Coleman LX SERIES, CH1624 THRU 60, CH16B2421S, CH16B6021S, CH16B3621S Technical Manual

TECHNICAL GUIDE

®

LX

SERIES

FOR INSTALLATION IN ALL US REGIONS AND CANADA

SPLIT SYSTEM
HEAT PUMPS

Installation Allowed

16 SEER – R-410A – 1 PHASE
2 THRU 5 NOMINAL TONS

MODELS: CH1624 THRU 60

®

Due to continuous product improvement, specifications
are subject to change without notice.

Visit us on the web at

www.upgnet.com and www.colemanac.com

Additional rating information can be found at

www.ahridirectory.org

WARRANTY SUMMARY*

Standard 5-year limited parts warranty.
Standard 10-year limited compressor warranty.
Extended 10-Years limited parts warranty when product is
registered online within 90 days of purchase for replacement

or closing for new home construction.

*Does not apply to R-22 models, 3-Phase models, or Internet sales.

See Limited Warranty certificate in User's Information Manual for details.

5186825-CTG-D-0717

DESCRIPTION

The CH16 16 SEER Modulating Heat Pumps are the newest
offering in our successful LX Family of split system heat pumps.
These units use a state of the art inverter driven compressor to
precisely meet customers comfort requirements. Using a con­ventional two-stage heat pump thermostat, the system will auto­matically modulate capacity and airflow from 50% to 100% of
nominal capacity in 10% increments to meet the comfort
requirements of the consumer, maximizing comfort while mini­mizing energy bills. Designed to work with Coleman variable
speed or standard ECM indoor air handling equipment it pro­vides consumers and dealers system installation options.
Should the unit ever require service the main control and
inverter control both provide system self-diagnostics.

FEATURES

• Improved Temperature Control - The inverter driven com­pressor and modulating system will automatically adjust
capacity, in heat or cool mode, to precisely match the comfort
demands of the space providing closer temperature and
humidity control.

• Easier Installation - Time is reduced by being factory
charged for a 15-Ft line set and having a factory installed fil­ter-drier. This means less time spent brazing and charging
the system. The small base dimension and reduced unit
clearances requirements provide more retrofit applications.

• Accessible Information - QR code on unit provides quick
access to technical documents and warranty information at

www.upgnet.com.

• Durable Finish - The automotive grade champagne colored
powder painted and the specially coated wire grill and fasten­ers add to the corrosion resistant nature of the product allow­ing it to retain its aesthetics appeal throughout its life.

• Rugged Coil Protection - Coils are protected from mechan­ical damage by a stamped steel extruded louver coil guard
design.

• Quality Coils - Enhanced aluminum fins are mechanically
bonded to copper tubing.

• Protected Compressor - Compressors are protected by the
system high and low pressure switches. The liquid line filter­drier is factory installed to protect the system against mois­ture and contaminates.

• Reliable Operation - Ball bearing fan motors provide supe­rior performance in extreme temperatures. Factory installed
accumulator protects the compressor while operating across
a wide range of conditions.

• Environmentally Friendly - CFC-free R-410A refrigerant
delivers environmentally friendly performance with zero
ozone depletion.

• Top Discharge - Warm air is blown up, away from the struc­ture and any landscaping and allows compact location on
multi-unit applications.

• Low Operating Sound Levels - The sturdy cabinet and top
design provides sound performance as low as 76 dBA.

• Better Service Access - Diagonal base valves with open
access for Schrader removal tools and low-loss fittings and
single panel access to the electrical controls. Full corner
access using the swing out electrical box, and removable fan
guard allow easy access for unit service or maintenance.

• Agency Listed - Safety certified by CSA to UL 1995 / CSA

22.2. Performance certified to ANSI/AHRI Standard 210/240
in accordance with the Unitary Small Equipment certification
program.

FOR DISTRIBUTION USE ONLY - NOT TO BE USED AT POINT OF RETAIL SALE

5186825-CTG-D-0717

LIST OF SECTIONS

DESCRIPTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

FEATURES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

NOMENCLATURE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

PHYSICAL AND ELECTRICAL DATA . . . . . . . . . . . . . . . . . . . . . . . 3

DIMENSIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

SYSTEM CHARGE FOR VARIOUS MATCHED SYSTEMS . . . . . . . 4

LIMITATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

SYSTEM CAPACITY - Single Piece and Modular Air Handlers . . 6
SYSTEM CAPACITY - With High Efficiency Motor Furnaces . . .10

APPLICATION & ACCESSORIES . . . . . . . . . . . . . . . . . . . . . . . . . 53

SOUND POWER RATINGS - COOLING . . . . . . . . . . . . . . . . . . . . . 53

SOUND POWER RATINGS - HEATING . . . . . . . . . . . . . . . . . . . . . 53

UNIT OPERATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

MECHANICAL SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . 54

TYPICAL INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

TYPICAL FIELD WIRING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

ALTERNATIVE INSTALLATION CLEARANCES . . . . . . . . . . . . . . 56

PERFORMANCE DATA - 2 TON . . . . . . . . . . . . . . . . . . . . . . . . . . 57

PERFORMANCE DATA - 3 TON . . . . . . . . . . . . . . . . . . . . . . . . . . 68

PERFORMANCE DATA - 4 TON . . . . . . . . . . . . . . . . . . . . . . . . . . 83

PERFORMANCE DATA - 5 TON . . . . . . . . . . . . . . . . . . . . . . . . . 100

NOMENCLATURE

BRAND
PRODUCT TYPE
NOMINAL

SERIES EFFICIENCY
AND STAGING

REFRIGERANT
NOMINAL UNIT

CAPACITY (MBH)
VOLTAGE

(Voltage-Phase-Hertz)

GENERATION
(MAJOR REVISION)

FACTORY OPTION

STYLE LETTER
(Minor Revision)
Not Used for Ordering

C

C = Coleman

H

H = Heat Pump

16

16 = 16 SEER / Modulating

B

B = R-410A
24 = 2 Ton 48 = 4 Ton

36

36 = 3 Ton 60 = 5 Ton

2

2 = 208/230-1-60
1 = 1st Gen

1

2 = 2nd Gen
etc
S = Standard (No Options)

S

H = Hard Start Kit
A = Style A

A

B = Style B
etc.

2 Johnson Controls Unitary Products

5186825-CTG-D-0717

PHYSICAL AND ELECTRICAL DATA

MODEL CH16B2421S CH16B3621S CH16B4821S CH16B6021S

Unit Supply Voltage 208-230V, 1 60Hz
Normal Voltage Range

1

Minimum Circuit Ampacity 17.2 21.0 35.6 34.7
Max. Overcurrent Device Amps
Min. Overcurrent Device Amps

2

3

30.0 35.0 60.0 60.0

20.0 25.0 40.0 50.0

Type Rotary Rotary Rotary Rotary

Compressor

Rated Load 13.19 15.20 23.73 27.42
Locked Rotor 26.0 38.0 44.5 64.5

Crankcase Heater Yes Yes Yes Yes
HS Kit Required with TXV

N/A N/A N/A N/A

Fan Diameter Inches 22 22 24 24

Rated HP 1/8 1/4 1/3 1/3

Fan Motor

Rated Load Amps 1.0 1.0 1.3 1.3
Nominal RPM 970 850 1000 1000
Nominal CFM 2850 3715 4000 4100
Face Area Sq. Ft. 16.15 19.75 23.82 23.82

Coil

Rows Deep 1112
Fins / Inch 22 18 22 18

Liquid Line Set OD (Field Installed) 3/8 3/8 3/8 3/8
Vapor Line Set OD (Field Installed)

Unit Charge (Lbs. - Oz.)

5

4

3/4 3/4 7/8

5 - 9 7 - 2 8 - 6 14 - 14
Charge Per Foot, Oz. 0.62 0.62 0.67 0.75
Operating Weight Lbs. 166 204 214 239

1. Rated in accordance with AHRI Standard 110-2012, utilization range “A”.

2. Dual element fuses or HACR circuit breaker. Maximum allowable overcurrent protection.

3. Dual element fuses or HACR circuit breaker. Minimum recommended overcurrent protection.

4. For applications with non-standard vapor line sizes, see the “Applications & Accessories” section of this Technical Guide.

5. The Unit Charge is correct for the outdoor unit, smallest matched indoor unit, and 15 feet of refrigerant tubing. For tubing lengths other than 15 feet, add or sub­tract the amount of refrigerant, using the difference in actual lineset length (not the equivalent length) multiplied by the per foot value.

187 to 252

1-1/8

‡

DIMENSIONS

C

Unit

Model

Dimensions

(Inches)

A B C Liquid Vapor

CH16B2421S 33-1/4 29-1/4 29-1/4
CH16B3621S 39-1/2 29-1/4 29-1/4
CH16B4821S 39-1/2 35-1/4 31-3/4 7/8

A

B

A0339-001

CH16B6021S 39-1/2 35-1/4 31-3/4 1-1/8‡

‡ Adapter fitting must be field installed for the required 1-1/8” line set.
All dimensions are in inches and are subject to change without notice.
Overall height is from bottom of base pan to top of fan guard.
Overall length and width include screw heads.

Refrigerant Connection

Service Valve Size

3/4

3/8

Johnson Controls Unitary Products 3

5186825-CTG-D-0717

SYSTEM CHARGE FOR VARIOUS MATCHED SYSTEMS

Outdoor Unit CH16B2421S CH16B3621S CH16B4821S CH16B6021S
Required TXV

Indoor Unit

1,2

3,4

AE24B 0–––
AE30B 4–––
AE36B –0––
AE42C ––––
AE48C ––0–
AE60C ––––
AE60D –––0
AVC18B ––––
AVC24B 0–––
AVC30B 4–––
AVC36(B,C) 60––
AVC42C –8––
AVC48(C,D) –80–
AVC60C ––8–
AVC60D ––90
CF/CM/CU24(A,B) 0–––
CF/CM/CU30(A,B,C) 4–––
CF/CM/CU36(A,B,C) 60––
CF/CM/CU42(B,C,D) –8––
CF/CM/CU48(C,D) –80–
CF/CM/CU60(C,D) ––8–
CF/CM64D ––90
Some of the combinations shown in the above System Charge table require Advanced Main Air Circulating Fan indoor product. For approved coil

only matches, please see the “COOLING CAPACITY - Upflow, Downflow & Horizontal Furnaces and Coils” table.

FOOTNOTES:

1. For applications requiring a TXV, use S1-1TVM*** series kit.

2. A TXV kit must be used with these indoor units to obtain system performance.

3. CF coils cannot be used in horizontal applications.

4. Charge adders shown above do not indicate that coils are rated for every application. Refer to Performance Data Tables for actual performance for specified
system matches. Obtain certified system ratings from

CHARGING PROCEDURES:

1. Check the Factory Unit Charge listed on the unit data plate to verify the refrigerant charge for the outdoor unit, the smallest matched indoor unit, and the 15 feet of
interconnecting lineset.

2. Verify the indoor metering device and additional charge required for the specific matched indoor unit in the system using the above table.

3. Make sure the unit is locked into high speed and the system stabilizes before charging. Return the heat pump main control jumper to normal when charging is com­plete. Add additional charge for the amount of interconnecting lineset greater than 15 feet at the rate specified in the Physical and Electrical Data Table.

4. For installations requiring additional charge, weigh in refrigerant for the specific matching indoor unit and actual lineset length.

5. Once the charge adders for matched indoor unit and for lineset have been weighed in, verify the system operation against the temperatures and pressures in the
Charging Chart for the outdoor unit. Locate Charging Charts on the outdoor unit and also in the Service Data Application Guide on
Subcool or the Superheat charging procedure in the Installation Manual according to the type of indoor metering device in the system, and allow ten minutes after
each charge adjustment for the system operation to stabilize. Record the charge adjustment made to match the Charging Chart.

6. Permanently stamp the unit data plate with the TOTAL SYSTEM CHARGE defined as follows: TOTAL SYSTEM CHARGE = Base Charge (as shipped) + charge
adder for matched indoor unit (+ or -) charge adder for actual lineset length + charge adjustments to match the Charging Chart.

BA1 BC1 BC1 BG1

Additional Charge, oz

www.ahridirectory.org.

www.upgnet.com. Follow the

4 Johnson Controls Unitary Products

5186825-CTG-D-0717

LIMITATIONS

The unit should be installed in accordance with all National, State and
Local Safety Codes and the limitations listed below:

1. Limitations for the indoor unit, coil, and appropriate accessories

must also be observed.

2. The outdoor unit must not be installed with any duct work in the air

stream. The outdoor fan is the propeller type and is not designed
to operate against any additional external static pressure.

3. The maximum and minimum conditions for operation must be

observed to ensure a system that will give maximum performance
with minimal service.

Minimum / Maximum Operating Limit Conditions

AIR TEMPERATURE AT

OUTDOOR COIL, ° F (° C)

Min. Max. Min. Max.

DB

Cool

35(2)* -20(-29) 125(52)* 75(24) 57(14) 50(10) 72(22) 80(27)

DB

Heat

DB Cool

DB

Heat

*Reference the NOTICE under the “Unit Reduced Capacity Conditions”

section.

4. The maximum allowable equivalent line length for this product is

80 feet.

Standard Lineset Applications

Maximum allowable lineset varies depending on the vertical separation
between the evaporator and condenser. See Table 2 for allowable line
set lengths and sizing.

AIR TEMPERATURE AT

INDOOR COIL, ° F (° C)

WB

DB

Cool

Heat

WB

Cool

DB

Heat

Allowable Vertical Linesets.

Liquid

Model

24
36
48 7/8”
60 1-1/8”

Suction

Line

3/8”

Line

3/4”

Max Line

Length ­Units on

Equal
Level

80 feet 25 feet 25 feet

Max Suction

Line Riser -

If OD Unit is

Above ID

Unit

Max Liquid

Line Riser -

If OD Unit

is Below ID

Unit

Unit Reduced Capacity Conditions

NOTICE

Intelligence Power Module (IPM) Temperature Protection:

If excessive (IPM) inverter temperatures are sensed, the compressor
speed / capacity is reduced every 60 seconds until an acceptable
condition is reached.

When the inverter temperature returns to an acceptable level, the
system returns to normal operation.

Over / Under Current Protection:

If a low or high Current Condition is sensed, the compressor speed /
capacity is reduced every 30 seconds until an acceptable current
level is reached.

When the system reaches an acceptable current level, the compres­sor and fan return to normal operating conditions.

Over / Under Voltage Protection:

If a low or high supply Voltage Condition is experienced (below 197
VAC or above 252 VAC), the compressor speed / capacity is auto­matically reduced every 15 seconds until an acceptable voltage level
is sensed.

When an acceptable voltage level is sensed, the system automati­cally returns to a normal state of operation.

High Outdoor Ambient Temperature Protection:

During high outdoor ambient temperature conditions above 109°F
(43°C), the compressor speed reduces to protect the system. If the
outdoor ambient temperature goes above 125 °F (52°C), the system
goes into a soft-lockout condition halting operation for system protec­tion. Consider these limitations when installing any of the heat pumps
included in this document.

When the system reaches acceptable operating conditions, the sys­tem returns to normal operation.

High Altitude Protection:

If the unit is installed in Altitudes of 6,500 ft / 2,000 m above sea level
or higher, the compressor and outdoor fan reduce speeds to protect
the system. It is not recommended these units be installed at altitudes
greater than 6,500 ft / 2,000 m above sea level.

Low Ambient Protection:
Cooling mode: The unit automatically adjusts to maintain cooling

operation in outdoor ambient conditions down to 35° F (2° C). The
unit reduces capacity and or cycles off if asked to provide cooling
when the outdoor temperature is at or below these conditions.

Heating Mode: The unit provides compressor heat down to an out­door ambient temperature of -20° F (-29° C). As the outdoor ambient
temperature reduces, available heat reduces for all air source heat
pumps. Make sure the balance point and auxiliary heat are appropri­ately set and sized for the application of the heat pump.

Johnson Controls Unitary Products 5

5186825-CTG-D-0717

6 Johnson Controls Unitary Products

SYSTEM CAPACITY - Single Piece and Modular Air Handlers

UNIT

MODEL

AIR HANDLER

COIL

MODEL

3

Stage

RATED

CFM

COOLING

1

HEATING

2

MODEL WIDTH

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

CH16B2421S AE24BX21 17.5 –

High 745 24.2 16.9 17.25 11.85 23.4 13.8 8.90 7.55 3.36 2.50
Med 515 17.4 12.0 – 16.00 – – – – – –

Low 515 15.0 11.0 – 29.05 11.9 – – – 3.74 –

CH16B2421S

AE30BX21 17.5 –

High 900 24.0 17.8 16.75 10.75 22.8 14.0 8.75 7.40 3.24 2.36
Med 595 17.6 12.4 – 15.95 – – – – – –

Low 595 14.9 11.8 – 28.65 11.5 – – – 3.68 –

CH16B2421S AVC24BX21 17.5 –

High 750 24.0 16.7 17.50 11.25 23.2 13.8 8.95 7.55 3.34 2.50
Med 520 17.5 11.9 – 16.40 – – – – – –

Low 520 15.1 11.0 – 30.70 11.7 – – – 3.80 –

CH16B2421S

AVC30BX21 17.5 –

High 775 24.0 16.7 17.50 11.75 22.6 13.6 8.95 7.55 3.36 2.48
Med 565 17.7 12.1 – 16.60 – – – – – –

Low 565 15.0 11.2 – 30.95 11.4 – – – 3.78 –

CH16B2421S AVC36BX21 17.5 –

High 700 24.0 16.4 17.75 11.75 22.2 13.4 9.00 7.85 3.38 2.52
Med 520 17.5 12.1 – 16.65 – – – – – –

Low 520 15.0 10.7 – 31.60 11.3 – – – 3.80 –

CH16B2421S

AVC36CX21 21.0 –

High 750 24.0 16.4 17.50 12.20 22.4 13.6 9.00 7.80 3.44 2.56
Med 505 17.4 11.8 – 16.35 – – – – – –

Low 505 14.9 10.4 – 30.60 11.3 – – – 3.74 –

CH16B2421S ME08BN21 17.5 CF/CM36B

High 875 24.0 17.9 17.50 11.50 22.4 13.8 9.00 7.80 3.38 2.46
Med 555 17.6 12.2 – 16.55 – – – – – –

Low 555 15.0 11.1 – 31.05 11.3 – – – 3.78 –

CH16B2421S

MVC08BN21 17.5 CF/CM24B

High 800 24.0 17.4 17.50 11.50 23.2 13.7 8.90 7.50 3.34 2.48
Med 500 17.4 11.5 – 16.50 – – – – – –

Low 500 15.0 10.7 – 31.05 11.6 – – – 3.78 –

CH16B2421S MVC08BN21 17.5 CF/CM30B

High 725 24.0 16.1 17.00 11.75 22.6 13.6 8.65 7.40 3.36 2.52
Med 450 16.7 10.2 – 15.95 – – – – – –

Low 450 14.5 9.2 – 30.00 11.0 – – – 3.56 –

CH16B2421S

MVC08BN21 17.5 CF/CM36B

High 750 24.0 16.5 16.50 11.50 22.6 13.8 8.55 7.35 3.38 2.50
Med 450 16.6 10.3 – 15.35 – – – – – –

Low 450 14.3 9.3 – 28.00 11.0 – – – 3.50 –

CH16B2421S MVC12BN21 17.5 CF/CM24B

High 700 23.6 15.6 17.25 11.25 23.0 13.6 8.80 7.45 3.28 2.48
Med 500 17.4 11.6 – 16.20 – – – – – –

Low 500 15.0 10.4 – 30.00 11.7 – – – 3.72 –

CH16B2421S

MVC12BN21 17.5 CF/CM30B

High 850 24.0 17.1 17.75 11.50 22.6 13.7 8.90 7.55 3.34 2.44
Med 600 17.8 12.5 – 16.50 – – – – – –

Low 600 15.0 12.0 – 30.45 11.4 – – – 3.76 –

CH16B2421S MVC14DN21 24.5 CF/CM30D

High 750 24.0 16.3 17.50 11.75 22.8 13.7 8.75 7.45 3.36 2.50
Med 500 17.4 11.5 – 16.25 – – – – – –

Low 500 14.9 10.5 – 30.10 11.4 – – – 3.68 –

Continued on next page.

5186825-CTG-D-0717

Johnson Controls Unitary Products 7

CH16B2421S MVC14DN21 24.5 CF/CM36D

High 825 24.0 17.5 17.50 11.75 22.4 13.6 9.30 7.85 3.44 2.52
Med 575 17.6 12.3 – 16.55 – – – – – –

Low 575 15.0 11.4 – 31.10 11.3 – – – 3.80 –

CH16B2421S MVC16CN21 21.0 CF/CM24C

High 850 24.0 17.9 17.25 11.25 23.0 13.7 8.95 7.50 3.34 2.46
Med 575 17.7 12.2 – 16.40 – – – – – –

Low 575 15.0 11.8 – 29.90 11.7 – – – 3.78 –

CH16B2421S

MVC16CN21 21.0 CF/CM30C

High 850 24.0 17.1 17.25 11.50 22.6 13.7 8.85 7.50 3.34 2.44
Med 600 17.8 12.5 – 16.30 – – – – – –

Low 600 15.0 12.0 – 29.65 11.4 – – – 3.74 –

CH16B2421S MVC16CN21 21.0 CF/CM36C

High 850 24.0 17.5 17.25 11.50 22.4 13.7 9.00 7.75 3.40 2.48
Med 575 17.6 12.3 – 16.30 – – – – – –

Low 575 15.0 11.4 – 30.10 11.3 – – – 3.76 –

CH16B3621S AE36BX21 17.5 –

High 1220 35.0 26.0 16.75 11.45 35.2 22.2 10.00 8.50 3.50 2.72
Med 845 24.6 18.3 – 15.45 – – – – – –

Low 840 22.4 17.3 – 26.90 18.1 – – – 4.12 –

CH16B3621S AVC36BX21 17.5 –

High 1100 34.0 25.0 17.00 10.75 34.2 22.0 10.25 8.60 3.46 2.68
Med 715 24.2 17.9 – 15.85 – – – – – –

Low 715 21.8 16.7 – 28.70 17.5 – – – 4.20 –

CH16B3621S AVC36CX21 21.0 –

High 1125 34.2 25.4 17.25 11.00 34.2 22.0 10.25 8.55 3.52 2.72
Med 825 24.8 18.5 – 16.10 – – – – – –

Low 825 22.4 17.3 – 28.90 18.0 – – – 4.24 –

CH16B3621S AVC42CX21 21.0 –

High 1250 34.4 25.4 17.25 10.75 34.8 22.4 10.25 8.55 3.46 2.68
Med 815 24.8 18.5 – 16.20 – – – – – –

Low 815 22.6 17.5 – 29.45 17.9 – – – 4.28 –

CH16B3621S AVC48CX21 21.0 –

High 1275 34.4 25.4 17.00 10.75 34.6 22.4 10.25 8.55 3.46 2.68
Med 840 24.8 18.5 – 15.90 – – – – – –

Low 840 22.4 17.3 – 28.35 18.0 – – – 4.22 –

CH16B3621S AVC48DX21 24.5 –

High 1275 34.6 25.8 17.50 11.25 34.4 22.2 10.25 8.55 3.52 2.72
Med 835 24.8 18.5 – 16.30 – – – – – –

Low 835 22.6 17.5 – 29.55 17.9 – – – 4.28 –

CH16B3621S ME12BN21 17.5 CF/CM36B

High 1200 34.2 25.2 16.25 10.75 35.0 22.6 9.75 8.20 3.42 2.64
Med 845 24.6 18.3 – 15.40 – – – – – –

Low 845 22.2 17.1 – 26.55 18.1 – – – 4.04 –

CH16B3621S ME12BN21 17.5 CF42B

High 1150 33.8 24.0 16.00 10.50 34.4 22.4 9.75 8.15 3.42 2.66
Med 820 24.4 18.0 – 15.20 – – – – – –

Low 820 22.2 16.5 – 26.70 18.0 – – – 4.04 –

CH16B3621S ME14DN21 24.5 CF/CM48D

High 1200 35.0 25.6 17.00 11.25 34.2 22.2 10.25 8.55 3.62 2.76
Med 855 24.8 18.7 – 15.90 – – – – – –

Low 855 22.6 17.5 – 28.35 17.8 – – – 4.18 –

Continued on next page.

SYSTEM CAPACITY - Single Piece and Modular Air Handlers (Continued)

UNIT

MODEL

AIR HANDLER

COIL

MODEL

3

Stage

RATED

CFM

COOLING

1

HEATING

2

MODEL WIDTH

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

8 Johnson Controls Unitary Products

CH16B3621S MVC12BN21 17.5 CF42B

High 1200 34.2 27.4 16.00 10.50 35.0 22.8 9.75 8.20 3.44 2.64
Med 800 24.2 19.4 – 15.25 – – – – – –

Low 800 22.2 18.6 – 26.80 18.2 – – – 4.12 –

CH16B3621S MVC14DN21 24.5 CF/CM42D

High 1275 34.8 28.8 17.00 11.00 34.4 22.4 10.00 8.35 3.60 2.74
Med 800 24.6 19.5 – 15.95 – – – – – –

Low 800 22.4 18.8 – 28.75 18.1 – – – 4.24 –

CH16B3621S MVC14DN21 24.5 CF/CM48D

High 1250 35.0 28.6 17.00 11.00 34.4 22.4 10.25 8.55 3.62 2.74
Med 850 24.8 20.4 – 16.10 – – – – – –

Low 850 22.6 19.4 – 28.95 18.1 – – – 4.30 –

CH16B3621S MVC16CN21 21.0 CF/CM36C

High 1125 34.2 26.8 16.25 10.75 34.8 22.4 9.75 8.20 3.42 2.68
Med 750 24.2 18.7 – 15.25 – – – – – –

Low 750 22.0 17.8 – 26.90 18.2 – – – 4.06 –

CH16B3621S MVC16CN21 21.0 CF/CM42C

High 1200 34.6 27.8 16.25 10.75 34.8 22.6 10.00 8.40 3.52 2.70
Med 775 24.2 19.1 – 15.30 – – – – – –

Low 775 22.2 18.3 – 27.40 18.1 – – – 4.14 –

CH16B3621S MVC20DN21 24.5 CF/CM36D

High 1250 34.8 28.4 17.00 11.25 34.6 22.2 10.00 8.35 3.56 2.74
Med 825 24.6 19.8 – 15.95 – – – – – –

Low 825 22.2 18.9 – 28.35 18.2 – – – 4.20 –

CH16B3621S MVC20DN21 24.5 CF/CM42D

High 1200 34.6 27.8 16.00 11.00 34.6 22.4 9.75 8.15 3.54 2.72
Med 825 24.2 19.7 – 15.05 – – – – – –

Low 825 22.2 18.9 – 26.15 18.3 – – – 4.08 –

CH16B3621S MVC20DN21 24.5 CF/CM48D

High 1200 34.8 28.0 17.00 11.25 34.4 22.2 10.25 8.55 3.62 2.76
Med 825 24.6 19.9 – 15.90 – – – – – –

Low 825 22.4 19.0 – 28.40 18.1 – – – 4.24 –

CH16B4821S AE48CX21 21.0 –

High 1430 47.5 32.0 16.70 10.25 48.0 28.4 9.70 8.10 3.22 2.56
Med 1050 33.4 23.2 – 15.30 – – – – – –

Low 1065 28.0 21.6 – 27.00 22.2 – – – 4.20 –

CH16B4821S

AVC48CX21 21.0 –

High 1375 47.0 31.8 16.75 9.75 47.0 28.2 10.00 8.00 3.20 2.56
Med 895 32.6 22.4 – 15.60 – – – – – –

Low 895 27.2 20.8 – 28.35 21.4 – – – 4.22 –

CH16B4821S AVC48DX21 24.5 –

High 1400 47.0 31.8 17.00 10.00 47.0 28.0 10.00 7.95 3.26 2.60
Med 900 32.8 22.6 – 15.85 – – – – – –

Low 900 27.4 21.0 – 29.40 21.2 – – – 4.28 –

CH16B4821S

AVC60CX21 21.0 –

High 1350 47.0 31.8 16.75 9.75 46.5 28.0 10.00 8.00 3.22 2.56
Med 900 32.8 22.6 – 15.65 – – – – – –

Low 900 27.4 21.0 – 28.65 21.4 – – – 4.24 –

CH16B4821S AVC60DX21 24.5 –

High 1450 47.0 31.8 16.75 9.75 47.5 28.4 10.00 8.00 3.22 2.56
Med 945 33.0 22.8 – 15.60 – – – – – –

Low 945 27.6 21.2 – 28.30 21.6 – – – 4.24 –

Continued on next page.

SYSTEM CAPACITY - Single Piece and Modular Air Handlers (Continued)

UNIT

MODEL

AIR HANDLER

COIL

MODEL

3

Stage

RATED

CFM

COOLING

1

HEATING

2

MODEL WIDTH

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 9

— = Not applicable.
CM coils available with a factory installed horizontal drain pan. See price pages for specific model number.

CH16B4821S ME14DN21 24.5 CF/CM64D

High 1475 48.0 32.8 16.75 10.00 45.5 29.2 10.20 8.45 3.36 2.74
Med 1035 33.4 23.2 – 15.80 – – – – – –

Low 1035 27.4 21.2 – 27.75 20.6 – – – 4.22 –

CH16B4821S MVC14DN21 24.5 CF/CM48D

High 1300 45.5 29.0 16.25 9.75 46.0 27.4 9.75 7.95 3.10 2.52
Med 850 31.4 18.9 – 15.15 – – – – – –

Low 850 26.6 16.5 – 27.15 21.0 – – – 4.08 –

CH16B4821S

MVC16CN21 21.0 CF/CM48C

High 1450 47.0 32.0 16.50 10.00 47.0 28.4 10.00 8.20 3.22 2.60
Med 925 32.2 20.6 – 15.30 – – – – – –

Low 925 27.0 18.2 – 27.50 21.4 – – – 4.16 –

CH16B4821S MVC16CN21 21.0 CF/CM60C

High 1425 47.5 31.8 16.25 10.00 46.5 28.6 10.00 8.25 3.26 2.64
Med 900 32.0 20.2 – 15.25 – – – – – –

Low 900 26.6 17.6 – 27.15 20.8 – – – 4.10 –

CH16B4821S

MVC20DN21 24.5 CF/CM48D

High 1450 47.0 32.0 16.50 10.00 47.0 28.4 10.00 8.15 3.22 2.60
Med 950 32.4 21.0 – 15.45 – – – – – –

Low 950 27.2 18.8 – 27.90 21.6 – – – 4.20 –

CH16B4821S MVC20DN21 24.5 CF/CM60D

High 1425 48.0 32.4 16.50 10.25 46.5 28.4 10.00 8.15 3.28 2.66
Med 950 32.6 20.8 – 15.65 – – – – – –

Low 950 27.2 19.0 – 28.20 21.0 – – – 4.20 –

CH16B4821S

MVC20DN21 24.5 CF/CM64D

High 1500 48.0 33.2 16.75 10.00 45.5 29.2 10.20 8.45 3.38 2.74
Med 1000 33.2 22.6 – 15.75 – – – – – –

Low 1000 27.2 20.2 – 28.20 20.6 – – – 4.22 –

CH16B6021S AE60DX21 24.5 –

High 1855 56.0 39.0 16.00 9.90 59.5 33.2 9.10 7.90 3.34 2.60
Med 1165 38.0 27.0 – 14.85 – – – – – –

Low 1155 31.2 23.8 – 25.50 25.6 – – – 4.14 –

CH16B6021S AVC60DX21 24.5 –

High 1750 55.5 38.5 16.25 9.75 58.5 32.8 9.75 7.90 3.40 2.64
Med 1135 38.0 27.0 – 15.15 – – – – – –

Low 1135 31.4 24.0 – 26.65 25.4 – – – 4.22 –

CH16B6021S MVC20DN21 24.5 CF/CM64D

High 1800 56.5 40.0 16.25 10.00 59.0 33.0 9.50 7.65 3.36 2.64
Med 1175 38.5 27.8 – 15.20 – – – – – –

Low 1175 31.4 24.8 – 26.65 25.4 – – – 4.20 –

Rated in accordance with DOE test procedures (Federal Register 12-27-79 and 3-18-88) and ANSI/AHRI Standard 210/240.

1. Cooling MBH based on 80°F entering air temperature, 50% RH (Relative Humidity), and rated air flow.
EER (Energy Efficiency Ratio) is the total cooling output in BTUs at 95°F outdoor ambient divided by the total electric power in watt-hours at those conditions.
SEER (Seasonal Energy Efficiency Ratio) is the total cooling output in BTUs during a normal annual usage period for cooling divided by the total electric power input in watt-hours during the same period.

2. Heating MBH based on AHRI standards of 70°F DB (Dry Bulb) entering indoor air, 72% RH (Relative Humidity) outdoor air with 25 feet of interconnecting piping and no supplemental electric heat operation.
HSPF (Heating Seasonal Performance Factor) is the total heating output during a normal annual usage period for heating divided by the total electric power input during the same period.
COP (Coefficient of Performance) equals Heating MBH output divided by (total KW input x 3.412).

SYSTEM CAPACITY - Single Piece and Modular Air Handlers (Continued)

UNIT

MODEL

AIR HANDLER

COIL

MODEL

3

Stage

RATED

CFM

COOLING

1

HEATING

2

MODEL WIDTH

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

10 Johnson Controls Unitary Products

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

CH16B2421S TM8V060A12MP11 14.5 CF/CM/CU24A

High 725 24.0 16.4 17.00 11.00 23.4 13.9 8.85 7.50 3.28 2.46
Med 515 17.4 11.9 – 15.95 ––––––

Low 515 15.0 10.7 – 29.25 11.7 – – – 3.72 –

CH16B2421S

TM8V060A12MP11 14.5 CF/CM/CU30A

High 725 24.0 16.1 17.25 11.25 22.8 13.8 8.80 7.45 3.28 2.44
Med 525 17.5 11.6 – 16.15 – – – – – –

Low 525 14.9 11.0 – 29.15 11.5 – – – 3.68 –

CH16B2421S TM8V060A12MP11 14.5 CF/CM36A

High 700 23.8 16.2 17.00 11.00 22.4 13.7 9.05 7.70 3.26 2.44
Med 515 17.4 11.8 – 16.05 ––––––

Low 515 14.9 10.5 – 29.25 11.4 – – – 3.68 –

CH16B2421S

TM8V080B12MP11 17.5 CF/CM/CU24B

High 675 23.4 15.1 17.00 11.00 23.0 13.5 8.65 7.35 3.22 2.44
Med 470 16.9 10.8 – 15.80 – – – – – –

Low 470 14.6 9.8 – 29.25 11.5 – – – 3.64 –

CH16B2421S TM8V080B12MP11 17.5 CF/CM/CU30B

High 800 24.0 16.9 17.25 11.25 22.8 13.9 8.85 7.50 3.30 2.42
Med 545 17.6 12.0 – 16.25 ––––––

Low 545 15.0 11.1 – 29.95 11.4 – – – 3.72 –

CH16B2421S

TM8V080B12MP11 17.5 CF/CM/CU36B

High 675 23.6 15.9 17.00 11.25 22.2 13.5 8.90 7.60 3.26 2.46
Med 460 16.8 10.7 – 15.75 – – – – – –

Low 460 14.4 9.6 – 29.20 11.0 – – – 3.58 –

CH16B2421S TM8X060A12MP11 14.5 CF/CM/CU24A

High 875 23.8 17.9 15.75 10.50 23.4 14.1 8.65 7.30 3.22 2.34
Med 655 17.5 13.1 – 15.20 ––––––

Low 655 14.7 12.9 – 26.20 11.8 – – – 3.64 –

CH16B2421S

TM8X060A12MP11 14.5 CF/CM/CU30A

High 900 24.0 17.8 16.00 10.75 22.8 14.0 8.60 7.30 3.22 2.34
Med 665 17.5 13.2 – 15.25 – – – – – –

Low 665 14.7 12.7 – 26.50 11.6 – – – 3.60 –

CH16B2421S TM8X060A12MP11 14.5 CF/CM36A

High 900 24.0 18.2 16.00 10.75 22.8 14.1 8.60 7.35 3.26 2.36
Med 670 17.6 12.9 – 15.35 ––––––

Low 670 14.7 12.7 – 26.50 11.5 – – – 3.62 –

CH16B2421S

TM8X080B12MP11 17.5 CF/CM/CU24B

High 875 23.8 17.9 16.00 10.50 23.4 14.1 8.65 7.30 3.22 2.34
Med 650 17.5 13.0 – 15.25 – – – – – –

Low 650 14.8 13.0 – 26.30 11.8 – – – 3.64 –

CH16B2421S TM8X080B12MP11 17.5 CF/CM/CU30B

High 850 24.0 17.1 16.00 10.75 23.0 14.0 8.60 7.30 3.22 2.36
Med 640 17.6 12.9 – 15.35 ––––––

Low 640 14.7 12.2 – 26.40 11.6 – – – 3.58 –

CH16B2421S

TM8X080B12MP11 17.5 CF/CM/CU36B

High 900 24.0 18.2 16.00 10.75 22.8 14.0 8.65 7.35 3.28 2.38
Med 670 17.6 12.9 – 15.40 – – – – – –

Low 670 14.7 12.7 – 26.70 11.5 – – – 3.62 –

CH16B2421S TM8Y060A12MP11 14.5 CF/CM/CU24A

High 875 23.8 17.9 15.75 10.50 23.4 14.1 8.65 7.30 3.22 2.34
Med 655 17.5 13.1 – 15.20 ––––––

Low 655 14.7 12.9 – 26.20 11.8 – – – 3.64 –

Continued on next page.

5186825-CTG-D-0717

Johnson Controls Unitary Products 11

CH16B2421S TM8Y060A12MP11 14.5 CF/CM/CU30A

High 900 24.0 17.8 16.00 10.75 22.8 14.0 8.60 7.30 3.22 2.34
Med 665 17.5 13.2 – 15.25 – – – – – –

Low 665 14.7 12.7 – 26.50 11.6 – – – 3.60 –

CH16B2421S TM8Y060A12MP11 14.5 CF/CM36A

High 900 24.0 18.2 16.00 10.75 22.8 14.1 8.60 7.35 3.26 2.36
Med 670 17.6 12.9 – 15.35 ––––––

Low 670 14.7 12.7 – 26.50 11.5 – – – 3.62 –

CH16B2421S

TM8Y080B12MP11 17.5 CF/CM/CU24B

High 875 23.8 17.9 16.00 10.50 23.4 14.1 8.65 7.30 3.22 2.34
Med 650 17.5 13.0 – 15.25 – – – – – –

Low 650 14.8 13.0 – 26.30 11.8 – – – 3.64 –

CH16B2421S TM8Y080B12MP11 17.5 CF/CM/CU30B

High 850 24.0 17.1 16.00 10.75 23.0 14.0 8.60 7.30 3.22 2.36
Med 640 17.6 12.9 – 15.35 ––––––

Low 640 14.7 12.2 – 26.40 11.6 – – – 3.58 –

CH16B2421S

TM8Y080B12MP11 17.5 CF/CM/CU36B

High 900 24.0 18.2 16.00 10.75 22.8 14.0 8.65 7.35 3.28 2.38
Med 670 17.6 12.9 – 15.40 – – – – – –

Low 670 14.7 12.7 – 26.70 11.5 – – – 3.62 –

CH16B2421S TM9E040A10MP11 14.5 CF/CM/CU24A

High 875 23.8 18.0 16.00 10.25 23.4 14.2 8.65 7.30 3.20 2.34
Med 615 17.5 12.6 – 15.35 ––––––

Low 615 14.8 12.3 – 26.55 11.8 – – – 3.64 –

CH16B2421S

TM9E040A10MP11 14.5 CF/CM/CU30A

High 875 24.0 17.9 16.00 10.50 23.0 14.1 8.60 7.35 3.20 2.34
Med 620 17.5 12.6 – 15.35 – – – – – –

Low 620 14.7 12.1 – 26.70 11.6 – – – 3.60 –

CH16B2421S TM9E040A10MP11 14.5 CF/CM36A

High 875 24.0 17.9 16.00 10.50 23.0 14.2 8.65 7.35 3.24 2.34
Med 615 17.5 12.5 – 15.40 ––––––

Low 615 14.7 11.9 – 26.65 11.5 – – – 3.62 –

CH16B2421S

TM9E060B12MP11 17.5 CF/CM/CU24B

High 850 23.8 17.7 15.50 10.25 23.4 14.2 8.55 7.30 3.20 2.34
Med 635 17.4 12.7 – 14.95 – – – – – –

Low 635 14.7 12.7 – 25.40 11.9 – – – 3.58 –

CH16B2421S TM9E060B12MP11 17.5 CF/CM/CU30B

High 850 24.0 17.1 15.75 10.50 23.0 14.2 8.55 7.30 3.20 2.34
Med 635 17.5 12.8 – 15.10 ––––––

Low 635 14.7 12.3 – 25.55 11.6 – – – 3.54 –

CH16B2421S

TM9E060B12MP11 17.5 CF/CM/CU36B

High 875 24.0 17.9 15.75 10.50 23.0 14.2 8.60 7.30 3.24 2.34
Med 655 17.5 12.7 – 15.15 – – – – – –

Low 655 14.7 12.4 – 25.85 11.6 – – – 3.58 –

CH16B2421S TM9E080B12MP11 17.5 CF/CM/CU24B

High 850 23.8 17.7 15.50 10.25 23.4 14.2 8.55 7.30 3.20 2.34
Med 635 17.4 12.7 – 14.95 ––––––

Low 635 14.7 12.7 – 25.40 11.9 – – – 3.58 –

CH16B2421S

TM9E080B12MP11 17.5 CF/CM/CU30B

High 850 24.0 17.1 15.75 10.50 23.0 14.2 8.55 7.30 3.20 2.34
Med 635 17.5 12.8 – 15.10 – – – – – –

Low 635 14.7 12.3 – 25.55 11.6 – – – 3.54 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

12 Johnson Controls Unitary Products

CH16B2421S TM9E080B12MP11 17.5 CF/CM/CU36B

High 875 24.0 17.9 15.75 10.50 23.0 14.2 8.60 7.30 3.24 2.34
Med 655 17.5 12.7 – 15.15 ––––––

Low 655 14.7 12.4 – 25.85 11.6 – – – 3.58 –

CH16B2421S

TM9E080C16MP11 21.0 CF/CM/CU24C

High 825 23.8 17.7 16.00 10.50 23.4 14.2 8.70 7.40 3.22 2.36
Med 570 17.5 12.0 – 15.50 – – – – – –

Low 570 14.9 11.7 – 27.10 11.8 – – – 3.64 –

CH16B2421S TM9E080C16MP11 21.0 CF/CM/CU30C

High 900 24.0 17.8 16.00 10.75 22.8 14.0 8.65 7.35 3.22 2.34
Med 595 17.5 12.4 – 15.55 ––––––

Low 595 14.8 11.7 – 27.25 11.5 – – – 3.62 –

CH16B2421S

TM9E080C16MP11 21.0 CF/CM/CU36C

High 900 24.0 18.2 16.00 10.75 22.8 14.1 8.65 7.40 3.26 2.36
Med 595 17.6 12.6 – 15.60 – – – – – –

Low 595 14.8 11.6 – 27.35 11.5 – – – 3.64 –

CH16B2421S TM9E100C16MP11 21.0 CF/CM/CU24C

High 825 23.8 17.7 16.00 10.50 23.4 14.2 8.70 7.40 3.22 2.36
Med 570 17.5 12.0 – 15.50 ––––––

Low 570 14.9 11.7 – 27.10 11.8 – – – 3.64 –

CH16B2421S

TM9E100C16MP11 21.0 CF/CM/CU30C

High 900 24.0 17.8 16.00 10.75 22.8 14.0 8.65 7.35 3.22 2.34
Med 595 17.5 12.4 – 15.55 – – – – – –

Low 595 14.8 11.7 – 27.25 11.5 – – – 3.62 –

CH16B2421S TM9E100C16MP11 21.0 CF/CM/CU36C

High 900 24.0 18.2 16.00 10.75 22.8 14.1 8.65 7.40 3.26 2.36
Med 595 17.6 12.6 – 15.60 ––––––

Low 595 14.8 11.6 – 27.35 11.5 – – – 3.64 –

CH16B2421S

TM9V040A10MP11 14.5 CF/CM/CU24A

High 675 23.2 15.0 16.50 10.50 23.2 13.8 8.65 7.35 3.12 2.36
Med 515 17.3 11.8 – 15.50 – – – – – –

Low 515 14.9 10.7 – 27.55 11.8 – – – 3.64 –

CH16B2421S TM9V040A10MP11 14.5 CF/CM/CU30A

High 700 23.6 15.6 16.50 10.75 22.8 13.8 8.65 7.35 3.18 2.38
Med 535 17.5 11.8 – 15.70 ––––––

Low 535 14.9 11.1 – 27.75 11.6 – – – 3.62 –

CH16B2421S

TM9V060B12MP11 17.5 CF/CM/CU24B

High 800 24.0 17.3 17.50 11.50 23.0 13.6 8.95 7.55 3.38 2.50
Med 540 17.6 12.3 – 16.35 – – – – – –

Low 540 15.1 11.3 – 30.10 11.7 – – – 3.76 –

CH16B2421S TM9V060B12MP11 17.5 CF/CM/CU30B

High 650 23.6 14.8 16.25 11.25 22.2 13.3 8.50 7.30 3.18 2.42
Med 385 15.9 8.9 – 15.05 ––––––

Low 385 13.8 7.7 – 28.45 10.6 – – – 3.34 –

CH16B2421S

TM9V060B12MP11 17.5 CF/CM/CU36B

High 725 24.0 16.4 17.00 11.50 22.6 13.7 8.65 7.45 3.38 2.52
Med 460 16.8 10.7 – 15.75 – – – – – –

Low 460 14.4 9.3 – 29.40 11.0 – – – 3.58 –

CH16B2421S TM9V080B12MP11 17.5 CF/CM/CU24B

High 800 24.0 17.3 17.50 11.50 23.0 13.6 8.95 7.55 3.38 2.50
Med 540 17.6 12.3 – 16.35 ––––––

Low 540 15.1 11.3 – 30.10 11.7 – – – 3.76 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 13

CH16B2421S TM9V080B12MP11 17.5 CF/CM/CU30B

High 650 23.6 14.8 16.25 11.25 22.2 13.3 8.50 7.30 3.18 2.42
Med 385 15.9 8.9 – 15.05 – – – – – –

Low 385 13.8 7.7 – 28.45 10.6 – – – 3.34 –

CH16B2421S TM9V080B12MP11 17.5 CF/CM/CU36B

High 725 24.0 16.4 17.00 11.50 22.6 13.7 8.65 7.45 3.38 2.52
Med 460 16.8 10.7 – 15.75 ––––––

Low 460 14.4 9.3 – 29.40 11.0 – – – 3.58 –

CH16B2421S

TM9V080C16MP11 21.0 CF/CM/CU36C

High 875 24.0 17.9 17.00 11.50 22.4 13.8 9.00 7.55 3.38 2.46
Med 655 17.7 12.9 – 16.05 – – – – – –

Low 655 14.9 12.6 – 29.00 11.4 – – – 3.74 –

CH16B2421S TM9V100C16MP11 21.0 CF/CM/CU36C

High 875 24.0 17.9 17.00 11.50 22.4 13.8 9.00 7.70 3.38 2.46
Med 655 17.7 12.9 – 16.05 ––––––

Low 655 14.9 12.6 – 29.00 11.4 – – – 3.74 –

CH16B2421S

TM9Y040A10MP11 14.5 CF/CM/CU24A

High 875 23.8 18.0 16.00 10.25 23.4 14.2 8.65 7.30 3.20 2.34
Med 615 17.5 12.6 – 15.35 – – – – – –

Low 615 14.8 12.3 – 26.55 11.8 – – – 3.64 –

CH16B2421S TM9Y040A10MP11 14.5 CF/CM/CU30A

High 875 24.0 17.9 16.00 10.50 23.0 14.1 8.60 7.35 3.20 2.34
Med 620 17.5 12.6 – 15.35 ––––––

Low 620 14.7 12.1 – 26.70 11.6 – – – 3.60 –

CH16B2421S

TM9Y040A10MP11 14.5 CF/CM36A

High 875 24.0 17.9 16.00 10.50 23.0 14.2 8.65 7.35 3.24 2.34
Med 615 17.5 12.5 – 15.40 – – – – – –

Low 615 14.7 11.9 – 26.65 11.5 – – – 3.62 –

CH16B2421S TM9Y060B12MP11 17.5 CF/CM/CU24B

High 850 23.8 17.7 15.50 10.25 23.4 14.2 8.55 7.30 3.20 2.34
Med 635 17.4 12.7 – 14.95 ––––––

Low 635 14.7 12.7 – 25.40 11.9 – – – 3.58 –

CH16B2421S

TM9Y060B12MP11 17.5 CF/CM/CU30B

High 850 24.0 17.1 15.75 10.50 23.0 14.2 8.55 7.30 3.20 2.34
Med 635 17.5 12.8 – 15.10 – – – – – –

Low 635 14.7 12.3 – 25.55 11.6 – – – 3.54 –

CH16B2421S TM9Y060B12MP11 17.5 CF/CM/CU36B

High 875 24.0 17.9 15.75 10.50 23.0 14.2 8.60 7.30 3.24 2.34
Med 655 17.5 12.7 – 15.15 ––––––

Low 655 14.7 12.4 – 25.85 11.6 – – – 3.58 –

CH16B2421S

TM9Y080B12MP11 17.5 CF/CM/CU24B

High 850 23.8 17.7 15.50 10.25 23.4 14.2 8.55 7.30 3.20 2.34
Med 635 17.4 12.7 – 14.95 – – – – – –

Low 635 14.7 12.7 – 25.40 11.9 – – – 3.58 –

CH16B2421S TM9Y080B12MP11 17.5 CF/CM/CU30B

High 850 24.0 17.1 15.75 10.50 23.0 14.2 8.55 7.30 3.20 2.34
Med 635 17.5 12.8 – 15.10 ––––––

Low 635 14.7 12.3 – 25.55 11.6 – – – 3.54 –

CH16B2421S

TM9Y080B12MP11 17.5 CF/CM/CU36B

High 875 24.0 17.9 15.75 10.50 23.0 14.2 8.60 7.30 3.24 2.34
Med 655 17.5 12.7 – 15.15 – – – – – –

Low 655 14.7 12.4 – 25.85 11.6 – – – 3.58 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

14 Johnson Controls Unitary Products

CH16B2421S TM9Y080C16MP11 21.0 CF/CM/CU24C

High 825 23.8 17.7 16.00 10.50 23.4 14.2 8.70 7.40 3.22 2.36
Med 570 17.5 12.0 – 15.50 ––––––

Low 570 14.9 11.7 – 27.10 11.8 – – – 3.64 –

CH16B2421S

TM9Y080C16MP11 21.0 CF/CM/CU30C

High 900 24.0 17.8 16.00 10.75 22.8 14.0 8.65 7.35 3.22 2.34
Med 595 17.5 12.4 – 15.55 – – – – – –

Low 595 14.8 11.7 – 27.25 11.5 – – – 3.62 –

CH16B2421S TM9Y080C16MP11 21.0 CF/CM/CU36C

High 900 24.0 18.2 16.00 10.75 22.8 14.1 8.65 7.40 3.26 2.36
Med 595 17.6 12.6 – 15.60 ––––––

Low 595 14.8 11.6 – 27.35 11.5 – – – 3.64 –

CH16B2421S

TM9Y100C16MP11 21.0 CF/CM/CU24C

High 825 23.8 17.7 16.00 10.50 23.4 14.2 8.70 7.40 3.22 2.36
Med 570 17.5 12.0 – 15.50 – – – – – –

Low 570 14.9 11.7 – 27.10 11.8 – – – 3.64 –

CH16B2421S TM9Y100C16MP11 21.0 CF/CM/CU30C

High 900 24.0 17.8 16.00 10.75 22.8 14.0 8.65 7.35 3.22 2.34
Med 595 17.5 12.4 – 15.55 ––––––

Low 595 14.8 11.7 – 27.25 11.5 – – – 3.62 –

CH16B2421S

TM9Y100C16MP11 21.0 CF/CM/CU36C

High 900 24.0 18.2 16.00 10.75 22.8 14.1 8.65 7.40 3.26 2.36
Med 595 17.6 12.6 – 15.60 – – – – – –

Low 595 14.8 11.6 – 27.35 11.5 – – – 3.64 –

CH16B2421S TMLV060A12MP11 14.5 CF/CM/CU24A

High 725 24.0 16.4 17.00 11.00 23.4 13.9 8.85 7.50 3.28 2.46
Med 515 17.4 11.9 – 15.95 ––––––

Low 515 15.0 10.7 – 29.25 11.7 – – – 3.72 –

CH16B2421S

TMLV060A12MP11 14.5 CF/CM/CU30A

High 725 24.0 16.1 17.25 11.25 22.8 13.8 8.80 7.45 3.28 2.44
Med 525 17.5 11.6 – 16.15 – – – – – –

Low 525 14.9 11.0 – 29.15 11.5 – – – 3.68 –

CH16B2421S TMLV060A12MP11 14.5 CF/CM36A

High 700 23.8 16.2 17.00 11.00 22.4 13.7 9.05 7.70 3.26 2.44
Med 515 17.4 11.8 – 16.05 ––––––

Low 515 14.9 10.5 – 29.25 11.4 – – – 3.68 –

CH16B2421S

TMLV080B12MP11 17.5 CF/CM/CU24B

High 675 23.4 15.1 17.00 11.00 23.0 13.5 8.65 7.35 3.22 2.44
Med 470 16.9 10.8 – 15.80 – – – – – –

Low 470 14.6 9.8 – 29.25 11.5 – – – 3.64 –

CH16B2421S TMLV080B12MP11 17.5 CF/CM/CU30B

High 800 24.0 16.9 17.25 11.25 22.8 13.9 8.85 7.50 3.30 2.42
Med 545 17.6 12.0 – 16.25 ––––––

Low 545 15.0 11.1 – 29.95 11.4 – – – 3.72 –

CH16B2421S

TMLV080B12MP11 17.5 CF/CM/CU36B

High 675 23.6 15.9 17.00 11.25 22.2 13.5 8.90 7.60 3.26 2.46
Med 460 16.8 10.7 – 15.75 – – – – – –

Low 460 14.4 9.6 – 29.20 11.0 – – – 3.58 –

CH16B2421S TMLX060A12MP11 14.5 CF/CM/CU24A

High 875 23.8 17.9 15.75 10.50 23.4 14.1 8.65 7.30 3.22 2.34
Med 655 17.5 13.1 – 15.20 ––––––

Low 655 14.7 12.9 – 26.20 11.8 – – – 3.64 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 15

CH16B2421S TMLX060A12MP11 14.5 CF/CM/CU30A

High 900 24.0 17.8 16.00 10.75 22.8 14.0 8.60 7.30 3.22 2.34
Med 665 17.5 13.2 – 15.25 – – – – – –

Low 665 14.7 12.7 – 26.50 11.6 – – – 3.60 –

CH16B2421S TMLX060A12MP11 14.5 CF/CM36A

High 900 24.0 18.2 16.00 10.75 22.8 14.1 8.60 7.35 3.26 2.36
Med 670 17.6 12.9 – 15.35 ––––––

Low 670 14.7 12.7 – 26.50 11.5 – – – 3.62 –

CH16B2421S

TMLX080B12MP11 17.5 CF/CM/CU24B

High 875 23.8 17.9 16.00 10.50 23.4 14.1 8.65 7.30 3.22 2.34
Med 650 17.5 13.0 – 15.25 – – – – – –

Low 650 14.8 13.0 – 26.30 11.8 – – – 3.64 –

CH16B2421S TMLX080B12MP11 17.5 CF/CM/CU30B

High 850 24.0 17.1 16.00 10.75 23.0 14.0 8.60 7.30 3.22 2.36
Med 640 17.6 12.9 – 15.35 ––––––

Low 640 14.7 12.2 – 26.40 11.6 – – – 3.58 –

CH16B2421S

TMLX080B12MP11 17.5 CF/CM/CU36B

High 900 24.0 18.2 16.00 10.75 22.8 14.0 8.65 7.35 3.28 2.38
Med 670 17.6 12.9 – 15.40 – – – – – –

Low 670 14.7 12.7 – 26.70 11.5 – – – 3.62 –

CH16B2421S TP9C060B12MP12 17.5 CF/CM/CU24B

High 800 24.0 17.3 17.50 11.50 23.0 13.6 8.95 7.55 3.38 2.50
Med 540 17.6 12.3 – 16.35 ––––––

Low 540 15.1 11.3 – 30.10 11.7 – – – 3.76 –

CH16B2421S

TP9C060B12MP12 17.5 CF/CM/CU30B

High 650 23.6 14.8 16.25 11.25 22.2 13.3 8.50 7.30 3.18 2.42
Med 385 15.9 8.9 – 15.05 – – – – – –

Low 385 13.8 7.7 – 28.45 10.6 – – – 3.34 –

CH16B2421S TP9C060B12MP12 17.5 CF/CM/CU36B

High 725 24.0 16.4 17.00 11.50 22.6 13.7 8.65 7.45 3.38 2.52
Med 460 16.8 10.7 – 15.75 ––––––

Low 460 14.4 9.3 – 29.40 11.0 – – – 3.58 –

CH16B2421S

TP9C080B12MP12 17.5 CF/CM/CU24B

High 800 24.0 17.3 17.50 11.50 23.0 13.6 8.95 7.55 3.38 2.50
Med 540 17.6 12.3 – 16.35 – – – – – –

Low 540 15.1 11.3 – 30.10 11.7 – – – 3.76 –

CH16B2421S TP9C080B12MP12 17.5 CF/CM/CU30B

High 650 23.6 14.8 16.25 11.25 22.2 13.3 8.50 7.30 3.18 2.42
Med 385 15.9 8.9 – 15.05 ––––––

Low 385 13.8 7.7 – 28.45 10.6 – – – 3.34 –

CH16B2421S

TP9C080B12MP12 17.5 CF/CM/CU36B

High 725 24.0 16.4 17.00 11.50 22.6 13.7 8.65 7.45 3.38 2.52
Med 460 16.8 10.7 – 15.75 – – – – – –

Low 460 14.4 9.3 – 29.40 11.0 – – – 3.58 –

CH16B2421S TP9C080C16MP12 21.0 CF/CM/CU36C

High 875 24.0 17.9 17.00 11.50 22.4 13.8 9.00 7.55 3.38 2.46
Med 655 17.7 12.9 – 16.05 ––––––

Low 655 14.9 12.6 – 29.00 11.4 – – – 3.74 –

CH16B2421S

TP9C100C16MP12 21.0 CF/CM/CU36C

High 875 24.0 17.9 17.00 11.50 22.4 13.8 9.00 7.55 3.38 2.46
Med 655 17.7 12.9 – 16.05 – – – – – –

Low 655 14.9 12.6 – 29.00 11.4 – – – 3.74 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

16 Johnson Controls Unitary Products

CH16B2421S TPLC060A12MP12 14.5 CF/CM/CU24A

High 725 24.0 16.4 17.00 11.00 23.4 13.9 8.85 7.50 3.28 2.46
Med 515 17.4 11.9 – 15.95 ––––––

Low 515 15.0 10.7 – 29.25 11.7 – – – 3.72 –

CH16B2421S

TPLC060A12MP12 14.5 CF/CM/CU30A

High 725 24.0 16.1 17.25 11.25 22.8 13.8 8.80 7.45 3.28 2.44
Med 525 17.5 11.6 – 16.15 – – – – – –

Low 525 14.9 11.0 – 29.15 11.5 – – – 3.68 –

CH16B2421S TPLC060A12MP12 14.5 CF/CM36A

High 700 23.8 16.2 17.00 11.00 22.4 13.7 9.05 7.70 3.26 2.44
Med 515 17.4 11.8 – 16.05 ––––––

Low 515 14.9 10.5 – 29.25 11.4 – – – 3.68 –

CH16B2421S

TPLC080B12MP12 17.5 CF/CM/CU24B

High 675 23.4 15.1 17.00 11.00 23.0 13.5 8.65 7.35 3.22 2.44
Med 470 16.9 10.8 – 15.80 – – – – – –

Low 470 14.6 9.8 – 29.25 11.5 – – – 3.64 –

CH16B2421S TPLC080B12MP12 17.5 CF/CM/CU30B

High 800 24.0 16.9 17.25 11.25 22.8 13.9 8.85 7.50 3.30 2.42
Med 545 17.6 12.0 – 16.25 ––––––

Low 545 15.0 11.1 – 29.95 11.4 – – – 3.72 –

CH16B2421S

TPLC080B12MP12 17.5 CF/CM/CU36B

High 675 23.6 15.9 17.00 11.25 22.2 13.5 8.90 7.60 3.26 2.46
Med 460 16.8 10.7 – 15.75 – – – – – –

Low 460 14.4 9.6 – 29.20 11.0 – – – 3.58 –

CH16B2421S CP9C060B12MP12 17.5 CF/CM/CU24B

High 800 24.0 17.3 17.50 11.50 23.0 13.6 8.95 7.55 3.38 2.50
Med 540 17.6 12.3 – 16.35 ––––––

Low 540 15.1 11.3 – 30.10 11.7 – – – 3.76 –

CH16B2421S

CP9C060B12MP12 17.5 CF/CM/CU30B

High 650 23.6 14.8 16.25 11.25 22.2 13.3 8.50 7.30 3.18 2.42
Med 385 15.9 8.9 – 15.05 – – – – – –

Low 385 13.8 7.7 – 28.45 10.6 – – – 3.34 –

CH16B2421S CP9C060B12MP12 17.5 CF/CM/CU36B

High 725 24.0 16.4 17.00 11.50 22.6 13.7 8.65 7.45 3.38 2.52
Med 460 16.8 10.7 – 15.75 ––––––

Low 460 14.4 9.3 – 29.40 11.0 – – – 3.58 –

CH16B2421S

CP9C080B12MP12 17.5 CF/CM/CU24B

High 800 24.0 17.3 17.50 11.50 23.0 13.6 8.95 7.55 3.38 2.50
Med 540 17.6 12.3 – 16.35 – – – – – –

Low 540 15.1 11.3 – 30.10 11.7 – – – 3.76 –

CH16B2421S CP9C080B12MP12 17.5 CF/CM/CU30B

High 650 23.6 14.8 16.25 11.25 22.2 13.3 8.50 7.30 3.18 2.42
Med 385 15.9 8.9 – 15.05 ––––––

Low 385 13.8 7.7 – 28.45 10.6 – – – 3.34 –

CH16B2421S

CP9C080B12MP12 17.5 CF/CM/CU36B

High 725 24.0 16.4 17.00 11.50 22.6 13.7 8.65 7.45 3.38 2.52
Med 460 16.8 10.7 – 15.75 – – – – – –

Low 460 14.4 9.3 – 29.40 11.0 – – – 3.58 –

CH16B2421S CP9C080C16MP12 21.0 CF/CM/CU36C

High 875 24.0 17.9 17.00 11.50 22.4 13.8 9.00 7.55 3.38 2.46
Med 655 17.7 12.9 – 16.05 ––––––

Low 655 14.9 12.6 – 29.00 11.4 – – – 3.74 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 17

CH16B2421S CP9C100C16MP12 21.0 CF/CM/CU36C

High 875 24.0 17.9 17.00 11.50 22.4 13.8 9.00 7.55 3.38 2.46
Med 655 17.7 12.9 – 16.05 – – – – – –

Low 655 14.9 12.6 – 29.00 11.4 – – – 3.74 –

CH16B2421S CPLC060A12MP12 14.5 CF/CM/CU24A

High 725 24.0 16.4 17.00 11.00 23.4 13.9 8.85 7.50 3.28 2.46
Med 515 17.4 11.9 – 15.95 ––––––

Low 515 15.0 10.7 – 29.25 11.7 – – – 3.72 –

CH16B2421S

CPLC060A12MP12 14.5 CF/CM/CU30A

High 725 24.0 16.1 17.25 11.25 22.8 13.8 8.80 7.45 3.28 2.44
Med 525 17.5 11.6 – 16.15 – – – – – –

Low 525 14.9 11.0 – 29.15 11.5 – – – 3.68 –

CH16B2421S CPLC060A12MP12 14.5 CF/CM36A

High 700 23.8 16.2 17.00 11.00 22.4 13.7 9.05 7.70 3.26 2.44
Med 515 17.4 11.8 – 16.05 ––––––

Low 515 14.9 10.5 – 29.25 11.4 – – – 3.68 –

CH16B2421S

CPLC080B12MP12 17.5 CF/CM/CU24B

High 675 23.4 15.1 17.00 11.00 23.0 13.5 8.65 7.35 3.22 2.44
Med 470 16.9 10.8 – 15.80 – – – – – –

Low 470 14.6 9.8 – 29.25 11.5 – – – 3.64 –

CH16B2421S CPLC080B12MP12 17.5 CF/CM/CU30B

High 800 24.0 16.9 17.25 11.25 22.8 13.9 8.85 7.50 3.30 2.42
Med 545 17.6 12.0 – 16.25 ––––––

Low 545 15.0 11.1 – 29.95 11.4 – – – 3.72 –

CH16B2421S

CPLC080B12MP12 17.5 CF/CM/CU36B

High 675 23.6 15.9 17.00 11.25 22.2 13.5 8.90 7.60 3.26 2.46
Med 460 16.8 10.7 – 15.75 – – – – – –

Low 460 14.4 9.6 – 29.20 11.0 – – – 3.58 –

CH16B3621S TM8V060A12MP11 14.5 CF/CM36A

High 975 33.4 24.6 15.00 10.25 35.0 22.6 9.00 7.65 3.28 2.64
Med 635 23.4 17.1 – 14.20 ––––––

Low 635 21.4 16.2 – 24.90 18.2 – – – 3.88 –

CH16B3621S TM8V080B12MP11 17.5 CF/CM/CU36B

High 975 33.6 24.8 15.50 10.50 34.8 22.6 9.50 8.10 3.30 2.66
Med 665 23.8 17.6 – 14.65 – – – – – –

Low 665 21.8 16.9 – 25.90 18.2 – – – 3.94 –

CH16B3621S TM8V080B12MP11 17.5 CF42B

High 1000 33.6 25.0 15.50 10.50 34.6 22.4 9.50 8.05 3.36 2.66
Med 675 23.8 17.8 – 14.70 ––––––

Low 675 21.8 16.9 – 26.10 18.1 – – – 4.00 –

CH16B3621S TM8V080C16MP11 21.0 CF/CM/CU36C

High 1100 34.2 26.6 16.25 11.00 34.6 22.2 9.75 8.20 3.44 2.70
Med 745 24.2 18.7 – 15.25 – – – – – –

Low 745 22.0 17.9 – 26.75 18.2 – – – 4.06 –

CH16B3621S TM8V080C16MP11 21.0 CF/CM/CU48D

High 1300 34.8 29.0 16.25 10.75 34.6 22.6 10.00 8.35 3.56 2.68
Med 880 24.6 20.4 – 15.50 ––––––

Low 880 22.4 19.8 – 27.00 18.2 – – – 4.22 –

CH16B3621S TM8V100C16MP11 21.0 CF/CM/CU36C

High 1100 34.2 26.6 16.25 11.00 34.6 22.2 9.75 8.20 3.44 2.70
Med 745 24.2 18.7 – 15.25 – – – – – –

Low 745 22.0 17.9 – 26.75 18.2 – – – 4.06 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

18 Johnson Controls Unitary Products

CH16B3621S TM8V100C16MP11 21.0 CF/CM/CU48D

High 1300 34.8 29.0 16.25 10.75 34.6 22.6 10.00 8.35 3.56 2.68
Med 880 24.6 20.4 – 15.50 ––––––

Low 880 22.4 19.8 – 27.00 18.2 – – – 4.22 –

CH16B3621S TM8V100C20MP11 21.0 CF/CM/CU36C

High 1100 34.0 26.2 16.00 10.75 34.8 22.4 9.75 8.25 3.42 2.68
Med 755 24.2 18.8 – 15.15 – – – – – –

Low 755 22.0 17.9 – 26.60 18.2 – – – 4.04 –

CH16B3621S TM8V100C20MP11 21.0 CF/CM/CU42C

High 1225 34.4 28.0 16.25 10.75 34.8 22.6 10.00 8.40 3.50 2.68
Med 840 24.2 19.9 – 15.35 ––––––

Low 840 22.4 19.2 – 27.10 18.3 – – – 4.14 –

CH16B3621S TM8V100C20MP11 21.0 CF/CM/CU48C

High 1250 34.8 28.6 16.50 10.75 34.6 22.6 10.00 8.35 3.56 2.70
Med 850 24.6 20.0 – 15.60 – – – – – –

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TM8V100C20MP11 21.0 CF/CM/CU48D

High 1125 34.8 27.2 16.50 11.50 34.0 22.0 10.00 8.40 3.64 2.80
Med 845 24.6 20.0 – 15.50 ––––––

Low 845 22.2 19.1 – 26.95 18.2 – – – 4.18 –

CH16B3621S TM8V120C20MP11 21.0 CF/CM/CU36C

High 1100 34.0 26.2 16.00 10.75 34.8 22.4 9.75 8.25 3.42 2.68
Med 755 24.2 18.8 – 15.15 – – – – – –

Low 755 22.0 17.9 – 26.60 18.2 – – – 4.04 –

CH16B3621S TM8V120C20MP11 21.0 CF/CM/CU42C

High 1225 34.4 28.0 16.25 10.75 34.8 22.6 10.00 8.40 3.50 2.68
Med 840 24.2 19.9 – 15.35 ––––––

Low 840 22.4 19.2 – 27.10 18.3 – – – 4.14 –

CH16B3621S TM8V120C20MP11 21.0 CF/CM/CU48C

High 1250 34.8 28.6 16.50 10.75 34.6 22.6 10.00 8.35 3.56 2.70
Med 850 24.6 20.0 – 15.60 – – – – – –

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TM8V120C20MP11 21.0 CF/CM/CU48D

High 1125 34.8 27.2 16.50 11.50 34.0 22.0 10.00 8.40 3.64 2.80
Med 845 24.6 20.0 – 15.50 ––––––

Low 845 22.2 19.1 – 26.95 18.2 – – – 4.18 –

CH16B3621S TM8X060A12MP11 14.5 CF/CM36A

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.00 3.38 2.62
Med 740 24.2 18.6 – 15.00 – – – – – –

Low 740 22.0 17.8 – 26.20 18.2 – – – 4.02 –

CH16B3621S TM8X080B12MP11 17.5 CF/CM/CU36B

High 1200 34.0 27.2 16.00 10.50 35.2 22.8 9.75 8.20 3.40 2.62
Med 760 24.2 18.8 – 15.15 ––––––

Low 760 22.2 18.0 – 26.60 18.3 – – – 4.04 –

CH16B3621S TM8X080B12MP11 17.5 CF42B

High 1175 34.2 27.2 15.75 10.50 35.0 22.6 9.75 8.25 3.46 2.66
Med 745 24.0 18.6 – 14.95 – – – – – –

Low 745 22.2 18.0 – 26.40 18.2 – – – 4.06 –

CH16B3621S TM8X080C16MP11 21.0 CF/CM/CU36C

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 845 24.6 20.0 – 15.65 ––––––

Low 845 22.2 19.1 – 27.30 18.3 – – – 4.14 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 19

CH16B3621S TM8X080C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 840 24.6 20.0 – 15.65 – – – – – –

Low 840 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TM8X080C16MP11 21.0 CF/CM/CU42C

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 845 24.4 20.2 – 15.55 ––––––

Low 845 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TM8X080C16MP11 21.0 CF/CM/CU42D

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 840 24.4 20.0 – 15.50 – – – – – –

Low 840 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TM8X080C16MP11 21.0 CF/CM/CU48C

High 1225 34.8 28.2 16.75 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 ––––––

Low 845 22.4 19.3 – 27.70 18.2 – – – 4.22 –

CH16B3621S TM8X080C16MP11 21.0 CF/CM/CU48D

High 1225 34.8 28.2 16.50 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 – – – – – –

Low 845 22.4 19.3 – 27.60 18.2 – – – 4.20 –

CH16B3621S TM8X100C16MP11 21.0 CF/CM/CU36C

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 845 24.6 20.0 – 15.65 ––––––

Low 845 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TM8X100C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 840 24.6 20.0 – 15.65 – – – – – –

Low 840 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TM8X100C16MP11 21.0 CF/CM/CU42C

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 845 24.4 20.2 – 15.55 ––––––

Low 845 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TM8X100C16MP11 21.0 CF/CM/CU42D

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 840 24.4 20.0 – 15.50 – – – – – –

Low 840 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TM8X100C16MP11 21.0 CF/CM/CU48C

High 1225 34.8 28.2 16.75 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 ––––––

Low 845 22.4 19.3 – 27.70 18.2 – – – 4.22 –

CH16B3621S TM8X100C16MP11 21.0 CF/CM/CU48D

High 1225 34.8 28.2 16.50 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 – – – – – –

Low 845 22.4 19.3 – 27.60 18.2 – – – 4.20 –

CH16B3621S TM8Y060A12MP11 14.5 CF/CM36A

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.00 3.38 2.62
Med 740 24.2 18.6 – 15.00 ––––––

Low 740 22.0 17.8 – 26.20 18.2 – – – 4.02 –

CH16B3621S TM8Y080B12MP11 17.5 CF/CM/CU36B

High 1200 34.0 27.2 16.00 10.50 35.2 22.8 9.75 8.20 3.40 2.62
Med 760 24.2 18.8 – 15.15 – – – – – –

Low 760 22.2 18.0 – 26.60 18.3 – – – 4.04 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

20 Johnson Controls Unitary Products

CH16B3621S TM8Y080B12MP11 17.5 CF42B

High 1175 34.2 27.2 15.75 10.50 35.0 22.6 9.75 8.25 3.46 2.66
Med 745 24.0 18.6 – 14.95 ––––––

Low 745 22.2 18.0 – 26.40 18.2 – – – 4.06 –

CH16B3621S TM8Y080C16MP11 21.0 CF/CM/CU36C

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 845 24.6 20.0 – 15.65 – – – – – –

Low 845 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TM8Y080C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 840 24.6 20.0 – 15.65 ––––––

Low 840 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TM8Y080C16MP11 21.0 CF/CM/CU42C

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 845 24.4 20.2 – 15.55 – – – – – –

Low 845 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TM8Y080C16MP11 21.0 CF/CM/CU42D

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 840 24.4 20.0 – 15.50 ––––––

Low 840 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TM8Y080C16MP11 21.0 CF/CM/CU48C

High 1225 34.8 28.2 16.75 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 – – – – – –

Low 845 22.4 19.3 – 27.70 18.2 – – – 4.22 –

CH16B3621S TM8Y080C16MP11 21.0 CF/CM/CU48D

High 1225 34.8 28.2 16.50 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 ––––––

Low 845 22.4 19.3 – 27.60 18.2 – – – 4.20 –

CH16B3621S TM8Y100C16MP11 21.0 CF/CM/CU36C

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 845 24.6 20.0 – 15.65 – – – – – –

Low 845 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TM8Y100C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 840 24.6 20.0 – 15.65 ––––––

Low 840 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TM8Y100C16MP11 21.0 CF/CM/CU42C

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 845 24.4 20.2 – 15.55 – – – – – –

Low 845 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TM8Y100C16MP11 21.0 CF/CM/CU42D

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 840 24.4 20.0 – 15.50 ––––––

Low 840 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TM8Y100C16MP11 21.0 CF/CM/CU48C

High 1225 34.8 28.2 16.75 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 – – – – – –

Low 845 22.4 19.3 – 27.70 18.2 – – – 4.22 –

CH16B3621S TM8Y100C16MP11 21.0 CF/CM/CU48D

High 1225 34.8 28.2 16.50 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 ––––––

Low 845 22.4 19.3 – 27.60 18.2 – – – 4.20 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 21

CH16B3621S TM9E060B12MP11 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.50 35.2 22.8 9.75 8.20 3.40 2.62
Med 770 24.2 18.9 – 15.05 – – – – – –

Low 770 22.0 18.1 – 26.15 18.3 – – – 4.02 –

CH16B3621S TM9E060B12MP11 17.5 CF42B

High 1150 34.0 26.8 15.75 10.50 35.0 22.8 9.75 8.25 3.42 2.64
Med 770 24.0 18.9 – 14.95 ––––––

Low 770 22.2 18.3 – 26.25 18.2 – – – 4.06 –

CH16B3621S TM9E080B12MP11 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.50 35.2 22.8 9.75 8.20 3.40 2.62
Med 770 24.2 18.9 – 15.05 – – – – – –

Low 770 22.0 18.1 – 26.15 18.3 – – – 4.02 –

CH16B3621S TM9E080B12MP11 17.5 CF42B

High 1150 34.0 26.8 15.75 10.50 35.0 22.8 9.75 8.25 3.42 2.64
Med 770 24.0 18.9 – 14.95 ––––––

Low 770 22.2 18.3 – 26.25 18.2 – – – 4.06 –

CH16B3621S TM9E080C16MP11 21.0 CF/CM/CU36C

High 1275 34.2 28.2 16.00 10.25 35.2 22.8 9.75 8.20 3.28 2.58
Med 760 24.2 18.8 – 15.10 – – – – – –

Low 760 22.0 17.8 – 26.50 18.3 – – – 4.04 –

CH16B3621S TM9E080C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 28.0 16.50 10.75 35.0 22.6 9.75 8.15 3.46 2.66
Med 825 24.6 19.8 – 15.55 ––––––

Low 825 22.2 18.9 – 27.00 18.3 – – – 4.10 –

CH16B3621S TM9E080C16MP11 21.0 CF/CM/CU42C

High 1275 34.2 28.2 15.75 10.25 35.0 23.0 9.75 8.25 3.44 2.62
Med 760 24.0 18.9 – 15.00 – – – – – –

Low 760 22.2 18.2 – 26.60 18.2 – – – 4.08 –

CH16B3621S TM9E080C16MP11 21.0 CF/CM/CU42D

High 1275 34.2 28.2 16.00 10.25 35.0 23.0 9.75 8.20 3.46 2.64
Med 775 24.0 18.9 – 15.10 ––––––

Low 775 22.2 18.3 – 26.70 18.2 – – – 4.10 –

CH16B3621S TM9E080C16MP11 21.0 CF/CM/CU48C

High 1275 34.4 28.4 16.00 10.25 34.8 22.8 9.75 8.15 3.48 2.64
Med 770 24.2 19.0 – 15.15 – – – – – –

Low 770 22.2 18.1 – 26.80 18.1 – – – 4.12 –

CH16B3621S TM9E080C16MP11 21.0 CF/CM/CU48D

High 1275 34.4 28.4 16.00 10.50 34.8 22.8 9.75 8.15 3.50 2.64
Med 770 24.2 19.0 – 15.20 ––––––

Low 770 22.2 18.1 – 26.90 18.1 – – – 4.12 –

CH16B3621S TM9E100C16MP11 21.0 CF/CM/CU36C

High 1275 34.2 28.2 16.00 10.25 35.2 22.8 9.75 8.20 3.28 2.58
Med 760 24.2 18.8 – 15.10 – – – – – –

Low 760 22.0 17.8 – 26.50 18.3 – – – 4.04 –

CH16B3621S TM9E100C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 28.0 16.50 10.75 35.0 22.6 9.75 8.15 3.46 2.66
Med 825 24.6 19.8 – 15.55 ––––––

Low 825 22.2 18.9 – 27.00 18.3 – – – 4.10 –

CH16B3621S TM9E100C16MP11 21.0 CF/CM/CU42C

High 1275 34.2 28.2 15.75 10.25 35.0 23.0 9.75 8.25 3.44 2.62
Med 760 24.0 18.9 – 15.00 – – – – – –

Low 760 22.2 18.2 – 26.60 18.2 – – – 4.08 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

22 Johnson Controls Unitary Products

CH16B3621S TM9E100C16MP11 21.0 CF/CM/CU42D

High 1275 34.2 28.2 16.00 10.25 35.0 23.0 9.75 8.20 3.46 2.64
Med 775 24.0 18.9 – 15.10 ––––––

Low 775 22.2 18.3 – 26.70 18.2 – – – 4.10 –

CH16B3621S TM9E100C16MP11 21.0 CF/CM/CU48C

High 1275 34.4 28.4 16.00 10.25 34.8 22.8 9.75 8.15 3.48 2.64
Med 770 24.2 19.0 – 15.15 – – – – – –

Low 770 22.2 18.1 – 26.80 18.1 – – – 4.12 –

CH16B3621S TM9E100C16MP11 21.0 CF/CM/CU48D

High 1275 34.4 28.4 16.00 10.50 34.8 22.8 9.75 8.15 3.50 2.64
Med 770 24.2 19.0 – 15.20 ––––––

Low 770 22.2 18.1 – 26.90 18.1 – – – 4.12 –

CH16B3621S TM9E100C20MP11 21.0 CF/CM/CU42C

High 1200 34.0 27.2 15.25 10.00 35.2 23.0 9.50 8.00 3.38 2.60
Med 860 24.2 20.0 – 14.65 – – – – – –

Low 860 22.2 19.2 – 24.75 18.6 – – – 4.00 –

CH16B3621S TM9E100C20MP11 21.0 CF/CM/CU42D

High 1225 34.0 27.6 15.50 10.25 35.4 23.0 9.75 8.25 3.40 2.60
Med 870 24.4 20.4 – 14.75 ––––––

Low 870 22.2 19.3 – 24.90 18.5 – – – 4.02 –

CH16B3621S TM9E100C20MP11 21.0 CF/CM/CU48C

High 1200 34.0 27.2 15.50 10.25 35.2 23.0 9.75 8.25 3.42 2.60
Med 855 24.4 20.2 – 14.80 – – – – – –

Low 855 22.2 19.2 – 25.00 18.4 – – – 4.04 –

CH16B3621S TM9E100C20MP11 21.0 CF/CM/CU48D

High 1225 34.2 27.8 15.50 10.25 35.0 23.0 9.75 8.20 3.44 2.60
Med 875 24.6 20.4 – 14.85 ––––––

Low 875 22.2 19.4 – 25.15 18.4 – – – 4.06 –

CH16B3621S TM9E120D20MP11 24.5 CF/CM/CU36D

High 1225 34.0 27.6 15.75 10.25 35.4 23.0 9.75 8.20 3.38 2.60
Med 865 24.4 20.2 – 15.00 – – – – – –

Low 865 22.2 19.3 – 25.40 18.5 – – – 4.02 –

CH16B3621S TM9E120D20MP11 24.5 CF/CM/CU42D

High 1225 34.2 27.8 15.75 10.25 35.2 23.0 9.75 8.20 3.42 2.62
Med 865 24.2 20.2 – 14.90 ––––––

Low 865 22.2 19.3 – 25.60 18.5 – – – 4.06 –

CH16B3621S TM9E120D20MP11 24.5 CF/CM/CU48D

High 1275 34.4 28.4 15.75 10.50 34.8 22.8 9.75 8.15 3.50 2.64
Med 905 24.6 20.6 – 15.00 – – – – – –

Low 905 22.4 20.0 – 25.50 18.4 – – – 4.12 –

CH16B3621S TM9V060B12MP11 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.05 3.38 2.62
Med 715 24.0 18.2 – 14.95 ––––––

Low 715 22.0 17.4 – 26.25 18.2 – – – 4.00 –

CH16B3621S TM9V060B12MP11 17.5 CF42B

High 1250 34.2 28.0 16.00 10.25 35.2 23.0 9.75 8.15 3.42 2.60
Med 810 24.2 19.4 – 15.15 – – – – – –

Low 810 22.2 18.7 – 26.45 18.3 – – – 4.10 –

CH16B3621S TM9V080B12MP11 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.05 3.38 2.62
Med 715 24.0 18.2 – 14.95 ––––––

Low 715 22.0 17.4 – 26.25 18.2 – – – 4.00 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 23

CH16B3621S TM9V080B12MP11 17.5 CF42B

High 1250 34.2 28.0 16.00 10.25 35.2 23.0 9.75 8.15 3.42 2.60
Med 810 24.2 19.4 – 15.15 – – – – – –

Low 810 22.2 18.7 – 26.45 18.3 – – – 4.10 –

CH16B3621S TM9V080C16MP11 21.0 CF/CM/CU36C

High 975 33.8 25.0 16.00 11.00 34.6 22.2 9.50 8.05 3.38 2.72
Med 715 24.0 18.2 – 15.00 ––––––

Low 715 22.0 17.5 – 26.50 18.2 – – – 4.02 –

CH16B3621S TM9V080C16MP11 21.0 CF/CM/CU42C

High 1275 34.4 28.4 16.25 10.50 34.8 22.8 10.00 8.40 3.50 2.68
Med 855 24.2 20.2 – 15.30 – – – – – –

Low 855 22.4 19.3 – 27.00 18.3 – – – 4.14 –

CH16B3621S TM9V080C16MP11 21.0 CF/CM/CU48C

High 1275 34.6 28.6 16.50 10.75 34.6 22.6 10.00 8.40 3.56 2.68
Med 850 24.6 20.0 – 15.60 ––––––

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TM9V080C16MP11 21.0 CF/CM/CU48D

High 1275 34.8 28.8 16.50 10.75 34.6 22.6 10.00 8.35 3.58 2.70
Med 860 24.6 20.2 – 15.65 – – – – – –

Low 860 22.4 19.5 – 27.50 18.2 – – – 4.22 –

CH16B3621S TM9V100C16MP11 21.0 CF/CM/CU36C

High 975 33.8 25.0 16.00 11.00 34.6 22.2 9.50 8.05 3.38 2.72
Med 715 24.0 18.2 – 15.00 ––––––

Low 715 22.0 17.5 – 26.50 18.2 – – – 4.02 –

CH16B3621S TM9V100C16MP11 21.0 CF/CM/CU42C

High 1275 34.4 28.4 16.25 10.50 34.8 22.8 10.00 8.40 3.50 2.68
Med 855 24.2 20.2 – 15.30 – – – – – –

Low 855 22.4 19.3 – 27.00 18.3 – – – 4.14 –

CH16B3621S TM9V100C16MP11 21.0 CF/CM/CU48C

High 1275 34.6 28.6 16.50 10.75 34.6 22.6 10.00 8.40 3.56 2.68
Med 850 24.6 20.0 – 15.60 ––––––

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TM9V100C16MP11 21.0 CF/CM/CU48D

High 1275 34.8 28.8 16.50 10.75 34.6 22.6 10.00 8.35 3.58 2.70
Med 860 24.6 20.2 – 15.65 – – – – – –

Low 860 22.4 19.5 – 27.50 18.2 – – – 4.22 –

CH16B3621S TM9V100C20MP11 21.0 CF/CM/CU42C

High 1275 34.4 28.4 16.50 10.50 34.8 22.8 10.00 8.35 3.48 2.66
Med 945 24.8 21.6 – 15.55 ––––––

Low 945 22.8 20.6 – 27.80 18.4 – – – 4.28 –

CH16B3621S TM9V100C20MP11 21.0 CF/CM/CU48D

High 1250 34.8 28.6 16.25 10.75 34.6 22.6 10.00 8.40 3.56 2.70
Med 760 24.4 19.1 – 15.40 – – – – – –

Low 760 22.2 18.2 – 27.45 18.0 – – – 4.16 –

CH16B3621S TM9V120D20MP11 24.5 CF/CM/CU36D

High 1125 34.4 27.0 16.50 11.25 34.4 22.0 9.75 8.15 3.50 2.74
Med 815 24.4 19.6 – 15.45 ––––––

Low 815 22.2 18.5 – 27.15 18.3 – – – 4.10 –

CH16B3621S TM9V120D20MP11 24.5 CF/CM/CU42D

High 1125 34.4 27.0 16.50 11.00 34.4 22.4 10.00 8.40 3.50 2.72
Med 815 24.6 19.8 – 15.50 – – – – – –

Low 815 22.4 19.0 – 27.35 18.2 – – – 4.14 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

24 Johnson Controls Unitary Products

CH16B3621S TM9V120D20MP11 24.5 CF/CM/CU48D

High 1250 34.8 28.6 16.50 11.00 34.4 22.4 10.00 8.35 3.58 2.70
Med 860 24.6 20.2 – 15.60 ––––––

Low 860 22.4 19.4 – 27.35 18.2 – – – 4.20 –

CH16B3621S TM9Y060B12MP11 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.50 35.2 22.8 9.75 8.20 3.40 2.62
Med 770 24.2 18.9 – 15.05 – – – – – –

Low 770 22.0 18.1 – 26.15 18.3 – – – 4.02 –

CH16B3621S TM9Y060B12MP11 17.5 CF42B

High 1150 34.0 26.8 15.75 10.50 35.0 22.8 9.75 8.25 3.42 2.64
Med 770 24.0 18.9 – 14.95 ––––––

Low 770 22.2 18.3 – 26.25 18.2 – – – 4.06 –

CH16B3621S TM9Y080B12MP11 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.50 35.2 22.8 9.75 8.20 3.40 2.62
Med 770 24.2 18.9 – 15.05 – – – – – –

Low 770 22.0 18.1 – 26.15 18.3 – – – 4.02 –

CH16B3621S TM9Y080B12MP11 17.5 CF42B

High 1150 34.0 26.8 15.75 10.50 35.0 22.8 9.75 8.25 3.42 2.64
Med 770 24.0 18.9 – 14.95 ––––––

Low 770 22.2 18.3 – 26.25 18.2 – – – 4.06 –

CH16B3621S TM9Y080C16MP11 21.0 CF/CM/CU36C

High 1275 34.2 28.2 16.00 10.25 35.2 22.8 9.75 8.20 3.28 2.58
Med 760 24.2 18.8 – 15.10 – – – – – –

Low 760 22.0 17.8 – 26.50 18.3 – – – 4.04 –

CH16B3621S TM9Y080C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 28.0 16.50 10.75 35.0 22.6 9.75 8.15 3.46 2.66
Med 825 24.6 19.8 – 15.55 ––––––

Low 825 22.2 18.9 – 27.00 18.3 – – – 4.10 –

CH16B3621S TM9Y080C16MP11 21.0 CF/CM/CU42C

High 1275 34.2 28.2 15.75 10.25 35.0 23.0 9.75 8.25 3.44 2.62
Med 760 24.0 18.9 – 15.00 – – – – – –

Low 760 22.2 18.2 – 26.60 18.2 – – – 4.08 –

CH16B3621S TM9Y080C16MP11 21.0 CF/CM/CU42D

High 1275 34.2 28.2 16.00 10.25 35.0 23.0 9.75 8.20 3.46 2.64
Med 775 24.0 18.9 – 15.10 ––––––

Low 775 22.2 18.3 – 26.70 18.2 – – – 4.10 –

CH16B3621S TM9Y080C16MP11 21.0 CF/CM/CU48C

High 1275 34.4 28.4 16.00 10.25 34.8 22.8 9.75 8.15 3.48 2.64
Med 770 24.2 19.0 – 15.15 – – – – – –

Low 770 22.2 18.1 – 26.80 18.1 – – – 4.12 –

CH16B3621S TM9Y080C16MP11 21.0 CF/CM/CU48D

High 1275 34.4 28.4 16.00 10.50 34.8 22.8 9.75 8.15 3.50 2.64
Med 770 24.2 19.0 – 15.20 ––––––

Low 770 22.2 18.1 – 26.90 18.1 – – – 4.12 –

CH16B3621S TM9Y100C16MP11 21.0 CF/CM/CU36C

High 1275 34.2 28.2 16.00 10.25 35.2 22.8 9.75 8.20 3.28 2.58
Med 760 24.2 18.8 – 15.10 – – – – – –

Low 760 22.0 17.8 – 26.50 18.3 – – – 4.04 –

CH16B3621S TM9Y100C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 28.0 16.50 10.75 35.0 22.6 9.75 8.15 3.46 2.66
Med 825 24.6 19.8 – 15.55 ––––––

Low 825 22.2 18.9 – 27.00 18.3 – – – 4.10 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 25

CH16B3621S TM9Y100C16MP11 21.0 CF/CM/CU42C

High 1275 34.2 28.2 15.75 10.25 35.0 23.0 9.75 8.25 3.44 2.62
Med 760 24.0 18.9 – 15.00 – – – – – –

Low 760 22.2 18.2 – 26.60 18.2 – – – 4.08 –

CH16B3621S TM9Y100C16MP11 21.0 CF/CM/CU42D

High 1275 34.2 28.2 16.00 10.25 35.0 23.0 9.75 8.20 3.46 2.64
Med 775 24.0 18.9 – 15.10 ––––––

Low 775 22.2 18.3 – 26.70 18.2 – – – 4.10 –

CH16B3621S TM9Y100C16MP11 21.0 CF/CM/CU48C

High 1275 34.4 28.4 16.00 10.25 34.8 22.8 9.75 8.15 3.48 2.64
Med 770 24.2 19.0 – 15.15 – – – – – –

Low 770 22.2 18.1 – 26.80 18.1 – – – 4.12 –

CH16B3621S TM9Y100C16MP11 21.0 CF/CM/CU48D

High 1275 34.4 28.4 16.00 10.50 34.8 22.8 9.75 8.15 3.50 2.64
Med 770 24.2 19.0 – 15.20 ––––––

Low 770 22.2 18.1 – 26.90 18.1 – – – 4.12 –

CH16B3621S TM9Y100C20MP11 21.0 CF/CM/CU42C

High 1200 34.0 27.2 15.25 10.00 35.2 23.0 9.50 8.00 3.38 2.60
Med 860 24.2 20.0 – 14.65 – – – – – –

Low 860 22.2 19.2 – 24.75 18.6 – – – 4.00 –

CH16B3621S TM9Y100C20MP11 21.0 CF/CM/CU42D

High 1225 34.0 27.6 15.50 10.25 35.4 23.0 9.75 8.25 3.40 2.60
Med 870 24.4 20.4 – 14.75 ––––––

Low 870 22.2 19.3 – 24.90 18.5 – – – 4.02 –

CH16B3621S TM9Y100C20MP11 21.0 CF/CM/CU48C

High 1200 34.0 27.2 15.50 10.25 35.2 23.0 9.75 8.25 3.42 2.60
Med 855 24.4 20.2 – 14.80 – – – – – –

Low 855 22.2 19.2 – 25.00 18.4 – – – 4.04 –

CH16B3621S TM9Y100C20MP11 21.0 CF/CM/CU48D

High 1225 34.2 27.8 15.50 10.25 35.0 23.0 9.75 8.20 3.44 2.60
Med 875 24.6 20.4 – 14.85 ––––––

Low 875 22.2 19.4 – 25.15 18.4 – – – 4.06 –

CH16B3621S TM9Y120D20MP11 24.5 CF/CM/CU36D

High 1225 34.0 27.6 15.75 10.25 35.4 23.0 9.75 8.20 3.38 2.60
Med 865 24.4 20.2 – 15.00 – – – – – –

Low 865 22.2 19.3 – 25.40 18.5 – – – 4.02 –

CH16B3621S TM9Y120D20MP11 24.5 CF/CM/CU42D

High 1225 34.2 27.8 15.75 10.25 35.2 23.0 9.75 8.20 3.42 2.62
Med 865 24.2 20.2 – 14.90 ––––––

Low 865 22.2 19.3 – 25.60 18.5 – – – 4.06 –

CH16B3621S TM9Y120D20MP11 24.5 CF/CM/CU48D

High 1275 34.4 28.4 15.75 10.50 34.8 22.8 9.75 8.15 3.50 2.64
Med 905 24.6 20.6 – 15.00 – – – – – –

Low 905 22.4 20.0 – 25.50 18.4 – – – 4.12 –

CH16B3621S TMLV060A12MP11 14.5 CF/CM36A

High 975 33.4 24.6 15.00 10.25 35.0 22.6 9.00 7.65 3.28 2.64
Med 635 23.4 17.1 – 14.20 ––––––

Low 635 21.4 16.2 – 24.90 18.2 – – – 3.88 –

CH16B3621S TMLV080B12MP11 17.5 CF/CM/CU36B

High 975 33.6 24.8 15.50 10.50 34.8 22.6 9.50 8.10 3.30 2.66
Med 665 23.8 17.6 – 14.65 – – – – – –

Low 665 21.8 16.9 – 25.90 18.2 – – – 3.94 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

26 Johnson Controls Unitary Products

CH16B3621S TMLV080B12MP11 17.5 CF42B

High 1000 33.6 25.0 15.50 10.50 34.6 22.4 9.50 8.05 3.36 2.66
Med 675 23.8 17.8 – 14.70 ––––––

Low 675 21.8 16.9 – 26.10 18.1 – – – 4.00 –

CH16B3621S TMLV080C16MP11 21.0 CF/CM/CU36C

High 1100 34.2 26.6 16.25 11.00 34.6 22.2 9.75 8.20 3.44 2.70
Med 745 24.2 18.7 – 15.25 – – – – – –

Low 745 22.0 17.9 – 26.75 18.2 – – – 4.06 –

CH16B3621S TMLV080C16MP11 21.0 CF/CM/CU48D

High 1300 34.8 29.0 16.25 10.75 34.6 22.6 10.00 8.35 3.56 2.68
Med 880 24.6 20.4 – 15.50 ––––––

Low 880 22.4 19.8 – 27.00 18.2 – – – 4.22 –

CH16B3621S TMLV100C16MP11 21.0 CF/CM/CU36C

High 1100 34.2 26.6 16.25 11.00 34.6 22.2 9.75 8.20 3.44 2.70
Med 745 24.2 18.7 – 15.25 – – – – – –

Low 745 22.0 17.9 – 26.75 18.2 – – – 4.06 –

CH16B3621S TMLV100C16MP11 21.0 CF/CM/CU48D

High 1300 34.8 29.0 16.25 10.75 34.6 22.6 10.00 8.35 3.56 2.68
Med 880 24.6 20.4 – 15.50 ––––––

Low 880 22.4 19.8 – 27.00 18.2 – – – 4.22 –

CH16B3621S TMLV100C20MP11 21.0 CF/CM/CU36C

High 1100 34.0 26.2 16.00 10.75 34.8 22.4 9.75 8.25 3.42 2.68
Med 755 24.2 18.8 – 15.15 – – – – – –

Low 755 22.0 17.9 – 26.60 18.2 – – – 4.04 –

CH16B3621S TMLV100C20MP11 21.0 CF/CM/CU42C

High 1225 34.4 28.0 16.25 10.75 34.8 22.6 10.00 8.40 3.50 2.68
Med 840 24.2 19.9 – 15.35 ––––––

Low 840 22.4 19.2 – 27.10 18.3 – – – 4.14 –

CH16B3621S TMLV100C20MP11 21.0 CF/CM/CU48C

High 1250 34.8 28.6 16.50 10.75 34.6 22.6 10.00 8.35 3.56 2.70
Med 850 24.6 20.0 – 15.60 – – – – – –

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TMLV100C20MP11 21.0 CF/CM/CU48D

High 1125 34.8 27.2 16.50 11.50 34.0 22.0 10.00 8.40 3.64 2.80
Med 845 24.6 20.0 – 15.50 ––––––

Low 845 22.2 19.1 – 26.95 18.2 – – – 4.18 –

CH16B3621S TMLV120C20MP11 21.0 CF/CM/CU36C

High 1100 34.0 26.2 16.00 10.75 34.8 22.4 9.75 8.25 3.42 2.68
Med 755 24.2 18.8 – 15.15 – – – – – –

Low 755 22.0 17.9 – 26.60 18.2 – – – 4.04 –

CH16B3621S TMLV120C20MP11 21.0 CF/CM/CU42C

High 1225 34.4 28.0 16.25 10.75 34.8 22.6 10.00 8.40 3.50 2.68
Med 840 24.2 19.9 – 15.35 ––––––

Low 840 22.4 19.2 – 27.10 18.3 – – – 4.14 –

CH16B3621S TMLV120C20MP11 21.0 CF/CM/CU48C

High 1250 34.8 28.6 16.50 10.75 34.6 22.6 10.00 8.35 3.56 2.70
Med 850 24.6 20.0 – 15.60 – – – – – –

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TMLV120C20MP11 21.0 CF/CM/CU48D

High 1125 34.8 27.2 16.50 11.50 34.0 22.0 10.00 8.40 3.64 2.80
Med 845 24.6 20.0 – 15.50 ––––––

Low 845 22.2 19.1 – 26.95 18.2 – – – 4.18 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 27

CH16B3621S TMLX060A12MP11 14.5 CF/CM36A

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.00 3.38 2.62
Med 740 24.2 18.6 – 15.00 – – – – – –

Low 740 22.0 17.8 – 26.20 18.2 – – – 4.02 –

CH16B3621S TMLX080B12MP11 17.5 CF/CM/CU36B

High 1200 34.0 27.2 16.00 10.50 35.2 22.8 9.75 8.20 3.40 2.62
Med 760 24.2 18.8 – 15.15 ––––––

Low 760 22.2 18.0 – 26.60 18.3 – – – 4.04 –

CH16B3621S TMLX080B12MP11 17.5 CF42B

High 1175 34.2 27.2 15.75 10.50 35.0 22.6 9.75 8.25 3.46 2.66
Med 745 24.0 18.6 – 14.95 – – – – – –

Low 745 22.2 18.0 – 26.40 18.2 – – – 4.06 –

CH16B3621S TMLX080C16MP11 21.0 CF/CM/CU36C

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 845 24.6 20.0 – 15.65 ––––––

Low 845 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TMLX080C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 840 24.6 20.0 – 15.65 – – – – – –

Low 840 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TMLX080C16MP11 21.0 CF/CM/CU42C

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 845 24.4 20.2 – 15.55 ––––––

Low 845 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TMLX080C16MP11 21.0 CF/CM/CU42D

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 840 24.4 20.0 – 15.50 – – – – – –

Low 840 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TMLX080C16MP11 21.0 CF/CM/CU48C

High 1225 34.8 28.2 16.75 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 ––––––

Low 845 22.4 19.3 – 27.70 18.2 – – – 4.22 –

CH16B3621S TMLX080C16MP11 21.0 CF/CM/CU48D

High 1225 34.8 28.2 16.50 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 – – – – – –

Low 845 22.4 19.3 – 27.60 18.2 – – – 4.20 –

CH16B3621S TMLX100C16MP11 21.0 CF/CM/CU36C

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 845 24.6 20.0 – 15.65 ––––––

Low 845 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TMLX100C16MP11 21.0 CF/CM/CU36D

High 1225 34.4 27.8 16.50 10.75 35.0 22.4 10.00 8.40 3.48 2.68
Med 840 24.6 20.0 – 15.65 – – – – – –

Low 840 22.2 19.1 – 27.30 18.3 – – – 4.14 –

CH16B3621S TMLX100C16MP11 21.0 CF/CM/CU42C

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 845 24.4 20.2 – 15.55 ––––––

Low 845 22.4 19.2 – 27.60 18.2 – – – 4.18 –

CH16B3621S TMLX100C16MP11 21.0 CF/CM/CU42D

High 1225 34.6 28.0 16.50 10.75 34.8 22.6 10.00 8.35 3.54 2.72
Med 840 24.4 20.0 – 15.50 – – – – – –

Low 840 22.4 19.2 – 27.60 18.2 – – – 4.18 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

28 Johnson Controls Unitary Products

CH16B3621S TMLX100C16MP11 21.0 CF/CM/CU48C

High 1225 34.8 28.2 16.75 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 ––––––

Low 845 22.4 19.3 – 27.70 18.2 – – – 4.22 –

CH16B3621S TMLX100C16MP11 21.0 CF/CM/CU48D

High 1225 34.8 28.2 16.50 11.00 34.4 22.4 10.00 8.35 3.58 2.72
Med 845 24.6 20.0 – 15.70 – – – – – –

Low 845 22.4 19.3 – 27.60 18.2 – – – 4.20 –

CH16B3621S TP9C060B12MP12 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.05 3.38 2.62
Med 715 24.0 18.2 – 14.95 ––––––

Low 715 22.0 17.4 – 26.25 18.2 – – – 4.00 –

CH16B3621S TP9C060B12MP12 17.5 CF42B

High 1250 34.2 28.0 16.00 10.25 35.2 23.0 9.75 8.15 3.42 2.60
Med 810 24.2 19.4 – 15.15 – – – – – –

Low 810 22.2 18.7 – 26.45 18.3 – – – 4.10 –

CH16B3621S TP9C080B12MP12 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.05 3.38 2.62
Med 715 24.0 18.2 – 14.95 ––––––

Low 715 22.0 17.4 – 26.25 18.2 – – – 4.00 –

CH16B3621S TP9C080B12MP12 17.5 CF42B

High 1250 34.2 28.0 16.00 10.25 35.2 23.0 9.75 8.15 3.42 2.60
Med 810 24.2 19.4 – 15.15 – – – – – –

Low 810 22.2 18.7 – 26.45 18.3 – – – 4.10 –

CH16B3621S TP9C080C16MP12 21.0 CF/CM/CU36C

High 975 33.8 25.0 16.00 11.00 34.6 22.2 9.50 8.05 3.38 2.72
Med 715 24.0 18.2 – 15.00 ––––––

Low 715 22.0 17.5 – 26.50 18.2 – – – 4.02 –

CH16B3621S TP9C080C16MP12 21.0 CF/CM/CU42C

High 1275 34.4 28.4 16.25 10.50 34.8 22.8 10.00 8.40 3.50 2.68
Med 855 24.2 20.2 – 15.30 – – – – – –

Low 855 22.4 19.3 – 27.00 18.3 – – – 4.14 –

CH16B3621S TP9C080C16MP12 21.0 CF/CM/CU48C

High 1275 34.6 28.6 16.50 10.75 34.6 22.6 10.00 8.40 3.56 2.68
Med 850 24.6 20.0 – 15.60 ––––––

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TP9C080C16MP12 21.0 CF/CM/CU48D

High 1275 34.8 28.8 16.50 10.75 34.6 22.6 10.00 8.35 3.58 2.70
Med 860 24.6 20.2 – 15.65 – – – – – –

Low 860 22.4 19.5 – 27.50 18.2 – – – 4.22 –

CH16B3621S TP9C100C16MP12 21.0 CF/CM/CU36C

High 975 33.8 25.0 16.00 11.00 34.6 22.2 9.50 8.05 3.38 2.72
Med 715 24.0 18.2 – 15.00 ––––––

Low 715 22.0 17.5 – 26.50 18.2 – – – 4.02 –

CH16B3621S TP9C100C16MP12 21.0 CF/CM/CU42C

High 1275 34.4 28.4 16.25 10.50 34.8 22.8 10.00 8.40 3.50 2.68
Med 855 24.2 20.2 – 15.30 – – – – – –

Low 855 22.4 19.3 – 27.00 18.3 – – – 4.14 –

CH16B3621S TP9C100C16MP12 21.0 CF/CM/CU48C

High 1275 34.6 28.6 16.50 10.75 34.6 22.6 10.00 8.40 3.56 2.68
Med 850 24.6 20.0 – 15.60 ––––––

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

Johnson Controls Unitary Products 29

CH16B3621S TP9C100C16MP12 21.0 CF/CM/CU48D

High 1275 34.8 28.8 16.50 10.75 34.6 22.6 10.00 8.35 3.58 2.70
Med 860 24.6 20.2 – 15.65 – – – – – –

Low 860 22.4 19.5 – 27.50 18.2 – – – 4.22 –

CH16B3621S TP9C100C20MP12 21.0 CF/CM/CU42C

High 1275 34.4 28.4 16.50 10.50 34.8 22.8 10.00 8.35 3.48 2.66
Med 945 24.8 21.6 – 15.55 ––––––

Low 945 22.8 20.6 – 27.80 18.4 – – – 4.28 –

CH16B3621S TP9C100C20MP12 21.0 CF/CM/CU48D

High 1250 34.8 28.6 16.25 10.75 34.6 22.6 10.00 8.40 3.56 2.70
Med 760 24.4 19.1 – 15.40 – – – – – –

Low 760 22.2 18.2 – 27.45 18.0 – – – 4.16 –

CH16B3621S TP9C120D20MP12 24.5 CF/CM/CU36D

High 1125 34.4 27.0 16.50 11.25 34.4 22.0 9.75 8.15 3.50 2.74
Med 815 24.4 19.6 – 15.45 ––––––

Low 815 22.2 18.5 – 27.15 18.3 – – – 4.10 –

CH16B3621S TP9C120D20MP12 24.5 CF/CM/CU42D

High 1125 34.4 27.0 16.50 11.00 34.4 22.4 10.00 8.40 3.50 2.72
Med 815 24.6 19.8 – 15.50 – – – – – –

Low 815 22.4 19.0 – 27.35 18.2 – – – 4.14 –

CH16B3621S TP9C120D20MP12 24.5 CF/CM/CU48D

High 1250 34.8 28.6 16.50 11.00 34.4 22.4 10.00 8.35 3.58 2.70
Med 860 24.6 20.2 – 15.60 ––––––

Low 860 22.4 19.4 – 27.35 18.2 – – – 4.20 –

CH16B3621S TPLC060A12MP12 14.5 CF/CM36A

High 975 33.4 24.6 15.00 10.25 35.0 22.6 9.00 7.65 3.28 2.64
Med 635 23.4 17.1 – 14.20 – – – – – –

Low 635 21.4 16.2 – 24.90 18.2 – – – 3.88 –

CH16B3621S TPLC080B12MP12 17.5 CF/CM/CU36B

High 975 33.6 24.8 15.50 10.50 34.8 22.6 9.50 8.10 3.30 2.66
Med 665 23.8 17.6 – 14.65 ––––––

Low 665 21.8 16.9 – 25.90 18.2 – – – 3.94 –

CH16B3621S TPLC080B12MP12 17.5 CF42B

High 1000 33.6 25.0 15.50 10.50 34.6 22.4 9.50 8.05 3.36 2.66
Med 675 23.8 17.8 – 14.70 – – – – – –

Low 675 21.8 16.9 – 26.10 18.1 – – – 4.00 –

CH16B3621S TPLC080C16MP12 21.0 CF/CM/CU36C

High 1100 34.2 26.6 16.25 11.00 34.6 22.2 9.75 8.20 3.44 2.70
Med 745 24.2 18.7 – 15.25 ––––––

Low 745 22.0 17.9 – 26.75 18.2 – – – 4.06 –

CH16B3621S TPLC080C16MP12 21.0 CF/CM/CU48D

High 1300 34.8 29.0 16.25 10.75 34.6 22.6 10.00 8.35 3.56 2.68
Med 880 24.6 20.4 – 15.50 – – – – – –

Low 880 22.4 19.8 – 27.00 18.2 – – – 4.22 –

CH16B3621S TPLC100C16MP12 21.0 CF/CM/CU36C

High 1100 34.2 26.6 16.25 11.00 34.6 22.2 9.75 8.20 3.44 2.70
Med 745 24.2 18.7 – 15.25 ––––––

Low 745 22.0 17.9 – 26.75 18.2 – – – 4.06 –

CH16B3621S TPLC100C16MP12 21.0 CF/CM/CU48D

High 1300 34.8 29.0 16.25 10.75 34.6 22.6 10.00 8.35 3.56 2.68
Med 880 24.6 20.4 – 15.50 – – – – – –

Low 880 22.4 19.8 – 27.00 18.2 – – – 4.22 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD

5186825-CTG-D-0717

30 Johnson Controls Unitary Products

CH16B3621S TPLC100C20MP12 21.0 CF/CM/CU36C

High 1100 34.0 26.2 16.00 10.75 34.8 22.4 9.75 8.25 3.42 2.68
Med 755 24.2 18.8 – 15.15 ––––––

Low 755 22.0 17.9 – 26.60 18.2 – – – 4.04 –

CH16B3621S TPLC100C20MP12 21.0 CF/CM/CU42C

High 1225 34.4 28.0 16.25 10.75 34.8 22.6 10.00 8.40 3.50 2.68
Med 840 24.2 19.9 – 15.35 – – – – – –

Low 840 22.4 19.2 – 27.10 18.3 – – – 4.14 –

CH16B3621S TPLC100C20MP12 21.0 CF/CM/CU48C

High 1250 34.8 28.6 16.50 10.75 34.6 22.6 10.00 8.35 3.56 2.70
Med 850 24.6 20.0 – 15.60 ––––––

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TPLC100C20MP12 21.0 CF/CM/CU48D

High 1125 34.8 27.2 16.50 11.50 34.0 22.0 10.00 8.40 3.64 2.80
Med 845 24.6 20.0 – 15.50 – – – – – –

Low 845 22.2 19.1 – 26.95 18.2 – – – 4.18 –

CH16B3621S TPLC120C20MP12 21.0 CF/CM/CU36C

High 1100 34.0 26.2 16.00 10.75 34.8 22.4 9.75 8.25 3.42 2.68
Med 755 24.2 18.8 – 15.15 ––––––

Low 755 22.0 17.9 – 26.60 18.2 – – – 4.04 –

CH16B3621S TPLC120C20MP12 21.0 CF/CM/CU42C

High 1225 34.4 28.0 16.25 10.75 34.8 22.6 10.00 8.40 3.50 2.68
Med 840 24.2 19.9 – 15.35 – – – – – –

Low 840 22.4 19.2 – 27.10 18.3 – – – 4.14 –

CH16B3621S TPLC120C20MP12 21.0 CF/CM/CU48C

High 1250 34.8 28.6 16.50 10.75 34.6 22.6 10.00 8.35 3.56 2.70
Med 850 24.6 20.0 – 15.60 ––––––

Low 850 22.4 19.2 – 27.20 18.2 – – – 4.18 –

CH16B3621S TPLC120C20MP12 21.0 CF/CM/CU48D

High 1125 34.8 27.2 16.50 11.50 34.0 22.0 10.00 8.40 3.64 2.80
Med 845 24.6 20.0 – 15.50 – – – – – –

Low 845 22.2 19.1 – 26.95 18.2 – – – 4.18 –

CH16B3621S CP9C060B12MP12 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.05 3.38 2.62
Med 715 24.0 18.2 – 14.95 ––––––

Low 715 22.0 17.4 – 26.25 18.2 – – – 4.00 –

CH16B3621S CP9C060B12MP12 17.5 CF42B

High 1250 34.2 28.0 16.00 10.25 35.2 23.0 9.75 8.15 3.42 2.60
Med 810 24.2 19.4 – 15.15 – – – – – –

Low 810 22.2 18.7 – 26.45 18.3 – – – 4.10 –

CH16B3621S CP9C080B12MP12 17.5 CF/CM/CU36B

High 1175 34.0 27.0 15.75 10.25 35.2 22.8 9.50 8.05 3.38 2.62
Med 715 24.0 18.2 – 14.95 ––––––

Low 715 22.0 17.4 – 26.25 18.2 – – – 4.00 –

CH16B3621S CP9C080B12MP12 17.5 CF42B

High 1250 34.2 28.0 16.00 10.25 35.2 23.0 9.75 8.15 3.42 2.60
Med 810 24.2 19.4 – 15.15 – – – – – –

Low 810 22.2 18.7 – 26.45 18.3 – – – 4.10 –

CH16B3621S CP9C080C16MP12 21.0 CF/CM/CU36C

High 975 33.8 25.0 16.00 11.00 34.6 22.2 9.50 8.05 3.38 2.72
Med 715 24.0 18.2 – 15.00 ––––––

Low 715 22.0 17.5 – 26.50 18.2 – – – 4.02 –

Continued on next page.

SYSTEM CAPACITY - With High Efficiency Motor Furnaces1 (Continued)

UNIT

MODEL

FURNACE

COIL

MODEL

Stage

COOLING HEATING

MODEL WIDTH

RATED

CFM

NET MBH

SEER EER

NET MBH

HSPF IV HSPF V

COP

TOTAL SENS. 47°F OD 17°F OD 47°F OD 17°F OD