Copeland Hermetic Recip AE Compressors Location Date Presentation

Copeland Hermetic Recip A*E Compressors Location, Date Presentation name (update in Slide Master) 1

DOE/EPA Regulations Update 2/17/2017

Commercial Refrigeration Equipment Classes Low- or Medium. Temperature Self-Contained or Remote Condensing With or Without Solid/Transparent Doors Equipment Affected Vertical, Semi-Vertical, Horizontal or Service Over Counter Buffet Tables, Salad Bars, Prep Tables Not Affected Depending Upon Refrigeration Construction Commercial Refrigerator and Freezer 33+ Classes of Equipment 20+ Sizes/Eqp. Class Source: Department of Energy Presentation name (update in Slide Master) 3

Buffet Tables, Salad Bars, Prep Tables Beyond Scope of Energy Mandates Regulated Not Regulated Top Rail Bottom Storage Source: Department of Energy Presentation name (update in Slide Master) 4

CRE Equipment DOE Analysis and Equations • • X-axis: size of equipment ft 3 Y-axis: energy draw k. Wh/day Equation format: Y = m(x) + b k. Wh = m(ft 3) + b • 33 classes of equipment • Remote condensing and self-contained open cases will not require major efficiency improvement challenges • Self-contained vertical reach-ins will require significant efficiency improvement changes Source: Department of Energy Presentation name (update in Slide Master) 5

U. S. Department of Energy Status of U. S. Refrigeration Energy Regulations Product Class Current NOPR Final Effective Energy Level Reduction Closed-Doors Reach-Ins (Self-Contained) 2010 Oct. 2013 March 2014* March 2017 (FINAL) k. Wh/Day Ice Makers 2010 NODA Sept. 2014 Jan. 2015 Jan. 2018 (FINAL) k. Wh/100 lbs Display Cases, Including Remote 2012 Oct. 2013 March 2014* March 2017 (FINAL) k. Wh/Day 30%– 50% 5%– 15% 30%– 50% Jan. 2016** AWEF No change MT; Walk-In (Foodservice) 2009 Sept. 2013 No change panels and doors; LT and multiplex out of cmte. Jan. 2020 (all enforced) MT 20%– 40%; LT and Multiplex 20– 30% (ASRAC Cmte. Proposal) * Lawsuit filed by industry in 7 th Circuit Court; Petition denied, final rule stays ** Lawsuit filed by industry in 5 th Circuit Court; settlement reached July 2015 to refer to ASRAC Cmte. , with cmte. to make proposal in January 2016, which they met. Awaiting DOE and Court final approvals. Compliance Effective Dates Are Nearing. Presentation name (update in Slide Master) 6

EPA’s Final Rule, July 20, 2015, and September 26, 2016 Changed listing status of certain HFCs* Final Rule: July 20, 2015 Final Rule: September 26, 2016 Stand-Alone Phase-out refrigerant Supermarket (New**) R-404 A/507 A Jan. 1, 2017 Supermarket (Retrofit***) Remote condensing unit (New) Remote condensing unit (Retrofit***) July 20, 2016 Jan. 1, 2018 MT < 2, 200 BTU/hr. and not contain flooded evap. (New) MT ≥ 2, 200 BTU/hr. with or without flooded evap. (New) July 20, 2016 Jan. 1, 2019 Jan. 1, 2020 July 20, 2016 LT (New) LT and MT (Retrofit***) Refrigerated food processing and dispensing equipment (New) Cold storage warehouse s (New) Ice machines (New) Very lowtemp refrigeration (New) Jan. 1, 2021 ^Jan. 1, 2023 OK OK R-410 A OK - Jan. 1, 2019 Jan. 1, 2020 - Jan. 1, 2021 ^Jan. 1, 2023 OK OK R-407 A/C/F OK OK Jan. 1, 2019 Jan. 1, 2020 OK ^Jan. 1, 2021 R-407 C/F OK R-407 A: ^Jan. 1, 2023 OK R-407 C only HFC-134 a OK OK Jan. 1, 2019 Jan. 1, 2020 OK OK OK - OK OK for LT only - - OK - Likely alternatives (Emerson perspective) Neither SNAPapproved, nor banned R-448 A/449 A OK OK R-450 A/513 A OK OK OK - R-290 - - OK OK OK - - - OK OK R-744 OK - OK OK OK (in primary loop of secondary system) (in primary loop of secondary system) OK OK - R-717 OK (in primary loop of secondary system) - OK (In primary loop of secondary system) - ** Includes ice machines connected to a supermarket rack refrigeration system. *** EPA uses term “retrofit” to indicate the use of a refrigerant in an appliance that was designed for and originally operated using a different refrigerant. Term does not apply to upgrades to existing equipment where the refrigerant is not changed. *Abbreviated – For complete listing, see EPA Final Rule; go to: https: //www. gpo. gov/fdsys/pkg/FR-2015 -07 -20/pdf/2015 -17066. pdf See proposed rule; go to: https: //www. gpo. gov/fdsys/pkg/FR-2016 -04 -18/pdf/2016 -08163. pdf Presentation name (update in Slide Master) 7

Current State of Refrigerant Options Low-GWP alternatives are flammable or high-pressure Watch: EPA SNAP, AHRI’s A 2 L Research, Standards and Code Committees, Equipment Manufacturers’ New Product Launches Presentation name (update in Slide Master) 8

EPA Refrig. Compliance Will Not Be Easy DOE Energy Environment Equipment Economics Opportunity to Comply With One Design Cycle Change Presentation name (update in Slide Master) 9

Launch of Next Gen A Compressors

Copeland Hermetic Recip next Gen A*E Compressors Targets Customer Requirements To Meet DOE and EPA C 5 E & AFF Presentation name (update in Slide Master) 11

Copeland Hermetic Recip next Gen A*E Compressor – Program Targets & Scope Program Targets • Improved Efficiency – Up to 25% more EER • Similar Sound Levels • Match existing reliability • Same mounting • Dimensionally similar or smaller than current • Alternative refrigerant approved • Manufactured In Slovakia and Brazil • Match existing delivery lead times • UL and CE approved • In metro approval on a few models (AFF) Scope • Covers 1/8– 3/4 HP Low, Medium and High Temp models • LT Range: 500 Btu to 2600 Btu • MT Range: 1200 Btu to 4500 Btu • HT Range: 1300 Btu to 5400 Btu • Covers all current voltage options (options differs my model. Check line up chart)1 – 115 V 60 Hz & 115 -127 V 60 Hz (IAA & CAA) – 208 -230 V 60 Hz, 220 V 60 Hz (IAV, CAV & IA 3) – 220 -240 V 50 Hz, 200 -240 V 50 Hz (IAZ, CAZ and IAB) Presentation name (update in Slide Master) 12

Next Gen A Covers Most Commercial Refrigeration Applications Vertical freezers Island Coolers Bottle Coolers Vending Machines Display Cases Reach-ins Icemakers 300 l to 600 l Up to 3 m 500 l to 600 l Up to 800 l 300 l to 1000 l 300 l to 500 l Up to 200 kg/day Wide Voltage Range Guarantees that the equipment will run even with voltage fluctuation. Presentation name (update in Slide Master) 13

Copeland Hermetic Recip Next Gen A*E Today vs Future Today’s Platforms Future Platforms A*E**C 4 E Compressors A*E**C 3 E Compressors (Phasing Out) A*E**C 5 E Compressors (Phasing In) A*E**C 4 E Compressors (Not phasing out but some models will have C 5 E/AFF crosses as options for DOE) 1 2 3 4 Same Footprint Better Sound Higher Efficiency Alt. Ref. Availability Presentation name (update in Slide Master) AFF**C 1 E Compressors (Phasing In) 14

1 Next Gen A*E Compressors Same Footprints A*E**c 5 E (vs C 3 E/C 4 E) AFF**C 1 E (vs C 3 E/C 4 E) Semi direct suction Same tube location Same tube sizes Same overall dimension Same mounting Optimized Motors For Efficiency Semi direct suction Similar tube sizes Flipped Discharge/Suction Tube Location Smaller overall dimension Similar mounting Only R 134 a (and R 513 A, R 450 A) Ext. Medium Temp Envelope Presentation name (update in Slide Master) 15

2 Next Gen A Compressors Sound Reduced Design 70 Comparable to C 3 E 60 15 -20% Comparable to C 3 E Sound Delta vs C 3 E 50 40 30 20 10 0 C 3 E C 4 E Sound Power Avg d. BA C 5 E AFF Sound Power Max d. BA C 4 E/C 5 E shows comparable sound level compared to C 3 E AFF has about 15 -20% lower sound level compared to C 3 E Presentation name (update in Slide Master) 16

3 Next Gen A*E Compressors Higher Efficiency R 134 a | Low Temp | -10/110 °F R 134 a | High Temp | 45/130 °F 4. 5 7. 5 3 6 1. 5 4. 5 0 3 AFE 12 C 3 E AFE 12 C 4 E AFF 10 C 1 E R 404 A | Low Temp | -10/110 °F ARE 37 C 3 E ARE 35 C 5 E R 404 A | Medium Temp | 20/120 °F 4. 5 3 3 1. 5 0 ARE 34 C 4 E 0 AFE 13 C 3 E AFE 13 C 4 E AFE 14 C 5 E ASE 24 C 3 E Presentation name (update in Slide Master) ASE 26 C 4 E ASE 24 C 5 E 17

3 Next Gen A*E Compressors AFF can be used in MT applications R 134 a | MT | 20/120 °F 7. 5 6 6 4. 5 3 3 ARE 27 C 3 E AFF 07 C 1 E ARE 29 C 4 E Presentation name (update in Slide Master) AFF 08 C 1 E 18

3 C 3 E vs C 5 E Performance Curve Comparison ASE 24 C 3 E vs ASE 24 C 5 E Capacity EER 4000 7 3500 6 3000 5 EER BTU/Hr 2500 2000 4 ASE 24 C 3 E 3 ASE 24 C 5 E 1500 2 1000 1 500 0 0 -15 -5 5 15 25 35 -15 Evap -5 5 15 25 35 Evap Presentation name (update in Slide Master) 19

3 C 3 E vs C 5 E Performance Curve Comparison ASE 24 C 3 E vs ASE 24 C 5 E Capacity EER 4000 7 3500 6 3000 5 EER BTU/Hr 2500 2000 4 ASE 24 C 3 E 3 ASE 24 C 5 E 1500 2 1000 1 500 0 0 -15 -5 5 15 25 35 -15 Evap -5 5 15 25 35 Evap Capacity and EER curves almost parallel across the evap. range Presentation name (update in Slide Master) 20

C 3/C 4/C 5 vs AFF Performance Curve Comparison 3 AFE 13 C 5 E vs AFF 13 C 1 E Capacity EER 6 3000 5 2500 4 BTU/Hr 2000 1500 3 AFE 13 C 5 E-IAA 1000 2 500 1 0 -30 -20 -10 0 10 20 AFF 13 C 1 E-IAA 0 -30 Evap -20 -10 0 10 20 Evap Capacity and EER curves almost parallel across the evap. range Presentation name (update in Slide Master) 21

Next Gen A*E Compressors 4 Alternate Refrigerant Availability R 404 A R 448 A R 449 A R 134 a R 450 A R 513 A (GWP 3922) (GWP 1273) (GWP 1282) (GWP 1430) (GWP 547) (GWP 573) AFE * Under Eval. AFF NA NA NA Under Eval. ASE * NA NA NA ARE * NA NA NA Under Eval. * Only C 4 E, C 5 E and AFF compressors approved or planned for approval. C 3 E are not in the plan for approval. Dew-Point Tested Refrigerant Comparison (Primary Rating Points, 0 F Subcooling) Refrigerant GWP Pressure (psia) @130 F R 134 a 1430 213. 4 100% 170 - - - 100% 197 0 R 450 A (N 13) 547 186. 5 99% 86% 166 - - - 101% 88% 194 7. 62 R 513 A (XP 10) 573 221. 7 100% 109% 174 - - - 96% 100% 182 4. 65 R 404 A 3922 368. 2 100% 229 100% 174 - - - 0. 52 R 448 A (N 40) 1273 343. 2 109% 94% 244 109% 97% 187 - - - 7. 81 R 449 A (XP 40) 1282 343. 3 109% 94% 244 109% 97% 187 - - - 7. 70 LT Evap EER LT Evap Cap Disch MT Evap HT Evap Temp ** EER Cap EER (-10/120) (20/120) HT Evap Cap Disch Glide Temp** (@120 F) (45/130) ** Discharge Temperatures Are Based Off Comparable Tested Data with AFF_C 1 E-IAA, RFT 42 C 1 E-CAA, RST 45 C 1 E-CAA, and ARE 34 C 4 E-IAA C 4/C 5: R 448 A/R 449 A are approved. R 450 A/R 513 A will be approved Dec’ 16 AFF: R 450 A/R 513 A will bein Slide approved in Jan’ 17 Presentation name (update Master) 22

0 -1 FHP Hermetic Recip Product Line-Up Phase In and Phase Out HP 0. 1 0. 2 0. 3 0. 4 0. 5 0. 6 0. 7 0. 8 0. 9 1. 0 MT Cap 0. 75 1. 5 2. 25 3 3. 75 4. 5 5. 25 6 6. 75 7. 5 LT Cap 0. 3 0. 6 0. 9 1. 2 1. 5 1. 8 2. 1 2. 4 2. 7 3. 0 A*E k. BTU/hr With Primary Refr. (404 A, 134 a) A*E**C 3 E Phasing Out A*E**C 4 E Existing Model. Staying In The Line Up A*E**C 5 E AFF**C 1 E Phasing In R*T**C 1 E R*T Presentation name (update in Slide Master) Existing Model. Staying In The Line Up 23

Energy Environment Next Gen A*E Compressor Line Up ARE 17 ARE 29 ARE 25 C 5 ARE 35 ARE 40 ARE 42 ARE 54 ARE 51 ARE 25 C 4 ARE 34 ARE 48 [CELLRANGE], [Y VALUE] [CELLRANGE], [Y[Y VALUE] [CELLRANGE], [Y[CELLRANGE], VALUE][CELLRANGE], [Y VALUE] ARE 48 C 5 E-IAA [Y VALUE] [CELLRANGE], [Y[Y [Y VALUE] [Y[YVALUE] ARE 13 HT [CELLRANGE], [Y VALUE] ASE 20 ASE 24 ASE 26 ASE 28 ASE 32 ASE 35 ASE 39 ASE 45 ASE 12 ASE 14 [CELLRANGE], [CELLRANGE], [Y VALUE] [CELLRANGE], [Y[CELLRANGE], [Y VALUE] [YVALUE] [CELLRANGE], [Y[YVALUE] [Y VALUE] MT [CELLRANGE], [Y VALUE] AFF 13 AFE 11 AFE 17 AFE 05 AFF 08 AFF 10 AFE 13 C 4 AFE 23 AFE 26 [CELLRANGE], [CELLRANGE], [Y[Y VALUE] [CELLRANGE], VALUE] [Y [Y [Y VALUE] [CELLRANGE], VALUE] [Y[YVALUE] [CELLRANGE], VALUE] [Y [Y VALUE] LT AFE 06 0 [CELLRANGE], [Y VALUE] AFE 14 AFE 20 AFE 12 AFF 07 AFE 08 AFE 13 C 5 1000 [CELLRANGE], [Y VALUE] 2000 3000 4000 5000 6000 7000 60 Hz Models Capacity in Btu/hr ARE 51 ARE 29 ARE 34 ARE 42 ARE 48 ARE 54 [CELLRANGE], [Y VALUE] [Y [CELLRANGE], VALUE] [Y VALUE] ARE 25 HT ASE 20 ASE 24 ASE 26 MT AFF 10 AFE 08 AFE 11 LT AFF 13 AFE 14 AFE 17 AFE 12 AFE 1 3 0 1000 AFE 23 ASE 28 [CELLRANGE], [Y VALUE] ASE 32 ASE 39 ASE 45 AFE 26 AFE 20 2000 3000 4000 5000 6000 50 Hz Models Capacity in Btu/hr 1/4 th HP to 3/4 th HP A*E compressor line up available both in 50 Hz and 60 Hz covering all Low, Medium, andin Slide High Presentation name (update Master)Temp applications 24

Next Gen A Compressors Low Temp Models Voltage Offering Models Refrigerants IAA 60 Hz CAA 60 Hz IAV 60 Hz CAV 60 Hz IAZ 50 Hz CAZ 50 Hz 115 V or 115 -127 V 208 -230 V 200 -230 V or 200240 V IAB 50/60 Hz CAB 50/60 Hz 230 V 60 Hz or 200 - 230 V 60 Hz or 200240 V 50 Hz AFE 05 C 4 E R 134 a, R 513 A, R 450 A AFE 06 C 4 E R 404 A, R 448 A, R 449 A AFE 08 C 4 E R 404 A, R 448 A, R 449 A AFE 11 C 4 E R 404 A, R 448 A, R 449 A AFE 12 C 4 E R 134 a, R 513 A, R 450 A AFE 13 C 4 E R 404 A, R 448 A, R 449 A AFE 13 C 5 E R 134 a, R 513 A, R 450 A AFE 14 C 5 E R 404 A, R 448 A, R 449 A AFE 17 C 4 E R 404 A, R 448 A, R 449 A AFE 20 C 5 E R 404 A, R 448 A, R 449 A AFE 23 C 5 E R 404 A, R 448 A, R 449 A AFE 26 C 5 E R 404 A, R 448 A, R 449 A Released In Progress Not Offering All R 404 A models are qualified for R 448 A/R 449 A All R 134 a models are qualified for R 450 A/R 513 A Presentation name (update in Slide Master) 25

Next Gen A Compressors Extended Medium Temp Models Voltage Offering Models Refrigerants IAA CAA IA 3 CAV IAZ CAZ IAB CAB 60 Hz 50 Hz 50/60 Hz 115 V or 115 -127 V 220 V 208 -230 V 200 -230 V or 200240 V 230 V 60 Hz or 200 - 230 V 60 Hz or 200240 V 50 Hz AFF 07 C 1 E R 134 a, R 513 A, R 450 A AFF 08 C 1 E R 134 a, R 513 A, R 450 A AFF 10 C 1 E R 134 a, R 513 A, R 450 A AFF 13 C 1 E R 134 a, R 513 A, R 450 A Released In Progress Not Offering All R 134 models are qualified for R 450 A/R 513 A Presentation name (update in Slide Master) 26

Next Gen A Compressors Medium Temp Models Voltage Offering Models Refrigerants IAA CAA IAV CAV IAZ CAZ IAB CAB 60 Hz 50 Hz 50/60 Hz 115 V or 115 -127 V 208 -230 V 200 -230 V or 200240 V 230 V 60 Hz or 200 - 230 V 60 Hz or 200240 V 50 Hz ASE 12 C 4 E R 404 A, R 448 A, R 449 A ASE 14 C 4 E R 404 A, R 448 A, R 449 A ASE 20 C 4 E R 404 A, R 448 A, R 449 A ASE 20 C 5 E R 404 A, R 448 A, R 449 A Dec' 2017 ASE 24 C 5 E R 404 A, R 448 A, R 449 A ASE 26 C 4 E R 404 A, R 448 A, R 449 A ASE 28 C 5 E R 404 A, R 448 A, R 449 A ASE 32 C 5 E R 404 A, R 448 A, R 449 A ASE 35 C 4 E R 404 A, R 448 A, R 449 A ASE 39 C 5 E R 404 A, R 448 A, R 449 A ASE 45 C 5 E R 404 A, R 448 A, R 449 A Released In Progress Not Offering All R 404 A models are qualified for R 448 A/R 449 A Presentation name (update in Slide Master) 27

Next Gen A Compressors High Temp Models Voltage Offering IAA CAA IAV CAV IAZ CAZ IAB CAB 60 Hz 50 Hz 50/60 Hz 115 V or 115 -127 V 208 -230 V 200 -230 V or 200240 V Refrigerants 230 V 60 Hz or 200 - 230 V 60 Hz or 200240 V 50 Hz ARE 13 C 4 E R 134 a, R 513 A, R 450 A ARE 17 C 4 E R 134 a, R 513 A, R 450 A ARE 25 C 5 E R 134 a, R 513 A, R 450 A ARE 29 C 4 E R 134 a, R 513 A, R 450 A ARE 34 C 4 E R 134 a, R 513 A, R 450 A ARE 35 C 5 E R 134 a, R 513 A, R 450 A ARE 40 C 4 E R 134 a, R 513 A, R 450 A ARE 42 C 5 E R 134 a, R 513 A, R 450 A ARE 48 C 5 E R 134 a, R 513 A, R 450 A ARE 51 C 4 E R 134 a, R 513 A, R 450 A ARE 54 C 5 E R 134 a, R 513 A, R 450 A Oct' 2017 Released In Progress Not Offering All R 134 models are qualified for R 450 A/R 513 A Presentation name (update in Slide Master) 28

The New AFF Platform • The AFF**C 1 E compressor platform is a new high efficiency compressor platform manufactured in Brazil • The compressor platform delivers significant improvement in reliability over existing compressors • It is primarily a replacement for the LT R 134 a compressors but can be effectively applied in MT R 134 a Reach In applications if used within the envelope Evaporating Temp, °C -29 -23 -18 -12 -7 -1 4 10 16 150 66 140 60 130 54 120 49 110 43 100 38 90 32 AFF 80 70 27 ARE 21 60 Condensing Temp, °C Condensing Temp, °F -34 16 -30 -20 -10 0 10 20 30 40 50 60 Evaporating Temp, °F The AFF delivers higher performance at Low and Medium Temp R 134 a Applications Presentation name (update in Slide Master) 29

Copeland hermetic Next Gen A*E Compressors – BOM Guidelines SE Suction Fitting Description -201 Braze OEM Standard Production Model With All Electrical Components (Protector & Capacitors & Relay) and Mounting Grommets and Sleeves -202 Braze OEM (Protector and Terminal Cover Only) -251, -252, -282 Braze Other OEM-Specific BOMs Less Warranty (By Request) -301 (no AFF) Braze OEM Pre-Pack OEM Standard Production Model With All Electrical Components (Protector & Capacitors & Relay) and Mounting Grommets and Sleeves -302 (no AFF) Braze OEM Pre-Pack (Protector and Terminal Cover Only) -303 (no AFF) Braze Other Pre-Pack OEM Standard Production Model With All Electrical Components (Protector & Capacitors & Relay) and Mounting Grommets and Sleeves Bulk Packed -7 xx Braze Service Compressors Sold to OEM Customers -901 Braze Service Compressor Like -201 -959 Service Valve Service Compressor Like 201 with Conduit Presentation name (update in Slide Master) 30

Additional Information Performance Details of the Next Gen A Line Up C 3 E Compressor Crosses to Next Gen A Operating Envelope Charts (LT, EMT, HT) Drawing Cross Reference (C 3/C 4 -> C 5 & C 3/C 4 -> AFF) Ratings on CPID and OPI Hermetic Nomenclature Guideline

Next Gen A Compressors LT R 134 a/R 404 A @ -10/120 °F ARI Application Model Line Up Low Temp AFE 05 C 4 E-IAA AFE 06 C 4 E-IAA AFE 08 C 4 E-IAZ AFE 11 C 4 E-IAA AFE 11 C 4 E-IAV AFE 11 C 4 E-IAZ AFE 12 C 4 E-IAA AFE 12 C 4 E-IAZ AFE 13 C 4 E-IAA AFE 13 C 4 E-IAV AFE 13 C 4 E-IAZ AFE 13 C 5 E-CAA AFE 13 C 5 E-IAA AFE 14 C 5 E-CAA AFE 14 C 5 E-IAV AFE 14 C 5 E-IAZ AFE 17 C 4 E-CAA AFE 17 C 4 E-IAV AFE 17 C 4 E-IAZ AFE 20 C 5 E-CAA AFE 20 C 5 E-CAV AFE 20 C 5 E-IAA AFE 20 C 5 E-IAV AFE 20 C 5 E-IAZ AFE 23 C 5 E-CAA AFE 23 C 5 E-CAV AFE 23 C 5 E-CAZ AFE 26 C 5 E-CAA AFE 26 C 5 E-CAV AFE 26 C 5 E-CAZ Capacity EER 584 577 720 571 980 794 1325 1090 1330 1270 1080 3. 09 2. 49 2. 61 2. 68 3. 16 3. 00 3. 21 3. 14 2. 90 3. 10 1, 380 1, 370 1, 410 1, 400 1, 160 3. 50 3. 30 3. 60 3. 40 1700 1620 1560 3. 22 2. 98 2. 77 3. 16 1, 920 1, 900 1, 580 2, 280 1, 895 3. 60 3. 40 3. 50 2570 3. 39 2, 570 2, 140 3. 40 Presentation name (update in Slide Master) Accepting Production Orders Now Now Now Now Now Now Now Now Now R 448 A/R 449 A/R 450 A/R 513 A data also available on OPI 32

Next Gen A Compressors Ext. MT R 134 a @ -10/120 °F ARI Application Model Line Up AFF 07 C 1 E-IAA AFF 08 C 1 E-IAA AFF 10 C 1 E-IA 3 Low Medium Temp AFF 10 C 1 E-IAZ AFF 13 C 1 E-IAA AFF 13 C 1 E-IA 3 AFF 13 C 1 E-IAZ Capacity EER Accepting Production Orders 682 832 1070 889 1250 1350 1105 4. 30 4. 07 4. 10 3. 95 4. 05 4. 00 Now Now R 450 A/R 513 A data also available on OPI Presentation name (update in Slide Master) 33

Next Gen A Compressors Medium Temp. R 404 A @ -20/120 °F ARI Application Medium Temp EER Accepting Production Orders ASE 12 C 4 E-IAA 1355 4. 37 ASE 14 C 4 E-IAA 1645 4. 24 ASE 20 C 4 E-CAA 2080 4. 58 ASE 20 C 4 E-IAA 2080 4. 36 ASE 20 C 4 E-IAV 2160 4. 50 ASE 20 C 4 E-IAZ 1760 4. 45 2, 300 5. 00 ASE 24 C 5 E-CAA 2, 280 4. 70 ASE 24 C 5 E-IAA ASE 24 C 5 E-IAV 2280 4. 72 1, 900 4. 70 ASE 24 C 5 E-IAZ ASE 26 C 4 E-CAA 2720 4. 86 ASE 26 C 4 E-IAA 2650 4. 53 ASE 26 C 4 E-IAZ 2250 4. 89 2, 810 5. 20 ASE 28 C 5 E-CAA 2, 800 5. 00 ASE 28 C 5 E-CAV 2, 760 4. 80 ASE 28 C 5 E-IAA ASE 28 C 5 E-IAV 2760 4. 80 ASE 28 C 5 E-IAZ 2308 4. 66 ASE 32 C 5 E-CAA 3328 5. 32 ASE 32 C 5 E-CAV 3328 5. 32 ASE 32 C 5 E-CAZ 2773 5. 32 ASE 32 C 5 E-IAA 3260 4. 80 ASE 32 C 5 E-IAV 3260 4. 80 ASE 32 C 5 E-IAZ 2716 4. 80 ASE 35 C 4 E-CAA 3600 4. 44 ASE 35 C 4 E-IAA 3520 4. 05 3, 840 4. 70 ASE 39 C 5 E-CAA ASE 39 C 5 E-CAV 3840 4. 70 ASE 39 C 5 E-CAZ 3200 4. 70 ASE 39 C 5 E-IAA 3840 4. 50 ASE 39 C 5 E-IAV 3890 4. 55 ASE 39 C 5 E-IAZ 3240 4. 55 ASE 45 C 5 E-CAA 4527 4. 82 ASE 45 C 5 E-CAV 4550 4. 75 Presentation name (update in Slide Master) ASE 45 C 5 E-CAZ 3773 4. 82 Now Now Now Dec’ 17 Now Dec 17 Dec’ 17 Now Now Now Now Now Now Now Model Line Up Capacity R 448 A/R 449 A data also available on OPI 34

Next Gen A Compressors High Temp. R 404 A @ 45/130 °F ARI Application High Temp Model Line Up Capacity EER ARE 13 C 4 E-IAA 1480 6. 02 ARE 17 C 4 E-IAA 1830 6. 25 ARE 25 C 4 E-IAA 2540 7. 04 ARE 25 C 4 E-IAV 2490 6. 75 ARE 25 C 4 E-IAZ 2150 7. 20 2, 950 8. 90 ARE 25 C 5 E-CAA 2, 910 8. 25 ARE 25 C 5 E-IAA ARE 29 C 4 E-IAA 2920 6. 79 ARE 29 C 4 E-IAZ 2500 7. 00 ARE 34 C 4 E-IAA 3380 6. 76 ARE 34 C 4 E-IAV 2960 7. 10 ARE 34 C 4 E-IAZ 2910 7. 00 3, 640 7. 40 ARE 35 C 5 E-CAA 3, 590 7. 00 ARE 35 C 5 E-IAA 2, 990 7. 00 ARE 35 C 5 E-IAB ARE 40 C 4 E-IAA 4000 6. 45 ARE 42 C 5 E-CAA 4440 7. 20 ARE 42 C 5 E-CAV 4440 7. 20 ARE 42 C 5 E-CAZ 3700 7. 20 ARE 42 C 5 E-IAA 4173 6. 66 ARE 42 C 5 E-IAV 4173 6. 67 ARE 42 C 5 E-IAZ 3478 6. 66 4, 920 7. 10 ARE 48 C 5 E-CAA 3, 900 6. 00 ARE 48 C 5 E-CAZ 4, 920 7. 10 ARE 48 C 5 E-CAV 4, 830 6. 40 ARE 48 C 5 E-IAA ARE 48 C 5 E-IAZ 4100 6. 44 4, 830 6. 40 ARE 48 C 5 E-IAV ARE 51 C 4 E-CAA 5220 6. 03 ARE 51 C 4 E-IAV 4940 5. 49 ARE 51 C 4 E-IAZ 4370 5. 68 ARE 54 C 5 E-CAA 5580 6. 56 ARE 54 C 5 E-CAV 5580 6. 56 ARE 54 C 5 E-CAZ 4650 6. 57 5, 510 6. 10 ARE 54 C 5 E-IAA 5, 510 6. 10 ARE 54 C 5 E-IAV ARE 54 C 5 E-IAZ 4591 6. 10 Presentation name (update in Slide Master) Accepting Production Orders Now Now Dec’ 17 Now Now Now Now Now Now Now R 450 A/R 513 A data also available on OPI 35

Next Gen A Compressors C 3 E Compressor Crosses (R 404 A->R 404 A & R 134 a->R 134 a crosses) C 3 E Model Application AFE 07 C 3 E-IAA AFE 10 C 3 E-IAA AFE 11 C 3 E-IAV AFE 11 C 3 E-IAZ AFE 12 C 3 E-IAA AFE 12 C 3 E-IAZ AFE 13 C 3 E-IAA AFE 13 C 3 E-IAV AFE 13 C 3 E-IAZ ARE 25 C 3 E-IAA ARE 25 C 3 E-IAZ ARE 27 C 3 E-IAA ARE 27 C 3 E-IAZ ARE 37 C 3 E-IAA ARE 37 C 3 E-IAV ARE 37 C 3 E-IAZ ARE 41 C 3 E-IAA ARE 41 C 3 E-IAZ ARE 41 C 3 E-IAV ASE 19 C 3 E-IAA ASE 19 C 3 E-IAZ ASE 24 C 3 E-IAA ASE 24 C 3 E-IAV ASE 24 C 3 E-IAZ ASE 32 C 3 E-CAA ASE 32 C 3 E-CAV ASE 32 C 3 E-CAZ R-134 a - LT (-10°F/120°F) R-404 A - LT (-10°F/120°F) R-404 A - LT (-10°F/120°F) R-134 a - HT (45°F/130°F) R-134 a - HT (45°F/130°F) R-134 a - HT (45°F/130°F) R-404 A - MT (20°F/120°F) R-404 A - MT (20°F/120°F) Capacity EER Next Gen Model Cross 710 936 984 810 1130 927 1450 1425 1170 2370 2080 2760 2270 3730 3790 3170 4250 3680 4140 1890 1590 2290 2400 1940 3330 3320 2760 3. 09 2. 6 2. 57 3. 25 3. 24 2. 83 2. 93 2. 8 6. 41 6. 2 6. 39 6. 1 6. 07 6. 38 6. 16 6. 2 6. 63 6. 06 4. 38 3. 7 4. 11 4. 32 4. 49 4. 54 4. 78 AFF 07 C 1 E-IAA AFF 10 C 1 E-IAA AFE 11 C 4 E-IAV AFE 11 C 4 E-IAZ AFF 10 C 1 E-IAA AFF 10 C 1 E-IAZ AFE 14 C 5 E-CAA AFE 14 C 5 E-IAV AFE 14 C 5 E-IAZ ARE 25 C 4 E-CAA ARE 25 C 4 E-IAZ ARE 25 C 5 E-CAA ARE 29 C 4 E-IAZ ARE 35 C 5 E-CAA ARE 35 C 5 E-IAV ARE 35 C 5 E-IAZ ARE 42 C 5 E-CAA ARE 42 C 5 E-CAZ ARE 42 C 5 E-IAV ASE 20 C 4 E-CAA ASE 20 C 4 E-IAZ ASE 24 C 5 E-CAA ASE 24 C 5 E-IAV ASE 24 C 5 E-IAZ ASE 32 C 5 E-CAA ASE 32 C 5 E-CAV ASE 32 C 5 E-CAZ Capacity EER Delta Cap Delta EER 682 1069 980 817 1069 889 1410 1400 1160 2540 2117 2690 2433 3640 3590 2990 4440 3700 4173 2080 1760 2300 2280 1900 3328 2773 4. 29 4. 09 3. 16 4. 1 4. 06 3. 63 3. 41 7. 04 8. 13 6. 79 7. 4 6. 96 7. 2 6. 67 4. 58 4. 45 4. 97 4. 72 4. 71 5. 32 -3. 9% 14. 2% -0. 4% 0. 8% -5. 3% -3. 9% -2. 8% -1. 8% -0. 3% 7. 2% 1. 8% -2. 5% 7. 2% -2. 4% -5. 3% -5. 7% 4. 5% 0. 8% 10. 1% 10. 7% 0. 4% -5. 0% -2. 1% -0. 1% 0. 2% 0. 5% 38. 8% 32. 4% 21. 5% 23. 0% 26. 2% 25. 3% 28. 3% 16. 4% 21. 8% 9. 8% 13. 5% 27. 2% 11. 3% 21. 9% 9. 1% 13. 1% 16. 1% 8. 6% 9. 9% 4. 5% 20. 3% 20. 9% 9. 3% 12. 1% 18. 5% 17. 2% 11. 3% Crosses for alternate refrigerants and also for other A*E models are available. Please contact your sales manager for those. Presentation name (update in Slide Master) 36

Low Temp AFE R 404 A Envelope Evaporating Temp, °C -29 -23 -18 -12 -7 150 66 140 60 130 54 120 49 110 43 100 38 90 32 80 27 70 21 60 16 -30 -25 -20 -15 -10 -5 Evaporating Temp, °F 0 Presentation name (update in Slide Master) 5 10 15 Condensing Temp, °C Condensing Temp, °F -34 20 37

Low Temp AFE R 134 a Envelope Evaporating Temp, °C -32 -29 -26 -23 -21 -18 -15 -12 -9 -7 150 66 140 60 130 54 120 49 110 43 100 38 90 32 80 27 70 21 60 16 -30 -25 -20 -15 -10 -5 0 5 10 15 20 Condensing Temp, °C Condensing Temp, °F -34 25 Evaporating Temp, °F Presentation name (update in Slide Master) 38

Ext. Medium Temp AFF R 134 a Envelope Evaporating Temp, °C -34 -29 -23 -18 -12 -7 -1 140 60 130 54 120 49 110 43 100 38 90 32 80 27 70 21 60 Condensing Temp, ° C Condensing Temp, °F 150 16 -30 -20 -10 0 10 20 30 Evaporating Temp, °F Presentation name (update in Slide Master) 39

Medium Temp ASE R 404 A Envelope Evaporating Temp, °C -23 -18 -12 -7 -1 4 66 140 60 130 54 120 49 110 43 100 38 90 32 80 27 70 21 60 Condensing Temp, °C Condensing Temp, °F -29 150 16 -15 -10 -5 0 5 10 15 20 25 30 35 40 Evaporating Temp, °F Presentation name (update in Slide Master) 40

High Temp ARE R 134 a Envelople Evaporating Temp, °C -18 -12 -7 -1 4 10 16 150 66 140 60 130 54 120 49 110 43 100 38 90 32 80 27 70 21 60 16 -10 0 10 20 30 40 50 Condensing Temp, °C Condensing Temp, °F -23 60 Evaporating Temp, °F Presentation name (update in Slide Master) 41

Representataive Drawings C 3 E/C 4 E vs C 5 E C 3 E/C 4 E Drawing No. 497 -2844 -00 C 5 E Drawing No. 497 -1937 -00 Presentation name (update in Slide Master) 42

Representataive Drawings C 3 E/C 4 E vs AFF C 3 E/C 4 E Drawing No. 497 -2844 -00 AFF Drawing No. 497 -1955 -00 Presentation name (update in Slide Master) 43

Rating Data in CPID and OPI All performance data sheets are available on CPID and OPI Will be available for models under development per release schedule Presentation name (update in Slide Master) 44

Rating Data in CPID and OPI All performance data sheets are available on CPID and OPI Will be abailable for models under development per release schedule Presentation name (update in Slide Master) 45

Additional Resources Available by Registering for Online Product Information at www. Emerson. Climate. com Reference Drawings Application Engineering Bulletin AE-1305 Electrical Information UL Information File SA 4369, Vol. 1, Sec. 34 Performance Information & Coefficients Presentation name (update in Slide Master) Accessories List 46

Hermetic Compressor Nomenclature Presentation name (update in Slide Master) 47