SpecDirectory

GZV6SA1810A*

Goodman · HP - Split System

ENERGY STAR CertifiedAir-Source Heat Pumps →
SEER2

16–19BTU/Wh

HSPF2

8.5–8.8BTU/Wh

Cooling Capacity

17000–17100BTU/hr

Cold Climate

Yes

Cold climate certified
ENERGY STAR Most Efficient

Goodman GZV6SA1810A*: SEER2 19 BTU/Wh, around the middle of the range for air-source heat pumps (category median 20 BTU/Wh).

SEER2: worse than 79% of the 1621 comparable models within 10% of this capacity. Their median is 21 BTU/Wh.

Where this model sits

Cooling17100BTU/hr
6000median 2400060000
SEER219BTU/Wh
15.2median 2035.1

The Goodman GZV6SA1810A* is a 17100 BTU/hr hp - split system using R-32, a refrigerant with moderate global warming potential (GWP 675). At 19 BTU/Wh it ranks around the middle of the 12,218 certified air-source heat pumps models. Among similar-sized air-source heat pumps (within 10% of its size), it is less efficient than the peer median of 21 BTU/Wh. In this size range, comparable Midea models average 20.6 BTU/Wh and TOSOT models average 21 BTU/Wh.

Specifications

Efficiency
SEER2 (best combination)19BTU/Wh
SEER2 (worst combination)16BTU/Wh
HSPF2 (best combination)8.8BTU/Wh
HSPF2 (worst combination)8.5BTU/Wh
EER2 (best combination)12BTU/Wh
COP at 5 °F2.10
Capacity
Cooling Capacity (max)17100BTU/hr
Cooling Capacity (min)17000BTU/hr
Heating at 47 °F17400BTU/hr
Heating at 17 °F10800BTU/hr
Heating at 5 °F13000BTU/hr
All 25 specifications
Configuration
Product TypeHP - Split System
Compressor StagingContinuously variable
Cold Climate CertifiedYes
Connected CapabilityYes
SeriesGZV6SA
Indoor-Unit Combinations Rated73
Refrigerant
TypeR-32
GWP RatingR-32 (GWP:675 | Lower GWP)
Identifiers
Model NumberGZV6SA1810A*
ENERGY STAR IDES_1035638_GZV6SA1810A*_09062024013048_3866748
PartnerDaikin Comfort Technologies Manufacturing, L.P.
Date Certified2026-07-28
Available From2026-07-27
MarketsUnited States, Canada

Documentation

We link to manufacturer documentation at its original source rather than rehosting it, so you always get the current revision.

Similar Models