GE / AIR-SOURCE HEAT PUMP

NS16H24SA5-**A

NS16H SERIES · NS16H Series · source records, page 4

99 published source records · source checked Sep 21, 2026

SEER2 range15.2–16BTU/Wh
HSPF2 range7.8–8.2BTU/Wh
Cooling capacity22,800–24,000BTU/h

Each efficiency range summarizes published EPA records for NS16H24SA5-**A. The highest SEER2 and HSPF2 may belong to different combinations. Open a source record below to see its ratings and the scope of its component information.

Model patterns and component strings are preserved exactly. How to read model patterns and combinations →

Heating performance & equipment details

Ranges include the 99 published source records for this model. Values in different rows may describe different configurations. Open an individual record to compare values from the same test configuration.

Reported fieldValue / rangeRecords supplying it
SEER2 · BTU/Wh15.2–1699 / 99
EER2 · BTU/Wh12–13.899 / 99
HSPF2 · BTU/Wh7.8–8.299 / 99
Cooling capacity · BTU/h22,800–24,00099 / 99
Heating capacity at 47°F / 8.3°C · BTU/h20,400–23,00099 / 99
Heating capacity at 17°F / −8.3°C · BTU/h12,900–14,70099 / 99
Heating capacity at 5°F / −15°C · BTU/h10,500–11,60099 / 99
COP at 5°F / −15°C1.96–2.299 / 99
Equipment / loop typeHP - Split System99 / 99
Refrigerant / source-reported GWPR-454B (GWP:470 | Lower GWP)99 / 99
Compressor stagingSingle stage99 / 99
Connected capabilityNo99 / 99

47°F = 8.3°C; 17°F = −8.3°C; 5°F = −15°C. COP is dimensionless. These are reported rating points, not a prediction of a particular home’s heat demand or operating limit.

Matched systems

Each row is one source record. The component column distinguishes listed combinations from outdoor-model ratings without an indoor configuration.

Indoor unit / required furnaceSEER2BTU/WhHSPF2BTU/WhHeating capacity at 5°F / −15°CBTU/hCOP at 5°F / −15°CRecord & comparison
NCHC30AT5*-**+TDR+ furnace: NF80L070S3A*AHRI reference: 21649743315.207.80110002.04EPA 3847308
NCHC30AT5*-**+TDR+ furnace: NF80X060V3A*AHRI reference: 21649743415.208.00111002.04EPA 3847309
NCHC30BT5*-**+TDR+ furnace: NF80X080S4B*AHRI reference: 21649743515.208.00111002.06EPA 3847310
NCHC30BT5*-**+TDR+ furnace: NF95X040S3B*AHRI reference: 21649743615.207.80112002.04EPA 3847311
NAM24V2TA5*-**AHRI reference: 21649735215.208.20112002.16EPA 3847325
NCU[C,U]24AT5*-**+TDR+ furnace: NF80X040S3A*AHRI reference: 21649735415.207.80110002.02EPA 3847327
NCU[C,U]24AT5*-**+TDR+ furnace: NF80X060S3A*AHRI reference: 21649735515.207.80110002.02EPA 3847328
NCHC24AT5*-**+TDR+ furnace: NF80U070S3A*AHRI reference: 21649740815.207.80107001.98EPA 3847340
NCHC24AT5*-**+TDR+ furnace: NF80L070S3A*AHRI reference: 21649740915.207.80107001.98EPA 3847341
NCHC24AT5*-**+TDR+ furnace: NF80X060V3A*AHRI reference: 21649741015.207.80107001.96EPA 3847342
NCHC24BT5*-**+TDR+ furnace: NF80X080S4B*AHRI reference: 21649741115.208.00108001.98EPA 3847343
NCU[C,U]24BT5*-**+TDR+ furnace: NF80X080V4B*AHRI reference: 21649737415.207.80109002.00EPA 3847349
NCU[C,U]24BT5*-**+TDR+ furnace: NF97X060V3B*AHRI reference: 21649737615.207.80108002.02EPA 3847350
NCU[C,U]30AT5*-**+TDR+ furnace: NF80X040S3A*AHRI reference: 21649737815.208.00115002.14EPA 3847352
NCU[C,U]30AT5*-**+TDR+ furnace: NF80X060S3A*AHRI reference: 21649737915.208.00115002.14EPA 3847353
NCHC24BT5*-**+TDR+ furnace: NF96U070S3B*AHRI reference: 21649742015.208.10108002.00EPA 3847360
NCHC30BT5*-**+TDR+ furnace: NF95X060S3B*AHRI reference: 21649743715.208.00112002.04EPA 3847361
NAM24E1TA5*-**AHRI reference: 21649734715.207.80110002.06EPA 3847372
NCU[C,U]30AT5*-**+TDR+ furnace: NF80U070T3A*AHRI reference: 21649738115.208.00116002.14EPA 3847374
NCU[C,U]30BT5*-**+TDR+ furnace: NF80X080S4B*AHRI reference: 21649738715.208.00115002.12EPA 3847380

Sources and documentation

The table uses public EPA ENERGY STAR data. AHRI references are reported by EPA and have not been independently checked with AHRI. Source records do not establish availability, installation suitability or rebate eligibility.

No manufacturer manual has been matched to this model.

Collection method, revision history and known limitations →