ACIQ ACIQ-42Z-E-M5vsBRYANT HEATING AND COOLING SYSTEMS 246SAN036**AA*
Side-by-side heat pump comparison
ACIQ ACIQ-42Z-E-M5
SEER2
20–22BTU/Wh
HSPF2
9.2–10BTU/Wh
Cooling Capacity
37000BTU/hr
Cold Climate
Yes
Cold climate certified
BRYANT HEATING AND COOLING SYSTEMS 246SAN036**AA*
SEER2
15.2–16BTU/Wh
HSPF2
7.8–8BTU/Wh
Cooling Capacity
33800–36800BTU/hr
Refrigerant
R-454B
GWP 470 · Lower
Key differences
ACIQ ACIQ-42Z-E-M5 is 27% more efficient at 22.0 BTU/Wh versus 16.0 BTU/Wh for the BRYANT HEATING AND COOLING SYSTEMS 246SAN036**AA*. The ACIQ ACIQ-42Z-E-M5 is larger at 37000 BTU/hr versus 36800 BTU/hr. BRYANT HEATING AND COOLING SYSTEMS 246SAN036**AA* uses a lower-impact refrigerant: R-454B (GWP 470) versus R-32 (GWP 675). Overall, the ACIQ ACIQ-42Z-E-M5 sits higher in the category, ranking above 78% of certified air-source heat pumps.
Efficiency
| Spec | ACIQ | BRYANT HEATING AND COOLING SYSTEMS |
|---|---|---|
| SEER2 (best combination)(BTU/Wh) | 22 | 16 |
| SEER2 (worst combination)(BTU/Wh) | 20 | 15.2 |
| HSPF2 (best combination)(BTU/Wh) | 10 | 8 |
| HSPF2 (worst combination)(BTU/Wh) | 9.2 | 7.8 |
| EER2 (best combination)(BTU/Wh) | 12 | 13 |
| COP at 5 °F | 2 | 2.22 |
Capacity
| Spec | ACIQ | BRYANT HEATING AND COOLING SYSTEMS |
|---|---|---|
| Cooling Capacity (max)(BTU/hr) | 37000 | 36800 |
| Cooling Capacity (min)(BTU/hr) | 37000 | 33800 |
| Heating at 47 °F(BTU/hr) | 37000 | 36400 |
| Heating at 17 °F(BTU/hr) | 35600 | 22800 |
| Heating at 5 °F(BTU/hr) | 32400 | 18100 |
Configuration
| Spec | ACIQ | BRYANT HEATING AND COOLING SYSTEMS |
|---|---|---|
| Product Type | HP - Mini or Multi Split | HP - Split System |
| Compressor Staging | Continuously variable | Single stage |
| Cold Climate Certified | Yes | No |
| Connected Capability | No | No |
| Series | Multi-spilt series | PREFERRED 16 SEER2 HP |
| Indoor-Unit Combinations Rated | 3 | 33 |
Refrigerant
| Spec | ACIQ | BRYANT HEATING AND COOLING SYSTEMS |
|---|---|---|
| Type | R-32 | R-454B |
| GWP Rating | R-32 (GWP:675 | Lower GWP) | R-454B (GWP:470 | Lower GWP) |