
This latest generation of the EVOX series, featuring the EVOX G3 Heat Pump and EVOX G3 Air Handling Unit (AHU), represents the future of electric, inverter-driven heat pump technology as the solution for home heating and cooling upgrades, designed to deliver unparalleled heating/cooling comfort, performance and ease of installation across North America.
EASY UPGRADE SOLUTIONS
HOME HEATING REFORM
EXPLORE INDOOR UNITS




Revolutionary


Heat Pump System
The EVOX G3 heat pump system, packed with high efficiency technology that exceeds CEE Advanced Tier land ENERGY STAR Most Efficient specifications and a latching modular design which massively reduces installation efforts.
EVOX G3
AIR HANDLER
·100% Heating output at -13°F/-25°C with COP up to 1.9
·Full product line exceeds CEE Advanced Tier
·Latching modular design
·115V & 208/230V Multi-voltage
compatibility
·Same width as gas furnaces of same
capacity
·Wireless communication
·Compatible with 485 or 24V
·Computational Constant Airflow 2.0
provides consistent airflow up to 1.0 in, W.C.
·Filtration module compatible with 1” to 4” filters
·OTA & iCheck functions
·Demand response capability
·Optional 3-stage auxiliary heat kit
·Full product line compatible with
R454B refrigerant
Full Product Line Exceeds Energy StarMost
Efficient Specifications


SEER2 Up to
EER2 Up to
HSPF2 Up to
COP@5℉ Up to
19.0
10.8
12.5
2.14
1.5-5 Tons
A
B
C
1.5-2 tons:
2.5-3 tons:
4-5 tons:
14.5” 21.5” 48.1”
17.5” 21.5” 52.4”
21.5” 21.5” 54.3”
Extreme Cooling & Heating All in One




DIRECT REPLACEMENT OF EXISTING GAS FURNACE POSSIBLE
SAME WIDTH,ADAPTIVE VOLTAGE, EASY UPGRADE






INNOVATIVE LATCHING MODULAR DESIGN


Block N Lock
Screwless Connection
6-WAY INSTALLATIONS


GET RID OF COMPLICATED COMMUNICATION WIRING
Applying Sub-1GHz control modules gets rid of communication wiring between G3 AHU , G3 inverter heat pump & Midea’s communicating thermostat.


Avoid the trouble of drilling
Flexible installation location of the units
Ai Inverter control of the system
COMPATIBLE WITH 485 OR 24V
AUTOMATIC IDENTIFYING OF THE CONTROL MODE





