ROYALTON / AIR-SOURCE HEAT PUMP

4HP17L18P-**A

4HP17 SERIES · 4HP17 Series · 4HP17L SERIES · 4HP17L Series · source records, page 3

145 published source records · source checked Sep 21, 2026

SEER2 range15.2–16.8BTU/Wh
HSPF2 range7.8–8.5BTU/Wh
Cooling capacity18,000BTU/h

Each efficiency range summarizes published EPA records for 4HP17L18P-**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 145 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/Wh15.2–16.8145 / 145
EER2 · BTU/Wh12.2–14145 / 145
HSPF2 · BTU/Wh7.8–8.5145 / 145
Cooling capacity · BTU/h18,000145 / 145
Heating capacity at 47°F / 8.3°C · BTU/h16,800–18,000145 / 145
Heating capacity at 17°F / −8.3°C · BTU/h10,200–12,100145 / 145
Heating capacity at 5°F / −15°C · BTU/h7,500–9,700145 / 145
COP at 5°F / −15°C1.9–2.16145 / 145
Equipment / loop typeHP - Split System145 / 145
Refrigerant / source-reported GWPR-410A (GWP:2088)145 / 145
Compressor stagingSingle stage145 / 145
Connected capabilityNo145 / 145

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
EAC4X30B+TDR+ furnace: 92G1UH030BE12AHRI reference: 21032752816.407.8079001.96EPA 2457897
EA(C;U)1P24B+TDR+TXV+ furnace: 80G2UH090BE12AHRI reference: 21032738916.408.1081002.12EPA 2458106
EAC4X24A+TDR+ furnace: 80G1UH070AE12AHRI reference: 21032748616.408.0082002.10EPA 2458157
EAC4X24B+TDR+ furnace: 80G2UH090BE12AHRI reference: 21032750216.408.1081002.12EPA 2458158
EAC4X24A+TDR+ furnace: 80G2UH070AE12AHRI reference: 21032749116.408.1082002.12EPA 2458174
EAC4X24A+TDR+ furnace: 80G1UH070AE12LAHRI reference: 21032748716.408.0082002.10EPA 2458175
EA(C;U)1P30B+TDR+TXV+ furnace: 80G2UH090BV16AHRI reference: 21032742316.408.0080001.96EPA 2458399
EAC4X30A+TDR+ furnace: 80G1UH070AE12AHRI reference: 21032751016.407.8077001.98EPA 2458494
EA(C;U)1P30B+TDR+TXV+ furnace: 92G1UH045BE12AHRI reference: 21032741216.407.8076001.98EPA 2458725
EA(C;U)1P30B+TDR+TXV+ furnace: 96G1UH070BE12AHRI reference: 21032740816.407.8077001.98EPA 2458899
EAC4X30B+TDR+ furnace: 96G1UH045BE12AHRI reference: 21032752016.407.8077001.98EPA 2459054
EAC4X30B+TDR+ furnace: 92G1UH045BE12AHRI reference: 21032752516.407.8076001.98EPA 2459318
EAC4X30B+TDR+ furnace: 80G2UH090BV16AHRI reference: 21032753616.408.0080001.96EPA 2459519
EAH1P24B*+TDR+TXV+ furnace: 92G1UH045BE12AHRI reference: 21173455716.408.1082002.08EPA 2463213
EAH1P24B*+TDR+TXV+ furnace: 95G1UH060BE12XAHRI reference: 21173442616.408.1082002.06EPA 2463223
EAH1P24A*+TDR+TXV+ furnace: 80G1UH070AE12LAHRI reference: 21173437816.408.0080002.04EPA 2464454
EAH1P30B*+TDR+TXV+ furnace: 96G1UH070BE12AHRI reference: 21173483316.407.8077002.00EPA 2464469
EAH1P24B*+TDR+TXV+ furnace: 80G1UH070BE12AHRI reference: 21173451316.408.1082002.10EPA 2464870
EAH1P30B*+TDR+TXV+ furnace: 95G1UH040BE12XAHRI reference: 21173466016.407.8077002.00EPA 2464892
EAH1P24A*+TDR+TXV+ furnace: 80G1UH045AE12AHRI reference: 21173434316.408.0080002.06EPA 2465299

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 →