Copeland™ Narrow Copevap™

Condensing Units

Designed to Fit

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Configuration

ModelVoltages Available BOM

Codes115-1 phase 208/230-1 phase

M2TH-H020

IAA

---

108,118

M2TH-0024M2TH-0026M2TH-H033M2TH-0034M4TM-H020M4TM-H025M4TM-0033 IAVM4TL-H025

---M4TL-H033M4TL-H034

Control

Horse Power

BOMCrankcase

Heater

Low Pressure Control

High/Low Pressure Control

Contactor115 Volt Control Circuit

ALL ALL NO NO NO NO NO

* Data applies to units listed in this catalog only.

Copeland™ Narrow Copevap™ condensing units

The innovators who brought you the original Copeland

Copevap condensing unit are introducing a new platform to

the product offering – the narrow base. This narrow width unit

delivers reliability in a compact design that is ideally suited for

space limited refrigeration applications.

The narrow base unit features a compact condenser coil and

molded shroud that optimizes airflow across the entire coil

face. Its narrow 8.25” width fits nicely into a variety of space

limited applications. The condensate holding base and

discharge line design provide ample holding volume and a

quick evaporation rate for condensate removal. Many of the

most popular models feature high efficiency compressors and

all models have UL recognized agency approval. All standard

models feature a fan guard and a power cord designed for use

in 115 and 208/230 Volt, single-phase applications, with the

option to add a receiver tank. Engineered to provide reliable

performance in operating conditions up to 110°F, the Copeland

Narrow Copevap condensing unit is designed to fit and perform

to your demanding needs.

Bill of Material (BOM) codes

BOM Power Cord End Covers Receiver Fan Guard Agency Mark

108 YES YES NO YES ULR

118 YES YES YES YES ULR

Above BOM (Bill of Material) apply to the models listed in this catalog only.ULR is a registered trademark of Underwriters Laboratories, Inc.

Electrical Nomenclature

IAA / IAV Induction Run - Capacitor Start (High Starting Torque)

How to order1. Select base model number2. Select voltage3. Select BOM (options)

Complete model number to order

M2TH-H033 IAA 118

M2TH-H033-IAA-118

Molded Fan Shroud

Unit Bearing Fan Motors

Power Cord Standard

30% Larger Holding Volume

Narrow Base- 8.25” Width

High Effi ciency Compressors

Optional Receiver

Fan Guard Standard

Features Advantages Benefi ts

Narrow widthFits into confined spaces Versatile usage in space limited applications

Replaces other narrow applications Faster field service replacement

Molded plastic shroudImproved airflow across condenser coil Greater reliability in a small package

Material does not degrade when exposed to water Maintains airflow during life of product

Copeland™reliability Rated for usage up to 100oF ambient conditions Keeps performing in demanding applications

30% larger condensate holding volume

Handles more condensate from defrost cycles Eliminates potential over spills in a retail setting

Popular sizes feature high efficiency compressors

Higher efficiency operation Lower utility expenses for end-users

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Capacity

Hig

h T

emp

R-13

4a

Model H.P. Compressor 0° 5° 10° 15° 20° 25° 30° 35° 40° 45°Capacity (Btu/hr) at 90°F Ambient - Evaporator Temperature

M2TH-H020 1/5 ARE17C4E 760 870 980 1110 1240 1390 1540 1710 1890 2070

M2TH-0024 1/4 ARE25C3E 830 1010 1190 1370 1560 1760 1960 2170 2380 2610M2TH-0026 1/4 ARE27C3E 870 1100 1320 1530 1750 1970 2200 2430 2660 2910M2TH-H033 1/3 ARE34C4E 1430 1580 1760 1970 2190 2430 2680 2940 3210 3490M2TH-0034 1/3 ARE37C3E 940 1270 1560 1820 2070 2310 2550 2790 --- ---

Capacity (Btu/hr) at 100°F Ambient - Evaporator Temperature

M2TH-H020 1/5 ARE17C4E 700 800 910 1030 1160 1290 1440 1600 1760 1940

M2TH-0024 1/4 ARE25C3E 770 930 1100 1270 1440 1620 1810 2000 2210 2410M2TH-0026 1/4 ARE27C3E 730 960 1190 1400 1620 1830 2050 2260 2480 2710M2TH-H033 1/3 ARE34C4E 1320 1470 1630 1820 2020 2240 2470 2710 2960 3210M2TH-0034 1/3 ARE37C3E 830 1140 1420 1670 1910 2140 --- --- --- ---

Capacity (Btu/hr) at 110°F Ambient - Evaporator Temperature

M2TH-H020 1/5 ARE17C4E --- 730 840 950 1070 1190 1330 1470 1630 1790M2TH-0024 1/4 ARE25C3E 700 850 1000 1160 1330 1490 1670 1850 2030

---M2TH-0026 1/4 ARE27C3E

---830 1060 1270 1480 1680 1880 2090

---M2TH-H033 1/3 ARE34C4E--- ---

1670 1860 2050 2260---

M2TH-0034 1/3 ARE37C3E --- --- --- ---

Med

ium

Tem

pR-

404A

Model H.P. Compressor -5° 0° 5° 10° 15° 20° 25°Capacity (Btu/hr) at 90°F Ambient - Evaporator Temperature

M4TM-H020 1/5 ASE12C4E 870 960 1080 1200 1320 1450 1580M4TM-H025 1/4 ASE20C4E

---1580 1750 1900 2050 2210 2370

M4TM-0033 1/3 ASE24C3E 1570 1760 1940 2130 2340 2570Capacity (Btu/hr) at 100°F Ambient - Evaporator Temperature

M4TM-H020 1/5 ASE12C4E---

850 960 1060 1170 1290 1400M4TM-H025 1/4 ASE20C4E 1490 1610 1730 1850 1970 2100M4TM-0033 1/3 ASE24C3E 1360 1540 1720 1910 2110 2350

Capacity (Btu/hr) at 110°F Ambient - Evaporator TemperatureM4TM-H020 1/5 ASE12C4E

--- ---840 930 1030 1120 1220

M4TM-H025 1/4 ASE20C4E 1490 1570 1650 1730 1820M4TM-0033 1/3 ASE24C3E 1370 1540 1740 1950 ---

Low

Tem

pR-

404A

Model H.P. Compressor -25° -20° -15° -10° -5° 0° 5° 10° 15°Capacity (Btu/hr) at 90°F Ambient - Evaporator Temperature

M4TL-H025 1/4 AFE08C4E 640 720 810 910 1010 1120 1230 1350 1470M4TL-H033 1/3 AFE11C4E 830 940 1060 1190 1330 1480 1640 1800 1960M4TL-H034 1/3 AFE13C4E 1100 1250 1400 1570 1750 1940 2140 2330 2540

Capacity (Btu/hr) at 100°F Ambient - Evaporator TemperatureM4TL-H025 1/4 AFE08C4E 570 650 730 820 920 1020 1120 1230 1330M4TL-H033 1/3 AFE11C4E 740 840 960 1080 1210 1340 1490 1630 1780M4TL-H034 1/3 AFE13C4E 990 1130 1280 1440 1600 1770 1950 2130 2310

Capacity (Btu/hr) at 110°F Ambient - Evaporator TemperatureM4TL-H025 1/4 AFE08C4E 480 560 640 730 820 910 1010 1110 1210M4TL-H033 1/3 AFE11C4E

---760 860 970 1090 1210 1340 1470 1600

M4TL-H034 1/3 AFE13C4E 960 1100 1240 1380 1520 1680 1830 1990Low and Medium Temperature units are rated at 40oF return gas; High Temperature units are rated at 65oF. Capacities are at 60 Hz with 5oF sub-cooling. Multiply by .83 for 50 Hz.

Physical/Electrical

ModelDimensions (in) Connecting Lines (in) MCA/Max Fuse Size Pump Down

Capacity (lbs)Ship Weight

(lbs)Unit Width (in)

-118 BOML W H Suction Liquid 115-1-60 208/230-1-60

M2TH-H020

19 8.25 10.55/16

Sweat1/4

Sweat

6.1 / 15

---2.2

36

9.35

M2TH-0024 6.76 / 15 34

M2TH-0026 7.1 / 15 35M2TH-H033 6.63 / 15 35M2TH-0034 9.9 / 15 35M4TM-H025 7.38 / 15

1.9

34M4TM-0033 8.38 / 15 6.13 / 15 35M4TM-H020 5.6 / 15

---

35M4TL-H025 5.76 / 15 34M4TL-H033 6.13 / 15 35

M4TL-H034 7.90 / 15 36

The holding volume of the Copeland Narrow Copevap is 49 oz. It evaporates at a rate of 6.8 oz. when half full and 12.5 oz. when full.The evaporation rate is based on the following assumptions: measured over a 3 hour period, 80oF ambient, 50% humidity and 33oF incoming water.

Height

LengthWidth

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2008ECT-11 R4 (7/13) Emerson, Copeland and Copevap are trademarks of Emerson Electric Co. or one of its affiliated companies. ©2013 Emerson Climate Technologies, Inc. All rights reserved.

Application Engineering Bulletins

4-125 HFC-134A Refrigerant Guidelines4-1298 Extended Medium Temperature R-404A/507 Hermetic Compressors and Condensing Units4-1305 System Pro AF, R, AS Refrigeration Hermetic 1/8-1 Horsepower Compressors5-1340 Care And Cleaning Of Air-Cooled Condensing Units17-1260 Compressor Overheating17-1268 Compresor Ratio as it Affects Compressor Reliability22-1182 Liquid Refrigerant Control in Refrigeration and Air Conditioning Systems

For more information on Copeland condensing units visit EmersonClimate.com/IntegratedProducts

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