Distributor Products. Therefore, product specifications are subject to change without notice and without obligation on our part. Please contact your ADP representative or distributor to verify details. © 2024 by Advanced Distributor Products. All rights reserved. 2175 West Park Place Blvd., Stone Mountain, GA 30087 www.adpnow.com

HE Series Product Features
High efficiency lanced fin design. “No-hassle” 5 year warranty. 10 year Limited Warranty available. R-22, R-410A, AC & Heat Pump compatible. R-454B, R-32, AC & Heat Pump compatible with Refrigerant Detection System Kit. Refrigerant detection sensor bracket factory installed. All coils have durable packaging with bar coded labels on the box. Threaded expansion valves available factory installed or as a field installed kit. Coils are air pressure tested at 500 psi, leak tested with helium, sealed with rubber plugs, then charged with dry air. Piston options include externally accessible body for easy piston change out and/or TXV installation. Microban® antimicrobial additive to inhibit the growth of mold and mildew in the drain pan. UV resistant drain pans are molded of high temperature (450 deg. F) engineered polymer. Dual 3/4″ FPT condensate drains on front-left and front-right side of drain pans. Patented HydroTECTM low water retention drain pan. Copper refrigerant connections for easy brazing on both copper and aluminum slab models. Intertek lab tested 1% or less cabinet air leakage for better efficiency. Cased coil cabinets are fully lined with 5/8″ foil faced insulation. Optional painted or embossed galvanized steel cabinets. Short cabinet with easy access. Non-captive refrigerant lines with long stubs make for easy installation. Enhanced refrigerant pipe grommets: secure, tight, and easy to install. Copper distributor tube assembly provides brass to brass threads for trouble-free service of TXV. Expansion valve with improved temperature sensing:
1.) Mounted inside cabinet to prevent external sweating 2.) Bulb clamped standard factory installed Multi-position coils are upflow, left or right airflow capable. See chart for downflow capable coils (page 8). Cabinet insulation hold down tabs for easy drain pan removal. Interlocking doors reduce air leakage and allow for easy access. Foam drain seal for reduced air leakage. All multi-position coils are field convertible from horizontal right- to-left airflow and horizontal left-to-right airflow. Suction line refrigerant connections are 3/4″ ODF (A-Coil 18-36 size models) or 7/8″ ODF (A-Coil 42-60 size models) Corrosion resistant coil header plates.
2

HE Series Nomenclature

H G30 9 24 D 145 B 12 05 N

Cabinet Color

Refrigerant Detection System (Field Configured) R = Included (Factory Installed) N = Not Included (Field Installed)

H = Embossed A = Armstrong G = ICP J = Goodman/Amana N = Nordyne P = Carrier/Bryant/Payne R = Rheem/Ruud T = Trane/American Std. Y = York/Luxaire/Coleman
Slab Number Core/Non-Core: See specs E & A = Copper slab G = Aluminum slab
Metering Device 1 = Piston (R-410A) [1] 7 = Bleed HP-A/C TXV (R-410A) 9 = Non- bleed HP-A/C TXV (R-410A) A = Non-bleed HP-A/C TXV (R-454B) B = Non-bleed HP-A/C TXV (R-32)
Nominal MBTUH
Cabinet Depth Core/Non-Core: Based on color, see below A = Uncased C = 20.5″ [2] D = 21.0″ E = 21.5″

Configuration [3] Core/Non-Core: Based on color, see below 00 = Right-hand uncased 01 = Right-hand cased 04 = Left-hand uncased 05 = Left-hand cased 20 = Right-hand cased multi-position 22 = Left-hand cased multi-position
Cabinet Height [4] 00 = Uncased 12 = 12.5″ 16 = 16.5″ 18 = 18.5″ (up to 31.5″)
Cabinet Upper Notch A = Uncased B = .75″ (standard)

Width Cased 140 = 14″ 142 = 14.25″ 145 = 14.5″ 175 = 17.5″ 210 = 21″ 245 = 24.5″ 255 = 25.5″

Uncased 130 = 13″ 140 = 14″ 155 = 15.5″ 170 = 17″ 200 = 20″ 205 = 20.5 235 = 23.5″

[1] Piston will always be sized to match the nominal BTU rating of the coil. See table below. [2] “C” depth not available with aluminum slabs [3] “Right” and “Left” indicates position of refrigerant connections and exposed drain connections when viewed from front of coil. [4] Cabinet height not a selectable option, see cased dimensions.

“Core” options are preferred and will have better pricing and availbility versus “Non-Core” options.

Color A G H J N P R T Y

Core Depth Core Hand

D

R

D

L

C, D, E

R,L

D

R

D

R

D

L

D

L

D

L

E

L

R-410A Pistons MBTUH Size
12 = 41 18 = 49 24 = 53 30 = 59 36 = 67 42 = 73 48 = 76 60 = 93

3

HE Series Cased Specifications

A = Width B = Depth C = Height (excluding 3/4″ top flange)
Supply Opening: (A – 1.5″) x (B – 1.5″) Return Opening: (A – 1.0″) x (B – 0.5″)

C B

[1] E & A = Copper slab; G = Aluminum slab.
Cased Dimensions

Slab [1] Number
A10 (E,G) 21
(E,G) 22 (E,G) 30 (E,G) 31 (E,G) 32 (E,G) 7J (E,G) 33 (E,G) 8J (E,G) 34 (E,G) 9J (E,G) 35 (E,G) 1K
(E,G) 36 (E,G) 2K (E,G) 48
(E,G) 84

Nominal MBTUH
36 18 24 30 18 24 30 36 18 24 18 24 30 24 30 36 24 30 36 30 36 30 36 36 42 30 36 42 36 42 48 36 42 48 36 42 48 60 48 60 36 42 48 60 42 48 60

Width [A]

Height [C]

Vertical 14.25″ – 21.0″
14″ – 17.5″

Multi-Position 14.5″ – 21.0″ 14″ – 21.0″

Vert 16.5″

MultiPos
16.5″

16.5″ 16.5″

14″ – 24.5″
14.25″ – 24.5″ 14″ – 17.5″

14″ – 24.5″
14.5″ – 24.5″ 14″ – 17.5″

16.5″ 16.5″ 12.5″ 16.5″

14″ – 21.0″

14″ – 21.0″ 16.5″ 16.5″

14″ – 21.0″
14.25″ – 21.0″
14″ – 21.0″
14.25″ – 21.0″ 14″ – 24.5″ 14.25″ – 24.5″ 14″ – 24.5″ 14.25″ – 24.5″ 14.25″ – 24.5″ 17.5″ – 24.5″ 14″ – 24.5″ 14.25″ – 24.5″ 17.5″ – 24.5″ 14.25″ – 24.5″
17.5″ – 24.5″
14.25″ – 24.5″
17.5″ – 24.5″
14.25″ – 24.5″
17.5″ – 24.5″
21.0″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″
17.5″ – 24.5″
17.5″ – 24.5″ 21.0″ – 24.5″
17.5″ – 24.5″
21.0″ – 24.5″

14″ – 21.0″
14.5″ – 21.0″
14.5″ – 21.0″
14.5″ – 24.5″ 14″ – 24.5″ 14.25″ – 24.5″ 14″ – 24.5″ 14.5″ – 24.5″ 14.5″ – 24.5″ 17.5″ – 24.5″ 14″ – 24.5″ 14.5″ – 24.5″ 17.5″ – 24.5″ 14.5″ – 24.5″
17.5″ – 24.5″
14.5″ – 24.5″
17.5″ – 24.5″
14.5″ – 24.5″
17.5″ – 24.5″
21.0″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″
17.5″ – 24.5″
17.5″ – 24.5″ 21.0″ – 24.5″
17.5″ – 24.5″
21.0″ – 24.5″

16.5″ 16.5″ 18.5″ 18.5″ 20.5″ 20.5″ 22.5″ 22.5″
25.5″ 25.5″ 27.5″
25.5″

16.5″ 16.5 20.5″ 20.5 20.5″ 20.5 22.5″ 22.5″
25.5″ 25.5″ 27.5″
25.5″

4

A
Notes
——————

Core Slabs

HE Series Uncased Specifications

A = Width

C

B = Depth

C = Height (excluding 3/4″ top flange)

B

A

Slab [1] Number
A10 (E,G) 21
(E,G) 22 (E,G) 30 (E,G) 31 (E,G) 32 (E,G) 7J (E,G) 33 (E,G) 8J (E,G) 34 (E,G) 9J (E,G) 35 (E,G) 1K
(E,G) 36 (E,G) 2K (E,G) 48
(E,G) 84

Nominal MBTUH
36 18 24 30 18 24 30 36 18 24 18 24 30 24 30 36 24 30 36 30 36 30 36 36 42 30 36 42 36 42 48 36 42 48 36 42 48 60 48 60 36 42 48 60 42 48 60

[1] E & A = Copper slab; G = Aluminum slab.
Uncased Dimensions and Airflow Data

CFM

Face Vel. (fpm)

Wet Coil Air Pressure Drop (inches

W.C.) by Drain Pan Width [A]

Pan Coil Depth Height

[B] [C] 13″ 14″ 15.5″ 17″ 20″ 23.5″

1200 386

– .23 .21 .19

– 19.5″ 15″

600 224 .20 .18 .15 .14 – –

800 299 .23 .20 .18 .17 –

– 19.5″ 13″

1000 375 .27 .25 .23 .22 – –

600 193 .18 .15 .12 .11 – –

800 257 .22 .18 .15 .14 1000 321 .28 .22 .20 .19 –

–

19.5″

15″

1200 386

– .28 .25 .24 –

–

600 270 .28 .26 .23 –

–

– 19.5″ 11″

800 360 .30 .28 .26 – – –

600 224 .27 .22 .19 .18 – –

800 299 .30 .25 .21 .20 – – 19.5″ 13″

1000 375 .30 .29 .25 .24 – –

800 257 .25 .21 .19 .17 – –

1000 321 .30 .25 .23 .20 –

– 19.5″ 15″

1200 386

– .30 .29 .27 –

–

800 257 .29 .24 .22 .19 – –

1000 321 .34 .29 .26 .23 – – 19.5″ 15″

1200 386

.34 .33 .31 – –

1000 281 .29 .24 .22 .19 .15 – 19.5″ 17″

1200 337

– .30 .28 .24 .20 –

1000 281 .33 .27 .25 .22 .17 – 19.5″ 17″

1200 337

.34 .32 .27 .23 –

1200 300 1400 350

–

.29 .27 .25 .17 – .30 .28 .26

–

19.5″ 19″

1000 250 .31 .25 .24 .21 .15 –

1200 300

– .33 .31 .29 .19 – 19.5″ 19″

1400 350

–

– .34 .32 .30

1200 270

– .27 .26 .24 .20 –

1400 315

–

– .30 .27 .25 – 19.5″ 21″

1600 360

–

– .30 .30 –

1200 270

– .31 .30 .27 .23 –

1400 315

–

.34 .31 .29 – 19.5″ 21″

1600 360

–

– .34 .34 –

1200 245

– .26 .26 .22 .14 –

1400 286 1600 327

–

.30 .25 .24 – .28 .27

–

19.5″ 23″

2000 409

–

– .30 –

1600 327 2000 409

–

.30 .29 – .32

–

19.5″ 23″

1200 208

– .27 .25 .21 .13 –

1400 242 1600 277

–

.29 .27 .23 – .29 .26

–

19.5″ 27″

2000 346

–

– .28 –

1400 287

–

– .40 .37 –

1600 328

–

– .49 .39 – 19.5″ 23″

2000 409

–

– .42 –

Weights
Copper Slab Alum Slab

Unc

Csd Vert

Csd MP

Unc

Csd Vert

Csd MP

26 38 44 21 30 35

20 30 35 16 24 28

23 33 38 18 26 30 22 29 36 18 23 29 24 34 38 19 27 30 28 40 46 22 32 37 28 40 46 22 32 37 32 44 50 26 35 40 32 44 50 26 35 40 35 48 56 28 38 45 35 48 56 28 38 45 39 53 60 31 42 48 39 53 60 31 42 48

41 57 64 33 46 51 41 57 64 33 46 51 44 60 66 35 48 53

48 59 65 38 47 52

5

Core Slabs

[1] E & A = Copper slab; G = Aluminum slab.
Cased Dimensions

Slab [1] Number
A11 A12
A14
(E,G) 23
(E,G) 24
(E,G) 25 (E,G) 26 (E,G) 27
(E,G) 37
(E,G) 3K (E,G) 47 (E,G) 49 (E,G) 50 (E,G) 51 (E,G) 52 (E,G) 53 (E,G) 54 (E,G) 55 (E,G) 72 (E,G) 74 (E,G) 80 (E,G) 81 (E,G) 82 (E,G) 83 (E,G) 86 (E,G) 88 (E,G) 91
(E,G) 92

Nominal MBTUH
36 42 36 42 48 42 48 60 24 30 36 24 30 36 42 48 42 48 48 60 48 60 36 42 48 60 48 60 36 48 60 48 60 42 48 60 48 60 36 42 48 48 60 48 60 60 60 36 36 36 36 48 60 48 60 18 24 30 24 30 36

Width [A]

Height [C]

Vertical
14.5″ – 24.5″ 17.5″ – 24.5″ 14.5″ – 24.5″ 17.5″ – 24.5″
17.5″ – 24.5″ 21.0″ – 24.5″ 14″ – 17.5″ 14.25″ – 24.5″
14.25″ – 21.0″
17.5″ – 24.5″
17.5″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 21.0″ 21.0″ – 24.5″
21.0″ – 24.5″

Multi-Position
14.5″ – 24.5″ 17.5″ – 24.5″ 14.5″ – 24.5″ 17.5″ – 24.5″
17.5″ – 24.5″ 21.0″ – 24.5″ 14″ – 24.5″ 14.5″ – 24.5″
14.5″ – 21.0″
17.5″ – 24.5″
17.5″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 21.0″ 21.0″ – 24.5″
21.0″ – 24.5″

Vert

MultiPos

18.5″ 20.5″

20.5″ 20.5″

25.5″ 25.5″

18.5″ 20.5″

20.5″ 20.5″

22.5″ 22.5″ 25.5″ 25.5″ 25.5″ 25.5″

25.5″ 25.5″

25.5″ 31.5″ 27.5″

27.5″ 27.5″

Notes
—–
—
——–

21.0″ – 24.5″

21.0″ – 24.5″ 31.5″ 31.5″

—

21.0″ – 24.5″

—

31.5″ — Not available in multi-position.

14.25″ – 21.0″

—

31.5″ — Not available in multi-position.

21.0″ – 24.5″

21.0″ – 24.5″ 31.5″ 31.5″

—

21.0″ – 24.5″
24.5″ 24.5″ 14.5″ – 21″ 14.5″ – 21″ 14.5″ – 21″ 14.5″ – 21″ 17.5″ – 24.5″ 21.0″ – 24.5″ 17.5″ – 24.5″ 21.0″ – 24.5″

21′ – 24.5″

31.5″ 31.5″

—

–14.5″ – 21″ 14.5″ – 21″ 14.5″ – 21″ 14.5″ – 21″ 17.5″ – 24.5″ 21.0″ – 24.5″ ** 17.5″ – 24.5″ 21.0″ – 24.5″

25.5″ 18.5″ 20.5″ 20.5″ 25.5″ 25.5″

–20.5″ 20.5″ 25.5″ 25.5″

Not available in multi-position. —–

27.5″ 27.5″

—

** 27.5″

** If cabinet width is 17.5″ cabinet height is 31.5″.

14″ – 21.0″

16.5″ 16.5″

—

14″ – 21.0″

16.5″ 16.5″

—

14.25″ – 21.0″ 14.5″ – 21.0″

Non-Core Slabs

6

Slab [1] Number
A11 A12
A14
(E,G) 23
(E,G) 24
(E,G) 25 (E,G) 26 (E,G) 27
(E,G) 37
(E,G) 3K (E,G) 47 (E,G) 49 (E,G) 50 (E,G) 51 (E,G) 52 (E,G) 53 (E,G) 54 (E,G) 55 (E,G) 72 (E,G) 74 (E,G) 80 (E,G) 81 (E,G) 82 (E,G) 83 (E,G) 86 (E,G) 88 (E,G) 91
(E,G) 92

Nominal MBTUH
36 42 36 42 48 42 48 60 24 30 36 24 30 36 42 48 42 48 48 60 48 60 36 42 48 60 48 60 36 48 60 48 60 42 48 60 48 60 36 42 48 48 60 48 60 60 60 36 36 36 36 48 60 48 60 18 24 30 24 30 36

[1] E & A = Copper slab; G = Aluminum slab.
Uncased Dimensions and Airflow Data

CFM

Face Vel. (fpm)

Wet Coil Air Pressure Drop (inches

W.C.) by Drain Pan Width [A]

Pan Coil Depth Height

[B] [C] 13″ 14″ 15.5″ 17″ 20″ 23.5″

1200 337 1400 393

– .22 .20 .16 .15 – 19.5″ 17″ – – .26 .20 .19 –

1200 300

– .21 .19 .17 .09 –

1400 350

–

– .25 .20 .16 – 19.5″ 19″

1600 400

–

– .26 .22 –

1400 286

–

– .23 .20 .16 –

1600 327

–

– .23 .19 – 19.5″ 23″

2000 409

–

– .24 –

800 225 .21 .16 .15 .12 .11 –

1000 281 .26 .21 .19 .17 .15 – 19.5″ 17″

1200 337

– .27 .25 .22 .20 –

800 200

.15 .13 .11 .10 –

1000 250

.22 .18 .16 .14 –

1200 300

.29 .25 .20 .19 – 19.5″ 19″

1400 350

–

– .30 .25 .25 –

1600 400

–

– .31 .31 –

1400 315 1600 360

–

.29 .24 .22 – .29 .28

–

19.5″ 21″

1600 327 2000 409

–

.29 .25 – .29

–

19.5″ 23″

1600 300

–

– .28 .24 – 19.5″ 25″

2000 375

–

– .29 –

1200 225

– .24 .26 .22 .14 –

1400 262 1600 300

–

.30 .28 .24 – .30 .27

–

19.5″ 25″

2000 375

–

– .29 –

1600 300

–

– .32 .29 – 19.5″ 25″

2000 375

–

– — .31 –

1200 208

–

– .15 .16 – 19.5″ 27″

1600 300 2000 375

–

.29 .32

–

19.5″ 25″

1600 277

–

– .28 – 19.5″ 27″

2000 346

–

– .30 –

1400 225

–

– .25 –

1600 257

–

– .27 – 19.5″ 29″

2000 322

–

– .29 –

1600 240 2000 300

–

.22 .32

–

19.5″ 31″

1200 180

– .20 – .19 .18 –

1400 210

–

– .22 .21 – 19.5″ 31″

1600 240

–

– .31 .29 –

1600 257 2000 322

–

.21 .30

–

19.5″ 29″

1600 240

–

– .29 – 19.5″ 31″

2000 300

–

– .35 –

2000 329

–

– .29 19.5″ 23″

2000 400

–

– .51 19.5″ 19″

1200 338

– .53 – .50 –

– 19.5″ 17″

1200 300

– .48 – .41 –

– 19.5″ 19″

1200 271

– .45 – .37 –

– 19.5″ 21″

1200 246

– .40 – .31 –

– 19.5″ 23″

1600 301 2000 376

–

.46 .37 – .41

–

19.5″

25″

1600 277 2000 347

–

.45 .36 – .39

–

19.5″

27″

600 224 .27 .22 .19 .18 – –

800 299 .30 .25 .21 .20 – – 19.5″ 13″

1000 375 .30 .29 .25 .24 – –

800 257 .25 .21 .19 .17 – –

1000 321 .30 .25 .23 .20 – – 19.5″ 15″

1200 386

– .30 .29 .27 –

–

Weights
Copper Slab Alum Slab

Unc

Csd Vert

Csd MP

Unc

Csd Vert

Csd MP

30 42 48 24 34 38

33 46 52 26 37 42

38 54 60 30 43 48

26 38 45 21 30 36

27 40 47 22 32 38
32 46 54 26 37 43 33 47 54 26 38 43 36 52 57 29 42 46
45 61 65 36 49 52
45 61 65 36 49 52 50 66 72 40 53 58 47 63 69 38 50 55 50 66 72 40 53 58
55 73 79 44 58 63
62 77 — 50 62 —
50 62 — 40 50 —
50 70 75 40 56 60 50 70 75 40 56 60 48 60 — 38 48 -47 59 — 38 47 -40 48 53 32 38 42 42 51 56 34 41 45 44 54 59 35 43 47 46 57 63 37 46 50 61 63 70 49 50 56 54 66 74 43 53 59
24 34 38 19 27 30
28 40 46 22 32 37

Non-Core Slabs

7

REV 1

HE Series Downflow Chart
The below chart lists downflow capable coils with approved air flow settings.
Some applications require a field installed kit.
Downflow applications not listed on this chart are not recommended.

Slab Number 600

Downflow Available 800 1000 1200 1400 1600 2000

Downflow Not Available

(E,G) 1K —

—

Y

—

(E,G) 20 Y

—

(E,G) 21 Y

Y

—

(E,G) 22 Y

Y

—

(E,G) 23 —

Y

—

(E,G) 24 —

Y

—

(E,G) 25 —

—

Y

—

(E,G) 26 —

—

Y

—

(E,G) 27 —

—

Y

—

(E,G) 30 Y

—

(E,G) 31 Y

Y

—

(E,G) 32 Y

Kit

—

(E,G) 33 —

—

Y

—

(E,G) 34 —

—

Kit

—

(E,G) 35 —

—

Y

Kit

—

(E,G) 36 —

—

Y

Kit

—

(E,G) 37 —

—

Y

—

(E,G) 3K —

—

Kit

—

(E,G) 47 —

—

Kit

—

(E,G) 53 —

—

Y

—

(E,G) 54 —

—

Y

(E,G) 55 —

—

Y

(E,G) 72 —

—

Y

(E,G) 8J —

—

Y

—

(E,G) 9J —

—

Y

—

A12

—

Y

—

A14

—

Y

—

(E,G) 2K (E,G) 48 (E,G) 49 (E,G) 50 (E,G) 51 (E,G) 52 (E,G) 74 (E,G) 7J (E,G) 80 (E,G) 81 (E,G) 82 (E,G) 83 (E,G) 84 (E,G) 86 (E,G) 88 (E,G) 91 (E,G) 92
A10 A11

Y = Downflow capable. Kit = Downflow capable with field installed kit Part