Coleman TCHE36S43S1 Technical Manual Download Page 4

5371957-CTG-D-0120

4

Johnson Controls Ducted Systems

PROCEDURES:

1. Check the Factory Unit Charge listed on the unit nameplate 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. Add additional charge for the amount of interconnecting lineset greater than 15 feet at the rate specified in the Physical and Electrical 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 

www.simplygettingthejobdone.com.

 Follow the Subcool or 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 + charge adder for actual lineset charge adjustments to match the Charging Chart.

— = Not applicable.
MP Modular Air Handlers use Coil Only Ratings.

— = Not Applicable.
MP Modular Air Handlers use Coil Only Ratings.
PSC furnaces, such as the TG8S, TGLS, and TG9S, use Coil Only Ratings.

SYSTEM CHARGE FOR VARIOUS MATCHED SYSTEMS 

Outdoor Unit 

TCHE36S4(3,4)S1

TCHE48S4(3,4)S1

Required TXV 

1

,

2

BA2

BA2

Indoor Unit 

3,4,5

Additional Charge, Oz

FC38C

0

FC49D

0

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. Systems matched with furnaces or air handlers not equipped with blower-off delays may require 60 second time delay.
4. CF and FC coils cannot be used in horizontal applications.
5. 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 

www.ahridirectory.org

.

COOLING CAPACITY - With Air Handler Coils 

UNIT

MODEL

AIR HANDLER

COIL

MODEL

1

COOLING

MODEL

WIDTH

RATED

CFM

NET MBH

SEER

EER

TOTAL

SENS.

TCHE36S4(3,4)S1

ME16CN21

21.0

FC38C

1200

36.00

27.20

16.00

13.00

TCHE36S4(3,4)S1

MVC16CN21

21.0

FC38C

1200

35.80

27.20

15.50

12.75

TCHE36S44S1

ME12CN41

21.0

FC38C

1250

36.00

28.40

16.00

13.00

TCHE36S44S1

ME16CN41

21.0

FC38C

1100

36.00

26.80

16.00

13.00

TCHE48S4(3,4)S1

ME14DN21

24.5

FC49D

1425

46.50

34.60

15.10

12.50

TCHE48S4(3,4)S1

ME20DN21

24.5

FC49D

1425

46.50

34.60

15.50

12.50

TCHE48S44S1

ME20DN41

24.5

FC49D

1400

46.50

34.80

15.25

12.50

TCHE48S4(3,4)S1

MVC14DN21

24.5

FC49D

1175

45.50

31.80

15.50

12.75

TCHE48S4(3,4)S1

MVC20DN21

24.5

FC49D

1375

46.50

34.20

15.50

12.75

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

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.

1. CM coils available with a factory installed horizontal drain pan. See price pages for specific model number.

COOLING CAPACITY - Upflow, Downflow & Horizontal Furnaces and Coils (Coil Only Ratings) 

UNIT MODEL

COIL

CFM RANGE

(MIN.-MAX.)

COOLING

MODEL

WIDTH

RATED 

CFM

NET MBH

SEER 

1

EER

TOTAL

SENS.

TCHE36S4(3,4)S1

FC38C

21.0

1000 - 1400

1200

35.6

27.2

14.00

12.20

FC38C

21.0

1000 - 1400

1200

35.6

27.2

14.00

12.20

TCHE48S4(3,4)S1

FC49D

21.0

1400 - 1800

1425

46.0

33.8

14.00

12.15

FC49D

21.0

1400 - 1800

1425

46.0

33.8

14.00

12.15

For rated condition information, see the footnotes below the System Capacity - Single Piece and Modular Air Handlers table.

1. Systems matched with furnaces or air handlers not equipped with blower-off delays may require 60 second time delay.

Summary of Contents for TCHE36S43S1

Page 1: ...footprint is lim ited these units can be stacked two high using the approved stacking kit FEATURES Performance Optimized for the US DOE Southwest Region and valid for installation in all US DOE Regio...

Page 2: ...TALLATION 10 MOUNTING HOLE GRAPHIC 10 TYPICAL FIELD WIRING 10 PERFORMANCE DATA 3 TON 11 PERFORMANCE DATA 4 TON 13 NOMENCLATURE BRAND T T Factory Branded PRODUCT TYPE C C Air Conditioner US Northern or...

Page 3: ...ual for Hard Start Kit part number for each model No No No No Fan Diameter Inches 23 23 23 23 Fan Motor Rated HP 1 4 1 4 1 4 1 4 Rated Load Amps 1 3 1 3 0 8 0 8 Nominal RPM 850 850 850 850 Nominal CFM...

Page 4: ...tain system performance 3 Systems matched with furnaces or air handlers not equipped with blower off delays may require 60 second time delay 4 CF and FC coils cannot be used in horizontal applications...

Page 5: ...4 3 4 S1 TM8Y080C16MP11 21 0 FC38C 1200 35 8 27 2 15 50 12 75 TCHE36S4 3 4 S1 TM8Y100C16MP11 21 0 FC38C 1200 35 8 27 2 15 50 12 75 TCHE36S4 3 4 S1 TM8Y100C20MP11 21 0 FC38C 1200 35 6 27 0 15 25 12 75...

Page 6: ...1 TL9E080C16UH11 21 0 FC49D 1225 45 5 32 4 14 75 12 25 TCHE48S4 3 4 S1 TL9E100C20UH11 21 0 FC49D 1400 46 5 34 6 15 00 12 25 TCHE48S4 3 4 S1 TM8E080C16MP11 21 0 FC49D 1250 45 5 32 6 15 00 12 25 TCHE48S...

Page 7: ...75 12 25 TCHE48S4 3 4 S1 TMLV100C20MP11C 21 0 FC49D 1425 46 0 34 2 15 00 12 50 TCHE48S4 3 4 S1 TMLV100C20MP12C 21 0 FC49D 1225 45 5 32 4 15 00 12 50 TCHE48S4 3 4 S1 TMLV120C20MP11C 21 0 FC49D 1425 46...

Page 8: ...ver a wide range of conditions See System Charge Table Price Pages or Source1 Smart Search for TXV part number for each AC HP model Cold Weather Charging Tent S1 CHGTENT01 Provides warm environment to...

Page 9: ...completely wired piped and assem bled Wiring pigtails shall be provided for field control wiring connections Service valves shall be provided for field refrig erant line connections Units shall be fa...

Page 10: ...NOTES ALL OUTDOOR WIRING MUST BE WEATHERPROOF CAN BE STACKED TWO HIGH WITH APPROVED STACKING KIT AIRFLOW DIRECTION 28 06 7 50 18 73 LARGE CABINET ALL FIELD WIRING TO BE IN ACCORDANCE WITH ELECTRIC COD...

Page 11: ...34 3 34 3 29 0 28 3 22 0 35 7 37 0 31 1 30 1 22 8 K W 1 89 1 91 1 88 1 90 1 92 1 96 1 98 1 96 1 98 2 00 2 04 2 06 2 05 2 06 2 09 65 55 T C 33 2 35 7 35 7 38 7 41 4 34 7 36 8 36 7 39 7 42 2 36 2 37 9 3...

Page 12: ...01 1 01 0 98 TMLE100B12MP11 FC38C 1 01 0 97 1 00 TMLE100C16MP11 FC38C 1 01 0 97 0 98 TMLE100C20MP11 FC38C 1 01 1 01 0 98 TMLE120C16MP11 FC38C 1 01 0 97 0 98 TMLE120C20MP11 FC38C 1 01 1 02 0 98 TMLV080...

Page 13: ...9 27 0 K W 2 46 2 48 2 48 2 50 2 55 2 54 2 56 2 56 2 58 2 64 2 62 2 64 2 64 2 67 2 73 65 55 T C 43 7 46 1 46 3 48 5 51 2 45 1 47 1 47 3 49 4 52 0 46 6 48 2 48 3 50 2 52 9 S C 42 3 39 0 33 5 31 7 26 1...

Page 14: ...20MP11C FC49D 1 00 0 99 0 99 TM9V100C20MP12C FC49D 0 99 0 96 0 98 TM9V120D20MP11C FC49D 1 00 1 00 0 97 TM9V120D20MP12C FC49D 0 99 0 95 0 96 TM9Y100C16MP11 FC49D 1 00 1 02 1 03 TM9Y100C20MP11 FC49D 1 0...

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