User Guide

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GSZ/VSZ 13 SEER

Split System Heat Pumps

• Refer to Service Manual RS6200006 for installation, operation, and troubleshooting information.

• All safety information must be followed as provided in the Service Manual.

• Refer to the appropriate Parts Catalog for part number information.

• Models listed on page 3.

RT6212006 Rev. 5

August 2010

TECHNICAL MANUTECHNICAL MANU

TECHNICAL MANU

ALAL

This manual is to be used by qualified, professionally trained HVAC technicians only. Goodman does

not assume any responsibility for property damage or personal injury due to improper service

procedures or services performed by an unqualified person.

Summary of content (43 pages)

PAGE 1
® TECHNICAL MANU AL MANUAL GSZ/VSZ 13 SEER Split System Heat Pumps • Refer to Service Manual RS6200006 for installation, operation, and troubleshooting information. • All safety information must be followed as provided in the Service Manual. • Refer to the appropriate Parts Catalog for part number information. • Models listed on page 3. This manual is to be used by qualified, professionally trained HVAC technicians only.
PAGE 2
PRODUCT IDENTIFICATION The model number is used for positive identification of component parts used in manufacturing. Please use this number when requesting service or parts information.
PAGE 3
PRODUCT IDENTIFICATION The model number is used for positive identification of component parts used in manufacturing. Please use this number when requesting service or parts information.
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PRODUCT DESIGN GSZ/VSZ13 models are available in 1 1/2 through 5 ton sizes and use R-410A refrigerant. They are designed for 208/230 volt single phase applications. Select GSZ13 models are available in 208/230 and 460 volt 3-phase applications. These models use R-410A refrigerant. The condenser air is pulled through the condenser coil by a direct drive propeller fan. This condenser air is then discharged out of the top of the cabinet.
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PRODUCT DESIGN Product Dimensions Model Dimensions - W x D x H G/VSZ130181A* 26 x 26 x 32¼ G/VSZ130241A* 26 x 26 x 32¼ G/VSZ130241B* 26 x 26 x 32½ G/VSZ130301A* 26 x 26 x 32¼ G/VSZ130361A* GSZ130363A* 29 x 29 x 38¼ G/VSZ130361B* 29 x 29 x 32½ G/VSZ130421A* 29 x 29 x 38¼ G/VSZ130481A* GSZ130483A* GSZ130484A* G/VSZ130601A* GZX130603A* GSZ130604A* 29 x 29 x 34¼ 35½ x 35½ x 34¼ 5
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HEAT PUMP SPECIFICATIONS *SZ130361A *SZ130601A *SZ130301A *SZ130481A *SZ130241A *SZ130421A *SZ130181A G/VSZ130[18-60]1A* Cooling Capacity, BTUH 18,000 24,000 30,000 36,000 42,000 48,000 60,000 Heating Capacity, BTUH 17,000 23,000 26,400 34,000 40,500 44,000 58,000 R.L. Amps 9.0 12.8 14.1 16.6 17.9 19.8 26.4 L.R. Amps 48.0 58.3 73.0 79.0 112.0 109.0 134.
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HEAT PUMP SPECIFICATIONS *SZ130241B *SZ130361B G/VSZ130[24,36]B* C o o lin g C a p a c it y , B TU H 2 4 ,0 0 0 36,000 H e a tin g C a p a c ity , B TU H 2 3 ,0 0 0 34,000 R .L . A m p s 12.8 1 6 .7 L .R . A m p s 58.3 7 9 .
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HEAT PUMP SPECIFICATIONS GSZ130363A* GSZ130483A* GSZ130484A* GSZ130603A* GSZ130604A* GSZ130[36-60][3,4]A* Cooling Capacity, BTUH 36,000 48,000 48,000 60,000 60,000 Heating Capacity, BTUH 34,000 44,000 44,000 58,000 58,000 74 76 76 75 75 R.L. Amps 10.4 13.1 6.1 16.0 7.8 L.R. Amps 73.0 83.1 41.0 110.0 52.0 Scroll Scroll Scroll Scroll Scroll 1/4 1/4 1/4 1/4 1/4 1.50 1.50 0.80 1.50 0.
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17.3 0.53 16 1.28 4.6 248 122 18.8 0.55 16 1.31 4.8 255 126 18.6 0.34 11 1.32 4.8 258 130 20.1 0.35 11 1.35 4.9 266 134 - 15.2 0.81 21 1.31 4.7 245 111 16.4 0.84 21 1.34 4.9 252 115 16.2 0.73 18 1.33 4.8 250 114 14.9 0.71 19 1.30 4.7 242 110 15.6 0.72 20 1.33 4.9 263 118 16.9 0.75 19 1.37 5.0 271 122 16.8 0.61 16 1.36 4.9 269 121 15.5 0.59 16 1.32 4.8 261 117 16.9 0.55 16 1.38 5.0 278 129 18.3 0.57 16 1.41 5.2 287 133 18.4 0.43 12 1.40 5.1 284 132 16.9 0.41 12 1.36 5.0 275 128 18.2 0.35 11 1.
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17.1 0.88 23 1.26 4.6 227 110 15.8 0.85 24 1.23 4.4 220 106 18.0 0.97 24 1.28 4.6 232 112 17.4 0.93 25 1.27 4.6 229 111 16.1 0.89 25 1.24 4.5 222 108 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 600 525 675 600 525 675 MBh S/T DT KW A MPS HI PR LO PR 59 17.6 0.93 22 1.27 4.6 229 111 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 16.4 0.86 25 1.26 4.6 239 114 17.8 0.89 24 1.29 4.7 247 118 18.3 0.
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21.9 0.71 17 1.61 6.0 224 103 20.2 0.68 18 1.58 5.9 218 100 22.9 0.84 19 1.64 6.2 229 105 22.3 0.80 20 1.63 6.1 227 104 20.5 0.78 20 1.59 5.9 220 101 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 820 718 923 820 718 923 MBh S/T DT KW A MPS HI PR LO PR 59 22.5 0.74 17 1.63 6.1 227 104 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 21.1 0.69 19 1.62 6.1 237 108 22.9 0.72 18 1.66 6.2 244 111 23.6 0.75 18 1.
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23.5 0.89 24 1.69 6.4 249 113 21.7 0.86 24 1.65 6.2 241 110 20.9 0.85 23 1.60 6.0 222 102 23.7 0.97 23 1.67 6.3 233 107 23.0 0.93 24 1.65 6.2 231 106 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh 21.3 S/T 0.89 DT 24.32 KW 1.61 A MPS 6.0 HI PR 224 LO PR 103 718 923 820 718 24.2 0.94 23 1.70 6.4 251 114 21.4 0.80 22 1.63 6.1 239 109 23.1 0.83 21 1.67 6.3 246 112 820 923 22.6 0.88 22 1.64 6.2 229 105 63 23.8 0.87 21 1.69 6.
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20.9 0.58 16 1.61 6.0 236 106 23.60 0.77 18 1.67 6.3 248 111 22.9 0.73 19 1.66 6.2 246 110 20.2 0.69 18 1.58 5.9 219 99 MBh 22.92 S/T 0.86 20 ∠T KW 1.64 AMPS 6.1 HI PR 231 LO PR 104 22.3 0.82 21 1.63 6.1 228 103 20.5 0.79 21 1.59 5.9 222 100 MBh S/T ∠T KW AMPS HI PR LO PR MBh S/T ∠T KW AMPS HI PR LO PR MBh S/T ∠T KW AMPS HI PR LO PR 800 700 900 800 700 21.1 0.70 20 1.62 6.0 238 107 22.7 0.60 16 1.65 6.2 243 109 21.9 0.72 18 1.62 6.0 226 102 MBh S/T ∠T KW AMPS HI PR LO PR 900 63 23.4 0.
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21.4 0.81 23 1.64 6.1 241 108 24.19 0.95 23 1.70 6.4 253 113 23.5 0.91 24 1.69 6.3 251 112 20.9 0.86 24 1.60 6.0 224 101 MBh 23.74 S/T 0.98 24 ⎠T KW 1.67 AMPS 6.2 HI PR 235 LO PR 107 23.0 0.94 25 1.65 6.2 233 106 21.3 0.91 25 1.62 6.0 226 102 MBh S/T ⎠T KW AMPS HI PR LO PR MBh S/T ⎠T KW AMPS HI PR LO PR MBh S/T ⎠T KW AMPS HI PR LO PR 800 700 900 800 700 21.7 0.87 25 1.65 6.1 243 109 23.1 0.84 22 1.67 6.3 248 111 22.6 0.90 23 1.64 6.1 231 105 MBh S/T ⎠T KW AMPS HI PR LO PR 900 63 23.
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27.0 0.73 17 1.97 7.7 227 106 25.7 0.70 18 1.94 7.6 223 104 27.9 0.86 19 2.00 7.8 231 108 27.5 0.83 20 1.99 7.8 230 107 26.1 0.79 21 1.96 7.6 225 105 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 1050 927 1173 1050 927 1173 MBh S/T DT KW A MPS HI PR LO PR 59 27.4 0.76 16 1.98 7.8 229 107 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 26.9 0.71 19 2.00 7.8 242 112 28.3 0.74 18 2.03 8.0 247 114 28.7 0.
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28.0 0.91 22 2.00 7.8 232 108 26.6 0.87 23 1.97 7.7 227 106 28.9 0.99 22 2.03 8.0 236 110 28.5 0.95 24 2.02 7.9 234 109 27.0 0.91 24 1.99 7.8 230 107 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 1050 927 1173 1050 927 1173 MBh S/T DT KW A MPS HI PR LO PR 59 28.4 0.95 21 2.01 7.9 234 109 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 27.6 0.88 24 2.03 8.0 247 114 29.0 0.92 23 2.06 8.1 252 116 29.4 0.
PAGE 17
33.3 0.71 17 2.59 9.4 237 107 31.6 0.68 18 2.55 9.2 233 105 34.4 0.84 19 2.62 9.5 241 109 33.9 0.81 20 2.61 9.5 240 108 32.2 0.77 20 2.57 9.3 235 106 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 1275 1125 1425 1275 1125 1425 MBh S/T DT KW A MPS HI PR LO PR 59 33.8 0.74 16 2.60 9.4 239 108 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 33.1 0.69 19 2.62 9.5 253 112 34.9 0.72 18 2.66 9.7 258 115 35.4 0.
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33.5 0.79 22 2.64 9.6 255 114 36.28 0.93 22 2.71 9.9 265 118 35.7 0.89 23 2.70 9.9 263 117 32.7 0.85 23 2.59 9.4 237 107 MBh 35.59 S/T 0.97 DT 22 KW 2.66 A MPS 9.7 HI PR 246 LO PR 111 35.1 0.93 23 2.65 9.6 245 110 33.3 0.89 24 2.61 9.5 240 108 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 1275 1125 1425 1275 1125 34.0 0.86 24 2.66 9.7 258 115 35.2 0.83 21 2.68 9.8 261 116 34.5 0.88 22 2.63 9.
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31.9 0.58 16 2.46 8.5 246 109 35.91 0.77 19 2.56 8.9 259 115 34.9 0.73 20 2.54 8.8 256 114 30.7 0.69 19 2.41 8.3 228 103 MBh 34.88 S/T 0.86 20 °T KW 2.51 AMPS 8.7 HI PR 240 LO PR 108 33.9 0.82 21 2.49 8.6 238 107 31.3 0.79 22 2.43 8.4 231 104 MBh S/T °T KW AMPS HI PR LO PR MBh S/T °T KW AMPS HI PR LO PR MBh S/T °T KW AMPS HI PR LO PR 1200 1050 1350 1200 1050 32.2 0.70 20 2.48 8.6 248 111 34.5 0.60 16 2.52 8.7 253 113 33.3 0.72 18 2.47 8.
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32.5 0.81 23 2.50 8.7 251 112 36.82 0.95 24 2.60 9.1 264 117 35.7 0.91 25 2.58 9.0 261 116 31.8 0.86 24 2.45 8.5 233 105 MBh 36.12 S/T 0.98 24 °T KW 2.55 AMPS 8.8 HI PR 245 LO PR 110 35.1 0.94 25 2.53 8.8 243 109 32.4 0.91 26 2.47 8.5 235 106 MBh S/T °T KW AMPS HI PR LO PR MBh S/T °T KW AMPS HI PR LO PR MBh S/T °T KW AMPS HI PR LO PR 1200 1050 1350 1200 1050 33.0 0.87 25 2.52 8.7 253 113 35.2 0.84 23 2.56 8.9 259 115 34.5 0.90 24 2.51 8.
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1125 1275 1425 1125 1275 1425 Airflow 63 2.52 2.47 6.5 231 104 34.37 0.86 KW A MPS HI PR LO PR MBh S/T 259 240 108 33.9 0.82 HI PR LO PR MBh S/T 6.8 257 6.7 239 107 32.2 0.79 HI PR LO PR MBh S/T 2.54 2.49 6.6 234 105 KW A MPS HI PR LO PR 67 122 112 130 277.1 7.1 2.7 11 0.3 38.5 132.5 282.7 7.3 2.7 10 0.4 40.5 133.5 284.7 7.3 2.7 10 0.37 41.11 - - - - - - - - - - - - - - - - - - - - - 71 59 111 262 7.0 2.
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1125 1275 1425 1125 1275 1425 Airflow 2.58 6.8 257 2.53 6.7 239 107 KW A MPS HI PR LO PR 67 124 271 7.0 2.65 23 0.79 35.6 127 277 7.1 2.70 22 0.83 37.4 128 278 7.2 2.71 21 0.86 38.00 123 268 7.0 2.63 19 0.66 35.7 126 274 7.1 2.67 19 0.69 37.6 127 276 7.1 2.69 18 0.72 38.19 71 133 282.7 7.3 2.7 20 0.6 37.9 135.2 288.5 7.4 2.8 19 0.7 39.9 136.2 290.5 7.4 2.8 18 0.70 40.54 131 279.9 7.2 2.7 15 0.5 38.2 133.9 285.
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38.5 0.71 19 2.87 10.2 215 106 35.6 0.68 19 2.80 9.9 209 103 40.4 0.84 21 2.91 10.4 220 108 39.2 0.81 22 2.89 10.3 218 107 36.2 0.78 22 2.82 10.0 211 104 MBh S/T DT KW AMPS HI PR LO PR MBh S/T DT KW AMPS HI PR LO PR MBh S/T DT KW AMPS HI PR LO PR MBh S/T DT KW AMPS HI PR LO PR 1350 1181 1519 1350 1181 1519 MBh S/T DT KW AMPS HI PR LO PR 59 39.7 0.74 18 2.89 10.3 218 107 MBh S/T DT KW AMPS HI PR LO PR Airflow 63 37.2 0.69 20 2.88 10.2 227 111 40.3 0.72 20 2.95 10.5 234 114 41.6 0.
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39.9 0.88 24 2.91 10.4 220 108 36.8 0.85 24 2.84 10.1 213 105 41.8 0.97 25 2.96 10.5 224 110 40.6 0.93 26 2.93 10.4 222 109 37.5 0.89 26 2.87 10.2 215 106 MBh S/T DT KW AMPS HI PR LO PR MBh S/T DT KW AMPS HI PR LO PR MBh S/T DT KW AMPS HI PR LO PR MBh S/T DT KW AMPS HI PR LO PR 1350 1181 1519 1350 1181 1519 MBh S/T DT KW AMPS HI PR LO PR 59 41.1 0.93 23 2.93 10.4 222 109 MBh S/T DT KW AMPS HI PR LO PR Airflow 63 38.2 0.86 26 2.93 10.4 232 113 41.4 0.89 25 3.00 10.7 239 116 42.6 0.
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43.8 0.72 18 3.31 11.7 231 110 40.4 0.70 19 3.24 11.4 224 106 45.8 0.86 20 3.35 11.9 236 112 44.5 0.82 21 3.33 11.8 234 111 41.1 0.79 21 3.26 11.5 227 108 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 1600 1400 1800 1600 1400 1800 MBh S/T DT KW A MPS HI PR LO PR 59 45.1 0.76 17 3.33 11.8 234 111 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 42.3 0.71 20 3.32 11.7 244 114 45.8 0.74 19 3.39 12.1 252 118 47.
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45.3 0.90 23 3.35 11.9 236 112 41.8 0.87 24 3.28 11.6 229 109 47.5 0.99 24 3.40 12.1 241 114 46.1 0.95 25 3.38 12.0 238 113 42.5 0.91 25 3.31 11.7 231 110 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 1600 1400 1800 1600 1400 1800 MBh S/T DT KW A MPS HI PR LO PR 59 46.7 0.95 23 3.38 12.0 238 113 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 43.4 0.88 25 3.37 12.0 249 117 47.0 0.91 25 3.44 12.
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1400 1600 1800 1400 1600 1800 Airflow 229 103 45.84 0.86 20 HI PR LO PR MBh S/T DT 44.5 0.82 21 LO PR MBh S/T DT 41.1 0.79 21 LO PR MBh S/T DT 7.3 231 104 A MPS HI PR LO PR 3.19 107 HI PR KW 7.5 239 A MPS 3.26 108 HI PR KW 7.6 241 A MPS 3.28 7.3 KW 3.16 19 DT KW 0.70 S/T A MPS 106 40.4 236 HI PR MBh 7.4 LO PR 3.23 18 DT KW 0.72 S/T A MPS 107 43.8 239 HI PR MBh 7.5 LO PR 3.26 KW 17 DT A MPS 0.76 S/T 59 45.
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1400 1600 1800 1400 1600 1800 Airflow 45.3 0.90 23 LO PR MBh S/T DT 41.8 0.87 24 LO PR MBh S/T DT 47.47 0.99 24 LO PR MBh S/T DT 46.1 0.95 25 LO PR MBh S/T DT 42.5 0.91 25 LO PR MBh S/T DT 7.4 236 106 A MPS HI PR LO PR 3.23 109 HI PR KW 7.6 243 A MPS 3.30 110 HI PR KW 7.7 246 A MPS 3.33 105 HI PR KW 7.4 234 A MPS 3.21 108 HI PR KW 7.6 241 A MPS 3.28 109 HI PR KW 7.6 243 A MPS 3.30 23 DT KW 0.95 S/T 59 46.
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1400 1600 1800 1400 1600 1800 Airflow 233 103 45.84 0.86 20 HI PR LO PR MBh S/T DT 21 DT 21 DT 4.3 235 104 A MPS HI PR LO PR 3.18 0.79 S/T KW 107 41.1 MBh HI PR LO PR 4.4 243 A MPS 3.25 0.82 S/T KW 108 44.5 MBh HI PR LO PR 4.5 245 A MPS 3.27 4.3 KW 3.15 19 DT KW 0.70 S/T A MPS 106 40.4 240 HI PR MBh 4.4 LO PR 3.22 18 DT KW 0.72 S/T A MPS 107 43.8 243 HI PR MBh 4.4 LO PR 3.25 KW 17 DT A MPS 0.76 S/T 59 45.
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1400 1600 1800 1400 1600 1800 Airflow 23 DT 24 DT 47.47 0.99 24 LO PR MBh S/T DT 25 DT 25 DT 4.4 240 106 A MPS HI PR LO PR 3.22 0.91 S/T KW 109 42.5 MBh HI PR LO PR 4.5 248 A MPS 3.29 0.95 S/T KW 110 46.1 MBh HI PR LO PR 4.5 250 A MPS 3.32 105 HI PR KW 4.4 238 A MPS 3.20 0.87 S/T KW 108 41.8 MBh HI PR LO PR 4.5 245 A MPS 3.27 0.90 S/T KW 109 45.3 MBh HI PR LO PR 4.5 248 A MPS 3.29 23 DT KW 0.95 S/T 59 46.
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54.2 0.72 20 4.08 14.4 222 101 50.1 0.69 20 3.99 14.0 216 98 56.8 0.86 22 4.14 14.6 227 103 55.1 0.82 23 4.11 14.5 225 102 50.9 0.79 23 4.02 14.1 218 99 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 1800 1575 2025 1800 1575 2025 MBh S/T DT KW A MPS HI PR LO PR 59 55.9 0.75 19 4.11 14.5 225 102 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 52.4 0.70 22 4.10 14.4 235 105 56.8 0.73 21 4.19 14.8 242 108 58.
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54.2 0.72 20 4.08 14.4 222 101 50.1 0.69 20 3.99 14.0 216 98 56.8 0.86 22 4.14 14.6 227 103 55.1 0.82 23 4.11 14.5 225 102 50.9 0.79 23 4.02 14.1 218 99 MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR MBh S/T DT KW A MPS HI PR LO PR 1800 1575 2025 1800 1575 2025 MBh S/T DT KW A MPS HI PR LO PR 59 55.9 0.75 19 4.11 14.5 225 102 MBh S/T DT KW A MPS HI PR LO PR Air flow 63 52.4 0.70 22 4.10 14.4 235 105 56.8 0.73 21 4.19 14.
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1575 1800 2025 1575 1800 2025 Airflow 216 98 56.80 0.86 22 HI PR LO PR MBh S/T DT 55.1 0.82 23 LO PR MBh S/T DT 50.9 0.79 23 LO PR MBh S/T DT 8.1 218 99 A MPS HI PR LO PR 3.97 102 HI PR KW 8.4 225 A MPS 4.06 103 HI PR KW 8.4 227 A MPS 4.09 8.1 KW 3.94 20 DT KW 0.69 S/T A MPS 101 50.1 222 HI PR MBh 8.3 LO PR 4.03 20 DT KW 0.72 S/T A MPS 102 54.2 225 HI PR MBh 8.4 LO PR 4.06 KW 19 DT A MPS 0.75 S/T 59 55.
PAGE 34
1575 1800 2025 1575 1800 2025 Airflow 56.1 0.90 26 LO PR MBh S/T DT 51.8 0.86 26 LO PR MBh S/T DT 58.82 0.98 26 LO PR MBh S/T DT 57.1 0.94 27 LO PR MBh S/T DT 52.7 0.91 28 LO PR MBh S/T DT 8.3 222 101 A MPS HI PR LO PR 4.03 104 HI PR KW 8.5 229 A MPS 4.12 105 HI PR KW 8.6 232 A MPS 4.15 100 HI PR KW 8.2 220 A MPS 4.00 103 HI PR KW 8.4 227 A MPS 4.09 104 HI PR KW 8.5 229 A MPS 4.12 25 DT KW 0.94 S/T 59 57.
PAGE 35
1575 1800 2025 1575 1800 2025 Airflow 216 98 56.80 0.86 22 HI PR LO PR MBh S/T DT 23 DT 23 DT 4.5 218 99 A MPS HI PR LO PR 3.97 0.79 S/T KW 102 50.9 MBh HI PR LO PR 4.6 225 A MPS 4.06 0.82 S/T KW 103 55.1 MBh HI PR LO PR 4.7 227 A MPS 4.09 4.5 KW 3.94 20 DT KW 0.69 S/T A MPS 101 50.1 222 HI PR MBh 4.6 LO PR 4.03 20 DT KW 0.72 S/T A MPS 102 54.2 225 HI PR MBh 4.6 LO PR 4.06 KW 19 DT A MPS 0.75 S/T 59 55.
PAGE 36
1575 1800 2025 1575 1800 2025 Airflow 26 DT 26 DT 58.82 0.98 26 LO PR MBh S/T DT 27 DT 28 DT 4.6 222 101 A MPS HI PR LO PR 4.03 0.91 S/T KW 104 52.7 MBh HI PR LO PR 4.7 229 A MPS 4.12 0.94 S/T KW 105 57.1 MBh HI PR LO PR 4.7 232 A MPS 4.15 100 HI PR KW 4.6 220 A MPS 4.00 0.86 S/T KW 103 51.8 MBh HI PR LO PR 4.7 227 A MPS 4.09 0.90 S/T KW 104 56.1 MBh HI PR LO PR 4.7 229 A MPS 4.12 25 DT KW 0.94 S/T 59 57.
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SPLIT SYSTEM HEATING PERFORMANCE EXPANDED PERFORM ANCE DAT A MODEL: G/VSZ130181A* / AR*F182416** HEATING OPERATION Outdoor Am bie nt Te m pe r atur e 65 60 55 50 47 45 40 35 30 25 20 17 15 10 5 0 -5 -10 MBh 21.4 20.2 19.0 17.8 17.0 16.5 15.3 14.1 13.3 12.3 11.3 10.7 10.3 9.2 8.2 7.2 6.1 5.0 DELTA T 33.0 31.2 29.4 27.5 26.2 25.4 23.6 21.8 20.6 19.0 17.5 16.5 15.9 14.3 12.7 11.0 9.4 7.7 1.19 KW 1.68 1.64 1.61 1.58 1.56 1.54 1.51 1.48 1.46 1.
PAGE 38
SPLIT SYSTEM HEATING PERFORMANCE EXPANDED PERFORMANCE DATA MODEL: G/VSZ130361A* / AR*F364216** HEATING OPERATION Outdoor Ambient Temperature 65 60 55 50 47 45 40 35 30 25 20 17 MBh 42.7 40.5 38.1 35.6 34.0 32.9 30.6 28.2 19.9 18.4 16.9 16.0 DELTA T 31.0 29.4 27.7 25.9 24.7 23.9 22.2 20.5 14.5 13.4 12.3 11.6 15 10 5 0 -5 -10 15.4 13.8 12.3 10.7 9.1 7.5 11.2 10.0 8.9 7.8 6.6 5.4 2.35 KW 3.07 3.01 2.96 2.90 2.87 2.85 2.79 2.74 2.82 2.76 2.
PAGE 39
SPLIT SYSTEM HEATING PERFORMANCE EXPANDED PERFORM ANCE DAT A MODEL: G/VSZ130421A* / AR*F36421** HEATING OPERATION Outdoor Am bie nt Te m pe r ature 65 60 55 50 47 45 40 35 30 25 20 17 15 10 MBh 50.3 47.6 44.8 41.9 40.0 38.8 36.0 33.2 29.9 27.6 25.4 24.0 23.1 20.7 DT 34.5 32.6 30.7 28.7 27.4 26.6 24.7 22.8 20.5 18.9 17.4 16.5 15.9 14.2 KW 3.60 3.53 3.46 3.39 3.35 3.32 3.25 3.18 3.24 3.16 3.09 3.05 3.02 2.95 A MPS 16.9 15.6 14.5 13.6 13.1 12.
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SPLIT SYSTEM HEATING PERFORMANCE EXPANDED PERFORMANCE DATA MODEL: GSZ130483A* / AR*F486016** HEATING OPERATION Outdoor Am bient Tem perature 65 60 55 50 47 45 40 35 30 25 20 17 15 10 5 0 -5 -10 MBh 55.3 52.4 49.3 46.1 44.0 42.6 39.6 36.5 33.6 31.1 28.6 27.0 26.0 23.3 20.7 18.0 15.4 12.6 DT 32.0 30.3 28.5 26.7 25.5 24.7 22.9 21.1 19.5 18.0 16.5 15.6 15.0 13.5 12.0 10.4 8.9 7.3 KW 3.94 3.87 3.80 3.72 3.68 3.65 3.58 3.51 3.49 3.42 3.34 3.
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PERFORMANCE DATA PERFORMANCE TEST All data based upon listed indoor dry bulb temperature. .00 inches external static pressure on coil of outdoor section. Indoor air cubic feet per minute (CFM) as listed in the Performance Data Sheets: If conditions vary from this, results will change as follows: 1. As indoor dry bulb temperatures increase, a slight increase will occur in indoor air temperature drop (Delta T). Low and high side pressures and power will not change. 2.
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BK L2 L1 1 SR IO BL/PK CM AUX MAIN HPS BR BK PU BL/PK BK O O OR BL YL ALTERNATE DOUBLE POLE CONTACTOR T2 T1 YL 2 5 BL C Y R R BK H V D R Wiring is subject to change, always refer to the wiring diagram on the unit for the most up-to-date wiring.
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IO CM AUX MAIN HPS BL/PK YL BL/PK BL C Y WH BK BR BK PU OR O O W2 YL RD T1 BK RD R R LVDR DC BK RD DF1 CH (IFUSED) T2 COMP DFT H V D R DF2 BK BK BK T3 RD CONTROLBOX YL/PK RD RD BK LPS DFT RVC YL BL T1 L1 BK YL/PK YL BK L2 T2 BK BK YL/PK BK BK BL C RD FC RD BR EQUIPMENTGROUND USECOPPER CONDUCTORSONLY PU L3 T3 RD YL/PK BL/PK NOTE1 L1 C HVDR DF1 R R R DF2 T1 CONTROLSSHOWNWITHTHERMOSTATIN'OFF'POSITION.